Merge remote-tracking branch 'upstream/master'

examples/tests/mpl-switch/Matplotlib Switching.ipynb

@@ -0,0 +1,102 b''
+{
+ "metadata": {
+  "name": "",
+  "signature": "sha256:16dbf1191870d235be65800e4146b76c77118bb66575109c250a0cbce0e8e1ac"
+ },
+ "nbformat": 3,
+ "nbformat_minor": 0,
+ "worksheets": [
+  {
+   "cells": [
+    {
+     "cell_type": "code",
+     "collapsed": false,
+     "input": [
+      "# Should pop up a GUI window\n",
+      "%matplotlib\n",
+      "import matplotlib.pyplot as plt\n",
+      "plt.plot([1,2,3])"
+     ],
+     "language": "python",
+     "metadata": {},
+     "outputs": [
+      {
+       "output_type": "stream",
+       "stream": "stdout",
+       "text": [
+        "Using matplotlib backend: MacOSX\n"
+       ]
+      },
+      {
+       "metadata": {},
+       "output_type": "pyout",
+       "prompt_number": 1,
+       "text": [
+        "[<matplotlib.lines.Line2D at 0x10ce05350>]"
+       ]
+      }
+     ],
+     "prompt_number": 1
+    },
+    {
+     "cell_type": "code",
+     "collapsed": false,
+     "input": [
+      "# Should make an inline figure\n",
+      "%matplotlib inline\n",
+      "plt.plot([1,2,3])"
+     ],
+     "language": "python",
+     "metadata": {},
+     "outputs": [
+      {
+       "metadata": {},
+       "output_type": "pyout",
+       "prompt_number": 2,
+       "text": [
+        "[<matplotlib.lines.Line2D at 0x10cd5dfd0>]"
+       ]
+      },
+      {
+       "metadata": {
+        "png": {
+         "height": 379,
+         "width": 600
+        }
+       },
+       "output_type": "display_data",
+       "png": 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xs6mZlr5RAN532QK+sL6O0jxPnpE080zqlSmZTGaA//ImXw8SicTdnIpYaybz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\nSZIkSZIkSZIkSZIkSZIkSZIkSZLy0v8DnhwIE1EJTfYAAAAASUVORK5CYII=\n",
+       "text": [
+        "<matplotlib.figure.Figure at 0x10cdeea50>"
+       ]
+      }
+     ],
+     "prompt_number": 2
+    },
+    {
+     "cell_type": "code",
+     "collapsed": false,
+     "input": [
+      "# New GUI window--should *NOT* have the visual settings of inline\n",
+      "%matplotlib qt\n",
+      "plt.plot([1,2,3])"
+     ],
+     "language": "python",
+     "metadata": {},
+     "outputs": [
+      {
+       "metadata": {},
+       "output_type": "pyout",
+       "prompt_number": 3,
+       "text": [
+        "[<matplotlib.lines.Line2D at 0x10cd9cb10>]"
+       ]
+      }
+     ],
+     "prompt_number": 3
+    }
+   ],
+   "metadata": {}
+  }
+ ]
+}
  No newline at end of file

IPython/core/display.py

@@ -1,701 +1,772 b''
 # -*- coding: utf-8 -*-
 """Top-level display functions for displaying object in different formats.
 
 Authors:
 
 * Brian Granger
 """
 
 #-----------------------------------------------------------------------------
 #       Copyright (C) 2013 The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 from __future__ import print_function
 
 import os
 import struct
 
 from IPython.utils.py3compat import (string_types, cast_bytes_py2, cast_unicode,
                                      unicode_type)
-
+from IPython.testing.skipdoctest import skip_doctest
 from .displaypub import publish_display_data
 
 #-----------------------------------------------------------------------------
 # utility functions
 #-----------------------------------------------------------------------------
 
 def _safe_exists(path):
     """Check path, but don't let exceptions raise"""
     try:
         return os.path.exists(path)
     except Exception:
         return False
 
 def _merge(d1, d2):
     """Like update, but merges sub-dicts instead of clobbering at the top level.
 
     Updates d1 in-place
     """
 
     if not isinstance(d2, dict) or not isinstance(d1, dict):
         return d2
     for key, value in d2.items():
         d1[key] = _merge(d1.get(key), value)
     return d1
 
 def _display_mimetype(mimetype, objs, raw=False, metadata=None):
     """internal implementation of all display_foo methods
 
     Parameters
     ----------
     mimetype : str
         The mimetype to be published (e.g. 'image/png')
     objs : tuple of objects
         The Python objects to display, or if raw=True raw text data to
         display.
     raw : bool
         Are the data objects raw data or Python objects that need to be
         formatted before display? [default: False]
     metadata : dict (optional)
         Metadata to be associated with the specific mimetype output.
     """
     if metadata:
         metadata = {mimetype: metadata}
     if raw:
         # turn list of pngdata into list of { 'image/png': pngdata }
         objs = [ {mimetype: obj} for obj in objs ]
     display(*objs, raw=raw, metadata=metadata, include=[mimetype])
 
 #-----------------------------------------------------------------------------
 # Main functions
 #-----------------------------------------------------------------------------
 
 def display(*objs, **kwargs):
     """Display a Python object in all frontends.
 
     By default all representations will be computed and sent to the frontends.
     Frontends can decide which representation is used and how.
 
     Parameters
     ----------
     objs : tuple of objects
         The Python objects to display.
     raw : bool, optional
         Are the objects to be displayed already mimetype-keyed dicts of raw display data,
         or Python objects that need to be formatted before display? [default: False]
     include : list or tuple, optional
         A list of format type strings (MIME types) to include in the
         format data dict. If this is set *only* the format types included
         in this list will be computed.
     exclude : list or tuple, optional
         A list of format type strings (MIME types) to exclude in the format
         data dict. If this is set all format types will be computed,
         except for those included in this argument.
     metadata : dict, optional
         A dictionary of metadata to associate with the output.
         mime-type keys in this dictionary will be associated with the individual
         representation formats, if they exist.
     """
     raw = kwargs.get('raw', False)
     include = kwargs.get('include')
     exclude = kwargs.get('exclude')
     metadata = kwargs.get('metadata')
 
     from IPython.core.interactiveshell import InteractiveShell
 
     if not raw:
         format = InteractiveShell.instance().display_formatter.format
 
     for obj in objs:
 
         # If _ipython_display_ is defined, use that to display this object.
         display_method = getattr(obj, '_ipython_display_', None)
         if display_method is not None:
             try:
                 display_method(**kwargs)
             except NotImplementedError:
                 pass
             else:
                 continue
         if raw:
             publish_display_data('display', obj, metadata)
         else:
             format_dict, md_dict = format(obj, include=include, exclude=exclude)
             if metadata:
                 # kwarg-specified metadata gets precedence
                 _merge(md_dict, metadata)
             publish_display_data('display', format_dict, md_dict)
 
 
 def display_pretty(*objs, **kwargs):
     """Display the pretty (default) representation of an object.
 
     Parameters
     ----------
     objs : tuple of objects
         The Python objects to display, or if raw=True raw text data to
         display.
     raw : bool
         Are the data objects raw data or Python objects that need to be
         formatted before display? [default: False]
     metadata : dict (optional)
         Metadata to be associated with the specific mimetype output.
     """
     _display_mimetype('text/plain', objs, **kwargs)
 
 
 def display_html(*objs, **kwargs):
     """Display the HTML representation of an object.
 
     Parameters
     ----------
     objs : tuple of objects
         The Python objects to display, or if raw=True raw HTML data to
         display.
     raw : bool
         Are the data objects raw data or Python objects that need to be
         formatted before display? [default: False]
     metadata : dict (optional)
         Metadata to be associated with the specific mimetype output.
     """
     _display_mimetype('text/html', objs, **kwargs)
 
 
 def display_svg(*objs, **kwargs):
     """Display the SVG representation of an object.
 
     Parameters
     ----------
     objs : tuple of objects
         The Python objects to display, or if raw=True raw svg data to
         display.
     raw : bool
         Are the data objects raw data or Python objects that need to be
         formatted before display? [default: False]
     metadata : dict (optional)
         Metadata to be associated with the specific mimetype output.
     """
     _display_mimetype('image/svg+xml', objs, **kwargs)
 
 
 def display_png(*objs, **kwargs):
     """Display the PNG representation of an object.
 
     Parameters
     ----------
     objs : tuple of objects
         The Python objects to display, or if raw=True raw png data to
         display.
     raw : bool
         Are the data objects raw data or Python objects that need to be
         formatted before display? [default: False]
     metadata : dict (optional)
         Metadata to be associated with the specific mimetype output.
     """
     _display_mimetype('image/png', objs, **kwargs)
 
 
 def display_jpeg(*objs, **kwargs):
     """Display the JPEG representation of an object.
 
     Parameters
     ----------
     objs : tuple of objects
         The Python objects to display, or if raw=True raw JPEG data to
         display.
     raw : bool
         Are the data objects raw data or Python objects that need to be
         formatted before display? [default: False]
     metadata : dict (optional)
         Metadata to be associated with the specific mimetype output.
     """
     _display_mimetype('image/jpeg', objs, **kwargs)
 
 
 def display_latex(*objs, **kwargs):
     """Display the LaTeX representation of an object.
 
     Parameters
     ----------
     objs : tuple of objects
         The Python objects to display, or if raw=True raw latex data to
         display.
     raw : bool
         Are the data objects raw data or Python objects that need to be
         formatted before display? [default: False]
     metadata : dict (optional)
         Metadata to be associated with the specific mimetype output.
     """
     _display_mimetype('text/latex', objs, **kwargs)
 
 
 def display_json(*objs, **kwargs):
     """Display the JSON representation of an object.
 
     Note that not many frontends support displaying JSON.
 
     Parameters
     ----------
     objs : tuple of objects
         The Python objects to display, or if raw=True raw json data to
         display.
     raw : bool
         Are the data objects raw data or Python objects that need to be
         formatted before display? [default: False]
     metadata : dict (optional)
         Metadata to be associated with the specific mimetype output.
     """
     _display_mimetype('application/json', objs, **kwargs)
 
 
 def display_javascript(*objs, **kwargs):
     """Display the Javascript representation of an object.
 
     Parameters
     ----------
     objs : tuple of objects
         The Python objects to display, or if raw=True raw javascript data to
         display.
     raw : bool
         Are the data objects raw data or Python objects that need to be
         formatted before display? [default: False]
     metadata : dict (optional)
         Metadata to be associated with the specific mimetype output.
     """
     _display_mimetype('application/javascript', objs, **kwargs)
 
+
+def display_pdf(*objs, **kwargs):
+    """Display the PDF representation of an object.
+
+    Parameters
+    ----------
+    objs : tuple of objects
+        The Python objects to display, or if raw=True raw javascript data to
+        display.
+    raw : bool
+        Are the data objects raw data or Python objects that need to be
+        formatted before display? [default: False]
+    metadata : dict (optional)
+        Metadata to be associated with the specific mimetype output.
+    """
+    _display_mimetype('application/pdf', objs, **kwargs)
+
+
 #-----------------------------------------------------------------------------
 # Smart classes
 #-----------------------------------------------------------------------------
 
 
 class DisplayObject(object):
     """An object that wraps data to be displayed."""
 
     _read_flags = 'r'
 
     def __init__(self, data=None, url=None, filename=None):
         """Create a display object given raw data.
 
         When this object is returned by an expression or passed to the
         display function, it will result in the data being displayed
         in the frontend. The MIME type of the data should match the
         subclasses used, so the Png subclass should be used for 'image/png'
         data. If the data is a URL, the data will first be downloaded
         and then displayed. If
 
         Parameters
         ----------
         data : unicode, str or bytes
             The raw data or a URL or file to load the data from
         url : unicode
             A URL to download the data from.
         filename : unicode
             Path to a local file to load the data from.
         """
         if data is not None and isinstance(data, string_types):
             if data.startswith('http') and url is None:
                 url = data
                 filename = None
                 data = None
             elif _safe_exists(data) and filename is None:
                 url = None
                 filename = data
                 data = None
 
         self.data = data
         self.url = url
         self.filename = None if filename is None else unicode_type(filename)
 
         self.reload()
         self._check_data()
     
     def _check_data(self):
         """Override in subclasses if there's something to check."""
         pass
 
     def reload(self):
         """Reload the raw data from file or URL."""
         if self.filename is not None:
             with open(self.filename, self._read_flags) as f:
                 self.data = f.read()
         elif self.url is not None:
             try:
                 try:
                     from urllib.request import urlopen  # Py3
                 except ImportError:
                     from urllib2 import urlopen
                 response = urlopen(self.url)
                 self.data = response.read()
                 # extract encoding from header, if there is one:
                 encoding = None
                 for sub in response.headers['content-type'].split(';'):
                     sub = sub.strip()
                     if sub.startswith('charset'):
                         encoding = sub.split('=')[-1].strip()
                         break
                 # decode data, if an encoding was specified
                 if encoding:
                     self.data = self.data.decode(encoding, 'replace')
             except:
                 self.data = None
 
 class TextDisplayObject(DisplayObject):
     """Validate that display data is text"""
     def _check_data(self):
         if self.data is not None and not isinstance(self.data, string_types):
             raise TypeError("%s expects text, not %r" % (self.__class__.__name__, self.data))
 
 class Pretty(TextDisplayObject):
 
     def _repr_pretty_(self):
         return self.data
 
 
 class HTML(TextDisplayObject):
 
     def _repr_html_(self):
         return self.data
 
     def __html__(self):
         """
         This method exists to inform other HTML-using modules (e.g. Markupsafe,
         htmltag, etc) that this object is HTML and does not need things like
         special characters (<>&) escaped.
         """
         return self._repr_html_()
 
 
 class Math(TextDisplayObject):
 
     def _repr_latex_(self):
         s = self.data.strip('$')
         return "$$%s$$" % s
 
 
 class Latex(TextDisplayObject):
 
     def _repr_latex_(self):
         return self.data
 
 
 class SVG(DisplayObject):
 
     # wrap data in a property, which extracts the <svg> tag, discarding
     # document headers
     _data = None
 
     @property
     def data(self):
         return self._data
 
     @data.setter
     def data(self, svg):
         if svg is None:
             self._data = None
             return
         # parse into dom object
         from xml.dom import minidom
         svg = cast_bytes_py2(svg)
         x = minidom.parseString(svg)
         # get svg tag (should be 1)
         found_svg = x.getElementsByTagName('svg')
         if found_svg:
             svg = found_svg[0].toxml()
         else:
             # fallback on the input, trust the user
             # but this is probably an error.
             pass
         svg = cast_unicode(svg)
         self._data = svg
 
     def _repr_svg_(self):
         return self.data
 
 
 class JSON(TextDisplayObject):
 
     def _repr_json_(self):
         return self.data
 
 css_t = """$("head").append($("<link/>").attr({
   rel:  "stylesheet",
   type: "text/css",
   href: "%s"
 }));
 """
 
 lib_t1 = """$.getScript("%s", function () {
 """
 lib_t2 = """});
 """
 
 class Javascript(TextDisplayObject):
 
     def __init__(self, data=None, url=None, filename=None, lib=None, css=None):
         """Create a Javascript display object given raw data.
 
         When this object is returned by an expression or passed to the
         display function, it will result in the data being displayed
         in the frontend. If the data is a URL, the data will first be
         downloaded and then displayed.
 
         In the Notebook, the containing element will be available as `element`,
         and jQuery will be available.  The output area starts hidden, so if
         the js appends content to `element` that should be visible, then
         it must call `container.show()` to unhide the area.
 
         Parameters
         ----------
         data : unicode, str or bytes
             The Javascript source code or a URL to download it from.
         url : unicode
             A URL to download the data from.
         filename : unicode
             Path to a local file to load the data from.
         lib : list or str
             A sequence of Javascript library URLs to load asynchronously before
             running the source code. The full URLs of the libraries should
             be given. A single Javascript library URL can also be given as a
             string.
         css: : list or str
             A sequence of css files to load before running the source code.
             The full URLs of the css files should be given. A single css URL
             can also be given as a string.
         """
         if isinstance(lib, string_types):
             lib = [lib]
         elif lib is None:
             lib = []
         if isinstance(css, string_types):
             css = [css]
         elif css is None:
             css = []
         if not isinstance(lib, (list,tuple)):
             raise TypeError('expected sequence, got: %r' % lib)
         if not isinstance(css, (list,tuple)):
             raise TypeError('expected sequence, got: %r' % css)
         self.lib = lib
         self.css = css
         super(Javascript, self).__init__(data=data, url=url, filename=filename)
 
     def _repr_javascript_(self):
         r = ''
         for c in self.css:
             r += css_t % c
         for l in self.lib:
             r += lib_t1 % l
         r += self.data
         r += lib_t2*len(self.lib)
         return r
 
 # constants for identifying png/jpeg data
 _PNG = b'\x89PNG\r\n\x1a\n'
 _JPEG = b'\xff\xd8'
 
 def _pngxy(data):
     """read the (width, height) from a PNG header"""
     ihdr = data.index(b'IHDR')
     # next 8 bytes are width/height
     w4h4 = data[ihdr+4:ihdr+12]
     return struct.unpack('>ii', w4h4)
 
 def _jpegxy(data):
     """read the (width, height) from a JPEG header"""
     # adapted from http://www.64lines.com/jpeg-width-height
     
     idx = 4
     while True:
         block_size = struct.unpack('>H', data[idx:idx+2])[0]
         idx = idx + block_size
         if data[idx:idx+2] == b'\xFF\xC0':
             # found Start of Frame
             iSOF = idx
             break
         else:
             # read another block
             idx += 2
 
     h, w = struct.unpack('>HH', data[iSOF+5:iSOF+9])
     return w, h
 
 class Image(DisplayObject):
 
     _read_flags = 'rb'
     _FMT_JPEG = u'jpeg'
     _FMT_PNG = u'png'
     _ACCEPTABLE_EMBEDDINGS = [_FMT_JPEG, _FMT_PNG]
 
     def __init__(self, data=None, url=None, filename=None, format=u'png', embed=None, width=None, height=None, retina=False):
         """Create a PNG/JPEG image object given raw data.
 
         When this object is returned by an input cell or passed to the
         display function, it will result in the image being displayed
         in the frontend.
 
         Parameters
         ----------
         data : unicode, str or bytes
             The raw image data or a URL or filename to load the data from.
             This always results in embedded image data.
         url : unicode
             A URL to download the data from. If you specify `url=`,
             the image data will not be embedded unless you also specify `embed=True`.
         filename : unicode
             Path to a local file to load the data from.
             Images from a file are always embedded.
         format : unicode
             The format of the image data (png/jpeg/jpg). If a filename or URL is given
             for format will be inferred from the filename extension.
         embed : bool
             Should the image data be embedded using a data URI (True) or be
             loaded using an <img> tag. Set this to True if you want the image
             to be viewable later with no internet connection in the notebook.
 
             Default is `True`, unless the keyword argument `url` is set, then
             default value is `False`.
 
             Note that QtConsole is not able to display images if `embed` is set to `False`
         width : int
             Width to which to constrain the image in html
         height : int
             Height to which to constrain the image in html
         retina : bool
             Automatically set the width and height to half of the measured
             width and height.
             This only works for embedded images because it reads the width/height
             from image data.
             For non-embedded images, you can just set the desired display width
             and height directly.
 
         Examples
         --------
         # embedded image data, works in qtconsole and notebook
         # when passed positionally, the first arg can be any of raw image data,
         # a URL, or a filename from which to load image data.
         # The result is always embedding image data for inline images.
         Image('http://www.google.fr/images/srpr/logo3w.png')
         Image('/path/to/image.jpg')
         Image(b'RAW_PNG_DATA...')
 
         # Specifying Image(url=...) does not embed the image data,
         # it only generates `<img>` tag with a link to the source.
         # This will not work in the qtconsole or offline.
         Image(url='http://www.google.fr/images/srpr/logo3w.png')
 
         """
         if filename is not None:
             ext = self._find_ext(filename)
         elif url is not None:
             ext = self._find_ext(url)
         elif data is None:
             raise ValueError("No image data found. Expecting filename, url, or data.")
         elif isinstance(data, string_types) and (
             data.startswith('http') or _safe_exists(data)
         ):
             ext = self._find_ext(data)
         else:
             ext = None
 
         if ext is not None:
             format = ext.lower()
             if ext == u'jpg' or ext == u'jpeg':
                 format = self._FMT_JPEG
             if ext == u'png':
                 format = self._FMT_PNG
         elif isinstance(data, bytes) and format == 'png':
             # infer image type from image data header,
             # only if format might not have been specified.
             if data[:2] == _JPEG:
                 format = 'jpeg'
 
         self.format = unicode_type(format).lower()
         self.embed = embed if embed is not None else (url is None)
 
         if self.embed and self.format not in self._ACCEPTABLE_EMBEDDINGS:
             raise ValueError("Cannot embed the '%s' image format" % (self.format))
         self.width = width
         self.height = height
         self.retina = retina
         super(Image, self).__init__(data=data, url=url, filename=filename)
         
         if retina:
             self._retina_shape()
     
     def _retina_shape(self):
         """load pixel-doubled width and height from image data"""
         if not self.embed:
             return
         if self.format == 'png':
             w, h = _pngxy(self.data)
         elif self.format == 'jpeg':
             w, h = _jpegxy(self.data)
         else:
             # retina only supports png
             return
         self.width = w // 2
         self.height = h // 2
 
     def reload(self):
         """Reload the raw data from file or URL."""
         if self.embed:
             super(Image,self).reload()
             if self.retina:
                 self._retina_shape()
 
     def _repr_html_(self):
         if not self.embed:
             width = height = ''
             if self.width:
                 width = ' width="%d"' % self.width
             if self.height:
                 height = ' height="%d"' % self.height
             return u'<img src="%s"%s%s/>' % (self.url, width, height)
 
     def _data_and_metadata(self):
         """shortcut for returning metadata with shape information, if defined"""
         md = {}
         if self.width:
             md['width'] = self.width
         if self.height:
             md['height'] = self.height
         if md:
             return self.data, md
         else:
             return self.data
 
     def _repr_png_(self):
         if self.embed and self.format == u'png':
             return self._data_and_metadata()
 
     def _repr_jpeg_(self):
         if self.embed and (self.format == u'jpeg' or self.format == u'jpg'):
             return self._data_and_metadata()
 
     def _find_ext(self, s):
         return unicode_type(s.split('.')[-1].lower())
 
 
 def clear_output(wait=False):
     """Clear the output of the current cell receiving output.
 
     Parameters
     ----------
     wait : bool [default: false]
         Wait to clear the output until new output is available to replace it."""
     from IPython.core.interactiveshell import InteractiveShell
     if InteractiveShell.initialized():
         InteractiveShell.instance().display_pub.clear_output(wait)
     else:
         from IPython.utils import io
         print('\033[2K\r', file=io.stdout, end='')
         io.stdout.flush()
         print('\033[2K\r', file=io.stderr, end='')
         io.stderr.flush()
+
+
+@skip_doctest
+def set_matplotlib_formats(*formats, **kwargs):
+    """Select figure formats for the inline backend. Optionally pass quality for JPEG.
+
+    For example, this enables PNG and JPEG output with a JPEG quality of 90%::
+
+        In [1]: set_matplotlib_formats('png', 'jpeg', quality=90)
+
+    To set this in your config files use the following::
+    
+        c.InlineBackend.figure_formats = {'pdf', 'png', 'svg'}
+        c.InlineBackend.quality = 90
+
+    Parameters
+    ----------
+    *formats : list, tuple
+        One or a set of figure formats to enable: 'png', 'retina', 'jpeg', 'svg', 'pdf'.
+    quality : int
+        A percentage for the quality of JPEG figures. Defaults to 90.
+    """
+    from IPython.core.interactiveshell import InteractiveShell
+    from IPython.core.pylabtools import select_figure_formats
+    shell = InteractiveShell.instance()
+    select_figure_formats(shell, formats, quality=90)
+
+@skip_doctest
+def set_matplotlib_close(close):
+    """Set whether the inline backend closes all figures automatically or not.
+    
+    By default, the inline backend used in the IPython Notebook will close all
+    matplotlib figures automatically after each cell is run. This means that
+    plots in different cells won't interfere. Sometimes, you may want to make
+    a plot in one cell and then refine it in later cells. This can be accomplished
+    by::
+    
+        In [1]: set_matplotlib_close(False)
+    
+    To set this in your config files use the following::
+    
+        c.InlineBackend.close_figures = False
+    
+    Parameters
+    ----------
+    close : bool
+        Should all matplotlib figures be automatically closed after each cell is
+        run?
+    """
+    from IPython.kernel.zmq.pylab.backend_inline import InlineBackend
+    ilbe = InlineBackend.instance()
+    ilbe.close_figures = close
+

IPython/core/formatters.py

@@ -1,825 +1,846 b''
 # -*- coding: utf-8 -*-
 """Display formatters.
 
 Inheritance diagram:
 
 .. inheritance-diagram:: IPython.core.formatters
    :parts: 3
 
 Authors:
 
 * Robert Kern
 * Brian Granger
 """
 #-----------------------------------------------------------------------------
 # Copyright (C) 2010-2011, IPython Development Team.
 #
 # Distributed under the terms of the Modified BSD License.
 #
 # The full license is in the file COPYING.txt, distributed with this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 # Stdlib imports
 import abc
 import sys
 import warnings
 
 from IPython.external.decorator import decorator
 
 # Our own imports
 from IPython.config.configurable import Configurable
 from IPython.lib import pretty
 from IPython.utils import io
 from IPython.utils.traitlets import (
     Bool, Dict, Integer, Unicode, CUnicode, ObjectName, List,
 )
 from IPython.utils.warn import warn
 from IPython.utils.py3compat import (
     unicode_to_str, with_metaclass, PY3, string_types, unicode_type,
 )
 
 if PY3:
     from io import StringIO
 else:
     from StringIO import StringIO
 
 
 #-----------------------------------------------------------------------------
 # The main DisplayFormatter class
 #-----------------------------------------------------------------------------
 
 class DisplayFormatter(Configurable):
 
     # When set to true only the default plain text formatter will be used.
     plain_text_only = Bool(False, config=True)
     def _plain_text_only_changed(self, name, old, new):
         warnings.warn("""DisplayFormatter.plain_text_only is deprecated.
         
         Use DisplayFormatter.active_types = ['text/plain']
         for the same effect.
         """, DeprecationWarning)
         if new:
             self.active_types = ['text/plain']
         else:
             self.active_types = self.format_types
     
     active_types = List(Unicode, config=True,
         help="""List of currently active mime-types to display.
         You can use this to set a white-list for formats to display.
         
         Most users will not need to change this value.
         """)
     def _active_types_default(self):
         return self.format_types
     
     def _active_types_changed(self, name, old, new):
         for key, formatter in self.formatters.items():
             if key in new:
                 formatter.enabled = True
             else:
                 formatter.enabled = False
     
     # A dict of formatter whose keys are format types (MIME types) and whose
     # values are subclasses of BaseFormatter.
     formatters = Dict()
     def _formatters_default(self):
         """Activate the default formatters."""
         formatter_classes = [
             PlainTextFormatter,
             HTMLFormatter,
             SVGFormatter,
             PNGFormatter,
+            PDFFormatter,
             JPEGFormatter,
             LatexFormatter,
             JSONFormatter,
             JavascriptFormatter
         ]
         d = {}
         for cls in formatter_classes:
             f = cls(parent=self)
             d[f.format_type] = f
         return d
 
     def format(self, obj, include=None, exclude=None):
         """Return a format data dict for an object.
 
         By default all format types will be computed.
 
         The following MIME types are currently implemented:
 
         * text/plain
         * text/html
         * text/latex
         * application/json
         * application/javascript
+        * application/pdf
         * image/png
         * image/jpeg
         * image/svg+xml
 
         Parameters
         ----------
         obj : object
             The Python object whose format data will be computed.
         include : list or tuple, optional
             A list of format type strings (MIME types) to include in the
             format data dict. If this is set *only* the format types included
             in this list will be computed.
         exclude : list or tuple, optional
             A list of format type string (MIME types) to exclude in the format
             data dict. If this is set all format types will be computed,
             except for those included in this argument.
 
         Returns
         -------
         (format_dict, metadata_dict) : tuple of two dicts
         
             format_dict is a dictionary of key/value pairs, one of each format that was
             generated for the object. The keys are the format types, which
             will usually be MIME type strings and the values and JSON'able
             data structure containing the raw data for the representation in
             that format.
             
             metadata_dict is a dictionary of metadata about each mime-type output.
             Its keys will be a strict subset of the keys in format_dict.
         """
         format_dict = {}
         md_dict = {}
 
         for format_type, formatter in self.formatters.items():
             if include and format_type not in include:
                 continue
             if exclude and format_type in exclude:
                 continue
             
             md = None
             try:
                 data = formatter(obj)
             except:
                 # FIXME: log the exception
                 raise
             
             # formatters can return raw data or (data, metadata)
             if isinstance(data, tuple) and len(data) == 2:
                 data, md = data
             
             if data is not None:
                 format_dict[format_type] = data
             if md is not None:
                 md_dict[format_type] = md
             
         return format_dict, md_dict
 
     @property
     def format_types(self):
         """Return the format types (MIME types) of the active formatters."""
         return list(self.formatters.keys())
 
 
 #-----------------------------------------------------------------------------
 # Formatters for specific format types (text, html, svg, etc.)
 #-----------------------------------------------------------------------------
 
 class FormatterWarning(UserWarning):
     """Warning class for errors in formatters"""
 
 @decorator
 def warn_format_error(method, self, *args, **kwargs):
     """decorator for warning on failed format call"""
     try:
         r = method(self, *args, **kwargs)
     except NotImplementedError as e:
         # don't warn on NotImplementedErrors
         return None
     except Exception as e:
         warnings.warn("Exception in %s formatter: %s" % (self.format_type, e),
             FormatterWarning,
         )
         return None
     if r is None or isinstance(r, self._return_type) or \
         (isinstance(r, tuple) and r and isinstance(r[0], self._return_type)):
         return r
     else:
         warnings.warn(
             "%s formatter returned invalid type %s (expected %s) for object: %s" % \
             (self.format_type, type(r), self._return_type, pretty._safe_repr(args[0])),
             FormatterWarning
         )
 
 
 class FormatterABC(with_metaclass(abc.ABCMeta, object)):
     """ Abstract base class for Formatters.
 
     A formatter is a callable class that is responsible for computing the
     raw format data for a particular format type (MIME type). For example,
     an HTML formatter would have a format type of `text/html` and would return
     the HTML representation of the object when called.
     """
 
     # The format type of the data returned, usually a MIME type.
     format_type = 'text/plain'
 
     # Is the formatter enabled...
     enabled = True
     
     @abc.abstractmethod
     @warn_format_error
     def __call__(self, obj):
         """Return a JSON'able representation of the object.
 
         If the object cannot be formatted by this formatter,
         warn and return None.
         """
         return repr(obj)
 
 
 def _mod_name_key(typ):
     """Return a (__module__, __name__) tuple for a type.
     
     Used as key in Formatter.deferred_printers.
     """
     module = getattr(typ, '__module__', None)
     name = getattr(typ, '__name__', None)
     return (module, name)
 
 
 def _get_type(obj):
     """Return the type of an instance (old and new-style)"""
     return getattr(obj, '__class__', None) or type(obj)
 
 _raise_key_error = object()
 
 
 class BaseFormatter(Configurable):
     """A base formatter class that is configurable.
 
     This formatter should usually be used as the base class of all formatters.
     It is a traited :class:`Configurable` class and includes an extensible
     API for users to determine how their objects are formatted. The following
     logic is used to find a function to format an given object.
 
     1. The object is introspected to see if it has a method with the name
        :attr:`print_method`. If is does, that object is passed to that method
        for formatting.
     2. If no print method is found, three internal dictionaries are consulted
        to find print method: :attr:`singleton_printers`, :attr:`type_printers`
        and :attr:`deferred_printers`.
 
     Users should use these dictionaries to register functions that will be
     used to compute the format data for their objects (if those objects don't
     have the special print methods). The easiest way of using these
     dictionaries is through the :meth:`for_type` and :meth:`for_type_by_name`
     methods.
 
     If no function/callable is found to compute the format data, ``None`` is
     returned and this format type is not used.
     """
 
     format_type = Unicode('text/plain')
     _return_type = string_types
 
     enabled = Bool(True, config=True)
 
     print_method = ObjectName('__repr__')
 
     # The singleton printers.
     # Maps the IDs of the builtin singleton objects to the format functions.
     singleton_printers = Dict(config=True)
 
     # The type-specific printers.
     # Map type objects to the format functions.
     type_printers = Dict(config=True)
 
     # The deferred-import type-specific printers.
     # Map (modulename, classname) pairs to the format functions.
     deferred_printers = Dict(config=True)
     
     @warn_format_error
     def __call__(self, obj):
         """Compute the format for an object."""
         if self.enabled:
             # lookup registered printer
             try:
                 printer = self.lookup(obj)
             except KeyError:
                 pass
             else:
                 return printer(obj)
             # Finally look for special method names
             method = pretty._safe_getattr(obj, self.print_method, None)
             if method is not None:
                 return method()
             return None
         else:
             return None
     
     def __contains__(self, typ):
         """map in to lookup_by_type"""
         try:
             self.lookup_by_type(typ)
         except KeyError:
             return False
         else:
             return True
     
     def lookup(self, obj):
         """Look up the formatter for a given instance.
         
         Parameters
         ----------
         obj  : object instance
 
         Returns
         -------
         f : callable
             The registered formatting callable for the type.
 
         Raises
         ------
         KeyError if the type has not been registered.
         """
         # look for singleton first
         obj_id = id(obj)
         if obj_id in self.singleton_printers:
             return self.singleton_printers[obj_id]
         # then lookup by type
         return self.lookup_by_type(_get_type(obj))
     
     def lookup_by_type(self, typ):
         """Look up the registered formatter for a type.
 
         Parameters
         ----------
         typ  : type or '__module__.__name__' string for a type
 
         Returns
         -------
         f : callable
             The registered formatting callable for the type.
 
         Raises
         ------
         KeyError if the type has not been registered.
         """
         if isinstance(typ, string_types):
             typ_key = tuple(typ.rsplit('.',1))
             if typ_key not in self.deferred_printers:
                 # We may have it cached in the type map. We will have to
                 # iterate over all of the types to check.
                 for cls in self.type_printers:
                     if _mod_name_key(cls) == typ_key:
                         return self.type_printers[cls]
             else:
                 return self.deferred_printers[typ_key]
         else:
             for cls in pretty._get_mro(typ):
                 if cls in self.type_printers or self._in_deferred_types(cls):
                     return self.type_printers[cls]
         
         # If we have reached here, the lookup failed.
         raise KeyError("No registered printer for {0!r}".format(typ))
 
     def for_type(self, typ, func=None):
         """Add a format function for a given type.
         
         Parameters
         -----------
         typ : type or '__module__.__name__' string for a type
             The class of the object that will be formatted using `func`.
         func : callable
             A callable for computing the format data.
             `func` will be called with the object to be formatted,
             and will return the raw data in this formatter's format.
             Subclasses may use a different call signature for the
             `func` argument.
             
             If `func` is None or not specified, there will be no change,
             only returning the current value.
         
         Returns
         -------
         oldfunc : callable
             The currently registered callable.
             If you are registering a new formatter,
             this will be the previous value (to enable restoring later).
         """
         # if string given, interpret as 'pkg.module.class_name'
         if isinstance(typ, string_types):
             type_module, type_name = typ.rsplit('.', 1)
             return self.for_type_by_name(type_module, type_name, func)
         
         try:
             oldfunc = self.lookup_by_type(typ)
         except KeyError:
             oldfunc = None
         
         if func is not None:
             self.type_printers[typ] = func
         
         return oldfunc
 
     def for_type_by_name(self, type_module, type_name, func=None):
         """Add a format function for a type specified by the full dotted
         module and name of the type, rather than the type of the object.
 
         Parameters
         ----------
         type_module : str
             The full dotted name of the module the type is defined in, like
             ``numpy``.
         type_name : str
             The name of the type (the class name), like ``dtype``
         func : callable
             A callable for computing the format data.
             `func` will be called with the object to be formatted,
             and will return the raw data in this formatter's format.
             Subclasses may use a different call signature for the
             `func` argument.
             
             If `func` is None or unspecified, there will be no change,
             only returning the current value.
         
         Returns
         -------
         oldfunc : callable
             The currently registered callable.
             If you are registering a new formatter,
             this will be the previous value (to enable restoring later).
         """
         key = (type_module, type_name)
         
         try:
             oldfunc = self.lookup_by_type("%s.%s" % key)
         except KeyError:
             oldfunc = None
         
         if func is not None:
             self.deferred_printers[key] = func
         return oldfunc
     
     def pop(self, typ, default=_raise_key_error):
         """Pop a formatter for the given type.
 
         Parameters
         ----------
         typ : type or '__module__.__name__' string for a type
         default : object
             value to be returned if no formatter is registered for typ.
 
         Returns
         -------
         obj : object
             The last registered object for the type.
 
         Raises
         ------
         KeyError if the type is not registered and default is not specified.
         """
         
         if isinstance(typ, string_types):
             typ_key = tuple(typ.rsplit('.',1))
             if typ_key not in self.deferred_printers:
                 # We may have it cached in the type map. We will have to
                 # iterate over all of the types to check.
                 for cls in self.type_printers:
                     if _mod_name_key(cls) == typ_key:
                         old = self.type_printers.pop(cls)
                         break
                 else:
                     old = default
             else:
                 old = self.deferred_printers.pop(typ_key)
         else:
             if typ in self.type_printers:
                 old = self.type_printers.pop(typ)
             else:
                 old = self.deferred_printers.pop(_mod_name_key(typ), default)
         if old is _raise_key_error:
             raise KeyError("No registered value for {0!r}".format(typ))
         return old
 
     def _in_deferred_types(self, cls):
         """
         Check if the given class is specified in the deferred type registry.
 
         Successful matches will be moved to the regular type registry for future use.
         """
         mod = getattr(cls, '__module__', None)
         name = getattr(cls, '__name__', None)
         key = (mod, name)
         if key in self.deferred_printers:
             # Move the printer over to the regular registry.
             printer = self.deferred_printers.pop(key)
             self.type_printers[cls] = printer
             return True
         return False
 
 
 class PlainTextFormatter(BaseFormatter):
     """The default pretty-printer.
 
     This uses :mod:`IPython.lib.pretty` to compute the format data of
     the object. If the object cannot be pretty printed, :func:`repr` is used.
     See the documentation of :mod:`IPython.lib.pretty` for details on
     how to write pretty printers.  Here is a simple example::
 
         def dtype_pprinter(obj, p, cycle):
             if cycle:
                 return p.text('dtype(...)')
             if hasattr(obj, 'fields'):
                 if obj.fields is None:
                     p.text(repr(obj))
                 else:
                     p.begin_group(7, 'dtype([')
                     for i, field in enumerate(obj.descr):
                         if i > 0:
                             p.text(',')
                             p.breakable()
                         p.pretty(field)
                     p.end_group(7, '])')
     """
 
     # The format type of data returned.
     format_type = Unicode('text/plain')
 
     # This subclass ignores this attribute as it always need to return
     # something.
     enabled = Bool(True, config=False)
 
     # Look for a _repr_pretty_ methods to use for pretty printing.
     print_method = ObjectName('_repr_pretty_')
 
     # Whether to pretty-print or not.
     pprint = Bool(True, config=True)
 
     # Whether to be verbose or not.
     verbose = Bool(False, config=True)
 
     # The maximum width.
     max_width = Integer(79, config=True)
 
     # The newline character.
     newline = Unicode('\n', config=True)
 
     # format-string for pprinting floats
     float_format = Unicode('%r')
     # setter for float precision, either int or direct format-string
     float_precision = CUnicode('', config=True)
 
     def _float_precision_changed(self, name, old, new):
         """float_precision changed, set float_format accordingly.
 
         float_precision can be set by int or str.
         This will set float_format, after interpreting input.
         If numpy has been imported, numpy print precision will also be set.
 
         integer `n` sets format to '%.nf', otherwise, format set directly.
 
         An empty string returns to defaults (repr for float, 8 for numpy).
 
         This parameter can be set via the '%precision' magic.
         """
 
         if '%' in new:
             # got explicit format string
             fmt = new
             try:
                 fmt%3.14159
             except Exception:
                 raise ValueError("Precision must be int or format string, not %r"%new)
         elif new:
             # otherwise, should be an int
             try:
                 i = int(new)
                 assert i >= 0
             except ValueError:
                 raise ValueError("Precision must be int or format string, not %r"%new)
             except AssertionError:
                 raise ValueError("int precision must be non-negative, not %r"%i)
 
             fmt = '%%.%if'%i
             if 'numpy' in sys.modules:
                 # set numpy precision if it has been imported
                 import numpy
                 numpy.set_printoptions(precision=i)
         else:
             # default back to repr
             fmt = '%r'
             if 'numpy' in sys.modules:
                 import numpy
                 # numpy default is 8
                 numpy.set_printoptions(precision=8)
         self.float_format = fmt
 
     # Use the default pretty printers from IPython.lib.pretty.
     def _singleton_printers_default(self):
         return pretty._singleton_pprinters.copy()
 
     def _type_printers_default(self):
         d = pretty._type_pprinters.copy()
         d[float] = lambda obj,p,cycle: p.text(self.float_format%obj)
         return d
 
     def _deferred_printers_default(self):
         return pretty._deferred_type_pprinters.copy()
 
     #### FormatterABC interface ####
 
     @warn_format_error
     def __call__(self, obj):
         """Compute the pretty representation of the object."""
         if not self.pprint:
             return pretty._safe_repr(obj)
         else:
             # This uses use StringIO, as cStringIO doesn't handle unicode.
             stream = StringIO()
             # self.newline.encode() is a quick fix for issue gh-597. We need to
             # ensure that stream does not get a mix of unicode and bytestrings,
             # or it will cause trouble.
             printer = pretty.RepresentationPrinter(stream, self.verbose,
                 self.max_width, unicode_to_str(self.newline),
                 singleton_pprinters=self.singleton_printers,
                 type_pprinters=self.type_printers,
                 deferred_pprinters=self.deferred_printers)
             printer.pretty(obj)
             printer.flush()
             return stream.getvalue()
 
 
 class HTMLFormatter(BaseFormatter):
     """An HTML formatter.
 
     To define the callables that compute the HTML representation of your
     objects, define a :meth:`_repr_html_` method or use the :meth:`for_type`
     or :meth:`for_type_by_name` methods to register functions that handle
     this.
 
     The return value of this formatter should be a valid HTML snippet that
     could be injected into an existing DOM. It should *not* include the
     ```<html>`` or ```<body>`` tags.
     """
     format_type = Unicode('text/html')
 
     print_method = ObjectName('_repr_html_')
 
 
 class SVGFormatter(BaseFormatter):
     """An SVG formatter.
 
     To define the callables that compute the SVG representation of your
     objects, define a :meth:`_repr_svg_` method or use the :meth:`for_type`
     or :meth:`for_type_by_name` methods to register functions that handle
     this.
 
     The return value of this formatter should be valid SVG enclosed in
     ```<svg>``` tags, that could be injected into an existing DOM. It should
     *not* include the ```<html>`` or ```<body>`` tags.
     """
     format_type = Unicode('image/svg+xml')
 
     print_method = ObjectName('_repr_svg_')
 
 
 class PNGFormatter(BaseFormatter):
     """A PNG formatter.
 
     To define the callables that compute the PNG representation of your
     objects, define a :meth:`_repr_png_` method or use the :meth:`for_type`
     or :meth:`for_type_by_name` methods to register functions that handle
     this.
 
     The return value of this formatter should be raw PNG data, *not*
     base64 encoded.
     """
     format_type = Unicode('image/png')
 
     print_method = ObjectName('_repr_png_')
     
     _return_type = (bytes, unicode_type)
 
 
 class JPEGFormatter(BaseFormatter):
     """A JPEG formatter.
 
     To define the callables that compute the JPEG representation of your
     objects, define a :meth:`_repr_jpeg_` method or use the :meth:`for_type`
     or :meth:`for_type_by_name` methods to register functions that handle
     this.
 
     The return value of this formatter should be raw JPEG data, *not*
     base64 encoded.
     """
     format_type = Unicode('image/jpeg')
 
     print_method = ObjectName('_repr_jpeg_')
 
     _return_type = (bytes, unicode_type)
 
 
 class LatexFormatter(BaseFormatter):
     """A LaTeX formatter.
 
     To define the callables that compute the LaTeX representation of your
     objects, define a :meth:`_repr_latex_` method or use the :meth:`for_type`
     or :meth:`for_type_by_name` methods to register functions that handle
     this.
 
     The return value of this formatter should be a valid LaTeX equation,
     enclosed in either ```$```, ```$$``` or another LaTeX equation
     environment.
     """
     format_type = Unicode('text/latex')
 
     print_method = ObjectName('_repr_latex_')
 
 
 class JSONFormatter(BaseFormatter):
     """A JSON string formatter.
 
     To define the callables that compute the JSON string representation of
     your objects, define a :meth:`_repr_json_` method or use the :meth:`for_type`
     or :meth:`for_type_by_name` methods to register functions that handle
     this.
 
     The return value of this formatter should be a valid JSON string.
     """
     format_type = Unicode('application/json')
 
     print_method = ObjectName('_repr_json_')
 
 
 class JavascriptFormatter(BaseFormatter):
     """A Javascript formatter.
 
     To define the callables that compute the Javascript representation of
     your objects, define a :meth:`_repr_javascript_` method or use the
     :meth:`for_type` or :meth:`for_type_by_name` methods to register functions
     that handle this.
 
     The return value of this formatter should be valid Javascript code and
     should *not* be enclosed in ```<script>``` tags.
     """
     format_type = Unicode('application/javascript')
 
     print_method = ObjectName('_repr_javascript_')
 
+
+class PDFFormatter(BaseFormatter):
+    """A PDF formatter.
+
+    To defined the callables that compute to PDF representation of your
+    objects, define a :meth:`_repr_pdf_` method or use the :meth:`for_type`
+    or :meth:`for_type_by_name` methods to register functions that handle
+    this.
+
+    The return value of this formatter should be raw PDF data, *not*
+    base64 encoded.
+    """
+    format_type = Unicode('application/pdf')
+
+    print_method = ObjectName('_repr_pdf_')
+
+
 FormatterABC.register(BaseFormatter)
 FormatterABC.register(PlainTextFormatter)
 FormatterABC.register(HTMLFormatter)
 FormatterABC.register(SVGFormatter)
 FormatterABC.register(PNGFormatter)
+FormatterABC.register(PDFFormatter)
 FormatterABC.register(JPEGFormatter)
 FormatterABC.register(LatexFormatter)
 FormatterABC.register(JSONFormatter)
 FormatterABC.register(JavascriptFormatter)
 
 
 def format_display_data(obj, include=None, exclude=None):
     """Return a format data dict for an object.
 
     By default all format types will be computed.
 
     The following MIME types are currently implemented:
 
     * text/plain
     * text/html
     * text/latex
     * application/json
     * application/javascript
+    * application/pdf
     * image/png
     * image/jpeg
     * image/svg+xml
 
     Parameters
     ----------
     obj : object
         The Python object whose format data will be computed.
 
     Returns
     -------
     format_dict : dict
         A dictionary of key/value pairs, one or each format that was
         generated for the object. The keys are the format types, which
         will usually be MIME type strings and the values and JSON'able
         data structure containing the raw data for the representation in
         that format.
     include : list or tuple, optional
         A list of format type strings (MIME types) to include in the
         format data dict. If this is set *only* the format types included
         in this list will be computed.
     exclude : list or tuple, optional
         A list of format type string (MIME types) to exclue in the format
         data dict. If this is set all format types will be computed,
         except for those included in this argument.
     """
     from IPython.core.interactiveshell import InteractiveShell
 
     InteractiveShell.instance().display_formatter.format(
         obj,
         include,
         exclude
     )
 

IPython/core/magics/pylab.py

@@ -1,143 +1,147 b''
 """Implementation of magic functions for matplotlib/pylab support.
 """
 from __future__ import print_function
 #-----------------------------------------------------------------------------
 #  Copyright (c) 2012 The IPython Development Team.
 #
 #  Distributed under the terms of the Modified BSD License.
 #
 #  The full license is in the file COPYING.txt, distributed with this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 # Our own packages
 from IPython.config.application import Application
 from IPython.core import magic_arguments
 from IPython.core.magic import Magics, magics_class, line_magic
 from IPython.testing.skipdoctest import skip_doctest
 from IPython.utils.warn import warn
 from IPython.core.pylabtools import backends
 
 #-----------------------------------------------------------------------------
 # Magic implementation classes
 #-----------------------------------------------------------------------------
 
 magic_gui_arg = magic_arguments.argument(
         'gui', nargs='?',
         help="""Name of the matplotlib backend to use %s.
         If given, the corresponding matplotlib backend is used,
         otherwise it will be matplotlib's default
         (which you can set in your matplotlib config file).
         """ % str(tuple(sorted(backends.keys())))
 )
 
 
 @magics_class
 class PylabMagics(Magics):
     """Magics related to matplotlib's pylab support"""
     
     @skip_doctest
     @line_magic
     @magic_arguments.magic_arguments()
     @magic_gui_arg
     def matplotlib(self, line=''):
         """Set up matplotlib to work interactively.
         
         This function lets you activate matplotlib interactive support
-        at any point during an IPython session.
-        It does not import anything into the interactive namespace.
+        at any point during an IPython session. It does not import anything
+        into the interactive namespace.
         
-        If you are using the inline matplotlib backend for embedded figures,
-        you can adjust its behavior via the %config magic::
-
-            # enable SVG figures, necessary for SVG+XHTML export in the qtconsole
-            In [1]: %config InlineBackend.figure_format = 'svg'
+        If you are using the inline matplotlib backend in the IPython Notebook
+        you can set which figure formats are enabled using the following::
+        
+            In [1]: from IPython.display import set_matplotlib_formats
+            
+            In [2]: set_matplotlib_formats('pdf', 'svg')
 
-            # change the behavior of closing all figures at the end of each
-            # execution (cell), or allowing reuse of active figures across
-            # cells:
-            In [2]: %config InlineBackend.close_figures = False
+        See the docstring of `IPython.display.set_matplotlib_formats` and
+        `IPython.display.set_matplotlib_close` for more information on
+        changing the behavior of the inline backend.
 
         Examples
         --------
-        In this case, where the MPL default is TkAgg::
+        To enable the inline backend for usage with the IPython Notebook::
+        
+            In [1]: %matplotlib inline
+
+        In this case, where the matplotlib default is TkAgg::
 
             In [2]: %matplotlib
             Using matplotlib backend: TkAgg
 
-        But you can explicitly request a different backend::
+        But you can explicitly request a different GUI backend::
 
             In [3]: %matplotlib qt
         """
         args = magic_arguments.parse_argstring(self.matplotlib, line)
         gui, backend = self.shell.enable_matplotlib(args.gui)
         self._show_matplotlib_backend(args.gui, backend)
 
     @skip_doctest
     @line_magic
     @magic_arguments.magic_arguments()
     @magic_arguments.argument(
         '--no-import-all', action='store_true', default=None,
         help="""Prevent IPython from performing ``import *`` into the interactive namespace.
         
         You can govern the default behavior of this flag with the
         InteractiveShellApp.pylab_import_all configurable.
         """
     )
     @magic_gui_arg
     def pylab(self, line=''):
         """Load numpy and matplotlib to work interactively.
 
         This function lets you activate pylab (matplotlib, numpy and
         interactive support) at any point during an IPython session.
         
         %pylab makes the following imports::
         
             import numpy
             import matplotlib
             from matplotlib import pylab, mlab, pyplot
             np = numpy
             plt = pyplot
             
             from IPython.display import display
             from IPython.core.pylabtools import figsize, getfigs
             
             from pylab import *
             from numpy import *
 
         If you pass `--no-import-all`, the last two `*` imports will be excluded.
         
         See the %matplotlib magic for more details about activating matplotlib
         without affecting the interactive namespace.
         """
         args = magic_arguments.parse_argstring(self.pylab, line)
         if args.no_import_all is None:
             # get default from Application
             if Application.initialized():
                 app = Application.instance()
                 try:
                     import_all = app.pylab_import_all
                 except AttributeError:
                     import_all = True
             else:
                 # nothing specified, no app - default True
                 import_all = True
         else:
             # invert no-import flag
             import_all = not args.no_import_all
 
         gui, backend, clobbered = self.shell.enable_pylab(args.gui, import_all=import_all)
         self._show_matplotlib_backend(args.gui, backend)
         print ("Populating the interactive namespace from numpy and matplotlib")
         if clobbered:
             warn("pylab import has clobbered these variables: %s"  % clobbered +
             "\n`%pylab --no-import-all` prevents importing * from pylab and numpy"
             )
     
     def _show_matplotlib_backend(self, gui, backend):
         """show matplotlib message backend message"""
         if not gui or gui == 'auto':
             print("Using matplotlib backend: %s" % backend)

IPython/core/pylabtools.py

@@ -1,346 +1,358 b''
 # -*- coding: utf-8 -*-
 """Pylab (matplotlib) support utilities.
 
 Authors
 -------
 
 * Fernando Perez.
 * Brian Granger
 """
 from __future__ import print_function
 
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2009  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 import sys
 from io import BytesIO
 
 from IPython.core.display import _pngxy
 from IPython.utils.decorators import flag_calls
+from IPython.utils import py3compat
 
 # If user specifies a GUI, that dictates the backend, otherwise we read the
 # user's mpl default from the mpl rc structure
 backends = {'tk': 'TkAgg',
             'gtk': 'GTKAgg',
             'gtk3': 'GTK3Agg',
             'wx': 'WXAgg',
             'qt': 'Qt4Agg', # qt3 not supported
             'qt4': 'Qt4Agg',
             'osx': 'MacOSX',
             'inline' : 'module://IPython.kernel.zmq.pylab.backend_inline'}
 
 # We also need a reverse backends2guis mapping that will properly choose which
 # GUI support to activate based on the desired matplotlib backend.  For the
 # most part it's just a reverse of the above dict, but we also need to add a
 # few others that map to the same GUI manually:
 backend2gui = dict(zip(backends.values(), backends.keys()))
 # Our tests expect backend2gui to just return 'qt'
 backend2gui['Qt4Agg'] = 'qt'
 # In the reverse mapping, there are a few extra valid matplotlib backends that
 # map to the same GUI support
 backend2gui['GTK'] = backend2gui['GTKCairo'] = 'gtk'
 backend2gui['GTK3Cairo'] = 'gtk3'
 backend2gui['WX'] = 'wx'
 backend2gui['CocoaAgg'] = 'osx'
 
 #-----------------------------------------------------------------------------
 # Matplotlib utilities
 #-----------------------------------------------------------------------------
 
 
 def getfigs(*fig_nums):
     """Get a list of matplotlib figures by figure numbers.
 
     If no arguments are given, all available figures are returned.  If the
     argument list contains references to invalid figures, a warning is printed
     but the function continues pasting further figures.
 
     Parameters
     ----------
     figs : tuple
         A tuple of ints giving the figure numbers of the figures to return.
     """
     from matplotlib._pylab_helpers import Gcf
     if not fig_nums:
         fig_managers = Gcf.get_all_fig_managers()
         return [fm.canvas.figure for fm in fig_managers]
     else:
         figs = []
         for num in fig_nums:
             f = Gcf.figs.get(num)
             if f is None:
                 print('Warning: figure %s not available.' % num)
             else:
                 figs.append(f.canvas.figure)
         return figs
 
 
 def figsize(sizex, sizey):
     """Set the default figure size to be [sizex, sizey].
 
     This is just an easy to remember, convenience wrapper that sets::
 
       matplotlib.rcParams['figure.figsize'] = [sizex, sizey]
     """
     import matplotlib
     matplotlib.rcParams['figure.figsize'] = [sizex, sizey]
 
 
 def print_figure(fig, fmt='png', quality=90):
     """Convert a figure to svg, png or jpg for inline display.
     Quality is only relevant for jpg.
     """
     from matplotlib import rcParams
     # When there's an empty figure, we shouldn't return anything, otherwise we
     # get big blank areas in the qt console.
     if not fig.axes and not fig.lines:
         return
 
     fc = fig.get_facecolor()
     ec = fig.get_edgecolor()
     bytes_io = BytesIO()
     dpi = rcParams['savefig.dpi']
     if fmt == 'retina':
         dpi = dpi * 2
         fmt = 'png'
     fig.canvas.print_figure(bytes_io, format=fmt, bbox_inches='tight',
                             facecolor=fc, edgecolor=ec, dpi=dpi, quality=quality)
     data = bytes_io.getvalue()
     return data
     
 def retina_figure(fig):
     """format a figure as a pixel-doubled (retina) PNG"""
     pngdata = print_figure(fig, fmt='retina')
     w, h = _pngxy(pngdata)
     metadata = dict(width=w//2, height=h//2)
     return pngdata, metadata
 
 # We need a little factory function here to create the closure where
 # safe_execfile can live.
 def mpl_runner(safe_execfile):
     """Factory to return a matplotlib-enabled runner for %run.
 
     Parameters
     ----------
     safe_execfile : function
       This must be a function with the same interface as the
       :meth:`safe_execfile` method of IPython.
 
     Returns
     -------
     A function suitable for use as the ``runner`` argument of the %run magic
     function.
     """
     
     def mpl_execfile(fname,*where,**kw):
         """matplotlib-aware wrapper around safe_execfile.
 
         Its interface is identical to that of the :func:`execfile` builtin.
 
         This is ultimately a call to execfile(), but wrapped in safeties to
         properly handle interactive rendering."""
 
         import matplotlib
         import matplotlib.pylab as pylab
 
         #print '*** Matplotlib runner ***' # dbg
         # turn off rendering until end of script
         is_interactive = matplotlib.rcParams['interactive']
         matplotlib.interactive(False)
         safe_execfile(fname,*where,**kw)
         matplotlib.interactive(is_interactive)
         # make rendering call now, if the user tried to do it
         if pylab.draw_if_interactive.called:
             pylab.draw()
             pylab.draw_if_interactive.called = False
 
     return mpl_execfile
 
 
-def select_figure_format(shell, fmt, quality=90):
-    """Select figure format for inline backend, can be 'png', 'retina', 'jpg', or 'svg'.
+def select_figure_formats(shell, formats, quality=90):
+    """Select figure formats for the inline backend.
 
-    Using this method ensures only one figure format is active at a time.
+    Parameters
+    ==========
+    shell : InteractiveShell
+        The main IPython instance.
+    formats : list
+        One or a set of figure formats to enable: 'png', 'retina', 'jpeg', 'svg', 'pdf'.
+    quality : int
+        A percentage for the quality of JPEG figures.
     """
     from matplotlib.figure import Figure
     from IPython.kernel.zmq.pylab import backend_inline
 
     svg_formatter = shell.display_formatter.formatters['image/svg+xml']
     png_formatter = shell.display_formatter.formatters['image/png']
     jpg_formatter = shell.display_formatter.formatters['image/jpeg']
+    pdf_formatter = shell.display_formatter.formatters['application/pdf']
 
-    [ f.type_printers.pop(Figure, None) for f in {svg_formatter, png_formatter, jpg_formatter} ]
+    if isinstance(formats, py3compat.string_types):
+        formats = {formats}
 
-    if fmt == 'png':
-        png_formatter.for_type(Figure, lambda fig: print_figure(fig, 'png'))
-    elif fmt in ('png2x', 'retina'):
-        png_formatter.for_type(Figure, retina_figure)
-    elif fmt in ('jpg', 'jpeg'):
-        jpg_formatter.for_type(Figure, lambda fig: print_figure(fig, 'jpg', quality))
-    elif fmt == 'svg':
-        svg_formatter.for_type(Figure, lambda fig: print_figure(fig, 'svg'))
-    else:
-        raise ValueError("supported formats are: 'png', 'retina', 'svg', 'jpg', not %r" % fmt)
+    [ f.type_printers.pop(Figure, None) for f in {svg_formatter, png_formatter, jpg_formatter} ]
 
-    # set the format to be used in the backend()
-    backend_inline._figure_format = fmt
+    for fmt in formats:
+        if fmt == 'png':
+            png_formatter.for_type(Figure, lambda fig: print_figure(fig, 'png'))
+        elif fmt in ('png2x', 'retina'):
+            png_formatter.for_type(Figure, retina_figure)
+        elif fmt in ('jpg', 'jpeg'):
+            jpg_formatter.for_type(Figure, lambda fig: print_figure(fig, 'jpg', quality))
+        elif fmt == 'svg':
+            svg_formatter.for_type(Figure, lambda fig: print_figure(fig, 'svg'))
+        elif fmt == 'pdf':
+            pdf_formatter.for_type(Figure, lambda fig: print_figure(fig, 'pdf'))
+        else:
+            raise ValueError("supported formats are: 'png', 'retina', 'svg', 'jpg', 'pdf' not %r" % fmt)
 
 #-----------------------------------------------------------------------------
 # Code for initializing matplotlib and importing pylab
 #-----------------------------------------------------------------------------
 
 
 def find_gui_and_backend(gui=None, gui_select=None):
     """Given a gui string return the gui and mpl backend.
 
     Parameters
     ----------
     gui : str
         Can be one of ('tk','gtk','wx','qt','qt4','inline').
     gui_select : str
         Can be one of ('tk','gtk','wx','qt','qt4','inline').
         This is any gui already selected by the shell.
 
     Returns
     -------
     A tuple of (gui, backend) where backend is one of ('TkAgg','GTKAgg',
     'WXAgg','Qt4Agg','module://IPython.kernel.zmq.pylab.backend_inline').
     """
 
     import matplotlib
 
     if gui and gui != 'auto':
         # select backend based on requested gui
         backend = backends[gui]
     else:
         # We need to read the backend from the original data structure, *not*
         # from mpl.rcParams, since a prior invocation of %matplotlib may have
         # overwritten that.
         # WARNING: this assumes matplotlib 1.1 or newer!!
         backend = matplotlib.rcParamsOrig['backend']
         # In this case, we need to find what the appropriate gui selection call
         # should be for IPython, so we can activate inputhook accordingly
         gui = backend2gui.get(backend, None)
 
         # If we have already had a gui active, we need it and inline are the
         # ones allowed.
         if gui_select and gui != gui_select:
             gui = gui_select
             backend = backends[gui]
 
     return gui, backend
 
 
 def activate_matplotlib(backend):
     """Activate the given backend and set interactive to True."""
 
     import matplotlib
     matplotlib.interactive(True)
     
     # Matplotlib had a bug where even switch_backend could not force
     # the rcParam to update. This needs to be set *before* the module
     # magic of switch_backend().
     matplotlib.rcParams['backend'] = backend
 
     import matplotlib.pyplot
     matplotlib.pyplot.switch_backend(backend)
 
     # This must be imported last in the matplotlib series, after
     # backend/interactivity choices have been made
     import matplotlib.pylab as pylab
 
     pylab.show._needmain = False
     # We need to detect at runtime whether show() is called by the user.
     # For this, we wrap it into a decorator which adds a 'called' flag.
     pylab.draw_if_interactive = flag_calls(pylab.draw_if_interactive)
 
 
 def import_pylab(user_ns, import_all=True):
     """Populate the namespace with pylab-related values.
     
     Imports matplotlib, pylab, numpy, and everything from pylab and numpy.
     
     Also imports a few names from IPython (figsize, display, getfigs)
     
     """
 
     # Import numpy as np/pyplot as plt are conventions we're trying to
     # somewhat standardize on.  Making them available to users by default
     # will greatly help this.
     s = ("import numpy\n"
           "import matplotlib\n"
           "from matplotlib import pylab, mlab, pyplot\n"
           "np = numpy\n"
           "plt = pyplot\n"
           )
     exec(s, user_ns)
     
     if import_all:
         s = ("from matplotlib.pylab import *\n"
              "from numpy import *\n")
         exec(s, user_ns)
     
     # IPython symbols to add
     user_ns['figsize'] = figsize
     from IPython.core.display import display
     # Add display and getfigs to the user's namespace
     user_ns['display'] = display
     user_ns['getfigs'] = getfigs
 
 
 def configure_inline_support(shell, backend):
     """Configure an IPython shell object for matplotlib use.
 
     Parameters
     ----------
     shell : InteractiveShell instance
 
     backend : matplotlib backend
     """
     # If using our svg payload backend, register the post-execution
     # function that will pick up the results for display.  This can only be
     # done with access to the real shell object.
 
     # Note: if we can't load the inline backend, then there's no point
     # continuing (such as in terminal-only shells in environments without
     # zeromq available).
     try:
         from IPython.kernel.zmq.pylab.backend_inline import InlineBackend
     except ImportError:
         return
     from matplotlib import pyplot
 
     cfg = InlineBackend.instance(parent=shell)
     cfg.shell = shell
     if cfg not in shell.configurables:
         shell.configurables.append(cfg)
 
     if backend == backends['inline']:
         from IPython.kernel.zmq.pylab.backend_inline import flush_figures
         shell.register_post_execute(flush_figures)
 
         # Save rcParams that will be overwrittern
         shell._saved_rcParams = dict()
         for k in cfg.rc:
             shell._saved_rcParams[k] = pyplot.rcParams[k]
         # load inline_rc
         pyplot.rcParams.update(cfg.rc)
     else:
         from IPython.kernel.zmq.pylab.backend_inline import flush_figures
         if flush_figures in shell._post_execute:
             shell._post_execute.pop(flush_figures)
         if hasattr(shell, '_saved_rcParams'):
             pyplot.rcParams.update(shell._saved_rcParams)
             del shell._saved_rcParams
 
     # Setup the default figure format
-    select_figure_format(shell, cfg.figure_format, cfg.quality)
+    select_figure_formats(shell, cfg.figure_formats, cfg.quality)
 

IPython/core/tests/test_formatters.py

@@ -1,282 +1,291 b''
 """Tests for the Formatters."""
 
 from math import pi
 
 try:
     import numpy
 except:
     numpy = None
 import nose.tools as nt
 
-from IPython.core.formatters import PlainTextFormatter, HTMLFormatter, _mod_name_key
+from IPython.core.formatters import (
+    PlainTextFormatter, HTMLFormatter, PDFFormatter, _mod_name_key
+)
 from IPython.utils.io import capture_output
 
 class A(object):
     def __repr__(self):
         return 'A()'
 
 class B(A):
     def __repr__(self):
         return 'B()'
 
 class C:
     pass
 
 class BadPretty(object):
     _repr_pretty_ = None
 
 class GoodPretty(object):
     def _repr_pretty_(self, pp, cycle):
         pp.text('foo')
 
     def __repr__(self):
         return 'GoodPretty()'
 
 def foo_printer(obj, pp, cycle):
     pp.text('foo')
 
 def test_pretty():
     f = PlainTextFormatter()
     f.for_type(A, foo_printer)
     nt.assert_equal(f(A()), 'foo')
     nt.assert_equal(f(B()), 'foo')
     nt.assert_equal(f(GoodPretty()), 'foo')
     # Just don't raise an exception for the following:
     f(BadPretty())
 
     f.pprint = False
     nt.assert_equal(f(A()), 'A()')
     nt.assert_equal(f(B()), 'B()')
     nt.assert_equal(f(GoodPretty()), 'GoodPretty()')
 
 
 def test_deferred():
     f = PlainTextFormatter()
 
 def test_precision():
     """test various values for float_precision."""
     f = PlainTextFormatter()
     nt.assert_equal(f(pi), repr(pi))
     f.float_precision = 0
     if numpy:
         po = numpy.get_printoptions()
         nt.assert_equal(po['precision'], 0)
     nt.assert_equal(f(pi), '3')
     f.float_precision = 2
     if numpy:
         po = numpy.get_printoptions()
         nt.assert_equal(po['precision'], 2)
     nt.assert_equal(f(pi), '3.14')
     f.float_precision = '%g'
     if numpy:
         po = numpy.get_printoptions()
         nt.assert_equal(po['precision'], 2)
     nt.assert_equal(f(pi), '3.14159')
     f.float_precision = '%e'
     nt.assert_equal(f(pi), '3.141593e+00')
     f.float_precision = ''
     if numpy:
         po = numpy.get_printoptions()
         nt.assert_equal(po['precision'], 8)
     nt.assert_equal(f(pi), repr(pi))
 
 def test_bad_precision():
     """test various invalid values for float_precision."""
     f = PlainTextFormatter()
     def set_fp(p):
         f.float_precision=p
     nt.assert_raises(ValueError, set_fp, '%')
     nt.assert_raises(ValueError, set_fp, '%.3f%i')
     nt.assert_raises(ValueError, set_fp, 'foo')
     nt.assert_raises(ValueError, set_fp, -1)
 
 def test_for_type():
     f = PlainTextFormatter()
     
     # initial return, None
     nt.assert_is(f.for_type(C, foo_printer), None)
     # no func queries
     nt.assert_is(f.for_type(C), foo_printer)
     # shouldn't change anything
     nt.assert_is(f.for_type(C), foo_printer)
     # None should do the same
     nt.assert_is(f.for_type(C, None), foo_printer)
     nt.assert_is(f.for_type(C, None), foo_printer)
 
 def test_for_type_string():
     f = PlainTextFormatter()
     
     mod = C.__module__
     
     type_str = '%s.%s' % (C.__module__, 'C')
     
     # initial return, None
     nt.assert_is(f.for_type(type_str, foo_printer), None)
     # no func queries
     nt.assert_is(f.for_type(type_str), foo_printer)
     nt.assert_in(_mod_name_key(C), f.deferred_printers)
     nt.assert_is(f.for_type(C), foo_printer)
     nt.assert_not_in(_mod_name_key(C), f.deferred_printers)
     nt.assert_in(C, f.type_printers)
 
 def test_for_type_by_name():
     f = PlainTextFormatter()
     
     mod = C.__module__
     
     # initial return, None
     nt.assert_is(f.for_type_by_name(mod, 'C', foo_printer), None)
     # no func queries
     nt.assert_is(f.for_type_by_name(mod, 'C'), foo_printer)
     # shouldn't change anything
     nt.assert_is(f.for_type_by_name(mod, 'C'), foo_printer)
     # None should do the same
     nt.assert_is(f.for_type_by_name(mod, 'C', None), foo_printer)
     nt.assert_is(f.for_type_by_name(mod, 'C', None), foo_printer)
 
 def test_lookup():
     f = PlainTextFormatter()
     
     f.for_type(C, foo_printer)
     nt.assert_is(f.lookup(C()), foo_printer)
     with nt.assert_raises(KeyError):
         f.lookup(A())
 
 def test_lookup_string():
     f = PlainTextFormatter()
     type_str = '%s.%s' % (C.__module__, 'C')
     
     f.for_type(type_str, foo_printer)
     nt.assert_is(f.lookup(C()), foo_printer)
     # should move from deferred to imported dict
     nt.assert_not_in(_mod_name_key(C), f.deferred_printers)
     nt.assert_in(C, f.type_printers)
 
 def test_lookup_by_type():
     f = PlainTextFormatter()
     f.for_type(C, foo_printer)
     nt.assert_is(f.lookup_by_type(C), foo_printer)
     type_str = '%s.%s' % (C.__module__, 'C')
     with nt.assert_raises(KeyError):
         f.lookup_by_type(A)
 
 def test_lookup_by_type_string():
     f = PlainTextFormatter()
     type_str = '%s.%s' % (C.__module__, 'C')
     f.for_type(type_str, foo_printer)
     
     # verify insertion
     nt.assert_in(_mod_name_key(C), f.deferred_printers)
     nt.assert_not_in(C, f.type_printers)
     
     nt.assert_is(f.lookup_by_type(type_str), foo_printer)
     # lookup by string doesn't cause import
     nt.assert_in(_mod_name_key(C), f.deferred_printers)
     nt.assert_not_in(C, f.type_printers)
     
     nt.assert_is(f.lookup_by_type(C), foo_printer)
     # should move from deferred to imported dict
     nt.assert_not_in(_mod_name_key(C), f.deferred_printers)
     nt.assert_in(C, f.type_printers)
 
 def test_in_formatter():
     f = PlainTextFormatter()
     f.for_type(C, foo_printer)
     type_str = '%s.%s' % (C.__module__, 'C')
     nt.assert_in(C, f)
     nt.assert_in(type_str, f)
 
 def test_string_in_formatter():
     f = PlainTextFormatter()
     type_str = '%s.%s' % (C.__module__, 'C')
     f.for_type(type_str, foo_printer)
     nt.assert_in(type_str, f)
     nt.assert_in(C, f)
 
 def test_pop():
     f = PlainTextFormatter()
     f.for_type(C, foo_printer)
     nt.assert_is(f.lookup_by_type(C), foo_printer)
     nt.assert_is(f.pop(C, None), foo_printer)
     f.for_type(C, foo_printer)
     nt.assert_is(f.pop(C), foo_printer)
     with nt.assert_raises(KeyError):
         f.lookup_by_type(C)
     with nt.assert_raises(KeyError):
         f.pop(C)
     with nt.assert_raises(KeyError):
         f.pop(A)
     nt.assert_is(f.pop(A, None), None)
 
 def test_pop_string():
     f = PlainTextFormatter()
     type_str = '%s.%s' % (C.__module__, 'C')
     
     with nt.assert_raises(KeyError):
         f.pop(type_str)
     
     f.for_type(type_str, foo_printer)
     f.pop(type_str)
     with nt.assert_raises(KeyError):
         f.lookup_by_type(C)
     with nt.assert_raises(KeyError):
         f.pop(type_str)
 
     f.for_type(C, foo_printer)
     nt.assert_is(f.pop(type_str, None), foo_printer)
     with nt.assert_raises(KeyError):
         f.lookup_by_type(C)
     with nt.assert_raises(KeyError):
         f.pop(type_str)
     nt.assert_is(f.pop(type_str, None), None)
     
 
 def test_warn_error_method():
     f = HTMLFormatter()
     class BadHTML(object):
         def _repr_html_(self):
             return 1/0
     bad = BadHTML()
     with capture_output() as captured:
         result = f(bad)
     nt.assert_is(result, None)
     nt.assert_in("FormatterWarning", captured.stderr)
     nt.assert_in("text/html", captured.stderr)
     nt.assert_in("zero", captured.stderr)
 
 def test_nowarn_notimplemented():
     f = HTMLFormatter()
     class HTMLNotImplemented(object):
         def _repr_html_(self):
             raise NotImplementedError
             return 1/0
     h = HTMLNotImplemented()
     with capture_output() as captured:
         result = f(h)
     nt.assert_is(result, None)
     nt.assert_not_in("FormatterWarning", captured.stderr)
 
 def test_warn_error_for_type():
     f = HTMLFormatter()
     f.for_type(int, lambda i: name_error)
     with capture_output() as captured:
         result = f(5)
     nt.assert_is(result, None)
     nt.assert_in("FormatterWarning", captured.stderr)
     nt.assert_in("text/html", captured.stderr)
     nt.assert_in("name_error", captured.stderr)
 
 def test_warn_error_pretty_method():
     f = PlainTextFormatter()
     class BadPretty(object):
         def _repr_pretty_(self):
             return "hello"
     bad = BadPretty()
     with capture_output() as captured:
         result = f(bad)
     nt.assert_is(result, None)
     nt.assert_in("FormatterWarning", captured.stderr)
     nt.assert_in("text/plain", captured.stderr)
     nt.assert_in("argument", captured.stderr)
 
+class MakePDF(object):
+    def _repr_pdf_(self):
+        return 'PDF'
 
+def test_pdf_formatter():
+    pdf = MakePDF()
+    f = PDFFormatter()
+    nt.assert_equal(f(pdf), 'PDF')

IPython/html/auth/login.py

@@ -1,62 +1,62 b''
 """Tornado handlers logging into the notebook.
 
 Authors:
 
 * Brian Granger
 """
 
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2011  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 import uuid
 
 from tornado.escape import url_escape
 
 from IPython.lib.security import passwd_check
 
 from ..base.handlers import IPythonHandler
 
 #-----------------------------------------------------------------------------
 # Handler
 #-----------------------------------------------------------------------------
 
 class LoginHandler(IPythonHandler):
 
     def _render(self, message=None):
         self.write(self.render_template('login.html',
-                next=url_escape(self.get_argument('next', default=self.base_project_url)),
+                next=url_escape(self.get_argument('next', default=self.base_url)),
                 message=message,
         ))
 
     def get(self):
         if self.current_user:
-            self.redirect(self.get_argument('next', default=self.base_project_url))
+            self.redirect(self.get_argument('next', default=self.base_url))
         else:
             self._render()
 
     def post(self):
         pwd = self.get_argument('password', default=u'')
         if self.login_available:
             if passwd_check(self.password, pwd):
                 self.set_secure_cookie(self.cookie_name, str(uuid.uuid4()))
             else:
                 self._render(message={'error': 'Invalid password'})
                 return
 
-        self.redirect(self.get_argument('next', default=self.base_project_url))
+        self.redirect(self.get_argument('next', default=self.base_url))
 
 
 #-----------------------------------------------------------------------------
 # URL to handler mappings
 #-----------------------------------------------------------------------------
 
 
 default_handlers = [(r"/login", LoginHandler)]

IPython/html/base/handlers.py

@@ -1,387 +1,387 b''
 """Base Tornado handlers for the notebook.
 
 Authors:
 
 * Brian Granger
 """
 
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2011  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 
 import functools
 import json
 import logging
 import os
 import re
 import sys
 import traceback
 try:
     # py3
     from http.client import responses
 except ImportError:
     from httplib import responses
 
 from jinja2 import TemplateNotFound
 from tornado import web
 
 try:
     from tornado.log import app_log
 except ImportError:
     app_log = logging.getLogger()
 
 from IPython.config import Application
 from IPython.utils.path import filefind
 from IPython.utils.py3compat import string_types
 from IPython.html.utils import is_hidden
 
 #-----------------------------------------------------------------------------
 # Top-level handlers
 #-----------------------------------------------------------------------------
 non_alphanum = re.compile(r'[^A-Za-z0-9]')
 
 class AuthenticatedHandler(web.RequestHandler):
     """A RequestHandler with an authenticated user."""
 
     def clear_login_cookie(self):
         self.clear_cookie(self.cookie_name)
     
     def get_current_user(self):
         user_id = self.get_secure_cookie(self.cookie_name)
         # For now the user_id should not return empty, but it could eventually
         if user_id == '':
             user_id = 'anonymous'
         if user_id is None:
             # prevent extra Invalid cookie sig warnings:
             self.clear_login_cookie()
             if not self.login_available:
                 user_id = 'anonymous'
         return user_id
 
     @property
     def cookie_name(self):
         default_cookie_name = non_alphanum.sub('-', 'username-{}'.format(
             self.request.host
         ))
         return self.settings.get('cookie_name', default_cookie_name)
     
     @property
     def password(self):
         """our password"""
         return self.settings.get('password', '')
     
     @property
     def logged_in(self):
         """Is a user currently logged in?
 
         """
         user = self.get_current_user()
         return (user and not user == 'anonymous')
 
     @property
     def login_available(self):
         """May a user proceed to log in?
 
         This returns True if login capability is available, irrespective of
         whether the user is already logged in or not.
 
         """
         return bool(self.settings.get('password', ''))
 
 
 class IPythonHandler(AuthenticatedHandler):
     """IPython-specific extensions to authenticated handling
     
     Mostly property shortcuts to IPython-specific settings.
     """
     
     @property
     def config(self):
         return self.settings.get('config', None)
     
     @property
     def log(self):
         """use the IPython log by default, falling back on tornado's logger"""
         if Application.initialized():
             return Application.instance().log
         else:
             return app_log
     
     #---------------------------------------------------------------
     # URLs
     #---------------------------------------------------------------
     
     @property
     def ws_url(self):
         """websocket url matching the current request
 
         By default, this is just `''`, indicating that it should match
         the same host, protocol, port, etc.
         """
         return self.settings.get('websocket_url', '')
     
     @property
     def mathjax_url(self):
         return self.settings.get('mathjax_url', '')
     
     @property
-    def base_project_url(self):
-        return self.settings.get('base_project_url', '/')
+    def base_url(self):
+        return self.settings.get('base_url', '/')
     
     @property
     def base_kernel_url(self):
         return self.settings.get('base_kernel_url', '/')
     
     #---------------------------------------------------------------
     # Manager objects
     #---------------------------------------------------------------
     
     @property
     def kernel_manager(self):
         return self.settings['kernel_manager']
 
     @property
     def notebook_manager(self):
         return self.settings['notebook_manager']
     
     @property
     def cluster_manager(self):
         return self.settings['cluster_manager']
     
     @property
     def session_manager(self):
         return self.settings['session_manager']
     
     @property
     def project_dir(self):
         return self.notebook_manager.notebook_dir
     
     #---------------------------------------------------------------
     # template rendering
     #---------------------------------------------------------------
     
     def get_template(self, name):
         """Return the jinja template object for a given name"""
         return self.settings['jinja2_env'].get_template(name)
     
     def render_template(self, name, **ns):
         ns.update(self.template_namespace)
         template = self.get_template(name)
         return template.render(**ns)
     
     @property
     def template_namespace(self):
         return dict(
-            base_project_url=self.base_project_url,
+            base_url=self.base_url,
             base_kernel_url=self.base_kernel_url,
             logged_in=self.logged_in,
             login_available=self.login_available,
             static_url=self.static_url,
         )
     
     def get_json_body(self):
         """Return the body of the request as JSON data."""
         if not self.request.body:
             return None
         # Do we need to call body.decode('utf-8') here?
         body = self.request.body.strip().decode(u'utf-8')
         try:
             model = json.loads(body)
         except Exception:
             self.log.debug("Bad JSON: %r", body)
             self.log.error("Couldn't parse JSON", exc_info=True)
             raise web.HTTPError(400, u'Invalid JSON in body of request')
         return model
 
     def get_error_html(self, status_code, **kwargs):
         """render custom error pages"""
         exception = kwargs.get('exception')
         message = ''
         status_message = responses.get(status_code, 'Unknown HTTP Error')
         if exception:
             # get the custom message, if defined
             try:
                 message = exception.log_message % exception.args
             except Exception:
                 pass
             
             # construct the custom reason, if defined
             reason = getattr(exception, 'reason', '')
             if reason:
                 status_message = reason
         
         # build template namespace
         ns = dict(
             status_code=status_code,
             status_message=status_message,
             message=message,
             exception=exception,
         )
         
         # render the template
         try:
             html = self.render_template('%s.html' % status_code, **ns)
         except TemplateNotFound:
             self.log.debug("No template for %d", status_code)
             html = self.render_template('error.html', **ns)
         return html
 
 
 class Template404(IPythonHandler):
     """Render our 404 template"""
     def prepare(self):
         raise web.HTTPError(404)
 
 
 class AuthenticatedFileHandler(IPythonHandler, web.StaticFileHandler):
     """static files should only be accessible when logged in"""
 
     @web.authenticated
     def get(self, path):
         if os.path.splitext(path)[1] == '.ipynb':
             name = os.path.basename(path)
             self.set_header('Content-Type', 'application/json')
             self.set_header('Content-Disposition','attachment; filename="%s"' % name)
         
         return web.StaticFileHandler.get(self, path)
     
     def compute_etag(self):
         return None
     
     def validate_absolute_path(self, root, absolute_path):
         """Validate and return the absolute path.
         
         Requires tornado 3.1
         
         Adding to tornado's own handling, forbids the serving of hidden files.
         """
         abs_path = super(AuthenticatedFileHandler, self).validate_absolute_path(root, absolute_path)
         abs_root = os.path.abspath(root)
         if is_hidden(abs_path, abs_root):
             raise web.HTTPError(404)
         return abs_path
 
 
 def json_errors(method):
     """Decorate methods with this to return GitHub style JSON errors.
     
     This should be used on any JSON API on any handler method that can raise HTTPErrors.
     
     This will grab the latest HTTPError exception using sys.exc_info
     and then:
     
     1. Set the HTTP status code based on the HTTPError
     2. Create and return a JSON body with a message field describing
        the error in a human readable form.
     """
     @functools.wraps(method)
     def wrapper(self, *args, **kwargs):
         try:
             result = method(self, *args, **kwargs)
         except web.HTTPError as e:
             status = e.status_code
             message = e.log_message
             self.set_status(e.status_code)
             self.finish(json.dumps(dict(message=message)))
         except Exception:
             self.log.error("Unhandled error in API request", exc_info=True)
             status = 500
             message = "Unknown server error"
             t, value, tb = sys.exc_info()
             self.set_status(status)
             tb_text = ''.join(traceback.format_exception(t, value, tb))
             reply = dict(message=message, traceback=tb_text)
             self.finish(json.dumps(reply))
         else:
             return result
     return wrapper
 
 
 
 #-----------------------------------------------------------------------------
 # File handler
 #-----------------------------------------------------------------------------
 
 # to minimize subclass changes:
 HTTPError = web.HTTPError
 
 class FileFindHandler(web.StaticFileHandler):
     """subclass of StaticFileHandler for serving files from a search path"""
     
     # cache search results, don't search for files more than once
     _static_paths = {}
     
     def initialize(self, path, default_filename=None):
         if isinstance(path, string_types):
             path = [path]
         
         self.root = tuple(
             os.path.abspath(os.path.expanduser(p)) + os.sep for p in path
         )
         self.default_filename = default_filename
     
     def compute_etag(self):
         return None
     
     @classmethod
     def get_absolute_path(cls, roots, path):
         """locate a file to serve on our static file search path"""
         with cls._lock:
             if path in cls._static_paths:
                 return cls._static_paths[path]
             try:
                 abspath = os.path.abspath(filefind(path, roots))
             except IOError:
                 # IOError means not found
                 return ''
             
             cls._static_paths[path] = abspath
             return abspath
     
     def validate_absolute_path(self, root, absolute_path):
         """check if the file should be served (raises 404, 403, etc.)"""
         if absolute_path == '':
             raise web.HTTPError(404)
         
         for root in self.root:
             if (absolute_path + os.sep).startswith(root):
                 break
         
         return super(FileFindHandler, self).validate_absolute_path(root, absolute_path)
 
 
 class TrailingSlashHandler(web.RequestHandler):
     """Simple redirect handler that strips trailing slashes
     
     This should be the first, highest priority handler.
     """
     
     SUPPORTED_METHODS = ['GET']
     
     def get(self):
         self.redirect(self.request.uri.rstrip('/'))
 
 #-----------------------------------------------------------------------------
 # URL pattern fragments for re-use
 #-----------------------------------------------------------------------------
 
 path_regex = r"(?P<path>(?:/.*)*)"
 notebook_name_regex = r"(?P<name>[^/]+\.ipynb)"
 notebook_path_regex = "%s/%s" % (path_regex, notebook_name_regex)
 
 #-----------------------------------------------------------------------------
 # URL to handler mappings
 #-----------------------------------------------------------------------------
 
 
 default_handlers = [
     (r".*/", TrailingSlashHandler)
 ]

IPython/html/notebook/handlers.py

@@ -1,90 +1,90 b''
 """Tornado handlers for the live notebook view.
 
 Authors:
 
 * Brian Granger
 """
 
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2011  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 import os
 from tornado import web
 HTTPError = web.HTTPError
 
 from ..base.handlers import IPythonHandler, notebook_path_regex, path_regex
 from ..utils import url_path_join, url_escape
 
 #-----------------------------------------------------------------------------
 # Handlers
 #-----------------------------------------------------------------------------
 
 
 class NotebookHandler(IPythonHandler):
 
     @web.authenticated
     def get(self, path='', name=None):
         """get renders the notebook template if a name is given, or 
         redirects to the '/files/' handler if the name is not given."""
         path = path.strip('/')
         nbm = self.notebook_manager
         if name is None:
             raise web.HTTPError(500, "This shouldn't be accessible: %s" % self.request.uri)
         
         # a .ipynb filename was given
         if not nbm.notebook_exists(name, path):
             raise web.HTTPError(404, u'Notebook does not exist: %s/%s' % (path, name))
         name = url_escape(name)
         path = url_escape(path)
         self.write(self.render_template('notebook.html',
             project=self.project_dir,
             notebook_path=path,
             notebook_name=name,
             kill_kernel=False,
             mathjax_url=self.mathjax_url,
             )
         )
 
 class NotebookRedirectHandler(IPythonHandler):
     def get(self, path=''):
         nbm = self.notebook_manager
         if nbm.path_exists(path):
             # it's a *directory*, redirect to /tree
-            url = url_path_join(self.base_project_url, 'tree', path)
+            url = url_path_join(self.base_url, 'tree', path)
         else:
             # otherwise, redirect to /files
             if '/files/' in path:
                 # redirect without files/ iff it would 404
                 # this preserves pre-2.0-style 'files/' links
                 # FIXME: this is hardcoded based on notebook_path,
                 # but so is the files handler itself,
                 # so it should work until both are cleaned up.
                 parts = path.split('/')
                 files_path = os.path.join(nbm.notebook_dir, *parts)
                 self.log.warn("filespath: %s", files_path)
                 if not os.path.exists(files_path):
                     path = path.replace('/files/', '/', 1)
             
-            url = url_path_join(self.base_project_url, 'files', path)
+            url = url_path_join(self.base_url, 'files', path)
         url = url_escape(url)
         self.log.debug("Redirecting %s to %s", self.request.path, url)
         self.redirect(url)
 
 #-----------------------------------------------------------------------------
 # URL to handler mappings
 #-----------------------------------------------------------------------------
 
 
 default_handlers = [
     (r"/notebooks%s" % notebook_path_regex, NotebookHandler),
     (r"/notebooks%s" % path_regex, NotebookRedirectHandler),
 ]
 

IPython/html/notebookapp.py

@@ -1,837 +1,842 b''
 # coding: utf-8
 """A tornado based IPython notebook server.
 
 Authors:
 
 * Brian Granger
 """
 from __future__ import print_function
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2013  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 # stdlib
 import errno
 import io
 import json
 import logging
 import os
 import random
 import select
 import signal
 import socket
 import sys
 import threading
 import time
 import webbrowser
 
 
 # Third party
 # check for pyzmq 2.1.11
 from IPython.utils.zmqrelated import check_for_zmq
 check_for_zmq('2.1.11', 'IPython.html')
 
 from jinja2 import Environment, FileSystemLoader
 
 # Install the pyzmq ioloop. This has to be done before anything else from
 # tornado is imported.
 from zmq.eventloop import ioloop
 ioloop.install()
 
 # check for tornado 3.1.0
 msg = "The IPython Notebook requires tornado >= 3.1.0"
 try:
     import tornado
 except ImportError:
     raise ImportError(msg)
 try:
     version_info = tornado.version_info
 except AttributeError:
     raise ImportError(msg + ", but you have < 1.1.0")
 if version_info < (3,1,0):
     raise ImportError(msg + ", but you have %s" % tornado.version)
 
 from tornado import httpserver
 from tornado import web
 
 # Our own libraries
 from IPython.html import DEFAULT_STATIC_FILES_PATH
 from .base.handlers import Template404
 from .log import log_request
 from .services.kernels.kernelmanager import MappingKernelManager
 from .services.notebooks.nbmanager import NotebookManager
 from .services.notebooks.filenbmanager import FileNotebookManager
 from .services.clusters.clustermanager import ClusterManager
 from .services.sessions.sessionmanager import SessionManager
 
 from .base.handlers import AuthenticatedFileHandler, FileFindHandler
 
 from IPython.config.application import catch_config_error, boolean_flag
 from IPython.core.application import BaseIPythonApplication
 from IPython.core.profiledir import ProfileDir
 from IPython.consoleapp import IPythonConsoleApp
 from IPython.kernel import swallow_argv
 from IPython.kernel.zmq.session import default_secure
 from IPython.kernel.zmq.kernelapp import (
     kernel_flags,
     kernel_aliases,
 )
 from IPython.utils.importstring import import_item
 from IPython.utils.localinterfaces import localhost
 from IPython.utils import submodule
 from IPython.utils.traitlets import (
     Dict, Unicode, Integer, List, Bool, Bytes,
     DottedObjectName
 )
 from IPython.utils import py3compat
 from IPython.utils.path import filefind, get_ipython_dir
 
 from .utils import url_path_join
 
 #-----------------------------------------------------------------------------
 # Module globals
 #-----------------------------------------------------------------------------
 
 _examples = """
 ipython notebook                       # start the notebook
 ipython notebook --profile=sympy       # use the sympy profile
 ipython notebook --certfile=mycert.pem # use SSL/TLS certificate
 """
 
 #-----------------------------------------------------------------------------
 # Helper functions
 #-----------------------------------------------------------------------------
 
 def random_ports(port, n):
     """Generate a list of n random ports near the given port.
 
     The first 5 ports will be sequential, and the remaining n-5 will be
     randomly selected in the range [port-2*n, port+2*n].
     """
     for i in range(min(5, n)):
         yield port + i
     for i in range(n-5):
         yield max(1, port + random.randint(-2*n, 2*n))
 
 def load_handlers(name):
     """Load the (URL pattern, handler) tuples for each component."""
     name = 'IPython.html.' + name
     mod = __import__(name, fromlist=['default_handlers'])
     return mod.default_handlers
 
 #-----------------------------------------------------------------------------
 # The Tornado web application
 #-----------------------------------------------------------------------------
 
 class NotebookWebApplication(web.Application):
 
     def __init__(self, ipython_app, kernel_manager, notebook_manager,
-                 cluster_manager, session_manager, log, base_project_url,
+                 cluster_manager, session_manager, log, base_url,
                  settings_overrides):
 
         settings = self.init_settings(
             ipython_app, kernel_manager, notebook_manager, cluster_manager,
-            session_manager, log, base_project_url, settings_overrides)
+            session_manager, log, base_url, settings_overrides)
         handlers = self.init_handlers(settings)
 
         super(NotebookWebApplication, self).__init__(handlers, **settings)
 
     def init_settings(self, ipython_app, kernel_manager, notebook_manager,
-                      cluster_manager, session_manager, log, base_project_url,
+                      cluster_manager, session_manager, log, base_url,
                       settings_overrides):
         # Python < 2.6.5 doesn't accept unicode keys in f(**kwargs), and
-        # base_project_url will always be unicode, which will in turn
+        # base_url will always be unicode, which will in turn
         # make the patterns unicode, and ultimately result in unicode
         # keys in kwargs to handler._execute(**kwargs) in tornado.
-        # This enforces that base_project_url be ascii in that situation.
+        # This enforces that base_url be ascii in that situation.
         # 
         # Note that the URLs these patterns check against are escaped,
         # and thus guaranteed to be ASCII: 'héllo' is really 'h%C3%A9llo'.
-        base_project_url = py3compat.unicode_to_str(base_project_url, 'ascii')
+        base_url = py3compat.unicode_to_str(base_url, 'ascii')
         template_path = settings_overrides.get("template_path", os.path.join(os.path.dirname(__file__), "templates"))
         settings = dict(
             # basics
             log_function=log_request,
-            base_project_url=base_project_url,
+            base_url=base_url,
             base_kernel_url=ipython_app.base_kernel_url,
             template_path=template_path,
             static_path=ipython_app.static_file_path,
             static_handler_class = FileFindHandler,
-            static_url_prefix = url_path_join(base_project_url,'/static/'),
+            static_url_prefix = url_path_join(base_url,'/static/'),
             
             # authentication
             cookie_secret=ipython_app.cookie_secret,
-            login_url=url_path_join(base_project_url,'/login'),
+            login_url=url_path_join(base_url,'/login'),
             password=ipython_app.password,
             
             # managers
             kernel_manager=kernel_manager,
             notebook_manager=notebook_manager,
             cluster_manager=cluster_manager,
             session_manager=session_manager,
 
             # IPython stuff
             nbextensions_path = ipython_app.nbextensions_path,
             mathjax_url=ipython_app.mathjax_url,
             config=ipython_app.config,
             jinja2_env=Environment(loader=FileSystemLoader(template_path)),
         )
 
         # allow custom overrides for the tornado web app.
         settings.update(settings_overrides)
         return settings
 
     def init_handlers(self, settings):
         # Load the (URL pattern, handler) tuples for each component.
         handlers = []
         handlers.extend(load_handlers('base.handlers'))
         handlers.extend(load_handlers('tree.handlers'))
         handlers.extend(load_handlers('auth.login'))
         handlers.extend(load_handlers('auth.logout'))
         handlers.extend(load_handlers('notebook.handlers'))
         handlers.extend(load_handlers('nbconvert.handlers'))
         handlers.extend(load_handlers('services.kernels.handlers'))
         handlers.extend(load_handlers('services.notebooks.handlers'))
         handlers.extend(load_handlers('services.clusters.handlers'))
         handlers.extend(load_handlers('services.sessions.handlers'))
         handlers.extend(load_handlers('services.nbconvert.handlers'))
         handlers.extend([
             (r"/files/(.*)", AuthenticatedFileHandler, {'path' : settings['notebook_manager'].notebook_dir}),
             (r"/nbextensions/(.*)", FileFindHandler, {'path' : settings['nbextensions_path']}),
         ])
-        # prepend base_project_url onto the patterns that we match
+        # prepend base_url onto the patterns that we match
         new_handlers = []
         for handler in handlers:
-            pattern = url_path_join(settings['base_project_url'], handler[0])
+            pattern = url_path_join(settings['base_url'], handler[0])
             new_handler = tuple([pattern] + list(handler[1:]))
             new_handlers.append(new_handler)
         # add 404 on the end, which will catch everything that falls through
         new_handlers.append((r'(.*)', Template404))
         return new_handlers
 
 
 class NbserverListApp(BaseIPythonApplication):
     
     description="List currently running notebook servers in this profile."
     
     flags = dict(
         json=({'NbserverListApp': {'json': True}},
               "Produce machine-readable JSON output."),
     )
     
     json = Bool(False, config=True,
           help="If True, each line of output will be a JSON object with the "
                   "details from the server info file.")
 
     def start(self):
         if not self.json:
             print("Currently running servers:")
         for serverinfo in list_running_servers(self.profile):
             if self.json:
                 print(json.dumps(serverinfo))
             else:
                 print(serverinfo['url'], "::", serverinfo['notebook_dir'])
 
 #-----------------------------------------------------------------------------
 # Aliases and Flags
 #-----------------------------------------------------------------------------
 
 flags = dict(kernel_flags)
 flags['no-browser']=(
     {'NotebookApp' : {'open_browser' : False}},
     "Don't open the notebook in a browser after startup."
 )
 flags['no-mathjax']=(
     {'NotebookApp' : {'enable_mathjax' : False}},
     """Disable MathJax
     
     MathJax is the javascript library IPython uses to render math/LaTeX. It is
     very large, so you may want to disable it if you have a slow internet
     connection, or for offline use of the notebook.
     
     When disabled, equations etc. will appear as their untransformed TeX source.
     """
 )
 
 # Add notebook manager flags
 flags.update(boolean_flag('script', 'FileNotebookManager.save_script',
                'Auto-save a .py script everytime the .ipynb notebook is saved',
                'Do not auto-save .py scripts for every notebook'))
 
 # the flags that are specific to the frontend
 # these must be scrubbed before being passed to the kernel,
 # or it will raise an error on unrecognized flags
 notebook_flags = ['no-browser', 'no-mathjax', 'script', 'no-script']
 
 aliases = dict(kernel_aliases)
 
 aliases.update({
     'ip': 'NotebookApp.ip',
     'port': 'NotebookApp.port',
     'port-retries': 'NotebookApp.port_retries',
     'transport': 'KernelManager.transport',
     'keyfile': 'NotebookApp.keyfile',
     'certfile': 'NotebookApp.certfile',
     'notebook-dir': 'NotebookManager.notebook_dir',
     'browser': 'NotebookApp.browser',
 })
 
 # remove ipkernel flags that are singletons, and don't make sense in
 # multi-kernel evironment:
 aliases.pop('f', None)
 
 notebook_aliases = [u'port', u'port-retries', u'ip', u'keyfile', u'certfile',
                     u'notebook-dir', u'profile', u'profile-dir']
 
 #-----------------------------------------------------------------------------
 # NotebookApp
 #-----------------------------------------------------------------------------
 
 class NotebookApp(BaseIPythonApplication):
 
     name = 'ipython-notebook'
     
     description = """
         The IPython HTML Notebook.
         
         This launches a Tornado based HTML Notebook Server that serves up an
         HTML5/Javascript Notebook client.
     """
     examples = _examples
     
     classes = IPythonConsoleApp.classes + [MappingKernelManager, NotebookManager,
         FileNotebookManager]
     flags = Dict(flags)
     aliases = Dict(aliases)
     
     subcommands = dict(
         list=(NbserverListApp, NbserverListApp.description.splitlines()[0]),
     )
 
     kernel_argv = List(Unicode)
 
     def _log_level_default(self):
         return logging.INFO
 
     def _log_format_default(self):
         """override default log format to include time"""
         return u"%(asctime)s.%(msecs).03d [%(name)s]%(highlevel)s %(message)s"
 
     # create requested profiles by default, if they don't exist:
     auto_create = Bool(True)
 
     # file to be opened in the notebook server
     file_to_run = Unicode('')
 
     # Network related information.
 
     ip = Unicode(config=True,
         help="The IP address the notebook server will listen on."
     )
     def _ip_default(self):
         return localhost()
 
     def _ip_changed(self, name, old, new):
         if new == u'*': self.ip = u''
 
     port = Integer(8888, config=True,
         help="The port the notebook server will listen on."
     )
     port_retries = Integer(50, config=True,
         help="The number of additional ports to try if the specified port is not available."
     )
 
     certfile = Unicode(u'', config=True, 
         help="""The full path to an SSL/TLS certificate file."""
     )
     
     keyfile = Unicode(u'', config=True, 
         help="""The full path to a private key file for usage with SSL/TLS."""
     )
     
     cookie_secret = Bytes(b'', config=True,
         help="""The random bytes used to secure cookies.
         By default this is a new random number every time you start the Notebook.
         Set it to a value in a config file to enable logins to persist across server sessions.
         
         Note: Cookie secrets should be kept private, do not share config files with
         cookie_secret stored in plaintext (you can read the value from a file).
         """
     )
     def _cookie_secret_default(self):
         return os.urandom(1024)
 
     password = Unicode(u'', config=True,
                       help="""Hashed password to use for web authentication.
 
                       To generate, type in a python/IPython shell:
 
                         from IPython.lib import passwd; passwd()
 
                       The string should be of the form type:salt:hashed-password.
                       """
     )
 
     open_browser = Bool(True, config=True,
                         help="""Whether to open in a browser after starting.
                         The specific browser used is platform dependent and
                         determined by the python standard library `webbrowser`
                         module, unless it is overridden using the --browser
                         (NotebookApp.browser) configuration option.
                         """)
 
     browser = Unicode(u'', config=True,
                       help="""Specify what command to use to invoke a web
                       browser when opening the notebook. If not specified, the
                       default browser will be determined by the `webbrowser`
                       standard library module, which allows setting of the
                       BROWSER environment variable to override it.
                       """)
     
     webapp_settings = Dict(config=True,
             help="Supply overrides for the tornado.web.Application that the "
                  "IPython notebook uses.")
     
     enable_mathjax = Bool(True, config=True,
         help="""Whether to enable MathJax for typesetting math/TeX
 
         MathJax is the javascript library IPython uses to render math/LaTeX. It is
         very large, so you may want to disable it if you have a slow internet
         connection, or for offline use of the notebook.
 
         When disabled, equations etc. will appear as their untransformed TeX source.
         """
     )
     def _enable_mathjax_changed(self, name, old, new):
         """set mathjax url to empty if mathjax is disabled"""
         if not new:
             self.mathjax_url = u''
 
-    base_project_url = Unicode('/', config=True,
+    base_url = Unicode('/', config=True,
                                help='''The base URL for the notebook server.
 
                                Leading and trailing slashes can be omitted,
                                and will automatically be added.
                                ''')
-    def _base_project_url_changed(self, name, old, new):
+    def _base_url_changed(self, name, old, new):
         if not new.startswith('/'):
-            self.base_project_url = '/'+new
+            self.base_url = '/'+new
         elif not new.endswith('/'):
-            self.base_project_url = new+'/'
+            self.base_url = new+'/'
+    
+    base_project_url = Unicode('/', config=True, help="""DEPRECATED use base_url""")
+    def _base_project_url_changed(self, name, old, new):
+        self.log.warn("base_project_url is deprecated, use base_url")
+        self.base_url = new
 
     base_kernel_url = Unicode('/', config=True,
                                help='''The base URL for the kernel server
 
                                Leading and trailing slashes can be omitted,
                                and will automatically be added.
                                ''')
     def _base_kernel_url_changed(self, name, old, new):
         if not new.startswith('/'):
             self.base_kernel_url = '/'+new
         elif not new.endswith('/'):
             self.base_kernel_url = new+'/'
 
     websocket_url = Unicode("", config=True,
         help="""The base URL for the websocket server,
         if it differs from the HTTP server (hint: it almost certainly doesn't).
         
         Should be in the form of an HTTP origin: ws[s]://hostname[:port]
         """
     )
 
     extra_static_paths = List(Unicode, config=True,
         help="""Extra paths to search for serving static files.
         
         This allows adding javascript/css to be available from the notebook server machine,
         or overriding individual files in the IPython"""
     )
     def _extra_static_paths_default(self):
         return [os.path.join(self.profile_dir.location, 'static')]
     
     @property
     def static_file_path(self):
         """return extra paths + the default location"""
         return self.extra_static_paths + [DEFAULT_STATIC_FILES_PATH]
     
     nbextensions_path = List(Unicode, config=True,
         help="""paths for Javascript extensions. By default, this is just IPYTHONDIR/nbextensions"""
     )
     def _nbextensions_path_default(self):
         return [os.path.join(get_ipython_dir(), 'nbextensions')]
 
     mathjax_url = Unicode("", config=True,
         help="""The url for MathJax.js."""
     )
     def _mathjax_url_default(self):
         if not self.enable_mathjax:
             return u''
         static_url_prefix = self.webapp_settings.get("static_url_prefix",
-                         url_path_join(self.base_project_url, "static")
+                         url_path_join(self.base_url, "static")
         )
         
         # try local mathjax, either in nbextensions/mathjax or static/mathjax
         for (url_prefix, search_path) in [
-            (url_path_join(self.base_project_url, "nbextensions"), self.nbextensions_path),
+            (url_path_join(self.base_url, "nbextensions"), self.nbextensions_path),
             (static_url_prefix, self.static_file_path),
         ]:
             self.log.debug("searching for local mathjax in %s", search_path)
             try:
                 mathjax = filefind(os.path.join('mathjax', 'MathJax.js'), search_path)
             except IOError:
                 continue
             else:
                 url = url_path_join(url_prefix, u"mathjax/MathJax.js")
                 self.log.info("Serving local MathJax from %s at %s", mathjax, url)
                 return url
         
         # no local mathjax, serve from CDN
         if self.certfile:
             # HTTPS: load from Rackspace CDN, because SSL certificate requires it
             host = u"https://c328740.ssl.cf1.rackcdn.com"
         else:
             host = u"http://cdn.mathjax.org"
         
         url = host + u"/mathjax/latest/MathJax.js"
         self.log.info("Using MathJax from CDN: %s", url)
         return url
     
     def _mathjax_url_changed(self, name, old, new):
         if new and not self.enable_mathjax:
             # enable_mathjax=False overrides mathjax_url
             self.mathjax_url = u''
         else:
             self.log.info("Using MathJax: %s", new)
 
     notebook_manager_class = DottedObjectName('IPython.html.services.notebooks.filenbmanager.FileNotebookManager',
         config=True,
         help='The notebook manager class to use.')
 
     trust_xheaders = Bool(False, config=True,
         help=("Whether to trust or not X-Scheme/X-Forwarded-Proto and X-Real-Ip/X-Forwarded-For headers"
               "sent by the upstream reverse proxy. Necessary if the proxy handles SSL")
     )
     
     info_file = Unicode()
 
     def _info_file_default(self):
         info_file = "nbserver-%s.json"%os.getpid()
         return os.path.join(self.profile_dir.security_dir, info_file)
 
     def parse_command_line(self, argv=None):
         super(NotebookApp, self).parse_command_line(argv)
         
         if self.extra_args:
             arg0 = self.extra_args[0]
             f = os.path.abspath(arg0)
             self.argv.remove(arg0)
             if not os.path.exists(f):
                 self.log.critical("No such file or directory: %s", f)
                 self.exit(1)
             if os.path.isdir(f):
                 self.config.FileNotebookManager.notebook_dir = f
             elif os.path.isfile(f):
                 self.file_to_run = f
 
     def init_kernel_argv(self):
         """construct the kernel arguments"""
         # Scrub frontend-specific flags
         self.kernel_argv = swallow_argv(self.argv, notebook_aliases, notebook_flags)
         if any(arg.startswith(u'--pylab') for arg in self.kernel_argv):
             self.log.warn('\n    '.join([
                 "Starting all kernels in pylab mode is not recommended,",
                 "and will be disabled in a future release.",
                 "Please use the %matplotlib magic to enable matplotlib instead.",
                 "pylab implies many imports, which can have confusing side effects",
                 "and harm the reproducibility of your notebooks.",
             ]))
         # Kernel should inherit default config file from frontend
         self.kernel_argv.append("--IPKernelApp.parent_appname='%s'" % self.name)
         # Kernel should get *absolute* path to profile directory
         self.kernel_argv.extend(["--profile-dir", self.profile_dir.location])
 
     def init_configurables(self):
         # force Session default to be secure
         default_secure(self.config)
         self.kernel_manager = MappingKernelManager(
             parent=self, log=self.log, kernel_argv=self.kernel_argv,
             connection_dir = self.profile_dir.security_dir,
         )
         kls = import_item(self.notebook_manager_class)
         self.notebook_manager = kls(parent=self, log=self.log)
         self.session_manager = SessionManager(parent=self, log=self.log)
         self.cluster_manager = ClusterManager(parent=self, log=self.log)
         self.cluster_manager.update_profiles()
 
     def init_logging(self):
         # This prevents double log messages because tornado use a root logger that
         # self.log is a child of. The logging module dipatches log messages to a log
         # and all of its ancenstors until propagate is set to False.
         self.log.propagate = False
         
         # hook up tornado 3's loggers to our app handlers
         for name in ('access', 'application', 'general'):
             logger = logging.getLogger('tornado.%s' % name)
             logger.parent = self.log
             logger.setLevel(self.log.level)
     
     def init_webapp(self):
         """initialize tornado webapp and httpserver"""
         self.web_app = NotebookWebApplication(
             self, self.kernel_manager, self.notebook_manager, 
             self.cluster_manager, self.session_manager,
-            self.log, self.base_project_url, self.webapp_settings
+            self.log, self.base_url, self.webapp_settings
         )
         if self.certfile:
             ssl_options = dict(certfile=self.certfile)
             if self.keyfile:
                 ssl_options['keyfile'] = self.keyfile
         else:
             ssl_options = None
         self.web_app.password = self.password
         self.http_server = httpserver.HTTPServer(self.web_app, ssl_options=ssl_options,
                                                  xheaders=self.trust_xheaders)
         if not self.ip:
             warning = "WARNING: The notebook server is listening on all IP addresses"
             if ssl_options is None:
                 self.log.critical(warning + " and not using encryption. This "
                     "is not recommended.")
             if not self.password:
                 self.log.critical(warning + " and not using authentication. "
                     "This is highly insecure and not recommended.")
         success = None
         for port in random_ports(self.port, self.port_retries+1):
             try:
                 self.http_server.listen(port, self.ip)
             except socket.error as e:
                 if e.errno == errno.EADDRINUSE:
                     self.log.info('The port %i is already in use, trying another random port.' % port)
                     continue
                 elif e.errno in (errno.EACCES, getattr(errno, 'WSAEACCES', errno.EACCES)):
                     self.log.warn("Permission to listen on port %i denied" % port)
                     continue
                 else:
                     raise
             else:
                 self.port = port
                 success = True
                 break
         if not success:
             self.log.critical('ERROR: the notebook server could not be started because '
                               'no available port could be found.')
             self.exit(1)
     
     @property
     def display_url(self):
         ip = self.ip if self.ip else '[all ip addresses on your system]'
         return self._url(ip)
 
     @property
     def connection_url(self):
         ip = self.ip if self.ip else localhost()
         return self._url(ip)
 
     def _url(self, ip):
         proto = 'https' if self.certfile else 'http'
-        return "%s://%s:%i%s" % (proto, ip, self.port, self.base_project_url)
+        return "%s://%s:%i%s" % (proto, ip, self.port, self.base_url)
 
     def init_signal(self):
         if not sys.platform.startswith('win'):
             signal.signal(signal.SIGINT, self._handle_sigint)
         signal.signal(signal.SIGTERM, self._signal_stop)
         if hasattr(signal, 'SIGUSR1'):
             # Windows doesn't support SIGUSR1
             signal.signal(signal.SIGUSR1, self._signal_info)
         if hasattr(signal, 'SIGINFO'):
             # only on BSD-based systems
             signal.signal(signal.SIGINFO, self._signal_info)
     
     def _handle_sigint(self, sig, frame):
         """SIGINT handler spawns confirmation dialog"""
         # register more forceful signal handler for ^C^C case
         signal.signal(signal.SIGINT, self._signal_stop)
         # request confirmation dialog in bg thread, to avoid
         # blocking the App
         thread = threading.Thread(target=self._confirm_exit)
         thread.daemon = True
         thread.start()
     
     def _restore_sigint_handler(self):
         """callback for restoring original SIGINT handler"""
         signal.signal(signal.SIGINT, self._handle_sigint)
     
     def _confirm_exit(self):
         """confirm shutdown on ^C
         
         A second ^C, or answering 'y' within 5s will cause shutdown,
         otherwise original SIGINT handler will be restored.
         
         This doesn't work on Windows.
         """
         # FIXME: remove this delay when pyzmq dependency is >= 2.1.11
         time.sleep(0.1)
         info = self.log.info
         info('interrupted')
         print(self.notebook_info())
         sys.stdout.write("Shutdown this notebook server (y/[n])? ")
         sys.stdout.flush()
         r,w,x = select.select([sys.stdin], [], [], 5)
         if r:
             line = sys.stdin.readline()
             if line.lower().startswith('y'):
                 self.log.critical("Shutdown confirmed")
                 ioloop.IOLoop.instance().stop()
                 return
         else:
             print("No answer for 5s:", end=' ')
         print("resuming operation...")
         # no answer, or answer is no:
         # set it back to original SIGINT handler
         # use IOLoop.add_callback because signal.signal must be called
         # from main thread
         ioloop.IOLoop.instance().add_callback(self._restore_sigint_handler)
     
     def _signal_stop(self, sig, frame):
         self.log.critical("received signal %s, stopping", sig)
         ioloop.IOLoop.instance().stop()
 
     def _signal_info(self, sig, frame):
         print(self.notebook_info())
     
     def init_components(self):
         """Check the components submodule, and warn if it's unclean"""
         status = submodule.check_submodule_status()
         if status == 'missing':
             self.log.warn("components submodule missing, running `git submodule update`")
             submodule.update_submodules(submodule.ipython_parent())
         elif status == 'unclean':
             self.log.warn("components submodule unclean, you may see 404s on static/components")
             self.log.warn("run `setup.py submodule` or `git submodule update` to update")
     
     @catch_config_error
     def initialize(self, argv=None):
         super(NotebookApp, self).initialize(argv)
         self.init_logging()
         self.init_kernel_argv()
         self.init_configurables()
         self.init_components()
         self.init_webapp()
         self.init_signal()
 
     def cleanup_kernels(self):
         """Shutdown all kernels.
         
         The kernels will shutdown themselves when this process no longer exists,
         but explicit shutdown allows the KernelManagers to cleanup the connection files.
         """
         self.log.info('Shutting down kernels')
         self.kernel_manager.shutdown_all()
 
     def notebook_info(self):
         "Return the current working directory and the server url information"
         info = self.notebook_manager.info_string() + "\n"
         info += "%d active kernels \n" % len(self.kernel_manager._kernels)
         return info + "The IPython Notebook is running at: %s" % self.display_url
 
     def server_info(self):
         """Return a JSONable dict of information about this server."""
         return {'url': self.connection_url,
                 'hostname': self.ip if self.ip else 'localhost',
                 'port': self.port,
                 'secure': bool(self.certfile),
-                'base_project_url': self.base_project_url,
+                'base_url': self.base_url,
                 'notebook_dir': os.path.abspath(self.notebook_manager.notebook_dir),
                }
 
     def write_server_info_file(self):
         """Write the result of server_info() to the JSON file info_file."""
         with open(self.info_file, 'w') as f:
             json.dump(self.server_info(), f, indent=2)
 
     def remove_server_info_file(self):
         """Remove the nbserver-<pid>.json file created for this server.
         
         Ignores the error raised when the file has already been removed.
         """
         try:
             os.unlink(self.info_file)
         except OSError as e:
             if e.errno != errno.ENOENT:
                 raise
 
     def start(self):
         """ Start the IPython Notebook server app, after initialization
         
         This method takes no arguments so all configuration and initialization
         must be done prior to calling this method."""
         if self.subapp is not None:
             return self.subapp.start()
 
         info = self.log.info
         for line in self.notebook_info().split("\n"):
             info(line)
         info("Use Control-C to stop this server and shut down all kernels (twice to skip confirmation).")
 
         self.write_server_info_file()
 
         if self.open_browser or self.file_to_run:
             try:
                 browser = webbrowser.get(self.browser or None)
             except webbrowser.Error as e:
                 self.log.warn('No web browser found: %s.' % e)
                 browser = None
             
             f = self.file_to_run
             if f:
                 nbdir = os.path.abspath(self.notebook_manager.notebook_dir)
                 if f.startswith(nbdir):
                     f = f[len(nbdir):]
                 else:
                     self.log.warn(
                         "Probably won't be able to open notebook %s "
                         "because it is not in notebook_dir %s",
                         f, nbdir,
                     )
 
             if os.path.isfile(self.file_to_run):
                 url = url_path_join('notebooks', f)
             else:
                 url = url_path_join('tree', f)
             if browser:
                 b = lambda : browser.open("%s%s" % (self.connection_url, url),
                                           new=2)
                 threading.Thread(target=b).start()
         try:
             ioloop.IOLoop.instance().start()
         except KeyboardInterrupt:
             info("Interrupted...")
         finally:
             self.cleanup_kernels()
             self.remove_server_info_file()
 
 
 def list_running_servers(profile='default'):
     """Iterate over the server info files of running notebook servers.
     
     Given a profile name, find nbserver-* files in the security directory of
     that profile, and yield dicts of their information, each one pertaining to
     a currently running notebook server instance.
     """
     pd = ProfileDir.find_profile_dir_by_name(get_ipython_dir(), name=profile)
     for file in os.listdir(pd.security_dir):
         if file.startswith('nbserver-'):
             with io.open(os.path.join(pd.security_dir, file), encoding='utf-8') as f:
                 yield json.load(f)
 
 #-----------------------------------------------------------------------------
 # Main entry point
 #-----------------------------------------------------------------------------
 
 launch_new_instance = NotebookApp.launch_instance
 

IPython/html/services/notebooks/handlers.py

@@ -1,290 +1,290 b''
 """Tornado handlers for the notebooks web service.
 
 Authors:
 
 * Brian Granger
 """
 
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2011  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 import json
 
 from tornado import web
 
 from IPython.html.utils import url_path_join, url_escape
 from IPython.utils.jsonutil import date_default
 
 from IPython.html.base.handlers import (IPythonHandler, json_errors,
                                     notebook_path_regex, path_regex,
                                     notebook_name_regex)
 
 #-----------------------------------------------------------------------------
 # Notebook web service handlers
 #-----------------------------------------------------------------------------
 
 
 class NotebookHandler(IPythonHandler):
 
     SUPPORTED_METHODS = (u'GET', u'PUT', u'PATCH', u'POST', u'DELETE')
 
     def notebook_location(self, name, path=''):
         """Return the full URL location of a notebook based.
         
         Parameters
         ----------
         name : unicode
             The base name of the notebook, such as "foo.ipynb".
         path : unicode
             The URL path of the notebook.
         """
         return url_escape(url_path_join(
-            self.base_project_url, 'api', 'notebooks', path, name
+            self.base_url, 'api', 'notebooks', path, name
         ))
 
     def _finish_model(self, model, location=True):
         """Finish a JSON request with a model, setting relevant headers, etc."""
         if location:
             location = self.notebook_location(model['name'], model['path'])
             self.set_header('Location', location)
         self.set_header('Last-Modified', model['last_modified'])
         self.finish(json.dumps(model, default=date_default))
     
     @web.authenticated
     @json_errors
     def get(self, path='', name=None):
         """Return a Notebook or list of notebooks.
 
         * GET with path and no notebook name lists notebooks in a directory
         * GET with path and notebook name returns notebook JSON
         """
         nbm = self.notebook_manager
         # Check to see if a notebook name was given
         if name is None:
             # TODO: Remove this after we create the contents web service and directories are
             # no longer listed by the notebook web service. This should only handle notebooks
             # and not directories.
             dirs = nbm.list_dirs(path)
             notebooks = []
             index = []
             for nb in nbm.list_notebooks(path):
                 if nb['name'].lower() == 'index.ipynb':
                     index.append(nb)
                 else:
                     notebooks.append(nb)
             notebooks = index + dirs + notebooks
             self.finish(json.dumps(notebooks, default=date_default))
             return
         # get and return notebook representation
         model = nbm.get_notebook_model(name, path)
         self._finish_model(model, location=False)
 
     @web.authenticated
     @json_errors
     def patch(self, path='', name=None):
         """PATCH renames a notebook without re-uploading content."""
         nbm = self.notebook_manager
         if name is None:
             raise web.HTTPError(400, u'Notebook name missing')
         model = self.get_json_body()
         if model is None:
             raise web.HTTPError(400, u'JSON body missing')
         model = nbm.update_notebook_model(model, name, path)
         self._finish_model(model)
     
     def _copy_notebook(self, copy_from, path, copy_to=None):
         """Copy a notebook in path, optionally specifying the new name.
         
         Only support copying within the same directory.
         """
         self.log.info(u"Copying notebook from %s/%s to %s/%s",
             path, copy_from,
             path, copy_to or '',
         )
         model = self.notebook_manager.copy_notebook(copy_from, copy_to, path)
         self.set_status(201)
         self._finish_model(model)
     
     def _upload_notebook(self, model, path, name=None):
         """Upload a notebook
         
         If name specified, create it in path/name.
         """
         self.log.info(u"Uploading notebook to %s/%s", path, name or '')
         if name:
             model['name'] = name
         
         model = self.notebook_manager.create_notebook_model(model, path)
         self.set_status(201)
         self._finish_model(model)
     
     def _create_empty_notebook(self, path, name=None):
         """Create an empty notebook in path
         
         If name specified, create it in path/name.
         """
         self.log.info(u"Creating new notebook in %s/%s", path, name or '')
         model = {}
         if name:
             model['name'] = name
         model = self.notebook_manager.create_notebook_model(model, path=path)
         self.set_status(201)
         self._finish_model(model)
     
     def _save_notebook(self, model, path, name):
         """Save an existing notebook."""
         self.log.info(u"Saving notebook at %s/%s", path, name)
         model = self.notebook_manager.save_notebook_model(model, name, path)
         if model['path'] != path.strip('/') or model['name'] != name:
             # a rename happened, set Location header
             location = True
         else:
             location = False
         self._finish_model(model, location)
     
     @web.authenticated
     @json_errors
     def post(self, path='', name=None):
         """Create a new notebook in the specified path.
         
         POST creates new notebooks. The server always decides on the notebook name.
         
         POST /api/notebooks/path
           New untitled notebook in path. If content specified, upload a
           notebook, otherwise start empty.
         POST /api/notebooks/path?copy=OtherNotebook.ipynb
           New copy of OtherNotebook in path
         """
         
         if name is not None:
             raise web.HTTPError(400, "Only POST to directories. Use PUT for full names.")
         
         model = self.get_json_body()
         
         if model is not None:
             copy_from = model.get('copy_from')
             if copy_from:
                 if model.get('content'):
                     raise web.HTTPError(400, "Can't upload and copy at the same time.")
                 self._copy_notebook(copy_from, path)
             else:
                 self._upload_notebook(model, path)
         else:
             self._create_empty_notebook(path)
 
     @web.authenticated
     @json_errors
     def put(self, path='', name=None):
         """Saves the notebook in the location specified by name and path.
         
         PUT is very similar to POST, but the requester specifies the name,
         whereas with POST, the server picks the name.
         
         PUT /api/notebooks/path/Name.ipynb
           Save notebook at ``path/Name.ipynb``. Notebook structure is specified
           in `content` key of JSON request body. If content is not specified,
           create a new empty notebook.
         PUT /api/notebooks/path/Name.ipynb?copy=OtherNotebook.ipynb
           Copy OtherNotebook to Name
         """
         if name is None:
             raise web.HTTPError(400, "Only PUT to full names. Use POST for directories.")
         
         model = self.get_json_body()
         if model:
             copy_from = model.get('copy_from')
             if copy_from:
                 if model.get('content'):
                     raise web.HTTPError(400, "Can't upload and copy at the same time.")
                 self._copy_notebook(copy_from, path, name)
             elif self.notebook_manager.notebook_exists(name, path):
                 self._save_notebook(model, path, name)
             else:
                 self._upload_notebook(model, path, name)
         else:
             self._create_empty_notebook(path, name)
 
     @web.authenticated
     @json_errors
     def delete(self, path='', name=None):
         """delete the notebook in the given notebook path"""
         nbm = self.notebook_manager
         nbm.delete_notebook_model(name, path)
         self.set_status(204)
         self.finish()
 
 
 class NotebookCheckpointsHandler(IPythonHandler):
     
     SUPPORTED_METHODS = ('GET', 'POST')
     
     @web.authenticated
     @json_errors
     def get(self, path='', name=None):
         """get lists checkpoints for a notebook"""
         nbm = self.notebook_manager
         checkpoints = nbm.list_checkpoints(name, path)
         data = json.dumps(checkpoints, default=date_default)
         self.finish(data)
     
     @web.authenticated
     @json_errors
     def post(self, path='', name=None):
         """post creates a new checkpoint"""
         nbm = self.notebook_manager
         checkpoint = nbm.create_checkpoint(name, path)
         data = json.dumps(checkpoint, default=date_default)
-        location = url_path_join(self.base_project_url, 'api/notebooks',
+        location = url_path_join(self.base_url, 'api/notebooks',
             path, name, 'checkpoints', checkpoint['id'])
         self.set_header('Location', url_escape(location))
         self.set_status(201)
         self.finish(data)
 
 
 class ModifyNotebookCheckpointsHandler(IPythonHandler):
     
     SUPPORTED_METHODS = ('POST', 'DELETE')
     
     @web.authenticated
     @json_errors
     def post(self, path, name, checkpoint_id):
         """post restores a notebook from a checkpoint"""
         nbm = self.notebook_manager
         nbm.restore_checkpoint(checkpoint_id, name, path)
         self.set_status(204)
         self.finish()
     
     @web.authenticated
     @json_errors
     def delete(self, path, name, checkpoint_id):
         """delete clears a checkpoint for a given notebook"""
         nbm = self.notebook_manager
         nbm.delete_checkpoint(checkpoint_id, name, path)
         self.set_status(204)
         self.finish()
         
 #-----------------------------------------------------------------------------
 # URL to handler mappings
 #-----------------------------------------------------------------------------
 
 
 _checkpoint_id_regex = r"(?P<checkpoint_id>[\w-]+)"
 
 default_handlers = [
     (r"/api/notebooks%s/checkpoints" % notebook_path_regex, NotebookCheckpointsHandler),
     (r"/api/notebooks%s/checkpoints/%s" % (notebook_path_regex, _checkpoint_id_regex),
         ModifyNotebookCheckpointsHandler),
     (r"/api/notebooks%s" % notebook_path_regex, NotebookHandler),
     (r"/api/notebooks%s" % path_regex, NotebookHandler),
 ]
 
 
 

IPython/html/static/auth/js/loginwidget.js

@@ -1,45 +1,52 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2008-2011  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // Login button
 //============================================================================
 
 var IPython = (function (IPython) {
+    "use strict";
 
     var LoginWidget = function (selector, options) {
-        var options = options || {};
-        this.base_url = options.baseProjectUrl || $('body').data('baseProjectUrl') ;
+        options = options || {};
+        this.base_url = options.base_url || IPython.utils.get_body_data("baseUrl");
         this.selector = selector;
         if (this.selector !== undefined) {
             this.element = $(selector);
             this.style();
             this.bind_events();
         }
     };
 
     LoginWidget.prototype.style = function () {
         this.element.find("button").addClass("btn btn-small");
     };
 
 
     LoginWidget.prototype.bind_events = function () {
         var that = this;
         this.element.find("button#logout").click(function () {
-            window.location = that.base_url+"logout";
+            window.location = IPythin.utils.url_join_encode(
+                that.base_url,
+                "logout"
+            );
         });
         this.element.find("button#login").click(function () {
-            window.location = that.base_url+"login";
+            window.location = IPythin.utils.url_join_encode(
+                that.base_url,
+                "login"
+            );
         });
     };
 
     // Set module variables
     IPython.LoginWidget = LoginWidget;
 
     return IPython;
 
 }(IPython));

IPython/html/static/base/js/utils.js

@@ -1,523 +1,547 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2008-2012  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // Utilities
 //============================================================================
 IPython.namespace('IPython.utils');
 
 IPython.utils = (function (IPython) {
     "use strict";
 
     //============================================================================
     // Cross-browser RegEx Split
     //============================================================================
 
     // This code has been MODIFIED from the code licensed below to not replace the
     // default browser split.  The license is reproduced here.
 
     // see http://blog.stevenlevithan.com/archives/cross-browser-split for more info:
     /*!
      * Cross-Browser Split 1.1.1
      * Copyright 2007-2012 Steven Levithan <stevenlevithan.com>
      * Available under the MIT License
      * ECMAScript compliant, uniform cross-browser split method
      */
 
     /**
      * Splits a string into an array of strings using a regex or string
      * separator. Matches of the separator are not included in the result array.
      * However, if `separator` is a regex that contains capturing groups,
      * backreferences are spliced into the result each time `separator` is
      * matched. Fixes browser bugs compared to the native
      * `String.prototype.split` and can be used reliably cross-browser.
      * @param {String} str String to split.
      * @param {RegExp|String} separator Regex or string to use for separating
      *     the string.
      * @param {Number} [limit] Maximum number of items to include in the result
      *     array.
      * @returns {Array} Array of substrings.
      * @example
      *
      * // Basic use
      * regex_split('a b c d', ' ');
      * // -> ['a', 'b', 'c', 'd']
      *
      * // With limit
      * regex_split('a b c d', ' ', 2);
      * // -> ['a', 'b']
      *
      * // Backreferences in result array
      * regex_split('..word1 word2..', /([a-z]+)(\d+)/i);
      * // -> ['..', 'word', '1', ' ', 'word', '2', '..']
      */
     var regex_split = function (str, separator, limit) {
         // If `separator` is not a regex, use `split`
         if (Object.prototype.toString.call(separator) !== "[object RegExp]") {
             return split.call(str, separator, limit);
         }
         var output = [],
             flags = (separator.ignoreCase ? "i" : "") +
                     (separator.multiline  ? "m" : "") +
                     (separator.extended   ? "x" : "") + // Proposed for ES6
                     (separator.sticky     ? "y" : ""), // Firefox 3+
             lastLastIndex = 0,
             // Make `global` and avoid `lastIndex` issues by working with a copy
             separator = new RegExp(separator.source, flags + "g"),
             separator2, match, lastIndex, lastLength;
         str += ""; // Type-convert
 
         var compliantExecNpcg = typeof(/()??/.exec("")[1]) === "undefined";
         if (!compliantExecNpcg) {
             // Doesn't need flags gy, but they don't hurt
             separator2 = new RegExp("^" + separator.source + "$(?!\\s)", flags);
         }
         /* Values for `limit`, per the spec:
          * If undefined: 4294967295 // Math.pow(2, 32) - 1
          * If 0, Infinity, or NaN: 0
          * If positive number: limit = Math.floor(limit); if (limit > 4294967295) limit -= 4294967296;
          * If negative number: 4294967296 - Math.floor(Math.abs(limit))
          * If other: Type-convert, then use the above rules
          */
         limit = typeof(limit) === "undefined" ?
             -1 >>> 0 : // Math.pow(2, 32) - 1
             limit >>> 0; // ToUint32(limit)
         while (match = separator.exec(str)) {
             // `separator.lastIndex` is not reliable cross-browser
             lastIndex = match.index + match[0].length;
             if (lastIndex > lastLastIndex) {
                 output.push(str.slice(lastLastIndex, match.index));
                 // Fix browsers whose `exec` methods don't consistently return `undefined` for
                 // nonparticipating capturing groups
                 if (!compliantExecNpcg && match.length > 1) {
                     match[0].replace(separator2, function () {
                         for (var i = 1; i < arguments.length - 2; i++) {
                             if (typeof(arguments[i]) === "undefined") {
                                 match[i] = undefined;
                             }
                         }
                     });
                 }
                 if (match.length > 1 && match.index < str.length) {
                     Array.prototype.push.apply(output, match.slice(1));
                 }
                 lastLength = match[0].length;
                 lastLastIndex = lastIndex;
                 if (output.length >= limit) {
                     break;
                 }
             }
             if (separator.lastIndex === match.index) {
                 separator.lastIndex++; // Avoid an infinite loop
             }
         }
         if (lastLastIndex === str.length) {
             if (lastLength || !separator.test("")) {
                 output.push("");
             }
         } else {
             output.push(str.slice(lastLastIndex));
         }
         return output.length > limit ? output.slice(0, limit) : output;
     };
 
     //============================================================================
     // End contributed Cross-browser RegEx Split
     //============================================================================
 
 
     var uuid = function () {
         // http://www.ietf.org/rfc/rfc4122.txt
         var s = [];
         var hexDigits = "0123456789ABCDEF";
         for (var i = 0; i < 32; i++) {
             s[i] = hexDigits.substr(Math.floor(Math.random() * 0x10), 1);
         }
         s[12] = "4";  // bits 12-15 of the time_hi_and_version field to 0010
         s[16] = hexDigits.substr((s[16] & 0x3) | 0x8, 1);  // bits 6-7 of the clock_seq_hi_and_reserved to 01
 
         var uuid = s.join("");
         return uuid;
     };
 
 
     //Fix raw text to parse correctly in crazy XML
     function xmlencode(string) {
         return string.replace(/\&/g,'&'+'amp;')
             .replace(/</g,'&'+'lt;')
             .replace(/>/g,'&'+'gt;')
             .replace(/\'/g,'&'+'apos;')
             .replace(/\"/g,'&'+'quot;')
             .replace(/`/g,'&'+'#96;');
     }
 
 
     //Map from terminal commands to CSS classes
     var ansi_colormap = {
         "01":"ansibold",
         
         "30":"ansiblack",
         "31":"ansired",
         "32":"ansigreen",
         "33":"ansiyellow",
         "34":"ansiblue",
         "35":"ansipurple",
         "36":"ansicyan",
         "37":"ansigray",
         
         "40":"ansibgblack",
         "41":"ansibgred",
         "42":"ansibggreen",
         "43":"ansibgyellow",
         "44":"ansibgblue",
         "45":"ansibgpurple",
         "46":"ansibgcyan",
         "47":"ansibggray"
     };
     
     function _process_numbers(attrs, numbers) {
         // process ansi escapes
         var n = numbers.shift();
         if (ansi_colormap[n]) {
             if ( ! attrs["class"] ) {
                 attrs["class"] = ansi_colormap[n];
             } else {
                 attrs["class"] += " " + ansi_colormap[n];
             }
         } else if (n == "38" || n == "48") {
             // VT100 256 color or 24 bit RGB
             if (numbers.length < 2) {
                 console.log("Not enough fields for VT100 color", numbers);
                 return;
             }
             
             var index_or_rgb = numbers.shift();
             var r,g,b;
             if (index_or_rgb == "5") {
                 // 256 color
                 var idx = parseInt(numbers.shift());
                 if (idx < 16) {
                     // indexed ANSI
                     // ignore bright / non-bright distinction
                     idx = idx % 8;
                     var ansiclass = ansi_colormap[n[0] + (idx % 8).toString()];
                     if ( ! attrs["class"] ) {
                         attrs["class"] = ansiclass;
                     } else {
                         attrs["class"] += " " + ansiclass;
                     }
                     return;
                 } else if (idx < 232) {
                     // 216 color 6x6x6 RGB
                     idx = idx - 16;
                     b = idx % 6;
                     g = Math.floor(idx / 6) % 6;
                     r = Math.floor(idx / 36) % 6;
                     // convert to rgb
                     r = (r * 51);
                     g = (g * 51);
                     b = (b * 51);
                 } else {
                     // grayscale
                     idx = idx - 231;
                     // it's 1-24 and should *not* include black or white,
                     // so a 26 point scale
                     r = g = b = Math.floor(idx * 256 / 26);
                 }
             } else if (index_or_rgb == "2") {
                 // Simple 24 bit RGB
                 if (numbers.length > 3) {
                     console.log("Not enough fields for RGB", numbers);
                     return;
                 }
                 r = numbers.shift();
                 g = numbers.shift();
                 b = numbers.shift();
             } else {
                 console.log("unrecognized control", numbers);
                 return;
             }
             if (r !== undefined) {
                 // apply the rgb color
                 var line;
                 if (n == "38") {
                     line = "color: ";
                 } else {
                     line = "background-color: ";
                 }
                 line = line + "rgb(" + r + "," + g + "," + b + ");"
                 if ( !attrs["style"] ) {
                     attrs["style"] = line;
                 } else {
                     attrs["style"] += " " + line;
                 }
             }
         }
     }
 
     function ansispan(str) {
         // ansispan function adapted from github.com/mmalecki/ansispan (MIT License)
         // regular ansi escapes (using the table above)
         return str.replace(/\033\[(0?[01]|22|39)?([;\d]+)?m/g, function(match, prefix, pattern) {
             if (!pattern) {
                 // [(01|22|39|)m close spans
                 return "</span>";
             }
             // consume sequence of color escapes
             var numbers = pattern.match(/\d+/g);
             var attrs = {};
             while (numbers.length > 0) {
                 _process_numbers(attrs, numbers);
             }
             
             var span = "<span ";
             for (var attr in attrs) {
                 var value = attrs[attr];
                 span = span + " " + attr + '="' + attrs[attr] + '"';
             }
             return span + ">";
         });
     };
     
     // Transform ANSI color escape codes into HTML <span> tags with css
     // classes listed in the above ansi_colormap object. The actual color used
     // are set in the css file.
     function fixConsole(txt) {
         txt = xmlencode(txt);
         var re = /\033\[([\dA-Fa-f;]*?)m/;
         var opened = false;
         var cmds = [];
         var opener = "";
         var closer = "";
 
         // Strip all ANSI codes that are not color related.  Matches
         // all ANSI codes that do not end with "m".
         var ignored_re = /(?=(\033\[[\d;=]*[a-ln-zA-Z]{1}))\1(?!m)/g;
         txt = txt.replace(ignored_re, "");
         
         // color ansi codes
         txt = ansispan(txt);
         return txt;
     }
 
     // Remove chunks that should be overridden by the effect of
     // carriage return characters
     function fixCarriageReturn(txt) {
         var tmp = txt;
         do {
             txt = tmp;
             tmp = txt.replace(/\r+\n/gm, '\n'); // \r followed by \n --> newline
             tmp = tmp.replace(/^.*\r+/gm, '');  // Other \r --> clear line
         } while (tmp.length < txt.length);
         return txt;
     }
 
     // Locate any URLs and convert them to a anchor tag
     function autoLinkUrls(txt) {
         return txt.replace(/(^|\s)(https?|ftp)(:[^'">\s]+)/gi,
             "$1<a target=\"_blank\" href=\"$2$3\">$2$3</a>");
     }
 
     // some keycodes that seem to be platform/browser independent
     var keycodes = {
                 BACKSPACE:  8,
                 TAB      :  9,
                 ENTER    : 13,
                 SHIFT    : 16,
                 CTRL     : 17,
                 CONTROL  : 17,
                 ALT      : 18,
                 CAPS_LOCK: 20,
                 ESC      : 27,
                 SPACE    : 32,
                 PGUP     : 33,
                 PGDOWN   : 34,
                 END      : 35,
                 HOME     : 36,
                 LEFT_ARROW: 37,
                 LEFTARROW: 37,
                 LEFT     : 37,
                 UP_ARROW : 38,
                 UPARROW  : 38,
                 UP       : 38,
                 RIGHT_ARROW:39,
                 RIGHTARROW:39,
                 RIGHT    : 39,
                 DOWN_ARROW: 40,
                 DOWNARROW: 40,
                 DOWN     : 40,
                 I        : 73,
                 M        : 77,
                 // all three of these keys may be COMMAND on OS X:
                 LEFT_SUPER : 91,
                 RIGHT_SUPER : 92,
                 COMMAND  : 93,
     };
     
     // trigger a key press event
     var press = function (key) {
         var key_press =  $.Event('keydown', {which: key});
         $(document).trigger(key_press);
     }
 
     var press_up = function() { press(keycodes.UP); };
     var press_down = function() { press(keycodes.DOWN); };
 
     var press_ctrl_enter = function() {
         $(document).trigger($.Event('keydown', {which: keycodes.ENTER, ctrlKey: true}));
     };
 
     var press_shift_enter = function() {
         $(document).trigger($.Event('keydown', {which: keycodes.ENTER, shiftKey: true}));
     };
 
     // trigger the ctrl-m shortcut followed by one of our keys
     var press_ghetto = function(key) {
         $(document).trigger($.Event('keydown', {which: keycodes.M, ctrlKey: true}));
         press(key);
     };
 
 
     var points_to_pixels = function (points) {
         // A reasonably good way of converting between points and pixels.
         var test = $('<div style="display: none; width: 10000pt; padding:0; border:0;"></div>');
         $(body).append(test);
         var pixel_per_point = test.width()/10000;
         test.remove();
         return Math.floor(points*pixel_per_point);
     };
     
     var always_new = function (constructor) {
         // wrapper around contructor to avoid requiring `var a = new constructor()`
         // useful for passing constructors as callbacks,
         // not for programmer laziness.
         // from http://programmers.stackexchange.com/questions/118798
         return function () {
             var obj = Object.create(constructor.prototype);
             constructor.apply(obj, arguments);
             return obj;
         };
     };
 
 
     var url_path_join = function () {
         // join a sequence of url components with '/'
         var url = '';
         for (var i = 0; i < arguments.length; i++) {
             if (arguments[i] === '') {
                 continue;
             }
             if (url.length > 0 && url[url.length-1] != '/') {
                 url = url + '/' + arguments[i];
             } else {
                 url = url + arguments[i];
             }
         }
+        url = url.replace(/\/\/+/, '/');
         return url;
     };
     
+    var parse_url = function (url) {
+        // an `a` element with an href allows attr-access to the parsed segments of a URL
+        // a = parse_url("http://localhost:8888/path/name#hash")
+        // a.protocol = "http:"
+        // a.host     = "localhost:8888"
+        // a.hostname = "localhost"
+        // a.port     = 8888
+        // a.pathname = "/path/name"
+        // a.hash     = "#hash"
+        var a = document.createElement("a");
+        a.href = url;
+        return a;
+    };
     
     var encode_uri_components = function (uri) {
         // encode just the components of a multi-segment uri,
         // leaving '/' separators
         return uri.split('/').map(encodeURIComponent).join('/');
-    }
+    };
     
     var url_join_encode = function () {
         // join a sequence of url components with '/',
         // encoding each component with encodeURIComponent
         return encode_uri_components(url_path_join.apply(null, arguments));
     };
 
 
     var splitext = function (filename) {
         // mimic Python os.path.splitext
         // Returns ['base', '.ext']
         var idx = filename.lastIndexOf('.');
         if (idx > 0) {
             return [filename.slice(0, idx), filename.slice(idx)];
         } else {
             return [filename, ''];
         }
-    }
+    };
+
+
+    var get_body_data = function(key) {
+        // get a url-encoded item from body.data and decode it
+        // we should never have any encoded URLs anywhere else in code
+        // until we are building an actual request
+        return decodeURIComponent($('body').data(key));
+    };
 
 
     // http://stackoverflow.com/questions/2400935/browser-detection-in-javascript
     var browser = (function() {
         if (typeof navigator === 'undefined') {
             // navigator undefined in node
             return 'None';
         }
         var N= navigator.appName, ua= navigator.userAgent, tem;
         var M= ua.match(/(opera|chrome|safari|firefox|msie)\/?\s*(\.?\d+(\.\d+)*)/i);
         if (M && (tem= ua.match(/version\/([\.\d]+)/i))!= null) M[2]= tem[1];
         M= M? [M[1], M[2]]: [N, navigator.appVersion,'-?'];
         return M;
     })();
 
     // http://stackoverflow.com/questions/11219582/how-to-detect-my-browser-version-and-operating-system-using-javascript
     var platform = (function () {
         if (typeof navigator === 'undefined') {
             // navigator undefined in node
             return 'None';
         }
         var OSName="None";
         if (navigator.appVersion.indexOf("Win")!=-1) OSName="Windows";
         if (navigator.appVersion.indexOf("Mac")!=-1) OSName="MacOS";
         if (navigator.appVersion.indexOf("X11")!=-1) OSName="UNIX";
         if (navigator.appVersion.indexOf("Linux")!=-1) OSName="Linux";
         return OSName
     })();
 
     var is_or_has = function (a, b) {
         // Is b a child of a or a itself?
         return a.has(b).length !==0 || a.is(b);
     }
 
     var is_focused = function (e) {
         // Is element e, or one of its children focused?
         e = $(e);
         var target = $(document.activeElement);
         if (target.length > 0) {
             if (is_or_has(e, target)) {
                 return true;
             } else {
                 return false;
             }
         } else {
             return false;
         }
     }
 
 
     return {
         regex_split : regex_split,
         uuid : uuid,
         fixConsole : fixConsole,
         keycodes : keycodes,
         press : press,
         press_up : press_up,
         press_down : press_down,
         press_ctrl_enter : press_ctrl_enter,
         press_shift_enter : press_shift_enter,
         press_ghetto : press_ghetto,
         fixCarriageReturn : fixCarriageReturn,
         autoLinkUrls : autoLinkUrls,
         points_to_pixels : points_to_pixels,
+        get_body_data : get_body_data,
+        parse_url : parse_url,
         url_path_join : url_path_join,
         url_join_encode : url_join_encode,
         encode_uri_components : encode_uri_components,
         splitext : splitext,
         always_new : always_new,
         browser : browser,
         platform: platform,
         is_or_has : is_or_has,
         is_focused : is_focused
     };
 
 }(IPython));
 

IPython/html/static/notebook/js/keyboardmanager.js

@@ -1,764 +1,772 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2011  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // Keyboard management
 //============================================================================
 
 var IPython = (function (IPython) {
     "use strict";
 
     // Setup global keycodes and inverse keycodes.
 
     // See http://unixpapa.com/js/key.html for a complete description. The short of
     // it is that there are different keycode sets. Firefox uses the "Mozilla keycodes"
     // and Webkit/IE use the "IE keycodes". These keycode sets are mostly the same
     // but have minor differences.
 
     // These apply to Firefox, (Webkit and IE)
     var _keycodes = {
         'a': 65, 'b': 66, 'c': 67, 'd': 68, 'e': 69, 'f': 70, 'g': 71, 'h': 72, 'i': 73,
         'j': 74, 'k': 75, 'l': 76, 'm': 77, 'n': 78, 'o': 79, 'p': 80, 'q': 81, 'r': 82,
         's': 83, 't': 84, 'u': 85, 'v': 86, 'w': 87, 'x': 88, 'y': 89, 'z': 90,
         '1 !': 49, '2 @': 50, '3 #': 51, '4 $': 52, '5 %': 53, '6 ^': 54,
         '7 &': 55, '8 *': 56, '9 (': 57, '0 )': 48, 
         '[ {': 219, '] }': 221, '` ~': 192,  ', <': 188, '. >': 190, '/ ?': 191,
         '\\ |': 220, '\' "': 222,
         'numpad0': 96, 'numpad1': 97, 'numpad2': 98, 'numpad3': 99, 'numpad4': 100,
         'numpad5': 101, 'numpad6': 102, 'numpad7': 103, 'numpad8': 104, 'numpad9': 105,
         'multiply': 106, 'add': 107, 'subtract': 109, 'decimal': 110, 'divide': 111,
         'f1': 112, 'f2': 113, 'f3': 114, 'f4': 115, 'f5': 116, 'f6': 117, 'f7': 118,
         'f8': 119, 'f9': 120, 'f11': 122, 'f12': 123, 'f13': 124, 'f14': 125, 'f15': 126,
         'backspace': 8, 'tab': 9, 'enter': 13, 'shift': 16, 'ctrl': 17, 'alt': 18,
         'meta': 91, 'capslock': 20, 'esc': 27, 'space': 32, 'pageup': 33, 'pagedown': 34,
         'end': 35, 'home': 36, 'left': 37, 'up': 38, 'right': 39, 'down': 40,
         'insert': 45, 'delete': 46, 'numlock': 144,
     };
     
     // These apply to Firefox and Opera
     var _mozilla_keycodes = {
         '; :': 59, '= +': 61, '- _': 173, 'meta': 224
     }
     
     // This apply to Webkit and IE
     var _ie_keycodes = {
         '; :': 186, '= +': 187, '- _': 189, 
     }
     
     var browser = IPython.utils.browser[0];
     var platform = IPython.utils.platform;
     
     if (browser === 'Firefox' || browser === 'Opera') {
         $.extend(_keycodes, _mozilla_keycodes);
     } else if (browser === 'Safari' || browser === 'Chrome' || browser === 'MSIE') {
         $.extend(_keycodes, _ie_keycodes);
     }
 
     var keycodes = {};
     var inv_keycodes = {};
     for (var name in _keycodes) {
         var names = name.split(' ');
         if (names.length === 1) {
             var n = names[0]
             keycodes[n] = _keycodes[n]
             inv_keycodes[_keycodes[n]] = n
         } else {
             var primary = names[0];
             var secondary = names[1];
             keycodes[primary] = _keycodes[name]
             keycodes[secondary] = _keycodes[name]
             inv_keycodes[_keycodes[name]] = primary
         }
     }
 
 
     // Default keyboard shortcuts
 
     var default_common_shortcuts = {
         'shift' : {
             help    : '',
             help_index : '',
             handler : function (event) {
                 // ignore shift keydown
                 return true;
             }
         },
         'shift+enter' : {
             help    : 'run cell, select below',
             help_index : 'ba',
             handler : function (event) {
                 IPython.notebook.execute_cell_and_select_below();
                 return false;
             }
         },
         'ctrl+enter' : {
             help    : 'run cell',
             help_index : 'bb',
             handler : function (event) {
                 IPython.notebook.execute_cell();
                 return false;
             }
         },
         'alt+enter' : {
             help    : 'run cell, insert below',
             help_index : 'bc',
             handler : function (event) {
                 IPython.notebook.execute_cell_and_insert_below();
                 return false;
             }
         }
     }
 
     if (platform === 'MacOS') {
         default_common_shortcuts['cmd+s'] =
             {
                 help    : 'save notebook',
                 help_index : 'fb',
                 handler : function (event) {
                     IPython.notebook.save_checkpoint();
                     event.preventDefault();
                     return false;
                 }
             };
     } else {
         default_common_shortcuts['ctrl+s'] =
             {
                 help    : 'save notebook',
                 help_index : 'fb',
                 handler : function (event) {
                     IPython.notebook.save_checkpoint();
                     event.preventDefault();
                     return false;
                 }
             };
     }
 
     // Edit mode defaults
 
     var default_edit_shortcuts = {
         'esc' : {
             help    : 'command mode',
             help_index : 'aa',
             handler : function (event) {
                 IPython.notebook.command_mode();
                 IPython.notebook.focus_cell();
                 return false;
             }
         },
         'ctrl+m' : {
             help    : 'command mode',
             help_index : 'ab',
             handler : function (event) {
                 IPython.notebook.command_mode();
                 IPython.notebook.focus_cell();
                 return false;
             }
         },
         'up' : {
             help    : '',
             help_index : '',
             handler : function (event) {
                 var cell = IPython.notebook.get_selected_cell();
                 if (cell && cell.at_top()) {
                     event.preventDefault();
                     IPython.notebook.command_mode()
                     IPython.notebook.select_prev();
                     IPython.notebook.edit_mode();
                     return false;
                 };
             }
         },
         'down' : {
             help    : '',
             help_index : '',
             handler : function (event) {
                 var cell = IPython.notebook.get_selected_cell();
                 if (cell && cell.at_bottom()) {
                     event.preventDefault();
                     IPython.notebook.command_mode()
                     IPython.notebook.select_next();
                     IPython.notebook.edit_mode();
                     return false;
                 };
             }
         },
         'alt+-' : {
             help    : 'split cell',
             help_index : 'ea',
             handler : function (event) {
                 IPython.notebook.split_cell();
                 return false;
             }
         },
         'alt+subtract' : {
             help    : '',
             help_index : 'eb',
             handler : function (event) {
                 IPython.notebook.split_cell();
                 return false;
             }
         },
         'tab' : {
             help    : 'indent or complete',
             help_index : 'ec',
         },
         'shift+tab' : {
             help    : 'tooltip',
             help_index : 'ed',
         },
     }
 
     if (platform === 'MacOS') {
         default_edit_shortcuts['cmd+/'] =
             {
                 help    : 'toggle comment',
                 help_index : 'ee'
             };
         default_edit_shortcuts['cmd+]'] =
             {
                 help    : 'indent',
                 help_index : 'ef'
             };
         default_edit_shortcuts['cmd+['] =
             {
                 help    : 'dedent',
                 help_index : 'eg'
             };
     } else {
         default_edit_shortcuts['ctrl+/'] =
             {
                 help    : 'toggle comment',
                 help_index : 'ee'
             };
         default_edit_shortcuts['ctrl+]'] =
             {
                 help    : 'indent',
                 help_index : 'ef'
             };
         default_edit_shortcuts['ctrl+['] =
             {
                 help    : 'dedent',
                 help_index : 'eg'
             };
     }
 
     // Command mode defaults
 
     var default_command_shortcuts = {
         'enter' : {
             help    : 'edit mode',
             help_index : 'aa',
             handler : function (event) {
                 IPython.notebook.edit_mode();
                 return false;
             }
         },
         'up' : {
             help    : 'select previous cell',
             help_index : 'da',
             handler : function (event) {
                 var index = IPython.notebook.get_selected_index();
                 if (index !== 0 && index !== null) {
                     IPython.notebook.select_prev();
                     var cell = IPython.notebook.get_selected_cell();
                     cell.focus_cell();
                 };
                 return false;
             }
         },
         'down' : {
             help    : 'select next cell',
             help_index : 'db',
             handler : function (event) {
                 var index = IPython.notebook.get_selected_index();
                 if (index !== (IPython.notebook.ncells()-1) && index !== null) {
                     IPython.notebook.select_next();
                     var cell = IPython.notebook.get_selected_cell();
                     cell.focus_cell();
                 };
                 return false;
             }
         },
         'k' : {
             help    : 'select previous cell',
             help_index : 'dc',
             handler : function (event) {
                 var index = IPython.notebook.get_selected_index();
                 if (index !== 0 && index !== null) {
                     IPython.notebook.select_prev();
                     var cell = IPython.notebook.get_selected_cell();
                     cell.focus_cell();
                 };
                 return false;
             }
         },
         'j' : {
             help    : 'select next cell',
             help_index : 'dd',
             handler : function (event) {
                 var index = IPython.notebook.get_selected_index();
                 if (index !== (IPython.notebook.ncells()-1) && index !== null) {
                     IPython.notebook.select_next();
                     var cell = IPython.notebook.get_selected_cell();
                     cell.focus_cell();
                 };
                 return false;
             }
         },
         'x' : {
             help    : 'cut cell',
             help_index : 'ee',
             handler : function (event) {
                 IPython.notebook.cut_cell();
                 return false;
             }
         },
         'c' : {
             help    : 'copy cell',
             help_index : 'ef',
             handler : function (event) {
                 IPython.notebook.copy_cell();
                 return false;
             }
         },
         'shift+v' : {
             help    : 'paste cell above',
             help_index : 'eg',
             handler : function (event) {
                 IPython.notebook.paste_cell_above();
                 return false;
             }
         },
         'v' : {
             help    : 'paste cell below',
             help_index : 'eh',
             handler : function (event) {
                 IPython.notebook.paste_cell_below();
                 return false;
             }
         },
         'd' : {
             help    : 'delete cell (press twice)',
             help_index : 'ej',
             count: 2,
             handler : function (event) {
                 IPython.notebook.delete_cell();
                 return false;
             }
         },
         'a' : {
             help    : 'insert cell above',
             help_index : 'ec',
             handler : function (event) {
                 IPython.notebook.insert_cell_above('code');
                 IPython.notebook.select_prev();
                 IPython.notebook.focus_cell();
                 return false;
             }
         },
         'b' : {
             help    : 'insert cell below',
             help_index : 'ed',
             handler : function (event) {
                 IPython.notebook.insert_cell_below('code');
                 IPython.notebook.select_next();
                 IPython.notebook.focus_cell();
                 return false;
             }
         },
         'y' : {
             help    : 'to code',
             help_index : 'ca',
             handler : function (event) {
                 IPython.notebook.to_code();
                 return false;
             }
         },
         'm' : {
             help    : 'to markdown',
             help_index : 'cb',
             handler : function (event) {
                 IPython.notebook.to_markdown();
                 return false;
             }
         },
         'r' : {
             help    : 'to raw',
             help_index : 'cc',
             handler : function (event) {
                 IPython.notebook.to_raw();
                 return false;
             }
         },
         '1' : {
             help    : 'to heading 1',
             help_index : 'cd',
             handler : function (event) {
                 IPython.notebook.to_heading(undefined, 1);
                 return false;
             }
         },
         '2' : {
             help    : 'to heading 2',
             help_index : 'ce',
             handler : function (event) {
                 IPython.notebook.to_heading(undefined, 2);
                 return false;
             }
         },
         '3' : {
             help    : 'to heading 3',
             help_index : 'cf',
             handler : function (event) {
                 IPython.notebook.to_heading(undefined, 3);
                 return false;
             }
         },
         '4' : {
             help    : 'to heading 4',
             help_index : 'cg',
             handler : function (event) {
                 IPython.notebook.to_heading(undefined, 4);
                 return false;
             }
         },
         '5' : {
             help    : 'to heading 5',
             help_index : 'ch',
             handler : function (event) {
                 IPython.notebook.to_heading(undefined, 5);
                 return false;
             }
         },
         '6' : {
             help    : 'to heading 6',
             help_index : 'ci',
             handler : function (event) {
                 IPython.notebook.to_heading(undefined, 6);
                 return false;
             }
         },
         'o' : {
             help    : 'toggle output',
             help_index : 'gb',
             handler : function (event) {
                 IPython.notebook.toggle_output();
                 return false;
             }
         },
         'shift+o' : {
             help    : 'toggle output scrolling',
             help_index : 'gc',
             handler : function (event) {
                 IPython.notebook.toggle_output_scroll();
                 return false;
             }
         },
         's' : {
             help    : 'save notebook',
             help_index : 'fa',
             handler : function (event) {
                 IPython.notebook.save_checkpoint();
                 return false;
             }
         },
         'ctrl+j' : {
             help    : 'move cell down',
             help_index : 'eb',
             handler : function (event) {
                 IPython.notebook.move_cell_down();
                 return false;
             }
         },
         'ctrl+k' : {
             help    : 'move cell up',
             help_index : 'ea',
             handler : function (event) {
                 IPython.notebook.move_cell_up();
                 return false;
             }
         },
         'l' : {
             help    : 'toggle line numbers',
             help_index : 'ga',
             handler : function (event) {
                 IPython.notebook.cell_toggle_line_numbers();
                 return false;
             }
         },
         'i' : {
             help    : 'interrupt kernel (press twice)',
             help_index : 'ha',
             count: 2,
             handler : function (event) {
                 IPython.notebook.kernel.interrupt();
                 return false;
             }
         },
         '0' : {
             help    : 'restart kernel (press twice)',
             help_index : 'hb',
             count: 2,
             handler : function (event) {
                 IPython.notebook.restart_kernel();
                 return false;
             }
         },
         'h' : {
             help    : 'keyboard shortcuts',
-            help_index : 'gd',
+            help_index : 'ge',
             handler : function (event) {
                 IPython.quick_help.show_keyboard_shortcuts();
                 return false;
             }
         },
         'z' : {
             help    : 'undo last delete',
             help_index : 'ei',
             handler : function (event) {
                 IPython.notebook.undelete_cell();
                 return false;
             }
         },
         'shift+m' : {
             help    : 'merge cell below',
             help_index : 'ek',
             handler : function (event) {
                 IPython.notebook.merge_cell_below();
                 return false;
             }
         },
+        'q' : {
+            help    : 'close pager',
+            help_index : 'gd',
+            handler : function (event) {
+                IPython.pager.collapse();
+                return false;
+            }
+        },
     }
 
 
     // Shortcut manager class
 
     var ShortcutManager = function (delay) {
         this._shortcuts = {}
         this._counts = {}
         this._timers = {}
         this.delay = delay || 800; // delay in milliseconds
     }
 
     ShortcutManager.prototype.help = function () {
         var help = [];
         for (var shortcut in this._shortcuts) {
             var help_string = this._shortcuts[shortcut]['help'];
             var help_index = this._shortcuts[shortcut]['help_index'];
             if (help_string) {
                 if (platform === 'MacOS') {
                     shortcut = shortcut.replace('meta', 'cmd');
                 }
                 help.push({
                     shortcut: shortcut,
                     help: help_string,
                     help_index: help_index}
                 );
             }
         }
         help.sort(function (a, b) {
             if (a.help_index > b.help_index)
                 return 1;
             if (a.help_index < b.help_index)
                 return -1;
             return 0;
         });
         return help;
     }
 
     ShortcutManager.prototype.normalize_key = function (key) {
         return inv_keycodes[keycodes[key]];
     }
 
     ShortcutManager.prototype.normalize_shortcut = function (shortcut) {
         // Sort a sequence of + separated modifiers into the order alt+ctrl+meta+shift
         shortcut = shortcut.replace('cmd', 'meta').toLowerCase();
         var values = shortcut.split("+");
         if (values.length === 1) {
             return this.normalize_key(values[0])
         } else {
             var modifiers = values.slice(0,-1);
             var key = this.normalize_key(values[values.length-1]);
             modifiers.sort();
             return modifiers.join('+') + '+' + key;
         }
     }
 
     ShortcutManager.prototype.event_to_shortcut = function (event) {
         // Convert a jQuery keyboard event to a strong based keyboard shortcut
         var shortcut = '';
         var key = inv_keycodes[event.which]
         if (event.altKey && key !== 'alt') {shortcut += 'alt+';}
         if (event.ctrlKey && key !== 'ctrl') {shortcut += 'ctrl+';}
         if (event.metaKey && key !== 'meta') {shortcut += 'meta+';}
         if (event.shiftKey && key !== 'shift') {shortcut += 'shift+';}
         shortcut += key;
         return shortcut
     }
 
     ShortcutManager.prototype.clear_shortcuts = function () {
         this._shortcuts = {};
     }
 
     ShortcutManager.prototype.add_shortcut = function (shortcut, data) {
         if (typeof(data) === 'function') {
             data = {help: '', help_index: '', handler: data}
         }
         data.help_index = data.help_index || '';
         data.help = data.help || '';
         data.count = data.count || 1;
         if (data.help_index === '') {
             data.help_index = 'zz';
         }
         shortcut = this.normalize_shortcut(shortcut);
         this._counts[shortcut] = 0;
         this._shortcuts[shortcut] = data;
     }
 
     ShortcutManager.prototype.add_shortcuts = function (data) {
         for (var shortcut in data) {
             this.add_shortcut(shortcut, data[shortcut]);
         }
     }
 
     ShortcutManager.prototype.remove_shortcut = function (shortcut) {
         shortcut = this.normalize_shortcut(shortcut);
         delete this._counts[shortcut];
         delete this._shortcuts[shortcut];
     }
 
     ShortcutManager.prototype.count_handler = function (shortcut, event, data) {
         var that = this;
         var c = this._counts;
         var t = this._timers;
         var timer = null;
         if (c[shortcut] === data.count-1) {
             c[shortcut] = 0;
             var timer = t[shortcut];
             if (timer) {clearTimeout(timer); delete t[shortcut];}
             return data.handler(event);
         } else {
             c[shortcut] = c[shortcut] + 1;
             timer = setTimeout(function () {
                 c[shortcut] = 0;
             }, that.delay);
             t[shortcut] = timer;
         }
         return false;
     }
 
     ShortcutManager.prototype.call_handler = function (event) {
         var shortcut = this.event_to_shortcut(event);
         var data = this._shortcuts[shortcut];
         if (data) {
             var handler = data['handler'];
             if (handler) {
                 if (data.count === 1) {
                     return handler(event);
                 } else if (data.count > 1) {
                     return this.count_handler(shortcut, event, data);
                 }
             }
         }
         return true;
     }
 
 
 
     // Main keyboard manager for the notebook
 
     var KeyboardManager = function () {
         this.mode = 'command';
         this.enabled = true;
         this.bind_events();
         this.command_shortcuts = new ShortcutManager();
         this.command_shortcuts.add_shortcuts(default_common_shortcuts);
         this.command_shortcuts.add_shortcuts(default_command_shortcuts);
         this.edit_shortcuts = new ShortcutManager();
         this.edit_shortcuts.add_shortcuts(default_common_shortcuts);
         this.edit_shortcuts.add_shortcuts(default_edit_shortcuts);
     };
 
     KeyboardManager.prototype.bind_events = function () {
         var that = this;
         $(document).keydown(function (event) {
             return that.handle_keydown(event);
         });
     };
 
     KeyboardManager.prototype.handle_keydown = function (event) {
         var notebook = IPython.notebook;
 
         if (event.which === keycodes['esc']) {
             // Intercept escape at highest level to avoid closing
             // websocket connection with firefox
             event.preventDefault();
         }
         
         if (!this.enabled) {
             if (event.which === keycodes['esc']) {
                 // ESC
                 notebook.command_mode();
                 return false;
             }
             return true;
         }
         
         if (this.mode === 'edit') {
             return this.edit_shortcuts.call_handler(event);
         } else if (this.mode === 'command') {
             return this.command_shortcuts.call_handler(event);
         }
         return true;
     }
 
     KeyboardManager.prototype.edit_mode = function () {
         this.last_mode = this.mode;
         this.mode = 'edit';
     }
 
     KeyboardManager.prototype.command_mode = function () {
         this.last_mode = this.mode;
         this.mode = 'command';
     }
 
     KeyboardManager.prototype.enable = function () {
         this.enabled = true;
     }
 
     KeyboardManager.prototype.disable = function () {
         this.enabled = false;
     }
 
     KeyboardManager.prototype.register_events = function (e) {
         var that = this;
         e.on('focusin', function () {
             that.disable();
         });
         e.on('focusout', function () {
             that.enable();
         });
         // There are times (raw_input) where we remove the element from the DOM before
         // focusout is called. In this case we bind to the remove event of jQueryUI,
         // which gets triggered upon removal.
         e.on('remove', function () {
             that.enable();
         });
     }
 
 
     IPython.keycodes = keycodes;
     IPython.inv_keycodes = inv_keycodes;
     IPython.default_common_shortcuts = default_common_shortcuts;
     IPython.default_edit_shortcuts = default_edit_shortcuts;
     IPython.default_command_shortcuts = default_command_shortcuts;
     IPython.ShortcutManager = ShortcutManager;
     IPython.KeyboardManager = KeyboardManager;
 
     return IPython;
 
 }(IPython));

IPython/html/static/notebook/js/main.js

@@ -1,128 +1,122 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2011  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // On document ready
 //============================================================================
-"use strict";
 
 // for the time beeing, we have to pass marked as a parameter here,
 // as injecting require.js make marked not to put itself in the globals,
 // which make both this file fail at setting marked configuration, and textcell.js
 // which search marked into global.
 require(['components/marked/lib/marked',
          'notebook/js/widgets/init'],
 
 function (marked) {
+    "use strict";
 
-    window.marked = marked
+    window.marked = marked;
 
     // monkey patch CM to be able to syntax highlight cell magics
     // bug reported upstream,
     // see https://github.com/marijnh/CodeMirror2/issues/670
-    if(CodeMirror.getMode(1,'text/plain').indent == undefined ){
+    if(CodeMirror.getMode(1,'text/plain').indent === undefined ){
         console.log('patching CM for undefined indent');
         CodeMirror.modes.null = function() {
-            return {token: function(stream) {stream.skipToEnd();},indent : function(){return 0}}
-        }
+            return {token: function(stream) {stream.skipToEnd();},indent : function(){return 0;}};
+        };
     }
 
     CodeMirror.patchedGetMode = function(config, mode){
             var cmmode = CodeMirror.getMode(config, mode);
-            if(cmmode.indent == null)
-            {
+            if(cmmode.indent === null) {
                 console.log('patch mode "' , mode, '" on the fly');
-                cmmode.indent = function(){return 0};
+                cmmode.indent = function(){return 0;};
             }
             return cmmode;
-        }
+        };
     // end monkey patching CodeMirror
 
     IPython.mathjaxutils.init();
 
     $('#ipython-main-app').addClass('border-box-sizing');
     $('div#notebook_panel').addClass('border-box-sizing');
 
-    var baseProjectUrl = $('body').data('baseProjectUrl');
-    var notebookPath = $('body').data('notebookPath');
-    var notebookName = $('body').data('notebookName');
-    notebookName = decodeURIComponent(notebookName);
-    notebookPath = decodeURIComponent(notebookPath);
-    console.log(notebookName);
-    if (notebookPath == 'None'){
-        notebookPath = "";
-    }
+    var opts = {
+        base_url : IPython.utils.get_body_data("baseUrl"),
+        base_kernel_url : IPython.utils.get_body_data("baseKernelUrl"),
+        notebook_path : IPython.utils.get_body_data("notebookPath"),
+        notebook_name : IPython.utils.get_body_data('notebookName')
+    };
 
     IPython.page = new IPython.Page();
     IPython.layout_manager = new IPython.LayoutManager();
     IPython.pager = new IPython.Pager('div#pager', 'div#pager_splitter');
     IPython.quick_help = new IPython.QuickHelp();
-    IPython.login_widget = new IPython.LoginWidget('span#login_widget',{baseProjectUrl:baseProjectUrl});
-    IPython.notebook = new IPython.Notebook('div#notebook',{baseProjectUrl:baseProjectUrl, notebookPath:notebookPath, notebookName:notebookName});
+    IPython.login_widget = new IPython.LoginWidget('span#login_widget', opts);
+    IPython.notebook = new IPython.Notebook('div#notebook', opts);
     IPython.keyboard_manager = new IPython.KeyboardManager();
     IPython.save_widget = new IPython.SaveWidget('span#save_widget');
-    IPython.menubar = new IPython.MenuBar('#menubar',{baseProjectUrl:baseProjectUrl, notebookPath: notebookPath})
-    IPython.toolbar = new IPython.MainToolBar('#maintoolbar-container')
-    IPython.tooltip = new IPython.Tooltip()
-    IPython.notification_area = new IPython.NotificationArea('#notification_area')
+    IPython.menubar = new IPython.MenuBar('#menubar', opts);
+    IPython.toolbar = new IPython.MainToolBar('#maintoolbar-container');
+    IPython.tooltip = new IPython.Tooltip();
+    IPython.notification_area = new IPython.NotificationArea('#notification_area');
     IPython.notification_area.init_notification_widgets();
 
     IPython.layout_manager.do_resize();
 
     $('body').append('<div id="fonttest"><pre><span id="test1">x</span>'+
                      '<span id="test2" style="font-weight: bold;">x</span>'+
-                     '<span id="test3" style="font-style: italic;">x</span></pre></div>')
+                     '<span id="test3" style="font-style: italic;">x</span></pre></div>');
     var nh = $('#test1').innerHeight();
     var bh = $('#test2').innerHeight();
     var ih = $('#test3').innerHeight();
     if(nh != bh || nh != ih) {
         $('head').append('<style>.CodeMirror span { vertical-align: bottom; }</style>');
     }
     $('#fonttest').remove();
 
     IPython.page.show();
 
     IPython.layout_manager.do_resize();
     var first_load = function () {
         IPython.layout_manager.do_resize();
         var hash = document.location.hash;
         if (hash) {
             document.location.hash = '';
             document.location.hash = hash;
         }
         IPython.notebook.set_autosave_interval(IPython.notebook.minimum_autosave_interval);
         // only do this once
         $([IPython.events]).off('notebook_loaded.Notebook', first_load);
     };
     
     $([IPython.events]).on('notebook_loaded.Notebook', first_load);
     $([IPython.events]).trigger('app_initialized.NotebookApp');
-    IPython.notebook.load_notebook(notebookName, notebookPath);
+    IPython.notebook.load_notebook(opts.notebook_name, opts.notebook_path);
 
     if (marked) {
         marked.setOptions({
             gfm : true,
             tables: true,
             langPrefix: "language-",
             highlight: function(code, lang) {
                 if (!lang) {
                     // no language, no highlight
                     return code;
                 }
                 var highlighted;
                 try {
                     highlighted = hljs.highlight(lang, code, false);
                 } catch(err) {
                     highlighted = hljs.highlightAuto(code);
                 }
                 return highlighted.value;
             }
-        })
+        });
     }
-}
-
-);
+});

IPython/html/static/notebook/js/maintoolbar.js

@@ -1,213 +1,214 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2011 The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // ToolBar
 //============================================================================
 
 var IPython = (function (IPython) {
     "use strict";
 
     var MainToolBar = function (selector) {
         IPython.ToolBar.apply(this, arguments);
         this.construct();
         this.add_celltype_list();
         this.add_celltoolbar_list();
         this.bind_events();
     };
 
     MainToolBar.prototype = new IPython.ToolBar(); 
 
     MainToolBar.prototype.construct = function () {
         this.add_buttons_group([
                 {
                     id : 'save_b',
                     label : 'Save and Checkpoint',
                     icon : 'icon-save',
                     callback : function () {
                         IPython.notebook.save_checkpoint();
                         }
                 }
             ]);
 
         this.add_buttons_group([
                 {
                     id : 'insert_below_b',
                     label : 'Insert Cell Below',
                     icon : 'icon-plus-sign',
                     callback : function () {
                         IPython.notebook.insert_cell_below('code');
                         IPython.notebook.select_next();
                         IPython.notebook.focus_cell();
                         }
                 }
             ],'insert_above_below');
 
         this.add_buttons_group([
                 {
                     id : 'cut_b',
                     label : 'Cut Cell',
                     icon : 'icon-cut',
                     callback : function () {
                         IPython.notebook.cut_cell();
                         }
                 },
                 {
                     id : 'copy_b',
                     label : 'Copy Cell',
                     icon : 'icon-copy',
                     callback : function () {
                         IPython.notebook.copy_cell();
                         }
                 },
                 {
                     id : 'paste_b',
                     label : 'Paste Cell Below',
                     icon : 'icon-paste',
                     callback : function () {
                         IPython.notebook.paste_cell_below();
                         }
                 }
             ],'cut_copy_paste');
 
         this.add_buttons_group([
                 {
                     id : 'move_up_b',
                     label : 'Move Cell Up',
                     icon : 'icon-arrow-up',
                     callback : function () {
                         IPython.notebook.move_cell_up();
                         }
                 },
                 {
                     id : 'move_down_b',
                     label : 'Move Cell Down',
                     icon : 'icon-arrow-down',
                     callback : function () {
                         IPython.notebook.move_cell_down();
                         }
                 }
             ],'move_up_down');
         
 
         this.add_buttons_group([
                 {
                     id : 'run_b',
                     label : 'Run Cell',
                     icon : 'icon-play',
                     callback : function () {
-                    IPython.notebook.execute_cell();
-                        }
+                        // emulate default shift-enter behavior
+                        IPython.notebook.execute_cell_and_select_below();
+                    }
                 },
                 {
                     id : 'interrupt_b',
                     label : 'Interrupt',
                     icon : 'icon-stop',
                     callback : function () {
                         IPython.notebook.session.interrupt_kernel();
                         }
                 },
                 {
                     id : 'repeat_b',
                     label : 'Restart Kernel',
                     icon : 'icon-repeat',
                     callback : function () {
                         IPython.notebook.restart_kernel();
                         }
                 }
             ],'run_int');
     };
 
     MainToolBar.prototype.add_celltype_list = function () {
         this.element
             .append($('<select/>')
                 .attr('id','cell_type')
                 // .addClass('ui-widget-content')
                 .append($('<option/>').attr('value','code').text('Code'))
                 .append($('<option/>').attr('value','markdown').text('Markdown'))
                 .append($('<option/>').attr('value','raw').text('Raw NBConvert'))
                 .append($('<option/>').attr('value','heading1').text('Heading 1'))
                 .append($('<option/>').attr('value','heading2').text('Heading 2'))
                 .append($('<option/>').attr('value','heading3').text('Heading 3'))
                 .append($('<option/>').attr('value','heading4').text('Heading 4'))
                 .append($('<option/>').attr('value','heading5').text('Heading 5'))
                 .append($('<option/>').attr('value','heading6').text('Heading 6'))
             );
     };
 
 
     MainToolBar.prototype.add_celltoolbar_list = function () {
         var label = $('<span/>').addClass("navbar-text").text('Cell Toolbar:');
         var select = $('<select/>')
             // .addClass('ui-widget-content')
             .attr('id', 'ctb_select')
             .append($('<option/>').attr('value', '').text('None'));
         this.element.append(label).append(select);
         select.change(function() {
                 var val = $(this).val()
                 if (val =='') {
                     IPython.CellToolbar.global_hide();
                     delete IPython.notebook.metadata.celltoolbar;
                 } else {
                     IPython.CellToolbar.global_show();
                     IPython.CellToolbar.activate_preset(val);
                     IPython.notebook.metadata.celltoolbar = val;
                 }
             });
         // Setup the currently registered presets.
         var presets = IPython.CellToolbar.list_presets();
         for (var i=0; i<presets.length; i++) {
             var name = presets[i];
             select.append($('<option/>').attr('value', name).text(name));
         }
         // Setup future preset registrations.
         $([IPython.events]).on('preset_added.CellToolbar', function (event, data) {
             var name = data.name;
             select.append($('<option/>').attr('value', name).text(name));
         });
     };
 
 
     MainToolBar.prototype.bind_events = function () {
         var that = this;
         
         this.element.find('#cell_type').change(function () {
             var cell_type = $(this).val();
             if (cell_type === 'code') {
                 IPython.notebook.to_code();
             } else if (cell_type === 'markdown')  {
                 IPython.notebook.to_markdown();
             } else if (cell_type === 'raw')  {
                 IPython.notebook.to_raw();
             } else if (cell_type === 'heading1')  {
                 IPython.notebook.to_heading(undefined, 1);
             } else if (cell_type === 'heading2')  {
                 IPython.notebook.to_heading(undefined, 2);
             } else if (cell_type === 'heading3')  {
                 IPython.notebook.to_heading(undefined, 3);
             } else if (cell_type === 'heading4')  {
                 IPython.notebook.to_heading(undefined, 4);
             } else if (cell_type === 'heading5')  {
                 IPython.notebook.to_heading(undefined, 5);
             } else if (cell_type === 'heading6')  {
                 IPython.notebook.to_heading(undefined, 6);
             }
         });
         $([IPython.events]).on('selected_cell_type_changed.Notebook', function (event, data) {
             if (data.cell_type === 'heading') {
                 that.element.find('#cell_type').val(data.cell_type+data.level);
             } else {
                 that.element.find('#cell_type').val(data.cell_type);
             }
         });
     };
 
     IPython.MainToolBar = MainToolBar;
 
     return IPython;
 
 }(IPython));

IPython/html/static/notebook/js/menubar.js

@@ -1,327 +1,318 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2008-2011  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // MenuBar
 //============================================================================
 
 /**
  * @module IPython
  * @namespace IPython
  * @submodule MenuBar
  */
 
 
 var IPython = (function (IPython) {
     "use strict";
     
     var utils = IPython.utils;
 
     /**
      * A MenuBar Class to generate the menubar of IPython notebook
      * @Class MenuBar
      *
      * @constructor
      *
      *
      * @param selector {string} selector for the menubar element in DOM
      * @param {object} [options]
-     *      @param [options.baseProjectUrl] {String} String to use for the
-     *      Base Project url, default would be to inspect
-     *      $('body').data('baseProjectUrl');
+     *      @param [options.base_url] {String} String to use for the
+     *      base project url. Default is to inspect
+     *      $('body').data('baseUrl');
      *      does not support change for now is set through this option
      */
     var MenuBar = function (selector, options) {
         options = options || {};
-        if (options.baseProjectUrl !== undefined) {
-            this._baseProjectUrl = options.baseProjectUrl;
-        }
+        this.base_url = options.base_url || IPython.utils.get_body_data("baseUrl");
         this.selector = selector;
         if (this.selector !== undefined) {
             this.element = $(selector);
             this.style();
             this.bind_events();
         }
     };
 
-    MenuBar.prototype.baseProjectUrl = function(){
-        return this._baseProjectUrl || $('body').data('baseProjectUrl');
-    };
-
-    MenuBar.prototype.notebookPath = function() {
-        var path = $('body').data('notebookPath');
-        path = decodeURIComponent(path);
-        return path;
-    };
-    
     MenuBar.prototype.style = function () {
         this.element.addClass('border-box-sizing');
         this.element.find("li").click(function (event, ui) {
                 // The selected cell loses focus when the menu is entered, so we
                 // re-select it upon selection.
                 var i = IPython.notebook.get_selected_index();
                 IPython.notebook.select(i);
             }
         );
     };
 
     MenuBar.prototype._nbconvert = function (format, download) {
         download = download || false;
-        var notebook_name = IPython.notebook.get_notebook_name();
+        var notebook_path = IPython.notebook.notebook_path;
+        var notebook_name = IPython.notebook.notebook_name;
         if (IPython.notebook.dirty) {
             IPython.notebook.save_notebook({async : false});
         }
-        var url = utils.url_path_join(
-            this.baseProjectUrl(),
+        var url = utils.url_join_encode(
+            this.base_url,
             'nbconvert',
             format,
-            this.notebookPath(),
-            notebook_name + '.ipynb'
+            notebook_path,
+            notebook_name
         ) + "?download=" + download.toString();
 
         window.open(url);
-    }
+    };
 
     MenuBar.prototype.bind_events = function () {
         //  File
         var that = this;
         this.element.find('#new_notebook').click(function () {
             IPython.notebook.new_notebook();
         });
         this.element.find('#open_notebook').click(function () {
             window.open(utils.url_join_encode(
-                that.baseProjectUrl(),
+                IPython.notebook.base_url,
                 'tree',
-                that.notebookPath()
+                IPython.notebook.notebook_path
             ));
         });
         this.element.find('#copy_notebook').click(function () {
             IPython.notebook.copy_notebook();
             return false;
         });
         this.element.find('#download_ipynb').click(function () {
-            var notebook_name = IPython.notebook.get_notebook_name();
+            var base_url = IPython.notebook.base_url;
+            var notebook_path = IPython.notebook.notebook_path;
+            var notebook_name = IPython.notebook.notebook_name;
             if (IPython.notebook.dirty) {
                 IPython.notebook.save_notebook({async : false});
             }
             
             var url = utils.url_join_encode(
-                that.baseProjectUrl(),
+                base_url,
                 'files',
-                that.notebookPath(),
-                notebook_name + '.ipynb'
+                notebook_path,
+                notebook_name
             );
             window.location.assign(url);
         });
         
         this.element.find('#print_preview').click(function () {
             that._nbconvert('html', false);
         });
 
         this.element.find('#download_py').click(function () {
             that._nbconvert('python', true);
         });
 
         this.element.find('#download_html').click(function () {
             that._nbconvert('html', true);
         });
 
         this.element.find('#download_rst').click(function () {
             that._nbconvert('rst', true);
         });
 
         this.element.find('#rename_notebook').click(function () {
             IPython.save_widget.rename_notebook();
         });
         this.element.find('#save_checkpoint').click(function () {
             IPython.notebook.save_checkpoint();
         });
         this.element.find('#restore_checkpoint').click(function () {
         });
         this.element.find('#kill_and_exit').click(function () {
             IPython.notebook.session.delete();
             setTimeout(function(){
                 // allow closing of new tabs in Chromium, impossible in FF
                 window.open('', '_self', '');
                 window.close();
             }, 500);
         });
         // Edit
         this.element.find('#cut_cell').click(function () {
             IPython.notebook.cut_cell();
         });
         this.element.find('#copy_cell').click(function () {
             IPython.notebook.copy_cell();
         });
         this.element.find('#delete_cell').click(function () {
             IPython.notebook.delete_cell();
         });
         this.element.find('#undelete_cell').click(function () {
             IPython.notebook.undelete_cell();
         });
         this.element.find('#split_cell').click(function () {
             IPython.notebook.split_cell();
         });
         this.element.find('#merge_cell_above').click(function () {
             IPython.notebook.merge_cell_above();
         });
         this.element.find('#merge_cell_below').click(function () {
             IPython.notebook.merge_cell_below();
         });
         this.element.find('#move_cell_up').click(function () {
             IPython.notebook.move_cell_up();
         });
         this.element.find('#move_cell_down').click(function () {
             IPython.notebook.move_cell_down();
         });
         this.element.find('#edit_nb_metadata').click(function () {
             IPython.notebook.edit_metadata();
         });
         
         // View
         this.element.find('#toggle_header').click(function () {
             $('div#header').toggle();
             IPython.layout_manager.do_resize();
         });
         this.element.find('#toggle_toolbar').click(function () {
             $('div#maintoolbar').toggle();
             IPython.layout_manager.do_resize();
         });
         // Insert
         this.element.find('#insert_cell_above').click(function () {
             IPython.notebook.insert_cell_above('code');
             IPython.notebook.select_prev();
         });
         this.element.find('#insert_cell_below').click(function () {
             IPython.notebook.insert_cell_below('code');
             IPython.notebook.select_next();
         });
         // Cell
         this.element.find('#run_cell').click(function () {
             IPython.notebook.execute_cell();
         });
         this.element.find('#run_cell_select_below').click(function () {
             IPython.notebook.execute_cell_and_select_below();
         });
         this.element.find('#run_cell_insert_below').click(function () {
             IPython.notebook.execute_cell_and_insert_below();
         });
         this.element.find('#run_all_cells').click(function () {
             IPython.notebook.execute_all_cells();
         });
         this.element.find('#run_all_cells_above').click(function () {
             IPython.notebook.execute_cells_above();
         });
         this.element.find('#run_all_cells_below').click(function () {
             IPython.notebook.execute_cells_below();
         });
         this.element.find('#to_code').click(function () {
             IPython.notebook.to_code();
         });
         this.element.find('#to_markdown').click(function () {
             IPython.notebook.to_markdown();
         });
         this.element.find('#to_raw').click(function () {
             IPython.notebook.to_raw();
         });
         this.element.find('#to_heading1').click(function () {
             IPython.notebook.to_heading(undefined, 1);
         });
         this.element.find('#to_heading2').click(function () {
             IPython.notebook.to_heading(undefined, 2);
         });
         this.element.find('#to_heading3').click(function () {
             IPython.notebook.to_heading(undefined, 3);
         });
         this.element.find('#to_heading4').click(function () {
             IPython.notebook.to_heading(undefined, 4);
         });
         this.element.find('#to_heading5').click(function () {
             IPython.notebook.to_heading(undefined, 5);
         });
         this.element.find('#to_heading6').click(function () {
             IPython.notebook.to_heading(undefined, 6);
         });
         
         this.element.find('#toggle_current_output').click(function () {
             IPython.notebook.toggle_output();
         });
         this.element.find('#toggle_current_output_scroll').click(function () {
             IPython.notebook.toggle_output_scroll();
         });
         this.element.find('#clear_current_output').click(function () {
             IPython.notebook.clear_output();
         });
         
         this.element.find('#toggle_all_output').click(function () {
             IPython.notebook.toggle_all_output();
         });
         this.element.find('#toggle_all_output_scroll').click(function () {
             IPython.notebook.toggle_all_output_scroll();
         });
         this.element.find('#clear_all_output').click(function () {
             IPython.notebook.clear_all_output();
         });
         
         // Kernel
         this.element.find('#int_kernel').click(function () {
             IPython.notebook.session.interrupt_kernel();
         });
         this.element.find('#restart_kernel').click(function () {
             IPython.notebook.restart_kernel();
         });
         // Help
         this.element.find('#keyboard_shortcuts').click(function () {
             IPython.quick_help.show_keyboard_shortcuts();
         });
         
         this.update_restore_checkpoint(null);
         
         $([IPython.events]).on('checkpoints_listed.Notebook', function (event, data) {
             that.update_restore_checkpoint(IPython.notebook.checkpoints);
         });
         
         $([IPython.events]).on('checkpoint_created.Notebook', function (event, data) {
             that.update_restore_checkpoint(IPython.notebook.checkpoints);
         });
     };
 
     MenuBar.prototype.update_restore_checkpoint = function(checkpoints) {
         var ul = this.element.find("#restore_checkpoint").find("ul");
         ul.empty();
         if (!checkpoints || checkpoints.length === 0) {
             ul.append(
                 $("<li/>")
                 .addClass("disabled")
                 .append(
                     $("<a/>")
                     .text("No checkpoints")
                 )
             );
             return;
         }
         
         checkpoints.map(function (checkpoint) {
             var d = new Date(checkpoint.last_modified);
             ul.append(
                 $("<li/>").append(
                     $("<a/>")
                     .attr("href", "#")
                     .text(d.format("mmm dd HH:MM:ss"))
                     .click(function () {
                         IPython.notebook.restore_checkpoint_dialog(checkpoint);
                     })
                 )
             );
         });
     };
 
     IPython.MenuBar = MenuBar;
 
     return IPython;
 
 }(IPython));

IPython/html/static/notebook/js/notebook.js

@@ -1,2301 +1,2288 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2011  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // Notebook
 //============================================================================
 
 var IPython = (function (IPython) {
     "use strict";
 
     var utils = IPython.utils;
 
     /**
      * A notebook contains and manages cells.
      * 
      * @class Notebook
      * @constructor
      * @param {String} selector A jQuery selector for the notebook's DOM element
      * @param {Object} [options] A config object
      */
     var Notebook = function (selector, options) {
-        var options = options || {};
-        this._baseProjectUrl = options.baseProjectUrl;
-        this.notebook_path = options.notebookPath;
-        this.notebook_name = options.notebookName;
+        this.options = options = options || {};
+        this.base_url = options.base_url;
+        this.notebook_path = options.notebook_path;
+        this.notebook_name = options.notebook_name;
         this.element = $(selector);
         this.element.scroll();
         this.element.data("notebook", this);
         this.next_prompt_number = 1;
         this.session = null;
         this.kernel = null;
         this.clipboard = null;
         this.undelete_backup = null;
         this.undelete_index = null;
         this.undelete_below = false;
         this.paste_enabled = false;
         // It is important to start out in command mode to match the intial mode
         // of the KeyboardManager.
         this.mode = 'command';
         this.set_dirty(false);
         this.metadata = {};
         this._checkpoint_after_save = false;
         this.last_checkpoint = null;
         this.checkpoints = [];
         this.autosave_interval = 0;
         this.autosave_timer = null;
         // autosave *at most* every two minutes
         this.minimum_autosave_interval = 120000;
         // single worksheet for now
         this.worksheet_metadata = {};
         this.notebook_name_blacklist_re = /[\/\\:]/;
-        this.nbformat = 3 // Increment this when changing the nbformat
-        this.nbformat_minor = 0 // Increment this when changing the nbformat
+        this.nbformat = 3; // Increment this when changing the nbformat
+        this.nbformat_minor = 0; // Increment this when changing the nbformat
         this.style();
         this.create_elements();
         this.bind_events();
     };
 
     /**
      * Tweak the notebook's CSS style.
      * 
      * @method style
      */
     Notebook.prototype.style = function () {
         $('div#notebook').addClass('border-box-sizing');
     };
 
     /**
-     * Get the root URL of the notebook server.
-     * 
-     * @method baseProjectUrl
-     * @return {String} The base project URL
-     */
-    Notebook.prototype.baseProjectUrl = function() {
-        return this._baseProjectUrl || $('body').data('baseProjectUrl');
-    };
-
-    Notebook.prototype.notebookName = function() {
-        return $('body').data('notebookName');
-    };
-    
-    Notebook.prototype.notebookPath = function() {
-        return $('body').data('notebookPath');
-    };
-    
-    /**
      * Create an HTML and CSS representation of the notebook.
      * 
      * @method create_elements
      */
     Notebook.prototype.create_elements = function () {
         var that = this;
         this.element.attr('tabindex','-1');
         this.container = $("<div/>").addClass("container").attr("id", "notebook-container");
         // We add this end_space div to the end of the notebook div to:
         // i) provide a margin between the last cell and the end of the notebook
         // ii) to prevent the div from scrolling up when the last cell is being
         // edited, but is too low on the page, which browsers will do automatically.
         var end_space = $('<div/>').addClass('end_space');
         end_space.dblclick(function (e) {
             var ncells = that.ncells();
             that.insert_cell_below('code',ncells-1);
         });
         this.element.append(this.container);
         this.container.append(end_space);
     };
 
     /**
      * Bind JavaScript events: key presses and custom IPython events.
      * 
      * @method bind_events
      */
     Notebook.prototype.bind_events = function () {
         var that = this;
 
         $([IPython.events]).on('set_next_input.Notebook', function (event, data) {
             var index = that.find_cell_index(data.cell);
             var new_cell = that.insert_cell_below('code',index);
             new_cell.set_text(data.text);
             that.dirty = true;
         });
 
         $([IPython.events]).on('set_dirty.Notebook', function (event, data) {
             that.dirty = data.value;
         });
 
         $([IPython.events]).on('select.Cell', function (event, data) {
             var index = that.find_cell_index(data.cell);
             that.select(index);
         });
 
         $([IPython.events]).on('edit_mode.Cell', function (event, data) {
             var index = that.find_cell_index(data.cell);
             that.select(index);
             that.edit_mode();
         });
 
         $([IPython.events]).on('command_mode.Cell', function (event, data) {
             that.command_mode();
         });
 
         $([IPython.events]).on('status_autorestarting.Kernel', function () {
             IPython.dialog.modal({
                 title: "Kernel Restarting",
                 body: "The kernel appears to have died. It will restart automatically.",
                 buttons: {
                     OK : {
                         class : "btn-primary"
                     }
                 }
             });
         });
 
         var collapse_time = function (time) {
             var app_height = $('#ipython-main-app').height(); // content height
             var splitter_height = $('div#pager_splitter').outerHeight(true);
             var new_height = app_height - splitter_height;
             that.element.animate({height : new_height + 'px'}, time);
         };
 
         this.element.bind('collapse_pager', function (event, extrap) {
-            var time = (extrap != undefined) ? ((extrap.duration != undefined ) ? extrap.duration : 'fast') : 'fast';
+            var time = (extrap !== undefined) ? ((extrap.duration !== undefined ) ? extrap.duration : 'fast') : 'fast';
             collapse_time(time);
         });
 
         var expand_time = function (time) {
             var app_height = $('#ipython-main-app').height(); // content height
             var splitter_height = $('div#pager_splitter').outerHeight(true);
             var pager_height = $('div#pager').outerHeight(true);
             var new_height = app_height - pager_height - splitter_height;
             that.element.animate({height : new_height + 'px'}, time);
         };
 
         this.element.bind('expand_pager', function (event, extrap) {
-            var time = (extrap != undefined) ? ((extrap.duration != undefined ) ? extrap.duration : 'fast') : 'fast';
+            var time = (extrap !== undefined) ? ((extrap.duration !== undefined ) ? extrap.duration : 'fast') : 'fast';
             expand_time(time);
         });
         
         // Firefox 22 broke $(window).on("beforeunload")
         // I'm not sure why or how.
         window.onbeforeunload = function (e) {
             // TODO: Make killing the kernel configurable.
             var kill_kernel = false;
             if (kill_kernel) {
                 that.session.kill_kernel();
             }
             // if we are autosaving, trigger an autosave on nav-away.
             // still warn, because if we don't the autosave may fail.
             if (that.dirty) {
                 if ( that.autosave_interval ) {
                     // schedule autosave in a timeout
                     // this gives you a chance to forcefully discard changes
                     // by reloading the page if you *really* want to.
                     // the timer doesn't start until you *dismiss* the dialog.
                     setTimeout(function () {
                         if (that.dirty) {
                             that.save_notebook();
                         }
                     }, 1000);
                     return "Autosave in progress, latest changes may be lost.";
                 } else {
                     return "Unsaved changes will be lost.";
                 }
-            };
+            }
             // Null is the *only* return value that will make the browser not
             // pop up the "don't leave" dialog.
             return null;
         };
     };
 
     /**
      * Set the dirty flag, and trigger the set_dirty.Notebook event
      * 
      * @method set_dirty
      */
     Notebook.prototype.set_dirty = function (value) {
         if (value === undefined) {
             value = true;
         }
         if (this.dirty == value) {
             return;
         }
         $([IPython.events]).trigger('set_dirty.Notebook', {value: value});
     };
 
     /**
      * Scroll the top of the page to a given cell.
      * 
      * @method scroll_to_cell
      * @param {Number} cell_number An index of the cell to view
      * @param {Number} time Animation time in milliseconds
      * @return {Number} Pixel offset from the top of the container
      */
     Notebook.prototype.scroll_to_cell = function (cell_number, time) {
         var cells = this.get_cells();
-        var time = time || 0;
+        time = time || 0;
         cell_number = Math.min(cells.length-1,cell_number);
         cell_number = Math.max(0             ,cell_number);
         var scroll_value = cells[cell_number].element.position().top-cells[0].element.position().top ;
         this.element.animate({scrollTop:scroll_value}, time);
         return scroll_value;
     };
 
     /**
      * Scroll to the bottom of the page.
      * 
      * @method scroll_to_bottom
      */
     Notebook.prototype.scroll_to_bottom = function () {
         this.element.animate({scrollTop:this.element.get(0).scrollHeight}, 0);
     };
 
     /**
      * Scroll to the top of the page.
      * 
      * @method scroll_to_top
      */
     Notebook.prototype.scroll_to_top = function () {
         this.element.animate({scrollTop:0}, 0);
     };
 
     // Edit Notebook metadata
 
     Notebook.prototype.edit_metadata = function () {
         var that = this;
         IPython.dialog.edit_metadata(this.metadata, function (md) {
             that.metadata = md;
         }, 'Notebook');
     };
 
     // Cell indexing, retrieval, etc.
 
     /**
      * Get all cell elements in the notebook.
      * 
      * @method get_cell_elements
      * @return {jQuery} A selector of all cell elements
      */
     Notebook.prototype.get_cell_elements = function () {
         return this.container.children("div.cell");
     };
 
     /**
      * Get a particular cell element.
      * 
      * @method get_cell_element
      * @param {Number} index An index of a cell to select
      * @return {jQuery} A selector of the given cell.
      */
     Notebook.prototype.get_cell_element = function (index) {
         var result = null;
         var e = this.get_cell_elements().eq(index);
         if (e.length !== 0) {
             result = e;
         }
         return result;
     };
 
     /**
      * Try to get a particular cell by msg_id.
      * 
      * @method get_msg_cell
      * @param {String} msg_id A message UUID
      * @return {Cell} Cell or null if no cell was found.
      */
     Notebook.prototype.get_msg_cell = function (msg_id) {
         return IPython.CodeCell.msg_cells[msg_id] || null;
     };
 
     /**
      * Count the cells in this notebook.
      * 
      * @method ncells
      * @return {Number} The number of cells in this notebook
      */
     Notebook.prototype.ncells = function () {
         return this.get_cell_elements().length;
     };
 
     /**
      * Get all Cell objects in this notebook.
      * 
      * @method get_cells
      * @return {Array} This notebook's Cell objects
      */
     // TODO: we are often calling cells as cells()[i], which we should optimize
     // to cells(i) or a new method.
     Notebook.prototype.get_cells = function () {
         return this.get_cell_elements().toArray().map(function (e) {
             return $(e).data("cell");
         });
     };
 
     /**
      * Get a Cell object from this notebook.
      * 
      * @method get_cell
      * @param {Number} index An index of a cell to retrieve
      * @return {Cell} A particular cell
      */
     Notebook.prototype.get_cell = function (index) {
         var result = null;
         var ce = this.get_cell_element(index);
         if (ce !== null) {
             result = ce.data('cell');
         }
         return result;
-    }
+    };
 
     /**
      * Get the cell below a given cell.
      * 
      * @method get_next_cell
      * @param {Cell} cell The provided cell
      * @return {Cell} The next cell
      */
     Notebook.prototype.get_next_cell = function (cell) {
         var result = null;
         var index = this.find_cell_index(cell);
         if (this.is_valid_cell_index(index+1)) {
             result = this.get_cell(index+1);
         }
         return result;
-    }
+    };
 
     /**
      * Get the cell above a given cell.
      * 
      * @method get_prev_cell
      * @param {Cell} cell The provided cell
      * @return {Cell} The previous cell
      */
     Notebook.prototype.get_prev_cell = function (cell) {
         // TODO: off-by-one
         // nb.get_prev_cell(nb.get_cell(1)) is null
         var result = null;
         var index = this.find_cell_index(cell);
         if (index !== null && index > 1) {
             result = this.get_cell(index-1);
         }
         return result;
-    }
+    };
     
     /**
      * Get the numeric index of a given cell.
      * 
      * @method find_cell_index
      * @param {Cell} cell The provided cell
      * @return {Number} The cell's numeric index
      */
     Notebook.prototype.find_cell_index = function (cell) {
         var result = null;
         this.get_cell_elements().filter(function (index) {
             if ($(this).data("cell") === cell) {
                 result = index;
-            };
+            }
         });
         return result;
     };
 
     /**
      * Get a given index , or the selected index if none is provided.
      * 
      * @method index_or_selected
      * @param {Number} index A cell's index
      * @return {Number} The given index, or selected index if none is provided.
      */
     Notebook.prototype.index_or_selected = function (index) {
         var i;
         if (index === undefined || index === null) {
             i = this.get_selected_index();
             if (i === null) {
                 i = 0;
             }
         } else {
             i = index;
         }
         return i;
     };
 
     /**
      * Get the currently selected cell.
      * @method get_selected_cell
      * @return {Cell} The selected cell
      */
     Notebook.prototype.get_selected_cell = function () {
         var index = this.get_selected_index();
         return this.get_cell(index);
     };
 
     /**
      * Check whether a cell index is valid.
      * 
      * @method is_valid_cell_index
      * @param {Number} index A cell index
      * @return True if the index is valid, false otherwise
      */
     Notebook.prototype.is_valid_cell_index = function (index) {
         if (index !== null && index >= 0 && index < this.ncells()) {
             return true;
         } else {
             return false;
-        };
-    }
+        }
+    };
 
     /**
      * Get the index of the currently selected cell.
      
      * @method get_selected_index
      * @return {Number} The selected cell's numeric index
      */
     Notebook.prototype.get_selected_index = function () {
         var result = null;
         this.get_cell_elements().filter(function (index) {
             if ($(this).data("cell").selected === true) {
                 result = index;
-            };
+            }
         });
         return result;
     };
 
 
     // Cell selection.
 
     /**
      * Programmatically select a cell.
      * 
      * @method select
      * @param {Number} index A cell's index
      * @return {Notebook} This notebook
      */
     Notebook.prototype.select = function (index) {
         if (this.is_valid_cell_index(index)) {
-            var sindex = this.get_selected_index()
+            var sindex = this.get_selected_index();
             if (sindex !== null && index !== sindex) {
                 this.command_mode();
                 this.get_cell(sindex).unselect();
-            };
+            }
             var cell = this.get_cell(index);
             cell.select();
             if (cell.cell_type === 'heading') {
                 $([IPython.events]).trigger('selected_cell_type_changed.Notebook',
                     {'cell_type':cell.cell_type,level:cell.level}
                 );
             } else {
                 $([IPython.events]).trigger('selected_cell_type_changed.Notebook',
                     {'cell_type':cell.cell_type}
                 );
-            };
-        };
+            }
+        }
         return this;
     };
 
     /**
      * Programmatically select the next cell.
      *
      * @method select_next
      * @return {Notebook} This notebook
      */
     Notebook.prototype.select_next = function () {
         var index = this.get_selected_index();
         this.select(index+1);
         return this;
     };
 
     /**
      * Programmatically select the previous cell.
      *
      * @method select_prev
      * @return {Notebook} This notebook
      */
     Notebook.prototype.select_prev = function () {
         var index = this.get_selected_index();
         this.select(index-1);
         return this;
     };
 
 
     // Edit/Command mode
 
     Notebook.prototype.get_edit_index = function () {
         var result = null;
         this.get_cell_elements().filter(function (index) {
             if ($(this).data("cell").mode === 'edit') {
                 result = index;
-            };
+            }
         });
         return result;
     };
 
     Notebook.prototype.command_mode = function () {
         if (this.mode !== 'command') {
+            $([IPython.events]).trigger('command_mode.Notebook');
             var index = this.get_edit_index();
             var cell = this.get_cell(index);
             if (cell) {
                 cell.command_mode();
-            };
+            }
             this.mode = 'command';
             IPython.keyboard_manager.command_mode();
-        };
+        }
     };
 
     Notebook.prototype.edit_mode = function () {
         if (this.mode !== 'edit') {
+            $([IPython.events]).trigger('edit_mode.Notebook');
             var cell = this.get_selected_cell();
             if (cell === null) {return;}  // No cell is selected
             // We need to set the mode to edit to prevent reentering this method
             // when cell.edit_mode() is called below.
             this.mode = 'edit';
             IPython.keyboard_manager.edit_mode();
             cell.edit_mode();
-        };
+        }
     };
 
     Notebook.prototype.focus_cell = function () {
         var cell = this.get_selected_cell();
         if (cell === null) {return;}  // No cell is selected
         cell.focus_cell();
     };
 
     // Cell movement
 
     /**
      * Move given (or selected) cell up and select it.
      * 
      * @method move_cell_up
      * @param [index] {integer} cell index
      * @return {Notebook} This notebook
      **/
     Notebook.prototype.move_cell_up = function (index) {
         var i = this.index_or_selected(index);
         if (this.is_valid_cell_index(i) && i > 0) {
             var pivot = this.get_cell_element(i-1);
             var tomove = this.get_cell_element(i);
             if (pivot !== null && tomove !== null) {
                 tomove.detach();
                 pivot.before(tomove);
                 this.select(i-1);
                 var cell = this.get_selected_cell();
                 cell.focus_cell();
-            };
+            }
             this.set_dirty(true);
-        };
+        }
         return this;
     };
 
 
     /**
      * Move given (or selected) cell down and select it
      * 
      * @method move_cell_down
      * @param [index] {integer} cell index
      * @return {Notebook} This notebook
      **/
     Notebook.prototype.move_cell_down = function (index) {
         var i = this.index_or_selected(index);
         if (this.is_valid_cell_index(i) && this.is_valid_cell_index(i+1)) {
             var pivot = this.get_cell_element(i+1);
             var tomove = this.get_cell_element(i);
             if (pivot !== null && tomove !== null) {
                 tomove.detach();
                 pivot.after(tomove);
                 this.select(i+1);
                 var cell = this.get_selected_cell();
                 cell.focus_cell();
-            };
-        };
+            }
+        }
         this.set_dirty();
         return this;
     };
 
 
     // Insertion, deletion.
 
     /**
      * Delete a cell from the notebook.
      * 
      * @method delete_cell
      * @param [index] A cell's numeric index
      * @return {Notebook} This notebook
      */
     Notebook.prototype.delete_cell = function (index) {
         var i = this.index_or_selected(index);
         var cell = this.get_selected_cell();
         this.undelete_backup = cell.toJSON();
         $('#undelete_cell').removeClass('disabled');
         if (this.is_valid_cell_index(i)) {
             var old_ncells = this.ncells();
             var ce = this.get_cell_element(i);
             ce.remove();
             if (i === 0) {
                 // Always make sure we have at least one cell.
                 if (old_ncells === 1) {
                     this.insert_cell_below('code');
                 }
                 this.select(0);
                 this.undelete_index = 0;
                 this.undelete_below = false;
             } else if (i === old_ncells-1 && i !== 0) {
                 this.select(i-1);
                 this.undelete_index = i - 1;
                 this.undelete_below = true;
             } else {
                 this.select(i);
                 this.undelete_index = i;
                 this.undelete_below = false;
-            };
+            }
             $([IPython.events]).trigger('delete.Cell', {'cell': cell, 'index': i});
             this.set_dirty(true);
-        };
+        }
         return this;
     };
 
     /**
      * Restore the most recently deleted cell.
      * 
      * @method undelete
      */
     Notebook.prototype.undelete_cell = function() {
         if (this.undelete_backup !== null && this.undelete_index !== null) {
             var current_index = this.get_selected_index();
             if (this.undelete_index < current_index) {
                 current_index = current_index + 1;
             }
             if (this.undelete_index >= this.ncells()) {
                 this.select(this.ncells() - 1);
             }
             else {
                 this.select(this.undelete_index);
             }
             var cell_data = this.undelete_backup;
             var new_cell = null;
             if (this.undelete_below) {
                 new_cell = this.insert_cell_below(cell_data.cell_type);
             } else {
                 new_cell = this.insert_cell_above(cell_data.cell_type);
             }
             new_cell.fromJSON(cell_data);
             if (this.undelete_below) {
                 this.select(current_index+1);
             } else {
                 this.select(current_index);
             }
             this.undelete_backup = null;
             this.undelete_index = null;
         }
         $('#undelete_cell').addClass('disabled');
-    }
+    };
 
     /**
      * Insert a cell so that after insertion the cell is at given index.
      *
      * Similar to insert_above, but index parameter is mandatory
      *
      * Index will be brought back into the accissible range [0,n]
      *
      * @method insert_cell_at_index
      * @param type {string} in ['code','markdown','heading']
      * @param [index] {int} a valid index where to inser cell
      *
      * @return cell {cell|null} created cell or null
      **/
     Notebook.prototype.insert_cell_at_index = function(type, index){
 
         var ncells = this.ncells();
-        var index = Math.min(index,ncells);
-            index = Math.max(index,0);
+        index = Math.min(index,ncells);
+        index = Math.max(index,0);
         var cell = null;
 
         if (ncells === 0 || this.is_valid_cell_index(index) || index === ncells) {
             if (type === 'code') {
                 cell = new IPython.CodeCell(this.kernel);
                 cell.set_input_prompt();
             } else if (type === 'markdown') {
                 cell = new IPython.MarkdownCell();
             } else if (type === 'raw') {
                 cell = new IPython.RawCell();
             } else if (type === 'heading') {
                 cell = new IPython.HeadingCell();
             }
 
             if(this._insert_element_at_index(cell.element,index)) {
                 cell.render();
                 $([IPython.events]).trigger('create.Cell', {'cell': cell, 'index': index});
                 cell.refresh();
                 // We used to select the cell after we refresh it, but there
                 // are now cases were this method is called where select is
                 // not appropriate. The selection logic should be handled by the
                 // caller of the the top level insert_cell methods.
                 this.set_dirty(true);
             }
         }
         return cell;
 
     };
 
     /**
      * Insert an element at given cell index.
      *
      * @method _insert_element_at_index
      * @param element {dom element} a cell element
      * @param [index] {int} a valid index where to inser cell
      * @private
      *
      * return true if everything whent fine.
      **/
     Notebook.prototype._insert_element_at_index = function(element, index){
         if (element === undefined){
             return false;
         }
 
         var ncells = this.ncells();
 
         if (ncells === 0) {
             // special case append if empty
             this.element.find('div.end_space').before(element);
         } else if ( ncells === index ) {
             // special case append it the end, but not empty
             this.get_cell_element(index-1).after(element);
         } else if (this.is_valid_cell_index(index)) {
             // otherwise always somewhere to append to
             this.get_cell_element(index).before(element);
         } else {
             return false;
         }
 
         if (this.undelete_index !== null && index <= this.undelete_index) {
             this.undelete_index = this.undelete_index + 1;
             this.set_dirty(true);
         }
         return true;
     };
 
     /**
      * Insert a cell of given type above given index, or at top
      * of notebook if index smaller than 0.
      *
      * default index value is the one of currently selected cell
      *
      * @method insert_cell_above
      * @param type {string} cell type
      * @param [index] {integer}
      *
      * @return handle to created cell or null
      **/
     Notebook.prototype.insert_cell_above = function (type, index) {
         index = this.index_or_selected(index);
         return this.insert_cell_at_index(type, index);
     };
 
     /**
      * Insert a cell of given type below given index, or at bottom
      * of notebook if index greater thatn number of cell
      *
      * default index value is the one of currently selected cell
      *
      * @method insert_cell_below
      * @param type {string} cell type
      * @param [index] {integer}
      *
      * @return handle to created cell or null
      *
      **/
     Notebook.prototype.insert_cell_below = function (type, index) {
         index = this.index_or_selected(index);
         return this.insert_cell_at_index(type, index+1);
     };
 
 
     /**
      * Insert cell at end of notebook
      *
      * @method insert_cell_at_bottom
      * @param {String} type cell type
      *
      * @return the added cell; or null
      **/
     Notebook.prototype.insert_cell_at_bottom = function (type){
         var len = this.ncells();
         return this.insert_cell_below(type,len-1);
     };
 
     /**
      * Turn a cell into a code cell.
      * 
      * @method to_code
      * @param {Number} [index] A cell's index
      */
     Notebook.prototype.to_code = function (index) {
         var i = this.index_or_selected(index);
         if (this.is_valid_cell_index(i)) {
             var source_element = this.get_cell_element(i);
             var source_cell = source_element.data("cell");
             if (!(source_cell instanceof IPython.CodeCell)) {
                 var target_cell = this.insert_cell_below('code',i);
                 var text = source_cell.get_text();
                 if (text === source_cell.placeholder) {
                     text = '';
                 }
                 target_cell.set_text(text);
                 // make this value the starting point, so that we can only undo
                 // to this state, instead of a blank cell
                 target_cell.code_mirror.clearHistory();
                 source_element.remove();
                 this.select(i);
                 this.set_dirty(true);
-            };
-        };
+            }
+        }
     };
 
     /**
      * Turn a cell into a Markdown cell.
      * 
      * @method to_markdown
      * @param {Number} [index] A cell's index
      */
     Notebook.prototype.to_markdown = function (index) {
         var i = this.index_or_selected(index);
         if (this.is_valid_cell_index(i)) {
             var source_element = this.get_cell_element(i);
             var source_cell = source_element.data("cell");
             if (!(source_cell instanceof IPython.MarkdownCell)) {
                 var target_cell = this.insert_cell_below('markdown',i);
                 var text = source_cell.get_text();
                 if (text === source_cell.placeholder) {
                     text = '';
-                };
+                }
                 // We must show the editor before setting its contents
                 target_cell.unrender();
                 target_cell.set_text(text);
                 // make this value the starting point, so that we can only undo
                 // to this state, instead of a blank cell
                 target_cell.code_mirror.clearHistory();
                 source_element.remove();
                 this.select(i);
                 if ((source_cell instanceof IPython.TextCell) && source_cell.rendered) {
                     target_cell.render();
                 }
                 this.set_dirty(true);
-            };
-        };
+            }
+        }
     };
 
     /**
      * Turn a cell into a raw text cell.
      * 
      * @method to_raw
      * @param {Number} [index] A cell's index
      */
     Notebook.prototype.to_raw = function (index) {
         var i = this.index_or_selected(index);
         if (this.is_valid_cell_index(i)) {
             var source_element = this.get_cell_element(i);
             var source_cell = source_element.data("cell");
             var target_cell = null;
             if (!(source_cell instanceof IPython.RawCell)) {
                 target_cell = this.insert_cell_below('raw',i);
                 var text = source_cell.get_text();
                 if (text === source_cell.placeholder) {
                     text = '';
-                };
+                }
                 // We must show the editor before setting its contents
                 target_cell.unrender();
                 target_cell.set_text(text);
                 // make this value the starting point, so that we can only undo
                 // to this state, instead of a blank cell
                 target_cell.code_mirror.clearHistory();
                 source_element.remove();
                 this.select(i);
                 this.set_dirty(true);
-            };
-        };
+            }
+        }
     };
 
     /**
      * Turn a cell into a heading cell.
      * 
      * @method to_heading
      * @param {Number} [index] A cell's index
      * @param {Number} [level] A heading level (e.g., 1 becomes &lt;h1&gt;)
      */
     Notebook.prototype.to_heading = function (index, level) {
         level = level || 1;
         var i = this.index_or_selected(index);
         if (this.is_valid_cell_index(i)) {
             var source_element = this.get_cell_element(i);
             var source_cell = source_element.data("cell");
             var target_cell = null;
             if (source_cell instanceof IPython.HeadingCell) {
                 source_cell.set_level(level);
             } else {
                 target_cell = this.insert_cell_below('heading',i);
                 var text = source_cell.get_text();
                 if (text === source_cell.placeholder) {
                     text = '';
-                };
+                }
                 // We must show the editor before setting its contents
                 target_cell.set_level(level);
                 target_cell.unrender();
                 target_cell.set_text(text);
                 // make this value the starting point, so that we can only undo
                 // to this state, instead of a blank cell
                 target_cell.code_mirror.clearHistory();
                 source_element.remove();
                 this.select(i);
                 if ((source_cell instanceof IPython.TextCell) && source_cell.rendered) {
                     target_cell.render();
                 }
-            };
+            }
             this.set_dirty(true);
             $([IPython.events]).trigger('selected_cell_type_changed.Notebook',
                 {'cell_type':'heading',level:level}
             );
-        };
+        }
     };
 
 
     // Cut/Copy/Paste
 
     /**
      * Enable UI elements for pasting cells.
      * 
      * @method enable_paste
      */
     Notebook.prototype.enable_paste = function () {
         var that = this;
         if (!this.paste_enabled) {
             $('#paste_cell_replace').removeClass('disabled')
                 .on('click', function () {that.paste_cell_replace();});
             $('#paste_cell_above').removeClass('disabled')
                 .on('click', function () {that.paste_cell_above();});
             $('#paste_cell_below').removeClass('disabled')
                 .on('click', function () {that.paste_cell_below();});
             this.paste_enabled = true;
-        };
+        }
     };
 
     /**
      * Disable UI elements for pasting cells.
      * 
      * @method disable_paste
      */
     Notebook.prototype.disable_paste = function () {
         if (this.paste_enabled) {
             $('#paste_cell_replace').addClass('disabled').off('click');
             $('#paste_cell_above').addClass('disabled').off('click');
             $('#paste_cell_below').addClass('disabled').off('click');
             this.paste_enabled = false;
-        };
+        }
     };
 
     /**
      * Cut a cell.
      * 
      * @method cut_cell
      */
     Notebook.prototype.cut_cell = function () {
         this.copy_cell();
         this.delete_cell();
-    }
+    };
 
     /**
      * Copy a cell.
      * 
      * @method copy_cell
      */
     Notebook.prototype.copy_cell = function () {
         var cell = this.get_selected_cell();
         this.clipboard = cell.toJSON();
         this.enable_paste();
     };
 
     /**
      * Replace the selected cell with a cell in the clipboard.
      * 
      * @method paste_cell_replace
      */
     Notebook.prototype.paste_cell_replace = function () {
         if (this.clipboard !== null && this.paste_enabled) {
             var cell_data = this.clipboard;
             var new_cell = this.insert_cell_above(cell_data.cell_type);
             new_cell.fromJSON(cell_data);
             var old_cell = this.get_next_cell(new_cell);
             this.delete_cell(this.find_cell_index(old_cell));
             this.select(this.find_cell_index(new_cell));
-        };
+        }
     };
 
     /**
      * Paste a cell from the clipboard above the selected cell.
      * 
      * @method paste_cell_above
      */
     Notebook.prototype.paste_cell_above = function () {
         if (this.clipboard !== null && this.paste_enabled) {
             var cell_data = this.clipboard;
             var new_cell = this.insert_cell_above(cell_data.cell_type);
             new_cell.fromJSON(cell_data);
             new_cell.focus_cell();
-        };
+        }
     };
 
     /**
      * Paste a cell from the clipboard below the selected cell.
      * 
      * @method paste_cell_below
      */
     Notebook.prototype.paste_cell_below = function () {
         if (this.clipboard !== null && this.paste_enabled) {
             var cell_data = this.clipboard;
             var new_cell = this.insert_cell_below(cell_data.cell_type);
             new_cell.fromJSON(cell_data);
             new_cell.focus_cell();
-        };
+        }
     };
 
     // Split/merge
 
     /**
      * Split the selected cell into two, at the cursor.
      * 
      * @method split_cell
      */
     Notebook.prototype.split_cell = function () {
         var mdc = IPython.MarkdownCell;
         var rc = IPython.RawCell;
         var cell = this.get_selected_cell();
         if (cell.is_splittable()) {
             var texta = cell.get_pre_cursor();
             var textb = cell.get_post_cursor();
             if (cell instanceof IPython.CodeCell) {
                 // In this case the operations keep the notebook in its existing mode
                 // so we don't need to do any post-op mode changes.
                 cell.set_text(textb);
                 var new_cell = this.insert_cell_above('code');
                 new_cell.set_text(texta);
             } else if ((cell instanceof mdc && !cell.rendered) || (cell instanceof rc)) {
                 // We know cell is !rendered so we can use set_text.
                 cell.set_text(textb);
                 var new_cell = this.insert_cell_above(cell.cell_type);
                 // Unrender the new cell so we can call set_text.
                 new_cell.unrender();
                 new_cell.set_text(texta);
             }
-        };
+        }
     };
 
     /**
      * Combine the selected cell into the cell above it.
      * 
      * @method merge_cell_above
      */
     Notebook.prototype.merge_cell_above = function () {
         var mdc = IPython.MarkdownCell;
         var rc = IPython.RawCell;
         var index = this.get_selected_index();
         var cell = this.get_cell(index);
         var render = cell.rendered;
         if (!cell.is_mergeable()) {
             return;
         }
         if (index > 0) {
             var upper_cell = this.get_cell(index-1);
             if (!upper_cell.is_mergeable()) {
                 return;
             }
             var upper_text = upper_cell.get_text();
             var text = cell.get_text();
             if (cell instanceof IPython.CodeCell) {
                 cell.set_text(upper_text+'\n'+text);
             } else if ((cell instanceof mdc) || (cell instanceof rc)) {
                 cell.unrender(); // Must unrender before we set_text.
                 cell.set_text(upper_text+'\n\n'+text);
                 if (render) {
                     // The rendered state of the final cell should match
                     // that of the original selected cell;
                     cell.render();
                 }
-            };
+            }
             this.delete_cell(index-1);
             this.select(this.find_cell_index(cell));
-        };
+        }
     };
 
     /**
      * Combine the selected cell into the cell below it.
      * 
      * @method merge_cell_below
      */
     Notebook.prototype.merge_cell_below = function () {
         var mdc = IPython.MarkdownCell;
         var rc = IPython.RawCell;
         var index = this.get_selected_index();
         var cell = this.get_cell(index);
         var render = cell.rendered;
         if (!cell.is_mergeable()) {
             return;
         }
         if (index < this.ncells()-1) {
             var lower_cell = this.get_cell(index+1);
             if (!lower_cell.is_mergeable()) {
                 return;
             }
             var lower_text = lower_cell.get_text();
             var text = cell.get_text();
             if (cell instanceof IPython.CodeCell) {
                 cell.set_text(text+'\n'+lower_text);
             } else if ((cell instanceof mdc) || (cell instanceof rc)) {
                 cell.unrender(); // Must unrender before we set_text.
                 cell.set_text(text+'\n\n'+lower_text);
                 if (render) {
                     // The rendered state of the final cell should match
                     // that of the original selected cell;
                     cell.render();
                 }
-            };
+            }
             this.delete_cell(index+1);
             this.select(this.find_cell_index(cell));
-        };
+        }
     };
 
 
     // Cell collapsing and output clearing
 
     /**
      * Hide a cell's output.
      * 
      * @method collapse_output
      * @param {Number} index A cell's numeric index
      */
     Notebook.prototype.collapse_output = function (index) {
         var i = this.index_or_selected(index);
         var cell = this.get_cell(i);
         if (cell !== null && (cell instanceof IPython.CodeCell)) {
             cell.collapse_output();
             this.set_dirty(true);
         }
     };
 
     /**
      * Hide each code cell's output area.
      * 
      * @method collapse_all_output
      */
     Notebook.prototype.collapse_all_output = function () {
         $.map(this.get_cells(), function (cell, i) {
             if (cell instanceof IPython.CodeCell) {
                 cell.collapse_output();
             }
         });
         // this should not be set if the `collapse` key is removed from nbformat
         this.set_dirty(true);
     };
 
     /**
      * Show a cell's output.
      * 
      * @method expand_output
      * @param {Number} index A cell's numeric index
      */
     Notebook.prototype.expand_output = function (index) {
         var i = this.index_or_selected(index);
         var cell = this.get_cell(i);
         if (cell !== null && (cell instanceof IPython.CodeCell)) {
             cell.expand_output();
             this.set_dirty(true);
         }
     };
 
     /**
      * Expand each code cell's output area, and remove scrollbars.
      * 
      * @method expand_all_output
      */
     Notebook.prototype.expand_all_output = function () {
         $.map(this.get_cells(), function (cell, i) {
             if (cell instanceof IPython.CodeCell) {
                 cell.expand_output();
             }
         });
         // this should not be set if the `collapse` key is removed from nbformat
         this.set_dirty(true);
     };
 
     /**
      * Clear the selected CodeCell's output area.
      * 
      * @method clear_output
      * @param {Number} index A cell's numeric index
      */
     Notebook.prototype.clear_output = function (index) {
         var i = this.index_or_selected(index);
         var cell = this.get_cell(i);
         if (cell !== null && (cell instanceof IPython.CodeCell)) {
             cell.clear_output();
             this.set_dirty(true);
         }
     };
 
     /**
      * Clear each code cell's output area.
      * 
      * @method clear_all_output
      */
     Notebook.prototype.clear_all_output = function () {
         $.map(this.get_cells(), function (cell, i) {
             if (cell instanceof IPython.CodeCell) {
                 cell.clear_output();
             }
         });
         this.set_dirty(true);
     };
 
     /**
      * Scroll the selected CodeCell's output area.
      * 
      * @method scroll_output
      * @param {Number} index A cell's numeric index
      */
     Notebook.prototype.scroll_output = function (index) {
         var i = this.index_or_selected(index);
         var cell = this.get_cell(i);
         if (cell !== null && (cell instanceof IPython.CodeCell)) {
             cell.scroll_output();
             this.set_dirty(true);
         }
     };
 
     /**
      * Expand each code cell's output area, and add a scrollbar for long output.
      * 
      * @method scroll_all_output
      */
     Notebook.prototype.scroll_all_output = function () {
         $.map(this.get_cells(), function (cell, i) {
             if (cell instanceof IPython.CodeCell) {
                 cell.scroll_output();
             }
         });
         // this should not be set if the `collapse` key is removed from nbformat
         this.set_dirty(true);
     };
 
     /** Toggle whether a cell's output is collapsed or expanded.
      * 
      * @method toggle_output
      * @param {Number} index A cell's numeric index
      */
     Notebook.prototype.toggle_output = function (index) {
         var i = this.index_or_selected(index);
         var cell = this.get_cell(i);
         if (cell !== null && (cell instanceof IPython.CodeCell)) {
             cell.toggle_output();
             this.set_dirty(true);
         }
     };
 
     /**
      * Hide/show the output of all cells.
      * 
      * @method toggle_all_output
      */
     Notebook.prototype.toggle_all_output = function () {
         $.map(this.get_cells(), function (cell, i) {
             if (cell instanceof IPython.CodeCell) {
                 cell.toggle_output();
             }
         });
         // this should not be set if the `collapse` key is removed from nbformat
         this.set_dirty(true);
     };
 
     /**
      * Toggle a scrollbar for long cell outputs.
      * 
      * @method toggle_output_scroll
      * @param {Number} index A cell's numeric index
      */
     Notebook.prototype.toggle_output_scroll = function (index) {
         var i = this.index_or_selected(index);
         var cell = this.get_cell(i);
         if (cell !== null && (cell instanceof IPython.CodeCell)) {
             cell.toggle_output_scroll();
             this.set_dirty(true);
         }
     };
 
     /**
      * Toggle the scrolling of long output on all cells.
      * 
      * @method toggle_all_output_scrolling
      */
     Notebook.prototype.toggle_all_output_scroll = function () {
         $.map(this.get_cells(), function (cell, i) {
             if (cell instanceof IPython.CodeCell) {
                 cell.toggle_output_scroll();
             }
         });
         // this should not be set if the `collapse` key is removed from nbformat
         this.set_dirty(true);
     };
 
     // Other cell functions: line numbers, ...
 
     /**
      * Toggle line numbers in the selected cell's input area.
      * 
      * @method cell_toggle_line_numbers
      */
     Notebook.prototype.cell_toggle_line_numbers = function() {
         this.get_selected_cell().toggle_line_numbers();
     };
 
     // Session related things
 
     /**
      * Start a new session and set it on each code cell.
      * 
      * @method start_session
      */
     Notebook.prototype.start_session = function () {
-        this.session = new IPython.Session(this.notebook_name, this.notebook_path, this);
+        this.session = new IPython.Session(this, this.options);
         this.session.start($.proxy(this._session_started, this));
     };
 
 
     /**
      * Once a session is started, link the code cells to the kernel and pass the 
      * comm manager to the widget manager
      *
      */
     Notebook.prototype._session_started = function(){
         this.kernel = this.session.kernel;
         var ncells = this.ncells();
         for (var i=0; i<ncells; i++) {
             var cell = this.get_cell(i);
             if (cell instanceof IPython.CodeCell) {
                 cell.set_kernel(this.session.kernel);
-            };
-        };  
+            }
+        }
     };
     
     /**
      * Prompt the user to restart the IPython kernel.
      * 
      * @method restart_kernel
      */
     Notebook.prototype.restart_kernel = function () {
         var that = this;
         IPython.dialog.modal({
             title : "Restart kernel or continue running?",
             body : $("<p/>").text(
                 'Do you want to restart the current kernel?  You will lose all variables defined in it.'
             ),
             buttons : {
                 "Continue running" : {},
                 "Restart" : {
                     "class" : "btn-danger",
                     "click" : function() {
                         that.session.restart_kernel();
                     }
                 }
             }
         });
     };
     
     /**
      * Execute or render cell outputs and go into command mode.
      * 
      * @method execute_cell
      */
     Notebook.prototype.execute_cell = function () {
         // mode = shift, ctrl, alt
         var cell = this.get_selected_cell();
         var cell_index = this.find_cell_index(cell);
         
         cell.execute();
         this.command_mode();
         cell.focus_cell();
         this.set_dirty(true);
-    }
+    };
 
     /**
      * Execute or render cell outputs and insert a new cell below.
      * 
      * @method execute_cell_and_insert_below
      */
     Notebook.prototype.execute_cell_and_insert_below = function () {
         var cell = this.get_selected_cell();
         var cell_index = this.find_cell_index(cell);
         
         cell.execute();
 
         // If we are at the end always insert a new cell and return
         if (cell_index === (this.ncells()-1)) {
             this.insert_cell_below('code');
             this.select(cell_index+1);
             this.edit_mode();
             this.scroll_to_bottom();
             this.set_dirty(true);
             return;
         }
   
         this.insert_cell_below('code');
         this.select(cell_index+1);
         this.edit_mode();
         this.set_dirty(true);
     };
 
     /**
      * Execute or render cell outputs and select the next cell.
      * 
      * @method execute_cell_and_select_below
      */
     Notebook.prototype.execute_cell_and_select_below = function () {
 
         var cell = this.get_selected_cell();
         var cell_index = this.find_cell_index(cell);
         
         cell.execute();
 
         // If we are at the end always insert a new cell and return
         if (cell_index === (this.ncells()-1)) {
             this.insert_cell_below('code');
             this.select(cell_index+1);
             this.edit_mode();
             this.scroll_to_bottom();
             this.set_dirty(true);
             return;
         }
 
         this.select(cell_index+1);
         this.get_cell(cell_index+1).focus_cell();
         this.set_dirty(true);
     };
 
     /**
      * Execute all cells below the selected cell.
      * 
      * @method execute_cells_below
      */
     Notebook.prototype.execute_cells_below = function () {
         this.execute_cell_range(this.get_selected_index(), this.ncells());
         this.scroll_to_bottom();
     };
 
     /**
      * Execute all cells above the selected cell.
      * 
      * @method execute_cells_above
      */
     Notebook.prototype.execute_cells_above = function () {
         this.execute_cell_range(0, this.get_selected_index());
     };
 
     /**
      * Execute all cells.
      * 
      * @method execute_all_cells
      */
     Notebook.prototype.execute_all_cells = function () {
         this.execute_cell_range(0, this.ncells());
         this.scroll_to_bottom();
     };
 
     /**
      * Execute a contiguous range of cells.
      * 
      * @method execute_cell_range
      * @param {Number} start Index of the first cell to execute (inclusive)
      * @param {Number} end Index of the last cell to execute (exclusive)
      */
     Notebook.prototype.execute_cell_range = function (start, end) {
         for (var i=start; i<end; i++) {
             this.select(i);
             this.execute_cell();
-        };
+        }
     };
 
     // Persistance and loading
 
     /**
      * Getter method for this notebook's name.
      * 
      * @method get_notebook_name
-     * @return {String} This notebook's name
+     * @return {String} This notebook's name (excluding file extension)
      */
     Notebook.prototype.get_notebook_name = function () {
         var nbname = this.notebook_name.substring(0,this.notebook_name.length-6);
         return nbname;
     };
 
     /**
      * Setter method for this notebook's name.
      *
      * @method set_notebook_name
      * @param {String} name A new name for this notebook
      */
     Notebook.prototype.set_notebook_name = function (name) {
         this.notebook_name = name;
     };
 
     /**
      * Check that a notebook's name is valid.
      * 
      * @method test_notebook_name
      * @param {String} nbname A name for this notebook
      * @return {Boolean} True if the name is valid, false if invalid
      */
     Notebook.prototype.test_notebook_name = function (nbname) {
         nbname = nbname || '';
-        if (this.notebook_name_blacklist_re.test(nbname) == false && nbname.length>0) {
+        if (nbname.length>0 && !this.notebook_name_blacklist_re.test(nbname)) {
             return true;
         } else {
             return false;
-        };
+        }
     };
 
     /**
      * Load a notebook from JSON (.ipynb).
      * 
      * This currently handles one worksheet: others are deleted.
      * 
      * @method fromJSON
      * @param {Object} data JSON representation of a notebook
      */
     Notebook.prototype.fromJSON = function (data) {
         var content = data.content;
         var ncells = this.ncells();
         var i;
         for (i=0; i<ncells; i++) {
             // Always delete cell 0 as they get renumbered as they are deleted.
             this.delete_cell(0);
-        };
+        }
         // Save the metadata and name.
         this.metadata = content.metadata;
         this.notebook_name = data.name;
         // Only handle 1 worksheet for now.
         var worksheet = content.worksheets[0];
         if (worksheet !== undefined) {
             if (worksheet.metadata) {
                 this.worksheet_metadata = worksheet.metadata;
             }
             var new_cells = worksheet.cells;
             ncells = new_cells.length;
             var cell_data = null;
             var new_cell = null;
             for (i=0; i<ncells; i++) {
                 cell_data = new_cells[i];
                 // VERSIONHACK: plaintext -> raw
                 // handle never-released plaintext name for raw cells
                 if (cell_data.cell_type === 'plaintext'){
                     cell_data.cell_type = 'raw';
                 }
 
                 new_cell = this.insert_cell_at_index(cell_data.cell_type, i);
                 new_cell.fromJSON(cell_data);
-            };
-        };
+            }
+        }
         if (content.worksheets.length > 1) {
             IPython.dialog.modal({
                 title : "Multiple worksheets",
                 body : "This notebook has " + data.worksheets.length + " worksheets, " +
                     "but this version of IPython can only handle the first.  " +
                     "If you save this notebook, worksheets after the first will be lost.",
                 buttons : {
                     OK : {
                         class : "btn-danger"
                     }
                 }
             });
         }
     };
 
     /**
      * Dump this notebook into a JSON-friendly object.
      * 
      * @method toJSON
      * @return {Object} A JSON-friendly representation of this notebook.
      */
     Notebook.prototype.toJSON = function () {
         var cells = this.get_cells();
         var ncells = cells.length;
         var cell_array = new Array(ncells);
         for (var i=0; i<ncells; i++) {
             cell_array[i] = cells[i].toJSON();
-        };
+        }
         var data = {
             // Only handle 1 worksheet for now.
             worksheets : [{
                 cells: cell_array,
                 metadata: this.worksheet_metadata
             }],
             metadata : this.metadata
         };
         return data;
     };
 
     /**
      * Start an autosave timer, for periodically saving the notebook.
      * 
      * @method set_autosave_interval
      * @param {Integer} interval the autosave interval in milliseconds
      */
     Notebook.prototype.set_autosave_interval = function (interval) {
         var that = this;
         // clear previous interval, so we don't get simultaneous timers
         if (this.autosave_timer) {
             clearInterval(this.autosave_timer);
         }
         
         this.autosave_interval = this.minimum_autosave_interval = interval;
         if (interval) {
             this.autosave_timer = setInterval(function() {
                 if (that.dirty) {
                     that.save_notebook();
                 }
             }, interval);
             $([IPython.events]).trigger("autosave_enabled.Notebook", interval);
         } else {
             this.autosave_timer = null;
             $([IPython.events]).trigger("autosave_disabled.Notebook");
-        };
+        }
     };
     
     /**
      * Save this notebook on the server.
      * 
      * @method save_notebook
      */
     Notebook.prototype.save_notebook = function (extra_settings) {
         // Create a JSON model to be sent to the server.
         var model = {};
         model.name = this.notebook_name;
         model.path = this.notebook_path;
         model.content = this.toJSON();
         model.content.nbformat = this.nbformat;
         model.content.nbformat_minor = this.nbformat_minor;
         // time the ajax call for autosave tuning purposes.
         var start =  new Date().getTime();
         // We do the call with settings so we can set cache to false.
         var settings = {
             processData : false,
             cache : false,
             type : "PUT",
             data : JSON.stringify(model),
             headers : {'Content-Type': 'application/json'},
             success : $.proxy(this.save_notebook_success, this, start),
             error : $.proxy(this.save_notebook_error, this)
         };
         if (extra_settings) {
             for (var key in extra_settings) {
                 settings[key] = extra_settings[key];
             }
         }
         $([IPython.events]).trigger('notebook_saving.Notebook');
         var url = utils.url_join_encode(
-            this._baseProjectUrl,
+            this.base_url,
             'api/notebooks',
             this.notebook_path,
             this.notebook_name
         );
         $.ajax(url, settings);
     };
     
     /**
      * Success callback for saving a notebook.
      * 
      * @method save_notebook_success
      * @param {Integer} start the time when the save request started
      * @param {Object} data JSON representation of a notebook
      * @param {String} status Description of response status
      * @param {jqXHR} xhr jQuery Ajax object
      */
     Notebook.prototype.save_notebook_success = function (start, data, status, xhr) {
         this.set_dirty(false);
         $([IPython.events]).trigger('notebook_saved.Notebook');
         this._update_autosave_interval(start);
         if (this._checkpoint_after_save) {
             this.create_checkpoint();
             this._checkpoint_after_save = false;
-        };
+        }
     };
     
     /**
      * update the autosave interval based on how long the last save took
      * 
      * @method _update_autosave_interval
      * @param {Integer} timestamp when the save request started
      */
     Notebook.prototype._update_autosave_interval = function (start) {
         var duration = (new Date().getTime() - start);
         if (this.autosave_interval) {
             // new save interval: higher of 10x save duration or parameter (default 30 seconds)
             var interval = Math.max(10 * duration, this.minimum_autosave_interval);
             // round to 10 seconds, otherwise we will be setting a new interval too often
             interval = 10000 * Math.round(interval / 10000);
             // set new interval, if it's changed
             if (interval != this.autosave_interval) {
                 this.set_autosave_interval(interval);
             }
         }
     };
     
     /**
      * Failure callback for saving a notebook.
      * 
      * @method save_notebook_error
      * @param {jqXHR} xhr jQuery Ajax object
      * @param {String} status Description of response status
      * @param {String} error HTTP error message
      */
     Notebook.prototype.save_notebook_error = function (xhr, status, error) {
         $([IPython.events]).trigger('notebook_save_failed.Notebook', [xhr, status, error]);
     };
 
     Notebook.prototype.new_notebook = function(){
         var path = this.notebook_path;
-        var base_project_url = this._baseProjectUrl;
+        var base_url = this.base_url;
         var settings = {
             processData : false,
             cache : false,
             type : "POST",
             dataType : "json",
             async : false,
             success : function (data, status, xhr){
                 var notebook_name = data.name;
                 window.open(
                     utils.url_join_encode(
-                        base_project_url,
+                        base_url,
                         'notebooks',
                         path,
                         notebook_name
                     ),
                     '_blank'
                 );
             }
         };
         var url = utils.url_join_encode(
-            base_project_url,
+            base_url,
             'api/notebooks',
             path
         );
         $.ajax(url,settings);
     };
 
 
     Notebook.prototype.copy_notebook = function(){
         var path = this.notebook_path;
-        var base_project_url = this._baseProjectUrl;
+        var base_url = this.base_url;
         var settings = {
             processData : false,
             cache : false,
             type : "POST",
             dataType : "json",
             data : JSON.stringify({copy_from : this.notebook_name}),
             async : false,
             success : function (data, status, xhr) {
                 window.open(utils.url_join_encode(
-                    base_project_url,
+                    base_url,
                     'notebooks',
                     data.path,
                     data.name
                 ), '_blank');
             }
         };
         var url = utils.url_join_encode(
-            base_project_url,
+            base_url,
             'api/notebooks',
             path
         );
         $.ajax(url,settings);
     };
 
     Notebook.prototype.rename = function (nbname) {
         var that = this;
-        var data = {name: nbname + '.ipynb'};
+        if (!nbname.match(/\.ipynb$/)) {
+            nbname = nbname + ".ipynb";
+        }
+        var data = {name: nbname};
         var settings = {
             processData : false,
             cache : false,
             type : "PATCH",
             data : JSON.stringify(data),
             dataType: "json",
             headers : {'Content-Type': 'application/json'},
             success : $.proxy(that.rename_success, this),
             error : $.proxy(that.rename_error, this)
         };
         $([IPython.events]).trigger('rename_notebook.Notebook', data);
         var url = utils.url_join_encode(
-            this._baseProjectUrl,
+            this.base_url,
             'api/notebooks',
             this.notebook_path,
             this.notebook_name
         );
         $.ajax(url, settings);
     };
 
     Notebook.prototype.delete = function () {
         var that = this;
         var settings = {
             processData : false,
             cache : false,
             type : "DELETE",
             dataType: "json",
         };
         var url = utils.url_join_encode(
-            this._baseProjectUrl,
+            this.base_url,
             'api/notebooks',
             this.notebook_path,
             this.notebook_name
         );
         $.ajax(url, settings);
     };
 
     
     Notebook.prototype.rename_success = function (json, status, xhr) {
-        this.notebook_name = json.name;
-        var name = this.notebook_name;
+        var name = this.notebook_name = json.name;
         var path = json.path;
         this.session.rename_notebook(name, path);
         $([IPython.events]).trigger('notebook_renamed.Notebook', json);
-    }
+    };
 
     Notebook.prototype.rename_error = function (xhr, status, error) {
         var that = this;
         var dialog = $('<div/>').append(
             $("<p/>").addClass("rename-message")
             .text('This notebook name already exists.')
-        )
+        );
         $([IPython.events]).trigger('notebook_rename_failed.Notebook', [xhr, status, error]);
         IPython.dialog.modal({
             title: "Notebook Rename Error!",
             body: dialog,
             buttons : {
                 "Cancel": {},
                 "OK": {
                     class: "btn-primary",
                     click: function () {
                         IPython.save_widget.rename_notebook();
                 }}
                 },
             open : function (event, ui) {
                 var that = $(this);
                 // Upon ENTER, click the OK button.
                 that.find('input[type="text"]').keydown(function (event, ui) {
                     if (event.which === utils.keycodes.ENTER) {
                         that.find('.btn-primary').first().click();
                     }
                 });
                 that.find('input[type="text"]').focus();
             }
         });
-    }
+    };
 
     /**
      * Request a notebook's data from the server.
      * 
      * @method load_notebook
      * @param {String} notebook_name and path A notebook to load
      */
     Notebook.prototype.load_notebook = function (notebook_name, notebook_path) {
         var that = this;
         this.notebook_name = notebook_name;
         this.notebook_path = notebook_path;
         // We do the call with settings so we can set cache to false.
         var settings = {
             processData : false,
             cache : false,
             type : "GET",
             dataType : "json",
             success : $.proxy(this.load_notebook_success,this),
             error : $.proxy(this.load_notebook_error,this),
         };
         $([IPython.events]).trigger('notebook_loading.Notebook');
         var url = utils.url_join_encode(
-            this._baseProjectUrl,
+            this.base_url,
             'api/notebooks',
             this.notebook_path,
             this.notebook_name
         );
         $.ajax(url, settings);
     };
 
     /**
      * Success callback for loading a notebook from the server.
      * 
      * Load notebook data from the JSON response.
      * 
      * @method load_notebook_success
      * @param {Object} data JSON representation of a notebook
      * @param {String} status Description of response status
      * @param {jqXHR} xhr jQuery Ajax object
      */
     Notebook.prototype.load_notebook_success = function (data, status, xhr) {
         this.fromJSON(data);
         if (this.ncells() === 0) {
             this.insert_cell_below('code');
             this.select(0);
             this.edit_mode();
         } else {
             this.select(0);
             this.command_mode();
-        };
+        }
         this.set_dirty(false);
         this.scroll_to_top();
         if (data.orig_nbformat !== undefined && data.nbformat !== data.orig_nbformat) {
             var msg = "This notebook has been converted from an older " +
             "notebook format (v"+data.orig_nbformat+") to the current notebook " +
             "format (v"+data.nbformat+"). The next time you save this notebook, the " +
             "newer notebook format will be used and older versions of IPython " +
             "may not be able to read it. To keep the older version, close the " +
             "notebook without saving it.";
             IPython.dialog.modal({
                 title : "Notebook converted",
                 body : msg,
                 buttons : {
                     OK : {
                         class : "btn-primary"
                     }
                 }
             });
         } else if (data.orig_nbformat_minor !== undefined && data.nbformat_minor !== data.orig_nbformat_minor) {
             var that = this;
             var orig_vs = 'v' + data.nbformat + '.' + data.orig_nbformat_minor;
             var this_vs = 'v' + data.nbformat + '.' + this.nbformat_minor;
             var msg = "This notebook is version " + orig_vs + ", but we only fully support up to " +
             this_vs + ".  You can still work with this notebook, but some features " +
-            "introduced in later notebook versions may not be available."
+            "introduced in later notebook versions may not be available.";
 
             IPython.dialog.modal({
                 title : "Newer Notebook",
                 body : msg,
                 buttons : {
                     OK : {
                         class : "btn-danger"
                     }
                 }
             });
 
         }
         
         // Create the session after the notebook is completely loaded to prevent
         // code execution upon loading, which is a security risk.
-        if (this.session == null) {
+        if (this.session === null) {
             this.start_session();
         }
         // load our checkpoint list
         this.list_checkpoints();
         
         // load toolbar state
         if (this.metadata.celltoolbar) {
             IPython.CellToolbar.global_show();
             IPython.CellToolbar.activate_preset(this.metadata.celltoolbar);
         }
         
         $([IPython.events]).trigger('notebook_loaded.Notebook');
     };
 
     /**
      * Failure callback for loading a notebook from the server.
      * 
      * @method load_notebook_error
      * @param {jqXHR} xhr jQuery Ajax object
      * @param {String} status Description of response status
      * @param {String} error HTTP error message
      */
     Notebook.prototype.load_notebook_error = function (xhr, status, error) {
         $([IPython.events]).trigger('notebook_load_failed.Notebook', [xhr, status, error]);
+        var msg;
         if (xhr.status === 400) {
-            var msg = error;
+            msg = error;
         } else if (xhr.status === 500) {
-            var msg = "An unknown error occurred while loading this notebook. " +
+            msg = "An unknown error occurred while loading this notebook. " +
             "This version can load notebook formats " +
             "v" + this.nbformat + " or earlier.";
         }
         IPython.dialog.modal({
             title: "Error loading notebook",
             body : msg,
             buttons : {
                 "OK": {}
             }
         });
-    }
+    };
 
     /*********************  checkpoint-related  *********************/
     
     /**
      * Save the notebook then immediately create a checkpoint.
      * 
      * @method save_checkpoint
      */
     Notebook.prototype.save_checkpoint = function () {
         this._checkpoint_after_save = true;
         this.save_notebook();
     };
     
     /**
      * Add a checkpoint for this notebook.
      * for use as a callback from checkpoint creation.
      * 
      * @method add_checkpoint
      */
     Notebook.prototype.add_checkpoint = function (checkpoint) {
         var found = false;
         for (var i = 0; i < this.checkpoints.length; i++) {
             var existing = this.checkpoints[i];
             if (existing.id == checkpoint.id) {
                 found = true;
                 this.checkpoints[i] = checkpoint;
                 break;
             }
         }
         if (!found) {
             this.checkpoints.push(checkpoint);
         }
         this.last_checkpoint = this.checkpoints[this.checkpoints.length - 1];
     };
     
     /**
      * List checkpoints for this notebook.
      * 
      * @method list_checkpoints
      */
     Notebook.prototype.list_checkpoints = function () {
         var url = utils.url_join_encode(
-            this._baseProjectUrl,
+            this.base_url,
             'api/notebooks',
             this.notebook_path,
             this.notebook_name,
             'checkpoints'
         );
         $.get(url).done(
             $.proxy(this.list_checkpoints_success, this)
         ).fail(
             $.proxy(this.list_checkpoints_error, this)
         );
     };
 
     /**
      * Success callback for listing checkpoints.
      * 
      * @method list_checkpoint_success
      * @param {Object} data JSON representation of a checkpoint
      * @param {String} status Description of response status
      * @param {jqXHR} xhr jQuery Ajax object
      */
     Notebook.prototype.list_checkpoints_success = function (data, status, xhr) {
-        var data = $.parseJSON(data);
+        data = $.parseJSON(data);
         this.checkpoints = data;
         if (data.length) {
             this.last_checkpoint = data[data.length - 1];
         } else {
             this.last_checkpoint = null;
         }
         $([IPython.events]).trigger('checkpoints_listed.Notebook', [data]);
     };
 
     /**
      * Failure callback for listing a checkpoint.
      * 
      * @method list_checkpoint_error
      * @param {jqXHR} xhr jQuery Ajax object
      * @param {String} status Description of response status
      * @param {String} error_msg HTTP error message
      */
     Notebook.prototype.list_checkpoints_error = function (xhr, status, error_msg) {
         $([IPython.events]).trigger('list_checkpoints_failed.Notebook');
     };
     
     /**
      * Create a checkpoint of this notebook on the server from the most recent save.
      * 
      * @method create_checkpoint
      */
     Notebook.prototype.create_checkpoint = function () {
         var url = utils.url_join_encode(
-            this._baseProjectUrl,
+            this.base_url,
             'api/notebooks',
-            this.notebookPath(),
+            this.notebook_path,
             this.notebook_name,
             'checkpoints'
         );
         $.post(url).done(
             $.proxy(this.create_checkpoint_success, this)
         ).fail(
             $.proxy(this.create_checkpoint_error, this)
         );
     };
 
     /**
      * Success callback for creating a checkpoint.
      * 
      * @method create_checkpoint_success
      * @param {Object} data JSON representation of a checkpoint
      * @param {String} status Description of response status
      * @param {jqXHR} xhr jQuery Ajax object
      */
     Notebook.prototype.create_checkpoint_success = function (data, status, xhr) {
-        var data = $.parseJSON(data);
+        data = $.parseJSON(data);
         this.add_checkpoint(data);
         $([IPython.events]).trigger('checkpoint_created.Notebook', data);
     };
 
     /**
      * Failure callback for creating a checkpoint.
      * 
      * @method create_checkpoint_error
      * @param {jqXHR} xhr jQuery Ajax object
      * @param {String} status Description of response status
      * @param {String} error_msg HTTP error message
      */
     Notebook.prototype.create_checkpoint_error = function (xhr, status, error_msg) {
         $([IPython.events]).trigger('checkpoint_failed.Notebook');
     };
     
     Notebook.prototype.restore_checkpoint_dialog = function (checkpoint) {
         var that = this;
-        var checkpoint = checkpoint || this.last_checkpoint;
+        checkpoint = checkpoint || this.last_checkpoint;
         if ( ! checkpoint ) {
             console.log("restore dialog, but no checkpoint to restore to!");
             return;
         }
         var body = $('<div/>').append(
             $('<p/>').addClass("p-space").text(
                 "Are you sure you want to revert the notebook to " +
                 "the latest checkpoint?"
             ).append(
                 $("<strong/>").text(
                     " This cannot be undone."
                 )
             )
         ).append(
             $('<p/>').addClass("p-space").text("The checkpoint was last updated at:")
         ).append(
             $('<p/>').addClass("p-space").text(
                 Date(checkpoint.last_modified)
             ).css("text-align", "center")
         );
         
         IPython.dialog.modal({
             title : "Revert notebook to checkpoint",
             body : body,
             buttons : {
                 Revert : {
                     class : "btn-danger",
                     click : function () {
                         that.restore_checkpoint(checkpoint.id);
                     }
                 },
                 Cancel : {}
                 }
         });
-    }
+    };
     
     /**
      * Restore the notebook to a checkpoint state.
      * 
      * @method restore_checkpoint
      * @param {String} checkpoint ID
      */
     Notebook.prototype.restore_checkpoint = function (checkpoint) {
         $([IPython.events]).trigger('notebook_restoring.Notebook', checkpoint);
         var url = utils.url_join_encode(
-            this._baseProjectUrl,
+            this.base_url,
             'api/notebooks',
-            this.notebookPath(),
+            this.notebook_path,
             this.notebook_name,
             'checkpoints',
             checkpoint
         );
         $.post(url).done(
             $.proxy(this.restore_checkpoint_success, this)
         ).fail(
             $.proxy(this.restore_checkpoint_error, this)
         );
     };
     
     /**
      * Success callback for restoring a notebook to a checkpoint.
      * 
      * @method restore_checkpoint_success
      * @param {Object} data (ignored, should be empty)
      * @param {String} status Description of response status
      * @param {jqXHR} xhr jQuery Ajax object
      */
     Notebook.prototype.restore_checkpoint_success = function (data, status, xhr) {
         $([IPython.events]).trigger('checkpoint_restored.Notebook');
         this.load_notebook(this.notebook_name, this.notebook_path);
     };
 
     /**
      * Failure callback for restoring a notebook to a checkpoint.
      * 
      * @method restore_checkpoint_error
      * @param {jqXHR} xhr jQuery Ajax object
      * @param {String} status Description of response status
      * @param {String} error_msg HTTP error message
      */
     Notebook.prototype.restore_checkpoint_error = function (xhr, status, error_msg) {
         $([IPython.events]).trigger('checkpoint_restore_failed.Notebook');
     };
     
     /**
      * Delete a notebook checkpoint.
      * 
      * @method delete_checkpoint
      * @param {String} checkpoint ID
      */
     Notebook.prototype.delete_checkpoint = function (checkpoint) {
         $([IPython.events]).trigger('notebook_restoring.Notebook', checkpoint);
         var url = utils.url_join_encode(
-            this._baseProjectUrl,
+            this.base_url,
             'api/notebooks',
-            this.notebookPath(),
+            this.notebook_path,
             this.notebook_name,
             'checkpoints',
             checkpoint
         );
         $.ajax(url, {
             type: 'DELETE',
             success: $.proxy(this.delete_checkpoint_success, this),
             error: $.proxy(this.delete_notebook_error,this)
         });
     };
     
     /**
      * Success callback for deleting a notebook checkpoint
      * 
      * @method delete_checkpoint_success
      * @param {Object} data (ignored, should be empty)
      * @param {String} status Description of response status
      * @param {jqXHR} xhr jQuery Ajax object
      */
     Notebook.prototype.delete_checkpoint_success = function (data, status, xhr) {
         $([IPython.events]).trigger('checkpoint_deleted.Notebook', data);
         this.load_notebook(this.notebook_name, this.notebook_path);
     };
 
     /**
      * Failure callback for deleting a notebook checkpoint.
      * 
      * @method delete_checkpoint_error
      * @param {jqXHR} xhr jQuery Ajax object
      * @param {String} status Description of response status
      * @param {String} error_msg HTTP error message
      */
     Notebook.prototype.delete_checkpoint_error = function (xhr, status, error_msg) {
         $([IPython.events]).trigger('checkpoint_delete_failed.Notebook');
     };
 
 
     IPython.Notebook = Notebook;
 
 
     return IPython;
 
 }(IPython));

IPython/html/static/notebook/js/notificationarea.js

@@ -1,210 +1,222 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2012 The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // Notification widget
 //============================================================================
 
 var IPython = (function (IPython) {
     "use strict";
     var utils = IPython.utils;
 
 
     var NotificationArea = function (selector) {
         this.selector = selector;
         if (this.selector !== undefined) {
             this.element = $(selector);
         }
         this.widget_dict = {};
     };
 
     NotificationArea.prototype.temp_message = function (msg, timeout, css_class) {
         var uuid = utils.uuid();
         if( css_class == 'danger') {css_class = 'ui-state-error';}
         if( css_class == 'warning') {css_class = 'ui-state-highlight';}
         var tdiv = $('<div>')
             .attr('id',uuid)
             .addClass('notification_widget ui-widget ui-widget-content ui-corner-all')
             .addClass('border-box-sizing')
             .addClass(css_class)
             .hide()
             .text(msg);
 
         $(this.selector).append(tdiv);
         var tmout = Math.max(1500,(timeout||1500));
         tdiv.fadeIn(100);
 
         setTimeout(function () {
                 tdiv.fadeOut(100, function () {tdiv.remove();});
             }, tmout);
     };
 
     NotificationArea.prototype.widget = function(name) {
         if(this.widget_dict[name] == undefined) {
             return this.new_notification_widget(name);
         }
         return this.get_widget(name);
     };
 
     NotificationArea.prototype.get_widget = function(name) {
         if(this.widget_dict[name] == undefined) {
             throw('no widgets with this name');
         }
         return this.widget_dict[name];
     };
 
     NotificationArea.prototype.new_notification_widget = function(name) {
         if(this.widget_dict[name] != undefined) {
             throw('widget with that name already exists ! ');
         }
         var div = $('<div/>').attr('id','notification_'+name);
         $(this.selector).append(div);
         this.widget_dict[name] = new IPython.NotificationWidget('#notification_'+name);
         return this.widget_dict[name];
     };
 
     NotificationArea.prototype.init_notification_widgets = function() {
         var knw = this.new_notification_widget('kernel');
-        var $kernel_indic = $("#kernel_indicator");
+        var $kernel_ind_icon = $("#kernel_indicator_icon");
+        var $modal_ind_icon = $("#modal_indicator_icon");
+
+        // Command/Edit mode
+        $([IPython.events]).on('edit_mode.Notebook',function () {
+            IPython.save_widget.update_document_title();
+            $modal_ind_icon.attr('class','icon-pencil').attr('title','Edit Mode');
+        });
+
+        $([IPython.events]).on('command_mode.Notebook',function () {
+            IPython.save_widget.update_document_title();
+            $modal_ind_icon.attr('class','').attr('title','Command Mode');
+        });
 
         // Kernel events
         $([IPython.events]).on('status_idle.Kernel',function () {
             IPython.save_widget.update_document_title();
-            $kernel_indic.attr('class','icon-circle-blank').attr('title','Kernel Idle');
+            $kernel_ind_icon.attr('class','icon-circle-blank').attr('title','Kernel Idle');
         });
 
         $([IPython.events]).on('status_busy.Kernel',function () {
             window.document.title='(Busy) '+window.document.title;
-            $kernel_indic.attr('class','icon-circle').attr('title','Kernel Busy');
+            $kernel_ind_icon.attr('class','icon-circle').attr('title','Kernel Busy');
         });
 
         $([IPython.events]).on('status_restarting.Kernel',function () {
             IPython.save_widget.update_document_title();
             knw.set_message("Restarting kernel", 2000);
         });
 
         $([IPython.events]).on('status_interrupting.Kernel',function () {
             knw.set_message("Interrupting kernel", 2000);
         });
 
         $([IPython.events]).on('status_dead.Kernel',function () {
             var msg = 'The kernel has died, and the automatic restart has failed.' +
                 ' It is possible the kernel cannot be restarted.' +
                 ' If you are not able to restart the kernel, you will still be able to save' +
                 ' the notebook, but running code will no longer work until the notebook' +
                 ' is reopened.';
 
             IPython.dialog.modal({
                 title: "Dead kernel",
                 body : msg,
                 buttons : {
                     "Manual Restart": {
                         class: "btn-danger",
                         click: function () {
                             $([IPython.events]).trigger('status_restarting.Kernel');
                             IPython.notebook.start_kernel();
                         }
                     },
                     "Don't restart": {}
                 }
             });
         });
 
         $([IPython.events]).on('websocket_closed.Kernel', function (event, data) {
             var kernel = data.kernel;
             var ws_url = data.ws_url;
             var early = data.early;
             var msg;
             if (!early) {
                     knw.set_message('Reconnecting WebSockets', 1000);
                     setTimeout(function () {
                         kernel.start_channels();
                     }, 5000);
                 return;
             }
             console.log('WebSocket connection failed: ', ws_url)
             msg = "A WebSocket connection could not be established." +
                 " You will NOT be able to run code. Check your" +
                 " network connection or notebook server configuration.";
             IPython.dialog.modal({
                 title: "WebSocket connection failed",
                 body: msg,
                 buttons : {
                     "OK": {},
                     "Reconnect": {
                         click: function () {
                             knw.set_message('Reconnecting WebSockets', 1000);
                             setTimeout(function () {
                                 kernel.start_channels();
                             }, 5000);
                         }
                     }
                 }
             });
         });
 
 
         var nnw = this.new_notification_widget('notebook');
 
         // Notebook events
         $([IPython.events]).on('notebook_loading.Notebook', function () {
             nnw.set_message("Loading notebook",500);
         });
         $([IPython.events]).on('notebook_loaded.Notebook', function () {
             nnw.set_message("Notebook loaded",500);
         });
         $([IPython.events]).on('notebook_saving.Notebook', function () {
             nnw.set_message("Saving notebook",500);
         });
         $([IPython.events]).on('notebook_saved.Notebook', function () {
             nnw.set_message("Notebook saved",2000);
         });
         $([IPython.events]).on('notebook_save_failed.Notebook', function () {
             nnw.set_message("Notebook save failed");
         });
         
         // Checkpoint events
         $([IPython.events]).on('checkpoint_created.Notebook', function (evt, data) {
             var msg = "Checkpoint created";
             if (data.last_modified) {
                 var d = new Date(data.last_modified);
                 msg = msg + ": " + d.format("HH:MM:ss");
             }
             nnw.set_message(msg, 2000);
         });
         $([IPython.events]).on('checkpoint_failed.Notebook', function () {
             nnw.set_message("Checkpoint failed");
         });
         $([IPython.events]).on('checkpoint_deleted.Notebook', function () {
             nnw.set_message("Checkpoint deleted", 500);
         });
         $([IPython.events]).on('checkpoint_delete_failed.Notebook', function () {
             nnw.set_message("Checkpoint delete failed");
         });
         $([IPython.events]).on('checkpoint_restoring.Notebook', function () {
             nnw.set_message("Restoring to checkpoint...", 500);
         });
         $([IPython.events]).on('checkpoint_restore_failed.Notebook', function () {
             nnw.set_message("Checkpoint restore failed");
         });
 
         // Autosave events
         $([IPython.events]).on('autosave_disabled.Notebook', function () {
             nnw.set_message("Autosave disabled", 2000);
         });
         $([IPython.events]).on('autosave_enabled.Notebook', function (evt, interval) {
             nnw.set_message("Saving every " + interval / 1000 + "s", 1000);
         });
 
     };
 
     IPython.NotificationArea = NotificationArea;
 
     return IPython;
 
 }(IPython));
 

IPython/html/static/notebook/js/outputarea.js

@@ -1,851 +1,867 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2008 The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // OutputArea
 //============================================================================
 
 /**
  * @module IPython
  * @namespace IPython
  * @submodule OutputArea
  */
 var IPython = (function (IPython) {
     "use strict";
 
     var utils = IPython.utils;
 
     /**
      * @class OutputArea
      *
      * @constructor
      */
 
     var OutputArea = function (selector, prompt_area) {
         this.selector = selector;
         this.wrapper = $(selector);
         this.outputs = [];
         this.collapsed = false;
         this.scrolled = false;
         this.trusted = true;
         this.clear_queued = null;
         if (prompt_area === undefined) {
             this.prompt_area = true;
         } else {
             this.prompt_area = prompt_area;
         }
         this.create_elements();
         this.style();
         this.bind_events();
     };
 
 
     /**
      * Class prototypes
      **/
 
     OutputArea.prototype.create_elements = function () {
         this.element = $("<div/>");
         this.collapse_button = $("<div/>");
         this.prompt_overlay = $("<div/>");
         this.wrapper.append(this.prompt_overlay);
         this.wrapper.append(this.element);
         this.wrapper.append(this.collapse_button);
     };
 
 
     OutputArea.prototype.style = function () {
         this.collapse_button.hide();
         this.prompt_overlay.hide();
         
         this.wrapper.addClass('output_wrapper');
         this.element.addClass('output');
         
         this.collapse_button.addClass("btn output_collapsed");
         this.collapse_button.attr('title', 'click to expand output');
         this.collapse_button.text('. . .');
         
         this.prompt_overlay.addClass('out_prompt_overlay prompt');
         this.prompt_overlay.attr('title', 'click to expand output; double click to hide output');
         
         this.collapse();
     };
 
     /**
      * Should the OutputArea scroll?
      * Returns whether the height (in lines) exceeds a threshold.
      *
      * @private
      * @method _should_scroll
      * @param [lines=100]{Integer}
      * @return {Bool}
      *
      */
     OutputArea.prototype._should_scroll = function (lines) {
         if (lines <=0 ){ return }
         if (!lines) {
             lines = 100;
         }
         // line-height from http://stackoverflow.com/questions/1185151
         var fontSize = this.element.css('font-size');
         var lineHeight = Math.floor(parseInt(fontSize.replace('px','')) * 1.5);
         
         return (this.element.height() > lines * lineHeight);
     };
 
 
     OutputArea.prototype.bind_events = function () {
         var that = this;
         this.prompt_overlay.dblclick(function () { that.toggle_output(); });
         this.prompt_overlay.click(function () { that.toggle_scroll(); });
 
         this.element.resize(function () {
             // FIXME: Firefox on Linux misbehaves, so automatic scrolling is disabled
             if ( IPython.utils.browser[0] === "Firefox" ) {
                 return;
             }
             // maybe scroll output,
             // if it's grown large enough and hasn't already been scrolled.
             if ( !that.scrolled && that._should_scroll(OutputArea.auto_scroll_threshold)) {
                 that.scroll_area();
             }
         });
         this.collapse_button.click(function () {
             that.expand();
         });
     };
 
 
     OutputArea.prototype.collapse = function () {
         if (!this.collapsed) {
             this.element.hide();
             this.prompt_overlay.hide();
             if (this.element.html()){
                 this.collapse_button.show();
             }
             this.collapsed = true;
         }
     };
 
 
     OutputArea.prototype.expand = function () {
         if (this.collapsed) {
             this.collapse_button.hide();
             this.element.show();
             this.prompt_overlay.show();
             this.collapsed = false;
         }
     };
 
 
     OutputArea.prototype.toggle_output = function () {
         if (this.collapsed) {
             this.expand();
         } else {
             this.collapse();
         }
     };
 
 
     OutputArea.prototype.scroll_area = function () {
         this.element.addClass('output_scroll');
         this.prompt_overlay.attr('title', 'click to unscroll output; double click to hide');
         this.scrolled = true;
     };
 
 
     OutputArea.prototype.unscroll_area = function () {
         this.element.removeClass('output_scroll');
         this.prompt_overlay.attr('title', 'click to scroll output; double click to hide');
         this.scrolled = false;
     };
 
     /**
      *
      * Scroll OutputArea if height supperior than a threshold (in lines).
      *
      * Threshold is a maximum number of lines. If unspecified, defaults to
      * OutputArea.minimum_scroll_threshold.
      *
      * Negative threshold will prevent the OutputArea from ever scrolling.
      *
      * @method scroll_if_long
      *
      * @param [lines=20]{Number} Default to 20 if not set,
      * behavior undefined for value of `0`.
      *
      **/
     OutputArea.prototype.scroll_if_long = function (lines) {
         var n = lines | OutputArea.minimum_scroll_threshold;
         if(n <= 0){
             return
         }
 
         if (this._should_scroll(n)) {
             // only allow scrolling long-enough output
             this.scroll_area();
         }
     };
 
 
     OutputArea.prototype.toggle_scroll = function () {
         if (this.scrolled) {
             this.unscroll_area();
         } else {
             // only allow scrolling long-enough output
             this.scroll_if_long();
         }
     };
 
 
     // typeset with MathJax if MathJax is available
     OutputArea.prototype.typeset = function () {
         if (window.MathJax){
             MathJax.Hub.Queue(["Typeset",MathJax.Hub]);
         }
     };
 
 
     OutputArea.prototype.handle_output = function (msg) {
         var json = {};
         var msg_type = json.output_type = msg.header.msg_type;
         var content = msg.content;
         if (msg_type === "stream") {
             json.text = content.data;
             json.stream = content.name;
         } else if (msg_type === "display_data") {
             json = content.data;
             json.output_type = msg_type;
             json.metadata = content.metadata;
         } else if (msg_type === "pyout") {
             json = content.data;
             json.output_type = msg_type;
             json.metadata = content.metadata;
             json.prompt_number = content.execution_count;
         } else if (msg_type === "pyerr") {
             json.ename = content.ename;
             json.evalue = content.evalue;
             json.traceback = content.traceback;
         }
         this.append_output(json);
     };
     
     
     OutputArea.prototype.rename_keys = function (data, key_map) {
         var remapped = {};
         for (var key in data) {
             var new_key = key_map[key] || key;
             remapped[new_key] = data[key];
         }
         return remapped;
     };
 
 
     OutputArea.output_types = [
         'application/javascript',
         'text/html',
         'text/latex',
         'image/svg+xml',
         'image/png',
         'image/jpeg',
+        'application/pdf',
         'text/plain'
     ];
 
     OutputArea.prototype.validate_output = function (json) {
         // scrub invalid outputs
         // TODO: right now everything is a string, but JSON really shouldn't be.
         // nbformat 4 will fix that.
         $.map(OutputArea.output_types, function(key){
             if (json[key] !== undefined && typeof json[key] !== 'string') {
                 console.log("Invalid type for " + key, json[key]);
                 delete json[key];
             }
         });
         return json;
     };
     
     OutputArea.prototype.append_output = function (json) {
         this.expand();
         // Clear the output if clear is queued.
         var needs_height_reset = false;
         if (this.clear_queued) {
             this.clear_output(false);
             needs_height_reset = true;
         }
         
         // validate output data types
         json = this.validate_output(json);
 
         if (json.output_type === 'pyout') {
             this.append_pyout(json);
         } else if (json.output_type === 'pyerr') {
             this.append_pyerr(json);
         } else if (json.output_type === 'display_data') {
             this.append_display_data(json);
         } else if (json.output_type === 'stream') {
             this.append_stream(json);
         }
         
         this.outputs.push(json);
         
         // Only reset the height to automatic if the height is currently
         // fixed (done by wait=True flag on clear_output).
         if (needs_height_reset) {
             this.element.height('');    
         }
 
         var that = this;
         setTimeout(function(){that.element.trigger('resize');}, 100);
     };
 
 
     OutputArea.prototype.create_output_area = function () {
         var oa = $("<div/>").addClass("output_area");
         if (this.prompt_area) {
             oa.append($('<div/>').addClass('prompt'));
         }
         return oa;
     };
 
 
     function _get_metadata_key(metadata, key, mime) {
         var mime_md = metadata[mime];
         // mime-specific higher priority
         if (mime_md && mime_md[key] !== undefined) {
             return mime_md[key];
         }
         // fallback on global
         return metadata[key];
     }
 
     OutputArea.prototype.create_output_subarea = function(md, classes, mime) {
         var subarea = $('<div/>').addClass('output_subarea').addClass(classes);
         if (_get_metadata_key(md, 'isolated', mime)) {
             // Create an iframe to isolate the subarea from the rest of the
             // document
             var iframe = $('<iframe/>').addClass('box-flex1');
             iframe.css({'height':1, 'width':'100%', 'display':'block'});
             iframe.attr('frameborder', 0);
             iframe.attr('scrolling', 'auto');
 
             // Once the iframe is loaded, the subarea is dynamically inserted
             iframe.on('load', function() {
                 // Workaround needed by Firefox, to properly render svg inside
                 // iframes, see http://stackoverflow.com/questions/10177190/
                 // svg-dynamically-added-to-iframe-does-not-render-correctly
                 this.contentDocument.open();
 
                 // Insert the subarea into the iframe
                 // We must directly write the html. When using Jquery's append
                 // method, javascript is evaluated in the parent document and
                 // not in the iframe document.
                 this.contentDocument.write(subarea.html());
 
                 this.contentDocument.close();
 
                 var body = this.contentDocument.body;
                 // Adjust the iframe height automatically
                 iframe.height(body.scrollHeight + 'px');
             });
 
             // Elements should be appended to the inner subarea and not to the
             // iframe
             iframe.append = function(that) {
                 subarea.append(that);
             };
 
             return iframe;
         } else {
             return subarea;
         }
     }
 
 
     OutputArea.prototype._append_javascript_error = function (err, element) {
         // display a message when a javascript error occurs in display output
         var msg = "Javascript error adding output!"
         if ( element === undefined ) return;
         element.append(
             $('<div/>').html(msg + "<br/>" +
                 err.toString() +
                 '<br/>See your browser Javascript console for more details.'
             ).addClass('js-error')
         );
     };
     
     OutputArea.prototype._safe_append = function (toinsert) {
         // safely append an item to the document
         // this is an object created by user code,
         // and may have errors, which should not be raised
         // under any circumstances.
         try {
             this.element.append(toinsert);
         } catch(err) {
             console.log(err);
             // Create an actual output_area and output_subarea, which creates
             // the prompt area and the proper indentation.
             var toinsert = this.create_output_area();
             var subarea = $('<div/>').addClass('output_subarea');
             toinsert.append(subarea);
             this._append_javascript_error(err, subarea);
             this.element.append(toinsert);
         }
     };
 
 
     OutputArea.prototype.append_pyout = function (json) {
         var n = json.prompt_number || ' ';
         var toinsert = this.create_output_area();
         if (this.prompt_area) {
             toinsert.find('div.prompt').addClass('output_prompt').text('Out[' + n + ']:');
         }
         this.append_mime_type(json, toinsert);
         this._safe_append(toinsert);
         // If we just output latex, typeset it.
         if ((json['text/latex'] !== undefined) || (json['text/html'] !== undefined)) {
             this.typeset();
         }
     };
 
 
     OutputArea.prototype.append_pyerr = function (json) {
         var tb = json.traceback;
         if (tb !== undefined && tb.length > 0) {
             var s = '';
             var len = tb.length;
             for (var i=0; i<len; i++) {
                 s = s + tb[i] + '\n';
             }
             s = s + '\n';
             var toinsert = this.create_output_area();
             this.append_text(s, {}, toinsert);
             this._safe_append(toinsert);
         }
     };
 
 
     OutputArea.prototype.append_stream = function (json) {
         // temporary fix: if stream undefined (json file written prior to this patch),
         // default to most likely stdout:
         if (json.stream == undefined){
             json.stream = 'stdout';
         }
         var text = json.text;
         var subclass = "output_"+json.stream;
         if (this.outputs.length > 0){
             // have at least one output to consider
             var last = this.outputs[this.outputs.length-1];
             if (last.output_type == 'stream' && json.stream == last.stream){
                 // latest output was in the same stream,
                 // so append directly into its pre tag
                 // escape ANSI & HTML specials:
                 var pre = this.element.find('div.'+subclass).last().find('pre');
                 var html = utils.fixCarriageReturn(
                     pre.html() + utils.fixConsole(text));
                 pre.html(html);
                 return;
             }
         }
 
         if (!text.replace("\r", "")) {
             // text is nothing (empty string, \r, etc.)
             // so don't append any elements, which might add undesirable space
             return;
         }
 
         // If we got here, attach a new div
         var toinsert = this.create_output_area();
         this.append_text(text, {}, toinsert, "output_stream "+subclass);
         this._safe_append(toinsert);
     };
 
 
     OutputArea.prototype.append_display_data = function (json) {
         var toinsert = this.create_output_area();
         if (this.append_mime_type(json, toinsert)) {
             this._safe_append(toinsert);
             // If we just output latex, typeset it.
             if ((json['text/latex'] !== undefined) || (json['text/html'] !== undefined)) {
                 this.typeset();
             }
         }
     };
 
 
     OutputArea.safe_outputs = {
         'text/plain' : true,
         'image/png' : true,
         'image/jpeg' : true
     };
     
     OutputArea.prototype.append_mime_type = function (json, element) {
         for (var type_i in OutputArea.display_order) {
             var type = OutputArea.display_order[type_i];
             var append = OutputArea.append_map[type];
             if ((json[type] !== undefined) && append) {
                 if (!this.trusted && !OutputArea.safe_outputs[type]) {
                     // not trusted show warning and do not display
                     var content = {
                         text : "Untrusted " + type + " output ignored.",
                         stream : "stderr"
                     }
                     this.append_stream(content);
                     continue;
                 }
                 var md = json.metadata || {};
                 var toinsert = append.apply(this, [json[type], md, element]);
                 $([IPython.events]).trigger('output_appended.OutputArea', [type, json[type], md, toinsert]);
                 return true;
             }
         }
         return false;
     };
 
 
     OutputArea.prototype.append_html = function (html, md, element) {
         var type = 'text/html';
         var toinsert = this.create_output_subarea(md, "output_html rendered_html", type);
         IPython.keyboard_manager.register_events(toinsert);
         toinsert.append(html);
         element.append(toinsert);
         return toinsert;
     };
 
 
     OutputArea.prototype.append_javascript = function (js, md, element) {
         // We just eval the JS code, element appears in the local scope.
         var type = 'application/javascript';
         var toinsert = this.create_output_subarea(md, "output_javascript", type);
         IPython.keyboard_manager.register_events(toinsert);
         element.append(toinsert);
         // FIXME TODO : remove `container element for 3.0` 
         //backward compat, js should be eval'ed in a context where `container` is defined.
         var container = element;
         container.show = function(){console.log('Warning "container.show()" is deprecated.')};
         // end backward compat
         try {
             eval(js);
         } catch(err) {
             console.log(err);
             this._append_javascript_error(err, toinsert);
         }
         return toinsert;
     };
 
 
     OutputArea.prototype.append_text = function (data, md, element, extra_class) {
         var type = 'text/plain';
         var toinsert = this.create_output_subarea(md, "output_text", type);
         // escape ANSI & HTML specials in plaintext:
         data = utils.fixConsole(data);
         data = utils.fixCarriageReturn(data);
         data = utils.autoLinkUrls(data);
         if (extra_class){
             toinsert.addClass(extra_class);
         }
         toinsert.append($("<pre/>").html(data));
         element.append(toinsert);
         return toinsert;
     };
 
 
     OutputArea.prototype.append_svg = function (svg, md, element) {
         var type = 'image/svg+xml';
         var toinsert = this.create_output_subarea(md, "output_svg", type);
         toinsert.append(svg);
         element.append(toinsert);
         return toinsert;
     };
 
 
     OutputArea.prototype._dblclick_to_reset_size = function (img) {
         // schedule wrapping image in resizable after a delay,
         // so we don't end up calling resize on a zero-size object
         var that = this;
         setTimeout(function () {
             var h0 = img.height();
             var w0 = img.width();
             if (!(h0 && w0)) {
                 // zero size, schedule another timeout
                 that._dblclick_to_reset_size(img);
                 return;
             }
             img.resizable({
                 aspectRatio: true,
                 autoHide: true
             });
             img.dblclick(function () {
                 // resize wrapper & image together for some reason:
                 img.parent().height(h0);
                 img.height(h0);
                 img.parent().width(w0);
                 img.width(w0);
             });
         }, 250);
     };
     
     var set_width_height = function (img, md, mime) {
         // set width and height of an img element from metadata
         var height = _get_metadata_key(md, 'height', mime);
         if (height !== undefined) img.attr('height', height);
         var width = _get_metadata_key(md, 'width', mime);
         if (width !== undefined) img.attr('width', width);
     };
     
     OutputArea.prototype.append_png = function (png, md, element) {
         var type = 'image/png';
         var toinsert = this.create_output_subarea(md, "output_png", type);
         var img = $("<img/>").attr('src','data:image/png;base64,'+png);
         set_width_height(img, md, 'image/png');
         this._dblclick_to_reset_size(img);
         toinsert.append(img);
         element.append(toinsert);
         return toinsert;
     };
 
 
     OutputArea.prototype.append_jpeg = function (jpeg, md, element) {
         var type = 'image/jpeg';
         var toinsert = this.create_output_subarea(md, "output_jpeg", type);
         var img = $("<img/>").attr('src','data:image/jpeg;base64,'+jpeg);
         set_width_height(img, md, 'image/jpeg');
         this._dblclick_to_reset_size(img);
         toinsert.append(img);
         element.append(toinsert);
         return toinsert;
     };
 
 
+    OutputArea.prototype.append_pdf = function (pdf, md, element) {
+        var type = 'application/pdf';
+        var toinsert = this.create_output_subarea(md, "output_pdf", type);
+        var a = $('<a/>').attr('href', 'data:application/pdf;base64,'+pdf);
+        a.attr('target', '_blank');
+        a.text('View PDF')
+        toinsert.append(a);
+        element.append(toinsert);
+        return toinsert;
+     }
+
     OutputArea.prototype.append_latex = function (latex, md, element) {
         // This method cannot do the typesetting because the latex first has to
         // be on the page.
         var type = 'text/latex';
         var toinsert = this.create_output_subarea(md, "output_latex", type);
         toinsert.append(latex);
         element.append(toinsert);
         return toinsert;
     };
 
 
     OutputArea.prototype.append_raw_input = function (msg) {
         var that = this;
         this.expand();
         var content = msg.content;
         var area = this.create_output_area();
         
         // disable any other raw_inputs, if they are left around
         $("div.output_subarea.raw_input").remove();
         
         area.append(
             $("<div/>")
             .addClass("box-flex1 output_subarea raw_input")
             .append(
                 $("<span/>")
                 .addClass("input_prompt")
                 .text(content.prompt)
             )
             .append(
                 $("<input/>")
                 .addClass("raw_input")
                 .attr('type', 'text')
                 .attr("size", 47)
                 .keydown(function (event, ui) {
                     // make sure we submit on enter,
                     // and don't re-execute the *cell* on shift-enter
                     if (event.which === utils.keycodes.ENTER) {
                         that._submit_raw_input();
                         return false;
                     }
                 })
             )
         );
         
         this.element.append(area);
         var raw_input = area.find('input.raw_input');
         // Register events that enable/disable the keyboard manager while raw
         // input is focused.
         IPython.keyboard_manager.register_events(raw_input);
         // Note, the following line used to read raw_input.focus().focus().
         // This seemed to be needed otherwise only the cell would be focused.
         // But with the modal UI, this seems to work fine with one call to focus().
         raw_input.focus();
     }
 
     OutputArea.prototype._submit_raw_input = function (evt) {
         var container = this.element.find("div.raw_input");
         var theprompt = container.find("span.input_prompt");
         var theinput = container.find("input.raw_input");
         var value = theinput.val();
         var content = {
             output_type : 'stream',
             name : 'stdout',
             text : theprompt.text() + value + '\n'
         }
         // remove form container
         container.parent().remove();
         // replace with plaintext version in stdout
         this.append_output(content, false);
         $([IPython.events]).trigger('send_input_reply.Kernel', value);
     }
 
 
     OutputArea.prototype.handle_clear_output = function (msg) {
         // msg spec v4 had stdout, stderr, display keys
         // v4.1 replaced these with just wait
         // The default behavior is the same (stdout=stderr=display=True, wait=False),
         // so v4 messages will still be properly handled,
         // except for the rarely used clearing less than all output.
         this.clear_output(msg.content.wait || false);
     };
 
 
     OutputArea.prototype.clear_output = function(wait) {
         if (wait) {
 
             // If a clear is queued, clear before adding another to the queue.
             if (this.clear_queued) {
                 this.clear_output(false);
             };
 
             this.clear_queued = true;
         } else {
 
             // Fix the output div's height if the clear_output is waiting for
             // new output (it is being used in an animation).
             if (this.clear_queued) {
                 var height = this.element.height();
                 this.element.height(height);
                 this.clear_queued = false;
             }
             
             // clear all, no need for logic
             this.element.html("");
             this.outputs = [];
             this.trusted = true;
             this.unscroll_area();
             return;
         };
     };
 
 
     // JSON serialization
 
     OutputArea.prototype.fromJSON = function (outputs) {
         var len = outputs.length;
         var data;
 
         for (var i=0; i<len; i++) {
             data = outputs[i];
             var msg_type = data.output_type;
             if (msg_type === "display_data" || msg_type === "pyout") {
                 // convert short keys to mime keys
                 // TODO: remove mapping of short keys when we update to nbformat 4
                  data = this.rename_keys(data, OutputArea.mime_map_r);
                  data.metadata = this.rename_keys(data.metadata, OutputArea.mime_map_r);
             }
             
             this.append_output(data);
         }
     };
 
 
     OutputArea.prototype.toJSON = function () {
         var outputs = [];
         var len = this.outputs.length;
         var data;
         for (var i=0; i<len; i++) {
             data = this.outputs[i];
             var msg_type = data.output_type;
             if (msg_type === "display_data" || msg_type === "pyout") {
                   // convert mime keys to short keys
                  data = this.rename_keys(data, OutputArea.mime_map);
                  data.metadata = this.rename_keys(data.metadata, OutputArea.mime_map);
             }
             outputs[i] = data;
         }
         return outputs;
     };
 
     /**
      * Class properties
      **/
 
     /**
      * Threshold to trigger autoscroll when the OutputArea is resized,
      * typically when new outputs are added.
      *
      * Behavior is undefined if autoscroll is lower than minimum_scroll_threshold,
      * unless it is < 0, in which case autoscroll will never be triggered
      *
      * @property auto_scroll_threshold
      * @type Number
      * @default 100
      *
      **/
     OutputArea.auto_scroll_threshold = 100;
 
     /**
      * Lower limit (in lines) for OutputArea to be made scrollable. OutputAreas
      * shorter than this are never scrolled.
      *
      * @property minimum_scroll_threshold
      * @type Number
      * @default 20
      *
      **/
     OutputArea.minimum_scroll_threshold = 20;
 
 
 
     OutputArea.mime_map = {
         "text/plain" : "text",
         "text/html" : "html",
         "image/svg+xml" : "svg",
         "image/png" : "png",
         "image/jpeg" : "jpeg",
+        "application/pdf" : "pdf",
         "text/latex" : "latex",
         "application/json" : "json",
         "application/javascript" : "javascript",
     };
 
     OutputArea.mime_map_r = {
         "text" : "text/plain",
         "html" : "text/html",
         "svg" : "image/svg+xml",
         "png" : "image/png",
         "jpeg" : "image/jpeg",
+        "pdf" : "application/pdf",
         "latex" : "text/latex",
         "json" : "application/json",
         "javascript" : "application/javascript",
     };
 
     OutputArea.display_order = [
         'application/javascript',
         'text/html',
         'text/latex',
         'image/svg+xml',
         'image/png',
         'image/jpeg',
+        'application/pdf',
         'text/plain'
     ];
 
     OutputArea.append_map = {
         "text/plain" : OutputArea.prototype.append_text,
         "text/html" : OutputArea.prototype.append_html,
         "image/svg+xml" : OutputArea.prototype.append_svg,
         "image/png" : OutputArea.prototype.append_png,
         "image/jpeg" : OutputArea.prototype.append_jpeg,
         "text/latex" : OutputArea.prototype.append_latex,
         "application/json" : OutputArea.prototype.append_json,
         "application/javascript" : OutputArea.prototype.append_javascript,
+        "application/pdf" : OutputArea.prototype.append_pdf
     };
 
     IPython.OutputArea = OutputArea;
 
     return IPython;
 
 }(IPython));

IPython/html/static/notebook/js/savewidget.js

@@ -1,173 +1,173 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2008-2011  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // SaveWidget
 //============================================================================
 
 var IPython = (function (IPython) {
     "use strict";
 
     var utils = IPython.utils;
 
     var SaveWidget = function (selector) {
         this.selector = selector;
         if (this.selector !== undefined) {
             this.element = $(selector);
             this.style();
             this.bind_events();
         }
     };
 
 
     SaveWidget.prototype.style = function () {
     };
 
 
     SaveWidget.prototype.bind_events = function () {
         var that = this;
         this.element.find('span#notebook_name').click(function () {
             that.rename_notebook();
         });
         this.element.find('span#notebook_name').hover(function () {
             $(this).addClass("ui-state-hover");
         }, function () {
             $(this).removeClass("ui-state-hover");
         });
         $([IPython.events]).on('notebook_loaded.Notebook', function () {
             that.update_notebook_name();
             that.update_document_title();
         });
         $([IPython.events]).on('notebook_saved.Notebook', function () {
             that.update_notebook_name();
             that.update_document_title();
         });
         $([IPython.events]).on('notebook_renamed.Notebook', function () {
             that.update_notebook_name();
             that.update_document_title();
             that.update_address_bar();
         });
         $([IPython.events]).on('notebook_save_failed.Notebook', function () {
             that.set_save_status('Autosave Failed!');
         });
         $([IPython.events]).on('checkpoints_listed.Notebook', function (event, data) {
             that.set_last_checkpoint(data[0]);
         });
 
         $([IPython.events]).on('checkpoint_created.Notebook', function (event, data) {
             that.set_last_checkpoint(data);
         });
         $([IPython.events]).on('set_dirty.Notebook', function (event, data) {
             that.set_autosaved(data.value);
         });
     };
 
 
     SaveWidget.prototype.rename_notebook = function () {
         var that = this;
         var dialog = $('<div/>').append(
             $("<p/>").addClass("rename-message")
                 .text('Enter a new notebook name:')
         ).append(
             $("<br/>")
         ).append(
             $('<input/>').attr('type','text').attr('size','25')
             .val(IPython.notebook.get_notebook_name())
         );
         IPython.dialog.modal({
             title: "Rename Notebook",
             body: dialog,
             buttons : {
                 "Cancel": {},
                 "OK": {
                     class: "btn-primary",
                     click: function () {
                     var new_name = $(this).find('input').val();
                     if (!IPython.notebook.test_notebook_name(new_name)) {
                         $(this).find('.rename-message').text(
                             "Invalid notebook name. Notebook names must "+
                             "have 1 or more characters and can contain any characters " +
                             "except :/\\. Please enter a new notebook name:"
                         );
                         return false;
                     } else {
                         IPython.notebook.rename(new_name);
                     }
                 }}
                 },
             open : function (event, ui) {
                 var that = $(this);
                 // Upon ENTER, click the OK button.
                 that.find('input[type="text"]').keydown(function (event, ui) {
                     if (event.which === utils.keycodes.ENTER) {
                         that.find('.btn-primary').first().click();
                         return false;
                     }
                 });
                 that.find('input[type="text"]').focus().select();
             }
         });
     }
 
 
     SaveWidget.prototype.update_notebook_name = function () {
         var nbname = IPython.notebook.get_notebook_name();
         this.element.find('span#notebook_name').text(nbname);
     };
 
 
     SaveWidget.prototype.update_document_title = function () {
         var nbname = IPython.notebook.get_notebook_name();
         document.title = nbname;
     };
     
     SaveWidget.prototype.update_address_bar = function(){
         var nbname = IPython.notebook.notebook_name;
-        var path = IPython.notebook.notebookPath();
+        var path = IPython.notebook.notebook_path;
         var state = {path : utils.url_join_encode(path, nbname)};
         window.history.replaceState(state, "", utils.url_join_encode(
             "/notebooks",
             path,
             nbname)
         );
     }
 
 
     SaveWidget.prototype.set_save_status = function (msg) {
         this.element.find('span#autosave_status').text(msg);
     }
 
     SaveWidget.prototype.set_checkpoint_status = function (msg) {
         this.element.find('span#checkpoint_status').text(msg);
     }
 
     SaveWidget.prototype.set_last_checkpoint = function (checkpoint) {
         if (!checkpoint) {
             this.set_checkpoint_status("");
             return;
         }
         var d = new Date(checkpoint.last_modified);
         this.set_checkpoint_status(
             "Last Checkpoint: " + d.format('mmm dd HH:MM')
         );
     }
 
     SaveWidget.prototype.set_autosaved = function (dirty) {
         if (dirty) {
             this.set_save_status("(unsaved changes)");
         } else {
             this.set_save_status("(autosaved)");
         }
     };
 
 
     IPython.SaveWidget = SaveWidget;
 
     return IPython;
 
 }(IPython));
 

IPython/html/static/notebook/less/notificationarea.less

@@ -1,3 +1,18 b''
 #notification_area {
     z-index: 10;
 }
+
+.indicator_area {
+    color: @navbarLinkColor;
+    padding: 4px 3px;
+    margin: 0px;
+    width: 11px;
+    z-index: 10;
+    text-align: center;
+}
+
+#kernel_indicator {
+    // Pull it to the right, outside the container boundary
+    margin-right: -16px;
+}
+

IPython/html/static/notebook/less/notificationwidget.less

@@ -1,22 +1,13 b''
-.notification_widget{
+.notification_widget {
     color: @navbarLinkColor;
     padding: 1px 12px;
     margin: 2px 4px;
     z-index: 10;
     border: 1px solid #ccc;
     border-radius: @baseBorderRadius;
     background: rgba(240, 240, 240, 0.5);
 
     &.span {
         padding-right:2px;
     }
-    
-}
-
-#indicator_area{
-    color: @navbarLinkColor;
-    padding: 2px 2px;
-    margin: 2px -9px 2px 4px;
-    z-index: 10;
-    
 }

IPython/html/static/services/kernels/js/kernel.js

@@ -1,603 +1,609 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2008-2011  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // Kernel
 //============================================================================
 
 /**
  * @module IPython
  * @namespace IPython
  * @submodule Kernel
  */
 
 var IPython = (function (IPython) {
     "use strict";
     
     var utils = IPython.utils;
 
     // Initialization and connection.
     /**
      * A Kernel Class to communicate with the Python kernel
      * @Class Kernel
      */
-    var Kernel = function (base_url) {
+    var Kernel = function (kernel_service_url) {
         this.kernel_id = null;
         this.shell_channel = null;
         this.iopub_channel = null;
         this.stdin_channel = null;
-        this.base_url = base_url;
+        this.kernel_service_url = kernel_service_url;
         this.running = false;
         this.username = "username";
         this.session_id = utils.uuid();
         this._msg_callbacks = {};
 
         if (typeof(WebSocket) !== 'undefined') {
             this.WebSocket = WebSocket;
         } else if (typeof(MozWebSocket) !== 'undefined') {
             this.WebSocket = MozWebSocket;
         } else {
             alert('Your browser does not have WebSocket support, please try Chrome, Safari or Firefox ≥ 6. Firefox 4 and 5 are also supported by you have to enable WebSockets in about:config.');
         }
         
         this.bind_events();
         this.init_iopub_handlers();
         this.comm_manager = new IPython.CommManager(this);
         this.widget_manager = new IPython.WidgetManager(this.comm_manager);
     };
 
 
     Kernel.prototype._get_msg = function (msg_type, content, metadata) {
         var msg = {
             header : {
                 msg_id : utils.uuid(),
                 username : this.username,
                 session : this.session_id,
                 msg_type : msg_type
             },
             metadata : metadata || {},
             content : content,
             parent_header : {}
         };
         return msg;
     };
     
     Kernel.prototype.bind_events = function () {
         var that = this;
         $([IPython.events]).on('send_input_reply.Kernel', function(evt, data) { 
             that.send_input_reply(data);
         });
     };
     
     // Initialize the iopub handlers
     
     Kernel.prototype.init_iopub_handlers = function () {
         var output_types = ['stream', 'display_data', 'pyout', 'pyerr'];
         this._iopub_handlers = {};
         this.register_iopub_handler('status', $.proxy(this._handle_status_message, this));
         this.register_iopub_handler('clear_output', $.proxy(this._handle_clear_output, this));
         
         for (var i=0; i < output_types.length; i++) {
             this.register_iopub_handler(output_types[i], $.proxy(this._handle_output_message, this));
         }
     };
 
     /**
      * Start the Python kernel
      * @method start
      */
     Kernel.prototype.start = function (params) {
         params = params || {};
         if (!this.running) {
             var qs = $.param(params);
-            var url = this.base_url + '?' + qs;
-            $.post(url,
+            $.post(utils.url_join_encode(this.kernel_service_url) + '?' + qs,
                 $.proxy(this._kernel_started, this),
                 'json'
             );
         }
     };
 
     /**
      * Restart the python kernel.
      *
      * Emit a 'status_restarting.Kernel' event with
      * the current object as parameter
      *
      * @method restart
      */
     Kernel.prototype.restart = function () {
         $([IPython.events]).trigger('status_restarting.Kernel', {kernel: this});
         if (this.running) {
             this.stop_channels();
-            var url = utils.url_join_encode(this.kernel_url, "restart");
-            $.post(url,
+            $.post(utils.url_join_encode(this.kernel_url, "restart"),
                 $.proxy(this._kernel_started, this),
                 'json'
             );
         }
     };
 
 
     Kernel.prototype._kernel_started = function (json) {
         console.log("Kernel started: ", json.id);
         this.running = true;
         this.kernel_id = json.id;
         var ws_url = json.ws_url;
         if (ws_url.match(/wss?:\/\//) === null) {
             // trailing 's' in https will become wss for secure web sockets
             var prot = location.protocol.replace('http', 'ws') + "//";
             ws_url = prot + location.host + ws_url;
         }
-        this.ws_url = ws_url;
-        this.kernel_url = utils.url_join_encode(this.base_url, this.kernel_id);
+        var parsed = utils.parse_url(ws_url);
+        this.ws_host = parsed.protocol + "//" + parsed.host;
+        this.kernel_url = utils.url_path_join(this.kernel_service_url, this.kernel_id);
+        this.ws_url = utils.url_path_join(parsed.pathname, this.kernel_url);
         this.start_channels();
     };
 
 
     Kernel.prototype._websocket_closed = function(ws_url, early) {
         this.stop_channels();
         $([IPython.events]).trigger('websocket_closed.Kernel',
             {ws_url: ws_url, kernel: this, early: early}
         );
     };
 
     /**
      * Start the `shell`and `iopub` channels.
      * Will stop and restart them if they already exist.
      *
      * @method start_channels
      */
     Kernel.prototype.start_channels = function () {
         var that = this;
         this.stop_channels();
-        var ws_url = this.ws_url + this.kernel_url;
-        console.log("Starting WebSockets:", ws_url);
-        this.shell_channel = new this.WebSocket(ws_url + "/shell");
-        this.stdin_channel = new this.WebSocket(ws_url + "/stdin");
-        this.iopub_channel = new this.WebSocket(ws_url + "/iopub");
+        console.log("Starting WebSockets:", this.ws_host + this.ws_url);
+        this.shell_channel = new this.WebSocket(
+            this.ws_host + utils.url_join_encode(this.ws_url, "shell")
+        );
+        this.stdin_channel = new this.WebSocket(
+            this.ws_host + utils.url_join_encode(this.ws_url, "stdin")
+        );
+        this.iopub_channel = new this.WebSocket(
+            this.ws_host + utils.url_join_encode(this.ws_url, "iopub")
+        );
         
+        var ws_host_url = this.ws_host + this.ws_url;
         var already_called_onclose = false; // only alert once
         var ws_closed_early = function(evt){
             if (already_called_onclose){
                 return;
             }
             already_called_onclose = true;
             if ( ! evt.wasClean ){
-                that._websocket_closed(ws_url, true);
+                that._websocket_closed(ws_host_url, true);
             }
         };
         var ws_closed_late = function(evt){
             if (already_called_onclose){
                 return;
             }
             already_called_onclose = true;
             if ( ! evt.wasClean ){
-                that._websocket_closed(ws_url, false);
+                that._websocket_closed(ws_host_url, false);
             }
         };
         var channels = [this.shell_channel, this.iopub_channel, this.stdin_channel];
         for (var i=0; i < channels.length; i++) {
             channels[i].onopen = $.proxy(this._ws_opened, this);
             channels[i].onclose = ws_closed_early;
         }
         // switch from early-close to late-close message after 1s
         setTimeout(function() {
             for (var i=0; i < channels.length; i++) {
                 if (channels[i] !== null) {
                     channels[i].onclose = ws_closed_late;
                 }
             }
         }, 1000);
         this.shell_channel.onmessage = $.proxy(this._handle_shell_reply, this);
         this.iopub_channel.onmessage = $.proxy(this._handle_iopub_message, this);
         this.stdin_channel.onmessage = $.proxy(this._handle_input_request, this);
     };
 
     /**
      * Handle a websocket entering the open state
      * sends session and cookie authentication info as first message.
      * Once all sockets are open, signal the Kernel.status_started event.
      * @method _ws_opened
      */
     Kernel.prototype._ws_opened = function (evt) {
         // send the session id so the Session object Python-side
         // has the same identity
         evt.target.send(this.session_id + ':' + document.cookie);
         
         var channels = [this.shell_channel, this.iopub_channel, this.stdin_channel];
         for (var i=0; i < channels.length; i++) {
             // if any channel is not ready, don't trigger event.
             if ( !channels[i].readyState ) return;
         }
         // all events ready, trigger started event.
         $([IPython.events]).trigger('status_started.Kernel', {kernel: this});
     };
     
     /**
      * Stop the websocket channels.
      * @method stop_channels
      */
     Kernel.prototype.stop_channels = function () {
         var channels = [this.shell_channel, this.iopub_channel, this.stdin_channel];
         for (var i=0; i < channels.length; i++) {
             if ( channels[i] !== null ) {
                 channels[i].onclose = null;
                 channels[i].close();
             }
         }
         this.shell_channel = this.iopub_channel = this.stdin_channel = null;
     };
 
     // Main public methods.
     
     // send a message on the Kernel's shell channel
     Kernel.prototype.send_shell_message = function (msg_type, content, callbacks, metadata) {
         var msg = this._get_msg(msg_type, content, metadata);
         this.shell_channel.send(JSON.stringify(msg));
         this.set_callbacks_for_msg(msg.header.msg_id, callbacks);
         return msg.header.msg_id;
     };
 
     /**
      * Get kernel info
      *
      * @param callback {function}
      * @method object_info
      *
      * When calling this method, pass a callback function that expects one argument.
      * The callback will be passed the complete `kernel_info_reply` message documented
      * [here](http://ipython.org/ipython-doc/dev/development/messaging.html#kernel-info)
      */
     Kernel.prototype.kernel_info = function (callback) {
         var callbacks;
         if (callback) {
             callbacks = { shell : { reply : callback } };
         }
         return this.send_shell_message("kernel_info_request", {}, callbacks);
     };
 
     /**
      * Get info on an object
      *
      * @param objname {string}
      * @param callback {function}
      * @method object_info
      *
      * When calling this method, pass a callback function that expects one argument.
      * The callback will be passed the complete `object_info_reply` message documented
      * [here](http://ipython.org/ipython-doc/dev/development/messaging.html#object-information)
      */
     Kernel.prototype.object_info = function (objname, callback) {
         var callbacks;
         if (callback) {
             callbacks = { shell : { reply : callback } };
         }
         
         if (typeof(objname) !== null && objname !== null) {
             var content = {
                 oname : objname.toString(),
                 detail_level : 0,
             };
             return this.send_shell_message("object_info_request", content, callbacks);
         }
         return;
     };
 
     /**
      * Execute given code into kernel, and pass result to callback.
      *
      * @async
      * @method execute
      * @param {string} code
      * @param [callbacks] {Object} With the following keys (all optional)
      *      @param callbacks.shell.reply {function}
      *      @param callbacks.shell.payload.[payload_name] {function}
      *      @param callbacks.iopub.output {function}
      *      @param callbacks.iopub.clear_output {function}
      *      @param callbacks.input {function}
      * @param {object} [options]
      *      @param [options.silent=false] {Boolean}
      *      @param [options.user_expressions=empty_dict] {Dict}
      *      @param [options.user_variables=empty_list] {List od Strings}
      *      @param [options.allow_stdin=false] {Boolean} true|false
      *
      * @example
      *
      * The options object should contain the options for the execute call. Its default
      * values are:
      *
      *      options = {
      *        silent : true,
      *        user_variables : [],
      *        user_expressions : {},
      *        allow_stdin : false
      *      }
      *
      * When calling this method pass a callbacks structure of the form:
      *
      *      callbacks = {
      *       shell : {
      *         reply : execute_reply_callback,
      *         payload : {
      *           set_next_input : set_next_input_callback,
      *         }
      *       },
      *       iopub : {
      *         output : output_callback,
      *         clear_output : clear_output_callback,
      *       },
      *       input : raw_input_callback
      *      }
      *
      * Each callback will be passed the entire message as a single arugment.
      * Payload handlers will be passed the corresponding payload and the execute_reply message.
      */
     Kernel.prototype.execute = function (code, callbacks, options) {
 
         var content = {
             code : code,
             silent : true,
             store_history : false,
             user_variables : [],
             user_expressions : {},
             allow_stdin : false
         };
         callbacks = callbacks || {};
         if (callbacks.input !== undefined) {
             content.allow_stdin = true;
         }
         $.extend(true, content, options);
         $([IPython.events]).trigger('execution_request.Kernel', {kernel: this, content:content});
         return this.send_shell_message("execute_request", content, callbacks);
     };
 
     /**
      * When calling this method, pass a function to be called with the `complete_reply` message
      * as its only argument when it arrives.
      *
      * `complete_reply` is documented
      * [here](http://ipython.org/ipython-doc/dev/development/messaging.html#complete)
      *
      * @method complete
      * @param line {integer}
      * @param cursor_pos {integer}
      * @param callback {function}
      *
      */
     Kernel.prototype.complete = function (line, cursor_pos, callback) {
         var callbacks;
         if (callback) {
             callbacks = { shell : { reply : callback } };
         }
         var content = {
             text : '',
             line : line,
             block : null,
             cursor_pos : cursor_pos
         };
         return this.send_shell_message("complete_request", content, callbacks);
     };
 
 
     Kernel.prototype.interrupt = function () {
         if (this.running) {
             $([IPython.events]).trigger('status_interrupting.Kernel', {kernel: this});
-            $.post(this.kernel_url + "/interrupt");
+            $.post(utils.url_join_encode(this.kernel_url, "interrupt"));
         }
     };
 
 
     Kernel.prototype.kill = function () {
         if (this.running) {
             this.running = false;
             var settings = {
                 cache : false,
                 type : "DELETE"
             };
-            $.ajax(this.kernel_url, settings);
+            $.ajax(utils.url_join_encode(this.kernel_url), settings);
         }
     };
 
     Kernel.prototype.send_input_reply = function (input) {
         var content = {
             value : input,
         };
         $([IPython.events]).trigger('input_reply.Kernel', {kernel: this, content:content});
         var msg = this._get_msg("input_reply", content);
         this.stdin_channel.send(JSON.stringify(msg));
         return msg.header.msg_id;
     };
 
 
     // Reply handlers
 
     Kernel.prototype.register_iopub_handler = function (msg_type, callback) {
         this._iopub_handlers[msg_type] = callback;
     };
 
     Kernel.prototype.get_iopub_handler = function (msg_type) {
         // get iopub handler for a specific message type
         return this._iopub_handlers[msg_type];
     };
 
 
     Kernel.prototype.get_callbacks_for_msg = function (msg_id) {
         // get callbacks for a specific message
         return this._msg_callbacks[msg_id];
     };
 
 
     Kernel.prototype.clear_callbacks_for_msg = function (msg_id) {
         if (this._msg_callbacks[msg_id] !== undefined ) {
             delete this._msg_callbacks[msg_id];
         }
     };
     
     /* Set callbacks for a particular message.
      * Callbacks should be a struct of the following form:
      * shell : {
      * 
      * }
     
      */
     Kernel.prototype.set_callbacks_for_msg = function (msg_id, callbacks) {
         if (callbacks) {
             // shallow-copy mapping, because we will modify it at the top level
             var cbcopy = this._msg_callbacks[msg_id] = {};
             cbcopy.shell = callbacks.shell;
             cbcopy.iopub = callbacks.iopub;
             cbcopy.input = callbacks.input;
             this._msg_callbacks[msg_id] = cbcopy;
         }
     };
 
 
     Kernel.prototype._handle_shell_reply = function (e) {
         var reply = $.parseJSON(e.data);
         $([IPython.events]).trigger('shell_reply.Kernel', {kernel: this, reply:reply});
         var content = reply.content;
         var metadata = reply.metadata;
         var parent_id = reply.parent_header.msg_id;
         var callbacks = this.get_callbacks_for_msg(parent_id);
         if (!callbacks || !callbacks.shell) {
             return;
         }
         var shell_callbacks = callbacks.shell;
         
         // clear callbacks on shell
         delete callbacks.shell;
         delete callbacks.input;
         if (!callbacks.iopub) {
             this.clear_callbacks_for_msg(parent_id);
         }
         
         if (shell_callbacks.reply !== undefined) {
             shell_callbacks.reply(reply);
         }
         if (content.payload && shell_callbacks.payload) {
             this._handle_payloads(content.payload, shell_callbacks.payload, reply);
         }
     };
 
 
     Kernel.prototype._handle_payloads = function (payloads, payload_callbacks, msg) {
         var l = payloads.length;
         // Payloads are handled by triggering events because we don't want the Kernel
         // to depend on the Notebook or Pager classes.
         for (var i=0; i<l; i++) {
             var payload = payloads[i];
             var callback = payload_callbacks[payload.source];
             if (callback) {
                 callback(payload, msg);
             }
         }
     };
 
     Kernel.prototype._handle_status_message = function (msg) {
         var execution_state = msg.content.execution_state;
         var parent_id = msg.parent_header.msg_id;
         
         // dispatch status msg callbacks, if any
         var callbacks = this.get_callbacks_for_msg(parent_id);
         if (callbacks && callbacks.iopub && callbacks.iopub.status) {
             try {
                 callbacks.iopub.status(msg);
             } catch (e) {
                 console.log("Exception in status msg handler", e, e.stack);
             }
         }
         
         if (execution_state === 'busy') {
             $([IPython.events]).trigger('status_busy.Kernel', {kernel: this});
         } else if (execution_state === 'idle') {
             // clear callbacks on idle, there can be no more
             if (callbacks !== undefined) {
                 delete callbacks.iopub;
                 delete callbacks.input;
                 if (!callbacks.shell) {
                     this.clear_callbacks_for_msg(parent_id);
                 }
             }
             // trigger status_idle event
             $([IPython.events]).trigger('status_idle.Kernel', {kernel: this});
         } else if (execution_state === 'restarting') {
             // autorestarting is distinct from restarting,
             // in that it means the kernel died and the server is restarting it.
             // status_restarting sets the notification widget,
             // autorestart shows the more prominent dialog.
             $([IPython.events]).trigger('status_autorestarting.Kernel', {kernel: this});
             $([IPython.events]).trigger('status_restarting.Kernel', {kernel: this});
         } else if (execution_state === 'dead') {
             this.stop_channels();
             $([IPython.events]).trigger('status_dead.Kernel', {kernel: this});
         }
     };
     
     
     // handle clear_output message
     Kernel.prototype._handle_clear_output = function (msg) {
         var callbacks = this.get_callbacks_for_msg(msg.parent_header.msg_id);
         if (!callbacks || !callbacks.iopub) {
             return;
         }
         var callback = callbacks.iopub.clear_output;
         if (callback) {
             callback(msg);
         }
     };
 
 
     // handle an output message (pyout, display_data, etc.)
     Kernel.prototype._handle_output_message = function (msg) {
         var callbacks = this.get_callbacks_for_msg(msg.parent_header.msg_id);
         if (!callbacks || !callbacks.iopub) {
             return;
         }
         var callback = callbacks.iopub.output;
         if (callback) {
             callback(msg);
         }
     };
 
     // dispatch IOPub messages to respective handlers.
     // each message type should have a handler.
     Kernel.prototype._handle_iopub_message = function (e) {
         var msg = $.parseJSON(e.data);
 
         var handler = this.get_iopub_handler(msg.header.msg_type);
         if (handler !== undefined) {
             handler(msg);
         }
     };
 
 
     Kernel.prototype._handle_input_request = function (e) {
         var request = $.parseJSON(e.data);
         var header = request.header;
         var content = request.content;
         var metadata = request.metadata;
         var msg_type = header.msg_type;
         if (msg_type !== 'input_request') {
             console.log("Invalid input request!", request);
             return;
         }
         var callbacks = this.get_callbacks_for_msg(request.parent_header.msg_id);
         if (callbacks) {
             if (callbacks.input) {
                 callbacks.input(request);
             }
         }
     };
 
 
     IPython.Kernel = Kernel;
 
     return IPython;
 
 }(IPython));
 

IPython/html/static/services/sessions/js/session.js

@@ -1,118 +1,119 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2013  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // Notebook
 //============================================================================
 
 var IPython = (function (IPython) {
     "use strict";
     
     var utils = IPython.utils;
     
-    var Session = function(notebook_name, notebook_path, notebook){
+    var Session = function(notebook, options){
         this.kernel = null;
         this.id = null;
-        this.name = notebook_name;
-        this.path = notebook_path;
         this.notebook = notebook;
-        this._baseProjectUrl = notebook.baseProjectUrl();
+        this.name = notebook.notebook_name;
+        this.path = notebook.notebook_path;
+        this.base_url = notebook.base_url;
+        this.base_kernel_url = options.base_kernel_url || utils.get_body_data("baseKernelUrl");
     };
     
     Session.prototype.start = function(callback) {
         var that = this;
         var model = {
             notebook : {
                 name : this.name,
                 path : this.path
             }
         };
         var settings = {
             processData : false,
             cache : false,
             type : "POST",
             data: JSON.stringify(model),
             dataType : "json",
             success : function (data, status, xhr) {
                 that._handle_start_success(data);
                 if (callback) {
                     callback(data, status, xhr);
                 }
             },
         };
-        var url = utils.url_join_encode(this._baseProjectUrl, 'api/sessions');
+        var url = utils.url_join_encode(this.base_url, 'api/sessions');
         $.ajax(url, settings);
     };
     
     Session.prototype.rename_notebook = function (name, path) {
         this.name = name;
         this.path = path;
         var model = {
             notebook : {
                 name : this.name,
                 path : this.path
             }
         };
         var settings = {
             processData : false,
             cache : false,
             type : "PATCH",
             data: JSON.stringify(model),
             dataType : "json",
         };
-        var url = utils.url_join_encode(this._baseProjectUrl, 'api/sessions', this.id);
+        var url = utils.url_join_encode(this.base_url, 'api/sessions', this.id);
         $.ajax(url, settings);
     };
     
     Session.prototype.delete = function() {
         var settings = {
             processData : false,
             cache : false,
             type : "DELETE",
             dataType : "json",
         };
         this.kernel.running = false;
-        var url = utils.url_join_encode(this._baseProjectUrl, 'api/sessions', this.id);
+        var url = utils.url_join_encode(this.base_url, 'api/sessions', this.id);
         $.ajax(url, settings);
     };
     
     // Kernel related things
     /**
      * Create the Kernel object associated with this Session.
      * 
      * @method _handle_start_success
      */
     Session.prototype._handle_start_success = function (data, status, xhr) {
         this.id = data.id;
-        var base_url = utils.url_path_join($('body').data('baseKernelUrl'), "api/kernels");
-        this.kernel = new IPython.Kernel(base_url);
+        var kernel_service_url = utils.url_path_join(this.base_kernel_url, "api/kernels");
+        this.kernel = new IPython.Kernel(kernel_service_url);
         this.kernel._kernel_started(data.kernel);
     };
     
     /**
      * Prompt the user to restart the IPython kernel.
      * 
      * @method restart_kernel
      */
     Session.prototype.restart_kernel = function () {
         this.kernel.restart();
     };
     
     Session.prototype.interrupt_kernel = function() {
         this.kernel.interrupt();
     };
     
 
     Session.prototype.kill_kernel = function() {
         this.kernel.kill();
     };
     
     IPython.Session = Session;
 
     return IPython;
 
 }(IPython));

IPython/html/static/style/style.min.css

@@ -1,1526 +1,1527 b''
 article,aside,details,figcaption,figure,footer,header,hgroup,nav,section{display:block}
 audio,canvas,video{display:inline-block;*display:inline;*zoom:1}
 audio:not([controls]){display:none}
 html{font-size:100%;-webkit-text-size-adjust:100%;-ms-text-size-adjust:100%}
 a:focus{outline:thin dotted #333;outline:5px auto -webkit-focus-ring-color;outline-offset:-2px}
 a:hover,a:active{outline:0}
 sub,sup{position:relative;font-size:75%;line-height:0;vertical-align:baseline}
 sup{top:-0.5em}
 sub{bottom:-0.25em}
 img{max-width:100%;width:auto\9;height:auto;vertical-align:middle;border:0;-ms-interpolation-mode:bicubic}
 #map_canvas img,.google-maps img{max-width:none}
 button,input,select,textarea{margin:0;font-size:100%;vertical-align:middle}
 button,input{*overflow:visible;line-height:normal}
 button::-moz-focus-inner,input::-moz-focus-inner{padding:0;border:0}
 button,html input[type="button"],input[type="reset"],input[type="submit"]{-webkit-appearance:button;cursor:pointer}
 label,select,button,input[type="button"],input[type="reset"],input[type="submit"],input[type="radio"],input[type="checkbox"]{cursor:pointer}
 input[type="search"]{-webkit-box-sizing:content-box;-moz-box-sizing:content-box;box-sizing:content-box;-webkit-appearance:textfield}
 input[type="search"]::-webkit-search-decoration,input[type="search"]::-webkit-search-cancel-button{-webkit-appearance:none}
 textarea{overflow:auto;vertical-align:top}
 @media print{*{text-shadow:none !important;color:#000 !important;background:transparent !important;box-shadow:none !important} a,a:visited{text-decoration:underline} a[href]:after{content:" (" attr(href) ")"} abbr[title]:after{content:" (" attr(title) ")"} .ir a:after,a[href^="javascript:"]:after,a[href^="#"]:after{content:""} pre,blockquote{border:1px solid #999;page-break-inside:avoid} thead{display:table-header-group} tr,img{page-break-inside:avoid} img{max-width:100% !important} @page {margin:.5cm}p,h2,h3{orphans:3;widows:3} h2,h3{page-break-after:avoid}}body{margin:0;font-family:"Helvetica Neue",Helvetica,Arial,sans-serif;font-size:13px;line-height:20px;color:#000;background-color:#fff}
 a{color:#08c;text-decoration:none}
 a:hover,a:focus{color:#005580;text-decoration:underline}
 .img-rounded{border-radius:6px;-webkit-border-radius:6px;-moz-border-radius:6px;border-radius:6px}
 .img-polaroid{padding:4px;background-color:#fff;border:1px solid #ccc;border:1px solid rgba(0,0,0,0.2);-webkit-box-shadow:0 1px 3px rgba(0,0,0,0.1);-moz-box-shadow:0 1px 3px rgba(0,0,0,0.1);box-shadow:0 1px 3px rgba(0,0,0,0.1)}
 .img-circle{border-radius:500px;-webkit-border-radius:500px;-moz-border-radius:500px;border-radius:500px}
 .row{margin-left:-20px;*zoom:1}.row:before,.row:after{display:table;content:"";line-height:0}
 .row:after{clear:both}
 [class*="span"]{float:left;min-height:1px;margin-left:20px}
 .container,.navbar-static-top .container,.navbar-fixed-top .container,.navbar-fixed-bottom .container{width:940px}
 .span12{width:940px}
 .span11{width:860px}
 .span10{width:780px}
 .span9{width:700px}
 .span8{width:620px}
 .span7{width:540px}
 .span6{width:460px}
 .span5{width:380px}
 .span4{width:300px}
 .span3{width:220px}
 .span2{width:140px}
 .span1{width:60px}
 .offset12{margin-left:980px}
 .offset11{margin-left:900px}
 .offset10{margin-left:820px}
 .offset9{margin-left:740px}
 .offset8{margin-left:660px}
 .offset7{margin-left:580px}
 .offset6{margin-left:500px}
 .offset5{margin-left:420px}
 .offset4{margin-left:340px}
 .offset3{margin-left:260px}
 .offset2{margin-left:180px}
 .offset1{margin-left:100px}
 .row-fluid{width:100%;*zoom:1}.row-fluid:before,.row-fluid:after{display:table;content:"";line-height:0}
 .row-fluid:after{clear:both}
 .row-fluid [class*="span"]{display:block;width:100%;min-height:30px;-webkit-box-sizing:border-box;-moz-box-sizing:border-box;box-sizing:border-box;float:left;margin-left:2.127659574468085%;*margin-left:2.074468085106383%}
 .row-fluid [class*="span"]:first-child{margin-left:0}
 .row-fluid .controls-row [class*="span"]+[class*="span"]{margin-left:2.127659574468085%}
 .row-fluid .span12{width:100%;*width:99.94680851063829%}
 .row-fluid .span11{width:91.48936170212765%;*width:91.43617021276594%}
 .row-fluid .span10{width:82.97872340425532%;*width:82.92553191489361%}
 .row-fluid .span9{width:74.46808510638297%;*width:74.41489361702126%}
 .row-fluid .span8{width:65.95744680851064%;*width:65.90425531914893%}
 .row-fluid .span7{width:57.44680851063829%;*width:57.39361702127659%}
 .row-fluid .span6{width:48.93617021276595%;*width:48.88297872340425%}
 .row-fluid .span5{width:40.42553191489362%;*width:40.37234042553192%}
 .row-fluid .span4{width:31.914893617021278%;*width:31.861702127659576%}
 .row-fluid .span3{width:23.404255319148934%;*width:23.351063829787233%}
 .row-fluid .span2{width:14.893617021276595%;*width:14.840425531914894%}
 .row-fluid .span1{width:6.382978723404255%;*width:6.329787234042553%}
 .row-fluid .offset12{margin-left:104.25531914893617%;*margin-left:104.14893617021275%}
 .row-fluid .offset12:first-child{margin-left:102.12765957446808%;*margin-left:102.02127659574467%}
 .row-fluid .offset11{margin-left:95.74468085106382%;*margin-left:95.6382978723404%}
 .row-fluid .offset11:first-child{margin-left:93.61702127659574%;*margin-left:93.51063829787232%}
 .row-fluid .offset10{margin-left:87.23404255319149%;*margin-left:87.12765957446807%}
 .row-fluid .offset10:first-child{margin-left:85.1063829787234%;*margin-left:84.99999999999999%}
 .row-fluid .offset9{margin-left:78.72340425531914%;*margin-left:78.61702127659572%}
 .row-fluid .offset9:first-child{margin-left:76.59574468085106%;*margin-left:76.48936170212764%}
 .row-fluid .offset8{margin-left:70.2127659574468%;*margin-left:70.10638297872339%}
 .row-fluid .offset8:first-child{margin-left:68.08510638297872%;*margin-left:67.9787234042553%}
 .row-fluid .offset7{margin-left:61.70212765957446%;*margin-left:61.59574468085106%}
 .row-fluid .offset7:first-child{margin-left:59.574468085106375%;*margin-left:59.46808510638297%}
 .row-fluid .offset6{margin-left:53.191489361702125%;*margin-left:53.085106382978715%}
 .row-fluid .offset6:first-child{margin-left:51.063829787234035%;*margin-left:50.95744680851063%}
 .row-fluid .offset5{margin-left:44.68085106382979%;*margin-left:44.57446808510638%}
 .row-fluid .offset5:first-child{margin-left:42.5531914893617%;*margin-left:42.4468085106383%}
 .row-fluid .offset4{margin-left:36.170212765957444%;*margin-left:36.06382978723405%}
 .row-fluid .offset4:first-child{margin-left:34.04255319148936%;*margin-left:33.93617021276596%}
 .row-fluid .offset3{margin-left:27.659574468085104%;*margin-left:27.5531914893617%}
 .row-fluid .offset3:first-child{margin-left:25.53191489361702%;*margin-left:25.425531914893618%}
 .row-fluid .offset2{margin-left:19.148936170212764%;*margin-left:19.04255319148936%}
 .row-fluid .offset2:first-child{margin-left:17.02127659574468%;*margin-left:16.914893617021278%}
 .row-fluid .offset1{margin-left:10.638297872340425%;*margin-left:10.53191489361702%}
 .row-fluid .offset1:first-child{margin-left:8.51063829787234%;*margin-left:8.404255319148938%}
 [class*="span"].hide,.row-fluid [class*="span"].hide{display:none}
 [class*="span"].pull-right,.row-fluid [class*="span"].pull-right{float:right}
 .container{margin-right:auto;margin-left:auto;*zoom:1}.container:before,.container:after{display:table;content:"";line-height:0}
 .container:after{clear:both}
 .container-fluid{padding-right:20px;padding-left:20px;*zoom:1}.container-fluid:before,.container-fluid:after{display:table;content:"";line-height:0}
 .container-fluid:after{clear:both}
 p{margin:0 0 10px}
 .lead{margin-bottom:20px;font-size:19.5px;font-weight:200;line-height:30px}
 small{font-size:85%}
 strong{font-weight:bold}
 em{font-style:italic}
 cite{font-style:normal}
 .muted{color:#999}
 a.muted:hover,a.muted:focus{color:#808080}
 .text-warning{color:#c09853}
 a.text-warning:hover,a.text-warning:focus{color:#a47e3c}
 .text-error{color:#b94a48}
 a.text-error:hover,a.text-error:focus{color:#953b39}
 .text-info{color:#3a87ad}
 a.text-info:hover,a.text-info:focus{color:#2d6987}
 .text-success{color:#468847}
 a.text-success:hover,a.text-success:focus{color:#356635}
 .text-left{text-align:left}
 .text-right{text-align:right}
 .text-center{text-align:center}
 h1,h2,h3,h4,h5,h6{margin:10px 0;font-family:inherit;font-weight:bold;line-height:20px;color:inherit;text-rendering:optimizelegibility}h1 small,h2 small,h3 small,h4 small,h5 small,h6 small{font-weight:normal;line-height:1;color:#999}
 h1,h2,h3{line-height:40px}
 h1{font-size:35.75px}
 h2{font-size:29.25px}
 h3{font-size:22.75px}
 h4{font-size:16.25px}
 h5{font-size:13px}
 h6{font-size:11.049999999999999px}
 h1 small{font-size:22.75px}
 h2 small{font-size:16.25px}
 h3 small{font-size:13px}
 h4 small{font-size:13px}
 .page-header{padding-bottom:9px;margin:20px 0 30px;border-bottom:1px solid #eee}
 ul,ol{padding:0;margin:0 0 10px 25px}
 ul ul,ul ol,ol ol,ol ul{margin-bottom:0}
 li{line-height:20px}
 ul.unstyled,ol.unstyled{margin-left:0;list-style:none}
 ul.inline,ol.inline{margin-left:0;list-style:none}ul.inline>li,ol.inline>li{display:inline-block;*display:inline;*zoom:1;padding-left:5px;padding-right:5px}
 dl{margin-bottom:20px}
 dt,dd{line-height:20px}
 dt{font-weight:bold}
 dd{margin-left:10px}
 .dl-horizontal{*zoom:1}.dl-horizontal:before,.dl-horizontal:after{display:table;content:"";line-height:0}
 .dl-horizontal:after{clear:both}
 .dl-horizontal dt{float:left;width:160px;clear:left;text-align:right;overflow:hidden;text-overflow:ellipsis;white-space:nowrap}
 .dl-horizontal dd{margin-left:180px}
 hr{margin:20px 0;border:0;border-top:1px solid #eee;border-bottom:1px solid #fff}
 abbr[title],abbr[data-original-title]{cursor:help;border-bottom:1px dotted #999}
 abbr.initialism{font-size:90%;text-transform:uppercase}
 blockquote{padding:0 0 0 15px;margin:0 0 20px;border-left:5px solid #eee}blockquote p{margin-bottom:0;font-size:16.25px;font-weight:300;line-height:1.25}
 blockquote small{display:block;line-height:20px;color:#999}blockquote small:before{content:'\2014 \00A0'}
 blockquote.pull-right{float:right;padding-right:15px;padding-left:0;border-right:5px solid #eee;border-left:0}blockquote.pull-right p,blockquote.pull-right small{text-align:right}
 blockquote.pull-right small:before{content:''}
 blockquote.pull-right small:after{content:'\00A0 \2014'}
 q:before,q:after,blockquote:before,blockquote:after{content:""}
 address{display:block;margin-bottom:20px;font-style:normal;line-height:20px}
 code,pre{padding:0 3px 2px;font-family:monospace;font-size:11px;color:#333;border-radius:3px;-webkit-border-radius:3px;-moz-border-radius:3px;border-radius:3px}
 code{padding:2px 4px;color:#d14;background-color:#f7f7f9;border:1px solid #e1e1e8;white-space:nowrap}
 pre{display:block;padding:9.5px;margin:0 0 10px;font-size:12px;line-height:20px;word-break:break-all;word-wrap:break-word;white-space:pre;white-space:pre-wrap;background-color:#f5f5f5;border:1px solid #ccc;border:1px solid rgba(0,0,0,0.15);border-radius:4px;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px}pre.prettyprint{margin-bottom:20px}
 pre code{padding:0;color:inherit;white-space:pre;white-space:pre-wrap;background-color:transparent;border:0}
 .pre-scrollable{max-height:340px;overflow-y:scroll}
 form{margin:0 0 20px}
 fieldset{padding:0;margin:0;border:0}
 legend{display:block;width:100%;padding:0;margin-bottom:20px;font-size:19.5px;line-height:40px;color:#333;border:0;border-bottom:1px solid #e5e5e5}legend small{font-size:15px;color:#999}
 label,input,button,select,textarea{font-size:13px;font-weight:normal;line-height:20px}
 input,button,select,textarea{font-family:"Helvetica Neue",Helvetica,Arial,sans-serif}
 label{display:block;margin-bottom:5px}
 select,textarea,input[type="text"],input[type="password"],input[type="datetime"],input[type="datetime-local"],input[type="date"],input[type="month"],input[type="time"],input[type="week"],input[type="number"],input[type="email"],input[type="url"],input[type="search"],input[type="tel"],input[type="color"],.uneditable-input{display:inline-block;height:20px;padding:4px 6px;margin-bottom:10px;font-size:13px;line-height:20px;color:#555;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px;vertical-align:middle}
 input,textarea,.uneditable-input{width:206px}
 textarea{height:auto}
 textarea,input[type="text"],input[type="password"],input[type="datetime"],input[type="datetime-local"],input[type="date"],input[type="month"],input[type="time"],input[type="week"],input[type="number"],input[type="email"],input[type="url"],input[type="search"],input[type="tel"],input[type="color"],.uneditable-input{background-color:#fff;border:1px solid #ccc;-webkit-box-shadow:inset 0 1px 1px rgba(0,0,0,0.075);-moz-box-shadow:inset 0 1px 1px rgba(0,0,0,0.075);box-shadow:inset 0 1px 1px rgba(0,0,0,0.075);-webkit-transition:border linear .2s, box-shadow linear .2s;-moz-transition:border linear .2s, box-shadow linear .2s;-o-transition:border linear .2s, box-shadow linear .2s;transition:border linear .2s, box-shadow linear .2s}textarea:focus,input[type="text"]:focus,input[type="password"]:focus,input[type="datetime"]:focus,input[type="datetime-local"]:focus,input[type="date"]:focus,input[type="month"]:focus,input[type="time"]:focus,input[type="week"]:focus,input[type="number"]:focus,input[type="email"]:focus,input[type="url"]:focus,input[type="search"]:focus,input[type="tel"]:focus,input[type="color"]:focus,.uneditable-input:focus{border-color:rgba(82,168,236,0.8);outline:0;outline:thin dotted \9;-webkit-box-shadow:inset 0 1px 1px rgba(0,0,0,.075), 0 0 8px rgba(82,168,236,.6);-moz-box-shadow:inset 0 1px 1px rgba(0,0,0,.075), 0 0 8px rgba(82,168,236,.6);box-shadow:inset 0 1px 1px rgba(0,0,0,.075), 0 0 8px rgba(82,168,236,.6)}
 input[type="radio"],input[type="checkbox"]{margin:4px 0 0;*margin-top:0;margin-top:1px \9;line-height:normal}
 input[type="file"],input[type="image"],input[type="submit"],input[type="reset"],input[type="button"],input[type="radio"],input[type="checkbox"]{width:auto}
 select,input[type="file"]{height:30px;*margin-top:4px;line-height:30px}
 select{width:220px;border:1px solid #ccc;background-color:#fff}
 select[multiple],select[size]{height:auto}
 select:focus,input[type="file"]:focus,input[type="radio"]:focus,input[type="checkbox"]:focus{outline:thin dotted #333;outline:5px auto -webkit-focus-ring-color;outline-offset:-2px}
 .uneditable-input,.uneditable-textarea{color:#999;background-color:#fcfcfc;border-color:#ccc;-webkit-box-shadow:inset 0 1px 2px rgba(0,0,0,0.025);-moz-box-shadow:inset 0 1px 2px rgba(0,0,0,0.025);box-shadow:inset 0 1px 2px rgba(0,0,0,0.025);cursor:not-allowed}
 .uneditable-input{overflow:hidden;white-space:nowrap}
 .uneditable-textarea{width:auto;height:auto}
 input:-moz-placeholder,textarea:-moz-placeholder{color:#999}
 input:-ms-input-placeholder,textarea:-ms-input-placeholder{color:#999}
 input::-webkit-input-placeholder,textarea::-webkit-input-placeholder{color:#999}
 .radio,.checkbox{min-height:20px;padding-left:20px}
 .radio input[type="radio"],.checkbox input[type="checkbox"]{float:left;margin-left:-20px}
 .controls>.radio:first-child,.controls>.checkbox:first-child{padding-top:5px}
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 .input-append .active,.input-prepend .active{background-color:#a9dba9;border-color:#46a546}
 .input-prepend .add-on,.input-prepend .btn{margin-right:-1px}
 .input-prepend .add-on:first-child,.input-prepend .btn:first-child{border-radius:4px 0 0 4px;-webkit-border-radius:4px 0 0 4px;-moz-border-radius:4px 0 0 4px;border-radius:4px 0 0 4px}
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 .input-prepend.input-append .add-on:last-child,.input-prepend.input-append .btn:last-child{margin-left:-1px;border-radius:0 4px 4px 0;-webkit-border-radius:0 4px 4px 0;-moz-border-radius:0 4px 4px 0;border-radius:0 4px 4px 0}
 .input-prepend.input-append .btn-group:first-child{margin-left:0}
 input.search-query{padding-right:14px;padding-right:4px \9;padding-left:14px;padding-left:4px \9;margin-bottom:0;border-radius:15px;-webkit-border-radius:15px;-moz-border-radius:15px;border-radius:15px}
 .form-search .input-append .search-query,.form-search .input-prepend .search-query{border-radius:0;-webkit-border-radius:0;-moz-border-radius:0;border-radius:0}
 .form-search .input-append .search-query{border-radius:14px 0 0 14px;-webkit-border-radius:14px 0 0 14px;-moz-border-radius:14px 0 0 14px;border-radius:14px 0 0 14px}
 .form-search .input-append .btn{border-radius:0 14px 14px 0;-webkit-border-radius:0 14px 14px 0;-moz-border-radius:0 14px 14px 0;border-radius:0 14px 14px 0}
 .form-search .input-prepend .search-query{border-radius:0 14px 14px 0;-webkit-border-radius:0 14px 14px 0;-moz-border-radius:0 14px 14px 0;border-radius:0 14px 14px 0}
 .form-search .input-prepend .btn{border-radius:14px 0 0 14px;-webkit-border-radius:14px 0 0 14px;-moz-border-radius:14px 0 0 14px;border-radius:14px 0 0 14px}
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 .form-search .radio,.form-search .checkbox,.form-inline .radio,.form-inline .checkbox{padding-left:0;margin-bottom:0;vertical-align:middle}
 .form-search .radio input[type="radio"],.form-search .checkbox input[type="checkbox"],.form-inline .radio input[type="radio"],.form-inline .checkbox input[type="checkbox"]{float:left;margin-right:3px;margin-left:0}
 .control-group{margin-bottom:10px}
 legend+.control-group{margin-top:20px;-webkit-margin-top-collapse:separate}
 .form-horizontal .control-group{margin-bottom:20px;*zoom:1}.form-horizontal .control-group:before,.form-horizontal .control-group:after{display:table;content:"";line-height:0}
 .form-horizontal .control-group:after{clear:both}
 .form-horizontal .control-label{float:left;width:160px;padding-top:5px;text-align:right}
 .form-horizontal .controls{*display:inline-block;*padding-left:20px;margin-left:180px;*margin-left:0}.form-horizontal .controls:first-child{*padding-left:180px}
 .form-horizontal .help-block{margin-bottom:0}
 .form-horizontal input+.help-block,.form-horizontal select+.help-block,.form-horizontal textarea+.help-block,.form-horizontal .uneditable-input+.help-block,.form-horizontal .input-prepend+.help-block,.form-horizontal .input-append+.help-block{margin-top:10px}
 .form-horizontal .form-actions{padding-left:180px}
 table{max-width:100%;background-color:transparent;border-collapse:collapse;border-spacing:0}
 .table{width:100%;margin-bottom:20px}.table th,.table td{padding:8px;line-height:20px;text-align:left;vertical-align:top;border-top:1px solid #ddd}
 .table th{font-weight:bold}
 .table thead th{vertical-align:bottom}
 .table caption+thead tr:first-child th,.table caption+thead tr:first-child td,.table colgroup+thead tr:first-child th,.table colgroup+thead tr:first-child td,.table thead:first-child tr:first-child th,.table thead:first-child tr:first-child td{border-top:0}
 .table tbody+tbody{border-top:2px solid #ddd}
 .table .table{background-color:#fff}
 .table-condensed th,.table-condensed td{padding:4px 5px}
 .table-bordered{border:1px solid #ddd;border-collapse:separate;*border-collapse:collapse;border-left:0;border-radius:4px;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px}.table-bordered th,.table-bordered td{border-left:1px solid #ddd}
 .table-bordered caption+thead tr:first-child th,.table-bordered caption+tbody tr:first-child th,.table-bordered caption+tbody tr:first-child td,.table-bordered colgroup+thead tr:first-child th,.table-bordered colgroup+tbody tr:first-child th,.table-bordered colgroup+tbody tr:first-child td,.table-bordered thead:first-child tr:first-child th,.table-bordered tbody:first-child tr:first-child th,.table-bordered tbody:first-child tr:first-child td{border-top:0}
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 .table-bordered thead:first-child tr:first-child>th:last-child,.table-bordered tbody:first-child tr:first-child>td:last-child,.table-bordered tbody:first-child tr:first-child>th:last-child{-webkit-border-top-right-radius:4px;-moz-border-radius-topright:4px;border-top-right-radius:4px}
 .table-bordered thead:last-child tr:last-child>th:first-child,.table-bordered tbody:last-child tr:last-child>td:first-child,.table-bordered tbody:last-child tr:last-child>th:first-child,.table-bordered tfoot:last-child tr:last-child>td:first-child,.table-bordered tfoot:last-child tr:last-child>th:first-child{-webkit-border-bottom-left-radius:4px;-moz-border-radius-bottomleft:4px;border-bottom-left-radius:4px}
 .table-bordered thead:last-child tr:last-child>th:last-child,.table-bordered tbody:last-child tr:last-child>td:last-child,.table-bordered tbody:last-child tr:last-child>th:last-child,.table-bordered tfoot:last-child tr:last-child>td:last-child,.table-bordered tfoot:last-child tr:last-child>th:last-child{-webkit-border-bottom-right-radius:4px;-moz-border-radius-bottomright:4px;border-bottom-right-radius:4px}
 .table-bordered tfoot+tbody:last-child tr:last-child td:first-child{-webkit-border-bottom-left-radius:0;-moz-border-radius-bottomleft:0;border-bottom-left-radius:0}
 .table-bordered tfoot+tbody:last-child tr:last-child td:last-child{-webkit-border-bottom-right-radius:0;-moz-border-radius-bottomright:0;border-bottom-right-radius:0}
 .table-bordered caption+thead tr:first-child th:first-child,.table-bordered caption+tbody tr:first-child td:first-child,.table-bordered colgroup+thead tr:first-child th:first-child,.table-bordered colgroup+tbody tr:first-child td:first-child{-webkit-border-top-left-radius:4px;-moz-border-radius-topleft:4px;border-top-left-radius:4px}
 .table-bordered caption+thead tr:first-child th:last-child,.table-bordered caption+tbody tr:first-child td:last-child,.table-bordered colgroup+thead tr:first-child th:last-child,.table-bordered colgroup+tbody tr:first-child td:last-child{-webkit-border-top-right-radius:4px;-moz-border-radius-topright:4px;border-top-right-radius:4px}
 .table-striped tbody>tr:nth-child(odd)>td,.table-striped tbody>tr:nth-child(odd)>th{background-color:#f9f9f9}
 .table-hover tbody tr:hover>td,.table-hover tbody tr:hover>th{background-color:#f5f5f5}
 table td[class*="span"],table th[class*="span"],.row-fluid table td[class*="span"],.row-fluid table th[class*="span"]{display:table-cell;float:none;margin-left:0}
 .table td.span1,.table th.span1{float:none;width:44px;margin-left:0}
 .table td.span2,.table th.span2{float:none;width:124px;margin-left:0}
 .table td.span3,.table th.span3{float:none;width:204px;margin-left:0}
 .table td.span4,.table th.span4{float:none;width:284px;margin-left:0}
 .table td.span5,.table th.span5{float:none;width:364px;margin-left:0}
 .table td.span6,.table th.span6{float:none;width:444px;margin-left:0}
 .table td.span7,.table th.span7{float:none;width:524px;margin-left:0}
 .table td.span8,.table th.span8{float:none;width:604px;margin-left:0}
 .table td.span9,.table th.span9{float:none;width:684px;margin-left:0}
 .table td.span10,.table th.span10{float:none;width:764px;margin-left:0}
 .table td.span11,.table th.span11{float:none;width:844px;margin-left:0}
 .table td.span12,.table th.span12{float:none;width:924px;margin-left:0}
 .table tbody tr.success>td{background-color:#dff0d8}
 .table tbody tr.error>td{background-color:#f2dede}
 .table tbody tr.warning>td{background-color:#fcf8e3}
 .table tbody tr.info>td{background-color:#d9edf7}
 .table-hover tbody tr.success:hover>td{background-color:#d0e9c6}
 .table-hover tbody tr.error:hover>td{background-color:#ebcccc}
 .table-hover tbody tr.warning:hover>td{background-color:#faf2cc}
 .table-hover tbody tr.info:hover>td{background-color:#c4e3f3}
 [class^="icon-"],[class*=" icon-"]{display:inline-block;width:14px;height:14px;*margin-right:.3em;line-height:14px;vertical-align:text-top;background-image:url("../img/glyphicons-halflings.png");background-position:14px 14px;background-repeat:no-repeat;margin-top:1px}
 .icon-white,.nav-pills>.active>a>[class^="icon-"],.nav-pills>.active>a>[class*=" icon-"],.nav-list>.active>a>[class^="icon-"],.nav-list>.active>a>[class*=" icon-"],.navbar-inverse .nav>.active>a>[class^="icon-"],.navbar-inverse .nav>.active>a>[class*=" icon-"],.dropdown-menu>li>a:hover>[class^="icon-"],.dropdown-menu>li>a:focus>[class^="icon-"],.dropdown-menu>li>a:hover>[class*=" icon-"],.dropdown-menu>li>a:focus>[class*=" icon-"],.dropdown-menu>.active>a>[class^="icon-"],.dropdown-menu>.active>a>[class*=" icon-"],.dropdown-submenu:hover>a>[class^="icon-"],.dropdown-submenu:focus>a>[class^="icon-"],.dropdown-submenu:hover>a>[class*=" icon-"],.dropdown-submenu:focus>a>[class*=" icon-"]{background-image:url("../img/glyphicons-halflings-white.png")}
 .icon-glass{background-position:0 0}
 .icon-music{background-position:-24px 0}
 .icon-search{background-position:-48px 0}
 .icon-envelope{background-position:-72px 0}
 .icon-heart{background-position:-96px 0}
 .icon-star{background-position:-120px 0}
 .icon-star-empty{background-position:-144px 0}
 .icon-user{background-position:-168px 0}
 .icon-film{background-position:-192px 0}
 .icon-th-large{background-position:-216px 0}
 .icon-th{background-position:-240px 0}
 .icon-th-list{background-position:-264px 0}
 .icon-ok{background-position:-288px 0}
 .icon-remove{background-position:-312px 0}
 .icon-zoom-in{background-position:-336px 0}
 .icon-zoom-out{background-position:-360px 0}
 .icon-off{background-position:-384px 0}
 .icon-signal{background-position:-408px 0}
 .icon-cog{background-position:-432px 0}
 .icon-trash{background-position:-456px 0}
 .icon-home{background-position:0 -24px}
 .icon-file{background-position:-24px -24px}
 .icon-time{background-position:-48px -24px}
 .icon-road{background-position:-72px -24px}
 .icon-download-alt{background-position:-96px -24px}
 .icon-download{background-position:-120px -24px}
 .icon-upload{background-position:-144px -24px}
 .icon-inbox{background-position:-168px -24px}
 .icon-play-circle{background-position:-192px -24px}
 .icon-repeat{background-position:-216px -24px}
 .icon-refresh{background-position:-240px -24px}
 .icon-list-alt{background-position:-264px -24px}
 .icon-lock{background-position:-287px -24px}
 .icon-flag{background-position:-312px -24px}
 .icon-headphones{background-position:-336px -24px}
 .icon-volume-off{background-position:-360px -24px}
 .icon-volume-down{background-position:-384px -24px}
 .icon-volume-up{background-position:-408px -24px}
 .icon-qrcode{background-position:-432px -24px}
 .icon-barcode{background-position:-456px -24px}
 .icon-tag{background-position:0 -48px}
 .icon-tags{background-position:-25px -48px}
 .icon-book{background-position:-48px -48px}
 .icon-bookmark{background-position:-72px -48px}
 .icon-print{background-position:-96px -48px}
 .icon-camera{background-position:-120px -48px}
 .icon-font{background-position:-144px -48px}
 .icon-bold{background-position:-167px -48px}
 .icon-italic{background-position:-192px -48px}
 .icon-text-height{background-position:-216px -48px}
 .icon-text-width{background-position:-240px -48px}
 .icon-align-left{background-position:-264px -48px}
 .icon-align-center{background-position:-288px -48px}
 .icon-align-right{background-position:-312px -48px}
 .icon-align-justify{background-position:-336px -48px}
 .icon-list{background-position:-360px -48px}
 .icon-indent-left{background-position:-384px -48px}
 .icon-indent-right{background-position:-408px -48px}
 .icon-facetime-video{background-position:-432px -48px}
 .icon-picture{background-position:-456px -48px}
 .icon-pencil{background-position:0 -72px}
 .icon-map-marker{background-position:-24px -72px}
 .icon-adjust{background-position:-48px -72px}
 .icon-tint{background-position:-72px -72px}
 .icon-edit{background-position:-96px -72px}
 .icon-share{background-position:-120px -72px}
 .icon-check{background-position:-144px -72px}
 .icon-move{background-position:-168px -72px}
 .icon-step-backward{background-position:-192px -72px}
 .icon-fast-backward{background-position:-216px -72px}
 .icon-backward{background-position:-240px -72px}
 .icon-play{background-position:-264px -72px}
 .icon-pause{background-position:-288px -72px}
 .icon-stop{background-position:-312px -72px}
 .icon-forward{background-position:-336px -72px}
 .icon-fast-forward{background-position:-360px -72px}
 .icon-step-forward{background-position:-384px -72px}
 .icon-eject{background-position:-408px -72px}
 .icon-chevron-left{background-position:-432px -72px}
 .icon-chevron-right{background-position:-456px -72px}
 .icon-plus-sign{background-position:0 -96px}
 .icon-minus-sign{background-position:-24px -96px}
 .icon-remove-sign{background-position:-48px -96px}
 .icon-ok-sign{background-position:-72px -96px}
 .icon-question-sign{background-position:-96px -96px}
 .icon-info-sign{background-position:-120px -96px}
 .icon-screenshot{background-position:-144px -96px}
 .icon-remove-circle{background-position:-168px -96px}
 .icon-ok-circle{background-position:-192px -96px}
 .icon-ban-circle{background-position:-216px -96px}
 .icon-arrow-left{background-position:-240px -96px}
 .icon-arrow-right{background-position:-264px -96px}
 .icon-arrow-up{background-position:-289px -96px}
 .icon-arrow-down{background-position:-312px -96px}
 .icon-share-alt{background-position:-336px -96px}
 .icon-resize-full{background-position:-360px -96px}
 .icon-resize-small{background-position:-384px -96px}
 .icon-plus{background-position:-408px -96px}
 .icon-minus{background-position:-433px -96px}
 .icon-asterisk{background-position:-456px -96px}
 .icon-exclamation-sign{background-position:0 -120px}
 .icon-gift{background-position:-24px -120px}
 .icon-leaf{background-position:-48px -120px}
 .icon-fire{background-position:-72px -120px}
 .icon-eye-open{background-position:-96px -120px}
 .icon-eye-close{background-position:-120px -120px}
 .icon-warning-sign{background-position:-144px -120px}
 .icon-plane{background-position:-168px -120px}
 .icon-calendar{background-position:-192px -120px}
 .icon-random{background-position:-216px -120px;width:16px}
 .icon-comment{background-position:-240px -120px}
 .icon-magnet{background-position:-264px -120px}
 .icon-chevron-up{background-position:-288px -120px}
 .icon-chevron-down{background-position:-313px -119px}
 .icon-retweet{background-position:-336px -120px}
 .icon-shopping-cart{background-position:-360px -120px}
 .icon-folder-close{background-position:-384px -120px;width:16px}
 .icon-folder-open{background-position:-408px -120px;width:16px}
 .icon-resize-vertical{background-position:-432px -119px}
 .icon-resize-horizontal{background-position:-456px -118px}
 .icon-hdd{background-position:0 -144px}
 .icon-bullhorn{background-position:-24px -144px}
 .icon-bell{background-position:-48px -144px}
 .icon-certificate{background-position:-72px -144px}
 .icon-thumbs-up{background-position:-96px -144px}
 .icon-thumbs-down{background-position:-120px -144px}
 .icon-hand-right{background-position:-144px -144px}
 .icon-hand-left{background-position:-168px -144px}
 .icon-hand-up{background-position:-192px -144px}
 .icon-hand-down{background-position:-216px -144px}
 .icon-circle-arrow-right{background-position:-240px -144px}
 .icon-circle-arrow-left{background-position:-264px -144px}
 .icon-circle-arrow-up{background-position:-288px -144px}
 .icon-circle-arrow-down{background-position:-312px -144px}
 .icon-globe{background-position:-336px -144px}
 .icon-wrench{background-position:-360px -144px}
 .icon-tasks{background-position:-384px -144px}
 .icon-filter{background-position:-408px -144px}
 .icon-briefcase{background-position:-432px -144px}
 .icon-fullscreen{background-position:-456px -144px}
 .dropup,.dropdown{position:relative}
 .dropdown-toggle{*margin-bottom:-3px}
 .dropdown-toggle:active,.open .dropdown-toggle{outline:0}
 .caret{display:inline-block;width:0;height:0;vertical-align:top;border-top:4px solid #000;border-right:4px solid transparent;border-left:4px solid transparent;content:""}
 .dropdown .caret{margin-top:8px;margin-left:2px}
 .dropdown-menu{position:absolute;top:100%;left:0;z-index:1000;display:none;float:left;min-width:160px;padding:5px 0;margin:2px 0 0;list-style:none;background-color:#fff;border:1px solid #ccc;border:1px solid rgba(0,0,0,0.2);*border-right-width:2px;*border-bottom-width:2px;-webkit-border-radius:6px;-moz-border-radius:6px;border-radius:6px;-webkit-box-shadow:0 5px 10px rgba(0,0,0,0.2);-moz-box-shadow:0 5px 10px rgba(0,0,0,0.2);box-shadow:0 5px 10px rgba(0,0,0,0.2);-webkit-background-clip:padding-box;-moz-background-clip:padding;background-clip:padding-box}.dropdown-menu.pull-right{right:0;left:auto}
 .dropdown-menu .divider{*width:100%;height:1px;margin:9px 1px;*margin:-5px 0 5px;overflow:hidden;background-color:#e5e5e5;border-bottom:1px solid #fff}
 .dropdown-menu>li>a{display:block;padding:3px 20px;clear:both;font-weight:normal;line-height:20px;color:#333;white-space:nowrap}
 .dropdown-menu>li>a:hover,.dropdown-menu>li>a:focus,.dropdown-submenu:hover>a,.dropdown-submenu:focus>a{text-decoration:none;color:#fff;background-color:#0081c2;background-image:-moz-linear-gradient(top, #08c, #0077b3);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#08c), to(#0077b3));background-image:-webkit-linear-gradient(top, #08c, #0077b3);background-image:-o-linear-gradient(top, #08c, #0077b3);background-image:linear-gradient(to bottom, #08c, #0077b3);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff0088cc', endColorstr='#ff0077b3', GradientType=0)}
 .dropdown-menu>.active>a,.dropdown-menu>.active>a:hover,.dropdown-menu>.active>a:focus{color:#fff;text-decoration:none;outline:0;background-color:#0081c2;background-image:-moz-linear-gradient(top, #08c, #0077b3);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#08c), to(#0077b3));background-image:-webkit-linear-gradient(top, #08c, #0077b3);background-image:-o-linear-gradient(top, #08c, #0077b3);background-image:linear-gradient(to bottom, #08c, #0077b3);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff0088cc', endColorstr='#ff0077b3', GradientType=0)}
 .dropdown-menu>.disabled>a,.dropdown-menu>.disabled>a:hover,.dropdown-menu>.disabled>a:focus{color:#999}
 .dropdown-menu>.disabled>a:hover,.dropdown-menu>.disabled>a:focus{text-decoration:none;background-color:transparent;background-image:none;filter:progid:DXImageTransform.Microsoft.gradient(enabled = false);cursor:default}
 .open{*z-index:1000}.open>.dropdown-menu{display:block}
 .dropdown-backdrop{position:fixed;left:0;right:0;bottom:0;top:0;z-index:990}
 .pull-right>.dropdown-menu{right:0;left:auto}
 .dropup .caret,.navbar-fixed-bottom .dropdown .caret{border-top:0;border-bottom:4px solid #000;content:""}
 .dropup .dropdown-menu,.navbar-fixed-bottom .dropdown .dropdown-menu{top:auto;bottom:100%;margin-bottom:1px}
 .dropdown-submenu{position:relative}
 .dropdown-submenu>.dropdown-menu{top:0;left:100%;margin-top:-6px;margin-left:-1px;border-radius:0 6px 6px 6px;-webkit-border-radius:0 6px 6px 6px;-moz-border-radius:0 6px 6px 6px;border-radius:0 6px 6px 6px}
 .dropdown-submenu:hover>.dropdown-menu{display:block}
 .dropup .dropdown-submenu>.dropdown-menu{top:auto;bottom:0;margin-top:0;margin-bottom:-2px;border-radius:5px 5px 5px 0;-webkit-border-radius:5px 5px 5px 0;-moz-border-radius:5px 5px 5px 0;border-radius:5px 5px 5px 0}
 .dropdown-submenu>a:after{display:block;content:" ";float:right;width:0;height:0;border-color:transparent;border-style:solid;border-width:5px 0 5px 5px;border-left-color:#ccc;margin-top:5px;margin-right:-10px}
 .dropdown-submenu:hover>a:after{border-left-color:#fff}
 .dropdown-submenu.pull-left{float:none}.dropdown-submenu.pull-left>.dropdown-menu{left:-100%;margin-left:10px;border-radius:6px 0 6px 6px;-webkit-border-radius:6px 0 6px 6px;-moz-border-radius:6px 0 6px 6px;border-radius:6px 0 6px 6px}
 .dropdown .dropdown-menu .nav-header{padding-left:20px;padding-right:20px}
 .typeahead{z-index:1051;margin-top:2px;border-radius:4px;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px}
 .well{min-height:20px;padding:19px;margin-bottom:20px;background-color:#f5f5f5;border:1px solid #e3e3e3;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px;-webkit-box-shadow:inset 0 1px 1px rgba(0,0,0,0.05);-moz-box-shadow:inset 0 1px 1px rgba(0,0,0,0.05);box-shadow:inset 0 1px 1px rgba(0,0,0,0.05)}.well blockquote{border-color:#ddd;border-color:rgba(0,0,0,0.15)}
 .well-large{padding:24px;border-radius:6px;-webkit-border-radius:6px;-moz-border-radius:6px;border-radius:6px}
 .well-small{padding:9px;border-radius:3px;-webkit-border-radius:3px;-moz-border-radius:3px;border-radius:3px}
 .fade{opacity:0;-webkit-transition:opacity .15s linear;-moz-transition:opacity .15s linear;-o-transition:opacity .15s linear;transition:opacity .15s linear}.fade.in{opacity:1}
 .collapse{position:relative;height:0;overflow:hidden;-webkit-transition:height .35s ease;-moz-transition:height .35s ease;-o-transition:height .35s ease;transition:height .35s ease}.collapse.in{height:auto}
 .close{float:right;font-size:20px;font-weight:bold;line-height:20px;color:#000;text-shadow:0 1px 0 #fff;opacity:.2;filter:alpha(opacity=20)}.close:hover,.close:focus{color:#000;text-decoration:none;cursor:pointer;opacity:.4;filter:alpha(opacity=40)}
 button.close{padding:0;cursor:pointer;background:transparent;border:0;-webkit-appearance:none}
 .btn{display:inline-block;*display:inline;*zoom:1;padding:4px 12px;margin-bottom:0;font-size:13px;line-height:20px;text-align:center;vertical-align:middle;cursor:pointer;color:#333;text-shadow:0 1px 1px rgba(255,255,255,0.75);background-color:#f5f5f5;background-image:-moz-linear-gradient(top, #fff, #e6e6e6);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#fff), to(#e6e6e6));background-image:-webkit-linear-gradient(top, #fff, #e6e6e6);background-image:-o-linear-gradient(top, #fff, #e6e6e6);background-image:linear-gradient(to bottom, #fff, #e6e6e6);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ffffffff', endColorstr='#ffe6e6e6', GradientType=0);border-color:#e6e6e6 #e6e6e6 #bfbfbf;border-color:rgba(0,0,0,0.1) rgba(0,0,0,0.1) rgba(0,0,0,0.25);*background-color:#e6e6e6;filter:progid:DXImageTransform.Microsoft.gradient(enabled = false);border:1px solid #ccc;*border:0;border-bottom-color:#b3b3b3;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px;*margin-left:.3em;-webkit-box-shadow:inset 0 1px 0 rgba(255,255,255,.2), 0 1px 2px rgba(0,0,0,.05);-moz-box-shadow:inset 0 1px 0 rgba(255,255,255,.2), 0 1px 2px rgba(0,0,0,.05);box-shadow:inset 0 1px 0 rgba(255,255,255,.2), 0 1px 2px rgba(0,0,0,.05)}.btn:hover,.btn:focus,.btn:active,.btn.active,.btn.disabled,.btn[disabled]{color:#333;background-color:#e6e6e6;*background-color:#d9d9d9}
 .btn:active,.btn.active{background-color:#ccc \9}
 .btn:first-child{*margin-left:0}
 .btn:hover,.btn:focus{color:#333;text-decoration:none;background-position:0 -15px;-webkit-transition:background-position .1s linear;-moz-transition:background-position .1s linear;-o-transition:background-position .1s linear;transition:background-position .1s linear}
 .btn:focus{outline:thin dotted #333;outline:5px auto -webkit-focus-ring-color;outline-offset:-2px}
 .btn.active,.btn:active{background-image:none;outline:0;-webkit-box-shadow:inset 0 2px 4px rgba(0,0,0,.15), 0 1px 2px rgba(0,0,0,.05);-moz-box-shadow:inset 0 2px 4px rgba(0,0,0,.15), 0 1px 2px rgba(0,0,0,.05);box-shadow:inset 0 2px 4px rgba(0,0,0,.15), 0 1px 2px rgba(0,0,0,.05)}
 .btn.disabled,.btn[disabled]{cursor:default;background-image:none;opacity:.65;filter:alpha(opacity=65);-webkit-box-shadow:none;-moz-box-shadow:none;box-shadow:none}
 .btn-large{padding:11px 19px;font-size:16.25px;border-radius:6px;-webkit-border-radius:6px;-moz-border-radius:6px;border-radius:6px}
 .btn-large [class^="icon-"],.btn-large [class*=" icon-"]{margin-top:4px}
 .btn-small{padding:2px 10px;font-size:11.049999999999999px;border-radius:3px;-webkit-border-radius:3px;-moz-border-radius:3px;border-radius:3px}
 .btn-small [class^="icon-"],.btn-small [class*=" icon-"]{margin-top:0}
 .btn-mini [class^="icon-"],.btn-mini [class*=" icon-"]{margin-top:-1px}
 .btn-mini{padding:0 6px;font-size:9.75px;border-radius:3px;-webkit-border-radius:3px;-moz-border-radius:3px;border-radius:3px}
 .btn-block{display:block;width:100%;padding-left:0;padding-right:0;-webkit-box-sizing:border-box;-moz-box-sizing:border-box;box-sizing:border-box}
 .btn-block+.btn-block{margin-top:5px}
 input[type="submit"].btn-block,input[type="reset"].btn-block,input[type="button"].btn-block{width:100%}
 .btn-primary.active,.btn-warning.active,.btn-danger.active,.btn-success.active,.btn-info.active,.btn-inverse.active{color:rgba(255,255,255,0.75)}
 .btn-primary{color:#fff;text-shadow:0 -1px 0 rgba(0,0,0,0.25);background-color:#006dcc;background-image:-moz-linear-gradient(top, #08c, #04c);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#08c), to(#04c));background-image:-webkit-linear-gradient(top, #08c, #04c);background-image:-o-linear-gradient(top, #08c, #04c);background-image:linear-gradient(to bottom, #08c, #04c);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff0088cc', endColorstr='#ff0044cc', GradientType=0);border-color:#04c #04c #002a80;border-color:rgba(0,0,0,0.1) rgba(0,0,0,0.1) rgba(0,0,0,0.25);*background-color:#04c;filter:progid:DXImageTransform.Microsoft.gradient(enabled = false)}.btn-primary:hover,.btn-primary:focus,.btn-primary:active,.btn-primary.active,.btn-primary.disabled,.btn-primary[disabled]{color:#fff;background-color:#04c;*background-color:#003bb3}
 .btn-primary:active,.btn-primary.active{background-color:#039 \9}
 .btn-warning{color:#fff;text-shadow:0 -1px 0 rgba(0,0,0,0.25);background-color:#faa732;background-image:-moz-linear-gradient(top, #fbb450, #f89406);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#fbb450), to(#f89406));background-image:-webkit-linear-gradient(top, #fbb450, #f89406);background-image:-o-linear-gradient(top, #fbb450, #f89406);background-image:linear-gradient(to bottom, #fbb450, #f89406);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#fffbb450', endColorstr='#fff89406', GradientType=0);border-color:#f89406 #f89406 #ad6704;border-color:rgba(0,0,0,0.1) rgba(0,0,0,0.1) rgba(0,0,0,0.25);*background-color:#f89406;filter:progid:DXImageTransform.Microsoft.gradient(enabled = false)}.btn-warning:hover,.btn-warning:focus,.btn-warning:active,.btn-warning.active,.btn-warning.disabled,.btn-warning[disabled]{color:#fff;background-color:#f89406;*background-color:#df8505}
 .btn-warning:active,.btn-warning.active{background-color:#c67605 \9}
 .btn-danger{color:#fff;text-shadow:0 -1px 0 rgba(0,0,0,0.25);background-color:#da4f49;background-image:-moz-linear-gradient(top, #ee5f5b, #bd362f);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#ee5f5b), to(#bd362f));background-image:-webkit-linear-gradient(top, #ee5f5b, #bd362f);background-image:-o-linear-gradient(top, #ee5f5b, #bd362f);background-image:linear-gradient(to bottom, #ee5f5b, #bd362f);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ffee5f5b', endColorstr='#ffbd362f', GradientType=0);border-color:#bd362f #bd362f #802420;border-color:rgba(0,0,0,0.1) rgba(0,0,0,0.1) rgba(0,0,0,0.25);*background-color:#bd362f;filter:progid:DXImageTransform.Microsoft.gradient(enabled = false)}.btn-danger:hover,.btn-danger:focus,.btn-danger:active,.btn-danger.active,.btn-danger.disabled,.btn-danger[disabled]{color:#fff;background-color:#bd362f;*background-color:#a9302a}
 .btn-danger:active,.btn-danger.active{background-color:#942a25 \9}
 .btn-success{color:#fff;text-shadow:0 -1px 0 rgba(0,0,0,0.25);background-color:#5bb75b;background-image:-moz-linear-gradient(top, #62c462, #51a351);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#62c462), to(#51a351));background-image:-webkit-linear-gradient(top, #62c462, #51a351);background-image:-o-linear-gradient(top, #62c462, #51a351);background-image:linear-gradient(to bottom, #62c462, #51a351);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff62c462', endColorstr='#ff51a351', GradientType=0);border-color:#51a351 #51a351 #387038;border-color:rgba(0,0,0,0.1) rgba(0,0,0,0.1) rgba(0,0,0,0.25);*background-color:#51a351;filter:progid:DXImageTransform.Microsoft.gradient(enabled = false)}.btn-success:hover,.btn-success:focus,.btn-success:active,.btn-success.active,.btn-success.disabled,.btn-success[disabled]{color:#fff;background-color:#51a351;*background-color:#499249}
 .btn-success:active,.btn-success.active{background-color:#408140 \9}
 .btn-info{color:#fff;text-shadow:0 -1px 0 rgba(0,0,0,0.25);background-color:#49afcd;background-image:-moz-linear-gradient(top, #5bc0de, #2f96b4);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#5bc0de), to(#2f96b4));background-image:-webkit-linear-gradient(top, #5bc0de, #2f96b4);background-image:-o-linear-gradient(top, #5bc0de, #2f96b4);background-image:linear-gradient(to bottom, #5bc0de, #2f96b4);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff5bc0de', endColorstr='#ff2f96b4', GradientType=0);border-color:#2f96b4 #2f96b4 #1f6377;border-color:rgba(0,0,0,0.1) rgba(0,0,0,0.1) rgba(0,0,0,0.25);*background-color:#2f96b4;filter:progid:DXImageTransform.Microsoft.gradient(enabled = false)}.btn-info:hover,.btn-info:focus,.btn-info:active,.btn-info.active,.btn-info.disabled,.btn-info[disabled]{color:#fff;background-color:#2f96b4;*background-color:#2a85a0}
 .btn-info:active,.btn-info.active{background-color:#24748c \9}
 .btn-inverse{color:#fff;text-shadow:0 -1px 0 rgba(0,0,0,0.25);background-color:#363636;background-image:-moz-linear-gradient(top, #444, #222);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#444), to(#222));background-image:-webkit-linear-gradient(top, #444, #222);background-image:-o-linear-gradient(top, #444, #222);background-image:linear-gradient(to bottom, #444, #222);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff444444', endColorstr='#ff222222', GradientType=0);border-color:#222 #222 #000;border-color:rgba(0,0,0,0.1) rgba(0,0,0,0.1) rgba(0,0,0,0.25);*background-color:#222;filter:progid:DXImageTransform.Microsoft.gradient(enabled = false)}.btn-inverse:hover,.btn-inverse:focus,.btn-inverse:active,.btn-inverse.active,.btn-inverse.disabled,.btn-inverse[disabled]{color:#fff;background-color:#222;*background-color:#151515}
 .btn-inverse:active,.btn-inverse.active{background-color:#080808 \9}
 button.btn,input[type="submit"].btn{*padding-top:3px;*padding-bottom:3px}button.btn::-moz-focus-inner,input[type="submit"].btn::-moz-focus-inner{padding:0;border:0}
 button.btn.btn-large,input[type="submit"].btn.btn-large{*padding-top:7px;*padding-bottom:7px}
 button.btn.btn-small,input[type="submit"].btn.btn-small{*padding-top:3px;*padding-bottom:3px}
 button.btn.btn-mini,input[type="submit"].btn.btn-mini{*padding-top:1px;*padding-bottom:1px}
 .btn-link,.btn-link:active,.btn-link[disabled]{background-color:transparent;background-image:none;-webkit-box-shadow:none;-moz-box-shadow:none;box-shadow:none}
 .btn-link{border-color:transparent;cursor:pointer;color:#08c;border-radius:0;-webkit-border-radius:0;-moz-border-radius:0;border-radius:0}
 .btn-link:hover,.btn-link:focus{color:#005580;text-decoration:underline;background-color:transparent}
 .btn-link[disabled]:hover,.btn-link[disabled]:focus{color:#333;text-decoration:none}
 .btn-group{position:relative;display:inline-block;*display:inline;*zoom:1;font-size:0;vertical-align:middle;white-space:nowrap;*margin-left:.3em}.btn-group:first-child{*margin-left:0}
 .btn-group+.btn-group{margin-left:5px}
 .btn-toolbar{font-size:0;margin-top:10px;margin-bottom:10px}.btn-toolbar>.btn+.btn,.btn-toolbar>.btn-group+.btn,.btn-toolbar>.btn+.btn-group{margin-left:5px}
 .btn-group>.btn{position:relative;border-radius:0;-webkit-border-radius:0;-moz-border-radius:0;border-radius:0}
 .btn-group>.btn+.btn{margin-left:-1px}
 .btn-group>.btn,.btn-group>.dropdown-menu,.btn-group>.popover{font-size:13px}
 .btn-group>.btn-mini{font-size:9.75px}
 .btn-group>.btn-small{font-size:11.049999999999999px}
 .btn-group>.btn-large{font-size:16.25px}
 .btn-group>.btn:first-child{margin-left:0;-webkit-border-top-left-radius:4px;-moz-border-radius-topleft:4px;border-top-left-radius:4px;-webkit-border-bottom-left-radius:4px;-moz-border-radius-bottomleft:4px;border-bottom-left-radius:4px}
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 .btn-group>.btn.large:first-child{margin-left:0;-webkit-border-top-left-radius:6px;-moz-border-radius-topleft:6px;border-top-left-radius:6px;-webkit-border-bottom-left-radius:6px;-moz-border-radius-bottomleft:6px;border-bottom-left-radius:6px}
 .btn-group>.btn.large:last-child,.btn-group>.large.dropdown-toggle{-webkit-border-top-right-radius:6px;-moz-border-radius-topright:6px;border-top-right-radius:6px;-webkit-border-bottom-right-radius:6px;-moz-border-radius-bottomright:6px;border-bottom-right-radius:6px}
 .btn-group>.btn:hover,.btn-group>.btn:focus,.btn-group>.btn:active,.btn-group>.btn.active{z-index:2}
 .btn-group .dropdown-toggle:active,.btn-group.open .dropdown-toggle{outline:0}
 .btn-group>.btn+.dropdown-toggle{padding-left:8px;padding-right:8px;-webkit-box-shadow:inset 1px 0 0 rgba(255,255,255,.125), inset 0 1px 0 rgba(255,255,255,.2), 0 1px 2px rgba(0,0,0,.05);-moz-box-shadow:inset 1px 0 0 rgba(255,255,255,.125), inset 0 1px 0 rgba(255,255,255,.2), 0 1px 2px rgba(0,0,0,.05);box-shadow:inset 1px 0 0 rgba(255,255,255,.125), inset 0 1px 0 rgba(255,255,255,.2), 0 1px 2px rgba(0,0,0,.05);*padding-top:5px;*padding-bottom:5px}
 .btn-group>.btn-mini+.dropdown-toggle{padding-left:5px;padding-right:5px;*padding-top:2px;*padding-bottom:2px}
 .btn-group>.btn-small+.dropdown-toggle{*padding-top:5px;*padding-bottom:4px}
 .btn-group>.btn-large+.dropdown-toggle{padding-left:12px;padding-right:12px;*padding-top:7px;*padding-bottom:7px}
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 .btn-group.open .btn.dropdown-toggle{background-color:#e6e6e6}
 .btn-group.open .btn-primary.dropdown-toggle{background-color:#04c}
 .btn-group.open .btn-warning.dropdown-toggle{background-color:#f89406}
 .btn-group.open .btn-danger.dropdown-toggle{background-color:#bd362f}
 .btn-group.open .btn-success.dropdown-toggle{background-color:#51a351}
 .btn-group.open .btn-info.dropdown-toggle{background-color:#2f96b4}
 .btn-group.open .btn-inverse.dropdown-toggle{background-color:#222}
 .btn .caret{margin-top:8px;margin-left:0}
 .btn-large .caret{margin-top:6px}
 .btn-large .caret{border-left-width:5px;border-right-width:5px;border-top-width:5px}
 .btn-mini .caret,.btn-small .caret{margin-top:8px}
 .dropup .btn-large .caret{border-bottom-width:5px}
 .btn-primary .caret,.btn-warning .caret,.btn-danger .caret,.btn-info .caret,.btn-success .caret,.btn-inverse .caret{border-top-color:#fff;border-bottom-color:#fff}
 .btn-group-vertical{display:inline-block;*display:inline;*zoom:1}
 .btn-group-vertical>.btn{display:block;float:none;max-width:100%;border-radius:0;-webkit-border-radius:0;-moz-border-radius:0;border-radius:0}
 .btn-group-vertical>.btn+.btn{margin-left:0;margin-top:-1px}
 .btn-group-vertical>.btn:first-child{border-radius:4px 4px 0 0;-webkit-border-radius:4px 4px 0 0;-moz-border-radius:4px 4px 0 0;border-radius:4px 4px 0 0}
 .btn-group-vertical>.btn:last-child{border-radius:0 0 4px 4px;-webkit-border-radius:0 0 4px 4px;-moz-border-radius:0 0 4px 4px;border-radius:0 0 4px 4px}
 .btn-group-vertical>.btn-large:first-child{border-radius:6px 6px 0 0;-webkit-border-radius:6px 6px 0 0;-moz-border-radius:6px 6px 0 0;border-radius:6px 6px 0 0}
 .btn-group-vertical>.btn-large:last-child{border-radius:0 0 6px 6px;-webkit-border-radius:0 0 6px 6px;-moz-border-radius:0 0 6px 6px;border-radius:0 0 6px 6px}
 .alert{padding:8px 35px 8px 14px;margin-bottom:20px;text-shadow:0 1px 0 rgba(255,255,255,0.5);background-color:#fcf8e3;border:1px solid #fbeed5;border-radius:4px;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px}
 .alert,.alert h4{color:#c09853}
 .alert h4{margin:0}
 .alert .close{position:relative;top:-2px;right:-21px;line-height:20px}
 .alert-success{background-color:#dff0d8;border-color:#d6e9c6;color:#468847}
 .alert-success h4{color:#468847}
 .alert-danger,.alert-error{background-color:#f2dede;border-color:#eed3d7;color:#b94a48}
 .alert-danger h4,.alert-error h4{color:#b94a48}
 .alert-info{background-color:#d9edf7;border-color:#bce8f1;color:#3a87ad}
 .alert-info h4{color:#3a87ad}
 .alert-block{padding-top:14px;padding-bottom:14px}
 .alert-block>p,.alert-block>ul{margin-bottom:0}
 .alert-block p+p{margin-top:5px}
 .nav{margin-left:0;margin-bottom:20px;list-style:none}
 .nav>li>a{display:block}
 .nav>li>a:hover,.nav>li>a:focus{text-decoration:none;background-color:#eee}
 .nav>li>a>img{max-width:none}
 .nav>.pull-right{float:right}
 .nav-header{display:block;padding:3px 15px;font-size:11px;font-weight:bold;line-height:20px;color:#999;text-shadow:0 1px 0 rgba(255,255,255,0.5);text-transform:uppercase}
 .nav li+.nav-header{margin-top:9px}
 .nav-list{padding-left:15px;padding-right:15px;margin-bottom:0}
 .nav-list>li>a,.nav-list .nav-header{margin-left:-15px;margin-right:-15px;text-shadow:0 1px 0 rgba(255,255,255,0.5)}
 .nav-list>li>a{padding:3px 15px}
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 .nav-list [class^="icon-"],.nav-list [class*=" icon-"]{margin-right:2px}
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 .nav-tabs{border-bottom:1px solid #ddd}
 .nav-tabs>li{margin-bottom:-1px}
 .nav-tabs>li>a{padding-top:8px;padding-bottom:8px;line-height:20px;border:1px solid transparent;border-radius:4px 4px 0 0;-webkit-border-radius:4px 4px 0 0;-moz-border-radius:4px 4px 0 0;border-radius:4px 4px 0 0}.nav-tabs>li>a:hover,.nav-tabs>li>a:focus{border-color:#eee #eee #ddd}
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 .nav-pills>li>a{padding-top:8px;padding-bottom:8px;margin-top:2px;margin-bottom:2px;border-radius:5px;-webkit-border-radius:5px;-moz-border-radius:5px;border-radius:5px}
 .nav-pills>.active>a,.nav-pills>.active>a:hover,.nav-pills>.active>a:focus{color:#fff;background-color:#08c}
 .nav-stacked>li{float:none}
 .nav-stacked>li>a{margin-right:0}
 .nav-tabs.nav-stacked{border-bottom:0}
 .nav-tabs.nav-stacked>li>a{border:1px solid #ddd;border-radius:0;-webkit-border-radius:0;-moz-border-radius:0;border-radius:0}
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 .nav-tabs.nav-stacked>li>a:hover,.nav-tabs.nav-stacked>li>a:focus{border-color:#ddd;z-index:2}
 .nav-pills.nav-stacked>li>a{margin-bottom:3px}
 .nav-pills.nav-stacked>li:last-child>a{margin-bottom:1px}
 .nav-tabs .dropdown-menu{border-radius:0 0 6px 6px;-webkit-border-radius:0 0 6px 6px;-moz-border-radius:0 0 6px 6px;border-radius:0 0 6px 6px}
 .nav-pills .dropdown-menu{border-radius:6px;-webkit-border-radius:6px;-moz-border-radius:6px;border-radius:6px}
 .nav .dropdown-toggle .caret{border-top-color:#08c;border-bottom-color:#08c;margin-top:6px}
 .nav .dropdown-toggle:hover .caret,.nav .dropdown-toggle:focus .caret{border-top-color:#005580;border-bottom-color:#005580}
 .nav-tabs .dropdown-toggle .caret{margin-top:8px}
 .nav .active .dropdown-toggle .caret{border-top-color:#fff;border-bottom-color:#fff}
 .nav-tabs .active .dropdown-toggle .caret{border-top-color:#555;border-bottom-color:#555}
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 .tabbable{*zoom:1}.tabbable:before,.tabbable:after{display:table;content:"";line-height:0}
 .tabbable:after{clear:both}
 .tab-content{overflow:auto}
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 .tab-content>.tab-pane,.pill-content>.pill-pane{display:none}
 .tab-content>.active,.pill-content>.active{display:block}
 .tabs-below>.nav-tabs{border-top:1px solid #ddd}
 .tabs-below>.nav-tabs>li{margin-top:-1px;margin-bottom:0}
 .tabs-below>.nav-tabs>li>a{border-radius:0 0 4px 4px;-webkit-border-radius:0 0 4px 4px;-moz-border-radius:0 0 4px 4px;border-radius:0 0 4px 4px}.tabs-below>.nav-tabs>li>a:hover,.tabs-below>.nav-tabs>li>a:focus{border-bottom-color:transparent;border-top-color:#ddd}
 .tabs-below>.nav-tabs>.active>a,.tabs-below>.nav-tabs>.active>a:hover,.tabs-below>.nav-tabs>.active>a:focus{border-color:transparent #ddd #ddd #ddd}
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 .tabs-left>.nav-tabs>li>a,.tabs-right>.nav-tabs>li>a{min-width:74px;margin-right:0;margin-bottom:3px}
 .tabs-left>.nav-tabs{float:left;margin-right:19px;border-right:1px solid #ddd}
 .tabs-left>.nav-tabs>li>a{margin-right:-1px;border-radius:4px 0 0 4px;-webkit-border-radius:4px 0 0 4px;-moz-border-radius:4px 0 0 4px;border-radius:4px 0 0 4px}
 .tabs-left>.nav-tabs>li>a:hover,.tabs-left>.nav-tabs>li>a:focus{border-color:#eee #ddd #eee #eee}
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 .tabs-right>.nav-tabs{float:right;margin-left:19px;border-left:1px solid #ddd}
 .tabs-right>.nav-tabs>li>a{margin-left:-1px;border-radius:0 4px 4px 0;-webkit-border-radius:0 4px 4px 0;-moz-border-radius:0 4px 4px 0;border-radius:0 4px 4px 0}
 .tabs-right>.nav-tabs>li>a:hover,.tabs-right>.nav-tabs>li>a:focus{border-color:#eee #eee #eee #ddd}
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 .nav>.disabled>a{color:#999}
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 .navbar-inner{min-height:36px;padding-left:20px;padding-right:20px;background-color:#fafafa;background-image:-moz-linear-gradient(top, #fff, #f2f2f2);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#fff), to(#f2f2f2));background-image:-webkit-linear-gradient(top, #fff, #f2f2f2);background-image:-o-linear-gradient(top, #fff, #f2f2f2);background-image:linear-gradient(to bottom, #fff, #f2f2f2);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ffffffff', endColorstr='#fff2f2f2', GradientType=0);border:1px solid #d4d4d4;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px;-webkit-box-shadow:0 1px 4px rgba(0,0,0,0.065);-moz-box-shadow:0 1px 4px rgba(0,0,0,0.065);box-shadow:0 1px 4px rgba(0,0,0,0.065);*zoom:1}.navbar-inner:before,.navbar-inner:after{display:table;content:"";line-height:0}
 .navbar-inner:after{clear:both}
 .navbar .container{width:auto}
 .nav-collapse.collapse{height:auto;overflow:visible}
 .navbar .brand{float:left;display:block;padding:8px 20px 8px;margin-left:-20px;font-size:20px;font-weight:200;color:#777;text-shadow:0 1px 0 #fff}.navbar .brand:hover,.navbar .brand:focus{text-decoration:none}
 .navbar-text{margin-bottom:0;line-height:36px;color:#777}
 .navbar-link{color:#777}.navbar-link:hover,.navbar-link:focus{color:#333}
 .navbar .divider-vertical{height:36px;margin:0 9px;border-left:1px solid #f2f2f2;border-right:1px solid #fff}
 .navbar .btn,.navbar .btn-group{margin-top:3px}
 .navbar .btn-group .btn,.navbar .input-prepend .btn,.navbar .input-append .btn,.navbar .input-prepend .btn-group,.navbar .input-append .btn-group{margin-top:0}
 .navbar-form{margin-bottom:0;*zoom:1}.navbar-form:before,.navbar-form:after{display:table;content:"";line-height:0}
 .navbar-form:after{clear:both}
 .navbar-form input,.navbar-form select,.navbar-form .radio,.navbar-form .checkbox{margin-top:3px}
 .navbar-form input,.navbar-form select,.navbar-form .btn{display:inline-block;margin-bottom:0}
 .navbar-form input[type="image"],.navbar-form input[type="checkbox"],.navbar-form input[type="radio"]{margin-top:3px}
 .navbar-form .input-append,.navbar-form .input-prepend{margin-top:5px;white-space:nowrap}.navbar-form .input-append input,.navbar-form .input-prepend input{margin-top:0}
 .navbar-search{position:relative;float:left;margin-top:3px;margin-bottom:0}.navbar-search .search-query{margin-bottom:0;padding:4px 14px;font-family:"Helvetica Neue",Helvetica,Arial,sans-serif;font-size:13px;font-weight:normal;line-height:1;border-radius:15px;-webkit-border-radius:15px;-moz-border-radius:15px;border-radius:15px}
 .navbar-static-top{position:static;margin-bottom:0}.navbar-static-top .navbar-inner{border-radius:0;-webkit-border-radius:0;-moz-border-radius:0;border-radius:0}
 .navbar-fixed-top,.navbar-fixed-bottom{position:fixed;right:0;left:0;z-index:1030;margin-bottom:0}
 .navbar-fixed-top .navbar-inner,.navbar-static-top .navbar-inner{border-width:0 0 1px}
 .navbar-fixed-bottom .navbar-inner{border-width:1px 0 0}
 .navbar-fixed-top .navbar-inner,.navbar-fixed-bottom .navbar-inner{padding-left:0;padding-right:0;border-radius:0;-webkit-border-radius:0;-moz-border-radius:0;border-radius:0}
 .navbar-static-top .container,.navbar-fixed-top .container,.navbar-fixed-bottom .container{width:940px}
 .navbar-fixed-top{top:0}
 .navbar-fixed-top .navbar-inner,.navbar-static-top .navbar-inner{-webkit-box-shadow:0 1px 10px rgba(0,0,0,.1);-moz-box-shadow:0 1px 10px rgba(0,0,0,.1);box-shadow:0 1px 10px rgba(0,0,0,.1)}
 .navbar-fixed-bottom{bottom:0}.navbar-fixed-bottom .navbar-inner{-webkit-box-shadow:0 -1px 10px rgba(0,0,0,.1);-moz-box-shadow:0 -1px 10px rgba(0,0,0,.1);box-shadow:0 -1px 10px rgba(0,0,0,.1)}
 .navbar .nav{position:relative;left:0;display:block;float:left;margin:0 10px 0 0}
 .navbar .nav.pull-right{float:right;margin-right:0}
 .navbar .nav>li{float:left}
 .navbar .nav>li>a{float:none;padding:8px 15px 8px;color:#777;text-decoration:none;text-shadow:0 1px 0 #fff}
 .navbar .nav .dropdown-toggle .caret{margin-top:8px}
 .navbar .nav>li>a:focus,.navbar .nav>li>a:hover{background-color:transparent;color:#333;text-decoration:none}
 .navbar .nav>.active>a,.navbar .nav>.active>a:hover,.navbar .nav>.active>a:focus{color:#555;text-decoration:none;background-color:#e5e5e5;-webkit-box-shadow:inset 0 3px 8px rgba(0,0,0,0.125);-moz-box-shadow:inset 0 3px 8px rgba(0,0,0,0.125);box-shadow:inset 0 3px 8px rgba(0,0,0,0.125)}
 .navbar .btn-navbar{display:none;float:right;padding:7px 10px;margin-left:5px;margin-right:5px;color:#fff;text-shadow:0 -1px 0 rgba(0,0,0,0.25);background-color:#ededed;background-image:-moz-linear-gradient(top, #f2f2f2, #e5e5e5);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#f2f2f2), to(#e5e5e5));background-image:-webkit-linear-gradient(top, #f2f2f2, #e5e5e5);background-image:-o-linear-gradient(top, #f2f2f2, #e5e5e5);background-image:linear-gradient(to bottom, #f2f2f2, #e5e5e5);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#fff2f2f2', endColorstr='#ffe5e5e5', GradientType=0);border-color:#e5e5e5 #e5e5e5 #bfbfbf;border-color:rgba(0,0,0,0.1) rgba(0,0,0,0.1) rgba(0,0,0,0.25);*background-color:#e5e5e5;filter:progid:DXImageTransform.Microsoft.gradient(enabled = false);-webkit-box-shadow:inset 0 1px 0 rgba(255,255,255,.1), 0 1px 0 rgba(255,255,255,.075);-moz-box-shadow:inset 0 1px 0 rgba(255,255,255,.1), 0 1px 0 rgba(255,255,255,.075);box-shadow:inset 0 1px 0 rgba(255,255,255,.1), 0 1px 0 rgba(255,255,255,.075)}.navbar .btn-navbar:hover,.navbar .btn-navbar:focus,.navbar .btn-navbar:active,.navbar .btn-navbar.active,.navbar .btn-navbar.disabled,.navbar .btn-navbar[disabled]{color:#fff;background-color:#e5e5e5;*background-color:#d9d9d9}
 .navbar .btn-navbar:active,.navbar .btn-navbar.active{background-color:#ccc \9}
 .navbar .btn-navbar .icon-bar{display:block;width:18px;height:2px;background-color:#f5f5f5;-webkit-border-radius:1px;-moz-border-radius:1px;border-radius:1px;-webkit-box-shadow:0 1px 0 rgba(0,0,0,0.25);-moz-box-shadow:0 1px 0 rgba(0,0,0,0.25);box-shadow:0 1px 0 rgba(0,0,0,0.25)}
 .btn-navbar .icon-bar+.icon-bar{margin-top:3px}
 .navbar .nav>li>.dropdown-menu:before{content:'';display:inline-block;border-left:7px solid transparent;border-right:7px solid transparent;border-bottom:7px solid #ccc;border-bottom-color:rgba(0,0,0,0.2);position:absolute;top:-7px;left:9px}
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 .navbar-fixed-bottom .nav>li>.dropdown-menu:before{border-top:7px solid #ccc;border-top-color:rgba(0,0,0,0.2);border-bottom:0;bottom:-7px;top:auto}
 .navbar-fixed-bottom .nav>li>.dropdown-menu:after{border-top:6px solid #fff;border-bottom:0;bottom:-6px;top:auto}
 .navbar .nav li.dropdown>a:hover .caret,.navbar .nav li.dropdown>a:focus .caret{border-top-color:#333;border-bottom-color:#333}
 .navbar .nav li.dropdown.open>.dropdown-toggle,.navbar .nav li.dropdown.active>.dropdown-toggle,.navbar .nav li.dropdown.open.active>.dropdown-toggle{background-color:#e5e5e5;color:#555}
 .navbar .nav li.dropdown>.dropdown-toggle .caret{border-top-color:#777;border-bottom-color:#777}
 .navbar .nav li.dropdown.open>.dropdown-toggle .caret,.navbar .nav li.dropdown.active>.dropdown-toggle .caret,.navbar .nav li.dropdown.open.active>.dropdown-toggle .caret{border-top-color:#555;border-bottom-color:#555}
 .navbar .pull-right>li>.dropdown-menu,.navbar .nav>li>.dropdown-menu.pull-right{left:auto;right:0}.navbar .pull-right>li>.dropdown-menu:before,.navbar .nav>li>.dropdown-menu.pull-right:before{left:auto;right:12px}
 .navbar .pull-right>li>.dropdown-menu:after,.navbar .nav>li>.dropdown-menu.pull-right:after{left:auto;right:13px}
 .navbar .pull-right>li>.dropdown-menu .dropdown-menu,.navbar .nav>li>.dropdown-menu.pull-right .dropdown-menu{left:auto;right:100%;margin-left:0;margin-right:-1px;border-radius:6px 0 6px 6px;-webkit-border-radius:6px 0 6px 6px;-moz-border-radius:6px 0 6px 6px;border-radius:6px 0 6px 6px}
 .navbar-inverse .navbar-inner{background-color:#1b1b1b;background-image:-moz-linear-gradient(top, #222, #111);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#222), to(#111));background-image:-webkit-linear-gradient(top, #222, #111);background-image:-o-linear-gradient(top, #222, #111);background-image:linear-gradient(to bottom, #222, #111);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff222222', endColorstr='#ff111111', GradientType=0);border-color:#252525}
 .navbar-inverse .brand,.navbar-inverse .nav>li>a{color:#999;text-shadow:0 -1px 0 rgba(0,0,0,0.25)}.navbar-inverse .brand:hover,.navbar-inverse .nav>li>a:hover,.navbar-inverse .brand:focus,.navbar-inverse .nav>li>a:focus{color:#fff}
 .navbar-inverse .brand{color:#999}
 .navbar-inverse .navbar-text{color:#999}
 .navbar-inverse .nav>li>a:focus,.navbar-inverse .nav>li>a:hover{background-color:transparent;color:#fff}
 .navbar-inverse .nav .active>a,.navbar-inverse .nav .active>a:hover,.navbar-inverse .nav .active>a:focus{color:#fff;background-color:#111}
 .navbar-inverse .navbar-link{color:#999}.navbar-inverse .navbar-link:hover,.navbar-inverse .navbar-link:focus{color:#fff}
 .navbar-inverse .divider-vertical{border-left-color:#111;border-right-color:#222}
 .navbar-inverse .nav li.dropdown.open>.dropdown-toggle,.navbar-inverse .nav li.dropdown.active>.dropdown-toggle,.navbar-inverse .nav li.dropdown.open.active>.dropdown-toggle{background-color:#111;color:#fff}
 .navbar-inverse .nav li.dropdown>a:hover .caret,.navbar-inverse .nav li.dropdown>a:focus .caret{border-top-color:#fff;border-bottom-color:#fff}
 .navbar-inverse .nav li.dropdown>.dropdown-toggle .caret{border-top-color:#999;border-bottom-color:#999}
 .navbar-inverse .nav li.dropdown.open>.dropdown-toggle .caret,.navbar-inverse .nav li.dropdown.active>.dropdown-toggle .caret,.navbar-inverse .nav li.dropdown.open.active>.dropdown-toggle .caret{border-top-color:#fff;border-bottom-color:#fff}
 .navbar-inverse .navbar-search .search-query{color:#fff;background-color:#515151;border-color:#111;-webkit-box-shadow:inset 0 1px 2px rgba(0,0,0,.1), 0 1px 0 rgba(255,255,255,.15);-moz-box-shadow:inset 0 1px 2px rgba(0,0,0,.1), 0 1px 0 rgba(255,255,255,.15);box-shadow:inset 0 1px 2px rgba(0,0,0,.1), 0 1px 0 rgba(255,255,255,.15);-webkit-transition:none;-moz-transition:none;-o-transition:none;transition:none}.navbar-inverse .navbar-search .search-query:-moz-placeholder{color:#ccc}
 .navbar-inverse .navbar-search .search-query:-ms-input-placeholder{color:#ccc}
 .navbar-inverse .navbar-search .search-query::-webkit-input-placeholder{color:#ccc}
 .navbar-inverse .navbar-search .search-query:focus,.navbar-inverse .navbar-search .search-query.focused{padding:5px 15px;color:#333;text-shadow:0 1px 0 #fff;background-color:#fff;border:0;-webkit-box-shadow:0 0 3px rgba(0,0,0,0.15);-moz-box-shadow:0 0 3px rgba(0,0,0,0.15);box-shadow:0 0 3px rgba(0,0,0,0.15);outline:0}
 .navbar-inverse .btn-navbar{color:#fff;text-shadow:0 -1px 0 rgba(0,0,0,0.25);background-color:#0e0e0e;background-image:-moz-linear-gradient(top, #151515, #040404);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#151515), to(#040404));background-image:-webkit-linear-gradient(top, #151515, #040404);background-image:-o-linear-gradient(top, #151515, #040404);background-image:linear-gradient(to bottom, #151515, #040404);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff151515', endColorstr='#ff040404', GradientType=0);border-color:#040404 #040404 #000;border-color:rgba(0,0,0,0.1) rgba(0,0,0,0.1) rgba(0,0,0,0.25);*background-color:#040404;filter:progid:DXImageTransform.Microsoft.gradient(enabled = false)}.navbar-inverse .btn-navbar:hover,.navbar-inverse .btn-navbar:focus,.navbar-inverse .btn-navbar:active,.navbar-inverse .btn-navbar.active,.navbar-inverse .btn-navbar.disabled,.navbar-inverse .btn-navbar[disabled]{color:#fff;background-color:#040404;*background-color:#000}
 .navbar-inverse .btn-navbar:active,.navbar-inverse .btn-navbar.active{background-color:#000 \9}
 .breadcrumb{padding:8px 15px;margin:0 0 20px;list-style:none;background-color:#f5f5f5;border-radius:4px;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px}.breadcrumb>li{display:inline-block;*display:inline;*zoom:1;text-shadow:0 1px 0 #fff}.breadcrumb>li>.divider{padding:0 5px;color:#ccc}
 .breadcrumb>.active{color:#999}
 .pagination{margin:20px 0}
 .pagination ul{display:inline-block;*display:inline;*zoom:1;margin-left:0;margin-bottom:0;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px;-webkit-box-shadow:0 1px 2px rgba(0,0,0,0.05);-moz-box-shadow:0 1px 2px rgba(0,0,0,0.05);box-shadow:0 1px 2px rgba(0,0,0,0.05)}
 .pagination ul>li{display:inline}
 .pagination ul>li>a,.pagination ul>li>span{float:left;padding:4px 12px;line-height:20px;text-decoration:none;background-color:#fff;border:1px solid #ddd;border-left-width:0}
 .pagination ul>li>a:hover,.pagination ul>li>a:focus,.pagination ul>.active>a,.pagination ul>.active>span{background-color:#f5f5f5}
 .pagination ul>.active>a,.pagination ul>.active>span{color:#999;cursor:default}
 .pagination ul>.disabled>span,.pagination ul>.disabled>a,.pagination ul>.disabled>a:hover,.pagination ul>.disabled>a:focus{color:#999;background-color:transparent;cursor:default}
 .pagination ul>li:first-child>a,.pagination ul>li:first-child>span{border-left-width:1px;-webkit-border-top-left-radius:4px;-moz-border-radius-topleft:4px;border-top-left-radius:4px;-webkit-border-bottom-left-radius:4px;-moz-border-radius-bottomleft:4px;border-bottom-left-radius:4px}
 .pagination ul>li:last-child>a,.pagination ul>li:last-child>span{-webkit-border-top-right-radius:4px;-moz-border-radius-topright:4px;border-top-right-radius:4px;-webkit-border-bottom-right-radius:4px;-moz-border-radius-bottomright:4px;border-bottom-right-radius:4px}
 .pagination-centered{text-align:center}
 .pagination-right{text-align:right}
 .pagination-large ul>li>a,.pagination-large ul>li>span{padding:11px 19px;font-size:16.25px}
 .pagination-large ul>li:first-child>a,.pagination-large ul>li:first-child>span{-webkit-border-top-left-radius:6px;-moz-border-radius-topleft:6px;border-top-left-radius:6px;-webkit-border-bottom-left-radius:6px;-moz-border-radius-bottomleft:6px;border-bottom-left-radius:6px}
 .pagination-large ul>li:last-child>a,.pagination-large ul>li:last-child>span{-webkit-border-top-right-radius:6px;-moz-border-radius-topright:6px;border-top-right-radius:6px;-webkit-border-bottom-right-radius:6px;-moz-border-radius-bottomright:6px;border-bottom-right-radius:6px}
 .pagination-mini ul>li:first-child>a,.pagination-small ul>li:first-child>a,.pagination-mini ul>li:first-child>span,.pagination-small ul>li:first-child>span{-webkit-border-top-left-radius:3px;-moz-border-radius-topleft:3px;border-top-left-radius:3px;-webkit-border-bottom-left-radius:3px;-moz-border-radius-bottomleft:3px;border-bottom-left-radius:3px}
 .pagination-mini ul>li:last-child>a,.pagination-small ul>li:last-child>a,.pagination-mini ul>li:last-child>span,.pagination-small ul>li:last-child>span{-webkit-border-top-right-radius:3px;-moz-border-radius-topright:3px;border-top-right-radius:3px;-webkit-border-bottom-right-radius:3px;-moz-border-radius-bottomright:3px;border-bottom-right-radius:3px}
 .pagination-small ul>li>a,.pagination-small ul>li>span{padding:2px 10px;font-size:11.049999999999999px}
 .pagination-mini ul>li>a,.pagination-mini ul>li>span{padding:0 6px;font-size:9.75px}
 .pager{margin:20px 0;list-style:none;text-align:center;*zoom:1}.pager:before,.pager:after{display:table;content:"";line-height:0}
 .pager:after{clear:both}
 .pager li{display:inline}
 .pager li>a,.pager li>span{display:inline-block;padding:5px 14px;background-color:#fff;border:1px solid #ddd;border-radius:15px;-webkit-border-radius:15px;-moz-border-radius:15px;border-radius:15px}
 .pager li>a:hover,.pager li>a:focus{text-decoration:none;background-color:#f5f5f5}
 .pager .next>a,.pager .next>span{float:right}
 .pager .previous>a,.pager .previous>span{float:left}
 .pager .disabled>a,.pager .disabled>a:hover,.pager .disabled>a:focus,.pager .disabled>span{color:#999;background-color:#fff;cursor:default}
 .modal-backdrop{position:fixed;top:0;right:0;bottom:0;left:0;z-index:1040;background-color:#000}.modal-backdrop.fade{opacity:0}
 .modal-backdrop,.modal-backdrop.fade.in{opacity:.8;filter:alpha(opacity=80)}
 .modal{position:fixed;top:10%;left:50%;z-index:1050;width:560px;margin-left:-280px;background-color:#fff;border:1px solid #999;border:1px solid rgba(0,0,0,0.3);*border:1px solid #999;-webkit-border-radius:6px;-moz-border-radius:6px;border-radius:6px;-webkit-box-shadow:0 3px 7px rgba(0,0,0,0.3);-moz-box-shadow:0 3px 7px rgba(0,0,0,0.3);box-shadow:0 3px 7px rgba(0,0,0,0.3);-webkit-background-clip:padding-box;-moz-background-clip:padding-box;background-clip:padding-box;outline:none}.modal.fade{-webkit-transition:opacity .3s linear, top .3s ease-out;-moz-transition:opacity .3s linear, top .3s ease-out;-o-transition:opacity .3s linear, top .3s ease-out;transition:opacity .3s linear, top .3s ease-out;top:-25%}
 .modal.fade.in{top:10%}
 .modal-header{padding:9px 15px;border-bottom:1px solid #eee}.modal-header .close{margin-top:2px}
 .modal-header h3{margin:0;line-height:30px}
 .modal-body{position:relative;overflow-y:auto;max-height:400px;padding:15px}
 .modal-form{margin-bottom:0}
 .modal-footer{padding:14px 15px 15px;margin-bottom:0;text-align:right;background-color:#f5f5f5;border-top:1px solid #ddd;-webkit-border-radius:0 0 6px 6px;-moz-border-radius:0 0 6px 6px;border-radius:0 0 6px 6px;-webkit-box-shadow:inset 0 1px 0 #fff;-moz-box-shadow:inset 0 1px 0 #fff;box-shadow:inset 0 1px 0 #fff;*zoom:1}.modal-footer:before,.modal-footer:after{display:table;content:"";line-height:0}
 .modal-footer:after{clear:both}
 .modal-footer .btn+.btn{margin-left:5px;margin-bottom:0}
 .modal-footer .btn-group .btn+.btn{margin-left:-1px}
 .modal-footer .btn-block+.btn-block{margin-left:0}
 .tooltip{position:absolute;z-index:1030;display:block;visibility:visible;font-size:11px;line-height:1.4;opacity:0;filter:alpha(opacity=0)}.tooltip.in{opacity:.8;filter:alpha(opacity=80)}
 .tooltip.top{margin-top:-3px;padding:5px 0}
 .tooltip.right{margin-left:3px;padding:0 5px}
 .tooltip.bottom{margin-top:3px;padding:5px 0}
 .tooltip.left{margin-left:-3px;padding:0 5px}
 .tooltip-inner{max-width:200px;padding:8px;color:#fff;text-align:center;text-decoration:none;background-color:#000;border-radius:4px;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px}
 .tooltip-arrow{position:absolute;width:0;height:0;border-color:transparent;border-style:solid}
 .tooltip.top .tooltip-arrow{bottom:0;left:50%;margin-left:-5px;border-width:5px 5px 0;border-top-color:#000}
 .tooltip.right .tooltip-arrow{top:50%;left:0;margin-top:-5px;border-width:5px 5px 5px 0;border-right-color:#000}
 .tooltip.left .tooltip-arrow{top:50%;right:0;margin-top:-5px;border-width:5px 0 5px 5px;border-left-color:#000}
 .tooltip.bottom .tooltip-arrow{top:0;left:50%;margin-left:-5px;border-width:0 5px 5px;border-bottom-color:#000}
 .popover{position:absolute;top:0;left:0;z-index:1010;display:none;max-width:276px;padding:1px;text-align:left;background-color:#fff;-webkit-background-clip:padding-box;-moz-background-clip:padding;background-clip:padding-box;border:1px solid #ccc;border:1px solid rgba(0,0,0,0.2);-webkit-border-radius:6px;-moz-border-radius:6px;border-radius:6px;-webkit-box-shadow:0 5px 10px rgba(0,0,0,0.2);-moz-box-shadow:0 5px 10px rgba(0,0,0,0.2);box-shadow:0 5px 10px rgba(0,0,0,0.2);white-space:normal}.popover.top{margin-top:-10px}
 .popover.right{margin-left:10px}
 .popover.bottom{margin-top:10px}
 .popover.left{margin-left:-10px}
 .popover-title{margin:0;padding:8px 14px;font-size:14px;font-weight:normal;line-height:18px;background-color:#f7f7f7;border-bottom:1px solid #ebebeb;border-radius:5px 5px 0 0;-webkit-border-radius:5px 5px 0 0;-moz-border-radius:5px 5px 0 0;border-radius:5px 5px 0 0}.popover-title:empty{display:none}
 .popover-content{padding:9px 14px}
 .popover .arrow,.popover .arrow:after{position:absolute;display:block;width:0;height:0;border-color:transparent;border-style:solid}
 .popover .arrow{border-width:11px}
 .popover .arrow:after{border-width:10px;content:""}
 .popover.top .arrow{left:50%;margin-left:-11px;border-bottom-width:0;border-top-color:#999;border-top-color:rgba(0,0,0,0.25);bottom:-11px}.popover.top .arrow:after{bottom:1px;margin-left:-10px;border-bottom-width:0;border-top-color:#fff}
 .popover.right .arrow{top:50%;left:-11px;margin-top:-11px;border-left-width:0;border-right-color:#999;border-right-color:rgba(0,0,0,0.25)}.popover.right .arrow:after{left:1px;bottom:-10px;border-left-width:0;border-right-color:#fff}
 .popover.bottom .arrow{left:50%;margin-left:-11px;border-top-width:0;border-bottom-color:#999;border-bottom-color:rgba(0,0,0,0.25);top:-11px}.popover.bottom .arrow:after{top:1px;margin-left:-10px;border-top-width:0;border-bottom-color:#fff}
 .popover.left .arrow{top:50%;right:-11px;margin-top:-11px;border-right-width:0;border-left-color:#999;border-left-color:rgba(0,0,0,0.25)}.popover.left .arrow:after{right:1px;border-right-width:0;border-left-color:#fff;bottom:-10px}
 .thumbnails{margin-left:-20px;list-style:none;*zoom:1}.thumbnails:before,.thumbnails:after{display:table;content:"";line-height:0}
 .thumbnails:after{clear:both}
 .row-fluid .thumbnails{margin-left:0}
 .thumbnails>li{float:left;margin-bottom:20px;margin-left:20px}
 .thumbnail{display:block;padding:4px;line-height:20px;border:1px solid #ddd;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px;-webkit-box-shadow:0 1px 3px rgba(0,0,0,0.055);-moz-box-shadow:0 1px 3px rgba(0,0,0,0.055);box-shadow:0 1px 3px rgba(0,0,0,0.055);-webkit-transition:all .2s ease-in-out;-moz-transition:all .2s ease-in-out;-o-transition:all .2s ease-in-out;transition:all .2s ease-in-out}
 a.thumbnail:hover,a.thumbnail:focus{border-color:#08c;-webkit-box-shadow:0 1px 4px rgba(0,105,214,0.25);-moz-box-shadow:0 1px 4px rgba(0,105,214,0.25);box-shadow:0 1px 4px rgba(0,105,214,0.25)}
 .thumbnail>img{display:block;max-width:100%;margin-left:auto;margin-right:auto}
 .thumbnail .caption{padding:9px;color:#555}
 .media,.media-body{overflow:hidden;*overflow:visible;zoom:1}
 .media,.media .media{margin-top:15px}
 .media:first-child{margin-top:0}
 .media-object{display:block}
 .media-heading{margin:0 0 5px}
 .media>.pull-left{margin-right:10px}
 .media>.pull-right{margin-left:10px}
 .media-list{margin-left:0;list-style:none}
 .label,.badge{display:inline-block;padding:2px 4px;font-size:10.998px;font-weight:bold;line-height:14px;color:#fff;vertical-align:baseline;white-space:nowrap;text-shadow:0 -1px 0 rgba(0,0,0,0.25);background-color:#999}
 .label{border-radius:3px;-webkit-border-radius:3px;-moz-border-radius:3px;border-radius:3px}
 .badge{padding-left:9px;padding-right:9px;border-radius:9px;-webkit-border-radius:9px;-moz-border-radius:9px;border-radius:9px}
 .label:empty,.badge:empty{display:none}
 a.label:hover,a.label:focus,a.badge:hover,a.badge:focus{color:#fff;text-decoration:none;cursor:pointer}
 .label-important,.badge-important{background-color:#b94a48}
 .label-important[href],.badge-important[href]{background-color:#953b39}
 .label-warning,.badge-warning{background-color:#f89406}
 .label-warning[href],.badge-warning[href]{background-color:#c67605}
 .label-success,.badge-success{background-color:#468847}
 .label-success[href],.badge-success[href]{background-color:#356635}
 .label-info,.badge-info{background-color:#3a87ad}
 .label-info[href],.badge-info[href]{background-color:#2d6987}
 .label-inverse,.badge-inverse{background-color:#333}
 .label-inverse[href],.badge-inverse[href]{background-color:#1a1a1a}
 .btn .label,.btn .badge{position:relative;top:-1px}
 .btn-mini .label,.btn-mini .badge{top:0}
 @-webkit-keyframes progress-bar-stripes{from{background-position:40px 0} to{background-position:0 0}}@-moz-keyframes progress-bar-stripes{from{background-position:40px 0} to{background-position:0 0}}@-ms-keyframes progress-bar-stripes{from{background-position:40px 0} to{background-position:0 0}}@-o-keyframes progress-bar-stripes{from{background-position:0 0} to{background-position:40px 0}}@keyframes progress-bar-stripes{from{background-position:40px 0} to{background-position:0 0}}.progress{overflow:hidden;height:20px;margin-bottom:20px;background-color:#f7f7f7;background-image:-moz-linear-gradient(top, #f5f5f5, #f9f9f9);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#f5f5f5), to(#f9f9f9));background-image:-webkit-linear-gradient(top, #f5f5f5, #f9f9f9);background-image:-o-linear-gradient(top, #f5f5f5, #f9f9f9);background-image:linear-gradient(to bottom, #f5f5f5, #f9f9f9);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#fff5f5f5', endColorstr='#fff9f9f9', GradientType=0);-webkit-box-shadow:inset 0 1px 2px rgba(0,0,0,0.1);-moz-box-shadow:inset 0 1px 2px rgba(0,0,0,0.1);box-shadow:inset 0 1px 2px rgba(0,0,0,0.1);border-radius:4px;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px}
 .progress .bar{width:0;height:100%;color:#fff;float:left;font-size:12px;text-align:center;text-shadow:0 -1px 0 rgba(0,0,0,0.25);background-color:#0e90d2;background-image:-moz-linear-gradient(top, #149bdf, #0480be);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#149bdf), to(#0480be));background-image:-webkit-linear-gradient(top, #149bdf, #0480be);background-image:-o-linear-gradient(top, #149bdf, #0480be);background-image:linear-gradient(to bottom, #149bdf, #0480be);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff149bdf', endColorstr='#ff0480be', GradientType=0);-webkit-box-shadow:inset 0 -1px 0 rgba(0,0,0,0.15);-moz-box-shadow:inset 0 -1px 0 rgba(0,0,0,0.15);box-shadow:inset 0 -1px 0 rgba(0,0,0,0.15);-webkit-box-sizing:border-box;-moz-box-sizing:border-box;box-sizing:border-box;-webkit-transition:width .6s ease;-moz-transition:width .6s ease;-o-transition:width .6s ease;transition:width .6s ease}
 .progress .bar+.bar{-webkit-box-shadow:inset 1px 0 0 rgba(0,0,0,.15), inset 0 -1px 0 rgba(0,0,0,.15);-moz-box-shadow:inset 1px 0 0 rgba(0,0,0,.15), inset 0 -1px 0 rgba(0,0,0,.15);box-shadow:inset 1px 0 0 rgba(0,0,0,.15), inset 0 -1px 0 rgba(0,0,0,.15)}
 .progress-striped .bar{background-color:#149bdf;background-image:-webkit-gradient(linear, 0 100%, 100% 0, color-stop(.25, rgba(255,255,255,0.15)), color-stop(.25, transparent), color-stop(.5, transparent), color-stop(.5, rgba(255,255,255,0.15)), color-stop(.75, rgba(255,255,255,0.15)), color-stop(.75, transparent), to(transparent));background-image:-webkit-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:-moz-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:-o-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);-webkit-background-size:40px 40px;-moz-background-size:40px 40px;-o-background-size:40px 40px;background-size:40px 40px}
 .progress.active .bar{-webkit-animation:progress-bar-stripes 2s linear infinite;-moz-animation:progress-bar-stripes 2s linear infinite;-ms-animation:progress-bar-stripes 2s linear infinite;-o-animation:progress-bar-stripes 2s linear infinite;animation:progress-bar-stripes 2s linear infinite}
 .progress-danger .bar,.progress .bar-danger{background-color:#dd514c;background-image:-moz-linear-gradient(top, #ee5f5b, #c43c35);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#ee5f5b), to(#c43c35));background-image:-webkit-linear-gradient(top, #ee5f5b, #c43c35);background-image:-o-linear-gradient(top, #ee5f5b, #c43c35);background-image:linear-gradient(to bottom, #ee5f5b, #c43c35);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ffee5f5b', endColorstr='#ffc43c35', GradientType=0)}
 .progress-danger.progress-striped .bar,.progress-striped .bar-danger{background-color:#ee5f5b;background-image:-webkit-gradient(linear, 0 100%, 100% 0, color-stop(.25, rgba(255,255,255,0.15)), color-stop(.25, transparent), color-stop(.5, transparent), color-stop(.5, rgba(255,255,255,0.15)), color-stop(.75, rgba(255,255,255,0.15)), color-stop(.75, transparent), to(transparent));background-image:-webkit-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:-moz-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:-o-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent)}
 .progress-success .bar,.progress .bar-success{background-color:#5eb95e;background-image:-moz-linear-gradient(top, #62c462, #57a957);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#62c462), to(#57a957));background-image:-webkit-linear-gradient(top, #62c462, #57a957);background-image:-o-linear-gradient(top, #62c462, #57a957);background-image:linear-gradient(to bottom, #62c462, #57a957);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff62c462', endColorstr='#ff57a957', GradientType=0)}
 .progress-success.progress-striped .bar,.progress-striped .bar-success{background-color:#62c462;background-image:-webkit-gradient(linear, 0 100%, 100% 0, color-stop(.25, rgba(255,255,255,0.15)), color-stop(.25, transparent), color-stop(.5, transparent), color-stop(.5, rgba(255,255,255,0.15)), color-stop(.75, rgba(255,255,255,0.15)), color-stop(.75, transparent), to(transparent));background-image:-webkit-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:-moz-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:-o-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent)}
 .progress-info .bar,.progress .bar-info{background-color:#4bb1cf;background-image:-moz-linear-gradient(top, #5bc0de, #339bb9);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#5bc0de), to(#339bb9));background-image:-webkit-linear-gradient(top, #5bc0de, #339bb9);background-image:-o-linear-gradient(top, #5bc0de, #339bb9);background-image:linear-gradient(to bottom, #5bc0de, #339bb9);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#ff5bc0de', endColorstr='#ff339bb9', GradientType=0)}
 .progress-info.progress-striped .bar,.progress-striped .bar-info{background-color:#5bc0de;background-image:-webkit-gradient(linear, 0 100%, 100% 0, color-stop(.25, rgba(255,255,255,0.15)), color-stop(.25, transparent), color-stop(.5, transparent), color-stop(.5, rgba(255,255,255,0.15)), color-stop(.75, rgba(255,255,255,0.15)), color-stop(.75, transparent), to(transparent));background-image:-webkit-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:-moz-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:-o-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent)}
 .progress-warning .bar,.progress .bar-warning{background-color:#faa732;background-image:-moz-linear-gradient(top, #fbb450, #f89406);background-image:-webkit-gradient(linear, 0 0, 0 100%, from(#fbb450), to(#f89406));background-image:-webkit-linear-gradient(top, #fbb450, #f89406);background-image:-o-linear-gradient(top, #fbb450, #f89406);background-image:linear-gradient(to bottom, #fbb450, #f89406);background-repeat:repeat-x;filter:progid:DXImageTransform.Microsoft.gradient(startColorstr='#fffbb450', endColorstr='#fff89406', GradientType=0)}
 .progress-warning.progress-striped .bar,.progress-striped .bar-warning{background-color:#fbb450;background-image:-webkit-gradient(linear, 0 100%, 100% 0, color-stop(.25, rgba(255,255,255,0.15)), color-stop(.25, transparent), color-stop(.5, transparent), color-stop(.5, rgba(255,255,255,0.15)), color-stop(.75, rgba(255,255,255,0.15)), color-stop(.75, transparent), to(transparent));background-image:-webkit-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:-moz-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:-o-linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent);background-image:linear-gradient(45deg, rgba(255,255,255,0.15) 25%, transparent 25%, transparent 50%, rgba(255,255,255,0.15) 50%, rgba(255,255,255,0.15) 75%, transparent 75%, transparent)}
 .accordion{margin-bottom:20px}
 .accordion-group{margin-bottom:2px;border:1px solid #e5e5e5;border-radius:4px;-webkit-border-radius:4px;-moz-border-radius:4px;border-radius:4px}
 .accordion-heading{border-bottom:0}
 .accordion-heading .accordion-toggle{display:block;padding:8px 15px}
 .accordion-toggle{cursor:pointer}
 .accordion-inner{padding:9px 15px;border-top:1px solid #e5e5e5}
 .carousel{position:relative;margin-bottom:20px;line-height:1}
 .carousel-inner{overflow:hidden;width:100%;position:relative}
 .carousel-inner>.item{display:none;position:relative;-webkit-transition:.6s ease-in-out left;-moz-transition:.6s ease-in-out left;-o-transition:.6s ease-in-out left;transition:.6s ease-in-out left}.carousel-inner>.item>img,.carousel-inner>.item>a>img{display:block;line-height:1}
 .carousel-inner>.active,.carousel-inner>.next,.carousel-inner>.prev{display:block}
 .carousel-inner>.active{left:0}
 .carousel-inner>.next,.carousel-inner>.prev{position:absolute;top:0;width:100%}
 .carousel-inner>.next{left:100%}
 .carousel-inner>.prev{left:-100%}
 .carousel-inner>.next.left,.carousel-inner>.prev.right{left:0}
 .carousel-inner>.active.left{left:-100%}
 .carousel-inner>.active.right{left:100%}
 .carousel-control{position:absolute;top:40%;left:15px;width:40px;height:40px;margin-top:-20px;font-size:60px;font-weight:100;line-height:30px;color:#fff;text-align:center;background:#222;border:3px solid #fff;-webkit-border-radius:23px;-moz-border-radius:23px;border-radius:23px;opacity:.5;filter:alpha(opacity=50)}.carousel-control.right{left:auto;right:15px}
 .carousel-control:hover,.carousel-control:focus{color:#fff;text-decoration:none;opacity:.9;filter:alpha(opacity=90)}
 .carousel-indicators{position:absolute;top:15px;right:15px;z-index:5;margin:0;list-style:none}.carousel-indicators li{display:block;float:left;width:10px;height:10px;margin-left:5px;text-indent:-999px;background-color:#ccc;background-color:rgba(255,255,255,0.25);border-radius:5px}
 .carousel-indicators .active{background-color:#fff}
 .carousel-caption{position:absolute;left:0;right:0;bottom:0;padding:15px;background:#333;background:rgba(0,0,0,0.75)}
 .carousel-caption h4,.carousel-caption p{color:#fff;line-height:20px}
 .carousel-caption h4{margin:0 0 5px}
 .carousel-caption p{margin-bottom:0}
 .hero-unit{padding:60px;margin-bottom:30px;font-size:18px;font-weight:200;line-height:30px;color:inherit;background-color:#eee;border-radius:6px;-webkit-border-radius:6px;-moz-border-radius:6px;border-radius:6px}.hero-unit h1{margin-bottom:0;font-size:60px;line-height:1;color:inherit;letter-spacing:-1px}
 .hero-unit li{line-height:30px}
 .pull-right{float:right}
 .pull-left{float:left}
 .hide{display:none}
 .show{display:block}
 .invisible{visibility:hidden}
 .affix{position:fixed}
 .clearfix{*zoom:1}.clearfix:before,.clearfix:after{display:table;content:"";line-height:0}
 .clearfix:after{clear:both}
 .hide-text{font:0/0 a;color:transparent;text-shadow:none;background-color:transparent;border:0}
 .input-block-level{display:block;width:100%;min-height:30px;-webkit-box-sizing:border-box;-moz-box-sizing:border-box;box-sizing:border-box}
 @-ms-viewport{width:device-width}.hidden{display:none;visibility:hidden}
 .visible-phone{display:none !important}
 .visible-tablet{display:none !important}
 .hidden-desktop{display:none !important}
 .visible-desktop{display:inherit !important}
 @media (min-width:768px) and (max-width:979px){.hidden-desktop{display:inherit !important} .visible-desktop{display:none !important} .visible-tablet{display:inherit !important} .hidden-tablet{display:none !important}}@media (max-width:767px){.hidden-desktop{display:inherit !important} .visible-desktop{display:none !important} .visible-phone{display:inherit !important} .hidden-phone{display:none !important}}.visible-print{display:none !important}
 @media print{.visible-print{display:inherit !important} .hidden-print{display:none !important}}@media (min-width:1200px){.row{margin-left:-30px;*zoom:1}.row:before,.row:after{display:table;content:"";line-height:0} .row:after{clear:both} [class*="span"]{float:left;min-height:1px;margin-left:30px} .container,.navbar-static-top .container,.navbar-fixed-top .container,.navbar-fixed-bottom .container{width:1170px} .span12{width:1170px} .span11{width:1070px} .span10{width:970px} .span9{width:870px} .span8{width:770px} .span7{width:670px} .span6{width:570px} .span5{width:470px} .span4{width:370px} .span3{width:270px} .span2{width:170px} .span1{width:70px} .offset12{margin-left:1230px} .offset11{margin-left:1130px} .offset10{margin-left:1030px} .offset9{margin-left:930px} .offset8{margin-left:830px} .offset7{margin-left:730px} .offset6{margin-left:630px} .offset5{margin-left:530px} .offset4{margin-left:430px} .offset3{margin-left:330px} .offset2{margin-left:230px} .offset1{margin-left:130px} .row-fluid{width:100%;*zoom:1}.row-fluid:before,.row-fluid:after{display:table;content:"";line-height:0} .row-fluid:after{clear:both} .row-fluid [class*="span"]{display:block;width:100%;min-height:30px;-webkit-box-sizing:border-box;-moz-box-sizing:border-box;box-sizing:border-box;float:left;margin-left:2.564102564102564%;*margin-left:2.5109110747408616%} .row-fluid [class*="span"]:first-child{margin-left:0} .row-fluid .controls-row [class*="span"]+[class*="span"]{margin-left:2.564102564102564%} .row-fluid .span12{width:100%;*width:99.94680851063829%} .row-fluid .span11{width:91.45299145299145%;*width:91.39979996362975%} .row-fluid .span10{width:82.90598290598291%;*width:82.8527914166212%} .row-fluid .span9{width:74.35897435897436%;*width:74.30578286961266%} .row-fluid .span8{width:65.81196581196582%;*width:65.75877432260411%} .row-fluid .span7{width:57.26495726495726%;*width:57.21176577559556%} .row-fluid .span6{width:48.717948717948715%;*width:48.664757228587014%} .row-fluid .span5{width:40.17094017094017%;*width:40.11774868157847%} .row-fluid .span4{width:31.623931623931625%;*width:31.570740134569924%} .row-fluid .span3{width:23.076923076923077%;*width:23.023731587561375%} .row-fluid .span2{width:14.52991452991453%;*width:14.476723040552828%} .row-fluid .span1{width:5.982905982905983%;*width:5.929714493544281%} .row-fluid .offset12{margin-left:105.12820512820512%;*margin-left:105.02182214948171%} .row-fluid .offset12:first-child{margin-left:102.56410256410257%;*margin-left:102.45771958537915%} .row-fluid .offset11{margin-left:96.58119658119658%;*margin-left:96.47481360247316%} .row-fluid .offset11:first-child{margin-left:94.01709401709402%;*margin-left:93.91071103837061%} .row-fluid .offset10{margin-left:88.03418803418803%;*margin-left:87.92780505546462%} .row-fluid .offset10:first-child{margin-left:85.47008547008548%;*margin-left:85.36370249136206%} .row-fluid .offset9{margin-left:79.48717948717949%;*margin-left:79.38079650845607%} .row-fluid .offset9:first-child{margin-left:76.92307692307693%;*margin-left:76.81669394435352%} .row-fluid .offset8{margin-left:70.94017094017094%;*margin-left:70.83378796144753%} .row-fluid .offset8:first-child{margin-left:68.37606837606839%;*margin-left:68.26968539734497%} .row-fluid .offset7{margin-left:62.393162393162385%;*margin-left:62.28677941443899%} .row-fluid .offset7:first-child{margin-left:59.82905982905982%;*margin-left:59.72267685033642%} .row-fluid .offset6{margin-left:53.84615384615384%;*margin-left:53.739770867430444%} .row-fluid .offset6:first-child{margin-left:51.28205128205128%;*margin-left:51.175668303327875%} .row-fluid .offset5{margin-left:45.299145299145295%;*margin-left:45.1927623204219%} .row-fluid .offset5:first-child{margin-left:42.73504273504273%;*margin-left:42.62865975631933%} .row-fluid .offset4{margin-left:36.75213675213675%;*margin-left:36.645753773413354%} .row-fluid .offset4:first-child{margin-left:34.18803418803419%;*margin-left:34.081651209310785%} .row-fluid .offset3{margin-left:28.205128205128204%;*margin-left:28.0987452264048%} .row-fluid .offset3:first-child{margin-left:25.641025641025642%;*margin-left:25.53464266230224%} .row-fluid .offset2{margin-left:19.65811965811966%;*margin-left:19.551736679396257%} .row-fluid .offset2:first-child{margin-left:17.094017094017094%;*margin-left:16.98763411529369%} .row-fluid .offset1{margin-left:11.11111111111111%;*margin-left:11.004728132387708%} .row-fluid .offset1:first-child{margin-left:8.547008547008547%;*margin-left:8.440625568285142%} input,textarea,.uneditable-input{margin-left:0} .controls-row [class*="span"]+[class*="span"]{margin-left:30px} input.span12,textarea.span12,.uneditable-input.span12{width:1156px} input.span11,textarea.span11,.uneditable-input.span11{width:1056px} input.span10,textarea.span10,.uneditable-input.span10{width:956px} input.span9,textarea.span9,.uneditable-input.span9{width:856px} input.span8,textarea.span8,.uneditable-input.span8{width:756px} input.span7,textarea.span7,.uneditable-input.span7{width:656px} input.span6,textarea.span6,.uneditable-input.span6{width:556px} input.span5,textarea.span5,.uneditable-input.span5{width:456px} input.span4,textarea.span4,.uneditable-input.span4{width:356px} input.span3,textarea.span3,.uneditable-input.span3{width:256px} input.span2,textarea.span2,.uneditable-input.span2{width:156px} input.span1,textarea.span1,.uneditable-input.span1{width:56px} .thumbnails{margin-left:-30px} .thumbnails>li{margin-left:30px} .row-fluid .thumbnails{margin-left:0}}@media (min-width:768px) and (max-width:979px){.row{margin-left:-20px;*zoom:1}.row:before,.row:after{display:table;content:"";line-height:0} .row:after{clear:both} [class*="span"]{float:left;min-height:1px;margin-left:20px} .container,.navbar-static-top .container,.navbar-fixed-top .container,.navbar-fixed-bottom .container{width:724px} .span12{width:724px} .span11{width:662px} .span10{width:600px} .span9{width:538px} .span8{width:476px} .span7{width:414px} .span6{width:352px} .span5{width:290px} .span4{width:228px} .span3{width:166px} .span2{width:104px} .span1{width:42px} .offset12{margin-left:764px} .offset11{margin-left:702px} .offset10{margin-left:640px} .offset9{margin-left:578px} .offset8{margin-left:516px} .offset7{margin-left:454px} .offset6{margin-left:392px} .offset5{margin-left:330px} .offset4{margin-left:268px} .offset3{margin-left:206px} .offset2{margin-left:144px} .offset1{margin-left:82px} .row-fluid{width:100%;*zoom:1}.row-fluid:before,.row-fluid:after{display:table;content:"";line-height:0} .row-fluid:after{clear:both} .row-fluid [class*="span"]{display:block;width:100%;min-height:30px;-webkit-box-sizing:border-box;-moz-box-sizing:border-box;box-sizing:border-box;float:left;margin-left:2.7624309392265194%;*margin-left:2.709239449864817%} .row-fluid [class*="span"]:first-child{margin-left:0} .row-fluid .controls-row [class*="span"]+[class*="span"]{margin-left:2.7624309392265194%} .row-fluid .span12{width:100%;*width:99.94680851063829%} .row-fluid .span11{width:91.43646408839778%;*width:91.38327259903608%} .row-fluid .span10{width:82.87292817679558%;*width:82.81973668743387%} .row-fluid .span9{width:74.30939226519337%;*width:74.25620077583166%} .row-fluid .span8{width:65.74585635359117%;*width:65.69266486422946%} .row-fluid .span7{width:57.18232044198895%;*width:57.12912895262725%} .row-fluid .span6{width:48.61878453038674%;*width:48.56559304102504%} .row-fluid .span5{width:40.05524861878453%;*width:40.00205712942283%} .row-fluid .span4{width:31.491712707182323%;*width:31.43852121782062%} .row-fluid .span3{width:22.92817679558011%;*width:22.87498530621841%} .row-fluid .span2{width:14.3646408839779%;*width:14.311449394616199%} .row-fluid .span1{width:5.801104972375691%;*width:5.747913483013988%} .row-fluid .offset12{margin-left:105.52486187845304%;*margin-left:105.41847889972962%} .row-fluid 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 div.out_prompt_overlay:hover{-webkit-box-shadow:inset 0 0 1px #000;-moz-box-shadow:inset 0 0 1px #000;box-shadow:inset 0 0 1px #000;background:rgba(240,240,240,0.5)}
 div.output_prompt{color:#8b0000}
 div.output_area{padding:0;page-break-inside:avoid;display:-webkit-box;-webkit-box-orient:horizontal;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:horizontal;-moz-box-align:stretch;display:box;box-orient:horizontal;box-align:stretch;display:flex;flex-direction:row;align-items:stretch}div.output_area .MathJax_Display{text-align:left !important}
 div.output_area .rendered_html table{margin-left:0;margin-right:0}
 div.output_area .rendered_html img{margin-left:0;margin-right:0}
 .output{display:-webkit-box;-webkit-box-orient:vertical;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:vertical;-moz-box-align:stretch;display:box;box-orient:vertical;box-align:stretch;width:100%;display:flex;flex-direction:column;align-items:stretch}
 div.output_area pre{font-family:monospace;margin:0;padding:0;border:0;font-size:100%;vertical-align:baseline;color:#000;background-color:transparent;-webkit-border-radius:0;-moz-border-radius:0;border-radius:0;line-height:inherit}
 div.output_subarea{padding:.4em .4em 0 .4em;-webkit-box-flex:1;-moz-box-flex:1;box-flex:1;flex:1}
 div.output_text{text-align:left;color:#000;font-family:monospace;line-height:1.231em}
 div.output_stderr{background:#fdd;}
 div.output_latex{text-align:left}
 div.output_javascript:empty{padding:0}
 .js-error{color:#8b0000}
 div.raw_input{padding-top:0;padding-bottom:0;height:1em;line-height:1em;font-family:monospace}
 span.input_prompt{font-family:inherit}
 input.raw_input{font-family:inherit;font-size:inherit;color:inherit;width:auto;margin:-2px 0 0 1px;padding-left:1px;padding-top:2px;height:1em}
 p.p-space{margin-bottom:10px}
 .rendered_html{color:#000;}.rendered_html em{font-style:italic}
 .rendered_html strong{font-weight:bold}
 .rendered_html u{text-decoration:underline}
 .rendered_html :link{text-decoration:underline}
 .rendered_html :visited{text-decoration:underline}
 .rendered_html h1{font-size:185.7%;margin:1.08em 0 0 0;font-weight:bold;line-height:1}
 .rendered_html h2{font-size:157.1%;margin:1.27em 0 0 0;font-weight:bold;line-height:1}
 .rendered_html h3{font-size:128.6%;margin:1.55em 0 0 0;font-weight:bold;line-height:1}
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 .rendered_html h2:first-child{margin-top:.636em}
 .rendered_html h3:first-child{margin-top:.777em}
 .rendered_html h4:first-child{margin-top:1em}
 .rendered_html h5:first-child{margin-top:1em}
 .rendered_html h6:first-child{margin-top:1em}
 .rendered_html ul{list-style:disc;margin:0 2em}
 .rendered_html ul ul{list-style:square;margin:0 2em}
 .rendered_html ul ul ul{list-style:circle;margin:0 2em}
 .rendered_html ol{list-style:decimal;margin:0 2em}
 .rendered_html ol ol{list-style:upper-alpha;margin:0 2em}
 .rendered_html ol ol ol{list-style:lower-alpha;margin:0 2em}
 .rendered_html ol ol ol ol{list-style:lower-roman;margin:0 2em}
 .rendered_html ol ol ol ol ol{list-style:decimal;margin:0 2em}
 .rendered_html *+ul{margin-top:1em}
 .rendered_html *+ol{margin-top:1em}
 .rendered_html hr{color:#000;background-color:#000}
 .rendered_html pre{margin:1em 2em}
 .rendered_html pre,.rendered_html code{border:0;background-color:#fff;color:#000;font-size:100%;padding:0}
 .rendered_html blockquote{margin:1em 2em}
 .rendered_html table{margin-left:auto;margin-right:auto;border:1px solid #000;border-collapse:collapse}
 .rendered_html tr,.rendered_html th,.rendered_html td{border:1px solid #000;border-collapse:collapse;margin:1em 2em}
 .rendered_html td,.rendered_html th{text-align:left;vertical-align:middle;padding:4px}
 .rendered_html th{font-weight:bold}
 .rendered_html *+table{margin-top:1em}
 .rendered_html p{text-align:justify}
 .rendered_html *+p{margin-top:1em}
 .rendered_html img{display:block;margin-left:auto;margin-right:auto}
 .rendered_html *+img{margin-top:1em}
 div.text_cell{padding:5px 5px 5px 0;display:-webkit-box;-webkit-box-orient:horizontal;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:horizontal;-moz-box-align:stretch;display:box;box-orient:horizontal;box-align:stretch;display:flex;flex-direction:row;align-items:stretch}
 div.text_cell_input{color:#000;border:1px solid #cfcfcf;border-radius:4px;background:#f7f7f7}
 div.text_cell_render{outline:none;resize:none;width:inherit;border-style:none;padding:.5em .5em .5em .4em;color:#000}
 a.anchor-link:link{text-decoration:none;padding:0 20px;visibility:hidden}
 h1:hover .anchor-link,h2:hover .anchor-link,h3:hover .anchor-link,h4:hover .anchor-link,h5:hover .anchor-link,h6:hover .anchor-link{visibility:visible}
 div.cell.text_cell.rendered{padding:0}
 .widget-area{page-break-inside:avoid;display:-webkit-box;-webkit-box-orient:horizontal;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:horizontal;-moz-box-align:stretch;display:box;box-orient:horizontal;box-align:stretch;display:flex;flex-direction:row;align-items:stretch}.widget-area .widget-subarea{padding:.44em .4em .4em 1px;margin-left:6px;box-sizing:border-box;-moz-box-sizing:border-box;-webkit-box-sizing:border-box;display:-webkit-box;-webkit-box-orient:vertical;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:vertical;-moz-box-align:stretch;display:box;box-orient:vertical;box-align:stretch;width:100%;display:flex;flex-direction:column;align-items:stretch;-webkit-box-flex:2;-moz-box-flex:2;box-flex:2;flex:2}
 .widget-hlabel{min-width:10ex;padding-right:8px;padding-top:3px;text-align:right;vertical-align:text-top}
 .widget-vlabel{padding-bottom:5px;text-align:center;vertical-align:text-bottom}
 .widget-hreadout{padding-left:8px;padding-top:3px;text-align:left;vertical-align:text-top}
 .widget-vreadout{padding-top:5px;text-align:center;vertical-align:text-top}
 .slide-track{border:1px solid #ccc;background:#fff;border-radius:4px;}
 .widget-hslider{padding-left:8px;padding-right:5px;overflow:visible;width:348px;height:5px;max-height:5px;margin-top:11px;border:1px solid #ccc;background:#fff;border-radius:4px;display:-webkit-box;-webkit-box-orient:horizontal;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:horizontal;-moz-box-align:stretch;display:box;box-orient:horizontal;box-align:stretch;display:flex;flex-direction:row;align-items:stretch}.widget-hslider .ui-slider{border:0 !important;background:none !important;display:-webkit-box;-webkit-box-orient:horizontal;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:horizontal;-moz-box-align:stretch;display:box;box-orient:horizontal;box-align:stretch;display:flex;flex-direction:row;align-items:stretch;-webkit-box-flex:1;-moz-box-flex:1;box-flex:1;flex:1}.widget-hslider .ui-slider .ui-slider-handle{width:14px !important;height:28px !important;margin-top:-8px !important}
 .widget-vslider{padding-bottom:8px;overflow:visible;width:5px;max-width:5px;height:250px;margin-left:12px;border:1px solid #ccc;background:#fff;border-radius:4px;display:-webkit-box;-webkit-box-orient:vertical;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:vertical;-moz-box-align:stretch;display:box;box-orient:vertical;box-align:stretch;width:100%;display:flex;flex-direction:column;align-items:stretch}.widget-vslider .ui-slider{border:0 !important;background:none !important;margin-left:-4px;margin-top:5px;display:-webkit-box;-webkit-box-orient:vertical;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:vertical;-moz-box-align:stretch;display:box;box-orient:vertical;box-align:stretch;width:100%;display:flex;flex-direction:column;align-items:stretch;-webkit-box-flex:1;-moz-box-flex:1;box-flex:1;flex:1}.widget-vslider .ui-slider .ui-slider-handle{width:28px !important;height:14px !important;margin-left:-9px}
 .widget-text{width:350px;margin-bottom:0}
 .widget-listbox{width:364px;margin-bottom:0}
 .widget-numeric-text{width:150px}
 .widget-progress{width:363px}.widget-progress .bar{-webkit-transition:none;-moz-transition:none;-ms-transition:none;-o-transition:none;transition:none}
 .widget-combo-btn{min-width:138px;}
 .widget-box{margin:5px;-webkit-box-pack:start;-moz-box-pack:start;box-pack:start;justify-content:flex-start;box-sizing:border-box;-moz-box-sizing:border-box;-webkit-box-sizing:border-box}
 .widget-hbox{margin:5px;-webkit-box-pack:start;-moz-box-pack:start;box-pack:start;justify-content:flex-start;box-sizing:border-box;-moz-box-sizing:border-box;-webkit-box-sizing:border-box;display:-webkit-box;-webkit-box-orient:horizontal;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:horizontal;-moz-box-align:stretch;display:box;box-orient:horizontal;box-align:stretch;display:flex;flex-direction:row;align-items:stretch}
 .widget-hbox-single{margin:5px;-webkit-box-pack:start;-moz-box-pack:start;box-pack:start;justify-content:flex-start;box-sizing:border-box;-moz-box-sizing:border-box;-webkit-box-sizing:border-box;display:-webkit-box;-webkit-box-orient:horizontal;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:horizontal;-moz-box-align:stretch;display:box;box-orient:horizontal;box-align:stretch;display:flex;flex-direction:row;align-items:stretch;height:30px}
 .widget-vbox{margin:5px;-webkit-box-pack:start;-moz-box-pack:start;box-pack:start;justify-content:flex-start;box-sizing:border-box;-moz-box-sizing:border-box;-webkit-box-sizing:border-box;display:-webkit-box;-webkit-box-orient:vertical;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:vertical;-moz-box-align:stretch;display:box;box-orient:vertical;box-align:stretch;width:100%;display:flex;flex-direction:column;align-items:stretch}
 .widget-vbox-single{margin:5px;-webkit-box-pack:start;-moz-box-pack:start;box-pack:start;justify-content:flex-start;box-sizing:border-box;-moz-box-sizing:border-box;-webkit-box-sizing:border-box;display:-webkit-box;-webkit-box-orient:vertical;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:vertical;-moz-box-align:stretch;display:box;box-orient:vertical;box-align:stretch;width:100%;display:flex;flex-direction:column;align-items:stretch;width:30px}
 .widget-modal{overflow:hidden;position:absolute !important;top:0;left:0;margin-left:0 !important}
 .widget-modal-body{max-height:none !important}
 .widget-container{box-sizing:border-box;-moz-box-sizing:border-box;-webkit-box-sizing:border-box}
 .docked-widget-modal{overflow:hidden;position:relative !important;top:0 !important;left:0 !important;margin-left:0 !important}
 body{background-color:#fff}
 body.notebook_app{overflow:hidden}
 span#notebook_name{height:1em;line-height:1em;padding:3px;border:none;font-size:146.5%}
 div#notebook_panel{margin:0 0 0 0;padding:0;-webkit-box-shadow:0 -1px 10px rgba(0,0,0,0.1);-moz-box-shadow:0 -1px 10px rgba(0,0,0,0.1);box-shadow:0 -1px 10px rgba(0,0,0,0.1)}
 div#notebook{overflow-y:scroll;overflow-x:auto;width:100%;padding:1em 0 1em 0;margin:0;border-top:1px solid #ababab;outline:none;box-sizing:border-box;-moz-box-sizing:border-box;-webkit-box-sizing:border-box}
 div.ui-widget-content{border:1px solid #ababab;outline:none}
 pre.dialog{background-color:#f7f7f7;border:1px solid #ddd;border-radius:4px;padding:.4em;padding-left:2em}
 p.dialog{padding:.2em}
 pre,code,kbd,samp{white-space:pre-wrap}
 #fonttest{font-family:monospace}
 p{margin-bottom:0}
 .end_space{height:200px}
 .celltoolbar{border:thin solid #cfcfcf;border-bottom:none;background:#eee;border-radius:3px 3px 0 0;width:100%;-webkit-box-pack:end;height:22px;display:-webkit-box;-webkit-box-orient:horizontal;-webkit-box-align:stretch;display:-moz-box;-moz-box-orient:horizontal;-moz-box-align:stretch;display:box;box-orient:horizontal;box-align:stretch;display:flex;flex-direction:row;align-items:stretch;-webkit-box-direction:reverse;-moz-box-direction:reverse;box-direction:reverse;flex-direction:column-reverse}
 .ctb_hideshow{display:none;vertical-align:bottom;padding-right:2px}
 .celltoolbar>div{padding-top:0}
 .ctb_global_show .ctb_show.ctb_hideshow{display:block}
 .ctb_global_show .ctb_show+.input_area,.ctb_global_show .ctb_show+div.text_cell_input{border-top-right-radius:0;border-top-left-radius:0}
 .celltoolbar .button_container select{margin:10px;margin-top:1px;margin-bottom:0;padding:0;font-size:87%;width:auto;display:inline-block;height:18px;line-height:18px;vertical-align:top}
 .celltoolbar label{display:inline-block;height:15px;line-height:15px;vertical-align:top}
 .celltoolbar label span{font-size:85%}
 .celltoolbar input[type=checkbox]{margin:0;margin-left:4px;margin-right:4px}
 .celltoolbar .ui-button{border:none;vertical-align:top;height:20px;min-width:30px}
 .completions{position:absolute;z-index:10;overflow:hidden;border:1px solid #ababab;border-radius:4px;-webkit-box-shadow:0 6px 10px -1px #adadad;-moz-box-shadow:0 6px 10px -1px #adadad;box-shadow:0 6px 10px -1px #adadad}
 .completions select{background:#fff;outline:none;border:none;padding:0;margin:0;overflow:auto;font-family:monospace;font-size:110%;color:#000}
 .completions select option.context{color:#0064cd}
 #menubar .navbar-inner{min-height:28px;border-top:1px;border-radius:0 0 4px 4px}
 #menubar .navbar{margin-bottom:8px}
 .nav-wrapper{border-bottom:1px solid #d4d4d4}
 #menubar li.dropdown{line-height:12px}
 i.menu-icon{padding-top:4px}
 ul#help_menu li a{overflow:hidden;padding-right:2.2em}ul#help_menu li a i{margin-right:-1.2em}
 #notification_area{z-index:10}
+.indicator_area{color:#777;padding:4px 3px;margin:0;width:11px;z-index:10;text-align:center}
+#kernel_indicator{margin-right:-16px}
 .notification_widget{color:#777;padding:1px 12px;margin:2px 4px;z-index:10;border:1px solid #ccc;border-radius:4px;background:rgba(240,240,240,0.5)}.notification_widget.span{padding-right:2px}
-#indicator_area{color:#777;padding:2px 2px;margin:2px -9px 2px 4px;z-index:10}
 div#pager_splitter{height:8px}
 #pager-container{position:relative;padding:15px 0}
 div#pager{overflow:auto;display:none}div#pager pre{font-size:13px;line-height:1.231em;color:#000;background-color:#f7f7f7;padding:.4em}
 .shortcut_key{display:inline-block;width:15ex;text-align:right;font-family:monospace}
 .shortcut_descr{display:inline-block}
 span#save_widget{padding:0 5px;margin-top:12px}
 span#checkpoint_status,span#autosave_status{font-size:small}
 @media (max-width:767px){span#save_widget{font-size:small} span#checkpoint_status,span#autosave_status{font-size:x-small}}@media (max-width:767px){span#checkpoint_status,span#autosave_status{display:none}}@media (min-width:768px) and (max-width:979px){span#checkpoint_status{display:none} span#autosave_status{font-size:x-small}}.toolbar{padding:0 10px;margin-top:-5px}.toolbar select,.toolbar label{width:auto;height:26px;vertical-align:middle;margin-right:2px;margin-bottom:0;display:inline;font-size:92%;margin-left:.3em;margin-right:.3em;padding:0;padding-top:3px}
 .toolbar .btn{padding:2px 8px}
 .toolbar .btn-group{margin-top:0}
 .toolbar-inner{border:none !important;-webkit-box-shadow:none !important;-moz-box-shadow:none !important;box-shadow:none !important}
 #maintoolbar{margin-bottom:0}
 @-moz-keyframes fadeOut{from{opacity:1} to{opacity:0}}@-webkit-keyframes fadeOut{from{opacity:1} to{opacity:0}}@-moz-keyframes fadeIn{from{opacity:0} to{opacity:1}}@-webkit-keyframes fadeIn{from{opacity:0} to{opacity:1}}.bigtooltip{overflow:auto;height:200px;-webkit-transition-property:height;-webkit-transition-duration:500ms;-moz-transition-property:height;-moz-transition-duration:500ms;transition-property:height;transition-duration:500ms}
 .smalltooltip{-webkit-transition-property:height;-webkit-transition-duration:500ms;-moz-transition-property:height;-moz-transition-duration:500ms;transition-property:height;transition-duration:500ms;text-overflow:ellipsis;overflow:hidden;height:80px}
 .tooltipbuttons{position:absolute;padding-right:15px;top:0;right:0}
 .tooltiptext{padding-right:30px}
 .ipython_tooltip{max-width:700px;-webkit-animation:fadeOut 400ms;-moz-animation:fadeOut 400ms;animation:fadeOut 400ms;-webkit-animation:fadeIn 400ms;-moz-animation:fadeIn 400ms;animation:fadeIn 400ms;vertical-align:middle;background-color:#f7f7f7;overflow:visible;border:#ababab 1px solid;outline:none;padding:3px;margin:0;padding-left:7px;font-family:monospace;min-height:50px;-moz-box-shadow:0 6px 10px -1px #adadad;-webkit-box-shadow:0 6px 10px -1px #adadad;box-shadow:0 6px 10px -1px #adadad;border-radius:4px;position:absolute;z-index:2}.ipython_tooltip a{float:right}
 .ipython_tooltip .tooltiptext pre{border:0;-webkit-border-radius:0;-moz-border-radius:0;border-radius:0;font-size:100%;background-color:#f7f7f7}
 .pretooltiparrow{left:0;margin:0;top:-16px;width:40px;height:16px;overflow:hidden;position:absolute}
 .pretooltiparrow:before{background-color:#f7f7f7;border:1px #ababab solid;z-index:11;content:"";position:absolute;left:15px;top:10px;width:25px;height:25px;-webkit-transform:rotate(45deg);-moz-transform:rotate(45deg);-ms-transform:rotate(45deg);-o-transform:rotate(45deg)}

IPython/html/static/tree/js/clusterlist.js

@@ -1,199 +1,196 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2011  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // NotebookList
 //============================================================================
 
 var IPython = (function (IPython) {
     "use strict";
     
     var utils = IPython.utils;
 
-    var ClusterList = function (selector) {
+    var ClusterList = function (selector, options) {
         this.selector = selector;
         if (this.selector !== undefined) {
             this.element = $(selector);
             this.style();
             this.bind_events();
         }
-    };
-
-    ClusterList.prototype.baseProjectUrl = function(){
-        return this._baseProjectUrl || $('body').data('baseProjectUrl');
+        options = options || {};
+        this.options = options;
+        this.base_url = options.base_url || utils.get_body_data("baseUrl");
+        this.notebook_path = options.notebook_path || utils.get_body_data("notebookPath");
     };
 
     ClusterList.prototype.style = function () {
         $('#cluster_list').addClass('list_container');
         $('#cluster_toolbar').addClass('list_toolbar');
         $('#cluster_list_info').addClass('toolbar_info');
         $('#cluster_buttons').addClass('toolbar_buttons');
     };
 
 
     ClusterList.prototype.bind_events = function () {
         var that = this;
         $('#refresh_cluster_list').click(function () {
             that.load_list();
         });
     };
 
 
     ClusterList.prototype.load_list = function () {
         var settings = {
             processData : false,
             cache : false,
             type : "GET",
             dataType : "json",
             success : $.proxy(this.load_list_success, this)
         };
-        var url = utils.url_join_encode(this.baseProjectUrl(), 'clusters');
+        var url = utils.url_join_encode(this.base_url, 'clusters');
         $.ajax(url, settings);
     };
 
 
     ClusterList.prototype.clear_list = function () {
         this.element.children('.list_item').remove();
     };
 
     ClusterList.prototype.load_list_success = function (data, status, xhr) {
         this.clear_list();
         var len = data.length;
         for (var i=0; i<len; i++) {
             var element = $('<div/>');
-            var item = new ClusterItem(element);
+            var item = new ClusterItem(element, this.options);
             item.update_state(data[i]);
             element.data('item', item);
             this.element.append(element);
         }
     };
 
 
-    var ClusterItem = function (element) {
+    var ClusterItem = function (element, options) {
         this.element = $(element);
+        this.base_url = options.base_url || utils.get_body_data("baseUrl");
+        this.notebook_path = options.notebook_path || utils.get_body_data("notebookPath");
         this.data = null;
         this.style();
     };
 
-    ClusterItem.prototype.baseProjectUrl = function(){
-        return this._baseProjectUrl || $('body').data('baseProjectUrl');
-    };
-
-
     ClusterItem.prototype.style = function () {
         this.element.addClass('list_item').addClass("row-fluid");
     };
 
     ClusterItem.prototype.update_state = function (data) {
         this.data = data;
         if (data.status === 'running') {
             this.state_running();
         } else if (data.status === 'stopped') {
             this.state_stopped();
         }
     };
 
 
     ClusterItem.prototype.state_stopped = function () {
         var that = this;
         var profile_col = $('<div/>').addClass('profile_col span4').text(this.data.profile);
         var status_col = $('<div/>').addClass('status_col span3').text('stopped');
         var engines_col = $('<div/>').addClass('engine_col span3');
         var input = $('<input/>').attr('type','number')
                 .attr('min',1)
                 .attr('size',3)
                 .addClass('engine_num_input');
         engines_col.append(input);
         var start_button = $('<button/>').addClass("btn btn-mini").text("Start");
         var action_col = $('<div/>').addClass('action_col span2').append(
             $("<span/>").addClass("item_buttons btn-group").append(
                 start_button
             )
         );
         this.element.empty()
             .append(profile_col)
             .append(status_col)
             .append(engines_col)
             .append(action_col);
         start_button.click(function (e) {
             var n = that.element.find('.engine_num_input').val();
             if (!/^\d+$/.test(n) && n.length>0) {
                 status_col.text('invalid engine #');
             } else {
                 var settings = {
                     cache : false,
                     data : {n:n},
                     type : "POST",
                     dataType : "json",
                     success : function (data, status, xhr) {
                         that.update_state(data);
                     },
                     error : function (data, status, xhr) {
                         status_col.text("error starting cluster");
                     }
                 };
                 status_col.text('starting');
                 var url = utils.url_join_encode(
-                    that.baseProjectUrl(),
+                    that.base_url,
                     'clusters',
                     that.data.profile,
                     'start'
                 );
                 $.ajax(url, settings);
             }
         });
     };
 
 
     ClusterItem.prototype.state_running = function () {
         var that = this;
         var profile_col = $('<div/>').addClass('profile_col span4').text(this.data.profile);
         var status_col = $('<div/>').addClass('status_col span3').text('running');
         var engines_col = $('<div/>').addClass('engines_col span3').text(this.data.n);
         var stop_button = $('<button/>').addClass("btn btn-mini").text("Stop");
         var action_col = $('<div/>').addClass('action_col span2').append(
             $("<span/>").addClass("item_buttons btn-group").append(
                 stop_button
             )
         );
         this.element.empty()
             .append(profile_col)
             .append(status_col)
             .append(engines_col)
             .append(action_col);
         stop_button.click(function (e) {
             var settings = {
                 cache : false,
                 type : "POST",
                 dataType : "json",
                 success : function (data, status, xhr) {
                     that.update_state(data);
                 },
                 error : function (data, status, xhr) {
                     console.log('error',data);
                     status_col.text("error stopping cluster");
                 }
             };
             status_col.text('stopping');
             var url = utils.url_join_encode(
-                that.baseProjectUrl(),
+                that.base_url,
                 'clusters',
                 that.data.profile,
                 'stop'
             );
             $.ajax(url, settings);
         });
     };
 
 
     IPython.ClusterList = ClusterList;
     IPython.ClusterItem = ClusterItem;
 
     return IPython;
 
 }(IPython));
 

IPython/html/static/tree/js/main.js

@@ -1,85 +1,89 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2008-2011  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // On document ready
 //============================================================================
 
 
 $(document).ready(function () {
 
     IPython.page = new IPython.Page();
 
     $('#new_notebook').button().click(function (e) {
-        IPython.notebook_list.new_notebook($('body').data('baseProjectUrl'))
+        IPython.notebook_list.new_notebook()
     });
-
-    IPython.notebook_list = new IPython.NotebookList('#notebook_list');
-    IPython.cluster_list = new IPython.ClusterList('#cluster_list');
-    IPython.login_widget = new IPython.LoginWidget('#login_widget');
+    
+    var opts = {
+        base_url : IPython.utils.get_body_data("baseUrl"),
+        notebook_path : IPython.utils.get_body_data("notebookPath"),
+    };
+    IPython.notebook_list = new IPython.NotebookList('#notebook_list', opts);
+    IPython.cluster_list = new IPython.ClusterList('#cluster_list', opts);
+    IPython.login_widget = new IPython.LoginWidget('#login_widget', opts);
 
     var interval_id=0;
     // auto refresh every xx secondes, no need to be fast,
     //  update is done at least when page get focus
     var time_refresh = 60; // in sec
 
     var enable_autorefresh = function(){
         //refresh immediately , then start interval
         if($('.upload_button').length == 0)
         {
             IPython.notebook_list.load_sessions();
             IPython.cluster_list.load_list();
         }
         if (!interval_id){
             interval_id = setInterval(function(){
                     if($('.upload_button').length == 0)
                     {
                         IPython.notebook_list.load_sessions();
                         IPython.cluster_list.load_list();
                     }
                 }, time_refresh*1000);
             }
     }
 
     var disable_autorefresh = function(){
         clearInterval(interval_id);
         interval_id = 0;
     }
 
     // stop autorefresh when page lose focus
     $(window).blur(function() {
         disable_autorefresh();
     })
 
     //re-enable when page get focus back
     $(window).focus(function() {
         enable_autorefresh();
     });
 
     // finally start it, it will refresh immediately
     enable_autorefresh();
 
     IPython.page.show();
     
     // bound the upload method to the on change of the file select list
     $("#alternate_upload").change(function (event){
         IPython.notebook_list.handelFilesUpload(event,'form');
     });
     
     // set hash on tab click
     $("#tabs").find("a").click(function() {
         window.location.hash = $(this).attr("href");
     })
     
     // load tab if url hash
     if (window.location.hash) {
         $("#tabs").find("a[href=" + window.location.hash + "]").click();
     }
 
 
 });
 

IPython/html/static/tree/js/notebooklist.js

@@ -1,437 +1,431 b''
 //----------------------------------------------------------------------------
 //  Copyright (C) 2011  The IPython Development Team
 //
 //  Distributed under the terms of the BSD License.  The full license is in
 //  the file COPYING, distributed as part of this software.
 //----------------------------------------------------------------------------
 
 //============================================================================
 // NotebookList
 //============================================================================
 
 var IPython = (function (IPython) {
     "use strict";
     
     var utils = IPython.utils;
 
-    var NotebookList = function (selector) {
+    var NotebookList = function (selector, options) {
         this.selector = selector;
         if (this.selector !== undefined) {
             this.element = $(selector);
             this.style();
             this.bind_events();
         }
         this.notebooks_list = [];
         this.sessions = {};
+        this.base_url = options.base_url || utils.get_body_data("baseUrl");
+        this.notebook_path = options.notebook_path || utils.get_body_data("notebookPath");
     };
 
-    NotebookList.prototype.baseProjectUrl = function () {
-        return $('body').data('baseProjectUrl');
-    };
-
-    NotebookList.prototype.notebookPath = function() {
-        return $('body').data('notebookPath');
-    };
-    
     NotebookList.prototype.style = function () {
         $('#notebook_toolbar').addClass('list_toolbar');
         $('#drag_info').addClass('toolbar_info');
         $('#notebook_buttons').addClass('toolbar_buttons');
         $('#notebook_list_header').addClass('list_header');
         this.element.addClass("list_container");
     };
 
 
     NotebookList.prototype.bind_events = function () {
         var that = this;
         $('#refresh_notebook_list').click(function () {
             that.load_list();
         });
         this.element.bind('dragover', function () {
             return false;
         });
         this.element.bind('drop', function(event){
             that.handelFilesUpload(event,'drop');
             return false;
         });
     };
 
     NotebookList.prototype.handelFilesUpload =  function(event, dropOrForm) {
         var that = this;
         var files;
         if(dropOrForm =='drop'){
             files = event.originalEvent.dataTransfer.files;
         } else 
         {
             files = event.originalEvent.target.files;
         }
         for (var i = 0; i < files.length; i++) {
             var f = files[i];
             var reader = new FileReader();
             reader.readAsText(f);
             var name_and_ext = utils.splitext(f.name);
             var file_ext = name_and_ext[1];
             if (file_ext === '.ipynb') {
                 var item = that.new_notebook_item(0);
                 that.add_name_input(f.name, item);
                 // Store the notebook item in the reader so we can use it later
                 // to know which item it belongs to.
                 $(reader).data('item', item);
                 reader.onload = function (event) {
                     var nbitem = $(event.target).data('item');
                     that.add_notebook_data(event.target.result, nbitem);
                     that.add_upload_button(nbitem);
                 };
             } else {
                 var dialog = 'Uploaded notebooks must be .ipynb files';
                 IPython.dialog.modal({
                     title : 'Invalid file type',
                     body : dialog,
                     buttons : {'OK' : {'class' : 'btn-primary'}}
                 });
             }
         }
         // Replace the file input form wth a clone of itself. This is required to
         // reset the form. Otherwise, if you upload a file, delete it and try to 
         // upload it again, the changed event won't fire.
         var form = $('input.fileinput');
         form.replaceWith(form.clone(true));
         return false;
     };
 
     NotebookList.prototype.clear_list = function () {
         this.element.children('.list_item').remove();
     };
 
     NotebookList.prototype.load_sessions = function(){
         var that = this;
         var settings = {
             processData : false,
             cache : false,
             type : "GET",
             dataType : "json",
             success : $.proxy(that.sessions_loaded, this)
         };
-        var url = this.baseProjectUrl() + 'api/sessions';
+        var url = utils.url_join_encode(this.base_url, 'api/sessions');
         $.ajax(url,settings);
     };
 
 
     NotebookList.prototype.sessions_loaded = function(data){
         this.sessions = {};
         var len = data.length;
         if (len > 0) {
             for (var i=0; i<len; i++) {
                 var nb_path;
                 if (!data[i].notebook.path) {
                     nb_path = data[i].notebook.name;
                 }
                 else {
                     nb_path = utils.url_path_join(
                         data[i].notebook.path,
                         data[i].notebook.name
                     );
                 }
                 this.sessions[nb_path] = data[i].id;
             }
         }
         this.load_list();
     };
 
     NotebookList.prototype.load_list = function () {
         var that = this;
         var settings = {
             processData : false,
             cache : false,
             type : "GET",
             dataType : "json",
             success : $.proxy(this.list_loaded, this),
             error : $.proxy( function(){
                 that.list_loaded([], null, null, {msg:"Error connecting to server."});
                              },this)
         };
 
         var url = utils.url_join_encode(
-                this.baseProjectUrl(),
+                this.base_url,
                 'api',
                 'notebooks',
-                this.notebookPath()
+                this.notebook_path
         );
         $.ajax(url, settings);
     };
 
 
     NotebookList.prototype.list_loaded = function (data, status, xhr, param) {
         var message = 'Notebook list empty.';
         if (param !== undefined && param.msg) {
             message = param.msg;
         }
         var item = null;
         var len = data.length;
         this.clear_list();
         if (len === 0) {
             item = this.new_notebook_item(0);
             var span12 = item.children().first();
             span12.empty();
             span12.append($('<div style="margin:auto;text-align:center;color:grey"/>').text(message));
         }
-        var path = this.notebookPath();
+        var path = this.notebook_path;
         var offset = 0;
         if (path !== '') {
             item = this.new_notebook_item(0);
             this.add_dir(path, '..', item);
             offset = 1;
         }
         for (var i=0; i<len; i++) {
             if (data[i].type === 'directory') {
                 var name = data[i].name;
                 item = this.new_notebook_item(i+offset);
                 this.add_dir(path, name, item);
             } else {
                 var name = data[i].name;
                 item = this.new_notebook_item(i+offset);
                 this.add_link(path, name, item);
                 name = utils.url_path_join(path, name);
                 if(this.sessions[name] === undefined){
                     this.add_delete_button(item);
                 } else {
                     this.add_shutdown_button(item,this.sessions[name]);
                 }
             }
         }
     };
 
 
     NotebookList.prototype.new_notebook_item = function (index) {
         var item = $('<div/>').addClass("list_item").addClass("row-fluid");
         // item.addClass('list_item ui-widget ui-widget-content ui-helper-clearfix');
         // item.css('border-top-style','none');
         item.append($("<div/>").addClass("span12").append(
             $('<i/>').addClass('item_icon')
         ).append(
             $("<a/>").addClass("item_link").append(
                 $("<span/>").addClass("item_name")
             )
         ).append(
             $('<div/>').addClass("item_buttons btn-group pull-right")
         ));
         
         if (index === -1) {
             this.element.append(item);
         } else {
             this.element.children().eq(index).after(item);
         }
         return item;
     };
 
 
     NotebookList.prototype.add_dir = function (path, name, item) {
         item.data('name', name);
         item.data('path', path);
         item.find(".item_name").text(name);
         item.find(".item_icon").addClass('icon-folder-open');
         item.find("a.item_link")
             .attr('href',
                 utils.url_join_encode(
-                    this.baseProjectUrl(),
+                    this.base_url,
                     "tree",
                     path,
                     name
                 )
             );
     };
 
 
     NotebookList.prototype.add_link = function (path, nbname, item) {
         item.data('nbname', nbname);
         item.data('path', path);
         item.find(".item_name").text(nbname);
         item.find(".item_icon").addClass('icon-book');
         item.find("a.item_link")
             .attr('href',
                 utils.url_join_encode(
-                    this.baseProjectUrl(),
+                    this.base_url,
                     "notebooks",
                     path,
                     nbname
                 )
             ).attr('target','_blank');
     };
 
 
     NotebookList.prototype.add_name_input = function (nbname, item) {
         item.data('nbname', nbname);
         item.find(".item_icon").addClass('icon-book');
         item.find(".item_name").empty().append(
             $('<input/>')
             .addClass("nbname_input")
             .attr('value', utils.splitext(nbname)[0])
             .attr('size', '30')
             .attr('type', 'text')
         );
     };
 
 
     NotebookList.prototype.add_notebook_data = function (data, item) {
         item.data('nbdata', data);
     };
 
 
     NotebookList.prototype.add_shutdown_button = function (item, session) {
         var that = this;
         var shutdown_button = $("<button/>").text("Shutdown").addClass("btn btn-mini btn-danger").
             click(function (e) {
                 var settings = {
                     processData : false,
                     cache : false,
                     type : "DELETE",
                     dataType : "json",
                     success : function () {
                         that.load_sessions();
                     }
                 };
                 var url = utils.url_join_encode(
-                    that.baseProjectUrl(),
+                    that.base_url,
                     'api/sessions',
                     session
                 );
                 $.ajax(url, settings);
                 return false;
             });
         // var new_buttons = item.find('a'); // shutdown_button;
         item.find(".item_buttons").text("").append(shutdown_button);
     };
 
     NotebookList.prototype.add_delete_button = function (item) {
         var new_buttons = $('<span/>').addClass("btn-group pull-right");
         var notebooklist = this;
         var delete_button = $("<button/>").text("Delete").addClass("btn btn-mini").
             click(function (e) {
                 // $(this) is the button that was clicked.
                 var that = $(this);
                 // We use the nbname and notebook_id from the parent notebook_item element's
                 // data because the outer scopes values change as we iterate through the loop.
                 var parent_item = that.parents('div.list_item');
                 var nbname = parent_item.data('nbname');
                 var message = 'Are you sure you want to permanently delete the notebook: ' + nbname + '?';
                 IPython.dialog.modal({
                     title : "Delete notebook",
                     body : message,
                     buttons : {
                         Delete : {
                             class: "btn-danger",
                             click: function() {
                                 var settings = {
                                     processData : false,
                                     cache : false,
                                     type : "DELETE",
                                     dataType : "json",
                                     success : function (data, status, xhr) {
                                         parent_item.remove();
                                     }
                                 };
                                 var url = utils.url_join_encode(
-                                    notebooklist.baseProjectUrl(),
+                                    notebooklist.base_url,
                                     'api/notebooks',
-                                    notebooklist.notebookPath(),
+                                    notebooklist.notebook_path,
                                     nbname
                                 );
                                 $.ajax(url, settings);
                             }
                         },
                         Cancel : {}
                     }
                 });
                 return false;
             });
         item.find(".item_buttons").text("").append(delete_button);
     };
 
 
     NotebookList.prototype.add_upload_button = function (item) {
         var that = this;
         var upload_button = $('<button/>').text("Upload")
             .addClass('btn btn-primary btn-mini upload_button')
             .click(function (e) {
                 var nbname = item.find('.item_name > input').val();
                 if (nbname.slice(nbname.length-6, nbname.length) != ".ipynb") {
                     nbname = nbname + ".ipynb";
                 }
-                var path = that.notebookPath();
+                var path = that.notebook_path;
                 var nbdata = item.data('nbdata');
                 var content_type = 'application/json';
                 var model = {
                     content : JSON.parse(nbdata),
                 };
                 var settings = {
                     processData : false,
                     cache : false,
                     type : 'PUT',
                     dataType : 'json',
                     data : JSON.stringify(model),
                     headers : {'Content-Type': content_type},
                     success : function (data, status, xhr) {
                         that.add_link(path, nbname, item);
                         that.add_delete_button(item);
                     },
                     error : function (data, status, xhr) {
                         console.log(data, status);
                     }
                 };
 
                 var url = utils.url_join_encode(
-                    that.baseProjectUrl(),
+                    that.base_url,
                     'api/notebooks',
-                    that.notebookPath(),
+                    that.notebook_path,
                     nbname
                 );
                 $.ajax(url, settings);
                 return false;
             });
         var cancel_button = $('<button/>').text("Cancel")
             .addClass("btn btn-mini")
             .click(function (e) {
                 console.log('cancel click');
                 item.remove();
                 return false;
             });
         item.find(".item_buttons").empty()
             .append(upload_button)
             .append(cancel_button);
     };
 
 
     NotebookList.prototype.new_notebook = function(){
-        var path = this.notebookPath();
-        var base_project_url = this.baseProjectUrl();
+        var path = this.notebook_path;
+        var base_url = this.base_url;
         var settings = {
             processData : false,
             cache : false,
             type : "POST",
             dataType : "json",
             async : false,
             success : function (data, status, xhr) {
                 var notebook_name = data.name;
                 window.open(
                     utils.url_join_encode(
-                        base_project_url,
+                        base_url,
                         'notebooks',
                         path,
                         notebook_name),
                     '_blank'
                 );
             }
         };
         var url = utils.url_join_encode(
-            base_project_url,
+            base_url,
             'api/notebooks',
             path
         );
         $.ajax(url, settings);
     };
 
     IPython.NotebookList = NotebookList;
 
     return IPython;
 
 }(IPython));

IPython/html/templates/login.html

@@ -1,52 +1,52 b''
 {% extends "page.html" %}
 
 
 {% block stylesheet %}
 {{super()}}
 <link rel="stylesheet" href="{{ static_url("auth/css/override.css") }}" type="text/css" />
 {% endblock %}
 
 {% block login_widget %}
 {% endblock %}
 
 {% block site %}
 
 <div id="ipython-main-app" class="container">
 
     {% if login_available %}
     <div class="row">
     <div class="navbar span8 offset2">
       <div class="navbar-inner">
         <div class="container">
           <div class="center-nav">
             <p class="navbar-text nav">Password:</p>
-            <form action="{{base_project_url}}login?next={{next}}" method="post" class="navbar-form pull-left">
+            <form action="{{base_url}}login?next={{next}}" method="post" class="navbar-form pull-left">
               <input type="password" name="password" id="password_input">
               <button type="submit" id="login_submit">Log in</button>
             </form>
           </div>
         </div>
       </div>
     </div>
     </div>
     {% endif %}
     {% if message %}
       <div class="row">
       {% for key in message %}
         <div class="message {{key}}">
            {{message[key]}}
         </div>
       {% endfor %}
       </div>
     {% endif %}
 
 <div/>
 
 {% endblock %}
 
 
 {% block script %}
 
 <script src="{{static_url("auth/js/loginmain.js") }}" type="text/javascript" charset="utf-8"></script>
 
 {% endblock %}

IPython/html/templates/logout.html

@@ -1,38 +1,38 b''
 {% extends "page.html" %}
 
 {% block stylesheet %}
 {{super()}}
 <link rel="stylesheet" href="{{ static_url("auth/css/override.css") }}" type="text/css" />
 {% endblock %}
 
 {% block login_widget %}
 {% endblock %}
 
 {% block site %}
 
 <div id="ipython-main-app" class="container">
 
     {% if message %}
       {% for key in message %}
         <div class="message {{key}}">
            {{message[key]}}
         </div>
       {% endfor %}
     {% endif %}
 
     {% if not login_available %}
-    Proceed to the <a href="{{base_project_url}}">dashboard</a>.
+    Proceed to the <a href="{{base_url}}">dashboard</a>.
     {% else %}
-    Proceed to the <a href="{{base_project_url}}login">login page</a>.
+    Proceed to the <a href="{{base_url}}login">login page</a>.
     {% endif %}
 
 
 <div/>
 
 {% endblock %}
 
 {% block script %}
 
 <script src="{{static_url("auth/js/logoutmain.js") }}" type="text/javascript" charset="utf-8"></script>
 
 {% endblock %}

IPython/html/templates/notebook.html

@@ -1,349 +1,352 b''
 {% extends "page.html" %}
 
 {% block stylesheet %}
 
 {% if mathjax_url %}
 <script type="text/javascript" src="{{mathjax_url}}?config=TeX-AMS_HTML-full&delayStartupUntil=configured" charset="utf-8"></script>
 {% endif %}
 <script type="text/javascript">
 // MathJax disabled, set as null to distingish from *missing* MathJax,
 // where it will be undefined, and should prompt a dialog later.
 window.mathjax_url = "{{mathjax_url}}";
 </script>
 
 <link rel="stylesheet" href="{{ static_url("components/codemirror/lib/codemirror.css") }}">
 
 {{super()}}
 
 <link rel="stylesheet" href="{{ static_url("notebook/css/override.css") }}" type="text/css" />
 
 {% endblock %}
 
 {% block params %}
 
 data-project="{{project}}"
-data-base-project-url="{{base_project_url}}"
+data-base-url="{{base_url}}"
 data-base-kernel-url="{{base_kernel_url}}"
 data-notebook-name="{{notebook_name}}"
 data-notebook-path="{{notebook_path}}"
 class="notebook_app"
 
 {% endblock %}
 
 
 {% block header %}
 
 <span id="save_widget" class="nav pull-left">
     <span id="notebook_name"></span>
     <span id="checkpoint_status"></span>
     <span id="autosave_status"></span>
 </span>
 
 {% endblock %}
 
 
 {% block site %}
 
 <div id="menubar-container" class="container">
 <div id="menubar">
 <div class="navbar">
   <div class="navbar-inner">
     <div class="container">
     <ul id="menus" class="nav">
         <li class="dropdown"><a href="#" class="dropdown-toggle" data-toggle="dropdown">File</a>
             <ul id="file_menu" class="dropdown-menu">
                 <li id="new_notebook"
                     title="Make a new notebook (Opens a new window)">
                     <a href="#">New</a></li>
                 <li id="open_notebook"
                     title="Opens a new window with the Dashboard view">
                     <a href="#">Open...</a></li>
                 <!-- <hr/> -->
                 <li class="divider"></li>
                 <li id="copy_notebook"
                     title="Open a copy of this notebook's contents and start a new kernel">
                     <a href="#">Make a Copy...</a></li>
                 <li id="rename_notebook"><a href="#">Rename...</a></li>
                 <li id="save_checkpoint"><a href="#">Save and Checkpoint</a></li>
                 <!-- <hr/> -->
                 <li class="divider"></li>
                 <li id="restore_checkpoint" class="dropdown-submenu"><a href="#">Revert to Checkpoint</a>
                   <ul class="dropdown-menu">
                     <li><a href="#"></a></li>
                     <li><a href="#"></a></li>
                     <li><a href="#"></a></li>
                     <li><a href="#"></a></li>
                     <li><a href="#"></a></li>
                   </ul>
                 </li>
                 <li class="divider"></li>
                 <li id="print_preview"><a href="#">Print Preview</a></li>
                 <li class="dropdown-submenu"><a href="#">Download as</a>
                     <ul class="dropdown-menu">
                         <li id="download_ipynb"><a href="#">IPython Notebook (.ipynb)</a></li>
                         <li id="download_py"><a href="#">Python (.py)</a></li>
                         <li id="download_html"><a href="#">HTML (.html)</a></li>
                         <li id="download_rst"><a href="#">reST (.rst)</a></li>
                     </ul>
                 </li>
                 <li class="divider"></li>
                 
                 <li id="kill_and_exit"
                     title="Shutdown this notebook's kernel, and close this window">
                     <a href="#" >Close and halt</a></li>
             </ul>
         </li>
         <li class="dropdown"><a href="#" class="dropdown-toggle" data-toggle="dropdown">Edit</a>
             <ul id="edit_menu" class="dropdown-menu">
                 <li id="cut_cell"><a href="#">Cut Cell</a></li>
                 <li id="copy_cell"><a href="#">Copy Cell</a></li>
                 <li id="paste_cell_above" class="disabled"><a href="#">Paste Cell Above</a></li>
                 <li id="paste_cell_below" class="disabled"><a href="#">Paste Cell Below</a></li>
                 <li id="paste_cell_replace" class="disabled"><a href="#">Paste Cell &amp; Replace</a></li>
                 <li id="delete_cell"><a href="#">Delete Cell</a></li>
                 <li id="undelete_cell" class="disabled"><a href="#">Undo Delete Cell</a></li>
                 <li class="divider"></li>
                 <li id="split_cell"><a href="#">Split Cell</a></li>
                 <li id="merge_cell_above"><a href="#">Merge Cell Above</a></li>
                 <li id="merge_cell_below"><a href="#">Merge Cell Below</a></li>
                 <li class="divider"></li>
                 <li id="move_cell_up"><a href="#">Move Cell Up</a></li>
                 <li id="move_cell_down"><a href="#">Move Cell Down</a></li>
                 <li class="divider"></li>
                 <li id="edit_nb_metadata"><a href="#">Edit Notebook Metadata</a></li>
             </ul>
         </li>
         <li class="dropdown"><a href="#" class="dropdown-toggle" data-toggle="dropdown">View</a>
             <ul id="view_menu" class="dropdown-menu">
                 <li id="toggle_header"
                     title="Show/Hide the IPython Notebook logo and notebook title (above menu bar)">
                     <a href="#">Toggle Header</a></li>
                 <li id="toggle_toolbar"
                     title="Show/Hide the action icons (below menu bar)">
                     <a href="#">Toggle Toolbar</a></li>
             </ul>
         </li>
         <li class="dropdown"><a href="#" class="dropdown-toggle" data-toggle="dropdown">Insert</a>
             <ul id="insert_menu" class="dropdown-menu">
                 <li id="insert_cell_above"
                     title="Insert an empty Code cell above the currently active cell">
                     <a href="#">Insert Cell Above</a></li>
                 <li id="insert_cell_below"
                     title="Insert an empty Code cell below the currently active cell">
                     <a href="#">Insert Cell Below</a></li>
             </ul>
         </li>
         <li class="dropdown"><a href="#" class="dropdown-toggle" data-toggle="dropdown">Cell</a>
             <ul id="cell_menu" class="dropdown-menu">
                 <li id="run_cell" title="Run this cell, and move cursor to the next one">
                     <a href="#">Run</a></li>
                 <li id="run_cell_select_below" title="Run this cell, select below">
                     <a href="#">Run and Select Below</a></li>
                 <li id="run_cell_insert_below" title="Run this cell, insert below">
                     <a href="#">Run and Insert Below</a></li>
                 <li id="run_all_cells" title="Run all cells in the notebook">
                     <a href="#">Run All</a></li>
                 <li id="run_all_cells_above" title="Run all cells above (but not including) this cell">
                     <a href="#">Run All Above</a></li>
                 <li id="run_all_cells_below" title="Run this cell and all cells below it">
                     <a href="#">Run All Below</a></li>
                 <li class="divider"></li>
                 <li id="change_cell_type" class="dropdown-submenu"
                     title="All cells in the notebook have a cell type. By default, new cells are created as 'Code' cells">
                     <a href="#">Cell Type</a>
                     <ul class="dropdown-menu">
                       <li id="to_code"
                           title="Contents will be sent to the kernel for execution, and output will display in the footer of cell">
                           <a href="#">Code</a></li>
                       <li id="to_markdown"
                           title="Contents will be rendered as HTML and serve as explanatory text">
                           <a href="#">Markdown</a></li>
                       <li id="to_raw"
                           title="Contents will pass through nbconvert unmodified">
                           <a href="#">Raw NBConvert</a></li>
                       <li id="to_heading1"><a href="#">Heading 1</a></li>
                       <li id="to_heading2"><a href="#">Heading 2</a></li>
                       <li id="to_heading3"><a href="#">Heading 3</a></li>
                       <li id="to_heading4"><a href="#">Heading 4</a></li>
                       <li id="to_heading5"><a href="#">Heading 5</a></li>
                       <li id="to_heading6"><a href="#">Heading 6</a></li>
                     </ul>
                 </li>
                 <li class="divider"></li>
                 <li id="current_outputs" class="dropdown-submenu"><a href="#">Current Output</a>
                     <ul class="dropdown-menu">
                         <li id="toggle_current_output"
                             title="Hide/Show the output of the current cell">
                             <a href="#">Toggle</a>
                         </li>
                         <li id="toggle_current_output_scroll"
                             title="Scroll the output of the current cell">
                             <a href="#">Toggle Scrolling</a>
                         </li>
                         <li id="clear_current_output"
                             title="Clear the output of the current cell">
                             <a href="#">Clear</a>
                         </li>
                     </ul>
                 </li>
                 <li id="all_outputs" class="dropdown-submenu"><a href="#">All Output</a>
                     <ul class="dropdown-menu">
                         <li id="toggle_all_output"
                             title="Hide/Show the output of all cells">
                             <a href="#">Toggle</a>
                         </li>
                         <li id="toggle_all_output_scroll"
                             title="Scroll the output of all cells">
                             <a href="#">Toggle Scrolling</a>
                         </li>
                         <li id="clear_all_output"
                             title="Clear the output of all cells">
                             <a href="#">Clear</a>
                         </li>
                     </ul>
                 </li>
             </ul>
         </li>
         <li class="dropdown"><a href="#" class="dropdown-toggle" data-toggle="dropdown">Kernel</a>
             <ul id="kernel_menu" class="dropdown-menu">
                 <li id="int_kernel"
                     title="Send KeyboardInterrupt (CTRL-C) to the Kernel">
                     <a href="#">Interrupt</a></li>
                 <li id="restart_kernel"
                     title="Restart the Kernel">
                     <a href="#">Restart</a></li>
             </ul>
         </li>
         <li class="dropdown"><a href="#" class="dropdown-toggle" data-toggle="dropdown">Help</a>
             <ul  id="help_menu" class="dropdown-menu">
                 <li id="keyboard_shortcuts" title="Opens a tooltip with all keyboard shortcuts"><a href="#">Keyboard Shortcuts</a></li>
                 <li class="divider"></li>
                 {% set
                     sections = (
                         (
                             ("http://ipython.org/documentation.html","IPython Help",True),
                             ("http://nbviewer.ipython.org/github/ipython/ipython/tree/master/examples/notebooks/", "Notebook Examples", True),
                             ("http://ipython.org/ipython-doc/stable/interactive/notebook.html","Notebook Help",True),
                             ("http://ipython.org/ipython-doc/dev/interactive/cm_keyboard.html","Editor Shortcuts",True),
                         ),(
                             ("http://docs.python.org","Python",True),
                             ("http://docs.scipy.org/doc/numpy/reference/","NumPy",True),
                             ("http://docs.scipy.org/doc/scipy/reference/","SciPy",True),
                             ("http://matplotlib.org/contents.html","Matplotlib",True),
                             ("http://docs.sympy.org/dev/index.html","SymPy",True),
                             ("http://pandas.pydata.org/pandas-docs/stable/","pandas", True)
                         )
                     )
                 %}
 
                 {% for helplinks in sections %}
                     {% for link in helplinks %}
                         <li><a href="{{link[0]}}" {{'target="_blank" title="Opens in a new window"' if link[2]}}>
                         {{'<i class="icon-external-link menu-icon pull-right"></i>' if link[2]}}
                         {{link[1]}}
                         </a></li>
                     {% endfor %}
                     {% if not loop.last %}
                         <li class="divider"></li>
                     {% endif %}
                 {% endfor %}
                 </li>
             </ul>
         </li>
     </ul>
-    <div class='pull-right' id="indicator_area">
-        <div id="kernel_indicator"></div>
+    <div id="kernel_indicator" class="indicator_area pull-right">
+       <i id="kernel_indicator_icon"></i>
+    </div>
+    <div id="modal_indicator" class="indicator_area pull-right">
+       <i id="modal_indicator_icon"></i>
     </div>
     <div id="notification_area"></div>
     </div>
   </div>
 </div>
 </div>
 <div id="maintoolbar" class="navbar">
   <div class="toolbar-inner navbar-inner navbar-nobg">
     <div id="maintoolbar-container" class="container"></div>
   </div>
 </div>
 </div>
 
 <div id="ipython-main-app">
 
     <div id="notebook_panel">
         <div id="notebook"></div>
         <div id="pager_splitter"></div>
         <div id="pager">
             <div id='pager_button_area'>
             </div>
             <div id="pager-container" class="container"></div>
         </div>
     </div>
 
 </div>
 <div id='tooltip' class='ipython_tooltip' style='display:none'></div>
 
 
 {% endblock %}
 
 
 {% block script %}
 
 {{super()}}
 
 <script src="{{ static_url("components/codemirror/lib/codemirror.js") }}" charset="utf-8"></script>
 <script type="text/javascript">
     CodeMirror.modeURL = "{{ static_url("components/codemirror/mode/%N/%N.js") }}";
 </script>
 <script src="{{ static_url("components/codemirror/addon/mode/loadmode.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/addon/mode/multiplex.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/addon/mode/overlay.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/addon/edit/matchbrackets.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/addon/comment/comment.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/mode/htmlmixed/htmlmixed.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/mode/xml/xml.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/mode/javascript/javascript.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/mode/css/css.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/mode/rst/rst.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/mode/markdown/markdown.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/mode/gfm/gfm.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("components/codemirror/mode/python/python.js") }}" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/codemirror-ipython.js") }}" charset="utf-8"></script>
 
 <script src="{{ static_url("components/highlight.js/build/highlight.pack.js") }}" charset="utf-8"></script>
 
 <script src="{{ static_url("dateformat/date.format.js") }}" charset="utf-8"></script>
 
 <script src="{{ static_url("base/js/events.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("base/js/utils.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("base/js/dialog.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("services/kernels/js/kernel.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("services/kernels/js/comm.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("services/sessions/js/session.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/layoutmanager.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/mathjaxutils.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/outputarea.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/cell.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/celltoolbar.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/codecell.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/completer.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/textcell.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/savewidget.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/quickhelp.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/pager.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/menubar.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/toolbar.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/maintoolbar.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/notebook.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/keyboardmanager.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/notificationwidget.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/notificationarea.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/tooltip.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/config.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/main.js") }}" type="text/javascript" charset="utf-8"></script>
 
 <script src="{{ static_url("notebook/js/contexthint.js") }}" charset="utf-8"></script>
 
 <script src="{{ static_url("notebook/js/celltoolbarpresets/default.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/celltoolbarpresets/rawcell.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{ static_url("notebook/js/celltoolbarpresets/slideshow.js") }}" type="text/javascript" charset="utf-8"></script>
 
 {% endblock %}

IPython/html/templates/page.html

@@ -1,96 +1,96 b''
 
 
 <!DOCTYPE HTML>
 <html>
 
 <head>
     <meta charset="utf-8">
 
     <title>{% block title %}IPython Notebook{% endblock %}</title>
     <link rel="shortcut icon" type="image/x-icon" href="{{static_url("base/images/favicon.ico") }}">
     <meta http-equiv="X-UA-Compatible" content="chrome=1">
     <link rel="stylesheet" href="{{static_url("components/jquery-ui/themes/smoothness/jquery-ui.min.css") }}" type="text/css" />
     <meta name="viewport" content="width=device-width, initial-scale=1.0">
     
     {% block stylesheet %}
     <link rel="stylesheet" href="{{ static_url("style/style.min.css") }}" type="text/css"/>
     {% endblock %}
     <link rel="stylesheet" href="{{ static_url("custom/custom.css") }}" type="text/css" />
     <script src="{{static_url("components/requirejs/require.js") }}" type="text/javascript" charset="utf-8"></script>
     <script>
       require.config({
           baseUrl: '{{static_url("")}}',
           paths: {
-            nbextensions : '{{ base_project_url }}nbextensions',
+            nbextensions : '{{ base_url }}nbextensions',
             underscore : '{{static_url("components/underscore/underscore-min")}}',
             backbone : '{{static_url("components/backbone/backbone-min")}}', 
           },
           shim: {
             underscore: {
               exports: '_'
             },
             backbone: {
               deps: ["underscore", "jquery"],
               exports: "Backbone"
             }
           }
       });
     </script>
 
     {% block meta %}
     {% endblock %}
 
 </head>
 
 <body {% block params %}{% endblock %}>
 
 <noscript>
     <div id='noscript'>
       IPython Notebook requires JavaScript.<br>
       Please enable it to proceed.
   </div>
 </noscript>
 
 <div id="header" class="navbar navbar-static-top">
   <div class="navbar-inner navbar-nobg">
     <div class="container">
-    <div id="ipython_notebook" class="nav brand pull-left"><a href="{{base_project_url}}tree/{{notebook_path}}" alt='dashboard'><img src='{{static_url("base/images/ipynblogo.png") }}' alt='IPython Notebook'/></a></div>
+    <div id="ipython_notebook" class="nav brand pull-left"><a href="{{base_url}}tree/{{notebook_path}}" alt='dashboard'><img src='{{static_url("base/images/ipynblogo.png") }}' alt='IPython Notebook'/></a></div>
 
     {% block login_widget %}
 
       <span id="login_widget">
         {% if logged_in %}
           <button id="logout">Logout</button>
         {% elif login_available and not logged_in %}
           <button id="login">Login</button>
         {% endif %}
       </span>
 
     {% endblock %}
 
     {% block header %}
     {% endblock %}
     </div>
   </div>
 </div>
 
 <div id="site">
 {% block site %}
 {% endblock %}
 </div>
 
 <script src="{{static_url("components/jquery/jquery.min.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{static_url("components/jquery-ui/ui/minified/jquery-ui.min.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{static_url("components/bootstrap/bootstrap/js/bootstrap.min.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{static_url("base/js/namespace.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{static_url("base/js/page.js") }}" type="text/javascript" charset="utf-8"></script>
 <script src="{{static_url("auth/js/loginwidget.js") }}" type="text/javascript" charset="utf-8"></script>
 
 {% block script %}
 {% endblock %}
 
 <script src="{{static_url("custom/custom.js") }}" type="text/javascript" charset="utf-8"></script>
 
 </body>
 
 </html>

IPython/html/templates/tree.html

@@ -1,99 +1,99 b''
 {% extends "page.html" %}
 
 {% block title %}{{page_title}}{% endblock %}
 
 
 {% block stylesheet %}
 {{super()}}
 <link rel="stylesheet" href="{{ static_url("tree/css/override.css") }}" type="text/css" />
 {% endblock %}
 
 {% block params %}
 
 data-project="{{project}}"
-data-base-project-url="{{base_project_url}}"
+data-base-url="{{base_url}}"
 data-notebook-path="{{notebook_path}}"
 data-base-kernel-url="{{base_kernel_url}}"
 
 {% endblock %}
 
 
 {% block site %}
 
 <div id="ipython-main-app" class="container">
 
 <div id="tab_content" class="tabbable">
     <ul id="tabs" class="nav nav-tabs">
         <li class="active"><a href="#notebooks" data-toggle="tab">Notebooks</a></li>
         <li><a href="#clusters" data-toggle="tab">Clusters</a></li>
     </ul>
 
     <div class="tab-content">
     <div id="notebooks" class="tab-pane active">
         <div id="notebook_toolbar" class="row-fluid">
             <div class="span8">
                 <form id='alternate_upload'  class='alternate_upload' >
                     <span id="drag_info" style="position:absolute" >
                         To import a notebook, drag the file onto the listing below or <strong>click here</strong>.
                         </span>
                     <input type="file" name="datafile" class="fileinput" multiple='multiple'>
                 </form>
             </div>
             <div class="span4 clearfix">
                 <span id="notebook_buttons" class="pull-right">
                     <button id="new_notebook" title="Create new notebook" class="btn btn-small">New Notebook</button>
                     <button id="refresh_notebook_list" title="Refresh notebook list" class="btn btn-small"><i class="icon-refresh"></i></button>
                 </span>
             </div>
         </div>
 
         <div id="notebook_list">
           <div id="notebook_list_header" class="row-fluid list_header">
               <div id="project_name">
                 <ul class="breadcrumb">
                     <li><a href="{{breadcrumbs[0][0]}}"><i class="icon-home"></i></a><span>/</span></li>
                     {% for crumb in breadcrumbs[1:] %}
                         <li><a href="{{crumb[0]}}">{{crumb[1]}}</a> <span>/</span></li>
                     {% endfor %}
                 </ul>
               </div>
           </div>
         </div>
     </div>
     
     <div id="clusters" class="tab-pane">
 
         <div id="cluster_toolbar" class="row-fluid">
             <div class="span8">
                 <span id="cluster_list_info">IPython parallel computing clusters</span>
             </div>
             <div class="span4" class="clearfix">
                 <span id="cluster_buttons" class="pull-right">
                     <button id="refresh_cluster_list" title="Refresh cluster list" class="btn btn-small"><i class="icon-refresh"></i></button>
                 </span>
             </div>
         </div>
 
         <div id="cluster_list">
             <div id="cluster_list_header" class="row-fluid list_header">
                 <div class="profile_col span4">profile</div>
                 <div class="status_col span3">status</div>
                 <div class="engines_col span3" title="Enter the number of engines to start or empty for default"># of engines</div>
                 <div class="action_col span2">action</div>
             </div>
         </div>
     </div>
 </div>
 
 </div>
 
 {% endblock %}
 
 {% block script %}
     {{super()}}
     <script src="{{ static_url("base/js/utils.js") }}" type="text/javascript" charset="utf-8"></script>
     <script src="{{static_url("base/js/dialog.js") }}" type="text/javascript" charset="utf-8"></script>
     <script src="{{static_url("tree/js/notebooklist.js") }}" type="text/javascript" charset="utf-8"></script>
     <script src="{{static_url("tree/js/clusterlist.js") }}" type="text/javascript" charset="utf-8"></script>
     <script src="{{static_url("tree/js/main.js") }}" type="text/javascript" charset="utf-8"></script>
 {% endblock %}

IPython/html/tests/notebook/roundtrip.js

@@ -1,246 +1,245 b''
 // Test opening a rich notebook, saving it, and reopening it again.
 //
 //toJSON fromJSON toJSON and do a string comparison
 
 
 // this is just a copy of OutputArea.mime_mape_r in IPython/html/static/notebook/js/outputarea.js
 mime =  {
         "text" : "text/plain",
         "html" : "text/html",
         "svg" : "image/svg+xml",
         "png" : "image/png",
         "jpeg" : "image/jpeg",
         "latex" : "text/latex",
         "json" : "application/json",
         "javascript" : "application/javascript",
     };
     
 var black_dot_jpeg="u\"\"\"/9j/4AAQSkZJRgABAQEASABIAAD/2wBDACodICUgGiolIiUvLSoyP2lEPzo6P4FcYUxpmYagnpaG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\nEH//2Q==\"\"\"";
 var black_dot_png = 'u\"iVBORw0KGgoAAAANSUhEUgAAAAEAAAABAQMAAAAl21bKAAAAA1BMVEUAAACnej3aAAAAAWJLR0QA\\niAUdSAAAAAlwSFlzAAALEwAACxMBAJqcGAAAAAd0SU1FB94BCRQnOqNu0b4AAAAKSURBVAjXY2AA\\nAAACAAHiIbwzAAAAAElFTkSuQmCC\"';
 var svg = "\"<svg width='1cm' height='1cm' viewBox='0 0 1000 500'><defs><style>rect {fill:red;}; </style></defs><rect id='r1' x='200' y='100' width='600' height='300' /></svg>\"";
 
 // helper function to ensure that the short_name is found in the toJSON
 // represetnation, while the original in-memory cell retains its long mimetype
 // name, and that fromJSON also gets its long mimetype name
 function assert_has(short_name, json, result, result2) {
     long_name = mime[short_name];
     this.test.assertTrue(json[0].hasOwnProperty(short_name),
             'toJSON()   representation uses ' + short_name);
     this.test.assertTrue(result.hasOwnProperty(long_name),
             'toJSON()   original embedded JSON keeps ' + long_name);
     this.test.assertTrue(result2.hasOwnProperty(long_name),
             'fromJSON() embedded ' + short_name + ' gets mime key ' + long_name);
 }
           
 // helper function for checkout that the first two cells have a particular
 // output_type (either 'pyout' or 'display_data'), and checks the to/fromJSON
 // for a set of mimetype keys, using their short names ('javascript', 'text',
 // 'png', etc).
 function check_output_area(output_type, keys) {
     this.wait_for_output(0);
     json = this.evaluate(function() {
         var json = IPython.notebook.get_cell(0).output_area.toJSON();
         // appended cell will initially be empty, let's add some output
         IPython.notebook.get_cell(1).output_area.fromJSON(json);
         return json;
     });
     // The evaluate call above happens asynchronously: wait for cell[1] to have output
     this.wait_for_output(1);
     var result = this.get_output_cell(0);
     var result2 = this.get_output_cell(1);
     this.test.assertEquals(result.output_type, output_type,
         'testing ' + output_type + ' for ' + keys.join(' and '));
 
     for (var idx in keys) {
         assert_has.apply(this, [keys[idx], json, result, result2]);
     }
 }
 
 
 // helper function to clear the first two cells, set the text of and execute
 // the first one
 function clear_and_execute(that, code) {
     that.evaluate(function() {
         IPython.notebook.get_cell(0).clear_output();
         IPython.notebook.get_cell(1).clear_output();
     });
-    that.set_cell_text(0, code);
-    that.execute_cell(0);
-}
+    that.then(function () {
+        that.set_cell_text(0, code);
+        that.execute_cell(0);
+        that.wait_for_idle();
+    });
+};
 
 casper.notebook_test(function () {
     this.evaluate(function () {
         var cell = IPython.notebook.get_cell(0);
         // "we have to make messes to find out who we are"
         cell.set_text([
             "%%javascript",
             "IPython.notebook.insert_cell_below('code')"
             ].join('\n')
             );
-
-        cell.execute();
     });
 
-    this.wait_for_output(0);
-
-    this.then(function ( ) {
+    this.execute_cell_then(0, function () {
         var result = this.get_output_cell(0);
         var num_cells = this.get_cells_length();
         this.test.assertEquals(num_cells, 2, '%%javascript magic works');
         this.test.assertTrue(result.hasOwnProperty('application/javascript'),
             'testing JS embedded with mime key');
     });
 
     //this.thenEvaluate(function() { IPython.notebook.save_notebook(); });
     this.then(function () {
         clear_and_execute(this, [
             "%%javascript",
             "var a=5;"
             ].join('\n'));
     });
    
 
     this.then(function () {
         check_output_area.apply(this, ['display_data', ['javascript']]);
 
     });
 
     this.then(function() {
         clear_and_execute(this, '%lsmagic');
     });
    
     this.then(function () {
         check_output_area.apply(this, ['pyout', ['text', 'json']]);
     });
 
     this.then(function() {
         clear_and_execute(this,
             "x = %lsmagic\nfrom IPython.display import display; display(x)");
     });
 
     this.then(function ( ) {
         check_output_area.apply(this, ['display_data', ['text', 'json']]);
     });
     
     this.then(function() {
         clear_and_execute(this,
             "from IPython.display import Latex; Latex('$X^2$')");
     });
     
     this.then(function ( ) {
         check_output_area.apply(this, ['pyout', ['text', 'latex']]);
     });
 
     this.then(function() {
         clear_and_execute(this,
             "from IPython.display import Latex, display; display(Latex('$X^2$'))");
     });
     
     this.then(function ( ) {
         check_output_area.apply(this, ['display_data', ['text', 'latex']]);
     });
     
     this.then(function() {
         clear_and_execute(this,
             "from IPython.display import HTML; HTML('<b>it works!</b>')");
     });
     
     this.then(function ( ) {
         check_output_area.apply(this, ['pyout', ['text', 'html']]);
     });
 
     this.then(function() {
         clear_and_execute(this,
             "from IPython.display import HTML, display; display(HTML('<b>it works!</b>'))");
     });
     
     this.then(function ( ) {
         check_output_area.apply(this, ['display_data', ['text', 'html']]);
     });
 
 
     this.then(function() {
         clear_and_execute(this,
             "from IPython.display import Image; Image(" + black_dot_png + ")");
     });
     this.thenEvaluate(function() { IPython.notebook.save_notebook(); });
     
     this.then(function ( ) {
         check_output_area.apply(this, ['pyout', ['text', 'png']]);
     });
     
     this.then(function() {
         clear_and_execute(this,
             "from IPython.display import Image, display; display(Image(" + black_dot_png + "))");
     });
     
     this.then(function ( ) {
         check_output_area.apply(this, ['display_data', ['text', 'png']]);
     });
 
 
     this.then(function() {
         clear_and_execute(this,
             "from IPython.display import Image; Image(" + black_dot_jpeg + ", format='jpeg')");
     });
     
     this.then(function ( ) {
         check_output_area.apply(this, ['pyout', ['text', 'jpeg']]);
     });
     
     this.then(function() {
         clear_and_execute(this,
             "from IPython.display import Image, display; display(Image(" + black_dot_jpeg + ", format='jpeg'))");
     });
     
     this.then(function ( ) {
         check_output_area.apply(this, ['display_data', ['text', 'jpeg']]);
     });
     
     this.then(function() {
         clear_and_execute(this,
             "from IPython.core.display import SVG; SVG(" + svg + ")");
     });
     
     this.then(function ( ) {
         check_output_area.apply(this, ['pyout', ['text', 'svg']]);
     });
 
     this.then(function() {
         clear_and_execute(this,
             "from IPython.core.display import SVG, display; display(SVG(" + svg + "))");
     });
     
     this.then(function ( ) {
         check_output_area.apply(this, ['display_data', ['text', 'svg']]);
     });
     
     this.thenEvaluate(function() { IPython.notebook.save_notebook(); });
 
     this.then(function() {
         clear_and_execute(this, [
             "from IPython.core.formatters import HTMLFormatter",
             "x = HTMLFormatter()",
             "x.format_type = 'text/superfancymimetype'",
             "get_ipython().display_formatter.formatters['text/superfancymimetype'] = x",
             "from IPython.display import HTML, display",
             'display(HTML("yo"))',
             "HTML('hello')"].join('\n')
             );
              
     });
     
     this.wait_for_output(0, 1);
     
     this.then(function () {
         var long_name = 'text/superfancymimetype';
         var result = this.get_output_cell(0);
         this.test.assertTrue(result.hasOwnProperty(long_name),
             'display_data custom mimetype ' + long_name);
         var result = this.get_output_cell(0, 1);
         this.test.assertTrue(result.hasOwnProperty(long_name),
             'pyout custom mimetype ' + long_name);
     
     });
     
 });

IPython/html/tests/tree/dashboard_nav.js

@@ -1,37 +1,40 b''
 
 
 casper.get_list_items = function () {
     return this.evaluate(function () {
         return $.makeArray($('.item_link').map(function () {
             return {
                 link: $(this).attr('href'),
                 label: $(this).find('.item_name').text()
             }
         }));
     });
 }
 
 casper.test_items = function (baseUrl) {
     casper.then(function () {
         var items = casper.get_list_items();
         casper.each(items, function (self, item) {
             if (!item.label.match('.ipynb$')) {
                 var followed_url = baseUrl+item.link;
                 if (!followed_url.match('/\.\.$')) {
-                    casper.thenOpen(baseUrl+item.link, function () {
+                    casper.thenOpen(followed_url, function () {
                         casper.wait_for_dashboard();
-                        this.test.assertEquals(this.getCurrentUrl(), followed_url, 'Testing dashboard link: '+followed_url);
+                        // getCurrentUrl is with host, and url-decoded,
+                        // but item.link is without host, and url-encoded
+                        var expected = baseUrl + decodeURIComponent(item.link);
+                        this.test.assertEquals(this.getCurrentUrl(), expected, 'Testing dashboard link: ' + expected);
                         casper.test_items(baseUrl);
                         this.back();
                     });
                 }
             }
         });
     });
 }
 
 casper.dashboard_test(function () {
-    baseUrl = this.get_notebook_server()
+    baseUrl = this.get_notebook_server();
     casper.test_items(baseUrl);
 })
 

IPython/html/tree/handlers.py

@@ -1,100 +1,100 b''
 """Tornado handlers for the tree view.
 
 Authors:
 
 * Brian Granger
 """
 
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2011  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 import os
 
 from tornado import web
 from ..base.handlers import IPythonHandler, notebook_path_regex, path_regex
 from ..utils import url_path_join, path2url, url2path, url_escape, is_hidden
 
 #-----------------------------------------------------------------------------
 # Handlers
 #-----------------------------------------------------------------------------
 
 
 class TreeHandler(IPythonHandler):
     """Render the tree view, listing notebooks, clusters, etc."""
 
     def generate_breadcrumbs(self, path):
-        breadcrumbs = [(url_escape(url_path_join(self.base_project_url, 'tree')), '')]
+        breadcrumbs = [(url_escape(url_path_join(self.base_url, 'tree')), '')]
         comps = path.split('/')
         ncomps = len(comps)
         for i in range(ncomps):
             if comps[i]:
-                link = url_escape(url_path_join(self.base_project_url, 'tree', *comps[0:i+1]))
+                link = url_escape(url_path_join(self.base_url, 'tree', *comps[0:i+1]))
                 breadcrumbs.append((link, comps[i]))
         return breadcrumbs
 
     def generate_page_title(self, path):
         comps = path.split('/')
         if len(comps) > 3:
             for i in range(len(comps)-2):
                 comps.pop(0)
         page_title = url_escape(url_path_join(*comps))
         if page_title:
             return page_title+'/'
         else:
             return 'Home'
 
     @web.authenticated
     def get(self, path='', name=None):
         path = path.strip('/')
         nbm = self.notebook_manager
         if name is not None:
             # is a notebook, redirect to notebook handler
             url = url_escape(url_path_join(
-                self.base_project_url, 'notebooks', path, name
+                self.base_url, 'notebooks', path, name
             ))
             self.log.debug("Redirecting %s to %s", self.request.path, url)
             self.redirect(url)
         else:
             if not nbm.path_exists(path=path) or nbm.is_hidden(path):
                 # Directory is hidden or does not exist.
                 raise web.HTTPError(404)
             breadcrumbs = self.generate_breadcrumbs(path)
             page_title = self.generate_page_title(path)
             self.write(self.render_template('tree.html',
                 project=self.project_dir,
                 page_title=page_title,
                 notebook_path=path,
                 breadcrumbs=breadcrumbs
             ))
 
 
 class TreeRedirectHandler(IPythonHandler):
     """Redirect a request to the corresponding tree URL"""
 
     @web.authenticated
     def get(self, path=''):
         url = url_escape(url_path_join(
-            self.base_project_url, 'tree', path.strip('/')
+            self.base_url, 'tree', path.strip('/')
         ))
         self.log.debug("Redirecting %s to %s", self.request.path, url)
         self.redirect(url)
 
 
 #-----------------------------------------------------------------------------
 # URL to handler mappings
 #-----------------------------------------------------------------------------
 
 
 default_handlers = [
     (r"/tree%s" % notebook_path_regex, TreeHandler),
     (r"/tree%s" % path_regex, TreeHandler),
     (r"/tree", TreeHandler),
     (r"/", TreeRedirectHandler),
     ]

IPython/html/widgets/interaction.py

@@ -1,251 +1,259 b''
 """Interact with functions using widgets."""
 
 #-----------------------------------------------------------------------------
 # Copyright (c) 2013, the IPython Development Team.
 #
 # Distributed under the terms of the Modified BSD License.
 #
 # The full license is in the file COPYING.txt, distributed with this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 from __future__ import print_function
 
 try:  # Python >= 3.3
     from inspect import signature, Parameter
 except ImportError:
     from IPython.utils.signatures import signature, Parameter
 from inspect import getcallargs
 
+from IPython.core.getipython import get_ipython
 from IPython.html.widgets import (Widget, TextWidget,
     FloatSliderWidget, IntSliderWidget, CheckboxWidget, DropdownWidget,
     ContainerWidget, DOMWidget)
 from IPython.display import display, clear_output
 from IPython.utils.py3compat import string_types, unicode_type
 from IPython.utils.traitlets import HasTraits, Any, Unicode
 
 #-----------------------------------------------------------------------------
 # Classes and Functions
 #-----------------------------------------------------------------------------
 
 
 def _matches(o, pattern):
     """Match a pattern of types in a sequence."""
     if not len(o) == len(pattern):
         return False
     comps = zip(o,pattern)
     return all(isinstance(obj,kind) for obj,kind in comps)
 
 
 def _get_min_max_value(min, max, value=None, step=None):
     """Return min, max, value given input values with possible None."""
     if value is None:
         if not max > min:
             raise ValueError('max must be greater than min: (min={0}, max={1})'.format(min, max))
         value = min + abs(min-max)/2
         value = type(min)(value)
     elif min is None and max is None:
         if value == 0.0:
             min, max, value = 0.0, 1.0, 0.5
         elif value == 0:
             min, max, value = 0, 1, 0
         elif isinstance(value, (int, float)):
             min, max = (-value, 3*value) if value > 0 else (3*value, -value)
         else:
             raise TypeError('expected a number, got: %r' % value)
     else:
         raise ValueError('unable to infer range, value from: ({0}, {1}, {2})'.format(min, max, value))
     if step is not None:
         # ensure value is on a step
         r = (value - min) % step
         value = value - r
     return min, max, value
 
 def _widget_abbrev_single_value(o):
     """Make widgets from single values, which can be used as parameter defaults."""
     if isinstance(o, string_types):
         return TextWidget(value=unicode_type(o))
     elif isinstance(o, dict):
         return DropdownWidget(values=o)
     elif isinstance(o, bool):
         return CheckboxWidget(value=o)
     elif isinstance(o, float):
         min, max, value = _get_min_max_value(None, None, o)
         return FloatSliderWidget(value=o, min=min, max=max)
     elif isinstance(o, int):
         min, max, value = _get_min_max_value(None, None, o)
         return IntSliderWidget(value=o, min=min, max=max)
     else:
         return None
 
 def _widget_abbrev(o):
     """Make widgets from abbreviations: single values, lists or tuples."""
     float_or_int = (float, int)
     if isinstance(o, (list, tuple)):
         if o and all(isinstance(x, string_types) for x in o):
             return DropdownWidget(values=[unicode_type(k) for k in o])
         elif _matches(o, (float_or_int, float_or_int)):
             min, max, value = _get_min_max_value(o[0], o[1])
             if all(isinstance(_, int) for _ in o):
                 cls = IntSliderWidget
             else:
                 cls = FloatSliderWidget
             return cls(value=value, min=min, max=max)
         elif _matches(o, (float_or_int, float_or_int, float_or_int)):
             step = o[2]
             if step <= 0:
                 raise ValueError("step must be >= 0, not %r" % step)
             min, max, value = _get_min_max_value(o[0], o[1], step=step)
             if all(isinstance(_, int) for _ in o):
                 cls = IntSliderWidget
             else:
                 cls = FloatSliderWidget
             return cls(value=value, min=min, max=max, step=step)
     else:
         return _widget_abbrev_single_value(o)
 
 def _widget_from_abbrev(abbrev):
     """Build a Widget intstance given an abbreviation or Widget."""
     if isinstance(abbrev, Widget) or isinstance(abbrev, fixed):
         return abbrev
     
     widget = _widget_abbrev(abbrev)
     if widget is None:
         raise ValueError("%r cannot be transformed to a Widget" % (abbrev,))
     return widget
 
 def _yield_abbreviations_for_parameter(param, kwargs):
     """Get an abbreviation for a function parameter."""
     name = param.name
     kind = param.kind
     ann = param.annotation
     default = param.default
     empty = Parameter.empty
     not_found = (None, None)
     if kind == Parameter.POSITIONAL_OR_KEYWORD:
         if name in kwargs:
             yield name, kwargs.pop(name)
         elif ann is not empty:
             if default is empty:
                 yield name, ann
             else:
                 yield name, ann
         elif default is not empty:
             yield name, default
         else:
             yield not_found
     elif kind == Parameter.KEYWORD_ONLY:
         if name in kwargs:
             yield name, kwargs.pop(name)
         elif ann is not empty:
             yield name, ann
         elif default is not empty:
             yield name, default
         else:
             yield not_found
     elif kind == Parameter.VAR_KEYWORD:
         # In this case name=kwargs and we yield the items in kwargs with their keys.
         for k, v in kwargs.copy().items():
             kwargs.pop(k)
             yield k, v
 
 def _find_abbreviations(f, kwargs):
     """Find the abbreviations for a function and kwargs passed to interact."""
     new_kwargs = []
     for param in signature(f).parameters.values():
         for name, value in _yield_abbreviations_for_parameter(param, kwargs):
             if value is None:
                 raise ValueError('cannot find widget or abbreviation for argument: {!r}'.format(name))
             new_kwargs.append((name, value))
     return new_kwargs
 
 def _widgets_from_abbreviations(seq):
     """Given a sequence of (name, abbrev) tuples, return a sequence of Widgets."""
     result = []
     for name, abbrev in seq:
         widget = _widget_from_abbrev(abbrev)
         widget.description = name
         result.append(widget)
     return result
 
 def interactive(__interact_f, **kwargs):
     """Build a group of widgets to interact with a function."""
     f = __interact_f
     co = kwargs.pop('clear_output', True)
     kwargs_widgets = []
     container = ContainerWidget()
     container.result = None
     container.args = []
     container.kwargs = dict()
     kwargs = kwargs.copy()
 
     new_kwargs = _find_abbreviations(f, kwargs)
     # Before we proceed, let's make sure that the user has passed a set of args+kwargs
     # that will lead to a valid call of the function. This protects against unspecified
     # and doubly-specified arguments.
     getcallargs(f, **{n:v for n,v in new_kwargs})
     # Now build the widgets from the abbreviations.
     kwargs_widgets.extend(_widgets_from_abbreviations(new_kwargs))
     kwargs_widgets.extend(_widgets_from_abbreviations(sorted(kwargs.items(), key = lambda x: x[0])))
 
     # This has to be done as an assignment, not using container.children.append,
     # so that traitlets notices the update. We skip any objects (such as fixed) that
     # are not DOMWidgets.
     c = [w for w in kwargs_widgets if isinstance(w, DOMWidget)]
     container.children = c
 
     # Build the callback
     def call_f(name, old, new):
         container.kwargs = {}
         for widget in kwargs_widgets:
             value = widget.value
             container.kwargs[widget.description] = value
         if co:
             clear_output(wait=True)
-        container.result = f(**container.kwargs)
+        try:
+            container.result = f(**container.kwargs)
+        except Exception as e:
+            ip = get_ipython()
+            if ip is None:
+                container.log.warn("Exception in interact callback: %s", e, exc_info=True)
+            else:
+                ip.showtraceback()
 
     # Wire up the widgets
     for widget in kwargs_widgets:
         widget.on_trait_change(call_f, 'value')
 
     container.on_displayed(lambda _: call_f(None, None, None))
 
     return container
 
 def interact(__interact_f=None, **kwargs):
     """interact(f, **kwargs)
     
     Interact with a function using widgets."""
     # positional arg support in: https://gist.github.com/8851331
     if __interact_f is not None:
         # This branch handles the cases:
         # 1. interact(f, **kwargs)
         # 2. @interact
         #    def f(*args, **kwargs):
         #        ...
         f = __interact_f
         w = interactive(f, **kwargs)
         f.widget = w
         display(w)
         return f
     else:
         # This branch handles the case:
         # @interact(a=30, b=40)
         # def f(*args, **kwargs):
         #     ...
         def dec(f):
             w = interactive(f, **kwargs)
             f.widget = w
             display(w)
             return f
         return dec
 
 class fixed(HasTraits):
     """A pseudo-widget whose value is fixed and never synced to the client."""
     value = Any(help="Any Python object")
     description = Unicode('', help="Any Python object")
     def __init__(self, value, **kwargs):
         super(fixed, self).__init__(value=value, **kwargs)

IPython/html/widgets/widget.py

@@ -1,423 +1,441 b''
 """Base Widget class.  Allows user to create widgets in the back-end that render
 in the IPython notebook front-end.
 """
 #-----------------------------------------------------------------------------
 # Copyright (c) 2013, the IPython Development Team.
 #
 # Distributed under the terms of the Modified BSD License.
 #
 # The full license is in the file COPYING.txt, distributed with this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 from contextlib import contextmanager
 
+from IPython.core.getipython import get_ipython
 from IPython.kernel.comm import Comm
 from IPython.config import LoggingConfigurable
 from IPython.utils.traitlets import Unicode, Dict, Instance, Bool, List, Tuple
 from IPython.utils.py3compat import string_types
 
 #-----------------------------------------------------------------------------
 # Classes
 #-----------------------------------------------------------------------------
 class CallbackDispatcher(LoggingConfigurable):
     """A structure for registering and running callbacks"""
     callbacks = List()
     
     def __call__(self, *args, **kwargs):
         """Call all of the registered callbacks."""
         value = None
         for callback in self.callbacks:
             try:
                 local_value = callback(*args, **kwargs)
             except Exception as e:
-                self.log.warn("Exception in callback %s: %s", callback, e)
+                ip = get_ipython()
+                if ip is None:
+                    self.log.warn("Exception in callback %s: %s", callback, e, exc_info=True)
+                else:
+                    ip.showtraceback()
             else:
                 value = local_value if local_value is not None else value
         return value
 
     def register_callback(self, callback, remove=False):
         """(Un)Register a callback
 
         Parameters
         ----------
         callback: method handle
             Method to be registered or unregistered.
         remove=False: bool
             Whether to unregister the callback."""
         
         # (Un)Register the callback.
         if remove and callback in self.callbacks:
             self.callbacks.remove(callback)
         elif not remove and callback not in self.callbacks:
             self.callbacks.append(callback)
 
+def _show_traceback(method):
+    """decorator for showing tracebacks in IPython"""
+    def m(self, *args, **kwargs):
+        try:
+            return(method(self, *args, **kwargs))
+        except Exception as e:
+            ip = get_ipython()
+            if ip is None:
+                self.log.warn("Exception in widget method %s: %s", method, e, exc_info=True)
+            else:
+                ip.showtraceback()
+    return m
 
 class Widget(LoggingConfigurable):
     #-------------------------------------------------------------------------
     # Class attributes
     #-------------------------------------------------------------------------
     _widget_construction_callback = None
     widgets = {}
 
     @staticmethod
     def on_widget_constructed(callback):
         """Registers a callback to be called when a widget is constructed.
 
         The callback must have the following signature:
         callback(widget)"""
         Widget._widget_construction_callback = callback
 
     @staticmethod
     def _call_widget_constructed(widget):
         """Static method, called when a widget is constructed."""
         if Widget._widget_construction_callback is not None and callable(Widget._widget_construction_callback):
             Widget._widget_construction_callback(widget)
 
     #-------------------------------------------------------------------------
     # Traits
     #-------------------------------------------------------------------------
     _model_name = Unicode('WidgetModel', help="""Name of the backbone model 
         registered in the front-end to create and sync this widget with.""")
     _view_name = Unicode(help="""Default view registered in the front-end
         to use to represent the widget.""", sync=True)
     _comm = Instance('IPython.kernel.comm.Comm')
     
     closed = Bool(False)
     
     keys = List()
     def _keys_default(self):
         return [name for name in self.traits(sync=True)]
     
     _property_lock = Tuple((None, None))
     
     _display_callbacks = Instance(CallbackDispatcher, ())
     _msg_callbacks = Instance(CallbackDispatcher, ())
     
     #-------------------------------------------------------------------------
     # (Con/de)structor
     #-------------------------------------------------------------------------
     def __init__(self, **kwargs):
         """Public constructor"""
         super(Widget, self).__init__(**kwargs)
 
         self.on_trait_change(self._handle_property_changed, self.keys)
         Widget._call_widget_constructed(self)
 
     def __del__(self):
         """Object disposal"""
         self.close()
 
     #-------------------------------------------------------------------------
     # Properties
     #-------------------------------------------------------------------------
 
     @property
     def comm(self):
         """Gets the Comm associated with this widget.
 
         If a Comm doesn't exist yet, a Comm will be created automagically."""
         if self._comm is None:
             # Create a comm.
             self._comm = Comm(target_name=self._model_name)
             self._comm.on_msg(self._handle_msg)
             self._comm.on_close(self._close)
             Widget.widgets[self.model_id] = self
 
             # first update
             self.send_state()
         return self._comm
     
     @property
     def model_id(self):
         """Gets the model id of this widget.
 
         If a Comm doesn't exist yet, a Comm will be created automagically."""
         return self.comm.comm_id
 
     #-------------------------------------------------------------------------
     # Methods
     #-------------------------------------------------------------------------
     def _close(self):
         """Private close - cleanup objects, registry entries"""
         del Widget.widgets[self.model_id]
         self._comm = None
         self.closed = True
 
     def close(self):
         """Close method.
 
         Closes the widget which closes the underlying comm.
         When the comm is closed, all of the widget views are automatically
         removed from the front-end."""
         if not self.closed:
             self._comm.close()
             self._close()
 
     def send_state(self, key=None):
         """Sends the widget state, or a piece of it, to the front-end.
 
         Parameters
         ----------
         key : unicode (optional)
             A single property's name to sync with the front-end.
         """
         self._send({
             "method" : "update",
             "state"  : self.get_state()
         })
 
     def get_state(self, key=None):
         """Gets the widget state, or a piece of it.
 
         Parameters
         ----------
         key : unicode (optional)
             A single property's name to get.
         """
         keys = self.keys if key is None else [key]
         return {k: self._pack_widgets(getattr(self, k)) for k in keys} 
 
     def send(self, content):
         """Sends a custom msg to the widget model in the front-end.
 
         Parameters
         ----------
         content : dict
             Content of the message to send.
         """
         self._send({"method": "custom", "content": content})
 
     def on_msg(self, callback, remove=False):
         """(Un)Register a custom msg receive callback.
 
         Parameters
         ----------
         callback: callable
             callback will be passed two arguments when a message arrives::
             
                 callback(widget, content)
             
         remove: bool
             True if the callback should be unregistered."""
         self._msg_callbacks.register_callback(callback, remove=remove)
 
     def on_displayed(self, callback, remove=False):
         """(Un)Register a widget displayed callback.
 
         Parameters
         ----------
         callback: method handler
             Must have a signature of::
             
                 callback(widget, **kwargs)
             
             kwargs from display are passed through without modification.
         remove: bool
             True if the callback should be unregistered."""
         self._display_callbacks.register_callback(callback, remove=remove)
 
     #-------------------------------------------------------------------------
     # Support methods
     #-------------------------------------------------------------------------
     @contextmanager
     def _lock_property(self, key, value):
         """Lock a property-value pair.
 
         NOTE: This, in addition to the single lock for all state changes, is 
         flawed.  In the future we may want to look into buffering state changes 
         back to the front-end."""
         self._property_lock = (key, value)
         try:
             yield
         finally:
             self._property_lock = (None, None)
 
     def _should_send_property(self, key, value):
         """Check the property lock (property_lock)"""
         return key != self._property_lock[0] or \
         value != self._property_lock[1]
     
     # Event handlers
+    @_show_traceback
     def _handle_msg(self, msg):
         """Called when a msg is received from the front-end"""
         data = msg['content']['data']
         method = data['method']
         if not method in ['backbone', 'custom']:
             self.log.error('Unknown front-end to back-end widget msg with method "%s"' % method)
 
         # Handle backbone sync methods CREATE, PATCH, and UPDATE all in one.
         if method == 'backbone' and 'sync_data' in data:
             sync_data = data['sync_data']
             self._handle_receive_state(sync_data) # handles all methods
 
         # Handle a custom msg from the front-end
         elif method == 'custom':
             if 'content' in data:
                 self._handle_custom_msg(data['content'])
 
     def _handle_receive_state(self, sync_data):
         """Called when a state is received from the front-end."""
         for name in self.keys:
             if name in sync_data:
                 value = self._unpack_widgets(sync_data[name])
                 with self._lock_property(name, value):
                     setattr(self, name, value)
 
     def _handle_custom_msg(self, content):
         """Called when a custom msg is received."""
         self._msg_callbacks(self, content)
 
     def _handle_property_changed(self, name, old, new):
         """Called when a property has been changed."""
         # Make sure this isn't information that the front-end just sent us.
         if self._should_send_property(name, new):
             # Send new state to front-end
             self.send_state(key=name)
 
     def _handle_displayed(self, **kwargs):
         """Called when a view has been displayed for this widget instance"""
         self._display_callbacks(self, **kwargs)
 
     def _pack_widgets(self, x):
         """Recursively converts all widget instances to model id strings.
 
         Children widgets will be stored and transmitted to the front-end by 
         their model ids.  Return value must be JSON-able."""
         if isinstance(x, dict):
             return {k: self._pack_widgets(v) for k, v in x.items()}
         elif isinstance(x, list):
             return [self._pack_widgets(v) for v in x]
         elif isinstance(x, Widget):
             return x.model_id
         else:
             return x # Value must be JSON-able
 
     def _unpack_widgets(self, x):
         """Recursively converts all model id strings to widget instances.
 
         Children widgets will be stored and transmitted to the front-end by 
         their model ids."""
         if isinstance(x, dict):
             return {k: self._unpack_widgets(v) for k, v in x.items()}
         elif isinstance(x, list):
             return [self._unpack_widgets(v) for v in x]
         elif isinstance(x, string_types):
             return x if x not in Widget.widgets else Widget.widgets[x]
         else:
             return x
 
     def _ipython_display_(self, **kwargs):
         """Called when `IPython.display.display` is called on the widget."""
         # Show view.  By sending a display message, the comm is opened and the
         # initial state is sent.
         self._send({"method": "display"})
         self._handle_displayed(**kwargs)
 
     def _send(self, msg):
         """Sends a message to the model in the front-end."""
         self.comm.send(msg)
 
 
 class DOMWidget(Widget):
     visible = Bool(True, help="Whether the widget is visible.", sync=True)
     _css = Dict(sync=True) # Internal CSS property dict
 
     def get_css(self, key, selector=""):
         """Get a CSS property of the widget.
 
         Note: This function does not actually request the CSS from the 
         front-end;  Only properties that have been set with set_css can be read.
 
         Parameters
         ----------
         key: unicode
             CSS key
         selector: unicode (optional)
             JQuery selector used when the CSS key/value was set.
         """
         if selector in self._css and key in self._css[selector]:
             return self._css[selector][key]
         else:
             return None
 
     def set_css(self, dict_or_key, value=None, selector=''):
         """Set one or more CSS properties of the widget.
 
         This function has two signatures:
         - set_css(css_dict, selector='')
         - set_css(key, value, selector='')
 
         Parameters
         ----------
         css_dict : dict
             CSS key/value pairs to apply
         key: unicode
             CSS key
         value:
             CSS value
         selector: unicode (optional, kwarg only)
             JQuery selector to use to apply the CSS key/value.  If no selector 
             is provided, an empty selector is used.  An empty selector makes the 
             front-end try to apply the css to a default element.  The default
             element is an attribute unique to each view, which is a DOM element
             of the view that should be styled with common CSS (see 
             `$el_to_style` in the Javascript code).
         """
         if not selector in self._css:
             self._css[selector] = {}
         my_css = self._css[selector]
         
         if value is None:
             css_dict = dict_or_key
         else:
             css_dict = {dict_or_key: value}
         
         for (key, value) in css_dict.items():
             if not (key in my_css and value == my_css[key]):
                 my_css[key] = value
         self.send_state('_css')
 
     def add_class(self, class_names, selector=""):
         """Add class[es] to a DOM element.
 
         Parameters
         ----------
         class_names: unicode or list
             Class name(s) to add to the DOM element(s).
         selector: unicode (optional)
             JQuery selector to select the DOM element(s) that the class(es) will
             be added to.
         """
         class_list = class_names
         if isinstance(class_list, list):
             class_list = ' '.join(class_list)
 
         self.send({
             "msg_type"   : "add_class",
             "class_list" : class_list,
             "selector"   : selector
         })
 
     def remove_class(self, class_names, selector=""):
         """Remove class[es] from a DOM element.
 
         Parameters
         ----------
         class_names: unicode or list
             Class name(s) to remove from  the DOM element(s).
         selector: unicode (optional)
             JQuery selector to select the DOM element(s) that the class(es) will
             be removed from.
         """
         class_list = class_names
         if isinstance(class_list, list):
             class_list = ' '.join(class_list)
 
         self.send({
             "msg_type"   : "remove_class",
             "class_list" : class_list,
             "selector"   : selector,
         })

IPython/kernel/zmq/pylab/config.py

@@ -1,108 +1,115 b''
 """Configurable for configuring the IPython inline backend
 
 This module does not import anything from matplotlib.
 """
 #-----------------------------------------------------------------------------
 #       Copyright (C) 2011 The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 from IPython.config.configurable import SingletonConfigurable
-from IPython.utils.traitlets import Dict, Instance, CaselessStrEnum, Bool, Int, TraitError
+from IPython.utils.traitlets import (
+    Dict, Instance, CaselessStrEnum, Set, Bool, Int, TraitError, Unicode
+)
 from IPython.utils.warn import warn
 
 #-----------------------------------------------------------------------------
 # Configurable for inline backend options
 #-----------------------------------------------------------------------------
 
 def pil_available():
     """Test if PIL/Pillow is available"""
     out = False
     try:
         from PIL import Image
         out = True
     except:
         pass
     return out
 
 # inherit from InlineBackendConfig for deprecation purposes
 class InlineBackendConfig(SingletonConfigurable):
     pass
 
 class InlineBackend(InlineBackendConfig):
     """An object to store configuration of the inline backend."""
 
     def _config_changed(self, name, old, new):
         # warn on change of renamed config section
         if new.InlineBackendConfig != old.InlineBackendConfig:
             warn("InlineBackendConfig has been renamed to InlineBackend")
         super(InlineBackend, self)._config_changed(name, old, new)
 
     # The typical default figure size is too large for inline use,
     # so we shrink the figure size to 6x4, and tweak fonts to
     # make that fit.
     rc = Dict({'figure.figsize': (6.0,4.0),
         # play nicely with white background in the Qt and notebook frontend
         'figure.facecolor': (1,1,1,0),
         'figure.edgecolor': (1,1,1,0),
         # 12pt labels get cutoff on 6x4 logplots, so use 10pt.
         'font.size': 10,
         # 72 dpi matches SVG/qtconsole
         # this only affects PNG export, as SVG has no dpi setting
         'savefig.dpi': 72,
         # 10pt still needs a little more room on the xlabel:
         'figure.subplot.bottom' : .125
         }, config=True,
         help="""Subset of matplotlib rcParams that should be different for the
         inline backend."""
     )
 
+    figure_formats = Set({'png'}, config=True,
+                          help="""A set of figure formats to enable: 'png', 
+                          'retina', 'jpeg', 'svg', 'pdf'.""")
 
-    figure_format = CaselessStrEnum(['svg', 'png', 'retina', 'jpg'],
-                                    default_value='png', config=True,
-                                    help="""The image format for figures with the inline
-                                    backend. JPEG requires the PIL/Pillow library.""")
-
-    def _figure_format_changed(self, name, old, new):
-        from IPython.core.pylabtools import select_figure_format
-        if new in {"jpg", "jpeg"}:
+    def _figure_formats_changed(self, name, old, new):
+        from IPython.core.pylabtools import select_figure_formats
+        if 'jpg' in new or 'jpeg' in new:
             if not pil_available():
                 raise TraitError("Requires PIL/Pillow for JPG figures")
         if self.shell is None:
             return
         else:
-            select_figure_format(self.shell, new)
+            select_figure_formats(self.shell, new)
+
+    figure_format = Unicode(config=True, help="""The figure format to enable (deprecated
+                                         use `figure_formats` instead)""")
+
+    def _figure_format_changed(self, name, old, new):
+        if new:
+            self.figure_formats = {new}
 
     quality = Int(default_value=90, config=True,
                   help="Quality of compression [10-100], currently for lossy JPEG only.")
 
     def _quality_changed(self, name, old, new):
         if new < 10 or new > 100:
             raise TraitError("figure JPEG quality must be in [10-100] range.")
     
     close_figures = Bool(True, config=True,
         help="""Close all figures at the end of each cell.
         
         When True, ensures that each cell starts with no active figures, but it
         also means that one must keep track of references in order to edit or
         redraw figures in subsequent cells. This mode is ideal for the notebook,
         where residual plots from other cells might be surprising.
         
         When False, one must call figure() to create new figures. This means
         that gcf() and getfigs() can reference figures created in other cells,
         and the active figure can continue to be edited with pylab/pyplot
         methods that reference the current active figure. This mode facilitates
         iterative editing of figures, and behaves most consistently with
         other matplotlib backends, but figure barriers between cells must
         be explicit.
         """)
 
     shell = Instance('IPython.core.interactiveshell.InteractiveShellABC')
 
 

IPython/parallel/apps/launcher.py

@@ -1,1455 +1,1463 b''
 # encoding: utf-8
 """
 Facilities for launching IPython processes asynchronously.
 
 Authors:
 
 * Brian Granger
 * MinRK
 """
 
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2008-2011  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 import copy
 import logging
 import os
 import pipes
 import stat
 import sys
 import time
 
 # signal imports, handling various platforms, versions
 
 from signal import SIGINT, SIGTERM
 try:
     from signal import SIGKILL
 except ImportError:
     # Windows
     SIGKILL=SIGTERM
 
 try:
     # Windows >= 2.7, 3.2
     from signal import CTRL_C_EVENT as SIGINT
 except ImportError:
     pass
 
 from subprocess import Popen, PIPE, STDOUT
 try:
     from subprocess import check_output
 except ImportError:
     # pre-2.7, define check_output with Popen
     def check_output(*args, **kwargs):
         kwargs.update(dict(stdout=PIPE))
         p = Popen(*args, **kwargs)
         out,err = p.communicate()
         return out
 
 from zmq.eventloop import ioloop
 
 from IPython.config.application import Application
 from IPython.config.configurable import LoggingConfigurable
 from IPython.utils.text import EvalFormatter
 from IPython.utils.traitlets import (
     Any, Integer, CFloat, List, Unicode, Dict, Instance, HasTraits, CRegExp
 )
 from IPython.utils.encoding import DEFAULT_ENCODING
 from IPython.utils.path import get_home_dir
 from IPython.utils.process import find_cmd, FindCmdError
 from IPython.utils.py3compat import iteritems, itervalues
 
 from .win32support import forward_read_events
 
 from .winhpcjob import IPControllerTask, IPEngineTask, IPControllerJob, IPEngineSetJob
 
 WINDOWS = os.name == 'nt'
 
 #-----------------------------------------------------------------------------
 # Paths to the kernel apps
 #-----------------------------------------------------------------------------
 
 ipcluster_cmd_argv = [sys.executable, "-m", "IPython.parallel.cluster"]
 
 ipengine_cmd_argv = [sys.executable, "-m", "IPython.parallel.engine"]
 
 ipcontroller_cmd_argv = [sys.executable, "-m", "IPython.parallel.controller"]
 
 if WINDOWS and sys.version_info < (3,):
     # `python -m package` doesn't work on Windows Python 2,
     # but `python -m module` does.
     ipengine_cmd_argv = [sys.executable, "-m", "IPython.parallel.apps.ipengineapp"]
     ipcontroller_cmd_argv = [sys.executable, "-m", "IPython.parallel.apps.ipcontrollerapp"]
 
 #-----------------------------------------------------------------------------
 # Base launchers and errors
 #-----------------------------------------------------------------------------
 
 class LauncherError(Exception):
     pass
 
 
 class ProcessStateError(LauncherError):
     pass
 
 
 class UnknownStatus(LauncherError):
     pass
 
 
 class BaseLauncher(LoggingConfigurable):
     """An asbtraction for starting, stopping and signaling a process."""
 
     # In all of the launchers, the work_dir is where child processes will be
     # run. This will usually be the profile_dir, but may not be. any work_dir
     # passed into the __init__ method will override the config value.
     # This should not be used to set the work_dir for the actual engine
     # and controller. Instead, use their own config files or the
     # controller_args, engine_args attributes of the launchers to add
     # the work_dir option.
     work_dir = Unicode(u'.')
     loop = Instance('zmq.eventloop.ioloop.IOLoop')
 
     start_data = Any()
     stop_data = Any()
 
     def _loop_default(self):
         return ioloop.IOLoop.instance()
 
     def __init__(self, work_dir=u'.', config=None, **kwargs):
         super(BaseLauncher, self).__init__(work_dir=work_dir, config=config, **kwargs)
         self.state = 'before' # can be before, running, after
         self.stop_callbacks = []
         self.start_data = None
         self.stop_data = None
 
     @property
     def args(self):
         """A list of cmd and args that will be used to start the process.
 
         This is what is passed to :func:`spawnProcess` and the first element
         will be the process name.
         """
         return self.find_args()
 
     def find_args(self):
         """The ``.args`` property calls this to find the args list.
 
         Subcommand should implement this to construct the cmd and args.
         """
         raise NotImplementedError('find_args must be implemented in a subclass')
 
     @property
     def arg_str(self):
         """The string form of the program arguments."""
         return ' '.join(self.args)
 
     @property
     def running(self):
         """Am I running."""
         if self.state == 'running':
             return True
         else:
             return False
 
     def start(self):
         """Start the process."""
         raise NotImplementedError('start must be implemented in a subclass')
 
     def stop(self):
         """Stop the process and notify observers of stopping.
 
         This method will return None immediately.
         To observe the actual process stopping, see :meth:`on_stop`.
         """
         raise NotImplementedError('stop must be implemented in a subclass')
 
     def on_stop(self, f):
         """Register a callback to be called with this Launcher's stop_data
         when the process actually finishes.
         """
         if self.state=='after':
             return f(self.stop_data)
         else:
             self.stop_callbacks.append(f)
 
     def notify_start(self, data):
         """Call this to trigger startup actions.
 
         This logs the process startup and sets the state to 'running'.  It is
         a pass-through so it can be used as a callback.
         """
 
         self.log.debug('Process %r started: %r', self.args[0], data)
         self.start_data = data
         self.state = 'running'
         return data
 
     def notify_stop(self, data):
         """Call this to trigger process stop actions.
 
         This logs the process stopping and sets the state to 'after'. Call
         this to trigger callbacks registered via :meth:`on_stop`."""
 
         self.log.debug('Process %r stopped: %r', self.args[0], data)
         self.stop_data = data
         self.state = 'after'
         for i in range(len(self.stop_callbacks)):
             d = self.stop_callbacks.pop()
             d(data)
         return data
 
     def signal(self, sig):
         """Signal the process.
 
         Parameters
         ----------
         sig : str or int
             'KILL', 'INT', etc., or any signal number
         """
         raise NotImplementedError('signal must be implemented in a subclass')
 
 class ClusterAppMixin(HasTraits):
     """MixIn for cluster args as traits"""
     profile_dir=Unicode('')
     cluster_id=Unicode('')
 
     @property
     def cluster_args(self):
         return ['--profile-dir', self.profile_dir, '--cluster-id', self.cluster_id]
 
 class ControllerMixin(ClusterAppMixin):
     controller_cmd = List(ipcontroller_cmd_argv, config=True,
         help="""Popen command to launch ipcontroller.""")
     # Command line arguments to ipcontroller.
     controller_args = List(['--log-to-file','--log-level=%i' % logging.INFO], config=True,
         help="""command-line args to pass to ipcontroller""")
 
 class EngineMixin(ClusterAppMixin):
     engine_cmd = List(ipengine_cmd_argv, config=True,
         help="""command to launch the Engine.""")
     # Command line arguments for ipengine.
     engine_args = List(['--log-to-file','--log-level=%i' % logging.INFO], config=True,
         help="command-line arguments to pass to ipengine"
     )
 
 
 #-----------------------------------------------------------------------------
 # Local process launchers
 #-----------------------------------------------------------------------------
 
 
 class LocalProcessLauncher(BaseLauncher):
     """Start and stop an external process in an asynchronous manner.
 
     This will launch the external process with a working directory of
     ``self.work_dir``.
     """
 
     # This is used to to construct self.args, which is passed to
     # spawnProcess.
     cmd_and_args = List([])
     poll_frequency = Integer(100) # in ms
 
     def __init__(self, work_dir=u'.', config=None, **kwargs):
         super(LocalProcessLauncher, self).__init__(
             work_dir=work_dir, config=config, **kwargs
         )
         self.process = None
         self.poller = None
 
     def find_args(self):
         return self.cmd_and_args
 
     def start(self):
         self.log.debug("Starting %s: %r", self.__class__.__name__, self.args)
         if self.state == 'before':
             self.process = Popen(self.args,
                 stdout=PIPE,stderr=PIPE,stdin=PIPE,
                 env=os.environ,
                 cwd=self.work_dir
             )
             if WINDOWS:
                 self.stdout = forward_read_events(self.process.stdout)
                 self.stderr = forward_read_events(self.process.stderr)
             else:
                 self.stdout = self.process.stdout.fileno()
                 self.stderr = self.process.stderr.fileno()
             self.loop.add_handler(self.stdout, self.handle_stdout, self.loop.READ)
             self.loop.add_handler(self.stderr, self.handle_stderr, self.loop.READ)
             self.poller = ioloop.PeriodicCallback(self.poll, self.poll_frequency, self.loop)
             self.poller.start()
             self.notify_start(self.process.pid)
         else:
             s = 'The process was already started and has state: %r' % self.state
             raise ProcessStateError(s)
 
     def stop(self):
         return self.interrupt_then_kill()
 
     def signal(self, sig):
         if self.state == 'running':
             if WINDOWS and sig != SIGINT:
                 # use Windows tree-kill for better child cleanup
                 check_output(['taskkill', '-pid', str(self.process.pid), '-t', '-f'])
             else:
                 self.process.send_signal(sig)
 
     def interrupt_then_kill(self, delay=2.0):
         """Send INT, wait a delay and then send KILL."""
         try:
             self.signal(SIGINT)
         except Exception:
             self.log.debug("interrupt failed")
             pass
         self.killer  = ioloop.DelayedCallback(lambda : self.signal(SIGKILL), delay*1000, self.loop)
         self.killer.start()
 
     # callbacks, etc:
 
     def handle_stdout(self, fd, events):
         if WINDOWS:
             line = self.stdout.recv()
         else:
             line = self.process.stdout.readline()
         # a stopped process will be readable but return empty strings
         if line:
             self.log.debug(line[:-1])
         else:
             self.poll()
 
     def handle_stderr(self, fd, events):
         if WINDOWS:
             line = self.stderr.recv()
         else:
             line = self.process.stderr.readline()
         # a stopped process will be readable but return empty strings
         if line:
             self.log.debug(line[:-1])
         else:
             self.poll()
 
     def poll(self):
         status = self.process.poll()
         if status is not None:
             self.poller.stop()
             self.loop.remove_handler(self.stdout)
             self.loop.remove_handler(self.stderr)
             self.notify_stop(dict(exit_code=status, pid=self.process.pid))
         return status
 
 class LocalControllerLauncher(LocalProcessLauncher, ControllerMixin):
     """Launch a controller as a regular external process."""
 
     def find_args(self):
         return self.controller_cmd + self.cluster_args + self.controller_args
 
     def start(self):
         """Start the controller by profile_dir."""
         return super(LocalControllerLauncher, self).start()
 
 
 class LocalEngineLauncher(LocalProcessLauncher, EngineMixin):
     """Launch a single engine as a regular externall process."""
 
     def find_args(self):
         return self.engine_cmd + self.cluster_args + self.engine_args
 
 
 class LocalEngineSetLauncher(LocalEngineLauncher):
     """Launch a set of engines as regular external processes."""
 
     delay = CFloat(0.1, config=True,
         help="""delay (in seconds) between starting each engine after the first.
         This can help force the engines to get their ids in order, or limit
         process flood when starting many engines."""
     )
 
     # launcher class
     launcher_class = LocalEngineLauncher
 
     launchers = Dict()
     stop_data = Dict()
 
     def __init__(self, work_dir=u'.', config=None, **kwargs):
         super(LocalEngineSetLauncher, self).__init__(
             work_dir=work_dir, config=config, **kwargs
         )
         self.stop_data = {}
 
     def start(self, n):
         """Start n engines by profile or profile_dir."""
         dlist = []
         for i in range(n):
             if i > 0:
                 time.sleep(self.delay)
             el = self.launcher_class(work_dir=self.work_dir, parent=self, log=self.log,
                                     profile_dir=self.profile_dir, cluster_id=self.cluster_id,
             )
 
             # Copy the engine args over to each engine launcher.
             el.engine_cmd = copy.deepcopy(self.engine_cmd)
             el.engine_args = copy.deepcopy(self.engine_args)
             el.on_stop(self._notice_engine_stopped)
             d = el.start()
             self.launchers[i] = el
             dlist.append(d)
         self.notify_start(dlist)
         return dlist
 
     def find_args(self):
         return ['engine set']
 
     def signal(self, sig):
         dlist = []
         for el in itervalues(self.launchers):
             d = el.signal(sig)
             dlist.append(d)
         return dlist
 
     def interrupt_then_kill(self, delay=1.0):
         dlist = []
         for el in itervalues(self.launchers):
             d = el.interrupt_then_kill(delay)
             dlist.append(d)
         return dlist
 
     def stop(self):
         return self.interrupt_then_kill()
 
     def _notice_engine_stopped(self, data):
         pid = data['pid']
         for idx,el in iteritems(self.launchers):
             if el.process.pid == pid:
                 break
         self.launchers.pop(idx)
         self.stop_data[idx] = data
         if not self.launchers:
             self.notify_stop(self.stop_data)
 
 
 #-----------------------------------------------------------------------------
 # MPI launchers
 #-----------------------------------------------------------------------------
 
 
 class MPILauncher(LocalProcessLauncher):
     """Launch an external process using mpiexec."""
 
     mpi_cmd = List(['mpiexec'], config=True,
         help="The mpiexec command to use in starting the process."
     )
     mpi_args = List([], config=True,
         help="The command line arguments to pass to mpiexec."
     )
     program = List(['date'],
         help="The program to start via mpiexec.")
     program_args = List([],
         help="The command line argument to the program."
     )
     n = Integer(1)
     
     def __init__(self, *args, **kwargs):
         # deprecation for old MPIExec names:
         config = kwargs.get('config', {})
         for oldname in ('MPIExecLauncher', 'MPIExecControllerLauncher', 'MPIExecEngineSetLauncher'):
             deprecated = config.get(oldname)
             if deprecated:
                 newname = oldname.replace('MPIExec', 'MPI')
                 config[newname].update(deprecated)
                 self.log.warn("WARNING: %s name has been deprecated, use %s", oldname, newname)
 
         super(MPILauncher, self).__init__(*args, **kwargs)
 
     def find_args(self):
         """Build self.args using all the fields."""
         return self.mpi_cmd + ['-n', str(self.n)] + self.mpi_args + \
                self.program + self.program_args
 
     def start(self, n):
         """Start n instances of the program using mpiexec."""
         self.n = n
         return super(MPILauncher, self).start()
 
 
 class MPIControllerLauncher(MPILauncher, ControllerMixin):
     """Launch a controller using mpiexec."""
 
     # alias back to *non-configurable* program[_args] for use in find_args()
     # this way all Controller/EngineSetLaunchers have the same form, rather
     # than *some* having `program_args` and others `controller_args`
     @property
     def program(self):
         return self.controller_cmd
 
     @property
     def program_args(self):
         return self.cluster_args + self.controller_args
 
     def start(self):
         """Start the controller by profile_dir."""
         return super(MPIControllerLauncher, self).start(1)
 
 
 class MPIEngineSetLauncher(MPILauncher, EngineMixin):
     """Launch engines using mpiexec"""
 
     # alias back to *non-configurable* program[_args] for use in find_args()
     # this way all Controller/EngineSetLaunchers have the same form, rather
     # than *some* having `program_args` and others `controller_args`
     @property
     def program(self):
         return self.engine_cmd
 
     @property
     def program_args(self):
         return self.cluster_args + self.engine_args
 
     def start(self, n):
         """Start n engines by profile or profile_dir."""
         self.n = n
         return super(MPIEngineSetLauncher, self).start(n)
 
 # deprecated MPIExec names
 class DeprecatedMPILauncher(object):
     def warn(self):
         oldname = self.__class__.__name__
         newname = oldname.replace('MPIExec', 'MPI')
         self.log.warn("WARNING: %s name is deprecated, use %s", oldname, newname)
     
 class MPIExecLauncher(MPILauncher, DeprecatedMPILauncher):
     """Deprecated, use MPILauncher"""
     def __init__(self, *args, **kwargs):
         super(MPIExecLauncher, self).__init__(*args, **kwargs)
         self.warn()
 
 class MPIExecControllerLauncher(MPIControllerLauncher, DeprecatedMPILauncher):
     """Deprecated, use MPIControllerLauncher"""
     def __init__(self, *args, **kwargs):
         super(MPIExecControllerLauncher, self).__init__(*args, **kwargs)
         self.warn()
 
 class MPIExecEngineSetLauncher(MPIEngineSetLauncher, DeprecatedMPILauncher):
     """Deprecated, use MPIEngineSetLauncher"""
     def __init__(self, *args, **kwargs):
         super(MPIExecEngineSetLauncher, self).__init__(*args, **kwargs)
         self.warn()
 
 
 #-----------------------------------------------------------------------------
 # SSH launchers
 #-----------------------------------------------------------------------------
 
 # TODO: Get SSH Launcher back to level of sshx in 0.10.2
 
 class SSHLauncher(LocalProcessLauncher):
     """A minimal launcher for ssh.
 
     To be useful this will probably have to be extended to use the ``sshx``
     idea for environment variables.  There could be other things this needs
     as well.
     """
 
     ssh_cmd = List(['ssh'], config=True,
         help="command for starting ssh")
     ssh_args = List(['-tt'], config=True,
         help="args to pass to ssh")
     scp_cmd = List(['scp'], config=True,
         help="command for sending files")
     program = List(['date'],
         help="Program to launch via ssh")
     program_args = List([],
         help="args to pass to remote program")
     hostname = Unicode('', config=True,
         help="hostname on which to launch the program")
     user = Unicode('', config=True,
         help="username for ssh")
     location = Unicode('', config=True,
         help="user@hostname location for ssh in one setting")
     to_fetch = List([], config=True,
         help="List of (remote, local) files to fetch after starting")
     to_send = List([], config=True,
         help="List of (local, remote) files to send before starting")
 
     def _hostname_changed(self, name, old, new):
         if self.user:
             self.location = u'%s@%s' % (self.user, new)
         else:
             self.location = new
 
     def _user_changed(self, name, old, new):
         self.location = u'%s@%s' % (new, self.hostname)
 
     def find_args(self):
         return self.ssh_cmd + self.ssh_args + [self.location] + \
                list(map(pipes.quote, self.program + self.program_args))
     
     def _send_file(self, local, remote):
         """send a single file"""
         remote = "%s:%s" % (self.location, remote)
         for i in range(10):
             if not os.path.exists(local):
                 self.log.debug("waiting for %s" % local)
                 time.sleep(1)
             else:
                 break
+        remote_dir = os.path.dirname(remote)
+        self.log.info("ensuring remote %s:%s/ exists", self.location, remote_dir)
+        check_output(self.ssh_cmd + self.ssh_args + \
+            [self.location, 'mkdir', '-p', '--', remote_dir]
+        )
         self.log.info("sending %s to %s", local, remote)
         check_output(self.scp_cmd + [local, remote])
     
     def send_files(self):
         """send our files (called before start)"""
         if not self.to_send:
             return
         for local_file, remote_file in self.to_send:
             self._send_file(local_file, remote_file)
 
     def _fetch_file(self, remote, local):
         """fetch a single file"""
         full_remote = "%s:%s" % (self.location, remote)
         self.log.info("fetching %s from %s", local, full_remote)
         for i in range(10):
             # wait up to 10s for remote file to exist
             check = check_output(self.ssh_cmd + self.ssh_args + \
                 [self.location, 'test -e', remote, "&& echo 'yes' || echo 'no'"])
             check = check.decode(DEFAULT_ENCODING, 'replace').strip()
             if check == u'no':
                 time.sleep(1)
             elif check == u'yes':
                 break
+        local_dir = os.path.dirname(local)
+        if not os.path.exists(local_dir):
+            os.makedirs(local_dir, 775)
         check_output(self.scp_cmd + [full_remote, local])
     
     def fetch_files(self):
         """fetch remote files (called after start)"""
         if not self.to_fetch:
             return
         for remote_file, local_file in self.to_fetch:
             self._fetch_file(remote_file, local_file)
 
     def start(self, hostname=None, user=None):
         if hostname is not None:
             self.hostname = hostname
         if user is not None:
             self.user = user
         
         self.send_files()
         super(SSHLauncher, self).start()
         self.fetch_files()
 
     def signal(self, sig):
         if self.state == 'running':
             # send escaped ssh connection-closer
             self.process.stdin.write('~.')
             self.process.stdin.flush()
 
 class SSHClusterLauncher(SSHLauncher, ClusterAppMixin):
     
     remote_profile_dir = Unicode('', config=True,
         help="""The remote profile_dir to use.  
         
         If not specified, use calling profile, stripping out possible leading homedir.
         """)
     
     def _profile_dir_changed(self, name, old, new):
         if not self.remote_profile_dir:
             # trigger remote_profile_dir_default logic again,
             # in case it was already triggered before profile_dir was set
             self.remote_profile_dir = self._strip_home(new)
     
     @staticmethod
     def _strip_home(path):
         """turns /home/you/.ipython/profile_foo into .ipython/profile_foo"""
         home = get_home_dir()
         if not home.endswith('/'):
             home = home+'/'
         
         if path.startswith(home):
             return path[len(home):]
         else:
             return path
 
     def _remote_profile_dir_default(self):
         return self._strip_home(self.profile_dir)
     
     def _cluster_id_changed(self, name, old, new):
         if new:
             raise ValueError("cluster id not supported by SSH launchers")
     
     @property
     def cluster_args(self):
         return ['--profile-dir', self.remote_profile_dir]
 
 class SSHControllerLauncher(SSHClusterLauncher, ControllerMixin):
 
     # alias back to *non-configurable* program[_args] for use in find_args()
     # this way all Controller/EngineSetLaunchers have the same form, rather
     # than *some* having `program_args` and others `controller_args`
 
     def _controller_cmd_default(self):
         return ['ipcontroller']
     
     @property
     def program(self):
         return self.controller_cmd
     
     @property
     def program_args(self):
         return self.cluster_args + self.controller_args
 
     def _to_fetch_default(self):
         return [
             (os.path.join(self.remote_profile_dir, 'security', cf),
              os.path.join(self.profile_dir, 'security', cf),)
             for cf in ('ipcontroller-client.json', 'ipcontroller-engine.json')
         ]
 
 class SSHEngineLauncher(SSHClusterLauncher, EngineMixin):
 
     # alias back to *non-configurable* program[_args] for use in find_args()
     # this way all Controller/EngineSetLaunchers have the same form, rather
     # than *some* having `program_args` and others `controller_args`
     
     def _engine_cmd_default(self):
         return ['ipengine']
     
     @property
     def program(self):
         return self.engine_cmd
 
     @property
     def program_args(self):
         return self.cluster_args + self.engine_args
     
     def _to_send_default(self):
         return [
             (os.path.join(self.profile_dir, 'security', cf), 
              os.path.join(self.remote_profile_dir, 'security', cf))
             for cf in ('ipcontroller-client.json', 'ipcontroller-engine.json')
         ]
 
 
 class SSHEngineSetLauncher(LocalEngineSetLauncher):
     launcher_class = SSHEngineLauncher
     engines = Dict(config=True,
         help="""dict of engines to launch.  This is a dict by hostname of ints,
         corresponding to the number of engines to start on that host.""")
     
     def _engine_cmd_default(self):
         return ['ipengine']
     
     @property
     def engine_count(self):
         """determine engine count from `engines` dict"""
         count = 0
         for n in itervalues(self.engines):
             if isinstance(n, (tuple,list)):
                 n,args = n
             count += n
         return count
     
     def start(self, n):
         """Start engines by profile or profile_dir.
         `n` is ignored, and the `engines` config property is used instead.
         """
 
         dlist = []
         for host, n in iteritems(self.engines):
             if isinstance(n, (tuple, list)):
                 n, args = n
             else:
                 args = copy.deepcopy(self.engine_args)
 
             if '@' in host:
                 user,host = host.split('@',1)
             else:
                 user=None
             for i in range(n):
                 if i > 0:
                     time.sleep(self.delay)
                 el = self.launcher_class(work_dir=self.work_dir, parent=self, log=self.log,
                                         profile_dir=self.profile_dir, cluster_id=self.cluster_id,
                 )
                 if i > 0:
                     # only send files for the first engine on each host
                     el.to_send = []
 
                 # Copy the engine args over to each engine launcher.
                 el.engine_cmd = self.engine_cmd
                 el.engine_args = args
                 el.on_stop(self._notice_engine_stopped)
                 d = el.start(user=user, hostname=host)
                 self.launchers[ "%s/%i" % (host,i) ] = el
                 dlist.append(d)
         self.notify_start(dlist)
         return dlist
 
 
 class SSHProxyEngineSetLauncher(SSHClusterLauncher):
     """Launcher for calling
     `ipcluster engines` on a remote machine.
     
     Requires that remote profile is already configured.
     """
     
     n = Integer()
     ipcluster_cmd = List(['ipcluster'], config=True)
     
     @property
     def program(self):
         return self.ipcluster_cmd + ['engines']
     
     @property
     def program_args(self):
         return ['-n', str(self.n), '--profile-dir', self.remote_profile_dir]
     
     def _to_send_default(self):
         return [
             (os.path.join(self.profile_dir, 'security', cf), 
              os.path.join(self.remote_profile_dir, 'security', cf))
             for cf in ('ipcontroller-client.json', 'ipcontroller-engine.json')
     ]
     
     def start(self, n):
         self.n = n
         super(SSHProxyEngineSetLauncher, self).start()
 
 
 #-----------------------------------------------------------------------------
 # Windows HPC Server 2008 scheduler launchers
 #-----------------------------------------------------------------------------
 
 
 # This is only used on Windows.
 def find_job_cmd():
     if WINDOWS:
         try:
             return find_cmd('job')
         except (FindCmdError, ImportError):
             # ImportError will be raised if win32api is not installed
             return 'job'
     else:
         return 'job'
 
 
 class WindowsHPCLauncher(BaseLauncher):
 
     job_id_regexp = CRegExp(r'\d+', config=True,
         help="""A regular expression used to get the job id from the output of the
         submit_command. """
         )
     job_file_name = Unicode(u'ipython_job.xml', config=True,
         help="The filename of the instantiated job script.")
     # The full path to the instantiated job script. This gets made dynamically
     # by combining the work_dir with the job_file_name.
     job_file = Unicode(u'')
     scheduler = Unicode('', config=True,
         help="The hostname of the scheduler to submit the job to.")
     job_cmd = Unicode(find_job_cmd(), config=True,
         help="The command for submitting jobs.")
 
     def __init__(self, work_dir=u'.', config=None, **kwargs):
         super(WindowsHPCLauncher, self).__init__(
             work_dir=work_dir, config=config, **kwargs
         )
 
     @property
     def job_file(self):
         return os.path.join(self.work_dir, self.job_file_name)
 
     def write_job_file(self, n):
         raise NotImplementedError("Implement write_job_file in a subclass.")
 
     def find_args(self):
         return [u'job.exe']
 
     def parse_job_id(self, output):
         """Take the output of the submit command and return the job id."""
         m = self.job_id_regexp.search(output)
         if m is not None:
             job_id = m.group()
         else:
             raise LauncherError("Job id couldn't be determined: %s" % output)
         self.job_id = job_id
         self.log.info('Job started with id: %r', job_id)
         return job_id
 
     def start(self, n):
         """Start n copies of the process using the Win HPC job scheduler."""
         self.write_job_file(n)
         args = [
             'submit',
             '/jobfile:%s' % self.job_file,
             '/scheduler:%s' % self.scheduler
         ]
         self.log.debug("Starting Win HPC Job: %s" % (self.job_cmd + ' ' + ' '.join(args),))
 
         output = check_output([self.job_cmd]+args,
             env=os.environ,
             cwd=self.work_dir,
             stderr=STDOUT
         )
         output = output.decode(DEFAULT_ENCODING, 'replace')
         job_id = self.parse_job_id(output)
         self.notify_start(job_id)
         return job_id
 
     def stop(self):
         args = [
             'cancel',
             self.job_id,
             '/scheduler:%s' % self.scheduler
         ]
         self.log.info("Stopping Win HPC Job: %s" % (self.job_cmd + ' ' + ' '.join(args),))
         try:
             output = check_output([self.job_cmd]+args,
                 env=os.environ,
                 cwd=self.work_dir,
                 stderr=STDOUT
             )
             output = output.decode(DEFAULT_ENCODING, 'replace')
         except:
             output = u'The job already appears to be stopped: %r' % self.job_id
         self.notify_stop(dict(job_id=self.job_id, output=output))  # Pass the output of the kill cmd
         return output
 
 
 class WindowsHPCControllerLauncher(WindowsHPCLauncher, ClusterAppMixin):
 
     job_file_name = Unicode(u'ipcontroller_job.xml', config=True,
         help="WinHPC xml job file.")
     controller_args = List([], config=False,
         help="extra args to pass to ipcontroller")
 
     def write_job_file(self, n):
         job = IPControllerJob(parent=self)
 
         t = IPControllerTask(parent=self)
         # The tasks work directory is *not* the actual work directory of
         # the controller. It is used as the base path for the stdout/stderr
         # files that the scheduler redirects to.
         t.work_directory = self.profile_dir
         # Add the profile_dir and from self.start().
         t.controller_args.extend(self.cluster_args)
         t.controller_args.extend(self.controller_args)
         job.add_task(t)
 
         self.log.debug("Writing job description file: %s", self.job_file)
         job.write(self.job_file)
 
     @property
     def job_file(self):
         return os.path.join(self.profile_dir, self.job_file_name)
 
     def start(self):
         """Start the controller by profile_dir."""
         return super(WindowsHPCControllerLauncher, self).start(1)
 
 
 class WindowsHPCEngineSetLauncher(WindowsHPCLauncher, ClusterAppMixin):
 
     job_file_name = Unicode(u'ipengineset_job.xml', config=True,
         help="jobfile for ipengines job")
     engine_args = List([], config=False,
         help="extra args to pas to ipengine")
 
     def write_job_file(self, n):
         job = IPEngineSetJob(parent=self)
 
         for i in range(n):
             t = IPEngineTask(parent=self)
             # The tasks work directory is *not* the actual work directory of
             # the engine. It is used as the base path for the stdout/stderr
             # files that the scheduler redirects to.
             t.work_directory = self.profile_dir
             # Add the profile_dir and from self.start().
             t.engine_args.extend(self.cluster_args)
             t.engine_args.extend(self.engine_args)
             job.add_task(t)
 
         self.log.debug("Writing job description file: %s", self.job_file)
         job.write(self.job_file)
 
     @property
     def job_file(self):
         return os.path.join(self.profile_dir, self.job_file_name)
 
     def start(self, n):
         """Start the controller by profile_dir."""
         return super(WindowsHPCEngineSetLauncher, self).start(n)
 
 
 #-----------------------------------------------------------------------------
 # Batch (PBS) system launchers
 #-----------------------------------------------------------------------------
 
 class BatchClusterAppMixin(ClusterAppMixin):
     """ClusterApp mixin that updates the self.context dict, rather than cl-args."""
     def _profile_dir_changed(self, name, old, new):
         self.context[name] = new
     _cluster_id_changed = _profile_dir_changed
 
     def _profile_dir_default(self):
         self.context['profile_dir'] = ''
         return ''
     def _cluster_id_default(self):
         self.context['cluster_id'] = ''
         return ''
 
 
 class BatchSystemLauncher(BaseLauncher):
     """Launch an external process using a batch system.
 
     This class is designed to work with UNIX batch systems like PBS, LSF,
     GridEngine, etc.  The overall model is that there are different commands
     like qsub, qdel, etc. that handle the starting and stopping of the process.
 
     This class also has the notion of a batch script. The ``batch_template``
     attribute can be set to a string that is a template for the batch script.
     This template is instantiated using string formatting. Thus the template can
     use {n} fot the number of instances. Subclasses can add additional variables
     to the template dict.
     """
 
     # Subclasses must fill these in.  See PBSEngineSet
     submit_command = List([''], config=True,
         help="The name of the command line program used to submit jobs.")
     delete_command = List([''], config=True,
         help="The name of the command line program used to delete jobs.")
     job_id_regexp = CRegExp('', config=True,
         help="""A regular expression used to get the job id from the output of the
         submit_command.""")
     job_id_regexp_group = Integer(0, config=True,
         help="""The group we wish to match in job_id_regexp (0 to match all)""")
     batch_template = Unicode('', config=True,
         help="The string that is the batch script template itself.")
     batch_template_file = Unicode(u'', config=True,
         help="The file that contains the batch template.")
     batch_file_name = Unicode(u'batch_script', config=True,
         help="The filename of the instantiated batch script.")
     queue = Unicode(u'', config=True,
         help="The PBS Queue.")
 
     def _queue_changed(self, name, old, new):
         self.context[name] = new
 
     n = Integer(1)
     _n_changed = _queue_changed
 
     # not configurable, override in subclasses
     # PBS Job Array regex
     job_array_regexp = CRegExp('')
     job_array_template = Unicode('')
     # PBS Queue regex
     queue_regexp = CRegExp('')
     queue_template = Unicode('')
     # The default batch template, override in subclasses
     default_template = Unicode('')
     # The full path to the instantiated batch script.
     batch_file = Unicode(u'')
     # the format dict used with batch_template:
     context = Dict()
 
     def _context_default(self):
         """load the default context with the default values for the basic keys
 
         because the _trait_changed methods only load the context if they
         are set to something other than the default value.
         """
         return dict(n=1, queue=u'', profile_dir=u'', cluster_id=u'')
     
     # the Formatter instance for rendering the templates:
     formatter = Instance(EvalFormatter, (), {})
 
     def find_args(self):
         return self.submit_command + [self.batch_file]
 
     def __init__(self, work_dir=u'.', config=None, **kwargs):
         super(BatchSystemLauncher, self).__init__(
             work_dir=work_dir, config=config, **kwargs
         )
         self.batch_file = os.path.join(self.work_dir, self.batch_file_name)
 
     def parse_job_id(self, output):
         """Take the output of the submit command and return the job id."""
         m = self.job_id_regexp.search(output)
         if m is not None:
             job_id = m.group(self.job_id_regexp_group)
         else:
             raise LauncherError("Job id couldn't be determined: %s" % output)
         self.job_id = job_id
         self.log.info('Job submitted with job id: %r', job_id)
         return job_id
 
     def write_batch_script(self, n):
         """Instantiate and write the batch script to the work_dir."""
         self.n = n
         # first priority is batch_template if set
         if self.batch_template_file and not self.batch_template:
             # second priority is batch_template_file
             with open(self.batch_template_file) as f:
                 self.batch_template = f.read()
         if not self.batch_template:
             # third (last) priority is default_template
             self.batch_template = self.default_template
             # add jobarray or queue lines to user-specified template
             # note that this is *only* when user did not specify a template.
             self._insert_queue_in_script()
             self._insert_job_array_in_script()
         script_as_string = self.formatter.format(self.batch_template, **self.context)
         self.log.debug('Writing batch script: %s', self.batch_file)
         with open(self.batch_file, 'w') as f:
             f.write(script_as_string)
         os.chmod(self.batch_file, stat.S_IRUSR | stat.S_IWUSR | stat.S_IXUSR)
 
     def _insert_queue_in_script(self):
         """Inserts a queue if required into the batch script.
         """
         if self.queue and not self.queue_regexp.search(self.batch_template):
             self.log.debug("adding PBS queue settings to batch script")
             firstline, rest = self.batch_template.split('\n',1)
             self.batch_template = u'\n'.join([firstline, self.queue_template, rest])
 
     def _insert_job_array_in_script(self):
         """Inserts a job array if required into the batch script.
         """
         if not self.job_array_regexp.search(self.batch_template):
             self.log.debug("adding job array settings to batch script")
             firstline, rest = self.batch_template.split('\n',1)
             self.batch_template = u'\n'.join([firstline, self.job_array_template, rest])
 
     def start(self, n):
         """Start n copies of the process using a batch system."""
         self.log.debug("Starting %s: %r", self.__class__.__name__, self.args)
         # Here we save profile_dir in the context so they
         # can be used in the batch script template as {profile_dir}
         self.write_batch_script(n)
         output = check_output(self.args, env=os.environ)
         output = output.decode(DEFAULT_ENCODING, 'replace')
 
         job_id = self.parse_job_id(output)
         self.notify_start(job_id)
         return job_id
 
     def stop(self):
         try:
             p = Popen(self.delete_command+[self.job_id], env=os.environ,
                       stdout=PIPE, stderr=PIPE)
             out, err = p.communicate()
             output = out + err
         except:
             self.log.exception("Problem stopping cluster with command: %s" %
                                (self.delete_command + [self.job_id]))
             output = ""
         output = output.decode(DEFAULT_ENCODING, 'replace')
         self.notify_stop(dict(job_id=self.job_id, output=output)) # Pass the output of the kill cmd
         return output
 
 
 class PBSLauncher(BatchSystemLauncher):
     """A BatchSystemLauncher subclass for PBS."""
 
     submit_command = List(['qsub'], config=True,
         help="The PBS submit command ['qsub']")
     delete_command = List(['qdel'], config=True,
         help="The PBS delete command ['qsub']")
     job_id_regexp = CRegExp(r'\d+', config=True,
         help="Regular expresion for identifying the job ID [r'\d+']")
 
     batch_file = Unicode(u'')
     job_array_regexp = CRegExp('#PBS\W+-t\W+[\w\d\-\$]+')
     job_array_template = Unicode('#PBS -t 1-{n}')
     queue_regexp = CRegExp('#PBS\W+-q\W+\$?\w+')
     queue_template = Unicode('#PBS -q {queue}')
 
 
 class PBSControllerLauncher(PBSLauncher, BatchClusterAppMixin):
     """Launch a controller using PBS."""
 
     batch_file_name = Unicode(u'pbs_controller', config=True,
         help="batch file name for the controller job.")
     default_template= Unicode("""#!/bin/sh
 #PBS -V
 #PBS -N ipcontroller
 %s --log-to-file --profile-dir="{profile_dir}" --cluster-id="{cluster_id}"
 """%(' '.join(map(pipes.quote, ipcontroller_cmd_argv))))
 
     def start(self):
         """Start the controller by profile or profile_dir."""
         return super(PBSControllerLauncher, self).start(1)
 
 
 class PBSEngineSetLauncher(PBSLauncher, BatchClusterAppMixin):
     """Launch Engines using PBS"""
     batch_file_name = Unicode(u'pbs_engines', config=True,
         help="batch file name for the engine(s) job.")
     default_template= Unicode(u"""#!/bin/sh
 #PBS -V
 #PBS -N ipengine
 %s --profile-dir="{profile_dir}" --cluster-id="{cluster_id}"
 """%(' '.join(map(pipes.quote,ipengine_cmd_argv))))
 
 
 #SGE is very similar to PBS
 
 class SGELauncher(PBSLauncher):
     """Sun GridEngine is a PBS clone with slightly different syntax"""
     job_array_regexp = CRegExp('#\$\W+\-t')
     job_array_template = Unicode('#$ -t 1-{n}')
     queue_regexp = CRegExp('#\$\W+-q\W+\$?\w+')
     queue_template = Unicode('#$ -q {queue}')
 
 
 class SGEControllerLauncher(SGELauncher, BatchClusterAppMixin):
     """Launch a controller using SGE."""
 
     batch_file_name = Unicode(u'sge_controller', config=True,
         help="batch file name for the ipontroller job.")
     default_template= Unicode(u"""#$ -V
 #$ -S /bin/sh
 #$ -N ipcontroller
 %s --log-to-file --profile-dir="{profile_dir}" --cluster-id="{cluster_id}"
 """%(' '.join(map(pipes.quote, ipcontroller_cmd_argv))))
 
     def start(self):
         """Start the controller by profile or profile_dir."""
         return super(SGEControllerLauncher, self).start(1)
 
 
 class SGEEngineSetLauncher(SGELauncher, BatchClusterAppMixin):
     """Launch Engines with SGE"""
     batch_file_name = Unicode(u'sge_engines', config=True,
         help="batch file name for the engine(s) job.")
     default_template = Unicode("""#$ -V
 #$ -S /bin/sh
 #$ -N ipengine
 %s --profile-dir="{profile_dir}" --cluster-id="{cluster_id}"
 """%(' '.join(map(pipes.quote, ipengine_cmd_argv))))
 
 
 # LSF launchers
 
 class LSFLauncher(BatchSystemLauncher):
     """A BatchSystemLauncher subclass for LSF."""
 
     submit_command = List(['bsub'], config=True,
                           help="The PBS submit command ['bsub']")
     delete_command = List(['bkill'], config=True,
                           help="The PBS delete command ['bkill']")
     job_id_regexp = CRegExp(r'\d+', config=True,
                             help="Regular expresion for identifying the job ID [r'\d+']")
 
     batch_file = Unicode(u'')
     job_array_regexp = CRegExp('#BSUB[ \t]-J+\w+\[\d+-\d+\]')
     job_array_template = Unicode('#BSUB -J ipengine[1-{n}]')
     queue_regexp = CRegExp('#BSUB[ \t]+-q[ \t]+\w+')
     queue_template = Unicode('#BSUB -q {queue}')
 
     def start(self, n):
         """Start n copies of the process using LSF batch system.
         This cant inherit from the base class because bsub expects
         to be piped a shell script in order to honor the #BSUB directives :
         bsub < script
         """
         # Here we save profile_dir in the context so they
         # can be used in the batch script template as {profile_dir}
         self.write_batch_script(n)
         piped_cmd = self.args[0]+'<\"'+self.args[1]+'\"'
         self.log.debug("Starting %s: %s", self.__class__.__name__, piped_cmd)
         p = Popen(piped_cmd, shell=True,env=os.environ,stdout=PIPE)
         output,err = p.communicate()
         output = output.decode(DEFAULT_ENCODING, 'replace')
         job_id = self.parse_job_id(output)
         self.notify_start(job_id)
         return job_id
 
 
 class LSFControllerLauncher(LSFLauncher, BatchClusterAppMixin):
     """Launch a controller using LSF."""
 
     batch_file_name = Unicode(u'lsf_controller', config=True,
                               help="batch file name for the controller job.")
     default_template= Unicode("""#!/bin/sh
     #BSUB -J ipcontroller
     #BSUB -oo ipcontroller.o.%%J
     #BSUB -eo ipcontroller.e.%%J
     %s --log-to-file --profile-dir="{profile_dir}" --cluster-id="{cluster_id}"
     """%(' '.join(map(pipes.quote,ipcontroller_cmd_argv))))
 
     def start(self):
         """Start the controller by profile or profile_dir."""
         return super(LSFControllerLauncher, self).start(1)
 
 
 class LSFEngineSetLauncher(LSFLauncher, BatchClusterAppMixin):
     """Launch Engines using LSF"""
     batch_file_name = Unicode(u'lsf_engines', config=True,
                               help="batch file name for the engine(s) job.")
     default_template= Unicode(u"""#!/bin/sh
     #BSUB -oo ipengine.o.%%J
     #BSUB -eo ipengine.e.%%J
     %s --profile-dir="{profile_dir}" --cluster-id="{cluster_id}"
     """%(' '.join(map(pipes.quote, ipengine_cmd_argv))))
 
 
 
 class HTCondorLauncher(BatchSystemLauncher):
     """A BatchSystemLauncher subclass for HTCondor.
 
     HTCondor requires that we launch the ipengine/ipcontroller scripts rather
     that the python instance but otherwise is very similar to PBS.  This is because 
     HTCondor destroys sys.executable when launching remote processes - a launched 
     python process depends on sys.executable to effectively evaluate its
     module search paths. Without it, regardless of which python interpreter you launch
     you will get the to built in module search paths.
 
     We use the ip{cluster, engine, controller} scripts as our executable to circumvent 
     this - the mechanism of shebanged scripts means that the python binary will be 
     launched with argv[0] set to the *location of the ip{cluster, engine, controller} 
     scripts on the remote node*. This means you need to take care that:
 
     a. Your remote nodes have their paths configured correctly, with the ipengine and ipcontroller
        of the python environment you wish to execute code in having top precedence.
     b. This functionality is untested on Windows.
 
     If you need different behavior, consider making you own template.
     """
 
     submit_command = List(['condor_submit'], config=True,
         help="The HTCondor submit command ['condor_submit']")
     delete_command = List(['condor_rm'], config=True,
         help="The HTCondor delete command ['condor_rm']")
     job_id_regexp = CRegExp(r'(\d+)\.$', config=True,
         help="Regular expression for identifying the job ID [r'(\d+)\.$']")
     job_id_regexp_group = Integer(1, config=True,
         help="""The group we wish to match in job_id_regexp [1]""")
 
     job_array_regexp = CRegExp('queue\W+\$')
     job_array_template = Unicode('queue {n}')
 
 
     def _insert_job_array_in_script(self):
         """Inserts a job array if required into the batch script.
         """
         if not self.job_array_regexp.search(self.batch_template):
             self.log.debug("adding job array settings to batch script")
             #HTCondor requires that the job array goes at the bottom of the script
             self.batch_template = '\n'.join([self.batch_template,
                 self.job_array_template])
 
     def _insert_queue_in_script(self):
         """AFAIK, HTCondor doesn't have a concept of multiple queues that can be
         specified in the script.
         """
         pass
 
 
 class HTCondorControllerLauncher(HTCondorLauncher, BatchClusterAppMixin):
     """Launch a controller using HTCondor."""
 
     batch_file_name = Unicode(u'htcondor_controller', config=True,
                               help="batch file name for the controller job.")
     default_template = Unicode(r"""
 universe        = vanilla
 executable      = ipcontroller
 # by default we expect a shared file system
 transfer_executable = False
 arguments       = --log-to-file '--profile-dir={profile_dir}' --cluster-id='{cluster_id}'
 """)
 
     def start(self):
         """Start the controller by profile or profile_dir."""
         return super(HTCondorControllerLauncher, self).start(1)
 
 
 class HTCondorEngineSetLauncher(HTCondorLauncher, BatchClusterAppMixin):
     """Launch Engines using HTCondor"""
     batch_file_name = Unicode(u'htcondor_engines', config=True,
                               help="batch file name for the engine(s) job.")
     default_template = Unicode("""
 universe        = vanilla
 executable      = ipengine
 # by default we expect a shared file system
 transfer_executable = False
 arguments       = "--log-to-file '--profile-dir={profile_dir}' '--cluster-id={cluster_id}'"
 """)
 
 
 #-----------------------------------------------------------------------------
 # A launcher for ipcluster itself!
 #-----------------------------------------------------------------------------
 
 
 class IPClusterLauncher(LocalProcessLauncher):
     """Launch the ipcluster program in an external process."""
 
     ipcluster_cmd = List(ipcluster_cmd_argv, config=True,
         help="Popen command for ipcluster")
     ipcluster_args = List(
         ['--clean-logs=True', '--log-to-file', '--log-level=%i'%logging.INFO], config=True,
         help="Command line arguments to pass to ipcluster.")
     ipcluster_subcommand = Unicode('start')
     profile = Unicode('default')
     n = Integer(2)
 
     def find_args(self):
         return self.ipcluster_cmd + [self.ipcluster_subcommand] + \
             ['--n=%i'%self.n, '--profile=%s'%self.profile] + \
             self.ipcluster_args
 
     def start(self):
         return super(IPClusterLauncher, self).start()
 
 #-----------------------------------------------------------------------------
 # Collections of launchers
 #-----------------------------------------------------------------------------
 
 local_launchers = [
     LocalControllerLauncher,
     LocalEngineLauncher,
     LocalEngineSetLauncher,
 ]
 mpi_launchers = [
     MPILauncher,
     MPIControllerLauncher,
     MPIEngineSetLauncher,
 ]
 ssh_launchers = [
     SSHLauncher,
     SSHControllerLauncher,
     SSHEngineLauncher,
     SSHEngineSetLauncher,
     SSHProxyEngineSetLauncher,
 ]
 winhpc_launchers = [
     WindowsHPCLauncher,
     WindowsHPCControllerLauncher,
     WindowsHPCEngineSetLauncher,
 ]
 pbs_launchers = [
     PBSLauncher,
     PBSControllerLauncher,
     PBSEngineSetLauncher,
 ]
 sge_launchers = [
     SGELauncher,
     SGEControllerLauncher,
     SGEEngineSetLauncher,
 ]
 lsf_launchers = [
     LSFLauncher,
     LSFControllerLauncher,
     LSFEngineSetLauncher,
 ]
 htcondor_launchers = [
     HTCondorLauncher,
     HTCondorControllerLauncher,
     HTCondorEngineSetLauncher,
 ]
 all_launchers = local_launchers + mpi_launchers + ssh_launchers + winhpc_launchers\
                 + pbs_launchers + sge_launchers + lsf_launchers + htcondor_launchers

IPython/testing/iptestcontroller.py

@@ -1,510 +1,520 b''
 # -*- coding: utf-8 -*-
 """IPython Test Process Controller
 
 This module runs one or more subprocesses which will actually run the IPython
 test suite.
 
 """
 
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2009-2011  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 from __future__ import print_function
 
 import argparse
 import multiprocessing.pool
 from multiprocessing import Process, Queue
 import os
 import shutil
 import signal
 import sys
 import subprocess
 import time
 
 from .iptest import have, test_group_names as py_test_group_names, test_sections
 from IPython.utils.path import compress_user
 from IPython.utils.py3compat import bytes_to_str
 from IPython.utils.sysinfo import get_sys_info
 from IPython.utils.tempdir import TemporaryDirectory
 
 
 class TestController(object):
     """Run tests in a subprocess
     """
     #: str, IPython test suite to be executed.
     section = None
     #: list, command line arguments to be executed
     cmd = None
     #: dict, extra environment variables to set for the subprocess
     env = None
     #: list, TemporaryDirectory instances to clear up when the process finishes
     dirs = None
     #: subprocess.Popen instance
     process = None
     #: str, process stdout+stderr
     stdout = None
     #: bool, whether to capture process stdout & stderr
     buffer_output = False
 
     def __init__(self):
         self.cmd = []
         self.env = {}
         self.dirs = []
 
     def launch(self):
         # print('*** ENV:', self.env)  # dbg
         # print('*** CMD:', self.cmd)  # dbg
         env = os.environ.copy()
         env.update(self.env)
         output = subprocess.PIPE if self.buffer_output else None
         stdout = subprocess.STDOUT if self.buffer_output else None
         self.process = subprocess.Popen(self.cmd, stdout=output,
                 stderr=stdout, env=env)
 
     def wait(self):
         self.stdout, _ = self.process.communicate()
         return self.process.returncode
 
     def cleanup_process(self):
         """Cleanup on exit by killing any leftover processes."""
         subp = self.process
         if subp is None or (subp.poll() is not None):
             return  # Process doesn't exist, or is already dead.
 
         try:
             print('Cleaning up stale PID: %d' % subp.pid)
             subp.kill()
         except: # (OSError, WindowsError) ?
             # This is just a best effort, if we fail or the process was
             # really gone, ignore it.
             pass
         else:
             for i in range(10):
                 if subp.poll() is None:
                     time.sleep(0.1)
                 else:
                     break
 
         if subp.poll() is None:
             # The process did not die...
             print('... failed. Manual cleanup may be required.')
 
     def cleanup(self):
         "Kill process if it's still alive, and clean up temporary directories"
         self.cleanup_process()
         for td in self.dirs:
             td.cleanup()
 
     __del__ = cleanup
 
 class PyTestController(TestController):
     """Run Python tests using IPython.testing.iptest"""
     #: str, Python command to execute in subprocess
     pycmd = None
 
     def __init__(self, section):
         """Create new test runner."""
         TestController.__init__(self)
         self.section = section
         # pycmd is put into cmd[2] in PyTestController.launch()
         self.cmd = [sys.executable, '-c', None, section]
         self.pycmd = "from IPython.testing.iptest import run_iptest; run_iptest()"
         ipydir = TemporaryDirectory()
         self.dirs.append(ipydir)
         self.env['IPYTHONDIR'] = ipydir.name
         self.workingdir = workingdir = TemporaryDirectory()
         self.dirs.append(workingdir)
         self.env['IPTEST_WORKING_DIR'] = workingdir.name
         # This means we won't get odd effects from our own matplotlib config
         self.env['MPLCONFIGDIR'] = workingdir.name
 
     @property
     def will_run(self):
         try:
             return test_sections[self.section].will_run
         except KeyError:
             return True
 
     def add_xunit(self):
         xunit_file = os.path.abspath(self.section + '.xunit.xml')
         self.cmd.extend(['--with-xunit', '--xunit-file', xunit_file])
 
     def add_coverage(self):
         try:
             sources = test_sections[self.section].includes
         except KeyError:
             sources = ['IPython']
 
         coverage_rc = ("[run]\n"
                        "data_file = {data_file}\n"
                        "source =\n"
                        "  {source}\n"
                       ).format(data_file=os.path.abspath('.coverage.'+self.section),
                                source="\n  ".join(sources))
         config_file = os.path.join(self.workingdir.name, '.coveragerc')
         with open(config_file, 'w') as f:
             f.write(coverage_rc)
 
         self.env['COVERAGE_PROCESS_START'] = config_file
         self.pycmd = "import coverage; coverage.process_startup(); " + self.pycmd
 
     def launch(self):
         self.cmd[2] = self.pycmd
         super(PyTestController, self).launch()
 
+js_prefix = 'js/'
+
+def get_js_test_dir():
+    import IPython.html.tests as t
+    return os.path.join(os.path.dirname(t.__file__), '')
+
+def all_js_groups():
+    import glob
+    test_dir = get_js_test_dir()
+    all_subdirs = glob.glob(test_dir + '*/')
+    return [js_prefix+os.path.relpath(x, test_dir) for x in all_subdirs if os.path.relpath(x, test_dir) != '__pycache__']
+
 class JSController(TestController):
     """Run CasperJS tests """
     def __init__(self, section):
         """Create new test runner."""
         TestController.__init__(self)
         self.section = section
 
         self.ipydir = TemporaryDirectory()
         self.nbdir = TemporaryDirectory()
         print("Running notebook tests in directory: %r" % self.nbdir.name)
-        os.makedirs(os.path.join(self.nbdir.name, os.path.join('subdir1', 'subdir1a')))
-        os.makedirs(os.path.join(self.nbdir.name, os.path.join('subdir2', 'subdir2a')))
+        os.makedirs(os.path.join(self.nbdir.name, os.path.join(u'sub ∂ir1', u'sub ∂ir 1a')))
+        os.makedirs(os.path.join(self.nbdir.name, os.path.join(u'sub ∂ir2', u'sub ∂ir 1b')))
         self.dirs.append(self.ipydir)
         self.dirs.append(self.nbdir)
 
     def launch(self):
         # start the ipython notebook, so we get the port number
         self._init_server()
-
-        import IPython.html.tests as t
-        test_dir = os.path.join(os.path.dirname(t.__file__), 'casperjs')
-        includes = '--includes=' + os.path.join(test_dir,'util.js')
-        test_cases = os.path.join(test_dir, 'test_cases')
+        js_test_dir = get_js_test_dir()
+        includes = '--includes=' + os.path.join(js_test_dir,'util.js')
+        test_cases = os.path.join(js_test_dir, self.section[len(js_prefix):])
         port = '--port=' + str(self.server_port)
         self.cmd = ['casperjs', 'test', port, includes, test_cases]
-
         super(JSController, self).launch()
 
     @property
     def will_run(self):
         return all(have[a] for a in ['zmq', 'tornado', 'jinja2', 'casperjs'])
 
     def _init_server(self):
         "Start the notebook server in a separate process"
         self.queue = q = Queue()
         self.server = Process(target=run_webapp, args=(q, self.ipydir.name, self.nbdir.name))
         self.server.start()
         self.server_port = q.get()
 
     def cleanup(self):
         self.server.terminate()
         self.server.join()
         TestController.cleanup(self)
 
-js_test_group_names = {'js'}
-
 def run_webapp(q, ipydir, nbdir, loglevel=0):
     """start the IPython Notebook, and pass port back to the queue"""
     import os
     import IPython.html.notebookapp as nbapp
     import sys
     sys.stderr = open(os.devnull, 'w')
     server = nbapp.NotebookApp()
     args = ['--no-browser']
     args.extend(['--ipython-dir', ipydir])
     args.extend(['--notebook-dir', nbdir])
     args.extend(['--log-level', str(loglevel)])
     server.initialize(args)
     # communicate the port number to the parent process
     q.put(server.port)
     server.start()
 
 def prepare_controllers(options):
     """Returns two lists of TestController instances, those to run, and those
     not to run."""
     testgroups = options.testgroups
 
     if testgroups:
         py_testgroups = [g for g in testgroups if (g in py_test_group_names) \
                                                 or g.startswith('IPython.')]
-        js_testgroups = [g for g in testgroups if g in js_test_group_names]
+        if 'js' in testgroups:
+            js_testgroups = all_js_groups()
+        else:
+            js_testgroups = [g for g in testgroups if g not in py_testgroups]
     else:
         py_testgroups = py_test_group_names
-        js_testgroups = js_test_group_names
+        js_testgroups = all_js_groups()
         if not options.all:
             test_sections['parallel'].enabled = False
 
     c_js = [JSController(name) for name in js_testgroups]
     c_py = [PyTestController(name) for name in py_testgroups]
 
     configure_py_controllers(c_py, xunit=options.xunit,
             coverage=options.coverage, subproc_streams=options.subproc_streams,
             extra_args=options.extra_args)
 
     controllers = c_py + c_js
     to_run = [c for c in controllers if c.will_run]
     not_run = [c for c in controllers if not c.will_run]
     return to_run, not_run
 
 def configure_py_controllers(controllers, xunit=False, coverage=False,
                              subproc_streams='capture', extra_args=()):
     """Apply options for a collection of TestController objects."""
     for controller in controllers:
         if xunit:
             controller.add_xunit()
         if coverage:
             controller.add_coverage()
         controller.env['IPTEST_SUBPROC_STREAMS'] = subproc_streams
         controller.cmd.extend(extra_args)
 
 def do_run(controller):
     try:
         try:
             controller.launch()
         except Exception:
             import traceback
             traceback.print_exc()
             return controller, 1  # signal failure
 
         exitcode = controller.wait()
         return controller, exitcode
 
     except KeyboardInterrupt:
         return controller, -signal.SIGINT
     finally:
         controller.cleanup()
 
 def report():
     """Return a string with a summary report of test-related variables."""
     inf = get_sys_info()
     out = []
     def _add(name, value):
         out.append((name, value))
 
     _add('IPython version', inf['ipython_version'])
     _add('IPython commit', "{} ({})".format(inf['commit_hash'], inf['commit_source']))
     _add('IPython package', compress_user(inf['ipython_path']))
     _add('Python version', inf['sys_version'].replace('\n',''))
     _add('sys.executable', compress_user(inf['sys_executable']))
     _add('Platform', inf['platform'])
 
     width = max(len(n) for (n,v) in out)
     out = ["{:<{width}}: {}\n".format(n, v, width=width) for (n,v) in out]
 
     avail = []
     not_avail = []
 
     for k, is_avail in have.items():
         if is_avail:
             avail.append(k)
         else:
             not_avail.append(k)
 
     if avail:
         out.append('\nTools and libraries available at test time:\n')
         avail.sort()
         out.append('   ' + ' '.join(avail)+'\n')
 
     if not_avail:
         out.append('\nTools and libraries NOT available at test time:\n')
         not_avail.sort()
         out.append('   ' + ' '.join(not_avail)+'\n')
 
     return ''.join(out)
 
 def run_iptestall(options):
     """Run the entire IPython test suite by calling nose and trial.
 
     This function constructs :class:`IPTester` instances for all IPython
     modules and package and then runs each of them.  This causes the modules
     and packages of IPython to be tested each in their own subprocess using
     nose.
 
     Parameters
     ----------
 
     All parameters are passed as attributes of the options object.
 
     testgroups : list of str
       Run only these sections of the test suite. If empty, run all the available
       sections.
 
     fast : int or None
       Run the test suite in parallel, using n simultaneous processes. If None
       is passed, one process is used per CPU core. Default 1 (i.e. sequential)
 
     inc_slow : bool
       Include slow tests, like IPython.parallel. By default, these tests aren't
       run.
 
     xunit : bool
       Produce Xunit XML output. This is written to multiple foo.xunit.xml files.
 
     coverage : bool or str
       Measure code coverage from tests. True will store the raw coverage data,
       or pass 'html' or 'xml' to get reports.
 
     extra_args : list
       Extra arguments to pass to the test subprocesses, e.g. '-v'
     """
     if options.fast != 1:
         # If running in parallel, capture output so it doesn't get interleaved
         TestController.buffer_output = True
 
     to_run, not_run = prepare_controllers(options)
 
     def justify(ltext, rtext, width=70, fill='-'):
         ltext += ' '
         rtext = (' ' + rtext).rjust(width - len(ltext), fill)
         return ltext + rtext
 
     # Run all test runners, tracking execution time
     failed = []
     t_start = time.time()
 
     print()
     if options.fast == 1:
         # This actually means sequential, i.e. with 1 job
         for controller in to_run:
             print('IPython test group:', controller.section)
             sys.stdout.flush()  # Show in correct order when output is piped
             controller, res = do_run(controller)
             if res:
                 failed.append(controller)
                 if res == -signal.SIGINT:
                     print("Interrupted")
                     break
             print()
 
     else:
         # Run tests concurrently
         try:
             pool = multiprocessing.pool.ThreadPool(options.fast)
             for (controller, res) in pool.imap_unordered(do_run, to_run):
                 res_string = 'OK' if res == 0 else 'FAILED'
                 print(justify('IPython test group: ' + controller.section, res_string))
                 if res:
                     print(bytes_to_str(controller.stdout))
                     failed.append(controller)
                     if res == -signal.SIGINT:
                         print("Interrupted")
                         break
         except KeyboardInterrupt:
             return
 
     for controller in not_run:
         print(justify('IPython test group: ' + controller.section, 'NOT RUN'))
 
     t_end = time.time()
     t_tests = t_end - t_start
     nrunners = len(to_run)
     nfail = len(failed)
     # summarize results
     print('_'*70)
     print('Test suite completed for system with the following information:')
     print(report())
     took = "Took %.3fs." % t_tests
     print('Status: ', end='')
     if not failed:
         print('OK (%d test groups).' % nrunners, took)
     else:
         # If anything went wrong, point out what command to rerun manually to
         # see the actual errors and individual summary
         failed_sections = [c.section for c in failed]
         print('ERROR - {} out of {} test groups failed ({}).'.format(nfail,
                                   nrunners, ', '.join(failed_sections)), took)
         print()
         print('You may wish to rerun these, with:')
         print('  iptest', *failed_sections)
         print()
 
     if options.coverage:
         from coverage import coverage
         cov = coverage(data_file='.coverage')
         cov.combine()
         cov.save()
 
         # Coverage HTML report
         if options.coverage == 'html':
             html_dir = 'ipy_htmlcov'
             shutil.rmtree(html_dir, ignore_errors=True)
             print("Writing HTML coverage report to %s/ ... " % html_dir, end="")
             sys.stdout.flush()
 
             # Custom HTML reporter to clean up module names.
             from coverage.html import HtmlReporter
             class CustomHtmlReporter(HtmlReporter):
                 def find_code_units(self, morfs):
                     super(CustomHtmlReporter, self).find_code_units(morfs)
                     for cu in self.code_units:
                         nameparts = cu.name.split(os.sep)
                         if 'IPython' not in nameparts:
                             continue
                         ix = nameparts.index('IPython')
                         cu.name = '.'.join(nameparts[ix:])
 
             # Reimplement the html_report method with our custom reporter
             cov._harvest_data()
             cov.config.from_args(omit='*%stests' % os.sep, html_dir=html_dir,
                                  html_title='IPython test coverage',
                                 )
             reporter = CustomHtmlReporter(cov, cov.config)
             reporter.report(None)
             print('done.')
 
         # Coverage XML report
         elif options.coverage == 'xml':
             cov.xml_report(outfile='ipy_coverage.xml')
 
     if failed:
         # Ensure that our exit code indicates failure
         sys.exit(1)
 
 argparser = argparse.ArgumentParser(description='Run IPython test suite')
 argparser.add_argument('testgroups', nargs='*',
                     help='Run specified groups of tests. If omitted, run '
                     'all tests.')
 argparser.add_argument('--all', action='store_true',
                     help='Include slow tests not run by default.')
 argparser.add_argument('-j', '--fast', nargs='?', const=None, default=1, type=int,
                     help='Run test sections in parallel.')
 argparser.add_argument('--xunit', action='store_true',
                     help='Produce Xunit XML results')
 argparser.add_argument('--coverage', nargs='?', const=True, default=False,
                     help="Measure test coverage. Specify 'html' or "
                     "'xml' to get reports.")
 argparser.add_argument('--subproc-streams', default='capture',
                     help="What to do with stdout/stderr from subprocesses. "
                     "'capture' (default), 'show' and 'discard' are the options.")
 
 def default_options():
     """Get an argparse Namespace object with the default arguments, to pass to
     :func:`run_iptestall`.
     """
     options = argparser.parse_args([])
     options.extra_args = []
     return options
 
 def main():
     # Arguments after -- should be passed through to nose. Argparse treats
     # everything after -- as regular positional arguments, so we separate them
     # first.
     try:
         ix = sys.argv.index('--')
     except ValueError:
         to_parse = sys.argv[1:]
         extra_args = []
     else:
         to_parse = sys.argv[1:ix]
         extra_args = sys.argv[ix+1:]
 
     options = argparser.parse_args(to_parse)
     options.extra_args = extra_args
 
     run_iptestall(options)
 
 
 if __name__ == '__main__':
     main()

IPython/utils/jsonutil.py

@@ -1,247 +1,256 b''
 """Utilities to manipulate JSON objects.
 """
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2010-2011  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING.txt, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 # stdlib
 import math
 import re
 import types
 from datetime import datetime
 
 try:
     # base64.encodestring is deprecated in Python 3.x
     from base64 import encodebytes
 except ImportError:
     # Python 2.x
     from base64 import encodestring as encodebytes
 
 from IPython.utils import py3compat
 from IPython.utils.py3compat import string_types, unicode_type, iteritems
 from IPython.utils.encoding import DEFAULT_ENCODING
 next_attr_name = '__next__' if py3compat.PY3 else 'next'
 
 #-----------------------------------------------------------------------------
 # Globals and constants
 #-----------------------------------------------------------------------------
 
 # timestamp formats
 ISO8601 = "%Y-%m-%dT%H:%M:%S.%f"
 ISO8601_PAT=re.compile(r"^(\d{4}-\d{2}-\d{2}T\d{2}:\d{2}:\d{2}\.\d{1,6})Z?([\+\-]\d{2}:?\d{2})?$")
 
 #-----------------------------------------------------------------------------
 # Classes and functions
 #-----------------------------------------------------------------------------
 
 def rekey(dikt):
     """Rekey a dict that has been forced to use str keys where there should be
     ints by json."""
     for k in dikt:
         if isinstance(k, string_types):
             ik=fk=None
             try:
                 ik = int(k)
             except ValueError:
                 try:
                     fk = float(k)
                 except ValueError:
                     continue
             if ik is not None:
                 nk = ik
             else:
                 nk = fk
             if nk in dikt:
                 raise KeyError("already have key %r"%nk)
             dikt[nk] = dikt.pop(k)
     return dikt
 
 def parse_date(s):
     """parse an ISO8601 date string
     
     If it is None or not a valid ISO8601 timestamp,
     it will be returned unmodified.
     Otherwise, it will return a datetime object.
     """
     if s is None:
         return s
     m = ISO8601_PAT.match(s)
     if m:
         # FIXME: add actual timezone support
         # this just drops the timezone info
         notz = m.groups()[0]
         return datetime.strptime(notz, ISO8601)
     return s
 
 def extract_dates(obj):
     """extract ISO8601 dates from unpacked JSON"""
     if isinstance(obj, dict):
         new_obj = {} # don't clobber
         for k,v in iteritems(obj):
             new_obj[k] = extract_dates(v)
         obj = new_obj
     elif isinstance(obj, (list, tuple)):
         obj = [ extract_dates(o) for o in obj ]
     elif isinstance(obj, string_types):
         obj = parse_date(obj)
     return obj
 
 def squash_dates(obj):
     """squash datetime objects into ISO8601 strings"""
     if isinstance(obj, dict):
         obj = dict(obj) # don't clobber
         for k,v in iteritems(obj):
             obj[k] = squash_dates(v)
     elif isinstance(obj, (list, tuple)):
         obj = [ squash_dates(o) for o in obj ]
     elif isinstance(obj, datetime):
         obj = obj.isoformat()
     return obj
 
 def date_default(obj):
     """default function for packing datetime objects in JSON."""
     if isinstance(obj, datetime):
         return obj.isoformat()
     else:
         raise TypeError("%r is not JSON serializable"%obj)
 
 
 # constants for identifying png/jpeg data
 PNG = b'\x89PNG\r\n\x1a\n'
 # front of PNG base64-encoded
 PNG64 = b'iVBORw0KG'
 JPEG = b'\xff\xd8'
 # front of JPEG base64-encoded
 JPEG64 = b'/9'
+# front of PDF base64-encoded
+PDF64 = b'JVBER'
 
 def encode_images(format_dict):
     """b64-encodes images in a displaypub format dict
 
     Perhaps this should be handled in json_clean itself?
 
     Parameters
     ----------
 
     format_dict : dict
         A dictionary of display data keyed by mime-type
 
     Returns
     -------
 
     format_dict : dict
         A copy of the same dictionary,
-        but binary image data ('image/png' or 'image/jpeg')
+        but binary image data ('image/png', 'image/jpeg' or 'application/pdf')
         is base64-encoded.
 
     """
     encoded = format_dict.copy()
 
     pngdata = format_dict.get('image/png')
     if isinstance(pngdata, bytes):
         # make sure we don't double-encode
         if not pngdata.startswith(PNG64):
             pngdata = encodebytes(pngdata)
         encoded['image/png'] = pngdata.decode('ascii')
 
     jpegdata = format_dict.get('image/jpeg')
     if isinstance(jpegdata, bytes):
         # make sure we don't double-encode
         if not jpegdata.startswith(JPEG64):
             jpegdata = encodebytes(jpegdata)
         encoded['image/jpeg'] = jpegdata.decode('ascii')
 
+    pdfdata = format_dict.get('application/pdf')
+    if isinstance(pdfdata, bytes):
+        # make sure we don't double-encode
+        if not pdfdata.startswith(PDF64):
+            pdfdata = encodebytes(pdfdata)
+        encoded['application/pdf'] = pdfdata.decode('ascii')
+
     return encoded
 
 
 def json_clean(obj):
     """Clean an object to ensure it's safe to encode in JSON.
 
     Atomic, immutable objects are returned unmodified.  Sets and tuples are
     converted to lists, lists are copied and dicts are also copied.
 
     Note: dicts whose keys could cause collisions upon encoding (such as a dict
     with both the number 1 and the string '1' as keys) will cause a ValueError
     to be raised.
 
     Parameters
     ----------
     obj : any python object
 
     Returns
     -------
     out : object
 
       A version of the input which will not cause an encoding error when
       encoded as JSON.  Note that this function does not *encode* its inputs,
       it simply sanitizes it so that there will be no encoding errors later.
 
     Examples
     --------
     >>> json_clean(4)
     4
     >>> json_clean(list(range(10)))
     [0, 1, 2, 3, 4, 5, 6, 7, 8, 9]
     >>> sorted(json_clean(dict(x=1, y=2)).items())
     [('x', 1), ('y', 2)]
     >>> sorted(json_clean(dict(x=1, y=2, z=[1,2,3])).items())
     [('x', 1), ('y', 2), ('z', [1, 2, 3])]
     >>> json_clean(True)
     True
     """
     # types that are 'atomic' and ok in json as-is.
     atomic_ok = (unicode_type, type(None))
 
     # containers that we need to convert into lists
     container_to_list = (tuple, set, types.GeneratorType)
 
     if isinstance(obj, float):
         # cast out-of-range floats to their reprs
         if math.isnan(obj) or math.isinf(obj):
             return repr(obj)
         return float(obj)
     
     if isinstance(obj, int):
         # cast int to int, in case subclasses override __str__ (e.g. boost enum, #4598)
         if isinstance(obj, bool):
             # bools are ints, but we don't want to cast them to 0,1
             return obj
         return int(obj)
 
     if isinstance(obj, atomic_ok):
         return obj
 
     if isinstance(obj, bytes):
         return obj.decode(DEFAULT_ENCODING, 'replace')
 
     if isinstance(obj, container_to_list) or (
         hasattr(obj, '__iter__') and hasattr(obj, next_attr_name)):
         obj = list(obj)
 
     if isinstance(obj, list):
         return [json_clean(x) for x in obj]
 
     if isinstance(obj, dict):
         # First, validate that the dict won't lose data in conversion due to
         # key collisions after stringification.  This can happen with keys like
         # True and 'true' or 1 and '1', which collide in JSON.
         nkeys = len(obj)
         nkeys_collapsed = len(set(map(str, obj)))
         if nkeys != nkeys_collapsed:
             raise ValueError('dict can not be safely converted to JSON: '
                              'key collision would lead to dropped values')
         # If all OK, proceed by making the new dict that will be json-safe
         out = {}
         for k,v in iteritems(obj):
             out[str(k)] = json_clean(v)
         return out
 
     # If we get here, we don't know how to handle the object, so we just get
     # its repr and return that.  This will catch lambdas, open sockets, class
     # objects, and any other complicated contraption that json can't encode
     return repr(obj)

IPython/utils/tests/test_jsonutil.py

@@ -1,147 +1,149 b''
 """Test suite for our JSON utilities.
 """
 #-----------------------------------------------------------------------------
 #  Copyright (C) 2010-2011  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING.txt, distributed as part of this software.
 #-----------------------------------------------------------------------------
 
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 # stdlib
 import datetime
 import json
 from base64 import decodestring
 
 # third party
 import nose.tools as nt
 
 # our own
 from IPython.utils import jsonutil, tz
 from ..jsonutil import json_clean, encode_images
 from ..py3compat import unicode_to_str, str_to_bytes, iteritems
 
 #-----------------------------------------------------------------------------
 # Test functions
 #-----------------------------------------------------------------------------
 class Int(int):
     def __str__(self):
         return 'Int(%i)' % self
 
 def test():
     # list of input/expected output.  Use None for the expected output if it
     # can be the same as the input.
     pairs = [(1, None), # start with scalars
              (1.0, None),
              ('a', None),
              (True, None),
              (False, None),
              (None, None),
              # complex numbers for now just go to strings, as otherwise they
              # are unserializable
              (1j, '1j'),
              # Containers
              ([1, 2], None),
              ((1, 2), [1, 2]),
              (set([1, 2]), [1, 2]),
              (dict(x=1), None),
              ({'x': 1, 'y':[1,2,3], '1':'int'}, None),
              # More exotic objects
              ((x for x in range(3)), [0, 1, 2]),
              (iter([1, 2]), [1, 2]),
              (Int(5), 5),
              ]
     
     for val, jval in pairs:
         if jval is None:
             jval = val
         out = json_clean(val)
         # validate our cleanup
         nt.assert_equal(out, jval)
         # and ensure that what we return, indeed encodes cleanly
         json.loads(json.dumps(out))
 
 
 
 def test_encode_images():
     # invalid data, but the header and footer are from real files
     pngdata = b'\x89PNG\r\n\x1a\nblahblahnotactuallyvalidIEND\xaeB`\x82'
     jpegdata = b'\xff\xd8\xff\xe0\x00\x10JFIFblahblahjpeg(\xa0\x0f\xff\xd9'
+    pdfdata = b'%PDF-1.\ntrailer<</Root<</Pages<</Kids[<</MediaBox[0 0 3 3]>>]>>>>>>'
     
     fmt = {
         'image/png'  : pngdata,
         'image/jpeg' : jpegdata,
+        'application/pdf' : pdfdata
     }
     encoded = encode_images(fmt)
     for key, value in iteritems(fmt):
         # encoded has unicode, want bytes
         decoded = decodestring(encoded[key].encode('ascii'))
         nt.assert_equal(decoded, value)
     encoded2 = encode_images(encoded)
     nt.assert_equal(encoded, encoded2)
     
     b64_str = {}
     for key, encoded in iteritems(encoded):
         b64_str[key] = unicode_to_str(encoded)
     encoded3 = encode_images(b64_str)
     nt.assert_equal(encoded3, b64_str)
     for key, value in iteritems(fmt):
         # encoded3 has str, want bytes
         decoded = decodestring(str_to_bytes(encoded3[key]))
         nt.assert_equal(decoded, value)
 
 def test_lambda():
     jc = json_clean(lambda : 1)
     assert isinstance(jc, str)
     assert '<lambda>' in jc
     json.dumps(jc)
 
 def test_extract_dates():
     timestamps = [
         '2013-07-03T16:34:52.249482',
         '2013-07-03T16:34:52.249482Z',
         '2013-07-03T16:34:52.249482Z-0800',
         '2013-07-03T16:34:52.249482Z+0800',
         '2013-07-03T16:34:52.249482Z+08:00',
         '2013-07-03T16:34:52.249482Z-08:00',
         '2013-07-03T16:34:52.249482-0800',
         '2013-07-03T16:34:52.249482+0800',
         '2013-07-03T16:34:52.249482+08:00',
         '2013-07-03T16:34:52.249482-08:00',
     ]
     extracted = jsonutil.extract_dates(timestamps)
     ref = extracted[0]
     for dt in extracted:
         nt.assert_true(isinstance(dt, datetime.datetime))
         nt.assert_equal(dt, ref)
 
 def test_parse_ms_precision():
     base = '2013-07-03T16:34:52.'
     digits = '1234567890'
     
     for i in range(len(digits)):
         ts = base + digits[:i]
         parsed = jsonutil.parse_date(ts)
         if i >= 1 and i <= 6:
             assert isinstance(parsed, datetime.datetime)
         else:
             assert isinstance(parsed, str)
 
 def test_date_default():
     data = dict(today=datetime.datetime.now(), utcnow=tz.utcnow())
     jsondata = json.dumps(data, default=jsonutil.date_default)
     nt.assert_in("+00", jsondata)
     nt.assert_equal(jsondata.count("+00"), 1)
     extracted = jsonutil.extract_dates(json.loads(jsondata))
     for dt in extracted.values():
         nt.assert_true(isinstance(dt, datetime.datetime))
 
 def test_exception():
     bad_dicts = [{1:'number', '1':'string'},
                  {True:'bool', 'True':'string'},
                  ]
     for d in bad_dicts:
         nt.assert_raises(ValueError, json_clean, d)
     

examples/core/ipython-completion.bash

@@ -1,131 +1,131 b''
 # load with: . ipython-completion.bash
 
 if [[ -n ${ZSH_VERSION-} ]]; then
     autoload -Uz bashcompinit && bashcompinit
 fi
 
 _ipython_get_flags()
 {
     local url=$1
     local var=$2
     local dash=$3
     if [[ "$url $var" == $__ipython_complete_last ]]; then
         opts=$__ipython_complete_last_res
         return
     fi
-    # pylab and profile don't need the = and the
+    # matplotlib and profile don't need the = and the
     # version without simplifies the special cased completion
-    opts=$(ipython ${url} --help-all | grep -E "^-{1,2}[^-]" | sed -e "s/<.*//" -e "s/[^=]$/& /" -e "s/^--pylab=$//" -e "s/^--profile=$/--profile /")
+    opts=$(ipython ${url} --help-all | grep -E "^-{1,2}[^-]" | sed -e "s/<.*//" -e "s/[^=]$/& /" -e "s/^--matplotlib=$//" -e "s/^--profile=$/--profile /")
     __ipython_complete_last="$url $var"
     __ipython_complete_last_res="$opts"
 }
 
 _ipython()
 {
     local cur=${COMP_WORDS[COMP_CWORD]}
     local prev=${COMP_WORDS[COMP_CWORD - 1]}
     local subcommands="notebook qtconsole console kernel profile locate history nbconvert "
     local opts=""
     if [ -z "$__ipython_complete_baseopts" ]; then
         _ipython_get_flags baseopts
         __ipython_complete_baseopts="${opts}"
     fi
     local baseopts="$__ipython_complete_baseopts"
     local mode=""
     for i in "${COMP_WORDS[@]}"; do
         [ "$cur" = "$i" ] && break
         if [[ ${subcommands} == *${i}* ]]; then
             mode="$i"
             break
         elif [[ ${i} == "--"* ]]; then
             mode="nosubcommand"
             break
         fi
     done
 
 
     if [[ ${cur} == -* ]]; then
         case $mode in
             "notebook" | "qtconsole" | "console" | "kernel" | "nbconvert")
                 _ipython_get_flags $mode
                 opts=$"${opts} ${baseopts}"
                 ;;
             "locate" | "profile")
                 _ipython_get_flags $mode
                 ;;
             "history")
                 if [[ $COMP_CWORD -ge 3 ]]; then
                     # 'history trim' and 'history clear' covered by next line
                     _ipython_get_flags history\ "${COMP_WORDS[2]}"
                 else
                     _ipython_get_flags $mode
 
                 fi
                 opts=$"${opts}"
                 ;;
             *)
                 opts=$baseopts
         esac
         # don't drop the trailing space
         local IFS=$'\t\n'
         COMPREPLY=( $(compgen -W "${opts}" -- ${cur}) )
         return 0
     elif [[ $mode == "profile" ]]; then
         opts="list 	create 	locate "
         local IFS=$'\t\n'
         COMPREPLY=( $(compgen -W "${opts}" -- ${cur}) )
     elif [[ $mode == "history" ]]; then
         if [[ $COMP_CWORD -ge 3 ]]; then
             # drop into flags
             opts="--"
         else
             opts="trim 	clear "
         fi
         local IFS=$'\t\n'
         COMPREPLY=( $(compgen -W "${opts}" -- ${cur}) )
     elif [[ $mode == "locate" ]]; then
         opts="profile"
         COMPREPLY=( $(compgen -W "${opts}" -- ${cur}) )
-    elif [[ ${prev} == "--pylab"* ]] || [[ ${prev} == "--gui"* ]]; then
-        if [ -z "$__ipython_complete_pylab" ]; then
-            __ipython_complete_pylab=`cat <<EOF | python -
+    elif [[ ${prev} == "--matplotlib"* ]] || [[ ${prev} == "--gui"* ]]; then
+        if [ -z "$__ipython_complete_matplotlib" ]; then
+            __ipython_complete_matplotlib=`cat <<EOF | python -
 try:
     import IPython.core.shellapp as mod;
-    for k in mod.InteractiveShellApp.pylab.values:
+    for k in mod.InteractiveShellApp.matplotlib.values:
         print "%s " % k
 except:
     pass
 EOF
         `
         fi
         local IFS=$'\t\n'
-        COMPREPLY=( $(compgen -W "${__ipython_complete_pylab}" -- ${cur}) )
+        COMPREPLY=( $(compgen -W "${__ipython_complete_matplotlib}" -- ${cur}) )
     elif [[ ${prev} == "--profile"* ]]; then
         if [ -z  "$__ipython_complete_profiles" ]; then
         __ipython_complete_profiles=`cat <<EOF | python -
 try:
     import IPython.core.profileapp
     for k in IPython.core.profileapp.list_bundled_profiles():
         print "%s " % k
     p = IPython.core.profileapp.ProfileList()
     for k in IPython.core.profileapp.list_profiles_in(p.ipython_dir):
         print "%s " % k
 except:
     pass
 EOF
         `
         fi
         local IFS=$'\t\n'
         COMPREPLY=( $(compgen -W "${__ipython_complete_profiles}" -- ${cur}) )
     else
         if [ "$COMP_CWORD" == 1 ]; then
             local IFS=$'\t\n'
             local sub=$(echo $subcommands | sed -e "s/ / \t/g")
             COMPREPLY=( $(compgen -W "${sub}" -- ${cur}) )
         else
             COMPREPLY=( $(compgen -f -- ${cur}) )
         fi
     fi
 
 }
 complete -o default -o nospace -F _ipython ipython

examples/core/ipython-qtconsole.desktop

@@ -1,24 +1,24 b''
 # If you want ipython to appear in a linux app launcher ("start menu"), install this by doing:
 # sudo desktop-file-install ipython-qtconsole.desktop
 
 [Desktop Entry]
 Comment=Enhanced interactive Python qtconsole
 Exec=ipython qtconsole
 GenericName[en_US]=Python shell
 GenericName=Python shell
 Icon=gnome-netstatus-idle
 Name[en_US]=IPython Qt console
 Name=IPython Qt console
 Categories=Development;Utility;
 StartupNotify=false
 Terminal=false
 Type=Application
-Actions=Pylab;Pylabinline;
+Actions=Matplotlib;Matplotlibinline;
 
-[Desktop Action Pylab]
-Name=Pylab
-Exec=ipython qtconsole --pylab
+[Desktop Action Matplotlib]
+Name=Matplotlib
+Exec=ipython qtconsole --matplotlib
 
-[Desktop Action Pylabinline]
-Name=Pylab (inline plots)
-Exec=ipython qtconsole --pylab=inline
+[Desktop Action Matplotlibinline]
+Name=Matplotlib (inline plots)
+Exec=ipython qtconsole --matplotlib=inline

examples/lib/internal_ipkernel.py

@@ -1,58 +1,55 b''
 #-----------------------------------------------------------------------------
 # Imports
 #-----------------------------------------------------------------------------
 
 import sys
 
 from IPython.lib.kernel import connect_qtconsole
 from IPython.kernel.zmq.kernelapp import IPKernelApp
 
 #-----------------------------------------------------------------------------
 # Functions and classes
 #-----------------------------------------------------------------------------
-def pylab_kernel(gui):
-    """Launch and return an IPython kernel with pylab support for the desired gui
+def mpl_kernel(gui):
+    """Launch and return an IPython kernel with matplotlib support for the desired gui
     """
     kernel = IPKernelApp.instance()
-    kernel.initialize(['python', '--pylab=%s' % gui,
+    kernel.initialize(['python', '--matplotlib=%s' % gui,
                        #'--log-level=10'
                        ])
     return kernel
 
 
 class InternalIPKernel(object):
 
     def init_ipkernel(self, backend):
-        # Start IPython kernel with GUI event loop and pylab support
-        self.ipkernel = pylab_kernel(backend)
+        # Start IPython kernel with GUI event loop and mpl support
+        self.ipkernel = mpl_kernel(backend)
         # To create and track active qt consoles
         self.consoles = []
         
         # This application will also act on the shell user namespace
         self.namespace = self.ipkernel.shell.user_ns
-        # Keys present at startup so we don't print the entire pylab/numpy
-        # namespace when the user clicks the 'namespace' button
-        self._init_keys = set(self.namespace.keys())
 
         # Example: a variable that will be seen by the user in the shell, and
         # that the GUI modifies (the 'Counter++' button increments it):
         self.namespace['app_counter'] = 0
         #self.namespace['ipkernel'] = self.ipkernel  # dbg
 
     def print_namespace(self, evt=None):
         print("\n***Variables in User namespace***")
         for k, v in self.namespace.items():
-            if k not in self._init_keys and not k.startswith('_'):
+            if not k.startswith('_'):
                 print('%s -> %r' % (k, v))
         sys.stdout.flush()
 
     def new_qt_console(self, evt=None):
         """start a new qtconsole connected to our kernel"""
         return connect_qtconsole(self.ipkernel.connection_file, profile=self.ipkernel.profile)
 
     def count(self, evt=None):
         self.namespace['app_counter'] += 1
 
     def cleanup_consoles(self, evt=None):
         for c in self.consoles:
             c.kill()

examples/notebooks/Cell Magics.ipynb

@@ -1,1443 +1,1443 b''
 {
  "metadata": {
   "name": ""
  },
  "nbformat": 3,
  "nbformat_minor": 0,
  "worksheets": [
   {
    "cells": [
     {
      "cell_type": "heading",
      "level": 1,
      "metadata": {},
      "source": [
       "The cell magics in IPython"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "IPython has a system of commands we call 'magics' that provide effectively a mini command language that is orthogonal to the syntax of Python and is extensible by the user with new commands.  Magics are meant to be typed interactively, so they use command-line conventions, such as using whitespace for separating arguments, dashes for options and other conventions typical of a command-line environment.\n",
       "\n",
       "Magics come in two kinds:\n",
       "\n",
       "* Line magics: these are commands prepended by one `%` character and whose arguments only extend to the end of the current line.\n",
       "* Cell magics: these use *two* percent characters as a marker (`%%`), and they receive as argument *both* the current line where they are declared and the whole body of the cell.  Note that cell magics can *only* be used as the first line in a cell, and as a general principle they can't be 'stacked' (i.e. you can only use one cell magic per cell).  A few of them, because of how they operate, can be stacked, but that is something you will discover on a case by case basis.\n",
       "\n",
       "The `%lsmagic` magic is used to list all available magics, and it will show both line and cell magics currently defined:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%lsmagic"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "json": [
         "{\"cell\": {\"prun\": \"ExecutionMagics\", \"file\": \"Other\", \"!\": \"OSMagics\", \"capture\": \"ExecutionMagics\", \"timeit\": \"ExecutionMagics\", \"script\": \"ScriptMagics\", \"ruby\": \"Other\", \"system\": \"OSMagics\", \"perl\": \"Other\", \"HTML\": \"Other\", \"bash\": \"Other\", \"python\": \"Other\", \"SVG\": \"Other\", \"javascript\": \"DisplayMagics\", \"writefile\": \"OSMagics\", \"pypy\": \"Other\", \"python3\": \"Other\", \"latex\": \"DisplayMagics\", \"sx\": \"OSMagics\", \"svg\": \"DisplayMagics\", \"html\": \"DisplayMagics\", \"sh\": \"Other\", \"time\": \"ExecutionMagics\", \"debug\": \"ExecutionMagics\"}, \"line\": {\"psource\": \"NamespaceMagics\", \"logstart\": \"LoggingMagics\", \"popd\": \"OSMagics\", \"loadpy\": \"CodeMagics\", \"install_ext\": \"ExtensionMagics\", \"colors\": \"BasicMagics\", \"who_ls\": \"NamespaceMagics\", \"install_profiles\": \"DeprecatedMagics\", \"pprint\": \"BasicMagics\", \"save\": \"CodeMagics\", \"tb\": \"ExecutionMagics\", \"pylab\": \"PylabMagics\", \"killbgscripts\": \"ScriptMagics\", \"quickref\": \"BasicMagics\", \"magic\": \"BasicMagics\", \"dhist\": \"OSMagics\", \"edit\": \"KernelMagics\", \"logstop\": \"LoggingMagics\", \"gui\": \"BasicMagics\", \"alias_magic\": \"BasicMagics\", \"debug\": \"ExecutionMagics\", \"page\": \"BasicMagics\", \"logstate\": \"LoggingMagics\", \"ed\": \"Other\", \"pushd\": \"OSMagics\", \"timeit\": \"ExecutionMagics\", \"rehashx\": \"OSMagics\", \"hist\": \"Other\", \"qtconsole\": \"KernelMagics\", \"dirs\": \"OSMagics\", \"run\": \"ExecutionMagics\", \"reset_selective\": \"NamespaceMagics\", \"pinfo2\": \"NamespaceMagics\", \"matplotlib\": \"PylabMagics\", \"automagic\": \"AutoMagics\", \"doctest_mode\": \"KernelMagics\", \"logoff\": \"LoggingMagics\", \"reload_ext\": \"ExtensionMagics\", \"pdb\": \"ExecutionMagics\", \"load\": \"CodeMagics\", \"lsmagic\": \"BasicMagics\", \"autosave\": \"KernelMagics\", \"cd\": \"OSMagics\", \"pastebin\": \"CodeMagics\", \"prun\": \"ExecutionMagics\", \"autocall\": \"AutoMagics\", \"bookmark\": \"OSMagics\", \"connect_info\": \"KernelMagics\", \"system\": \"OSMagics\", \"whos\": \"NamespaceMagics\", \"toc\": \"TimerMagics\", \"unload_ext\": \"ExtensionMagics\", \"store\": \"StoreMagics\", \"more\": \"KernelMagics\", \"gist\": \"Other\", \"pdef\": \"NamespaceMagics\", \"precision\": \"BasicMagics\", \"pinfo\": \"NamespaceMagics\", \"pwd\": \"OSMagics\", \"psearch\": \"NamespaceMagics\", \"reset\": \"NamespaceMagics\", \"recall\": \"HistoryMagics\", \"xdel\": \"NamespaceMagics\", \"xmode\": \"BasicMagics\", \"rerun\": \"HistoryMagics\", \"logon\": \"LoggingMagics\", \"history\": \"HistoryMagics\", \"pycat\": \"OSMagics\", \"unalias\": \"OSMagics\", \"install_default_config\": \"DeprecatedMagics\", \"env\": \"OSMagics\", \"load_ext\": \"ExtensionMagics\", \"config\": \"ConfigMagics\", \"tic\": \"TimerMagics\", \"profile\": \"BasicMagics\", \"pfile\": \"NamespaceMagics\", \"less\": \"KernelMagics\", \"who\": \"NamespaceMagics\", \"notebook\": \"BasicMagics\", \"man\": \"KernelMagics\", \"sx\": \"OSMagics\", \"macro\": \"ExecutionMagics\", \"clear\": \"KernelMagics\", \"alias\": \"OSMagics\", \"time\": \"ExecutionMagics\", \"sc\": \"OSMagics\", \"rep\": \"Other\", \"pdoc\": \"NamespaceMagics\"}}"
        ],
        "metadata": {},
        "output_type": "pyout",
        "prompt_number": 1,
        "text": [
         "Available line magics:\n",
         "%alias  %alias_magic  %autocall  %automagic  %autosave  %bookmark  %cd  %clear  %colors  %config  %connect_info  %debug  %dhist  %dirs  %doctest_mode  %ed  %edit  %env  %gist  %gui  %hist  %history  %install_default_config  %install_ext  %install_profiles  %killbgscripts  %less  %load  %load_ext  %loadpy  %logoff  %logon  %logstart  %logstate  %logstop  %lsmagic  %macro  %magic  %man  %matplotlib  %more  %notebook  %page  %pastebin  %pdb  %pdef  %pdoc  %pfile  %pinfo  %pinfo2  %popd  %pprint  %precision  %profile  %prun  %psearch  %psource  %pushd  %pwd  %pycat  %pylab  %qtconsole  %quickref  %recall  %rehashx  %reload_ext  %rep  %rerun  %reset  %reset_selective  %run  %save  %sc  %store  %sx  %system  %tb  %tic  %time  %timeit  %toc  %unalias  %unload_ext  %who  %who_ls  %whos  %xdel  %xmode\n",
         "\n",
         "Available cell magics:\n",
         "%%!  %%HTML  %%SVG  %%bash  %%capture  %%debug  %%file  %%html  %%javascript  %%latex  %%perl  %%prun  %%pypy  %%python  %%python3  %%ruby  %%script  %%sh  %%svg  %%sx  %%system  %%time  %%timeit  %%writefile\n",
         "\n",
         "Automagic is ON, % prefix IS NOT needed for line magics."
        ]
       }
      ],
      "prompt_number": 1
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Since in the introductory section we already covered the most frequently used line magics, we will focus here on the cell magics, which offer a great amount of power.\n",
       "\n",
       "Let's load matplotlib and numpy so we can use numerics/plotting at will later on."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%matplotlib inline\n",
       "import numpy as np\n",
       "import matplotlib.pyplot as plt"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 2
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "<!--====-->\n",
       "Some simple cell magics"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Timing the execution of code; the 'timeit' magic exists both in line and cell form:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%timeit np.linalg.eigvals(np.random.rand(100,100))"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "100 loops, best of 3: 6.05 ms per loop\n"
        ]
       }
      ],
      "prompt_number": 3
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%timeit a = np.random.rand(100, 100)\n",
       "np.linalg.eigvals(a)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "100 loops, best of 3: 6.07 ms per loop\n"
        ]
       }
      ],
      "prompt_number": 4
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "The `%%capture` magic can be used to capture the stdout/err of any block of python code, either to discard it (if it's noise to you) or to store it in a variable for later use:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%capture capt\n",
       "from __future__ import print_function\n",
       "import sys\n",
       "print('Hello stdout')\n",
       "print('and stderr', file=sys.stderr)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 5
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "capt.stdout, capt.stderr"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "pyout",
        "prompt_number": 6,
        "text": [
         "('Hello stdout\\n', 'and stderr\\n')"
        ]
       }
      ],
      "prompt_number": 6
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "capt.show()"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "Hello stdout\n"
        ]
       },
       {
        "output_type": "stream",
        "stream": "stderr",
        "text": [
         "and stderr\n"
        ]
       }
      ],
      "prompt_number": 7
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "The `%%writefile` magic is a very useful tool that writes the cell contents as a named file:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%writefile foo.py\n",
       "print('Hello world')"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "Writing foo.py\n"
        ]
       }
      ],
      "prompt_number": 8
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%run foo"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "Hello world\n"
        ]
       }
      ],
      "prompt_number": 9
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "<!--====-->\n",
       "Magics for running code under other interpreters"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "IPython has a `%%script` cell magic, which lets you run a cell in\n",
       "a subprocess of any interpreter on your system, such as: bash, ruby, perl, zsh, R, etc.\n",
       "\n",
       "It can even be a script of your own, which expects input on stdin."
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "To use it, simply pass a path or shell command to the program you want to run on the `%%script` line,\n",
       "and the rest of the cell will be run by that script, and stdout/err from the subprocess are captured and displayed."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%script python\n",
       "import sys\n",
       "print 'hello from Python %s' % sys.version"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "hello from Python 2.7.2 (default, Oct 11 2012, 20:14:37) \n",
         "[GCC 4.2.1 Compatible Apple Clang 4.0 (tags/Apple/clang-418.0.60)]\n"
        ]
       }
      ],
      "prompt_number": 10
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%script python3\n",
       "import sys\n",
       "print('hello from Python: %s' % sys.version)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "hello from Python: 3.3.1 (v3.3.1:d9893d13c628, Apr  6 2013, 11:07:11) \n",
         "[GCC 4.2.1 (Apple Inc. build 5666) (dot 3)]\n"
        ]
       }
      ],
      "prompt_number": 11
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "IPython also creates aliases for a few common interpreters, such as bash, ruby, perl, etc.\n",
       "\n",
       "These are all equivalent to `%%script <name>`"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%ruby\n",
       "puts \"Hello from Ruby #{RUBY_VERSION}\""
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "Hello from Ruby 1.9.3\n"
        ]
       }
      ],
      "prompt_number": 12
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%bash\n",
       "echo \"hello from $BASH\""
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "hello from /usr/local/bin/bash\n"
        ]
       }
      ],
      "prompt_number": 13
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Exercise: write your own script that numbers input lines"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Write a file, called `lnum.py`, such that the following cell works as shown (hint: don't forget about the executable bit!): "
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%script ./lnum.py\n",
       "my first line\n",
       "my second\n",
       "more"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "0: my first line\n",
         "1: my second\n",
         "2: more\n",
         "---- END ----\n"
        ]
       }
      ],
      "prompt_number": 29
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Capturing output"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "You can also capture stdout/err from these subprocesses into Python variables, instead of letting them go directly to stdout/err"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%bash\n",
       "echo \"hi, stdout\"\n",
       "echo \"hello, stderr\" >&2\n"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "hi, stdout\n"
        ]
       },
       {
        "output_type": "stream",
        "stream": "stderr",
        "text": [
         "hello, stderr\n"
        ]
       }
      ],
      "prompt_number": 30
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%bash --out output --err error\n",
       "echo \"hi, stdout\"\n",
       "echo \"hello, stderr\" >&2"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 31
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "print(error)\n",
       "print(output)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "hello, stderr\n",
         "\n",
         "hi, stdout\n",
         "\n"
        ]
       }
      ],
      "prompt_number": 32
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Background Scripts"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "These scripts can be run in the background, by adding the `--bg` flag.\n",
       "\n",
       "When you do this, output is discarded unless you use the `--out/err`\n",
       "flags to store output as above."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%ruby --bg --out ruby_lines\n",
       "for n in 1...10\n",
       "    sleep 1\n",
       "    puts \"line #{n}\"\n",
       "    STDOUT.flush\n",
       "end"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "Starting job # 0 in a separate thread.\n"
        ]
       }
      ],
      "prompt_number": 33
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "When you do store output of a background thread, these are the stdout/err *pipes*,\n",
       "rather than the text of the output."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "ruby_lines"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "pyout",
        "prompt_number": 34,
        "text": [
         "<open file '<fdopen>', mode 'rb' at 0x112cd55d0>"
        ]
       }
      ],
      "prompt_number": 34
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "print(ruby_lines.read())"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "line 1\n",
         "line 2\n",
         "line 3\n",
         "line 4\n",
         "line 5\n",
         "line 6\n",
         "line 7\n",
         "line 8\n",
         "line 9\n",
         "\n"
        ]
       }
      ],
      "prompt_number": 35
     },
     {
      "cell_type": "heading",
      "level": 1,
      "metadata": {},
      "source": [
       "Cython Magic Functions Extension"
      ]
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Loading the extension"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "IPtyhon has a `cythonmagic` extension that contains a number of magic functions for working with Cython code. This extension can be loaded using the `%load_ext` magic as follows:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%load_ext cythonmagic"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 1
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "The `%%cython_pyximport` magic allows you to enter arbitrary Cython code into a cell. That Cython code is written as a `.pyx` file in the current working directory and then imported using `pyximport`.  You have the specify the name of the module that the Code will appear in. All symbols from the module are imported automatically by the magic function."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%cython_pyximport foo\n",
       "def f(x):\n",
       "    return 4.0*x"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 4
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "f(10)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "pyout",
        "prompt_number": 6,
        "text": [
         "40.0"
        ]
       }
      ],
      "prompt_number": 6
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "The %cython magic"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Probably the most important magic is the `%cython` magic.  This is similar to the `%%cython_pyximport` magic, but doesn't require you to specify a module name. Instead, the `%%cython` magic manages everything using temporary files in the `~/.cython/magic` directory.  All of the symbols in the Cython module are imported automatically by the magic.\n",
       "\n",
       "Here is a simple example of a Black-Scholes options pricing algorithm written in Cython:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%cython\n",
       "cimport cython\n",
       "from libc.math cimport exp, sqrt, pow, log, erf\n",
       "\n",
       "@cython.cdivision(True)\n",
       "cdef double std_norm_cdf(double x) nogil:\n",
       "    return 0.5*(1+erf(x/sqrt(2.0)))\n",
       "\n",
       "@cython.cdivision(True)\n",
       "def black_scholes(double s, double k, double t, double v,\n",
       "                 double rf, double div, double cp):\n",
       "    \"\"\"Price an option using the Black-Scholes model.\n",
       "    \n",
       "    s : initial stock price\n",
       "    k : strike price\n",
       "    t : expiration time\n",
       "    v : volatility\n",
       "    rf : risk-free rate\n",
       "    div : dividend\n",
       "    cp : +1/-1 for call/put\n",
       "    \"\"\"\n",
       "    cdef double d1, d2, optprice\n",
       "    with nogil:\n",
       "        d1 = (log(s/k)+(rf-div+0.5*pow(v,2))*t)/(v*sqrt(t))\n",
       "        d2 = d1 - v*sqrt(t)\n",
       "        optprice = cp*s*exp(-div*t)*std_norm_cdf(cp*d1) - \\\n",
       "            cp*k*exp(-rf*t)*std_norm_cdf(cp*d2)\n",
       "    return optprice"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 7
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "black_scholes(100.0, 100.0, 1.0, 0.3, 0.03, 0.0, -1)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "pyout",
        "prompt_number": 8,
        "text": [
         "10.327861752731728"
        ]
       }
      ],
      "prompt_number": 8
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%timeit black_scholes(100.0, 100.0, 1.0, 0.3, 0.03, 0.0, -1)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "1000000 loops, best of 3: 366 ns per loop\n"
        ]
       }
      ],
      "prompt_number": 9
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Cython allows you to specify additional libraries to be linked with your extension, you can do so with the `-l` flag (also spelled `--lib`).  Note that this flag can be passed more than once to specify multiple libraries, such as `-lm -llib2 --lib lib3`.  Here's a simple example of how to access the system math library:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%cython -lm\n",
       "from libc.math cimport sin\n",
       "print 'sin(1)=', sin(1)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "sin(1)= 0.841470984808\n"
        ]
       }
      ],
      "prompt_number": 10
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "You can similarly use the `-I/--include` flag to add include directories to the search path, and `-c/--compile-args` to add extra flags that are passed to Cython via the `extra_compile_args` of the distutils `Extension` class.  Please see [the Cython docs on C library usage](http://docs.cython.org/src/tutorial/clibraries.html) for more details on the use of these flags."
      ]
     },
     {
      "cell_type": "heading",
      "level": 1,
      "metadata": {},
      "source": [
       "Rmagic Functions Extension"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "IPython has an `rmagic` extension that contains a some magic functions for working with R via rpy2. This extension can be loaded using the `%load_ext` magic as follows:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "%load_ext rmagic"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 1
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "A typical use case one imagines is having some numpy arrays, wanting to compute some statistics of interest on these\n",
       " arrays and return the result back to python. Let's suppose we just want to fit a simple linear model to a scatterplot."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%matplotlib inline\n",
       "import numpy as np\n",
       "import matplotlib.pyplot as plt"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 2
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "X = np.array([0,1,2,3,4])\n",
       "Y = np.array([3,5,4,6,7])\n",
       "plt.scatter(X, Y)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "pyout",
        "prompt_number": 3,
        "text": [
         "<matplotlib.collections.PathCollection at 0x112ab1f90>"
        ]
       },
       {
        "metadata": {},
        "output_type": "display_data",
        "png": 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d0dXVdcXGAQBMdxVD6ciRI3Hw4MFoaWmZ/Nr69evjjjvuqPo4AIAiTemlNwCA2cgbTgIA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\nH7s1AAAAAElFTkSuQmCC\n",
        "text": [
         "<matplotlib.figure.Figure at 0x112a87c50>"
        ]
       }
      ],
      "prompt_number": 3
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "We can accomplish this by first pushing variables to R, fitting a model and returning the results. The line magic %Rpush copies its arguments to variables of the same name in rpy2. The %R line magic evaluates the string in rpy2 and returns the results. In this case, the coefficients of a linear model."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%Rpush X Y\n",
       "%R lm(Y~X)$coef"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "pyout",
        "prompt_number": 4,
        "text": [
         "array([ 3.2,  0.9])"
        ]
       }
      ],
      "prompt_number": 4
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "It is also possible to return more than one value with %R."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%R resid(lm(Y~X)); coef(lm(X~Y))"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "pyout",
        "prompt_number": 5,
        "text": [
         "array([-2.5,  0.9])"
        ]
       }
      ],
      "prompt_number": 5
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "One can also easily capture the results of %R into python objects. Like R, the return value of this multiline expression (multiline in the sense that it is separated by ';') is the final value, which is \n",
       "the *coef(lm(X~Y))*."
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "To pull other variables from R, there are two more line magics, %Rpull and %Rget. Both are useful after some R code has been executed and there are variables\n",
       "in the rpy2 namespace that one would like to retrieve. The main difference is that one\n",
       " returns the value (%Rget), while the other pulls it to self.shell.user_ns (%Rpull). Imagine we've stored the results\n",
       "of some calculation in the variable \"a\" in rpy2's namespace. By using the %R magic, we can obtain these results and\n",
       "store them in b. We can also pull them directly to user_ns with %Rpull. They are both views on the same data."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "b = %R a=resid(lm(Y~X))\n",
       "%Rpull a\n",
       "print(a)\n",
       "assert id(b.data) == id(a.data)\n",
       "%R -o a"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "[-0.2  0.9 -1.   0.1  0.2]\n"
        ]
       }
      ],
      "prompt_number": 6
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Plotting and capturing output"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
-      "R's console (i.e. its stdout() connection) is captured by ipython, as are any plots which are published as PNG files like the notebook with arguments --pylab inline. As a call to %R may produce a return value (see above) we must ask what happens to a magic like the one below. The R code specifies that something is published to the notebook. If anything is published to the notebook, that call to %R returns None."
+      "R's console (i.e. its stdout() connection) is captured by ipython, as are any plots which are published as PNG files like `%matplotlib inline`. As a call to %R may produce a return value (see above) we must ask what happens to a magic like the one below. The R code specifies that something is published to the notebook. If anything is published to the notebook, that call to %R returns None."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "from __future__ import print_function\n",
       "v1 = %R plot(X,Y); print(summary(lm(Y~X))); vv=mean(X)*mean(Y)\n",
       "print('v1 is:', v1)\n",
       "v2 = %R mean(X)*mean(Y)\n",
       "print('v2 is:', v2)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "display_data",
        "text": [
         "\n",
         "Call:\n",
         "lm(formula = Y ~ X)\n",
         "\n",
         "Residuals:\n",
         "   1    2    3    4    5 \n",
         "-0.2  0.9 -1.0  0.1  0.2 \n",
         "\n",
         "Coefficients:\n",
         "            Estimate Std. Error t value Pr(>|t|)  \n",
         "(Intercept)   3.2000     0.6164   5.191   0.0139 *\n",
         "X             0.9000     0.2517   3.576   0.0374 *\n",
         "---\n",
         "Signif. codes:  0 \u2018***\u2019 0.001 \u2018**\u2019 0.01 \u2018*\u2019 0.05 \u2018.\u2019 0.1 \u2018 \u2019 1\n",
         "\n",
         "Residual standard error: 0.7958 on 3 degrees of freedom\n",
         "Multiple R-squared:   0.81,\tAdjusted R-squared:  0.7467 \n",
         "F-statistic: 12.79 on 1 and 3 DF,  p-value: 0.03739\n",
         "\n"
        ]
       },
       {
        "metadata": {},
        "output_type": "display_data",
        "png": 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V8cILL8Tzzz8fb7/9dowePbpZCsWzzuKx9b6K2957771m7cedCBAgsKECzzzzTLzyyitx\n5513xk477RR9+vSpvRoufra5EHi/QBKnoJ988smYNWtW7VTNPffcE1OmTIlevXrV6izC9/TTT39/\nzWv9fvz48XHbbbfVvX327Nmx44471r3NRgIECLSUwMKFC6Nfv35NdrfddttF8SLAhcD7BZII4N12\n2y0mTJgQp556avTt2zceeuihGDFiRK3OBx54IHbdddf317zW74tT18VXvcvIkSNj/vz59W6yjQAB\nAi0mUPw8u/baa2PBggWx9dZb1/Y7bdq0eOedd1psDTtqDIEkAnjs2LHx5S9/OW6++ebo3bt3nHfe\neXHLLbfExz72sVi8eHEUr5BdCBAgUAWBHXbYofZCoFu3bjFx4sRYtGhR3HvvvbVT0lWoX41tJ5BE\nAO+yyy7x4osv1j60UJwqLt4P3nLLLWuvfAcMGBAdOiRRZttNxUoECFRa4Jhjjonnnnsuile+nTt3\njkmTJq15NVzpxhTfogLJJFu7du3iyCOPrH21aId2RoAAgRIEig9fFV8uBNYmkMSnoNdWnO0ECBAg\nQKBRBQRwo05WXwQIECCQtIAATno8iiNAgACBRhUQwI06WX0RIECAQNICAjjp8SiOAAECBBpVQAA3\n6mT1RYAAAQJJCwjgpMejOAIECBBoVAEB3KiT1RcBAgQIJC0ggJMej+IIECBAoFEFBHCjTlZfBAgQ\nIJC0gABOejyKI0CAAIFGFRDAjTpZfREgQIBA0gICOOnxKI4AAQIEGlVAADfqZPVFgAABAkkLCOCk\nx6M4AgQIEGhUAQHcqJPVFwECBAgkLSCAkx6P4ggQIECgUQUEcKNOVl8ECBAgkLSAAE56PIojQIAA\ngUYVEMCNOll9ESBAgEDSAgI46fEojgABAgQaVUAAN+pk9UWAAAECSQsI4KTHozgCBAgQaFQBAdyo\nk9UXAQIECCQtIICTHo/iCBAgQKBRBQRwo05WXwQIECCQtIAATno8iiNAgACBRhUQwI06WX0RIECA\nQNICAjjp8SiOAAECBBpVQAA36mT1RYAAAQJJCwjgpMejOAIECBBoVAEB3KiT1RcBAgQIJC0ggJMe\nj+IIECBAoFEFBHCjTlZfBAgQIJC0gABOejyKI0CAAIFGFRDAjTpZfREgQIBA0gICOOnxKI4AAQIE\nGlVAADfqZPVFgAABAkkLCOCkx6M4AgQIEGhUAQHcqJPVFwECBAgkLSCAkx6P4ggQIECgUQUEcKNO\nVl8ECBAgkLSAAE56PIojQIAAgUYVEMCNOll9ESBAgEDSAgI46fEojgABAgQaVUAAN+pk9UWAAAEC\nSQsI4KTHozgCBAgQaFQBAdyok9UXAQIECCQtIICTHo/iCBAgQKBRBQRwo05WXwQIECCQtIAATno8\niiNAgACBRhUQwI06WX0RIECAQNICAjjp8SiOAAECBBpVQAA36mT1RYAAAQJJCwjgpMejOAIECBBo\nVAEB3KiT1RcBAgQIJC0ggJMej+IIECBAoFEFBHCjTlZfBAgQIJC0gABOejyKI0CAAIFGFRDAjTpZ\nfREgQIBA0gICOOnxKI4AAQIEGlVAADfqZPVFgAABAkkLCOCkx6M4AgQIEGhUAQHcqJPVFwECBAgk\nLSCAkx6P4ggQIECgUQUEcKNOVl8ECBAgkLSAAE56PIojQIAAgUYVEMCNOll9ESBAgEDSAgI46fEo\njgABAgQaVUAAN+pk9UWAAAECSQsI4KTHozgCBAgQaFQBAdyok9UXAQIECCQt8KEAPv/88+Ptt99O\numjFNZ7AwoUL45FHHolHH300/vvf/zZegzoiQIDABwQ+FMDz5s2LvfbaK6ZNm/aBu7bt1ddffz1W\nrFjRtotarRSBuXPnxnHHHRfPPPNMPPbYY7H55pvH/PnzS6nFogQIEGgrgQ8F8O233x6XX355DBw4\nMC644IJYtmxZq9dy8sknx6xZs2rrzJ49OwYMGBDbb7999OzZM84666xYvnx5q9dggXIEile7xRO+\n73znO/Hd7343rrjiihg/fnzt2Fu5cmU5RVmVAAECbSDQod4agwYNii9+8Ytx3nnnxX777RcnnHDC\nmrvtsccetVcraza0wDcvvPBCLFmypLan4gfw7rvvHhMnTow33ngjRo0aVfuhfMkll6x3pfvuuy+m\nTp1a937FK/qtt9667m02lifw17/+Nb7+9a9Hv3791hQxePDgKGb52muv1Z6IrbnBNwQIEGgggboB\nXPTXrl276NixY+1UYBGQqy9dunRZ/W2r/Pfhhx+OOXPmxGabbRZbbbVVjBkzphbCzQngAw44IHbe\neee6dRXvMa4O+bp3sLEUgU6dOkUxm/dfVq1aFcVp6c6dO79/s+8JECDQUAJ1A3jSpEnx7W9/Ow47\n7LCYOXNmdO/evdWbfvrpp2PbbbeNAw88MBYsWFAL4GLRYv299967Wev36NEjiq96l27dunlPuR5M\nydt23XXX2GWXXeKyyy6rnXYu3vf/whe+EH379o1iZi4ECBBoVIEPBfCJJ55Y+yDMddddF1/72tfa\npO/iFOT9998fo0ePjkWLFkXxqqh4EnDppZfG2LFja/W0SSEWKUWgmHvxhO+oo46KTTbZJIYMGRLD\nhw8vpRaLEiBAoK0EPhTAXbt2jT//+c9rfSXZGoWde+65UXwVl3/+85+xePHi2vf9+/evvQ/d2qe9\na4v5n9IE2rdvX3uiVVoBFiZAgEAJAh8K4BtvvLGEMv5/ye222y6Kr+JSnI52IUCAAAECjSjwoV9D\nasQm9USAAAECBFITEMCpTUQ9BAgQIJCFgADOYsyaJECAAIHUBARwahNRDwECBAhkISCAsxizJgkQ\nIEAgNQEBnNpE1EOAAAECWQgI4CzGrEkCBAgQSE1AAKc2EfUQIECAQBYCAjiLMWuSAAECBFITEMCp\nTUQ9BAgQIJCFgADOYsyaJECAAIHUBARwahNRDwECBAhkISCAsxizJgkQIEAgNQEBnNpE1EOAAAEC\nWQgI4CzGrEkCBAgQSE1AAKc2EfUQIECAQBYCAjiLMWuSAAECBFITEMCpTUQ9BAgQIJCFgADOYsya\nJECAAIHUBARwahNRDwECBAhkISCAsxizJgkQIEAgNQEBnNpE1EOAAAECWQgI4CzGrEkCBAgQSE1A\nAKc2EfUQIECAQBYCAjiLMWuSAAECBFITEMCpTUQ9BAgQIJCFgADOYsyaJECAAIHUBARwahNRDwEC\nBAhkISCAsxizJgkQIEAgNQEBnNpE1EOAAAECWQgI4CzGrEkCBAgQSE1AAKc2EfUQIECAQBYCAjiL\nMWuSAAECBFITEMCpTUQ9BAgQIJCFgADOYsyaJECAAIHUBARwahNRDwECBAhkISCAsxizJgkQIEAg\nNQEBnNpE1EOAAAECWQgI4CzGrEkCBAgQSE1AAKc2EfUQIECAQBYCAjiLMWuSAAECBFITEMCpTUQ9\nBAgQIJCFgADOYsyaJECAAIHUBARwahNRDwECBAhkISCAsxizJgkQIEAgNQEBnNpE1EOAAAECWQgI\n4CzGrEkCBAgQSE1AAKc2EfUQIECAQBYCAjiLMWuSAAECBFITEMCpTUQ9BAgQIJCFgADOYsyaJECA\nAIHUBARwahNRDwECBAhkISCAsxizJgkQIEAgNQEBnNpE1EOAAAECWQgI4CzGrEkCBAgQSE1AAKc2\nEfUQIECAQBYCAjiLMWuSAAECBFITEMCpTUQ9BAgQIJCFgADOYsyaJECAAIHUBARwahNRDwECBAhk\nISCAsxizJgkQIEAgNQEBnNpE1EOAAAECWQgI4CzGrEkCBAgQSE1AAKc2EfUQIECAQBYCAjiLMWuS\nAAECBFITEMCpTUQ9BAgQIJCFgADOYsyaJECAAIHUBARwahNRDwECBAhkISCAsxizJgkQIEAgNQEB\nnNpE1EOAAAECWQgI4CzGrEkCBAgQSE1AAKc2EfUQIECAQBYCyQbw0qVLY/HixVkMQZME2kpgxowZ\nMWjQoOjfv38MHDgwFixY0FZLW4cAgQ8IJBvAkydPjlGjRn2gXFcJENhQgb///e9x9tlnx7nnnhv3\n3ntvDB06NE444YR48803N3SXHkeAwEYIdNiIx7bYQ3fdddd44403muxv2bJlsWLFiiiC+Jhjjonx\n48c3ub3elbfeeisWLlxY76ZYtGhRLF++vO5tNhLIQeDKK6+Myy+/PPbdd99au1/60pfi5Zdfjltv\nvTVGjBiRA4EeCSQlkEQAF+E6ZMiQGDx4cJxyyik1oClTpsT06dPjBz/4QWy66abNQnvsscfioYce\nqnvf3/3ud9GjR4+6t9lIIAeBd955J3r27Nmk1V69esXs2bObbHOFAIG2EUgigA855JAo3ps666yz\naqedb7jhhujWrVt06dIldthhh2ZLFO9pFV/1LiNHjoz58+fXu8k2AlkIHHDAAfHDH/4wxo0bV+u3\nOMv0rW99q3aWKQsATRJITCCJAC5MNt9885gwYULccccdceihh0bxw6J9+/aJcSmHQHUFhg0bVjtD\n1K9fv9rbOlOnTo2LL744Dj/88Oo2pXICFRZIJoBXGxYfCjn44IPjjDPOiD59+qze7L8ECGykQPGE\n9r777ovirZrig1dF+O6zzz4buVcPJ0BgQwWSC+CikeJ9qfvvv39De/I4AgTWIXDEEUes41Y3ESDQ\nVgLJ/hpSWwFYhwABAgQIlCEggMtQtyYBAgQIZC8ggLM/BAAQIECAQBkCArgMdWsSIECAQPYCAjj7\nQwAAAQIECJQhIIDLULcmAQIECGQvIICzPwQAECBAgEAZAgK4DHVrEiBAgED2AgI4+0MAAAECBAiU\nISCAy1C3JgECBAhkLyCAsz8EABAgQIBAGQICuAx1axIgQIBA9gICOPtDAAABAgQIlCEggMtQtyYB\nAgQIZC8ggLM/BAAQIECAQBkCArgMdWsSIECAQPYCAjj7QwAAAQIECJQhIIDLULcmAQIECGQvIICz\nPwQAECBAgEAZAgK4DHVrEiBAgED2AgI4+0MAAAECBAiUISCAy1C3JgECBAhkLyCAsz8EABAgQIBA\nGQICuAx1axIgQIBA9gICOPtDAAABAgQIlCEggMtQtyYBAgQIZC8ggLM/BAAQIECAQBkCArgMdWsS\nIECAQPYCAjj7QwAAAQIECJQhIIDLULcmAQIECGQvIICzPwQAECBAgEAZAgK4DHVrEiBAgED2AgI4\n+0MAAAECBAiUISCAy1C3JgECBAhkLyCAsz8EABAgQIBAGQICuAx1axIgQIBA9gICOPtDAAABAgQI\nlCEggMtQtyYBAgQIZC8ggLM/BAAQIECAQBkCArgMdWsSIECAQPYCAjj7QwAAAQIECJQhIIDLULcm\nAQIECGQvIICzPwQAECBAgEAZAgK4DHVrEiBAgED2AgI4+0MAAAECBAiUISCAy1C3JgECBAhkLyCA\nsz8EABAgQIBAGQICuAx1axIgQIBA9gICOPtDAAABAgQIlCEggMtQtyYBAgQIZC8ggLM/BAAQIECA\nQBkCArgMdWsSIECAQPYCAjj7QwAAAQIECJQhIIDLULcmAQIECGQvIICzPwQAECBAgEAZAgK4DHVr\nEiBAgED2AgI4+0MAAAECBAiUISCAy1C3JgECBAhkLyCAsz8EABAgQIBAGQICuAx1axIgQIBA9gIC\nOPtDAAABAgQIlCEggMtQtyYBAgQIZC8ggLM/BAAQIECAQBkCArgMdWsSIECAQPYCAjj7QwAAAQIE\nCJQhIIDLULcmAQIECGQvIICzPwQAECBAgEAZAgK4DHVrEiBAgED2AgI4+0MAAAECBAiUISCAy1C3\nJgECBAhkLyCAsz8EABAgQIBAGQICuAx1axIgQIBA9gIdshdYD8DDDz8cr732WmyzzTbRv3//9dzb\nzQQIECBAoHkCyb4CXrlyZSxevLh5XbTSvU455ZS46667omPHjnHllVfG8ccfH6tWrWql1eyWAAEC\nBHISSCKAly9fHldccUUMGTIknn322bjtttuiR48escUWW8Rxxx0X7777bpvPZNKkSfHiiy/GTTfd\nFIMHD45f/epXsfnmm8fPf/7zNq/FggQIECDQeAJJnII+//zz46WXXop99tknTjzxxOjQoUNMnjw5\nevXqFSNHjowpU6bUtq+Pf+LEiXH33XfXvdvzzz9f21/dG+tsfO655+Kaa65pcsvw4cPj9ttvb7LN\nFQIECBAgsCECSQTwQw89FDNmzKi9wuzcuXP8+9//jsMOO6zWz5gxY+Liiy9uVgAXp4i/8pWv1HW4\n8847Y8mSJXVvq7exeLU7e/bsOOSQQ9bc/Mc//rFW45oNviFAgAABAhsokEQA77zzzjFr1qzYf//9\n49RTT41//OMfa9qZOXNm9O7de831dX3TqVOnKL7qXYpALd5Xbu5l2LBhMXDgwOjZs2etrmnTpsXp\np58eCxcubO4u3I8AAQIECKxVIIkAHjVqVBx99NHxk5/8pPbfbbfdtlbwRRddFLfccks8+uija22g\ntW7o3r177dR3cXp8woQJUVyfN29edO3atbWWtF8CBAgQyEggiQA+8sgja6d7P3iKuDidXJx+3mST\nTUoZyVZbbRU333xzKWtblAABAgQaWyCJAC6Ii1PExdf7LwcddND7r/qeAAECBAg0jEASv4bUMJoa\nIUCAAAECzRQQwM2EcjcCBAgQINCSAgK4JTXtiwABAgQINFNAADcTyt0IECBAgEBLCgjgltS0LwIE\nCBAg0EwBAdxMKHcjQIAAAQItKSCAW1LTvggQIECAQDMF2r33v0sz71vpuxV/XGHAgAGx9957f+Q+\nHn/88bX+E5cfeWcesFaBZcuWRbt27Wp//nGtd3JDiwgU/+jNpptu2iL7spO1CyxdurR2PLdv337t\nd3LLRgusjrGDDz74I+9r7ty5MXXq1Nhuu+0+8mM39gHZBPDGQPXt2zeeeOKJjdmFxzZDYOzYsbU/\nQ1n8G9wurSvgmG5d39V7v/DCC2v/vO6BBx64epP/toJA8Qd8RowYUbm/VucUdCscDHZJgAABAgTW\nJyCA1yfkdgIECBAg0AoCArgVUO2SAAECBAisT0AAr0/I7QQIECBAoBUEBHAroNolAQIECBBYn4AA\nXp+Q2wkQIECAQCsI+DWkZqD+61//im222aYZ93SXjRFYvHhxFL8v6fdTN0axeY91TDfPaWPv9eab\nb9aO50984hMbuyuPX4fAqlWr4o033oju3buv417p3SSA05uJiggQIEAgAwGnoDMYshYJECBAID0B\nAZzeTFREgAABAhkICOAMhqxFAgQIEEhPQACnNxMVESBAgEAGAgI4gyFrkQABAgTSExDA6c1ERQQI\nECCQgYAAzmDIWiRAgACB9AQEcHozybqi5cuXZ92/5gkQyEdAAK9j1k888UQccsghsdNOO8Wxxx4b\nb7311jru7aaNFZg0aVIcdNBBG7sbj1+HQGF8+OGHR58+fWLw4MHx0ksvrePebtpQgTlz5tR+Zuy5\n556x//77xzPPPLOhu/K4ZgqcdtppMXz48GbeO427CeC1zKH4Z81OOumkuP7666P4P1MRwueee+5a\n7m3zxggUT2zOOuusOPvss+O9997bmF157DoE5s+fHyNHjowihP/0pz/FEUccEeecc846HuGmDRUY\nOnRoHH/88TFz5swYM2ZMDBw4cEN35XHNEHjwwQdj8uTJzbhnWncRwGuZx4wZM2KPPfaIvfbaKzp2\n7BgjRoyIu+++ey33tnljBB577LHYZJNN4mc/+9nG7MZj1yNQ/Hu5d9xxR/To0aN2z+JV8NNPP72e\nR7l5QwSmTJkSgwYNqj10xYoVUXy5tI7AggULak9yip/RVbsI4LVMbN68eU3+AEPxQ2vRokXx7rvv\nruURNm+oQPHq4Morr4zOnTtv6C48rhkC2267bRx66KFr7nnjjTfGgAED1lz3TcsJbL311tGuXbva\nGYbi1Oh1113Xcju3pyYCZ5xxRlx66aXRpUuXJturcEUAr2VKxbOq9/9VntXh8J///Gctj7CZQHUE\nxo0bF/fff39cddVV1Sm6YpUWT9aLv87Tq1evuO2222LZsmUV6yD9cn/xi1/Unrj369cv/WLrVCiA\n66AUm7p16xbFn8dbfXn77bejU6dOseWWW67e5L8EKilwww03xMUXXxyPPvpoLRwq2UQFii7+BOFF\nF10UTz31VDz++OO1/1ag7MqUWLxIKj7DUHyo8IEHHqh9oPDVV1+N6dOnV6YHAbyWURXPWl955ZU1\ntxbfb7/99muu+4ZAFQWK99mL03VF+BafcXBpeYGlS5fGBRdcsObtqg4dOsRuu+0Wf/nLX1p+sYz3\nuHDhwujdu3cUTygvv/zyKD5L8txzz8XEiRMroyKA1zKq4lnV3Llza0MtTiVdffXV8dWvfnUt97aZ\nQPoCf/vb3+LMM8+snQ4t3g8u/lh88eXSsgLFmbI//OEPMX78+NqOiw90/v73v4/Pf/7zLbtQ5nvb\nZZddah8iLD5IWHwVv0lx9NFH135zpSo0HapSaFvXWZw+Kj44ccwxx0TXrl1rz2DHjh3b1mVYj0CL\nCRS/UrdkyZLo27dvk30W24pPobu0nMAVV1wRo0aNimuuuab282PChAnx6U9/uuUWsKeGEGj3v9+7\n9IuX6xhl8esDxfu/3vtdB5KbCBCoK1D85kTxBN6FQD0BAVxPxTYCBAgQINDKAt4DbmVguydAgAAB\nAvUEBHA9FdsIECBAgEArCwjgVga2ewIECBAgUE9AANdTsY0AAQIECLSygABuZWC7J0CAAAEC9QQE\ncD0V2wgQIECAQCsLCOBWBrZ7AgQIECBQT0AA11OxjQABAgQItLKAAG5lYLsnQIAAAQL1BARwPRXb\nCBAgQIBAKwsI4FYGtnsCBAgQIFBPQADXU7GNAAECBAi0soAAbmVguydAgAABAvUEBHA9FdsIECBA\ngEArCwjgVga2ewIECBAgUE9AANdTsY0AAQIECLSygABuZWC7J0CAAAEC9QQEcD0V2wgQIECAQCsL\nCOBWBrZ7AikILF26ND772c/GRRdd1KScb37zm3HSSSc12eYKAQJtI9ChbZaxCgECZQp06tQpJk2a\nFAcccEDst99+ceyxx8b3v//9mD59esyYMaPM0qxNIFsBAZzt6DWem8Cee+5ZC91hw4ZFx44dY/To\n0fH000/HZpttlhuFfgkkIdDuvf9dkqhEEQQItInAUUcdFY888khcf/31cdppp7XJmhYhQODDAt4D\n/rCJLQQaWqB3796xcuXK6NatW0P3qTkCqQsI4NQnpD4CLSjwxBNPxIQJE+Kyyy6LM888M956660W\n3LtdESDwUQScgv4oWu5LoMIC77zzThTvA1944YVRvA/ct2/f2GmnneKnP/1phbtSOoHqCgjg6s5O\n5QQ+ksDw4cPj5ZdfjqlTp0a7du1izpw50adPn7jnnnuif//+H2lf7kyAwMYLCOCNN7QHAskLPPzw\nwzFw4MCYOXNm7LjjjmvqLX4V6cc//nG88MILPg29RsU3BNpGQAC3jbNVCBAgQIBAEwEfwmrC4QoB\nAgQIEGgbAQHcNs5WIUCAAAECTQQEcBMOVwgQIECAQNsICOC2cbYKAQIECBBoIiCAm3C4QoAAAQIE\n2kZAALeNs1UIECBAgEATAQHchMMVAgQIECDQNgICuG2crUKAAAECBJoICOAmHK4QIECAAIG2ERDA\nbeNsFQIECBAg0ERAADfhcIUAAQIECLSNgABuG2erECBAgACBJgICuAmHKwQIECBAoG0EBHDbOFuF\nAAECBAg0ERDATThcIUCAAAECbSMggNvG2SoECBAgQKCJgABuwuEKAQIECBBoG4H/A7mZRipqNAOP\nAAAAAElFTkSuQmCC\n"
       },
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "v1 is: [ 10.]\n",
         "v2 is: [ 10.]\n"
        ]
       }
      ],
      "prompt_number": 7
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Cell level magic"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Often, we will want to do more than a simple linear regression model. There may be several lines of R code that we want to \n",
       "use before returning to python. This is the cell-level magic.\n",
       "\n",
       "\n",
       "For the cell level magic, inputs can be passed via the -i or --inputs argument in the line. These variables are copied \n",
       "from the shell namespace to R's namespace using rpy2.robjects.r.assign. It would be nice not to have to copy these into R: rnumpy ( http://bitbucket.org/njs/rnumpy/wiki/API ) has done some work to limit or at least make transparent the number of copies of an array. This seems like a natural thing to try to build on. Arrays can be output from R via the -o or --outputs argument in the line. All other arguments are sent to R's png function, which is the graphics device used to create the plots.\n",
       "\n",
       "We can redo the above calculations in one ipython cell. We might also want to add some output such as a summary\n",
       " from R or perhaps the standard plotting diagnostics of the lm."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%R -i X,Y -o XYcoef\n",
       "XYlm = lm(Y~X)\n",
       "XYcoef = coef(XYlm)\n",
       "print(summary(XYlm))\n",
       "par(mfrow=c(2,2))\n",
       "plot(XYlm)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "display_data",
        "text": [
         "\n",
         "Call:\n",
         "lm(formula = Y ~ X)\n",
         "\n",
         "Residuals:\n",
         "   1    2    3    4    5 \n",
         "-0.2  0.9 -1.0  0.1  0.2 \n",
         "\n",
         "Coefficients:\n",
         "            Estimate Std. Error t value Pr(>|t|)  \n",
         "(Intercept)   3.2000     0.6164   5.191   0.0139 *\n",
         "X             0.9000     0.2517   3.576   0.0374 *\n",
         "---\n",
         "Signif. codes:  0 \u2018***\u2019 0.001 \u2018**\u2019 0.01 \u2018*\u2019 0.05 \u2018.\u2019 0.1 \u2018 \u2019 1\n",
         "\n",
         "Residual standard error: 0.7958 on 3 degrees of freedom\n",
         "Multiple R-squared:   0.81,\tAdjusted R-squared:  0.7467 \n",
         "F-statistic: 12.79 on 1 and 3 DF,  p-value: 0.03739\n",
         "\n"
        ]
       },
       {
        "metadata": {},
        "output_type": "display_data",
        "png": 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Ox4sAIiHNmDGDjR23b99OLVu2tFUHN97KyUVBIAQI3Lhxg3744QdXzvfcc49r\nP5Q7pgpgVBBeejBvaxAqCvXYxYsXjVOW3er//EPOd8aTo1d30lKkCCmfWnXllEMiJIUU40jL/MCB\nA7R06VLau3cvwR0lCM44cN6uy/wi7RlJfayDABxCGXRBeSBM4fZNN0sAm6qCfu6556hr167UuHFj\nwppgEATv/PnzvVo4G+BYZavP+YC0vHlMWSKk5chOSj9PCPCg5b87l2cVHIQPayIAr1dwvAG1c5Ei\nRWIwmR5xp4UEAUGAEYAPim+UB8Ny5crxcaFCyhVwGMjUETA+CgiPhqVHx48fp6NHj1KqVKlY+Fr9\nA6F/9RXp6zeS9nIX0x4Tu6ZUZQoJAr4ggPCDiIQERzcwWmzWrBmvtT99+jSFIuIQgqkg9rCQIGB1\nBNAxhcGuQeikGsLXOBeOrakCGBXMkCEDG4gMHz6cQ6VhRGx54asennPUWNK6vEBamjSmPSd2yrFt\nO0H1LSQI+IoAAjD07NmTndygfd2rwl3iOFCK5GAqgWIj91sPgZ+UoyRE2wPBANjwPYFjtAkrkOkC\n2AqV9pcHfdkKogfSkKNaVX9vDSg9+5bOk5v0nbsCykduji4Edu3aRcOGDaOPP/6YmjZtSv369SME\nQgmUIjWYSqC4yP3WQQDLWw2CLQSC3IAwpwvNkNUoTgGMtYSgTz75hAYNGkSwEotG0i9fJn3hYnL0\n7hGW6osaOiyw27pQhB6E841p06ZRkyZNOPJYtmzZglYn92AqWEqIYCpwKSskCIQTAbg3hptjg+rW\nrcuC1zi24tarAA6VCsuKACTEE6yetVYtwrYeVytXlujUadJVrGAhQcAXBFq0aMFzwT169OB42xgV\njBgxwpdb401jBFNBeMONGzdyMBV89BBMBYaVQoKAmQjAihmRvgzKnDkzBbOjaeQbyq1XARwqFVYo\nKxKKvJ3r1hP99jtpTRqFInuf8tSU6kQrX470jbH9YPuUgSSKOgSgdsMa+6FDh9KiRYvo008/pa+U\nEWGghEAqyBdLmjAfjGAqMG5BMJWiRYsGmr3cLwgkiIC7JvZnNShB5C+DsArAbuR1GZKhwjp27BhN\nmjQp6CosO4Ck//IL6e/PIsfo4WGPzctxgidMJnq2qR2gEx7DjMDu3bt57mvw4MH0i3qP4RcaQRog\njINB7m5hfQ2mgpHyggULYhWPqa6sWbPGOi8nBAEDAcRcR6cSBlWwZDa0LcZSViOdHbdeBTBUWJjn\ngUu7kiVLsreqYKiw7ASQPnkqaTWqkxbEubPE1l97Oj/Rn38SlkJZgZ/E1iPS7rt+/TodPnyYAx1g\n+Y9V6OTJk9xu8eECYeWBYQ0aCh59CaYCoY3viifBIx5G0kKCgDcEIHAhg1KmTMkOnAzh6y2tHc/F\nEMD4mKxcuTJGPQYMGMDHON++ffsY1yL1QN+3n/QzZ8nRv49lqsjGWOs2qHXI2SzDUzQzAmMPGHng\ng7B8+XKqUKECTZkyxRKQwLd6+fLlORgDAjQsW7aM2rZtG1Te/A2mgpGyp3MQMAS1odFRCCqDkpmp\nCNy8eZPf/6tXr/JzbtOmTaLKh8YGncVHHnmE74d2BMIXFI6od1xwCP9izAEjZFnOnDm9/jJmzBhC\nNqyTta5Gms7xk8jRpydh/tUqxAJ4k4r8pJwfCIUfAQhfrGUfqAyd4FQGaw43bNgQfsYUB3A/CSMp\nOBpAu4X2ytvo019msZayT58+vJwjV65chB8iLkHFjaAqQtGJADpjeBfQ2UMULkyB+NMZ/VN9cw06\ne/ZsDMvlSJ+eiDECxjop/K5du8ahy9DLh5EFGh5UbDVq1DBwititPmsOaYULkVaooKXqqCk1Ij3+\nOJEanVPpUpbiLdKZ0ZVwpe9/IF391IJa3o66cYuqTnqPnPsPUpLBb9EzzzxD6P1bgb7++mtut76E\n+fSHX/dgKoY/93+Uk5hevXpxMBVYRwtFHwII+IFY1FhvDkKnDMvfXn755QTB+O6779gdcZkyZTht\niRIqElwUUQwBbNQbawgRUQVqrBw5chDUC1ANRDrpp8+QvnU7OT6YZcmqsjGWck2ZRARw0J9PDCGr\n/MSysL2knFf8cJkolZqjzJSRNLXMAVtH5Yp0+OK3tFWdH62ELwRvhw4dCEaLViAj3Gfv3r2Dyg6C\nqcCxhyF8kbkRTGX/ftUxFIpaBNyN8TClgOAG3giDuT179rjcQMIlZCQYU3mrqy/nvApg+HetWLEi\nNzT0bmBB2bBhQ8K6wkglqHado5W7yW5dSVP+qa1IWqUKpE+dRroykLMqj1bEzeBJh7MIYyTrKWTv\nT31XyGbKdFfIVqlElBn7mbxGvupZvBh/RCpXrsxGROvWreM1t0ZZ4dzCaAWBT7788kueYwUvUOV1\n7NgxILbsHkwloMrLzXEigNHrxIkTOQRmwYIFOeAOQmAahOVCmBZBxw3q6kfdYpxHuwGeVwFcpUoV\n9h2LGL3wIQtfzZE+xwNvV5ThUXJUrGC8N5bbasoYQStZgvTNW0mrX9dy/IWCIYy64FYRPWr0sufO\nnctzTXGVxUJWjVzvjmD/G8lCdYyRrLuQVcLVodx8uoRs8uRxZen1PHzJIsyfFQntFZi5k2HU4n7O\n330jmApcXGLeG9NTj6tpkc2bN1ven7u/dZX0viOAtgBDRCx7Q6cPmheooA3atm0bh5zFMdJmz57d\nuBT1W68CGPO9I0eO5N4ztps2bQqKJx13tN2tKN3Ph2NfVyER9eUryTFzWjiK96tMVkPPnU8UBQIY\nnm4yqREoYtsOGTKE7RIGvPkmDUdgAUPI/jcni2MWsmnuZ6GqYSQLIZsv710hq4yRND+FrF8PxkKJ\n8YEL1UfOCKZioeoKKxZAAAM0o9OH1TQIM2sYUCEGvJB3BLwKYCQ1QjVVr16d8AsGQf//6quvkjFH\nBbNyPDgsm+jfv3+MuaVglOdrHuxusm0b0tKl8/WW8KUrquK8jhxDulKh8pxk+DgJecmYV0Rvuqla\nj+4cPorWPJieDs+aR86vv4spZBEvWc3NsrrYQpbrIQdIChAELIAApiwhcLGCBgTLe6tHuLMAbMyC\nVwGMEQfc2LkTBPLUqVPdT/m9b0UrSufaT4juOElrUM/v+oTjBk11WrRqVe7GJu7QLhwsmFYmDHww\nf+QcNpI7Gzdbt6JmWzfQ10sXmsaDFCQICAKxEbh16xbP6+IKjBDd53KDMd0Ru8TIPBNjHbBRRagM\nsJYLPwRmwCgE7ikDJcznIW9vVpToQZlNCHCgz5xNjr5qze9/YavM5iEx5cFDl66cckQ6wbgj07ff\n0bp5C2hVhvRUvvVzNHT06EivdqLrt2bNGipQoIDXX6AGWIlmSm6MOAQwNYRpSYOgakYgBCH/EfA6\nAoaANIQkrNewvg9LkrAIPxCymhWlU/lX1hrWJ025ybMTaeqFVxZJpB86zGuW7cS7P7zqSrX19kPp\naNOrfeiKcvsIDUzZsmX9ySKq0mItJqyyDx06xM4xMG+OOXQsK4STHaHIRQBGcQgdi3XZXbp0oXRB\nnk6DS0i0PWilMG3YoEGDyAXTxJp5FcCYe1u7di2zAUtHhHzKkydPwGxZyYqSg9xf+Ja0gW8EXK9w\nZKBVr0r6hk2RLYCnzyStVEl6pld3eiYcINusTHgiQocZAQ7gkQgOEUCdOnViK9TEuge0GQxRx+6Z\nM2d46Q/sa/766y+qX78+R6gKJDQffD9AmBsRhrBWF8IXhPdMKDgIeEUSIZ6MCXUUg54PliYFgxJr\nRQn/oHgpPAluzNxDUuG6+/yE12O1HjTlxCnkeOtN0tTLlGB6t/kOr/mF4XoqNQ/snDuP9L+60W9q\nbR0+vAbZsT6e/KdSqmd9125yzJtty+djPItwbBFEBUL3ypUrBEcHixcv5pFxOHiRMkOPACLWwWYH\n/shBMHZdsWIFG7b6Uzq+scZyU4yo3QddobKq94e/SEwbYw7YmEOCt5sxY8a4fuhZde3aNWT1RzSV\nsWPHxps/1lwiHqnnD/PUnn6q4YrPnTyPz6s4v1qZ0qRhiYoiz+t2ONbSpCEq8DTp23fYkv/4ns/X\nKuqTc8w4cvToRlj7bIfnEV993K+ZsQ8vdjNmzCC4koUjHThFwCoDochEANMLxugUNURn9o6fPuMv\nXLjAkb0MhGB/4e7dyjgv2yAjoNyGuUitzdXVKFPftm2brnT8uuoFKTuln3UVfFv/4IMPXOmCvaNG\nbDp+iSFlXKIrN4A+3+o8dly/3aS57vz9d5/vsWpC57bt+u1efa3KXqL5ujN7rn574KBE32+FG1WH\nUv/oo4/Cyor6CCunab/pahoprHzEV7i/7Te+vKL12ueff66ruX99165d+vr16/XSpUvrqvMVLxz4\n1iuXkK40v/76q3IGeMd1HO07ZrXfGCNgb3NI6AVBnQVDjmASHHEYvbRUyvUjfqEmXZXpPrIKdXkh\nz1+N4unLc8R+jENemDkF6Konrq9ZS47uL5tTYISW0rdvX54DXrRoEdWpU8eyXrsiFH5Tq4UpwlGj\nRnFADBhLIRIRPJR5Evz5w6YHhKm7hx56yJUEo+hIDPfnqqBFd7zOAYdqDincjjj0+aoTkTULq58t\n+jz8Ygvz11rlSneNsVrFDnbuV2YWSKx63aqDNJ60ju1Jc/s4WIA1W7GAaRksq4NrQHx0ES4Q/twh\njIUiE4GiRYsSfp4EgWsIVvgrb9asGSeBmtrd7sLzPjk2B4EYI2CjyFDNIbk74jh//jydO3eOl0zA\nWAR+p0NJ+jffkP7RxxE3suI4wes3hhI60/LWV3+kTCyTkKNOLdPKjMSCTp48SQjIYKxth+EjDGyE\nogsBuIS8pDzmGQSPg4YwNs7JNrwIeB0BgyUIYfyCSeEKZ+YaWXXqEHEjKw0BBdTIEaEUtdy5gvm4\nTM0LanRdWXU7pkwwtdxILAwfWqzbxzIkTCstW7aM2rZtG9aqIsY4gq17EjrfskbZE5XEHcMl5OXL\nlzmmO3KARyr3yEOJy1XuCiUCMQQwLI1hcYr5A8Nfs1E4PGG9+OKLxmGituFyxKGvWkN0TzJy1K6Z\nKL6tfpMxCrazAHaOm0ha08akqfWGQoEhANXixo0baeXKlWwJ3a1bt6B3pv3lEJ3vzz77LNZtGKE9\nYTNHOLEqEcYT8EpluIH8XgUmQbQhgzxXhxjnZWsdBGIIYCy6xpwB1g7CaYY7BcO5djgccfDI6oP5\n5Jg6yb06EbXPEZI6vEj6y114XbPdKufcuk05lP2RtKGD7Ma6JflVqxjoxo0b9MILL7j4gxBWqxlc\nx2bvPP3004SfJ8GPMDRUQv4jgPX+MLqC4w2QrNX1H8Nw3xFDAGfJkoXwA0FlVKJECXZvhpFxtWrV\n+Hygf4l1xOFPubDwQ8xSeHKpv/8gpWzWhDg8nT+Z2CgtR3HKno1IOa6gCuVtxLnSnv/2G+mTp5Jj\n+BDSkiSxFe9WZfbUqVO8rh4qX6zhB8GbnZD9EYDArVixIs/lwmlG3brRERfc/k/Oew28GmEhAENP\nFXP1R+UxCg44oNbAsR0IS5sKFixIR44coRR79tGiSZPpbIH8dmA9IB7hmtKpXFPajfSp05Uld0XS\ncuW0G+uW5hcGj3DEodbIc0fU0swKc3EigFEuLNkNwpyuYUgF5xvGvnFdtvZCwKsAVgu6ObgyRpHw\nitWvXz/C/IIdaN68eRzLeKjq+Te4fJXyzp5Bk/8Lo/iTMvQJdB7bqhhoGPkeOUr6r79alcVYfOmH\nj9wNKNGhXaxrciIwBJIobcJ7773HLmWxDlj89waGp5l3w0eCQdA+GtbsOOfuHtJII1v7IhBDBW1U\nAwZXcLxx7Ngxgp/R999/nwJx7G3ka8YWRgmsLlc9R8z7Pq5e5kurVrI5PtzxefMnbQZfoS5DS5GC\ntLJlSN+0hbTGDUNdXMD562p6wPnOeHL0fIU0N8ORgDOWDPgjbThZQOcZRk6bN28WZGyAwDdquSQG\nCsWLF2duK1WqZAOuhcXEIuBVALdo0YKUCzt24J4/f346ePAgjRgxIrFlmHpfuXLlWADnU2p0qGsq\nq+P27duzv2h0KlC3SCU2xpo2g8gOAlgtOYLVtlbi7ocmUp+JmfVyX8WAd93de52nUaWZfElZcSOA\n0S4GOsbzQWAZsQqPG69Iu+JVAEPlAScZiC+JtWWffvopG2R587RiNUAQkHz58uXsPhNm+N27d+d5\nbEONE8kWl1rhQqTMXwnuHLX/jOms9nzAj66CLeifrSfH3JlWZM+2PIV6FYNtgbEY49DCGWufobFz\nd8MrARAs9rBCzI5XAWx3V3ZwQoA6RCPxmuB1G0jr/P8lKFbCQUUGuOtusnMn4ohOVmLO5rwcPXqU\nXU56q0axYsXYetbbNTkXegTcXUKuXr2ajNjMGPF6hlMNPTdSglUQ8GqEFcmu7GBUFsnEAnjjZoKg\nsyLpy1cSpbqPHM9UtyJ7tuapdu3atHPnTrbbMOw4sCYYwVTQKRUKDwJwCQmPXwbBIZGQIAAEvI6A\nrejKLliPq3HjxsHKypL5sCcp5YKODhwkKl7MUjzq6iOkf7iIHNOmWIqvSGHGWzQz1A0CuF69eq5R\nV6TU16r1gB8CLOE05nLh2MjdJaQsHbLqkzOfL68C2Iqu7MyHxr4l8ih4/UbSLCaAYfWstWxOmgoO\nIBQ6BEIVzSx0HNs/57/++otSqJUIIFgyG3O8OPYWGhDnhQSBWCpoGF9h2REWgMOV3bBhw+jnn3/m\nBf0Clz0Q0KqoEIV795GuDOisQs4NKmLTzVvs79kqPEUqH6GKZuaJF5zewEgz2kkFs2ff2wYOWKub\nOXNm41C2gkCcCMQQwHCYjt4zvEhhLS2OYUUMQRyK5TvSgON8LgFd0FKlIipahPSt2wPKJ1g3wzmI\nrpZHOfr1Is0R45ULVhGSjxsCCKiCERiCtE9VTmiCZfcAX9I7duzgkqZPn045cuQgLFOEQVG0hTvE\n3LpBGPlC3bx06VKCEyN3ev311+nMmTPup2RfEHAhEONriHWETZo04UY7ZMgQtppED/f48eMsmF13\nJXJHGnAigUvEbY5nqpGu1NBWIH3KewS1uJYtmxXYiXgeEMlszZo1Qa8nvOFhtIelM9CSwbgIGrOs\nWbPyNyPoBVooQ9TZ3YmP4egELK5fv57atWtH169f57n2MWPGMOfww71v3z5xBWqh52g1VmIIYLxA\nRkSNx1RYOFhSzpgxwxXuKlDmo7kBB4qd3/fDwYXyBQzDp3CSvv8L0k+eIq3d8+FkI6rKLlmyJE2Z\nMoXdrr7xxhuE38yZwVtzDSc98LeOUTYMiuDqEkZHkUa3b992VclzZGtEdkKHBBqAdevWUZcuXdja\nGZboCIgxfPjwoAxcXEzITsQh4NUIC7WE44qnnnoqJBV2b8AoAA0YsUuFgocAIgtp1aqQjjXBbdsE\nL2M/ctKVYYpz7ARyvNqXNOU4XsgcBBA6FLYb7gQnHYESOuW9evXi7wIEDGL5Impa586dCSrpSCKo\n8REEAfPpIEzJGc583OuJbxmWf6VLl45PJ0uWjAcxsJsRa2d3pGTfGwKxBDB8P0MY4uXD2jWomEDw\nMGWoVrxl5Mu5aGrAvuAR6jSaWmvrfGswUbgE8MzZBO9cWqGCoa6q5O+GALwpLViwgKMhwQEERnLw\nLVy9emBrr1966SXCD1GWYCeCQPAY+SIASt68ed04sN8uXEKePn3aFbMYo3tjGRFq40344jyWF0Ho\nYr4dfrfhc3vs2LFxOkTBPUKCgIFADAGMkWhc0TbczeqNm/3dRnID9hcLM9JriBGsYobqx0+Qlj+f\nGUW6ytDPnGUjMHE36YLEtB34gMbIDc43YCiFuUv3kHaBMgLBZAgnO7tOxLwuOhEgqJIR3s8gXzUG\niDoF2xZ4Gtu4cSMLZMMIDnnBN/0jWJcvJAh4QSCGAIYaxVCleEkbtFOR0oCDBkgIM9JqVL+rhjZR\nAOtqeYpzzDjSXupMWurUIaydZO0NARhOVqxYkUdm27dv59FYw4YNqUePHt6SB3xu3LhxBB/rvXv3\nDjivUGcAPo3R7LJly6ht27ZcJASur0LXk0f4TYjL0rls2bKeyeVYEHAhEEMAu86avGOnBmwyNAEX\nh3lgZ5v2pHd/2bR5WH3REqL06chRWUKpBfwAE5FBlSpVqGfPnrRw4ULeYk44udKEBJOgssUcJ0aA\nWKaYEEE1i5UVnnT27Fme3vI8H4rjQ4cOUaZMmVwjUsMfcyjKkjwFAV8QCJsAtmMD9gVQq6XRHnpI\nRfHOTfrOXaSZIBB1ZZijL1tBjpnTrAZF1PCD+d6RI0fyiA7bTZs2BSWcKOaSsbQGy5xAEMAQ7HBd\ni1jb8RE6Bfh5EtxkhipCGVxCwhgKQheUJk2aGBo+MZLyfBpybDYCpgpguzVgsx9GqMoz1NBkggBm\nd5PK6Ev7zyo0VHWSfONHAHOPIBheBWp8ZZQ0fvx43oW6FYZHoH/++YctozHafv758C81Az/GXO6X\nX35J8MNsUKhWdRj5y1YQ8BeBGOuA/b3Z3/TuDfj8+fNsYQ21EKyt0YCFQoOAVrYM0anTpKvRQCjJ\n+cln6ov8L2kN6oWyGMk7DgTgfAOrFbz9OnbsGMddvp+GZ7xGjRq5hC/uhLBDoIeLFy/6nlGIUt5Q\nsbAx2jcIOIhLSAMN2VoRAVNHwGjAcItn9J4BiNGA9+/fb0V8IoInrMHVKpQnXYUp1J4NTThGCHd9\nxixyjB/jMnKJCPBsVAmsR61cuTKhUzthwgSec4X6FVbRwVjFgDB6Xbt2JUQUw5JCEATv/PnzeflN\nOKCC0wvD0AkuIYM12g9HXaTM6EPAVAFsxQYcLY8camjnuIlEIRLAzolTSKtXhzTlllAoPAiEOhxh\nkSJFCMHkP/74Y3ZPizXGiPQDAysYeplBmNdFucbyIWOLsu+9914zWJAyBIGgIWCqALZCAw4acjbL\niNcBK89U+rmviNcHB5F/GHjRNxdIe/O1IOYqWSUWgVCGI8ygQknCcMpMgsA1DKa2bNnC65uN8gsV\nKmTsylYQsB0CpgpgoBOOBmy7pxIihu/GCVauKeGgI0iEkIcY/ToGvkHaf4Y5QcpaskkkAkY4wiVL\nltCJEyeoZcuWQYuI5M4SfEznzp2boNkKFcFWBO4eMZ8LqlmzpksYh6pMyVcQMAsBU42wPCuFBgyX\neULmIMDW0GoeGI4ygkX69JmklSppuqetYPEfifnAGGnQoEEcEQlGSWhnrVu3tkVVsTwRfqYNSpUq\nVQw3l8ZI2LguW0HAzgiYPgK2M1h2511TfmuVD0GifcrgrXSpgKujnzhJ+q7d5Jg3O+C8JIPgITBn\nzhyCahYrC4wlOYb3p+CVQiwYjTW2wcoXEdnchay4cQwWspKPFREIqwCGA/dgN2ArgmwlnqCGdqo4\nwUkCFMC6Gqk4R48lR49upKVMaaUqRj0vsHhGvFp3A6VQgALVdjDIfVUEghvgJyQIRAMCYRXAwWrA\n0fCgglVHrVIF0qdOI13Nq2lKvZdY0heoddtZsxCvMU5sJnJfSBBArN4GDRrQZ599Rln/s0pHbG9f\nXEaGhKEEMoXaWUgQiEYEwiqAoxHwcNcZo1WtZAnSN28lrX7dRLGjX7hA+pq15Jj9fqLul5tCi8AD\nDzzAIfHcSzFrmZB7mbIvCAgC8SMgAjh+fCLyKquh584nSoQAht9e55jxpHVsT+xnOiIRsnelsmXL\nRvi5E9zACgkCgoC1EAirFbS1oIgibooWIbp6lfREuA/UV39ElCwpOerUiiLA7FXVa9euUa1atdhI\nCsuEsmfPbgk/zfZCUbgVBEKPgIyAQ4+x5UrQVBQbhCnUlTEWRrK+kv7TT6R/MJ8ck+865ff1Pkln\nLgJwPYm1wOXLl6ccOXLQzZs36ZdffjGXCSlNEBAEEkRARsAJQhSZCXhNsBLA/hBcWWpNGpH2nx9g\nf+6VtOYh8IdyjlKxYkUqVaoUO+JA0Pnt27ebx4CUJAgIAj4hIALYJ5giL5GWJQvRgw+SfuiwT5Vz\nbt2m1NY/ktbiWZ/SS6LwIYC4u2+99RZlUc8YvpunTZvGcXvDx5GULAgIAt4QEAHsDZUoOXfXNWXC\no2AsWdInTyVHv96kJUkSJejYt5rFixenkSNHUtq0aXn79ddf04gRI+xbIeFcEIhQBEQAR+iD9aVa\nWtXKhEAKugrSEB/pU6eTVrkiablyxpdMrlkEAYTogwcpOOJAeD4I43nz5lmEO2FDEBAEDATCZoSF\nxfdwOZdERlTGszB9q6VJQ1SwAOnbd5D2THWv5euHj7Ca2jFnhtfrctI6CGDut0OHDuxLGT6U06VL\nx8whmMGDarohnPTFF1/QzJkzY7GAzoLnkqlYieSEIBChCJgqgLEW8dVXX6VVq1YxnBDAyZMnp+bN\nm1P//v3J3SVdhOJtuWo54JoSS4u8CGD9n3/I+c54cvTqTprEWrXcs/NkKKVysjJ06FAOwgB3jvny\n5SMIZQhfzAeHk3LlykW9e/eOxQICR6RIkSLWeTkhCEQDAqaqoMePv7t85cyZM4QwY+fOnaNDhw7R\nlStX2HF8NABuuTrCJ/RX5wlLjDxJnzuPtNy5SCtezPOSHFsUgbVr13J7gpvX5cuXU7Nmzahhw4b0\n/fffh5Xj1KlT85IoLIty/6VRWhgjYERYGZTCBYEwIGCqAP7hhx+oUaNGMUa6aHz16tWji4lwChEG\nvCKuSC1pUjW/W4nXBLtXTv/qK9I/W09at67up2Xfwgjs3r2bli1bRt26daNvv/2W533Pnj1LU6dO\npddff93CnAtrgkB0ImCqChqBu7t27UqNGzemx/5bSwrBO3/+fNq8eXN0PgEL1JpdUw4fRfTc3eg2\nutN5191k507E88QW4FFYSBiBffv2UatWrbhtYelR/fr16V41dVCmTBl65ZVXEs5AUggCgoCpCJg6\nAi5SpAivS8Sc1PHjx+no0aMEYxEIX3EWb+pzj1EY1Mwg/fSZu9tlK4hSpyKHl3lhTiB/lkQAy44u\nXbrEvH388cesWcLBiRMnVBhoFQdaSBAQBCyFgKkjYNQ8Q4YM1KlTJ0uBIMwQncqcic692IW2PpqO\nBv94gx5YrII1CNkKAUzljBo1ivbs2UP/KAO6ChUq0KZNm6hHjx40evRoW9VFmBUEogEB0wWwN1DH\njRtHiLLjzUrSW3o5F1wEdu3aRRP27qJpukbFktxDE65epobKMK6gBEYPLtAhzg0GTQcOHOARb/78\n+Smpmt8HzZ49m+CcQ0gQEASshYAlBLAvgcJhOf3JJ5/EQu/YsWOUOXPmWOflRNwI7N27lxYvXkxO\nNdcLJw0LFy6kvmrklKbPa5Tm24tUfMxIWrduHSGwu5C9EMCSnqJFi7qYrlq1qmtfdgQBQcBaCFhC\nAGMeOCG6//77KWfO2J6Y0NPPmDFjQrfLdTcETp8+Te+88w69++679PnnnxOwxXrMpDvuGsL9vnQp\n3blzx+0O2RUEBAFBQBAINgKWEMC+VApC1pugvX79OquvfclD0txFoF27duwMBe4Jt2zZQnDa0KVL\nF3bacOvWLXbeDyMeIUFAEBAEBIHQIWCqAMaoa+vWrV5rg+UTcB4gZA4CcM6ANdhTpkyhN954g1au\nXMmqaMzFL1q0iB566CFzGJFSBAFBQBCIUgRMFcCtW7fmjzyMrQoVKhQDcsNvbYyTchASBF588UUa\nOHAg/fjjj/T4449zGRgF9+rVKyTlSaaCgCAgCAgCsREwVQAjQsuCBQtowIAB7DAgNjtyxgwEBg8e\nTB988AH7B4ZnMiFBIDEIwE7g77//JvigFhIEBAH/ETDVEQfYy5MnD61YoRw9CIUNAXSE+vXrx36C\njaUqYWNGCrYNApMnT6YdO3Ywv9OnT2efzjCCbNOmDQviYFXkLxUeE36sYal/7do1zha+rLt3707Q\n3sDNppAgEAkImC6A3UHD3CNGxEKCgCBgfQQgBH/99Vf6/fff6f3336fDhw9zQJWsWbOyv+lg1ACj\nakxPIUjL5cuXOaQi/FnDc16fPn0I01gffvhhMIqSPASBsCMQVgEc9toLA4KAIOA3AogvjDXiWL6G\nkKJ16tRhewK/M/JyAyzzS5YsScOHD6eePXvShg0baOLEiVSjRg36SUXsgk/runXrerlTTgkC9kMg\nrAI4b968rqAM9oNOOBYEogsBBFCBod7zzz9PGzduZL/TR44coc6dO3OAlWCggdF1rVq1XFlhysoI\npVi4cGH2JT9s2DDXddkRBOyMgKlGWJ5AybIjT0TkWBCwLgIvvfQS4Yc5WAje++67j0e+GLWiMx0M\nQuSmmjVrUr58+Xh9epUqVQhR1MaOHUsI5gJ3m978AQSjbMlDEDAbgbAKYLMrK+UJAoJA4AggspIR\nXQmRzeDLHa5Lg+HLHfO/S5Ys4VE2XMy+/PLLLPRhmAXLfdCgQYMCr4TkIAhYAAERwBZ4CMKCIGBn\nBHzx5Q6DKoQf9STEA4cQdydEcdq/f7/7KY5rDFW3kCAQSQhEhACGQwn0mgMlxE29oqIA+eKb2tey\nYNUJ4xE4uggmIe5rsINQ/PLLLxxBJ5rrnz17dnrqqacCflRYPoO8ooF8eV/wbnkTwPC8lixZsoDb\nLwT2H3/8QQhGES4KRZv0py6haL/+lI+04cYABoL41mIKIxAyq/1qqgHogTAa7nsh4LAmEdaYgdLq\n1asJDzCYgg2qMyypKF26dKDsxbgfPpwrV64c41ygB+fOneMPGIxtgkV2qz+EZsWKFQOufvLkyXl9\nbJIkSQLOK5IzCFb7nTt3Lnec06ZNGza4QtEm/alMKNqvP+UjbbgxQAcAHcIGDRr4y3qM9Ga1X9sL\n4BioBXgARwOZMmWiYHqHunr1KjsQgFOBYBKExLZt24KZJfuFzpAhQ9AsWsEctBPdunULeITjWdFQ\n1B/RoeCkpEmTJp7FybFCwMq+3F9//XVenlSqVKmwPatQvJP+VAZ+3YPdfv0pH2nDjQF82sNqHt8c\nO1BEqKDtALTwKAjYHQHx5W73Jyj8Ww0BEcBWeyLCjyBgUQTEl7tFH4ywZVsEAp84tW3VhXFBQBDw\nFwHx5e4vYpJeEIgbARHAcWMjVwQBQSAeBMSXezzgyCVBwAcEkrytyId0UZEE1nNwMPDAAw8Erb6w\ngoXqDg7rg0mw9syRI0cws2TrwWivP+Ije65LDSrIEZQZLF4Rx/vpp58Oe63glxptDN65wkWhaJP+\n1CUU3y9/ykfacGNw77338iqW9OnT+8t6WNKLFXRYYJdCBQH7I7Bw4UJeNQDHGUKCgCDgPwIigP3H\nTO4QBAQBQUAQEAQCRkDmgAOGUDIQBAQBQUAQEAT8R0AEsP+YyR2CgCAgCAgCgkDACIgADhhCyUAQ\nEAQEAUFAEPAfARHA/mMmdwgCgoAgIAgIAgEjIAI4YAglA0FAEBAEBAFBwH8EoloAX79+nRCNxRvd\nvn2bEMnH+HlLY+a5f//9l8CvN/rnn39cfGI/XJQQZk6n08UncMVxOOnnn3+muPBKqC7h5FvK/j8C\nCMGHdykuQjCUUAZ8wzuEtumNQv0OxVc2+EF4xlu3bnljLSjn0H4RajUuMr6d2AKLUBFiTcdFoYwb\na3EAAEAASURBVMYgrnJ9PR+VAhhCt379+tS1a1cqVqwY7du3LxZeiKZRqFAhKlOmDP9+//33WGnM\nPNG3b1+C5yFvVLhwYRef7dq185bElHMJYbZs2TKOkWtgunPnTlP48lZIx44dqW3bthzS0VukqoTq\n4i1POWcuAjdu3OAwn8ePH49V8K+//kolS5akDh06cDtGVK5gU5s2bahVq1aUM2dO2rVrV6zsQ/kO\nJVT21KlTqVq1aoToUBMnTozFW6An8M3E97FZs2b88+zkoOODuLxGW580aVKgRXq9f9q0aYS27I1C\njYG3Mv0+h3jA0Uaff/65PmLECK72Z599pjdv3jwWBOrF1dWIM9b5cJzYsGGDXqBAAf3FF1+MVbzq\nGOgFCxaMdT4cJxLC7NVXX9VXrFgRDtZilKk8OLme+c2bN3UVyi7GdRwkVJdYN8gJUxHYv3+/nj9/\nfl0JPx37noR3bd68eXx65syZXp+x5z3+HK9bt05v374936Li8OpK0MS6PVTvUEJlq44JY6NGqLoa\nnet58+bVlaYgFn+BnFDxzfULFy5wFs8995yOb5Q7gUfVAXE/FfR91bli3GvVqhUrbzMwiFVoIk5E\n5Qi4bNmypBoonTlzhmbNmkWVKlWK0XGBauXixYuEXtvLL79M3nrYMW4I4QHUzqNHj6a4PIaCN7hf\ne+mll2jIkCGEnmc4yBfMjhw5Ql988QU9//zzpBpoONjkMrdv307FixengQMH0qJFi+jNN9+MwYsv\ndYlxgxyYjgBcT27dujVON5hHjx7l0TEYQ3s/ePBgUHl0zz9btmwcg9a9gFC+QwmV/eWXX5LqsJOm\naZQ0aVJSHRU6ffq0O3sB7+O7BLe1IG/4oq1DRY62jm9sfNMEiWUG2r7333/f6+1mYOC1YD9PRqUA\nNjBas2YNC1oIMHfCi1OuXDlq2rQpNWjQgH9//vmnexLT9tEBGDVqFAtZb4X+/fffrGrr168fPfzw\nw/zCe0sX6nO+YAY/y3Bb2Lt3b+5Q7N27N9Rsec3/ypUrNGfOHMYN+506dYqRzpe6xLhBDkKOAAQa\n5lrxUwMNVvvifY+L8FzTpEnDl1OnTk2YKw6UMI+J8jGF5Z4/8k2WLFkMIRPKdyihsj2vB6v+Bn5K\na8SC3Tj2lj/8UpcoUYLb+Z49e2jChAlG8qBtod6Oi0KNQVzl+ns+qgVw//79aePGjYStu5EAHIrD\nz61S3VDVqlV5HgOO580mpR6nY8eO0erVq0mp03j06DlyLF++PI0bN457o5jTxqgeDcRs8gWz6dOn\nU40aNXjU8sILL5BSR5vNJpeHYBtq2oGU6ooGDBhAu3fvjmGM5UtdwsJ4FBc6f/58yp07N/+82Wx4\nQgPhbLQDbDNmzOiZxO9jCBTw0Lp1a+7sGvkjIwRdSZEihSvPUL5D7nXzVrbn9WDV36gcBK77iNZb\n/tDIYQ4cATLUFI/pbT3UGBhYBLqNSgEMoxu8FCAYV8FYAKoag7777jsWvDhGbxsqn6JFixqXTdsi\nysyYMWN4pJYrVy6OqmSofQwmlixZ4jLOMnp9UM+ZTQlhhhEMeqzXrl1j1qASxActHIRy1bwdFw1V\nGni75557XKwkVBdXQtkxDQGoMr/66iv+wbgqIcIUw7Zt2zgZtspOIqFbEryOdxY8oHPunj/Uu54C\nPpTvUEJlY+CAbxYs/KEhO3nyJD355JMJ1s/XBFBt45t5/vx5vsUbvq+88gphAAEKR1sPNQZcsSD8\n/V/qBCEzu2TRqFEjWrlyJTVs2JAF8MiRI5n1Ll26sGUfRmfKgIJq167NczuNGzdm4Wd2/TJlysTR\nZlAuetjff/8998AhaGH5/MMPP7B6fOnSpbw9depUSFQ9vtQb6mVvmKGz89FHH/FHq1evXvTss89y\npwa96Dp16viSddDTwAIezx/PF3P9U6ZM4TKs9vyDXvEIz9C9XXTv3p0gBPD+QQh9+umnQa09LIyV\n4RFrdLAMBiN0kBnvkC9l9+nThzU8UL1jHyrhYBK0btC4YSSMOWZo4tzxBw54BrBEvnTpEi1fvjyY\nxceZlzv+ocYgTib8uBDV0ZAw+o0vfih6kBgBJ0+e3A9Iw5P0t99+o5QpU5LDEV6lhi+YYW0iBHC4\nCXwAM3RuvJEvdfF2n5yzDgKw3fC08QgmdwnlH8p3KKGyMa2G7xfmp0NFCfEA9XQ4NHJGfc3AwCgr\nMduoFsCJAUzuEQQEAUFAEBAEgoFAeIdLwaiB5CEICAKCgCAgCNgQARHANnxowrIgIAgIAoKA/REQ\nAWz/Zyg1EAQEAUFAELAhAiKAbfjQhGVBQBAQBAQB+yMgAtj+z1BqIAgIAoKAIGBDBEQA2/ChCcuC\ngCAgCAgC9kdABLD9n6HUQBAQBAQBQcCGCIgAtuFDE5YFAUFAEBAE7I+ACGD7P0OpgSAgCAgCgoAN\nERABbMOHJiwLAoKAICAI2B8BEcD2f4ZSA0FAEBAEBAEbIiAC2IYPTVgWBAQBQUAQsD8CIoDt/wyl\nBoKAICAICAI2REAEsA0fmrAsCAgCgoAgYH8Ektq/CpFdgx9//JEQt9idHnvsMfr11185lm1iY50i\nTugPP/xAmTJlcs/a5/1r165xkO8UKVL4fI8kFATsgMA333wTi00EtEesbcSPTmybi5VpAifQ7hFP\n+MEHH0wg5f8vx9cu//33Xzp58iTlyJGD6/H/u4K3Z/CMGMD4dmXIkCF4mUdgTjICtvhD7dy5MzVv\n3pxeeukl1+/69es0fvx42rdvH129epVef/11rsX27dtp/vz5PtXot99+o1q1avmU1luiV199lXbt\n2uXtkpwTBGyLwJ07d1ztrHTp0vTss8/y8bx58+jNN98ktLFQU4cOHbiIrVu30vTp0/0qLq52ie8F\nOu6jRo2iihUrUpcuXQid8GCRJ8+XL1+mZs2aBSv7iM1HBLANHu2IESPo008/df0eeeQRevnll6lo\n0aJ06NAhFsQYza5fv55OnTpFt27d4lr99ddfdObMmRg1/Pvvvzk9BLAnXblyxXUvrn399deED9Lt\n27fpyJEjtHfvXvrzzz9j3IaR+E8//cTnnE4n32Mk8Fb+xYsX6fPPP6cbN24YyWQrCFgGgSRJkrja\nWbly5Wjo0KF83Lt3bxePGCF/++23rmPseHvXcR4jzj/++AO7TLgXwumrr77iYwjB48ePE9oOCG0Q\n7Rhtr3z58tS+fXs+j7+zZ8/ShQsXXMfxtUtXIrWzdu1aWrhwIX355Ze0aNEi2r9/P/OE7wrI4AX7\n6NAb3w98I/bs2UNHjx51CWvwjlHuwYMHXW09Pp6RJwijYXyj3Em+BUSignZ/Iyy6DyEH1RIIKl+o\nwwYPHkx169al3bt306VLl1ioolGgQeMYgnnx4sWUNWtWOnfuHK1cuZJu3rxJVatWpUqVKtHhw4dj\n1XbDhg38wUAvGWXWr1+fBS/SFytWjNwbpHEzGjc+DEOGDOGGiXvwQfnwww9jlb9jxw5OV6VKFe6B\nr169mrJly2ZkJVtBwPIIvPPOO1S4cGEWativXbu213cdghztpmDBgtz+mjZtSp06daKGDRtS+vTp\n+b2Hdqtv37709NNPs0AbO3YsCykIOHS4kQ5teuTIkfTcc8+xOhrt/9FHH+Vz8bVLdyDRzqBFg1rY\noNdee41at27N2rMaNWpwGwbPo0ePJoz8wTdGsDVr1mSBjXY6depU/u6gU58/f37asmULd1CSJUvG\nbd+d527duhlFUa9evejnn3/mTgbU6RMnTuROBr4Z0f4tEAHsek2su/PWW2/RAw88wAzWqVOH+vXr\n52IWDfvEiRPcsNGjhADOnTs3QSUEIZg6dWp69913uUFjdNyiRQtudBiFYhTtTk2aNOGGjZ7xsmXL\nuNHiYwAVNxrp+fPnqXLlyj6NXlGmZ/novWfPnp2ef/55atOmjV9zW+58yr4gEC4E0N5efPFFKlKk\nCAsRCGBv7zr4q169OqHtQmuEDiwEMEbDkydPppw5c1L37t0JQhgjbWiYZs+ezdcgpNA2ly5dytU8\nduwYC3GMXEFz585lgedru8TI130kjTyeeuopFrrY90YYkc+YMYMFLb4V4NUgCE2o41etWkUbN27k\n+nvybKTFwAF8oxMAQrvHaBjfLPkWyAjYeE8svZ0wYQILPl+ZhAoJwnbAgAGuW7JkycJqM4yaQYUK\nFXJdM3ZgYILeL+a5IDwx74XeLbboGaPXCwEPtbQ3MtRocZWPXvG4ceO4Z408MF/90EMPectKzgkC\nlkTgiSeeYL7Spk3LwjSud/2LL75gAYzEMNq655576Pvvv+d70RZBsKHAuRUrVvBx5syZeev5hzQF\nChRwnW7bti0LdV/bJUbYmzdvpjJlyrjyQGf6ySefdB0bO0YbxjFG52j/aPfubR6dDxA0cTDsio8w\nbYUpqh49enAytHd0xOVbcBc1mQOO7+2xwTWojYzGYexj1Js3b14WmgsWLCCMmvHhQEOEGhgEAy5v\nhJ4yhGTy5MnZaANqaU3TCAYhw4YN4563UR7ux8cFPVoQVM+guMpfs2YN9/YPHDhArVq14vkovkH+\nBAGbIhDXu47Rr2GwBfXrd999RxkzZuRawpoahOkgqHnRRiHsDOGO9uZOmAvGCBmEeV+0Z6h742uX\n7ve3bNmSNVqYKkLHoF27dtSnTx8efSMd1NpGG8bIFAR1MwzQ1q1bRw0aNHB9Y3DNk7+4zuE8Rvf3\n3Xcfd7ZRT4x6YQwm3wKgIyPguyjY+B8vMwQfjEUqVKjAc0VQb7399tushoaAhIEIVMqlSpViVTXU\nybly5fLakDACxpwxVGcg5AmVNOagYMCFuSDMMRuEeahBgwbxXFi6dOm4MeOat/JhhAHVOOa2oC6f\nM2eOkY1sBQHbIuDtXU+aNCkLGQhLGF7NnDkzVnuDKhvTSTCMglEi5kZBWCZUr149bnM4xkgT7Q/z\nsdBAQTBCDTxmzJg42yXuMwgjX7TRxo0b8zwwvgcY6WJ6CQL9hRdeoGrVqtHjjz/OS61wX6NGjbhT\nsHPnTh69Ix1+cZEnz0a6NGnSEEbs+OagUw+bFCxNwhyzfAtUZ0Y90ODZohuoy9ZUBNCYMCqFuggq\nIYyEjV425pygWnYnzEn5u5YRRlloTHFRXNe9lQ9jMHeDkLjylPOCgJ0Q8Pauo61hhOlt1GjUzdt9\n6OxCYLmTIQAh3A2Kq90Z1z237m0PhpkY3eJbAWGM8tzzxncFvKED4At549m4D3nh2+RZJ3d+jLTR\ntBUBHE1PW+oqCAgCgoAgYBkEZA7YMo9CGBEEBAFBQBCIJgREAEfT05a6CgKCgCAgCFgGARHAlnkU\nwoggIAgIAoJANCEgAjianrbUVRAQBAQBQcAyCIgAtsyjEEYEAUFAEBAEogkBEcDR9LSlroKAICAI\nCAKWQUAEsGUehTAiCAgCgoAgEE0IiACOpqctdRUEBAFBQBCwDAIigC3zKIQRQUAQEAQEgWhCQARw\nND1tqasgIAgIAoKAZRAQAWyZRyGMCAKCgCAgCEQTAiKAo+lpS10FAUFAEBAELIOACGDLPAphRBAQ\nBAQBQSCaEBABHE1PW+oqCAgCgoAgYBkERABb5lEII4KAICAICALRhIAI4Gh62lJXQUAQEAQEAcsg\nIALYMo9CGBEEBAFBQBCIJgREAEfT05a6CgKCgCAgCFgGARHAlnkUwoggIAgIAoJANCEgAjianrbU\nVRAQBAQBQcAyCIgAtsyjEEYEAUFAEBAEogkBEcDR9LSlroKAICAICAKWQUAEsGUehTAiCAgCgoAg\nEE0IiACOpqctdRUEBAFBQBCwDAIigC3zKIQRQUAQEAQEgWhCQARwND1tqasgIAgIAoKAZRAQAWyZ\nRyGMCAKCgCAgCEQTAiKAo+lpS10FAUFAEBAELIOACGDLPAphRBAQBAQBQSCaEBABHE1PW+oqCAgC\ngoAgYBkERABb5lEII4KAICAICALRhIAI4Gh62lJXQUAQEAQEAcsgIALYMo9CGBEEBAFBQBCIJgRE\nAEfT05a6CgKCgCAgCFgGARHAlnkUwoggIAgIAoJANCEgAjianrbUVRAQBAQBQcAyCIgAtsyjEEYE\nAUFAEBAEogkBEcDR9LSlroKAICAICAKWQUAEsGUehTAiCAgCgoAgEE0IiACOpqctdRUEBAFBQBCw\nDAIigC3zKIQRQUAQEAQEgWhCQARwND1tqasgIAgIAoKAZRAQAWyZRyGMCAKCgCAgCEQTAiKAo+lp\nS10FAUFAEBAELIOACGDLPAphRBAQBAQBQSCaEBABHE1PW+oqCAgCgoAgYBkERABb5lEII4KAICAI\nCALRhIAI4DA+7V9//ZX+/PPPMHIgRQsCgoAgIAiECwERwGFAfvPmzZQ9e3bKnTs3PfbYY1S0aFE6\nevRoojnp0aMHDRkyxK/7v/vuO9I0je7cuePXfYlJ/NZbb9E///zDtz755JMB1TUx5cs90YnAzZs3\n+R3PlCkTtzO0tcyZM1PDhg3p6tWriQYlrnf4888/p8KFCyc63127dtHTTz+d6Pv9vbFEiRK0aNEi\nf2+T9EFEQARwEMH0JSsIoqZNm9L06dPphx9+oB9//JFat27NHwVf7rdbGgj4wYMHk9PpZNZ37txJ\nefLksVs1hF8bI4DO7cWLF/l3/Phx7nS+/vrria6RvMOJhk5u9EBABLAHIKE+hCD6448/6J577uGi\nHA4HvfTSSzRjxgy6ffs2n9uxYweVKVOGMmbMSF27dqW//vqLz3/wwQc8ak6VKhX3tL/44otY7P70\n00/UqFEjeuCBB6hAgQKEvPwl8Pjuu+9SoUKFCKOHQYMGuQQo1OboQKRPn57q1KlDR44c4exPnTpF\nlSpVojRp0tATTzxB48eP5/PNmzfnLXi5du0atWnThr7++ms+t337dub1oYceogYNGtCVK1f4/Jgx\nY2js2LFUoUIFrkeLFi1EVc/IyF+gCDz44IPctn755RfOStd1Gjp0KI+M8a4PGzaMcA40f/58evzx\nx+nhhx/md/7GjRt83v0dXrlyJeXPn5+yZMlCq1at4uv4Gz58OL333nuuY5SBTjcorrbiSqx2vvzy\nSypZsiSlTp2a2/qePXvcL/N+ly5daOnSpa7zH330Eb3wwgv8HWnfvj23HbTFUaNGudL4uoO2iTaL\n7wi+J2i7v/32G58zsENe+D4Bg/hwxHdh5MiR9Mgjj9C6devirT/yKliwID+P0aNHU9WqVZnl+PL3\ntU6WTKcqJmQyAkpdrCdNmlSvXr26PnHiRP3ChQsuDi5fvqynTZtWnz17tq5eel0JOV0JM101SP2+\n++7TDx06pP/88896p06d+H7c2L17d12NMjkPpG/btq2OfJCHUpe58nbf+fbbb/GV0ZXQdz/N+5Mn\nT9bz5s2r79u3T1dqMV2py3XVQeBr9evX19WInfOfMmWKXrp0aT6vhLWuGoyuGqm+YsUKPUmSJPr1\n69d19dHicsCPEux61qxZdSW0dSWE9fvvv1+fM2eOrkYnuhLUrvr07duXMfjss88YG5Q/d+7cWHzK\nCUEgPgRUZ5HfveXLl+sbN27U8T6hvSkhrKsPPd+qOrV6zpw5uV3t37+f3/u9e/fqyjZDVx1d/fDh\nw/wO16xZU1dCle8x3uHz58/rSjjrSvDqx44d05X6WEc7ALm3SRy//PLLuhLu2OU03tqKGlnrSphz\nmsaNG3N61VnXJ02a5MqXL/73h/aN9m6Q6hjr77//vr548WK9XLly/P1Qwl5XQlw/d+6ckcy1LV68\nuL5w4ULXsbGjtHJ8j+qA6EpLx9+TXr168eUaNWro8+bN4/3ff/+d27Dq9Otx4YiESu2vV6tWTV+7\ndq2uOtlx1v+rr77ido9nA77V1JyuOjZcVnz5cwKb/qHnIhQGBCDcXnnlFX7B1ChYHzduHHOxZMkS\nPV++fC6OIJzwEcDH5MSJE3xe9UBZKBuN1WjsEHjICy8v0uNXtmxZXangXPkZO/EJ4FKlSnH+Rlp8\nOMqXL6///fff3HE4ffo0X4JAVT1aFuJqNM7bf//9Vz948CB/vM6cOcPnIOjxQQMZHy/U1xDeOI8P\nBNKpuTkdAhgdDINUL1t/++23jUPZCgI+IWAIYGVroeOXLFky/qijPRlUuXJlXY3OXO1FaV70N954\nQ1daJz1lypQ6jiE08O4bZLzD06ZN43ZhnEdH2RcBHFdbcRfAzz77rK5Gntz21TSOrqaujGJcW3Ru\n0YlVc906BLUarXKnFx1gCC41IuZ6oC7eKC4BjHqp0bcLE7TNXLlycRYQhOiEg5YtW6Y/88wzvB8X\njrgIAfzJJ59wOvzFVX90/CGoDZo1a5ZLAMeXv5HejltRQZusl8CcKFQ56uUn1Runb775hlavXk2v\nvfYaq53Onj3L1wy2YDQClQxUUUo4k+qtk2oMpBqZSy1spL106RIbnaiXldMhrepV0u7du0kJNFZ7\nQ/WN/fhICWdSQtiVBPuYrwav9957L5ePizDiUg2Q1GiXoPpWvW5WTffp04fn2aDKjotQBlRsBmXL\nlo1VfSgHBBW3QWrk71LPG+dkKwj4igCmYaD2PXDgAE9/YD7YoO+//54w5YG2gh/2lYCm5MmTs3pX\nCRyehqlduzahbboT2laRIkVcp2DU5Av50lZUB5VUZ5a/BTDWdFc1G2VAPQz1rhJupEb3pDq0ZEzn\ntGzZkjp06MBqX9WhJdWBMG5LcIvvCObKDUzQrqF2BlaYKoJ6Gt8wpVkgY4opLhyNwmAAZ1Bc9cfU\nlLsRW7FixYxbuGxvz8mVwKY7SW3Kt23ZXrNmDY0YMYLc52/r1q3L80ho4GhA69evd9UPHwt8OGDR\niRcegleNkAnzPRDa7gTBjDlYNB6lxuZLeNlxrlatWoQ5IxDmtOIj3Hvy5EkyPijID5afmD+7desW\nKXUyZciQgbNQajCqUqUKKZUZz5nhQ4WPlxo9QLsSZzEoA1afBiFPpVonNbrgUxDuQoJAMBGAhTHm\nYtUUDb/fjz76KOEjr7Q7rk4pBAs6yeg8QhjAgAttYeDAgWyrsWnTJhdLmB+G8DMIHVSDYNvhLvTQ\nDtFm8I770lbUFBW3dbQ3dAIw76zUv7HaLgQg5p6R3hCGKLd3795su7FhwwbmW00p0YsvvmiwF+8W\ngwMIc9xrEDrG4B/tEh18fMewmsOY144LR+N+dNJB8dUf5aqpJk6HP/eVIQnl77rJZjsyAjb5gUFY\nwcACy4aUiowbOxqQUtfyS48erZrnJaXmZc7Q68OLiBcXS5cgfCHY8KKih+xOGN0ifxhQ4QMCoyZY\nHCNvfCzwQcEPhhkGIV/3HwzBMKrF8gTwh2tK1cSGKxiV4iMG4xTwgGUX6KkbBIOJFClS8L0wHAN/\naHgQyMjLnVAG7sfHDbzCCA0fCXQWhASBUCHQuXNn7kz279+fi1DqVFJ2CAQDK7zTzz33HBsQwugI\nbQ2jQbyXag44FkswElTzxdye8b67j1JhcKSmmThPdC63bdvG90PAg7y1Fb7w3x86CTNnzuQOeatW\nrbgNeevQovOOjizyx+gUpOaAqVmzZiwswTdGsnER+HFv/zAQBW/gHZoA0IIFC1j4GxotCHp0SNT0\nlqu9xoWjZ7nx1V/ZxBCMzbZs2cK4KxW063Zf83fdYJcd9VCFTEYAhlQwcoIhlhJOuhKIuupNurjA\nXBIMrpRaVofRA4yxMA+lhCcbemA+C/OyMBKBIYQxB4wMkDeMlpTA5flWzG95I2MOWL2nPPdqbJV6\niY1O1EiWjVXSpUunqw+AjrldEOZvMAeGOSbMQavROp9XHzauB3hUHzGeQ1IfJL6GOqCumMM25s9w\nQVln8jybUk/xvLdhKII54DfffJPvxZ/nseuC7AgC8SBgzAGr0WeMVDCygq2Emprh9qPWBfNc6lNP\nPcVGTZhPBcFOAW1TdWK5PcFIC+T+DmPeEoZYyoJax7ytMQesBDfPm6pRI2+VQHUZYcXVVtzngJXW\nS1dWyHyv0oqxgSMX7uVPCUSeLzYuoa3Wq1ePecf8KwzIME/sSZgDNtq9sVUrMjgZDCzxDcqRIwfz\nAWNMg4APvj0w9jII36G4cAQPqqNtJNXjqj8SwLAMmOMe2IGgfFB8+XMCm/5p4FuBLxQGBOAFS71Y\nLnWxOwsYieKa54hQGVqxKhgqrvgIKi+oeQNR5ULtrQxXeN7XsyyMEAw1t3EN/KI8qJ89Cdcwl+tJ\nqCdGxwmpxT3vk2NBIJgI4P0EeXtH0ZZURzTO4qDpwQgYdhqeFNe98bUV9zwwMke+UDH7S+AJfgeU\noZa/t3J6qOIx9+tP24wPR3cmvNUfKnzMA0OLB4JGYerUqS7tAc75mj/S2oEsIYCNPkAgwsIOYAuP\ngoAgIAgIAt4RgPob6vKOHTtyp19ZY5NagsX+BrzfYf+z8Q+jglw/9ObgVAHGDzAIMPwgo6cDb0lC\ngoAgIAgIAtGJADRnME6FISb21brhiBa+eMqmCmAso4HhAlQN8PLUpEmTWIZE0fnqSa0FAUFAEBAE\nMDiDxbdyXMLGb5GOiP8TCwEggnVz8HuMtaRw0A8Xh1irhiUygRDM9A01diD5yL2CQLAQQA8elqhC\nCSMg7TdhjCSFuQiY1X5NHQHDpyhUzzDdB0EIw1wfJu2JJeUWjZfkJPZ+uU8QCAUCWJ718ccfhyLr\niMpT2m/8jzPt+a+p7HszKPmtu8uX4k9t4lVlu5vh+EnK89n/1wqbWHrIizKr/Zo6AsbibuV7NMaa\nUKxzVab7ruAE/iKLke/zzz9PWDcn5BsCsG6ENxuoeyQykW+Y+ZsKaysjXSuD9whOHzBaSCzF1X5h\nZQ+bEax9j3bSX3uVnsIKg3gsscOFka7egeJJ7jrZAA+68palqaAWdiez2q+pI2A8FHhUgsB1J7hN\nw3xwfITlKvAK4/mDWTqWAQj5joDydcvLC9555x1STuT5RszPoxODxfDuHnB8z1VSRjoCas2rK7oW\nPCCpNZrswQ1zdu5en4KBA5a+qHW5wcjK9nloqoPjLnz1fftJVw5CrECam/AFP/q8D+nOq2+QfuKk\nFdizPA+mjoDjQgPDffSE4T4tLoI/YwgMT4KXKIziEvJv7HmflY7R04fnGYQg9LaWMNi8QgBjfSD8\nx4LgVg5uLhECEJ5q4Pv5008/ZX6CXbbkZ18E4O9XOWDhtZgq6g57SkJoTNhyYL1mz549g1Y5LEmU\nZYlxwPlIenJ260la9aqktXmONC/r6+O4M+Sntf59iNZtIOdwFQLxyayUZOigkJdp5wIsIYARwzIh\ngr9W/DwJgtdOqj4IO/h8hnNyLMnCYnnE7kRMYBiowdez4TfVs66JPVahiEhJ1ru/3/+gVEprsGPP\nbvr7/Hm6tWo13dy8lcYqn7iZJk4hx6CBzAPcwaFDICQIeCKAThoChBgOHhAXGnFchcxBQFOdIMe8\n2aTPmE3O1u3IsXQhaYlw1BEKbjXlIEirVYP0GtWJdv7f13soyoqEPC0hgNGLjgaC0Rl8nWKkgNE+\nfCFjVK/cvnHEFYwq4BUKARkMUnHI/hOcylPPb+qnhCd+OvYhVHH833nlr+3uObd0pAQuJb8HLn6I\ngLP6rfr+IjUqXITSFClGy9TIO9+DD9C3SZNQZtXBcXZ9hb6vUiHonQCjPrK1LwLoNKq4sKwaRnQh\n+EnGXC38KxtO+YNVO5kDjh9JTXnH0np1J71BXVKhwki5yor/BpOvQhBT+XIxSnWuWkPqw0JazWdI\nUx72hNRjExDMQUAFuaYPP/yQlL9j0jdvoWcGD6X3lPC9MWI0ZVCNaeSG9VT89r+U5vWBdMddsOJF\nvk8ZufwnPHlfCVMNx8b5xzLzvgNClgXtf8L2v2NuDG7V/F0t2+p/4gQbufSfOIHdTWLx+5h0D1Nl\nxd/+Y0do9K7P3e6QXUGAWEsDTQ1CSR45coTdNuK9hiUzAhYEkzAH7N4RDWbekZSXpmxq3Mk5/0PS\nns5PWoGn3U9bYl8rW5qcU94jfc4HpNWtTVrbNuT5bbIEoyYyYaoAxmhv69atXquHiB8wxopUghEZ\nh/fb/wU5q9Umx8SxpGa56N8H0tDgI4fp0YJP04stVP1Z0BqCNFVIVEuwGsccMKInGYR5aIQ4vFK5\nIo35/jKlhPAWEgS8IKCc5bsiaiFEJWw41q1bF68NB0LXIQKYJ6FDipi6bZUBoDvJHLA7Gr7va4UL\n3Z1/zZyJHO3bkpYzh+83hzglDMmSqCkuWErry1eRCtdGyiNTiEu1dvamCmDMcWIZEtSvnpbQ8Tk7\ntzaEvnGHWJqZVai+rzp2plTbN9LcXTtp2uVL9HSJYjRn0gSqWLEi7Zk0kVT0IlesXd9yTlwqd+GL\nHBDcG9asoDttO5J+8BBpRQrzsfwJAvEh4IsNBxzsG0723fOymw2HO+9W3Nfy5rk7P7x+IznfHkKO\n9yaTptq2lQjLlLTuL8ew3dFVvGFSa56pbJmoMr4zVQDD6QZiSw4YMIAw4o02GpryfprxwP20bcpk\nUqEGSYXnY6tnqPSsRFqr5uT8cBElEQFspcdiWV5CYcMhc8CJf9xYGgRDqDvVqtDnar3/I2ruHkEO\ndDW1xVNXic86qHfGsHJXccCdS1cQvTuNtAb1SGvUgDQ3DV1QC7ZQZkmhisTyAswBmkFYMgRL32gj\nfckycjg06rJjK3VVSyysTFrlSqTPmkv6mbOk5Yo7mLeV6yC82RsBmQP27/nBvz6WDkKoQdOI5Yxv\nqIEO1PufbtrEPvhrPPY43Zk+kxzNm5JWprR/BYQ4NZZSJZk8nnTlrlhf9RHpK1aR1uLZEJca/uyT\nwpJRBXenWbNmkQrsTE6nM06uYK2bPn36OK/LBe8I6OfUS7V4KTlmvGcL9Qr3oJs3I+eChbKOz/sj\njcqzZtpwyByw76/YxYsXWejCGv2KmlfF8jB81+FnH57EIIyhbatZsyY5mjUm5/yFRGoJk2PYIMt5\nrdKUZlDr24t49YcbBE5luIpOg6am8SKJYqigIWDjW1OLXqmQfwjoylWfc8hwnvNw92bjXy7mp+a1\nfPMWkK7U45oyuhESBKLZhsPKT3/o0KHsV79atWrMJr7TWHHRr18/On36NDtJge0NSCtXlpKon378\nBNG166TWP/J5q/3FUj8fPEzO8ZNIq1qFtPp1SDNJYxtqXNQal/9T2rRpCcZQMMhBDwr7eHCI14tr\nDiyJEfILAR1zGrlzkaNSRb/uC3diNACtSSPSP1wcblakfIsgYNhwwOkGppLcf8E2osQcMCykhRJG\nACNc9yVbCPUK16BYKoY46xDGnvP0Wv58sZYqwXuVfvpMwgWGIYWjX282LqO0D5Nz0LAwcBCaIr1K\nVKikIXRXr17NHm4OHz5MCBkm5B8C+p69pKtlR1qPbv7daJHUMIbQ9+4j/epVi3AkbIQbAbNsODCK\nE1/Qvj3tqlWr0ttvv01wjnLgwAEaNWoUNW3alFc1YEoRsXWNEXC8OaqBglP5JbijVmroXxyIN2k4\nLmrKQZHjuZaUZO7MGMXrJ08RfnakGCpoowLw1oRQah07dqS+fftSlixZaPbs2cZl2fqAgK6i4TjH\njCPHUDXPouIf25HYCXy9Omr+ehmr0O1Yh2jlGb7Fse78k08+4Y/yK6+8QlizaxeSOWDfn1SNGsri\nWUUlgk9udFzgcS9XrlyuQCu+5uRoWJ9I/bAEkQ0wixX19dbwpkudipxvqTXmCgNNucCE5i6WCju8\nHMZZutcRMBbajx8/nkPWwR8w9tmJRJzZyAVPBJwjx5CmhJeWJ7fnJVsda00bk75pM+nKUYeQPRCA\nsxu4O4WXqq5du9K9qgMYzEAJ9kAhurisXbs2IaIZgmJUqFAhoMpj/b+jVYsYeThnKr/Ta9YS+5WP\ncSX8B9rjj1OSOTPI8caryrnHVdJ37Q4/Uz5y4FUAI0YvVBeLFy9mq10I34TCBfpYXlQkcyoTevhn\nRqQSu5Om1udp1aqSviz6lo7Z9dnt2rWLVzZAiwVVJIxxsNTQTiRzwNZ6WlqVSkRHj5Hz2VbkHDaS\ndBVExmoEr18O5R9bqxizA+J8f6ZlVdQxVNAwrsB8r0FQX+EH2rFjB1WqpB6CULwI6Go9nq6shx3T\n340YP6eaWjfoxLyQ6hVbKfRZvA8iii8i5jYMbxDredKkSYQgH3D8YieCKtXdsMhOvEcir7A61gaq\nOL8IBLNlG6mA4kSPPspV1dVgzUo+nWM4+ACHyijNOW4iqdBzyoK6rlqK1YT5tsJfDAH8qAIUHlO8\nURo1EhKKHwGsXXMOVkuOXupM2n8vZ/x32OOqptZ+a6VLkb76I9I8VFP2qEF0cYkwlwgZCOOckiVL\n0qFDh2jEiBG2AkHmgK35uNABRyCFGPTHH3SnRx/SKldU2jK1TEitnrESOerUIlI/XYVf1ffuj8Ea\nvtnhnC+OIYBLly5N+MEIC/6af1G9HKwLhresHj16UOHC4hs4xtPzONCVqkPLqmJ1Vr+7Hs/jsq0P\ntZbPklM1Ml3NCYfzhbU1iCFmHtorz7i8cPsKwnnEnRYSBIKNANxbOnq+Qv9r7yrArai69pq58tti\nfIqFgpIipbSAlIgo3SUI0oiFlICUEgoiXQLSCCqIioCUdGMhZWK3oPJ9Kmf/692XOZxz7px7ak6v\n9Txz78SeHe+cmbX3SrXmHXJ16qbTDZqdHnS6mYjrM26+mbB5EXuqnH6DI4hh4sD+0dkZzKr9B0hx\nWXNgf68qIjmw1QGPHj2aBgwYoC3pEN4MEVTAmIX8IwCzffXuFp2j03+p5L0CQwe6tQipN1cl7yBS\nvOeIgAQJlt2GXL7JRKIDTqanRaSTQDATNl99mQyfmAewqFYQWScicc5irJDV1u3katpSu43adVO9\nu5lc4yaQYiMvJ8lrBWxVDCduZC7ZvXs3IcwZLCinTp2q44paZeT/WQTU778TrJ5N1pEkUrDzsz10\nZg+Wka6Bg0nBupsDvgslFgLwm/XnO4t0mMlEogNOpqd1tq9a/5o/39kT2GNrfFcfXjWyd41R9U4y\n7r0nYaRour93VqYM3hSL0okDwIBWrlxJpUqVojp16uhjZGkyeQHiGjgk89ihv7YMGMZWEDk3bNhQ\nuyDlZQV8vI044FrxzDPPZBk2nM+LFi2a5XwsT7hGPZfpf5aASbCdxEHnFs19vXZLMu6u6WTVUpeD\nCGD1iNSSyLIFbwYw3zJlymjDLAebiWpVogOOKrwxrdzAKhPJH/bs1VJCQhjMBMy0hrgHBEkf07nn\nnksX4PgMwchMWQcO/rdlwI899hitX7+eEFsU4eCgC0Yc2HgS8uVWqlQpSxc6d+6c5VwsT7hef4Po\n51/IGDY4ls3GrS29Cn5hIpEw4Lg9g0ANwwIa9hqVK1emAgUK0IkTJ/Q7HOg+uS4IRAsBLTErW4YM\n3nzpdM/HOF5CITLKl8sSHtO3bKyOM1jChy3aZKsDRsNWYG848vfv319n1Ih2Z7KrHzPic845J8uG\n+NRajJDdzVG6plg8r16czUr5fmkjkjVuK0k8NSS1ZWuUUJVqI0XgLxalYcJavnx5nQWnXbt2OqhO\npPVGej9W476bv+QvogOOFO3kud98/GHiYNXkmjyNTrdqm7gd54A2EJ87SbYr4F69etHq1avd7YAh\nI54oQlMKZSKgOOyZdjnq2IGM669PK1jMVpy2cv4iymC9iFDiIQD7DdhtIP4v/iOFKERq8SSokJC1\nx5eQradYsWK+p3VIRfEDzgJLSp5AtjWdcY3jPPsaa2nLY04QYZQvyx4meeM6flhII0uck2TLgK30\nVmgI4ivkAUUQdqGzCGDlS7mu0hZ0Z8+mx54Bxsv5RNW+/aRXxOkx7KQZJfS9I0eO1BnM8P8dTsge\nbz9g2JXYBfLp2LGjbQpU0QEnzc/N0Y4anInPi/LcSMShJV2DhmYG0njwATJTSP1ly4DPO+88wgZC\nqquWLVvSokWLxBXpzC9DHXhP+7yZs6afOZN+/wysghfwKhgiaaGEQgAxgX1XmwjMgTjBQoJAMiFg\ncAIRo0c3oh5ECuFUf/jRq/s67jPKJGnMfVsGjBf4ww/ZUo0JFpRr1qwhiKWF+EfAHzLEQjX79SaD\n/S7TlYzq1UjNeikza0qhgukKQ0KOG94LtWvX1n2DSyFiQkOnmkyE/v7KCUDy58+fTN2WvkYRAeO6\n64iweZD65x9SCDPJrk5UsgSZXTqScc01HiUSe9eWASOh8z88MBCMnOrWrasNOhJ7KLHpHVIMal+2\nBDSjjw0Cma3AqtFo3pR1wQspg1MuCiUOAjly5CBsIEiw2rZtqy2ik2kSLX7AifN7SuSemEi8wBti\nMSh2c6ITJ4k8GLDauYuoQH7CSjoRyYsBI/oVHJDtCNbQ8Xb5setXLM+53mbDtONfkTGgXyybTdi2\nYJCAxBOK/U21EUXC9jS9OrZr1y73ewyrY0izks2GQ3TA6fWbjXS0OmsbS+V8SW3fSWr4CCKOT23c\nVoKMrp0TymMlCwPu06eP1hXB+ApMF4meEQADgd3TmdQ335CaMp3MF8aQcWZ1kc54YOyICY3k12rh\nEjJYJC+UGAhcyoYsnklVKlasqCPbJUbvpBeCQOwQMB95iNTDrEA+xokY2GiUExsQJ8jWHYD4GsFB\nqFjRgFne1MGPdShKZohkjmcpKCelAKlvvyVXF64feugqlclsd78+H+wfLwZsGV8h9eBLL72krShR\nUevWrWn27NlZDDuCbSTZy2mXo+EjyWBwjTx5kn04jvbfqF+XXM1bk/r+ezJy5XK0bqksPAQQfANb\nMpPogJP56SVW33WcCA6PafiGyOTYEq7XVhAN4wiLHAHLKHUbmQ+2t+28a/QYMqdO5JjR20jNW0BG\nl066nNp3gIyWzcngFIfhxKPwYsBWy/fee6/WG7Vq1YpOnjxJs2bN0q5I1vV0+w8xK110IZkN6qXb\n0AOOF+HbDI4NrRYvJQMzTaG4IbBixQoaNGiQbfulS5emmTNn2l5LxJOiA07Ep5JafTI4sFPG6BGE\nBRYdPkJY5YJgZEvs6fIj59V2ExszGvAMKlyIXJwRyU3wiPn8C50lyWjWJGS3VFsGDNEzDLHgP4h4\nmEjqXbZsWXeb6bSjPvyI1Mo3yXxxWjoNO6SxGpyi0MURbFTb1pTFjy+kmqRwJAhg4lytWjWd/3fc\nuHE0bNgwNhq9TseARqakZCLRAYf+tGCLoSfCPCE2mFEIBYeADpPJbkyWK5PRvw/RqjcpZ86cWSuA\n2PqM+BkXoXqDobJibyFkU0Le4VDIlgGjgvr16+stlMpSrSyyY7hYgW/2fjxhregSAXNtAHFXDVJL\nXyGDI4MJxQcBhGqF1fPOnTt17PZbb71VdwTBLuDJgAQNQqmLgOvpUWTcXpJcI0brQRo1a5DeOBKa\nUPAIaFFyzkvo/9jGxU3/+Q8pTiKh1q4jo0J5UnDr41WxevkVUsVZh4wAImFERPRiwC+//LJOZ3bo\n0CF6//333W1jB7Gho2GIBT/FeIfJ8xqox4Hi/I8IHm6US8/VvwcUAXeN5k10Mm4FfYjHDDHgjVLA\ncQTwnoLpfvfddzqk4+LFi/XK2PGGolih6IBDAxc2GPCFNTo9SGZnji7G4RvVmnfI1bEr0U15ybj7\nLjI45V52CedDazG9Spsjh5N6aR7RVVeSCe8Pxpf1s2R0fjDTE4QlxeaYUSGD4sWA87CBEXQvN7Hs\n2/IjtGq8xsO3yjoX6n8EiR81ahTt3btXh8pDfGmkTIN+CkZf55+xTgu13miUd63foINMmDOnRqP6\nlKsTBljIZqKWv05GqxYpN75kGhAyIc2YMYOsgDqIZNekSRPHhwAPCUygPdO2OdWI6IBDQ1Jt2UYG\np/yzDIEggsamunch2rGTXKvXkpo4JTPjEDNjpAO0yobWUnqWxqLC6MZYniFPEb9lkGVdC+W/6VkY\nMWTBhJGIGBFomjZtSt+ymfWPP/7oiB8hZuKgfv366RU1kjt89tlnOs3g8uXLPbsS133FM0nFKffM\nQf0TJnF0XAEJsnGjZTNSr7xGCqb+QjFHYM+ePQQp1o4dOzTzRQcgksb5adMit2GYMGECwUMChPpg\naY1c3BBtgxE7SWAO0K0JBYeA2ryFjIoVshSGoRFit2dwulRz4Vwi1nW6XpxDriYtyDVthvbhz3KT\nnIgZAl4rYKvVp59+Wr9QWJ2++uqrmhljhYq0ZpHQwYMH9cuK7CdXsmN0hQqZP5g777yTXnnllUiq\nduxepEdzDRuRaVqeL59j9aZDRQaSWRe5hdSbq8gQi/GYP/L/sJ4KgTewerz99tu92kdGpEjpa47F\niwn6n3/+SdOnT6f9+/dzFrmLaMiQITp2ADIvCcUeAUSBgp8rlfJ+5r49Qehc/V7yu6m+/DJTRN2r\nL9Hll2fqimtUI9hzCMUOAdsp5vbt22no0KH02muv0RNPPEGPPPJIFp1wOF1s0aKFNg6BPhkfiE6d\nOmn/YlhdN2/ePJwqHb9HLVhElOMcMtmkXCh0BEykFFv8cqZpf+i3yx0RIADmCCnWzTffTDdyijdI\nsC5k0RlS/hUvXjyCmr1vRWKHEiVKECyrsUq97777WP3IsXgdJOiAjx496mCNqVuV2raDjNKlQgoQ\nhMkyfF7NlxeyzvhBoqPHtCfD6f4DSW16l3SQitSFLGFGZsuA8fI+//zzOon3HXfcofedcEMC0920\naZPW/8K3uHfv3loHDP/EwoULxx0UBV8wFqGaMEMXCgsBoyAHgLj+OlLvrAvrfrkpcgSQexerUTBF\nTG5hW+HE6jR37tz02GOP6RgBa9eupa+++ooOHDhAXbp0oUaNGkXecY8asIrHREIoMAJqy1YiG/Fz\n4DvZjYZF/UgpavZ9gsxli3Wcexe7Xboac7YzTnKgPjoYTDVSJkwEbEXQzz77LE2ZMoXmzJmjsyGB\n+TZu3DjMJrxvQ5g8SzxWs2ZNwhYMHTt2TGdl8i0LsbYTBmLqv/8l19CnyXy0JxksyhMKHwGTjbBc\nrEOnFMrbGT4asb9z69atBDUSsiDB+AoTXUidIqXu3bsTNqimwHixugaTnzt3LhUpUiTS6r3u14yB\nmYNQ9gjgu0X7ORrTkyxKjpAQaMJgd0KCSyHb/cDlBslnODNPphU13JquvjrCVuR2TwRsGfDfbETz\n3nvv6QAcsKRcunQpIcUZdEzRoLFjx+qk3I8//rjf6uGqBL2xLyF8ZgZn5omU1ITJZBQvRkblSpFW\nlfb3Y0bNprGEmTkMQIRiiwC8GBYsWKDVRgiiA31tPgftGSAhwwa6LMgsM7/99ht9yXpHX/rll1+i\nYkXt207KHiPbz61FCBHpnCSDv7UIsUi8acngmrWZMY/z3Mj6YnZp4rjHTrfpZP+TpS5bBgwXhjZt\n2miGi9Ul3BhgXQlxllOEdIfQH4F5QhcciCD+wuZLyFUMw6lICBaEikOKSbSrSFD0vtdsxSKs+Yso\nQxiwNzAxOIKtBfS0iIoFK2W4/Y0YwRlhokTBTKA//fRT7Wro24XDhw9rt0ff8+IH7IuI/bF2P6pU\n0f6iQ2ehVsKm4IYDlyb2L1aTp2bGSIBLExt/GQlusQ5vG8umoFy5ctp+wSF4IqrGlgHDaANMcdWq\nVbryvHnz0rZt2yJqCDf/y+G6+vbtq427cAwGjJUtDLCQhSkepH7+mVxjxpE56pnMWJ/x6EQKtqlX\nvjNm6QwkekWcgmNM1CFBfIuPzZtvvknwvX/rrbd0KFm4F0aDgplAwzcZmy8hYIjdBFr8gH2RynqM\nGMaKGaLZNfACJuvdoZ/RIRvZ1ziDN8UTPLV+I7nmcHCKUc+RAQvqWjXJYF6RiDR69GjtdYMFH/gQ\naN26dQR1DVQpPXv2zBL7IhbjsDXC6tChg9YdIY8o9DsPPfSQI2HsYNgFQqStTz75RH8k9u3bpyP2\nLFy4MBbjzdKG6xkO39aogZ7hZbkoJyJCwMAqGFblQjFFAJNlMGF4MoAQF3rMmDGO9gESLATiAMEV\nCZuThP6LH3AARFn3y7oAMtiNKNZk8PM2695HGZPH6xStHLeRXH0H0OkHu5CLQ9KqX3+NdZeybQ/x\nLH7lPkGieznjBYlu27ZtCak6EUgGcdQhNYo12TLgKlWqaEd7hLRDQGrMpK8PI86l72C+4Zy60CV7\nRtlCvE3EqT1+/Lhv8agfu15exvkh2cCAXWeEnEfAQILsrzmP8qHDzlcuNfpF4KOPPiKI2cDEQPjo\nOBEoAyuHXr16aevkQoUKETbEmx4+fDjb6XCQeqGYIqA2s41FpfjbWBjMG8wOD1DGkgVk9uDQl599\nTq7729PpfgPItWFjQgTmgToGvGfRokXagPC5557TAWtwvmvXrlS+fHlavXp1TJ8fGrMVQe/atUsn\n9H7yyScd7RDyCkOPDJcFS58Lxjtv3jwtDnC0sQCVKV6Bw+fXnM7GV2c+VAFukcshIgCRldG8KeuC\nF1LG8CEh3i3Fw0UAKp3KlStr5ogEDTCibNeuXbjVue/zlGBZk2gYbMI1CRIsrCicItEBB0YStivm\nxHGBC8awhFGiOGFTD/cgbVuzajUpdmfScahZX2wUzUwQEsMu6eA0MEzEIrJq1ap05MgRbUT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gsvtJqW/4JAZjCOIreQenMVGQ3qhYSI4ri50PUahQuROWcmGfw7TheCpTOiYCFDGKLYIRQlCAy4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\neOEG4kg14GU8goAgI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       }
      ],
      "prompt_number": 8
     },
     {
      "cell_type": "heading",
      "level": 1,
      "metadata": {},
      "source": [
       "octavemagic: Octave inside IPython"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "The `octavemagic` extension provides the ability to interact with Octave.  It depends on the `oct2py` and `h5py` packages,\n",
       "which may be installed using `easy_install`.  It has been closely modeled after the R extension, so many of its names and usage patterns are the same.\n",
       "\n",
       "To enable the extension, load it as follows:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%load_ext octavemagic"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 109
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Overview"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Loading the extension enables three magic functions: `%octave`, `%octave_push`, and `%octave_pull`.\n",
       "\n",
       "The first is for executing one or more lines of Octave, while the latter allow moving variables between the Octave and Python workspace.\n",
       "Here you see an example of how to execute a single line of Octave, and how to transfer the generated value back to Python:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "x = %octave [1 2; 3 4];\n",
       "x"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 110,
        "text": [
         "array([[ 1.,  2.],\n",
         "       [ 3.,  4.]])"
        ]
       }
      ],
      "prompt_number": 110
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "a = [1, 2, 3]\n",
       "\n",
       "%octave_push a\n",
       "%octave a = a * 2;\n",
       "%octave_pull a\n",
       "a"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 111,
        "text": [
         "array([[2, 4, 6]])"
        ]
       }
      ],
      "prompt_number": 111
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "When using the cell magic, `%%octave` (note the double `%`), multiple lines of Octave can be executed together.  Unlike\n",
       "with the single cell magic, no value is returned, so we use the `-i` and `-o` flags to specify input and output variables."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%octave -i x -o y\n",
       "y = x + 3;"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 116
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "y"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 117,
        "text": [
         "array([[ 4.,  5.],\n",
         "       [ 6.,  7.]])"
        ]
       }
      ],
      "prompt_number": 117
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Plotting"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Plot output is automatically captured and displayed, and using the `-f` flag you may choose its format (currently, `png` and `svg` are supported)."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%octave -f svg\n",
       "\n",
       "p = [12 -2.5 -8 -0.1 8];\n",
       "x = 0:0.01:1;\n",
       "\n",
       "polyout(p, 'x')\n",
       "plot(x, polyval(p, x));"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "text": [
         "12*x^4 - 2.5*x^3 - 8*x^2 - 0.1*x^1 + 8"
        ]
       },
       {
        "output_type": "display_data",
        "svg": [
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     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "The plot size is adjusted using the `-s` flag:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%octave -s 500,500\n",
       "\n",
       "# butterworth filter, order 2, cutoff pi/2 radians\n",
       "b = [0.292893218813452  0.585786437626905  0.292893218813452];\n",
       "a = [1  0  0.171572875253810];\n",
       "freqz(b, a, 32);"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "png": 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QELB///4jR47U1dUZGxu/9957a9askWZRsIaGBmrCZ6ln7G8mJFM05Pvuu5CY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\nY2RHRMr/A5YdmP24XbLsAAAAAElFTkSuQmCC\n"
       }
      ],
      "prompt_number": 119
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%octave -s 600,200 -f png\n",
       "\n",
       "subplot(121);\n",
       "[x, y] = meshgrid(0:0.1:3);\n",
       "r = sin(x - 0.5).^2 + cos(y - 0.5).^2;\n",
       "surf(x, y, r);\n",
       "\n",
       "subplot(122);\n",
       "sombrero()"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "png": 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ValbmrH2bWUVv0aOH1pVHujZ12U/e6PsMNZi1t8mswImVNaw+p7SKiYqKWrRo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3uh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\nCACQGokQACA1EiEAQGokQgCA1P4CasZOMJR81Q8AAAAASUVORK5CYII=\n"
       }
      ],
      "prompt_number": 120
     }
    ],
    "metadata": {}
   }
  ]
 }

  No newline at end of file

examples/notebooks/Part 1 - Running Code.ipynb

@@ -1,439 +1,461 b''
 {
  "metadata": {
   "name": ""
  },
  "nbformat": 3,
  "nbformat_minor": 0,
  "worksheets": [
   {
    "cells": [
     {
      "cell_type": "heading",
      "level": 1,
      "metadata": {},
      "source": [
       "Running Code in the IPython Notebook"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "First and foremost, the IPython Notebook is an interactive environment for writing and running Python code."
      ]
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Code cells allow you to enter and run Python code"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Run a code cell using `Shift-Enter` or pressing the \"Play\" button in the toolbar above:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "a = 10"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 10
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "print(a)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "10\n"
        ]
       }
      ],
      "prompt_number": 11
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Managing the IPython Kernel"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Code is run in a separate process called the IPython Kernel.  The Kernel can be interrupted or restarted.  Try running the following cell and then hit the \"Stop\" button in the toolbar above."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "import time\n",
       "time.sleep(10)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "ename": "KeyboardInterrupt",
        "evalue": "",
        "output_type": "pyerr",
        "traceback": [
         "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m\n\u001b[0;31mKeyboardInterrupt\u001b[0m                         Traceback (most recent call last)",
         "\u001b[0;32m<ipython-input-16-d7b436e260d5>\u001b[0m in \u001b[0;36m<module>\u001b[0;34m()\u001b[0m\n\u001b[1;32m      1\u001b[0m \u001b[0;32mimport\u001b[0m \u001b[0mtime\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m----> 2\u001b[0;31m \u001b[0mtime\u001b[0m\u001b[0;34m.\u001b[0m\u001b[0msleep\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;36m10\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0m",
         "\u001b[0;31mKeyboardInterrupt\u001b[0m: "
        ]
       }
      ],
      "prompt_number": 16
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "If the Kernel dies you will be prompted to restart it. Here we call the low-level system libc.time routine with the wrong argument via\n",
       "ctypes to segfault the Python interpreter:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "import sys\n",
       "from ctypes import CDLL\n",
       "# This will crash a Linux or Mac system; equivalent calls can be made on Windows\n",
       "dll = 'dylib' if sys.platform == 'darwin' else 'so.6'\n",
       "libc = CDLL(\"libc.%s\" % dll) \n",
       "libc.time(-1)  # BOOM!!"
      ],
      "language": "python",
      "metadata": {},
-     "outputs": [],
-     "prompt_number": "*"
+     "outputs": []
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "All of the goodness of IPython works"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Here are two system aliases:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "pwd"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
+       "metadata": {},
        "output_type": "pyout",
        "prompt_number": 4,
        "text": [
         "u'/Users/bgranger/Documents/Computation/IPython/code/ipython/examples/notebooks'"
        ]
       }
      ],
      "prompt_number": 4
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "ls"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "01_notebook_introduction.ipynb        Octave Magic.ipynb\r\n",
         "Animations Using clear_output.ipynb   PyLab and Matplotlib.ipynb\r\n",
         "Basic Output.ipynb                    R Magics.ipynb\r\n",
         "Custom Display Logic.ipynb            Running Code.ipynb\r\n",
         "Cython Magics.ipynb                   Script Magics.ipynb\r\n",
         "Data Publication API.ipynb            SymPy Examples.ipynb\r\n",
         "Display System.ipynb                  Trapezoid Rule.ipynb\r\n",
         "JS Progress Bar.ipynb                 Typesetting Math Using MathJax.ipynb\r\n",
         "Local Files.ipynb                     animation.m4v\r\n",
         "Markdown Cells.ipynb                  python-logo.svg\r\n",
         "Notebook Tour.ipynb\r\n"
        ]
       }
      ],
      "prompt_number": 2
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Any command line program can be run using `!` with string interpolation from Python variables:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "message = 'The IPython notebook is great!'\n",
       "# note: the echo command does not run on Windows, it's a unix command.\n",
       "!echo $message"
      ],
      "language": "python",
      "metadata": {},
      "outputs": []
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Tab completion works:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "import numpy\n",
       "numpy.random."
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 9
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Shift-Tab on selection, or after `(` brings up a tooltip with the docstring:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "numpy.random.rand("
      ],
      "language": "python",
      "metadata": {},
      "outputs": []
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Adding `?` opens the docstring in the pager below:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "magic?"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 8
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Exceptions are formatted nicely:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "x = 1\n",
       "y = 4\n",
       "z = y/(1-x)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "ename": "ZeroDivisionError",
        "evalue": "integer division or modulo by zero",
        "output_type": "pyerr",
        "traceback": [
         "\u001b[0;31m---------------------------------------------------------------------------\u001b[0m\n\u001b[0;31mZeroDivisionError\u001b[0m                         Traceback (most recent call last)",
         "\u001b[0;32m<ipython-input-15-dc39888fd1d2>\u001b[0m in \u001b[0;36m<module>\u001b[0;34m()\u001b[0m\n\u001b[1;32m      1\u001b[0m \u001b[0mx\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0;36m1\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[1;32m      2\u001b[0m \u001b[0my\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0;36m4\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0;32m----> 3\u001b[0;31m \u001b[0mz\u001b[0m \u001b[0;34m=\u001b[0m \u001b[0my\u001b[0m\u001b[0;34m/\u001b[0m\u001b[0;34m(\u001b[0m\u001b[0;36m1\u001b[0m\u001b[0;34m-\u001b[0m\u001b[0mx\u001b[0m\u001b[0;34m)\u001b[0m\u001b[0;34m\u001b[0m\u001b[0m\n\u001b[0m",
         "\u001b[0;31mZeroDivisionError\u001b[0m: integer division or modulo by zero"
        ]
       }
      ],
      "prompt_number": 15
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Working with external code"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "There are a number of ways of getting external code into code cells."
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Pasting code with `>>>` prompts works as expected:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       ">>> the_world_is_flat = 1\n",
       ">>> if the_world_is_flat:\n",
       "...     print(\"Be careful not to fall off!\")"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "Be careful not to fall off!\n"
        ]
       }
      ],
      "prompt_number": 1
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "The `%load` magic lets you load code from URLs or local files:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%load?"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 14
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%matplotlib inline"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 1
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
-      "%load http://matplotlib.sourceforge.net/mpl_examples/pylab_examples/integral_demo.py"
+      "%load http://matplotlib.org/mpl_examples/showcase/integral_demo.py"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 2
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
-      "#!/usr/bin/env python\n",
+      "\"\"\"\n",
+      "Plot demonstrating the integral as the area under a curve.\n",
       "\n",
-      "# implement the example graphs/integral from pyx\n",
-      "from pylab import *\n",
+      "Although this is a simple example, it demonstrates some important tweaks:\n",
+      "\n",
+      "    * A simple line plot with custom color and line width.\n",
+      "    * A shaded region created using a Polygon patch.\n",
+      "    * A text label with mathtext rendering.\n",
+      "    * figtext calls to label the x- and y-axes.\n",
+      "    * Use of axis spines to hide the top and right spines.\n",
+      "    * Custom tick placement and labels.\n",
+      "\"\"\"\n",
+      "import numpy as np\n",
+      "import matplotlib.pyplot as plt\n",
       "from matplotlib.patches import Polygon\n",
       "\n",
+      "\n",
       "def func(x):\n",
-      "    return (x-3)*(x-5)*(x-7)+85\n",
+      "    return (x - 3) * (x - 5) * (x - 7) + 85\n",
       "\n",
-      "ax = subplot(111)\n",
       "\n",
-      "a, b = 2, 9 # integral area\n",
-      "x = arange(0, 10, 0.01)\n",
+      "a, b = 2, 9 # integral limits\n",
+      "x = np.linspace(0, 10)\n",
       "y = func(x)\n",
-      "plot(x, y, linewidth=1)\n",
       "\n",
-      "# make the shaded region\n",
-      "ix = arange(a, b, 0.01)\n",
+      "fig, ax = plt.subplots()\n",
+      "plt.plot(x, y, 'r', linewidth=2)\n",
+      "plt.ylim(ymin=0)\n",
+      "\n",
+      "# Make the shaded region\n",
+      "ix = np.linspace(a, b)\n",
       "iy = func(ix)\n",
-      "verts = [(a,0)] + list(zip(ix,iy)) + [(b,0)]\n",
-      "poly = Polygon(verts, facecolor='0.8', edgecolor='k')\n",
+      "verts = [(a, 0)] + list(zip(ix, iy)) + [(b, 0)]\n",
+      "poly = Polygon(verts, facecolor='0.9', edgecolor='0.5')\n",
       "ax.add_patch(poly)\n",
       "\n",
-      "text(0.5 * (a + b), 30,\n",
-      "     r\"$\\int_a^b f(x)\\mathrm{d}x$\", horizontalalignment='center',\n",
-      "     fontsize=20)\n",
+      "plt.text(0.5 * (a + b), 30, r\"$\\int_a^b f(x)\\mathrm{d}x$\",\n",
+      "         horizontalalignment='center', fontsize=20)\n",
+      "\n",
+      "plt.figtext(0.9, 0.05, '$x$')\n",
+      "plt.figtext(0.1, 0.9, '$y$')\n",
+      "\n",
+      "ax.spines['right'].set_visible(False)\n",
+      "ax.spines['top'].set_visible(False)\n",
+      "ax.xaxis.set_ticks_position('bottom')\n",
       "\n",
-      "axis([0,10, 0, 180])\n",
-      "figtext(0.9, 0.05, 'x')\n",
-      "figtext(0.1, 0.9, 'y')\n",
-      "ax.set_xticks((a,b))\n",
-      "ax.set_xticklabels(('a','b'))\n",
+      "ax.set_xticks((a, b))\n",
+      "ax.set_xticklabels(('$a$', '$b$'))\n",
       "ax.set_yticks([])\n",
-      "show()\n"
+      "\n",
+      "plt.show()\n"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
-       "metadata": {},
+       "metadata": {
+        "png": {
+         "height": 401,
+         "width": 596
+        }
+       },
        "output_type": "display_data",
-       "png": 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GqjSNtilToulXv8qMe/be2yf5UXeUVAAAADBGladPj5bvfS8z69t991g8a1ZE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\n9ttvwdcKJ++//74k6c4777Q5CQAAOBlKKhSNz6fEfv1kZGQER2ZSktK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        "text": [
-        "<matplotlib.figure.Figure at 0x110035290>"
+        "<matplotlib.figure.Figure at 0x1078d7e10>"
        ]
       }
      ],
      "prompt_number": 3
     }
    ],
    "metadata": {}
   }
  ]
-}
+}
  No newline at end of file

examples/notebooks/Part 3 - Plotting with Matplotlib.ipynb

@@ -1,208 +1,230 b''
 {
  "metadata": {
   "name": ""
  },
  "nbformat": 3,
  "nbformat_minor": 0,
  "worksheets": [
   {
    "cells": [
     {
      "cell_type": "heading",
      "level": 1,
      "metadata": {},
      "source": [
       "Plotting with Matplotlib"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "IPython works with the [Matplotlib](http://matplotlib.org/) plotting library, which integrates Matplotlib with IPython's display system and event loop handling."
      ]
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "matplotlib mode"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "To make plots using Matplotlib, you must first enable IPython's matplotlib mode.\n",
       "\n",
       "To do this, run the `%matplotlib` magic command to enable plotting in the current Notebook.\n",
       "\n",
       "This magic takes an optional argument that specifies which Matplotlib backend should be used.  Most of the time, in the Notebook, you will want to use the `inline` backend, which will embed plots inside the Notebook:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%matplotlib inline"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 1
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "You can also use Matplotlib GUI backends in the Notebook, such as the Qt backend (`%matplotlib qt`). This will use Matplotlib's interactive Qt UI in a floating window to the side of your browser. Of course, this only works if your browser is running on the same system as the Notebook Server.  You can always call the `display` function to paste figures into the Notebook document."
      ]
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Making a simple plot"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "With matplotlib enabled, plotting should just work."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "import matplotlib.pyplot as plt\n",
       "import numpy as np"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 2
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "x = np.linspace(0, 3*np.pi, 500)\n",
       "plt.plot(x, np.sin(x**2))\n",
       "plt.title('A simple chirp');"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "display_data",
        "png": 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VhQdzIQ3v3TB0jbyziBeNPpupG1lNL0aRnvQyXQOUNon2ZtNaPkBQKRjy1vP0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\nJgeMshD/dgAAAABJRU5ErkJggg==\n",
        "text": [
         "<matplotlib.figure.Figure at 0x108991850>"
        ]
       }
      ],
      "prompt_number": 3
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "These images can be resized by dragging the handle in the lower right corner.  Double clicking will return them to their original size."
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "One thing to be aware of is that by default, the `Figure` object is cleared at the end of each cell, so you will need to issue all plotting commands for a single figure in a single cell."
      ]
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Loading Matplotlib demos with %load"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "IPython's `%load` magic can be used to load any Matplotlib demo by its URL:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
-      "%load http://matplotlib.sourceforge.net/mpl_examples/pylab_examples/integral_demo.py"
+      "%load http://matplotlib.org/mpl_examples/showcase/integral_demo.py"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 4
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
-      "#!/usr/bin/env python\n",
+      "\"\"\"\n",
+      "Plot demonstrating the integral as the area under a curve.\n",
       "\n",
-      "# implement the example graphs/integral from pyx\n",
-      "from pylab import *\n",
+      "Although this is a simple example, it demonstrates some important tweaks:\n",
+      "\n",
+      "    * A simple line plot with custom color and line width.\n",
+      "    * A shaded region created using a Polygon patch.\n",
+      "    * A text label with mathtext rendering.\n",
+      "    * figtext calls to label the x- and y-axes.\n",
+      "    * Use of axis spines to hide the top and right spines.\n",
+      "    * Custom tick placement and labels.\n",
+      "\"\"\"\n",
+      "import numpy as np\n",
+      "import matplotlib.pyplot as plt\n",
       "from matplotlib.patches import Polygon\n",
       "\n",
+      "\n",
       "def func(x):\n",
-      "    return (x-3)*(x-5)*(x-7)+85\n",
+      "    return (x - 3) * (x - 5) * (x - 7) + 85\n",
       "\n",
-      "ax = subplot(111)\n",
       "\n",
-      "a, b = 2, 9 # integral area\n",
-      "x = arange(0, 10, 0.01)\n",
+      "a, b = 2, 9 # integral limits\n",
+      "x = np.linspace(0, 10)\n",
       "y = func(x)\n",
-      "plot(x, y, linewidth=1)\n",
       "\n",
-      "# make the shaded region\n",
-      "ix = arange(a, b, 0.01)\n",
+      "fig, ax = plt.subplots()\n",
+      "plt.plot(x, y, 'r', linewidth=2)\n",
+      "plt.ylim(ymin=0)\n",
+      "\n",
+      "# Make the shaded region\n",
+      "ix = np.linspace(a, b)\n",
       "iy = func(ix)\n",
-      "verts = [(a,0)] + list(zip(ix,iy)) + [(b,0)]\n",
-      "poly = Polygon(verts, facecolor='0.8', edgecolor='k')\n",
+      "verts = [(a, 0)] + list(zip(ix, iy)) + [(b, 0)]\n",
+      "poly = Polygon(verts, facecolor='0.9', edgecolor='0.5')\n",
       "ax.add_patch(poly)\n",
       "\n",
-      "text(0.5 * (a + b), 30,\n",
-      "     r\"$\\int_a^b f(x)\\mathrm{d}x$\", horizontalalignment='center',\n",
-      "     fontsize=20)\n",
+      "plt.text(0.5 * (a + b), 30, r\"$\\int_a^b f(x)\\mathrm{d}x$\",\n",
+      "         horizontalalignment='center', fontsize=20)\n",
       "\n",
-      "axis([0,10, 0, 180])\n",
-      "figtext(0.9, 0.05, 'x')\n",
-      "figtext(0.1, 0.9, 'y')\n",
-      "ax.set_xticks((a,b))\n",
-      "ax.set_xticklabels(('a','b'))\n",
+      "plt.figtext(0.9, 0.05, '$x$')\n",
+      "plt.figtext(0.1, 0.9, '$y$')\n",
+      "\n",
+      "ax.spines['right'].set_visible(False)\n",
+      "ax.spines['top'].set_visible(False)\n",
+      "ax.xaxis.set_ticks_position('bottom')\n",
+      "\n",
+      "ax.set_xticks((a, b))\n",
+      "ax.set_xticklabels(('$a$', '$b$'))\n",
       "ax.set_yticks([])\n",
-      "show()\n"
+      "\n",
+      "plt.show()\n"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
-       "metadata": {},
+       "metadata": {
+        "png": {
+         "height": 401,
+         "width": 596
+        }
+       },
        "output_type": "display_data",
-       "png": 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GqjSNtilToulXv8qMe/be2yf5UXeUVAAAADBGladPj5bvfS8z69t991g8a1ZE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\n9ttvwdcKJ++//74k6c4777Q5CQAAOBlKKhSNz6fEfv1kZGQER2ZSktK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        "text": [
-        "<matplotlib.figure.Figure at 0x106a476d0>"
+        "<matplotlib.figure.Figure at 0x106ef1190>"
        ]
       }
      ],
      "prompt_number": 5
     }
    ],
    "metadata": {}
   }
  ]
 }
  No newline at end of file

examples/notebooks/R Magics.ipynb

@@ -1,930 +1,930 b''
 {
  "metadata": {
   "name": ""
  },
  "nbformat": 3,
  "nbformat_minor": 0,
  "worksheets": [
   {
    "cells": [
     {
      "cell_type": "heading",
      "level": 1,
      "metadata": {},
      "source": [
       "Using R Within the IPython Notebok"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Using the `rmagic` extension, users can run R code from within the IPython Notebook. This example Notebook demonstrates this capability. "
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%matplotlib inline"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 1
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Line magics"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "IPython has an `rmagic` extension that contains a some magic functions for working with R via rpy2. This extension can be loaded using the `%load_ext` magic as follows:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "%load_ext rmagic "
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 2
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "A typical use case one imagines is having some numpy arrays, wanting to compute some statistics of interest on these\n",
       " arrays and return the result back to python. Let's suppose we just want to fit a simple linear model to a scatterplot."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "import numpy as np\n",
       "import matplotlib.pyplot as plt\n",
       "X = np.array([0,1,2,3,4])\n",
       "Y = np.array([3,5,4,6,7])\n",
       "plt.scatter(X, Y)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "metadata": {},
        "output_type": "pyout",
        "prompt_number": 3,
        "text": [
         "<matplotlib.collections.PathCollection at 0x107efe2d0>"
        ]
       },
       {
        "metadata": {},
        "output_type": "display_data",
        "png": 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        "text": [
         "<matplotlib.figure.Figure at 0x108019350>"
        ]
       }
      ],
      "prompt_number": 3
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "We can accomplish this by first pushing variables to R, fitting a model and returning the results. The line magic %Rpush copies its arguments to variables of the same name in rpy2. The %R line magic evaluates the string in rpy2 and returns the results. In this case, the coefficients of a linear model."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%Rpush X Y\n",
       "%R lm(Y~X)$coef"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 3,
        "text": [
         "array([ 3.2,  0.9])"
        ]
       }
      ],
      "prompt_number": 3
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "We can check that this is correct fairly easily:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "Xr = X - X.mean(); Yr = Y - Y.mean()\n",
       "slope = (Xr*Yr).sum() / (Xr**2).sum()\n",
       "intercept = Y.mean() - X.mean() * slope\n",
       "(intercept, slope)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 4,
        "text": [
         "(3.2000000000000002, 0.90000000000000002)"
        ]
       }
      ],
      "prompt_number": 4
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "It is also possible to return more than one value with %R."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%R resid(lm(Y~X)); coef(lm(X~Y))\n"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 5,
        "text": [
         "array([-2.5,  0.9])"
        ]
       }
      ],
      "prompt_number": 5
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "One can also easily capture the results of %R into python objects. Like R, the return value of this multiline expression (multiline in the sense that it is separated by ';') is the final value, which is \n",
       "the *coef(lm(X~Y))*. To pull other variables from R, there is one more magic."
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "There are two more line magics, %Rpull and %Rget. Both are useful after some R code has been executed and there are variables\n",
       "in the rpy2 namespace that one would like to retrieve. The main difference is that one\n",
       " returns the value (%Rget), while the other pulls it to self.shell.user_ns (%Rpull). Imagine we've stored the results\n",
       "of some calculation in the variable \"a\" in rpy2's namespace. By using the %R magic, we can obtain these results and\n",
       "store them in b. We can also pull them directly to user_ns with %Rpull. They are both views on the same data."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "b = %R a=resid(lm(Y~X))\n",
       "%Rpull a\n",
       "print(a)\n",
       "assert id(b.data) == id(a.data)\n",
       "%R -o a"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "[-0.2  0.9 -1.   0.1  0.2]\n"
        ]
       }
      ],
      "prompt_number": 6
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "%Rpull is equivalent to calling %R with just -o\n"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%R d=resid(lm(Y~X)); e=coef(lm(Y~X))\n",
       "%R -o d -o e\n",
       "%Rpull e\n",
       "print(d)\n",
       "print(e)\n",
       "import numpy as np\n",
       "np.testing.assert_almost_equal(d, a)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "[-0.2  0.9 -1.   0.1  0.2]\n",
         "[ 3.2  0.9]\n"
        ]
       }
      ],
      "prompt_number": 7
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "On the other hand %Rpush is equivalent to calling %R with just -i and no trailing code."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "A = np.arange(20)\n",
       "%R -i A\n",
       "%R mean(A)\n"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 8,
        "text": [
         "array([ 9.5])"
        ]
       }
      ],
      "prompt_number": 8
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "The magic %Rget retrieves one variable from R."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%Rget A"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 9,
        "text": [
         "array([ 0,  1,  2,  3,  4,  5,  6,  7,  8,  9, 10, 11, 12, 13, 14, 15, 16,\n",
         "       17, 18, 19], dtype=int32)"
        ]
       }
      ],
      "prompt_number": 9
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Plotting and capturing output"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
-      "R's console (i.e. its stdout() connection) is captured by ipython, as are any plots which are published as PNG files like the notebook with arguments --pylab inline. As a call to %R may produce a return value (see above) we must ask what happens to a magic like the one below. The R code specifies that something is published to the notebook. If anything is published to the notebook, that call to %R returns None."
+      "R's console (i.e. its stdout() connection) is captured by ipython, as are any plots which are published as PNG files, as with `%matplotlib inline`. As a call to %R may produce a return value (see above) we must ask what happens to a magic like the one below. The R code specifies that something is published to the notebook. If anything is published to the notebook, that call to %R returns None."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "from __future__ import print_function\n",
       "v1 = %R plot(X,Y); print(summary(lm(Y~X))); vv=mean(X)*mean(Y)\n",
       "print('v1 is:', v1)\n",
       "v2 = %R mean(X)*mean(Y)\n",
       "print('v2 is:', v2)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "text": [
         "\n",
         "Call:\n",
         "lm(formula = Y ~ X)\n",
         "\n",
         "Residuals:\n",
         "   1    2    3    4    5 \n",
         "-0.2  0.9 -1.0  0.1  0.2 \n",
         "\n",
         "Coefficients:\n",
         "            Estimate Std. Error t value Pr(>|t|)  \n",
         "(Intercept)   3.2000     0.6164   5.191   0.0139 *\n",
         "X             0.9000     0.2517   3.576   0.0374 *\n",
         "---\n",
         "Signif. codes:  0 \u2018***\u2019 0.001 \u2018**\u2019 0.01 \u2018*\u2019 0.05 \u2018.\u2019 0.1 \u2018 \u2019 1 \n",
         "\n",
         "Residual standard error: 0.7958 on 3 degrees of freedom\n",
         "Multiple R-squared:  0.81,\tAdjusted R-squared: 0.7467 \n",
         "F-statistic: 12.79 on 1 and 3 DF,  p-value: 0.03739 \n",
         "\n"
        ]
       },
       {
        "output_type": "display_data",
        "png": 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       },
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "v1 is: [ 10.]\n",
         "v2 is: [ 10.]\n"
        ]
       }
      ],
      "prompt_number": 10
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "What value is returned from %R?"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Some calls have no particularly interesting return value, the magic %R will not return anything in this case. The return value in rpy2 is actually NULL so %R returns None."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "v = %R plot(X,Y)\n",
       "assert v == None"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "png": 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RokWLiIhYsWJFnH766bW6Rtu2baNt27b7Pde6dWuvKRegLl26xMknnxy33357TJgwIaqq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\nrkJggg==\n"
       }
      ],
      "prompt_number": 11
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Also, if the return value of a call to %R (in line mode) has just been printed to the console, then its value is also not returned."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "v = %R print(X)\n",
       "assert v == None"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "text": [
         "[1] 0 1 2 3 4\n"
        ]
       }
      ],
      "prompt_number": 12
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "But, if the last value did not print anything to console, the value is returned:\n"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "v = %R print(summary(X)); X\n",
       "print('v:', v)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "text": [
         "   Min. 1st Qu.  Median    Mean 3rd Qu.    Max. \n",
         "      0       1       2       2       3       4 \n"
        ]
       },
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "v: [0 1 2 3 4]\n"
        ]
       }
      ],
      "prompt_number": 13
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "The return value can be suppressed by a trailing ';' or an -n argument.\n"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "%R -n X"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 14
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "%R X; "
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 15
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Cell level magic"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Often, we will want to do more than a simple linear regression model. There may be several lines of R code that we want to \n",
       "use before returning to python. This is the cell-level magic.\n",
       "\n",
       "\n",
       "For the cell level magic, inputs can be passed via the -i or --inputs argument in the line. These variables are copied \n",
       "from the shell namespace to R's namespace using rpy2.robjects.r.assign. It would be nice not to have to copy these into R: rnumpy ( http://bitbucket.org/njs/rnumpy/wiki/API ) has done some work to limit or at least make transparent the number of copies of an array. This seems like a natural thing to try to build on. Arrays can be output from R via the -o or --outputs argument in the line. All other arguments are sent to R's png function, which is the graphics device used to create the plots.\n",
       "\n",
       "We can redo the above calculations in one ipython cell. We might also want to add some output such as a summary\n",
       " from R or perhaps the standard plotting diagnostics of the lm."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%R -i X,Y -o XYcoef\n",
       "XYlm = lm(Y~X)\n",
       "XYcoef = coef(XYlm)\n",
       "print(summary(XYlm))\n",
       "par(mfrow=c(2,2))\n",
       "plot(XYlm)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "text": [
         "\n",
         "Call:\n",
         "lm(formula = Y ~ X)\n",
         "\n",
         "Residuals:\n",
         "   1    2    3    4    5 \n",
         "-0.2  0.9 -1.0  0.1  0.2 \n",
         "\n",
         "Coefficients:\n",
         "            Estimate Std. Error t value Pr(>|t|)  \n",
         "(Intercept)   3.2000     0.6164   5.191   0.0139 *\n",
         "X             0.9000     0.2517   3.576   0.0374 *\n",
         "---\n",
         "Signif. codes:  0 \u2018***\u2019 0.001 \u2018**\u2019 0.01 \u2018*\u2019 0.05 \u2018.\u2019 0.1 \u2018 \u2019 1 \n",
         "\n",
         "Residual standard error: 0.7958 on 3 degrees of freedom\n",
         "Multiple R-squared:  0.81,\tAdjusted R-squared: 0.7467 \n",
         "F-statistic: 12.79 on 1 and 3 DF,  p-value: 0.03739 \n",
         "\n"
        ]
       },
       {
        "output_type": "display_data",
        "png": 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ff28o7sePHyc0NJT9+/djYWGRbzqMmpMUYBMZPXo0lStXZurUqQB069aNtWvX8uDBA1RV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\n"
       }
      ],
      "prompt_number": 16
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Passing data back and forth"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Currently, data is passed through RMagics.pyconverter when going from python to R and RMagics.Rconverter when \n",
       "going from R to python. These currently default to numpy.ndarray. Future work will involve writing better converters, most likely involving integration with http://pandas.sourceforge.net.\n",
       "\n",
       "Passing ndarrays into R seems to require a copy, though once an object is returned to python, this object is NOT copied, and it is possible to change its values.\n"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "seq1 = np.arange(10)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 17
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%R -i seq1 -o seq2\n",
       "seq2 = rep(seq1, 2)\n",
       "print(seq2)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "text": [
         " [1] 0 1 2 3 4 5 6 7 8 9 0 1 2 3 4 5 6 7 8 9\n"
        ]
       }
      ],
      "prompt_number": 18
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "seq2[::2] = 0\n",
       "seq2"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 19,
        "text": [
         "array([0, 1, 0, 3, 0, 5, 0, 7, 0, 9, 0, 1, 0, 3, 0, 5, 0, 7, 0, 9], dtype=int32)"
        ]
       }
      ],
      "prompt_number": 19
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%%R\n",
       "print(seq2)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "text": [
         " [1] 0 1 0 3 0 5 0 7 0 9 0 1 0 3 0 5 0 7 0 9\n"
        ]
       }
      ],
      "prompt_number": 20
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Once the array data has been passed to R, modifring its contents does not modify R's copy of the data."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "seq1[0] = 200\n",
       "%R print(seq1)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "display_data",
        "text": [
         " [1] 0 1 2 3 4 5 6 7 8 9\n"
        ]
       }
      ],
      "prompt_number": 21
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "But, if we pass data as both input and output, then the value of \"data\" in user_ns will be overwritten and the\n",
       "new array will be a view of the data in R's copy."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "print(seq1)\n",
       "%R -i seq1 -o seq1\n",
       "print(seq1)\n",
       "seq1[0] = 200\n",
       "%R print(seq1)\n",
       "seq1_view = %R seq1\n",
       "assert(id(seq1_view.data) == id(seq1.data))"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "[200   1   2   3   4   5   6   7   8   9]\n",
         "[200   1   2   3   4   5   6   7   8   9]\n"
        ]
       },
       {
        "output_type": "display_data",
        "text": [
         " [1] 200   1   2   3   4   5   6   7   8   9\n"
        ]
       }
      ],
      "prompt_number": 22
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Exception handling\n"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Exceptions are handled by passing back rpy2's exception and the line that triggered it."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "try:\n",
       "    %R -n nosuchvar\n",
       "except Exception as e:\n",
       "    print(e)\n",
       "    pass"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "parsing and evaluating line \"nosuchvar\".\n",
         "R error message: \"Error in eval(expr, envir, enclos) : object 'nosuchvar' not found\n",
         "\"\n",
         " R stdout:\"Error in eval(expr, envir, enclos) : object 'nosuchvar' not found\n",
         "\"\n",
         "\n"
        ]
       }
      ],
      "prompt_number": 23
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Structured arrays and data frames\n"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "In R, data frames play an important role as they allow array-like objects of mixed type with column names (and row names). In bumpy, the closest analogy is a structured array with named fields. In future work, it would be nice to use pandas to return full-fledged DataFrames from rpy2. In the mean time, structured arrays can be passed back and forth with the -d flag to %R, %Rpull, and %Rget"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "datapy= np.array([(1, 2.9, 'a'), (2, 3.5, 'b'), (3, 2.1, 'c')],\n",
       "          dtype=[('x', '<i4'), ('y', '<f8'), ('z', '|S1')])\n"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 24
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "%%R -i datapy -d datar\n",
       "datar = datapy"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 25
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "datar"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 26,
        "text": [
         "array([(1, 2.9, 'a'), (2, 3.5, 'b'), (3, 2.1, 'c')], \n",
         "      dtype=[('x', '<i4'), ('y', '<f8'), ('z', '|S1')])"
        ]
       }
      ],
      "prompt_number": 26
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%R datar2 = datapy\n",
       "%Rpull -d datar2\n",
       "datar2"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 27,
        "text": [
         "array([(1, 2.9, 'a'), (2, 3.5, 'b'), (3, 2.1, 'c')], \n",
         "      dtype=[('x', '<i4'), ('y', '<f8'), ('z', '|S1')])"
        ]
       }
      ],
      "prompt_number": 27
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%Rget -d datar2"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 28,
        "text": [
         "array([(1, 2.9, 'a'), (2, 3.5, 'b'), (3, 2.1, 'c')], \n",
         "      dtype=[('x', '<i4'), ('y', '<f8'), ('z', '|S1')])"
        ]
       }
      ],
      "prompt_number": 28
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "For arrays without names, the -d argument has no effect because the R object has no colnames or names."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "Z = np.arange(6)\n",
       "%R -i Z\n",
       "%Rget -d Z"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 29,
        "text": [
         "array([0, 1, 2, 3, 4, 5], dtype=int32)"
        ]
       }
      ],
      "prompt_number": 29
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "For mixed-type data frames in R, if the -d flag is not used, then an array of a single type is returned and\n",
       "its value is transposed. This would be nice to fix, but it seems something that should be fixed at the rpy2 level (See: https://bitbucket.org/lgautier/rpy2/issue/44/numpyrecarray-as-dataframe)"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%Rget datar2"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "pyout",
        "prompt_number": 30,
        "text": [
         "array([['1', '2', '3'],\n",
         "       ['2', '3', '2'],\n",
         "       ['a', 'b', 'c']], \n",
         "      dtype='|S1')"
        ]
       }
      ],
      "prompt_number": 30
     }
    ],
    "metadata": {}
   }
  ]
 }
  No newline at end of file

examples/parallel/options/Parallel MC Options.ipynb

@@ -1,512 +1,562 b''
 {
  "metadata": {
-  "name": "Parallel MC Options"
+  "name": "",
+  "signature": "sha256:1b19dedc6473d4e886e549020c6710f2d14c17296168a02e7e7fa9673912b893"
  },
  "nbformat": 3,
  "nbformat_minor": 0,
  "worksheets": [
   {
    "cells": [
     {
      "cell_type": "heading",
      "level": 1,
      "metadata": {},
      "source": [
       "Parallel Monto-Carlo options pricing"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "This notebook shows how to use `IPython.parallel` to do Monte-Carlo options pricing in parallel. We will compute the price of a large number of options for different strike prices and volatilities."
      ]
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Problem setup"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
-      "%pylab inline"
+      "%matplotlib inline\n",
+      "import matplotlib.pyplot as plt"
      ],
      "language": "python",
      "metadata": {},
-     "outputs": [
-      {
-       "output_type": "stream",
-       "stream": "stdout",
-       "text": [
-        "\n",
-        "Welcome to pylab, a matplotlib-based Python environment [backend: module://IPython.kernel.zmq.pylab.backend_inline].\n",
-        "For more information, type 'help(pylab)'.\n"
-       ]
-      }
-     ],
-     "prompt_number": 4
+     "outputs": [],
+     "prompt_number": 1
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "import sys\n",
       "import time\n",
       "from IPython.parallel import Client\n",
       "import numpy as np"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
-     "prompt_number": 5
+     "prompt_number": 2
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Here are the basic parameters for our computation."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "price = 100.0  # Initial price\n",
       "rate = 0.05  # Interest rate\n",
       "days = 260  # Days to expiration\n",
       "paths = 10000  # Number of MC paths\n",
       "n_strikes = 6  # Number of strike values\n",
       "min_strike = 90.0  # Min strike price\n",
       "max_strike = 110.0  # Max strike price\n",
       "n_sigmas = 5  # Number of volatility values\n",
       "min_sigma = 0.1  # Min volatility\n",
       "max_sigma = 0.4  # Max volatility"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
-     "prompt_number": 6
+     "prompt_number": 3
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "strike_vals = np.linspace(min_strike, max_strike, n_strikes)\n",
       "sigma_vals = np.linspace(min_sigma, max_sigma, n_sigmas)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
-     "prompt_number": 7
+     "prompt_number": 4
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "print \"Strike prices: \", strike_vals\n",
       "print \"Volatilities: \", sigma_vals"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
         "Strike prices:  [  90.   94.   98.  102.  106.  110.]\n",
         "Volatilities:  [ 0.1    0.175  0.25   0.325  0.4  ]\n"
        ]
       }
      ],
-     "prompt_number": 8
+     "prompt_number": 5
     },
     {
      "cell_type": "heading",
      "level": 2,
      "metadata": {},
      "source": [
       "Monte-Carlo option pricing function"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "The following function computes the price of a single option.  It returns the call and put prices for both European and Asian style options."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "def price_option(S=100.0, K=100.0, sigma=0.25, r=0.05, days=260, paths=10000):\n",
       "    \"\"\"\n",
       "    Price European and Asian options using a Monte Carlo method.\n",
       "\n",
       "    Parameters\n",
       "    ----------\n",
       "    S : float\n",
       "        The initial price of the stock.\n",
       "    K : float\n",
       "        The strike price of the option.\n",
       "    sigma : float\n",
       "        The volatility of the stock.\n",
       "    r : float\n",
       "        The risk free interest rate.\n",
       "    days : int\n",
       "        The number of days until the option expires.\n",
       "    paths : int\n",
       "        The number of Monte Carlo paths used to price the option.\n",
       "\n",
       "    Returns\n",
       "    -------\n",
       "    A tuple of (E. call, E. put, A. call, A. put) option prices.\n",
       "    \"\"\"\n",
       "    import numpy as np\n",
       "    from math import exp,sqrt\n",
       "    \n",
       "    h = 1.0/days\n",
       "    const1 = exp((r-0.5*sigma**2)*h)\n",
       "    const2 = sigma*sqrt(h)\n",
       "    stock_price = S*np.ones(paths, dtype='float64')\n",
       "    stock_price_sum = np.zeros(paths, dtype='float64')\n",
       "    for j in range(days):\n",
       "        growth_factor = const1*np.exp(const2*np.random.standard_normal(paths))\n",
       "        stock_price = stock_price*growth_factor\n",
       "        stock_price_sum = stock_price_sum + stock_price\n",
       "    stock_price_avg = stock_price_sum/days\n",
       "    zeros = np.zeros(paths, dtype='float64')\n",
       "    r_factor = exp(-r*h*days)\n",
       "    euro_put = r_factor*np.mean(np.maximum(zeros, K-stock_price))\n",
       "    asian_put = r_factor*np.mean(np.maximum(zeros, K-stock_price_avg))\n",
       "    euro_call = r_factor*np.mean(np.maximum(zeros, stock_price-K))\n",
       "    asian_call = r_factor*np.mean(np.maximum(zeros, stock_price_avg-K))\n",
       "    return (euro_call, euro_put, asian_call, asian_put)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
-     "prompt_number": 9
+     "prompt_number": 6
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "We can time a single call of this function using the `%timeit` magic:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "%timeit -n1 -r1 print price_option(S=100.0, K=100.0, sigma=0.25, r=0.05, days=260, paths=10000)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
-        "(12.217720657772686, 7.4170971244322672, 6.8120985432589185, 4.3727039632512152)\n",
-        "1 loops, best of 1: 236 ms per loop\n"
+        "(12.478072469211625, 7.5692079226372924, 6.9498346596114704, 4.5592719279729934)\n",
+        "1 loops, best of 1: 111 ms per loop\n"
        ]
       }
      ],
-     "prompt_number": 24
+     "prompt_number": 7
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "## Parallel computation across strike prices and volatilities"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "The Client is used to setup the calculation and works with all engines."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
-      "c = Client(profile=\"default\")"
+      "rc = Client()"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
-     "prompt_number": 12
+     "prompt_number": 8
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "A `LoadBalancedView` is an interface to the engines that provides dynamic load\n",
       "balancing at the expense of not knowing which engine will execute the code."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
-      "view = c.load_balanced_view()"
+      "view = rc.load_balanced_view()"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
-     "prompt_number": 13
+     "prompt_number": 9
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Submit tasks for each (strike, sigma) pair. Again, we use the `%%timeit` magic to time the entire computation."
      ]
     },
     {
      "cell_type": "code",
+     "collapsed": false,
+     "input": [
+      "async_results = []"
+     ],
+     "language": "python",
+     "metadata": {},
+     "outputs": [],
+     "prompt_number": 16
+    },
+    {
+     "cell_type": "code",
      "collapsed": true,
      "input": [
       "%%timeit -n1 -r1\n",
       "\n",
-      "async_results = []\n",
       "for strike in strike_vals:\n",
       "    for sigma in sigma_vals:\n",
       "        # This line submits the tasks for parallel computation.\n",
       "        ar = view.apply_async(price_option, price, strike, sigma, rate, days, paths)\n",
       "        async_results.append(ar)\n",
       "\n",
-      "c.wait(async_results)  # Wait until all tasks are done."
+      "rc.wait(async_results)  # Wait until all tasks are done."
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
        "output_type": "stream",
        "stream": "stdout",
        "text": [
-        "1 loops, best of 1: 3.75 s per loop\n"
+        "1 loops, best of 1: 810 ms per loop\n"
        ]
       }
      ],
-     "prompt_number": 16
+     "prompt_number": 17
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "len(async_results)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
+       "metadata": {},
        "output_type": "pyout",
        "prompt_number": 18,
        "text": [
         "30"
        ]
       }
      ],
      "prompt_number": 18
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "## Process and visualize results"
      ]
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Retrieve the results using the `get` method:"
      ]
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "results = [ar.get() for ar in async_results]"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 19
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Assemble the result into a structured NumPy array."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": true,
      "input": [
       "prices = np.empty(n_strikes*n_sigmas,\n",
       "    dtype=[('ecall',float),('eput',float),('acall',float),('aput',float)]\n",
       ")\n",
       "\n",
       "for i, price in enumerate(results):\n",
       "    prices[i] = tuple(price)\n",
       "\n",
       "prices.shape = (n_strikes, n_sigmas)"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [],
      "prompt_number": 20
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Plot the value of the European call in (volatility, strike) space."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "plt.figure()\n",
       "plt.contourf(sigma_vals, strike_vals, prices['ecall'])\n",
       "plt.axis('tight')\n",
       "plt.colorbar()\n",
       "plt.title('European Call')\n",
       "plt.xlabel(\"Volatility\")\n",
       "plt.ylabel(\"Strike Price\")"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
+       "metadata": {},
        "output_type": "pyout",
        "prompt_number": 21,
        "text": [
-        "<matplotlib.text.Text at 0x10ab98690>"
+        "<matplotlib.text.Text at 0x1100a3290>"
        ]
       },
       {
+       "metadata": {
+        "png": {
+         "height": 407,
+         "width": 563
+        }
+       },
        "output_type": "display_data",
-       "png": 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j2oag9ADqwTDTw+yxai44rPuRS8HPQEG1Zdv89a9/RWRkJF5//XU89thjBgtUU2SJc0RE\nBCoqKqDValFRUYGIiAgAQLt27dCuXTsAwNixY7Fo0SKcOXMGffr0ab6TnoIco1pHUHoA9WCYG3HV\nrGOv0xmxQ3Q/DTLXmr6vRf5s4ni//+iPF2Z+VykpKcjIyMCcOXOQlZWF1NRUfPbZZy1uI8tpjaFD\nh2LDhg2or6/Hhg0bEBUVBQCoqanB/fv3AQAlJSWor683HmZHICg9gHowzI0YZh1nP89szvfff4+U\nlBS4u7sjNTUVe/fuNbuNzeOclJSEYcOG4dSpUwgICMDGjRuRlpaG8+fPo2/fvrh48SLmzp0LANi7\ndy8GDRqEsLAwLFmyBOvWOej/yILSA6gHw9yIYaYGcXFxyM3NBQDk5OTgqaeeMruNRjR1QlhFNBoN\nEKfSMQWlB1AXxlmHYW4k96pZE2b6eS7J+9BoIB5p3fGSkpJQWFiImpoa+Pr6YvHixYiMjMRbb72F\nH3/8EQMGDMB//Md/6F8kYXK/jLMVBKUHUBeGuRHjrKPE6Qyl42wrfPt2awlKD6AuDHMjhlnH1c8z\nW4txbg1B6QHUhWFuxDCTrTDOlhKUHkBdGOZGDHMjrpqtxzhbQlB6AHVhmBsxzI0YZttgnKUSlB5A\nXRhmMoZhth3GWQpB6QHUhWE2xFUz2QPjbI6g9ADqwjAbYpgbcdVsW4xzSwSlB1AXhtkQw9yIYbY9\nxtkUQekBSM0Y5kYMs30wzsYISg+gPlw1E8mLcX6YoPQA6sMwG+KquRFXzfbDODclKD2A+jDMhhjm\nRgyzfTHODQSlB1AfhtkQw9yIYbY/xhlgmI1gmA0xzCQ3xllQegD1YZipJVw1y8O14ywoPYD6MMzN\ncdXciGGWj+vGWVB6APVhmJtjmBsxzPJyzTgLSg+gPgxzcwwzKcn14iwoPQA5AobZEFfN0qWkpMDX\n1xehoaH66wRBgL+/P7RaLbRaLfLy8szux7XiLCg9gDpx1UwtYZgtk5yc3Cy+Go0GCxcuRGlpKUpL\nSzFmzBiz+3GdOAtKD6BODHNzXDU3YpgtFx0dDR8fn2bXW/olsK4RZ0HpAdSJYW6OYSZ7WbVqFaKi\norB06VLU1dWZvb/zx1lQegB1YpibY5gNcdVsXMFhQFjb+CNFWloaKisr8c033+Ds2bNYt878/2vu\n5u7wyy+/YNu2bdi7dy+ysrJw+vRpnDx5Es8884y0qZQkKD2AOjHMZA7DDOQOGm38hkFAeGqTy2vN\nP1bdunUDAHTq1Anz5s1Deno6XnnllRa3MbtyfvPNN1FSUoKCggIAwGOPPYZFixaZHUZxgtIDqBPD\nbBxXzY0YZtu7fPkyAODevXvIzs7GuHHjzG5jduW8Z88eFBUVYdcu3X+wDh06WHxiW3aC0gOoE8Ns\nHMNMtpSUlITCwkLU1NQgICAAmZmZKCgowJEjR9CuXTvExMQgLS3N7H7Mxrlv376ora3VXz548CC0\nWq1109uToPQA6sQwG8cwG+Kq2XqbN29udl1KSorF+zEb54yMDEyaNAk//fQT4uLi8PPPP+N//ud/\nLD6QLASlB1Anhtk4htkQw6wuZuMcERGBPXv24IcffsCDBw8QEREhx1yWE5QeQJ0YZuMYZkMMs/qY\nfULwH//4B27cuIHBgwcjIiICN27cwLZt2+SYTTpB6QHUiWE2jmE2xDCrk9k4Z2ZmwtvbW3/Z29sb\ngiDYcybpBDDMJjDMxjHM5CjMxtnT0xN37tzRX75z5w7atGlj16EkEZQeQL0YZuMY5ua4alYvs+ec\nn332WaSlpSEtLQ2iKGLt2rVITEyUYzbTBGUPr2YMs3EMc3MMs7qZjXN6ejo+++wzvPXWWxBFEVOn\nTlUuzoIyh3UUDLNxDHNzDLP6aUTVv6NE93F7KFT9mIpimI1jmI1z5jhrwiz/BLhm+9BokCOaePv2\nQyZqdtnljXkmV84LFizAihUrkJCQ0Ow2jUaD3Nxcmw9DrcMwG8cwG+fMYXYmJuM8a9YsAMArr7zS\n7G8FjUZj36lIMobZOIbZOIbZcZiM8+DBg3Hv3j2sX78e//u//yvnTCQRw2wcw2wcw+xYWnwpnbu7\nO6qqqnDlyhW55iGJGGbjGGbjGGbHY/bVGiEhIYiOjsYzzzwDPz8/AI3fh0XKYJiNY5jJmZiN82OP\nPYbExERoNBrcunVLjpmoBQyzcQyzaVw1O6YW43z9+nVERUUhJiYG7du3l2smMoFhNo5hNo1hdlwm\nzzl/+OGHGDhwILKysvDEE0+o78OOXAzDbBzDbBrD7NhMxvm///u/cfToUXz11VfYu3cvPv74Yznn\noiYYZuMYZnJmJk9r3L59G507dwYA9OrVCxcvXpRtKNJhlE1jmFvGVbPjMxnnc+fOGbw7sOllvkPQ\n/hhm0xjmljHMzsFknHNycgwuv/zyy/o/t/QOwZSUFGzfvh3dunVDWVkZAKCurg4zZsxAaWkpwsPD\nsWnTJnTs2BEAsHLlSqxatQpt27bF+vXr8eSTT1r1CzkDhtk0hrllLh/mpUoPYLyBr776Kr7++ms8\n8sgjiImJwTvvvINHHnmkxf2YPOccGxtr8mfEiBEmd5icnIy8vDyD69asWYPAwECcPn0a/v7+WLt2\nLQCguroaq1evxu7du7FmzRrMnz9f8gPgrBhm0xjmlrl8mFXCWANHjx6N8vJyHD58GLdv30Z2drbZ\n/Zj9sH1LRUdHw8fHx+C64uJipKamwsPDAykpKSgqKgIAFBUVYcyYMQgMDMSIESMgiiLq6upsPZJD\nGBvzD4a5BQwzmaWCVTNgvIFPPfUU3Nzc4ObmhqeffhqFhYVm92PzOBtz6NAhBAcHAwCCg4NRXFwM\nQBfnfv366e/Xt29f/W2uhFFuGcNsnsuvmlUSZik+/PBDo5/2+TCz7xBscPfuXXh6erZqGEs+69Tk\n+eyNQuOfw2IBbWyrZlEbhrllDLN5rh7mgoVAQbV8xysruIbjBddbte3ixYvh5eWFZ5991ux9zcb5\nyJEjWLRoEX788UdUVlbiyJEjWL9+PVavXi15oIiICFRUVECr1aKiogIREREAgKFDhyI/P19/vxMn\nTuhvayZZkHw8R8Ewt4xhNs/VwwwAsb66nwaZx22z37WYY+KAv//oDzhF0v4++eQTfPPNN9i9e7ek\n+5s9rfH2229j6dKl+m/gDgsLk3S+pKmhQ4diw4YNqK+vx4YNGxAVFQUAiIyMxDfffIPz58+joKAA\nbm5u8PLysmjfjojnl1s2F+sYZgkYZjjM6Yy8vDz89a9/RW5uruQzEGbjfOnSJQwYMEB/+Zdffmnx\nczaSkpIwbNgwnDp1CgEBAdi4cSPS0tJw/vx59O3bFxcvXsTcuXMBAL6+vkhLS0N8fDzS09OxYsUK\nSUM7Mka5ZYyyNAwzVBvmhgaePHkSAQEB2LBhAzIyMnDr1i2MGjUKWq0W6enpZvdj9jsEMzMzERYW\nBkEQkJOTg1WrVqFTp0544403bPbLmOMs3yHIMLeMYZaGYf6diThrNtvmOwTHil9Kuu9OzRS7fIeg\n2ZXzggULUFpaivv372Ps2LHw9vZGRkaGzQdxZjyNYR7DLA3D/DuVrpptyWycDxw4AEEQcOzYMZSX\nl2PRokXYvHmzHLM5BUbZPIZZGob5dy4QZkBCnP/zP//T4NnF9957jx8fKhHDbB7DLA3D/DsXCTMg\n4aV0ubm5eOaZZ9CuXTvk5eXhxIkT/NAjCRhm8xhmaRhm12Q2zl26dEFubi5GjhyJIUOG4Isvvmjx\ng49cHaMsDcMsDcPchAutmoEW4tyxY0eDCP/666+orKzUx/nmzZuyDOhIGGZpGGZpGOYmXCzMQAtx\n5pe5WoZhloZhloZhJpNxPnHiBIKDg1FSUmL09vDwcLsN5WgYZmkYZmkY5oe44KoZaCHOH3zwAT78\n8EMsXLjQ6DnmPXv22HUwR8AoS8cwS8MwP8RFwwyYeYfggwcPcODAAQwfPlzOmZpR4zsEGWbpGGZp\nGOaHtDLMLvEOQTc3N8ybN8/mB3V0DLN0DLM0DDM9zOybUBISErBy5Uq+OuN3DLN0DLM0DLMRLnw6\no4HZDz7q2LEj7ty5Azc3N/0XEsr9Ujo1nNZglC3DMEvDMBthZZid5bSG2Teh8CV1DLOlGGZpGGZq\nidnTGiNHjpR0nbNimC3DMEvDMJvA0xl6JlfO9fX1uHPnDq5cuYJr167pr6+urnaJb8hmlC3HMEvD\nMJvAMBswGed169ZhxYoVuHTpEgYPHqy/PigoCC+++KIswymFYbYcwywNw2wCw9yM2ScEV65cifnz\n58s1j1FyPiHIMFuOYZaGYW6BDePs9E8IHjp0CP7+/vow79ixA5s3b8awYcPw3HPPtfg9go6IUW4d\nhlkahtkErphNMvmE4AsvvIB27doBAM6cOYPk5GSMHDkSR48exV/+8hfZBrQ3foVU6/AbsqWZcHQX\nw2yKE4c5OzsbI0aMQEhICD766KNW7cPkyvn+/ft49NFHAehObcyePRuzZ8/GjBkzFH87ty0wyK3H\nKEvDKLfAicNcW1uLzMxMHDx4EG3btkV8fDyeffZZdOrUyaL9mIyzj48P7ty5g/bt2yMnJwdffPGF\nbgN3d4d+7TOjbB2GWRqGuQVOHGYA2L9/P8LDw+Hj4wMAiIuLw4EDBzBmzBiL9mMyzjNmzEBUVBS6\ndeuG3r17IyIiAgBw+vRpeHt7WzG6Mhhl6zDK0jDKZjh5mAEgJiYGf/rTn1BZWQlPT0/s2LEDHh4e\ntovz888/j/Hjx+PUqVMYMWKE/npRFLFq1arWTy4zRtl6DLM0DLMZThLmqwXHca2g3OTtHTp0wPLl\nyzFv3jzU1tYiNDQUnp6eFh/H7Evp1KA1L6VjlK3HKEvHMJshY5ht9VI6yc0ZoWnxeImJiXjttdcs\n/oISs5+t4WgYZdtgmKVhlCVwkhWzJaqrq9GtWzfk5+ejrKysVd8c5TRxZpRth2GWhmE2wwWj3GDq\n1Kmorq6Gl5cXNm7c2Kp9OHycGWXbYZSlY5jNcOEwA8DevXut3ofDxplRti2GWTqG2QwXD7OtOFyc\nGWXbY5ilYZQlYJhtxmHizCjbHqMsHcMsAcNsU2Y/bJ+cE8MsHcMsAcNscw6zcibbYJSlY5QlYpjt\ngitnF8IwS8cwS8Qw2w1Xzi6CYZaOYZaAUbY7xtnJMcrSMcoSMcyy4GkNJ8YwS8cwS8Qwy4ZxdlIM\ns3QMs0QMs6x4WsPJMMrSMcoWYJhlx5WzE2GYpWOYLcAwK4JxdhIMs3QMswUYZsXwtIaDY5SlY5Qt\nxDArinF2YAyzdAyzBRhlVWCcHRCjbBmG2QIMs2owzg6GYZaOUbYQw6wqjLODYJQtwzBbiGFWHcZZ\n5RhlyzHMFmKYVUnWl9JlZ2djxIgRCAkJwUcffQQAEAQB/v7+0Gq10Gq1yMvLk3Mk1ZqLdQyzhSYc\n3cUwW4phtovbt2/jueeewxNPPIH+/fvj4MGDFu9DtpVzbW0tMjMzcfDgQbRt2xbx8fF49tlnodFo\nsHDhQixcuFCuUVSNQW4dRrkVGGa7efPNNxEYGIh169bB3d0dt2/ftngfssV5//79CA8Ph4+PDwAg\nLi4OBw4cAACIoijXGKrFKLcew9wKDLNd5efn48CBA/D09AQAdOrUyeJ9yHZaIyYmBsXFxaisrMTl\ny5exY8cO7N+/HwCwatUqREVFYenSpairq5NrJFXg6QvrMMwWWgqG2c5++ukn3L17F2lpaRg6dCiW\nLl2Ku3fvWrwfjSjjsvWrr77CmjVrUFtbi6CgIAwYMADPP/88unTpgps3b+LVV1/FE088gVdeecVw\nSI0Gfd78g/5y59gQPBo7QK6x7YJBtg6j3ApOGuWCn4GC6sbLmcet/9e4RqMB4kzs43oBcKOg8XJV\npsHxzpw5gyeeeAI5OTkYNWoU5syZg1GjRmHWrFmWzSBnnJtKTEzEa6+9hvDwcP11R48eRXp6Ovbt\n22dwX41Gg7Hil3KPaBeMsvUY5lZw0jAbo9ls5zg/bI+m2fH69euHiooKAMDOnTvx97//HZs3b7Zo\nBllfSlddXY1u3bohPz8fZWVlCA8Px+XLl+Hn54d79+4hOzsb48aNk3Mk2TDK1mOUW8mFwqwWjz/+\nOIqKihCxSZ+LAAAMyElEQVQREYHt27dj1KhRFu9D1jhPnToV1dXV8PLywsaNGwEAf/7zn3HkyBG0\na9cOMTExSEtLk3Mku2OUbYNhbiWGWRHvv/8+Zs2ahbt372LUqFFITEy0eB+KndawhKOd1mCQbYth\nbiUXDbMaTmvYAt8haEOMsm0xylZw0TA7E8bZBhhl22OYrcAwOwXG2QqMsn0wzK3EKDsVxrkVGGX7\nYJStwDA7HcbZAoyy/TDMVmCYnRLjLAGjbF8MsxUYZqfFOJvAINsfo2wFRtnpMc4PYZTtj1G2EsPs\nEhhnMMhyYZStxCi7FJeNM4MsH0bZSoyyS3K5ODPK8mKYrcQwuyyXiDODLD9G2UqMsstz2jgzyMpg\nlG2AYSY4YZwZZWUwyjbAKFMTThFnBlk5jLINMMpkhMPGmUFWFqNsIwwzmeBQcWaQ1YFhtgFGmcxw\nmDgzzMpjlG2EYSYJHCbOpBxG2UYYZbIA40wmMco2wii7lLt372LEiBH45Zdf4OnpiWnTpuGll16y\neD+MMzXDKNsQw+xyPD09sWfPHrRv3x6//PILBg8ejISEBPTp08ei/TDOpMco2xCj7NLat28PALh1\n6xbu3bsHDw8Pi/fBOBOjbGsMs8t78OABtFotysvLsXz5cgQEBFi8D8bZxTHMNsQoK27fZhvubE+R\niRtKfv8xzc3NDUePHkVVVRXGjRuH4cOHQ6vVWnR4xtlFMco2xCgrzqZRNiv8958GH5m8Z48ePTBu\n3DgUFRUxztQyRtnGGGZFyRtlaWpqauDu7g5vb29cvXoVu3btwssvv2zxfhhnF8Eo2xijrCg1RrnB\n5cuX8dxzz+H+/fvo3r07XnnlFfj5+Vm8H8bZyTHKdsAwK0bNUW4QGhqKkpKWz0lLwTg7KUbZDhhl\nxThClG2NcXZCDLONMcqKccUoN2CcnQijbAcMsyJcOcoNGGcnwCjbAaOsCEa5EePswBhlO2GYZcco\nN8c4OyBG2U4YZdkxyqYxzg6EUbYTRll2jLJ5jLPKMch2xjDLilGWjnFWIQZZBoyyrBhlyzHOKsEg\ny4hhlg2j3HqMs4IYZJkxyrJhlK3HOMuMQVYAoywbRtl2GGcZMMgKYphlwSjbHuNsJwyywhhlWTDK\n9sM42xCDrBIMs90xyvbHOFuBMVYZRtnuGGX5MM4WYpBViFG2O0ZZfoyzBAyyijHMdsUoK4dxNoFB\nVjlG2a4YZeW5yXmw7OxsjBgxAiEhIfjoI93XidfV1WHixIkIDAzEpEmTcOvWLTlHMjDh6C79j7UK\nDttgIJk5xMxLoQ9zwc+KTtIqap953+bmYS5VZhSHtnfvXvTr1w+PP/44Vq1a1ap9yBbn2tpaZGZm\nYtu2bSgqKsL69etRW1uLNWvWIDAwEKdPn4a/vz/Wrl0r10gAbBvkphwidA9R9cxNotygoFqRSayi\n1pmNRbkB42y5BQsWYN26dcjPz0dWVhZqamos3odspzX279+P8PBw+Pj4AADi4uJw4MABFBcX4403\n3oCHhwdSUlLwzjvv2H0WnrJwIDx9YVc8fWF7tbW1AICYmBgAwOjRo1FUVITx48dbtB/Z4hwTE4M/\n/elPqKyshKenJ3bs2AEPDw8cOnQIwcHBAIDg4GAUFxfbbQZG2cEwzHbFMNtH06YBQP/+/XHw4EH1\nxrlDhw5Yvnw55s2bh9raWoSGhsLDwwOiKErafqLG8cKaKe8ZGptwtJkzjys9geUcceYNSg+giChJ\n9+rYsaNdji7rqzUSEhKQkJAAAEhMTMSYMWNQUlKCiooKaLVaVFRUICIiotl2UgNORGQL1jQnIiIC\nr776qv5yeXk5xowZY/F+ZH21RnW17tmQ/Px8HD9+HOHh4Rg6dCg2bNiA+vp6bNiwAVFR0v62IiJS\no06dOgHQvWKjqqoK3377LYYOHWrxfjSijMvSmJgYVFdXw8vLC1lZWYiMjERdXR1mzJiB0tJShIeH\nY9OmTXb7ZwIRkRwKCwsxd+5c/Pbbb5g/fz7mz59v+U5EBRUWForBwcFinz59xJUrVza7vaKiQoyK\nihI9PDzE999/36Jt7cWamYOCgsTQ0FAxLCxMjIiIkGtkszNv2rRJHDhwoDhw4EAxKSlJPHnypORt\n1TavWh/jbdu2iQMHDhQHDRokjhs3TiwuLpa8rRpnVuJxlvo4FRcXi23atBG/+OILi7dVE0XjHBYW\nJhYWFopVVVVi3759xStXrhjcXl1dLR46dEhctGhRs9CZ21aNM/fo0UO8evWqLHM2ZW7m/fv3izdu\n3BBFURQ/+eQTccaMGZK3Vdu8an2Mb926pf9zQUGBGB0dLXlbNc6sxOMs5XG6d++eGBcXJ44fP94g\nzko9xtaQ9ZxzU01fCxgUFKR/LWBTXbt2xZAhQ9C2bVuLt1XbzA1EmZ/clDLzv/3bv+nPk40fPx6F\nhYWSt1XTvA3U+Bh36NDB4P6enp6St1XbzA3kfJylPk6rVq3C1KlT0bVrV4u3VRvF4mzqtYD23tYa\n1h5Xo9EgPj4ekyZNQm5urj1GbMbSmdevX69/RY0Sj7M18wLqfoy3bt2KHj16ICUlBR9++KFF26ph\n5vXr1+uvl/txljLvxYsXkZOTg7S0NP2MUrdVI37wkYz27dsHPz8/VFRUICEhAZGRkejevbvSY+nl\n5+dj06ZN2L9/v9KjSGJsXjU/xpMnT8bkyZPx6aefYtKkSSgtVf8bo5vOPHnyZP3ManycX3zxRbz7\n7rvQaDQQdadsFZ3HWoqtnCMiInDixAn95fLycskvo7NmW2tYe1w/Pz8AQL9+/TBhwgR89dVXNp/x\nYVJnPnbsGObOnYvc3Fx4e3tbtK1a5gXU/Rg3mDZtGi5duoT6+noMGTLEIf5fbjozIP/jLGXeH374\nAYmJiejZsye+/PJLpKenIzc3V7FeWE3JE94NJ+krKytbPEn/5ptvmnxC0Ny2ttbamW/fvi3evHlT\nFEXdk4b9+/cXz58/r4qZ//nPf4p9+vQRDx48aPG2appXzY/xmTNnxAcPHoiiKIrbt28Xx44dK3lb\ntc2s1ONsyeM0e/Zs8csvv2zVtmqhaJwLCgrE4OBgsXfv3uKKFStEURTFtWvXimvXrhVFURQvX74s\n+vv7i//yL/8ient7iwEBAWJdXZ3JbdU889mzZ8VBgwaJgwYNEuPj48WPP/5YNTOnpqaKnTt3FsPC\nwpq9NEqJx7m186r5MV66dKkYEhIihoWFicnJyWJZWVmL26p5ZqUeZ3PzNvVwnJV6jK0h65tQiIhI\nGsXOORMRkWmMMxGRCjHOREQqxDgTEakQ40x2Fx8fj127DL8sYfny5UhPTzd6/x49euDatWst7nPJ\nkiUGl4cPHw4AqKqqQmhoKADg8OHDWLBgAQDdp4QdOHCgVfMTKYFxJrtLSkrCli1bDK779NNPMX36\ndKP3b3jbbUse/q7Jffv2NbvPkCFDsGLFCgDAnj17HOadj0QA40wymDJlCrZv34579+4B0K1uL126\nhF9//RXjxo3D8OHD8dFHHxnddvLkyRg8eDDi4+OxdetWAMDrr7+O+vp6aLVazJw5E4DxrwoqKChA\nQkIC/vnPf2LdunVYtmwZwsP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9yTOT3KOUckSt9eINPnpekr/a5LBnTv0DwJSEGegPYQbaY2oGdsbUDOzMThpC\nKeUKSU5I0wz+PcnfJbkoyR2TPDnJMaWUw2utn53lmpYiziS5UZqKtWmQWVNKuUGSP09yTpLb11q/\nPvr+riRvSfKrSR6b5KUbfPx7tdantXXRMAthBvpDmIH2CDOwM8IMTGXihpDk0WnCzFtrrQ8df6OU\n8tQkz0vTGO47ywUtxZoztdZTaq371Fr3TXLENrsfleY2pleuhZnRMfYkecbo5THzuVKY3enfOk+Y\ngR4RZqA9wgzsjDAD09lhQ7j1aPuWDd575Wh701mvaSnizDq7tnl/bV2Yj65/o9Z6WpKzk9ymlHLF\nti8MZiXKQL8IM9AeYQZ2RpiB1mzXEL4w2h5TSll/99HBo+3l+sJOLcttTTuxVrTO3uT9bya5TpKb\nJPnSuvduUEq5MM3v7fwk/y/J25McV2s9fw7XCj8izEC/CDPQHmEGgB57dZKHJPmVJJ8rpRyXpKYZ\ndnl1kq8l+aNZT7KMkzPbuWqa+8q+v8n7P0hTzq627vufSvM0p1elGV36UJJbJfmTJB8vpVx9LlcL\nEWagb4QZaI8wAztnagYWp9b6wyRHJjklyS2SvDzJt5J8NU1fuGOt9ZuznmcVJ2fWXLLJ9zccaaq1\n3m7990op10mzavPPJ3l6kj9o7epgRJiBfhFmoD3CDOycMAOLVUq5SpJ/SHLLNE9o+mGSByb5tTSx\n5p9KKaXW+vlZzrOKkzPnpQkwV9rk/QPH9ttSrfWcJE8avdxuESHYMWEG+kWYgfYIM7Bzwgx04nlJ\nfjHJ42qt/1pr/Xyt9U/TxJrfTHLzJCeUUq46y0lWcXLm9CSHJPnJXH5NmSS5QZLdo/0m8d3R9iqz\nXxrsJcxAvwgz0B5hBnZOmKGPrnDrG3R9CYtQ0iyN8v7xb46e+PyaUspDktw7yV2TvGfak6zi5MxH\nRtvLTbqUUm6eZjHgz9daL5jweIeMthuFHpiKMAP9IsxAe4QZ2DlhBjp1wGh7403e33fddiqrGGfe\nmuSiJI8opfwo85VS9kmzuG+SvHH8A6WUx5ZS7rb+QKWUGyZ5dpqK9pq5XTErRZiBfhFmoD3CDAAD\n9N40S6O8ZP2tS6WUI5McnuS/0iwYPLWluK1pFEkeOnq59pzxW5ZSnjr6+nO11hOSpNb6jVLKHyZ5\nfpLPlFLeneax2HdN8nNJPp7kZetOcWiSV5RSzkjz/PLvpKlmR6ZZu+Yva63vncfPxmoRZqBfhBlo\njzAD0zEeRniwAAAgAElEQVQ1A+3bSUNI8pQkt0tyjyT/Xkr5QJoY89NpwswPkvxarXWmv8wtRZxJ\ncrM0i/Ss2ZPmdqPbjl6/Ic1TlZIktdYXllJOS/LENKssH5BmjZk/SfLcWutF647/siQXJLlDmoWA\nrp3mUdwfSvLyWuu7Wv55WEHCDPSLMANA14QZmJuJG0Kt9ZullEOS/G6SByT55TQt5RtJ/irJ82ut\np816QRs+Npr5O+mkk/YkybUPPmS7XVkBwgz0izAD7TI1AzsnzAzbbR97nSTJkUceuZR/5177++wn\n/6r7/31flt/1skzOwCCJMtA/wgy0S5iBnRNmYPWIM9ARYQb6RZSB9gkzADCZVXxaE3ROmIF+EWag\nfcIMTMfUDKwmcQYWTJiBfhFmoH3CDExHmIHVJc7AAgkz0C/CDLRPmIHpCDOw2sQZWBBhBvpFmIH2\nCTMwHWEGEGdgAYQZ6BdhBtonzMB0hBkgEWdg7oQZ6BdhBtonzADAbMQZmCNhBvpFmIH2CTMwPVMz\nwBpxBuZEmIF+EWagfcIMTE+YAcaJMzAHwgz0izAD7RNmYHrCDLCeOAMtE2agX4QZaJ8wA9MTZoCN\niDPQImEG+kWYAQBgCPbr+gJgGYgy0D/CDMyHqRmYnqkZYDMmZ2BGwgz0jzAD8yHMwPSEGWAr4gzM\nQJiB/hFmYD6EGZieMANsR5yBKQkz0D/CDMyHMAPTE2aASYgzMAVhBvpHmIH5EGZgesIMMCkLAsMO\nCTPQL6IMzI8wAwCLYXIGdkCYgX4RZmB+hBmYjakZYCfEGZiQMAP9IszA/AgzMBthBtgpcQYmIMxA\nvwgzMD/CDMxGmAGmIc7ANoQZ6BdhBuZHmIHZCDPAtMQZ2IIwA/0izMD8CDMA0B1xBjYhzEC/CDMw\nP8IMzM7UDDALj9KGdUQZ6B9hBoA+E2aAWZmcgTHCDPSPMAPzZWoGZiPMAG0QZ2BEmIH+EWZgvoQZ\nmI0wA7RFnIEIM9BHwgzMlzADAP0hzrDyhBnoH2EG5kuYgdmZmgHaJM6w0oQZ6B9hBuZLmIHZCTNA\n28QZVpYwA/0jzMB8CTMwO2EGmAdxhpUkzED/CDMwX8IMzE6YAeZFnGHlCDPQP8IMzJcwA7MTZoB5\nEmdYKcIM9I8wA/MlzABA/4kzrAxhBvpHmIH5EmagHaZmgHnbr+sLgEUQZqBfRBmYP2EG2iHMAIsg\nzrDURBnoH2EG5k+YgXYIM8CiuK2JpSXMQP8IMwAMhTADLJI4w1ISZqB/hBlYDFMzADA84gxLR5iB\n/hFmYDGEGWiHqRlg0cQZloowA/0jzMBiCDPQDmEG6II4w9IQZqB/hBlYDGEG2iHMAF0RZ1gKwgz0\njzADiyHMQDuEGaBL4gyDJ8xA/wgzsBjCDLRDmAG6Js4waMIM9I8wA4shzADA8hBnGCxhBvpHmIHF\nEGagPaZmgD4QZxgkYQb6R5iBxRBmoD3CDNAX4gyDI8xA/wgzsBjCDLRHmAH6ZL+uLwAmJcpAPwkz\nsBjCDLRHmAH6xuQMgyDMQD8JM7AYwgwALDdxht4TZqCfhBkAhsjUDNBH4gy9JsxAPwkzsDimZqA9\nwgzQV+IMvSXMQD8JM7A4wgy0R5gB+syCwPSSMAP9I8rAYgkz0B5hBug7kzP0jjAD/SPMwGIJM9Ae\nYQYYAnGGXhFmoH+EGVgsYQYAVo84Q28IM9A/wgwsljAD7TI1AwyFOEMvCDPQP8IMLJYwA+0SZoAh\nEWfonDAD/SPMwGIJM9AuYQYYGnGGTgkz0D/CDCyWMAPtEmaAIfIobTohykA/CTOwWMIMAJCYnKED\nwgz0kzADiyXMQPtMzQBDJc6wUMIM9JMwA4slzED7hBlgyMQZFkaYgX4SZgAYOmEGGDpxhoUQZqCf\nhBlYPFMz0C5hBlgG4gxzJ8xAPwkzsHjCDLRLmAGWhTjDXAkz0E/CDCyeMAMAbEacYW6EGegnYQYW\nT5iB9pmaAZaJOMNcCDPQT8IMLJ4wA+0TZoBlI87QOmEG+kmYgcUTZqB9wgywjPbr+gJYLsIM9I8o\nA90QZqB9wgywrMQZWiPMQP8IM9ANYQYAhqGUcoskX0jyllrr0Zvsc0qSu21zqCvWWi+a9jrEGWYm\nykA/CTPQDWEG5sPUDNCWUsrBSZ6S5PpJ7pVmyZc9E3z0NUk2+4/sS2e5JnGGmQgz0E/CDHRDmIH5\nEGaAlt0oyW9lsiAz7s9rrafN4XrEGaYnzEA/CTPQDWEG5kOYAdpWaz0lowcklVLunuTkTi8ontbE\nlIQZ6CdhBrohzMB8CDPAAuya0747YnKGHRNmoJ+EGeiGMAPzIcwAPfSFUsoVkvwwydeTnJjkBbXW\nM2Y9sMkZdkSYgX4SZgAAYG5OS/L2JK9P8pIk70xyrSSPT/LpUsrtZz2ByRkmJsxAPwkz0B1TMzAf\npmaAPqm1Pmr990opByR5eZJjkrw0yaGznEOcYSLCDPSTMAPdEWZgPoQZGI59bvVjXV9CZ2qtF5ZS\nHp/kYUnuUEo5sNb6g2mP57YmtiXMQD8JM9AdYQbmQ5gBhqTWemGStSBzlVmOJc6wJWEG+kmYge4I\nMzAfwgwwNKWUG6VZe+a7tdazZzmW25rYlDAD/STMQHeEGQBYLaWUI5NcP8nf1VovHvv+FZP81ejl\n62Y9jzjDhoQZ6CdhBrojzMD8mJoBFqmUcsMkDx29PHi0vWUp5amjrz9Xaz1h9PUN08SXF5VSPpTm\nEdo/luRuSX4iyUeSHDvrNYkzXIYoA/0lzEB3hBmYH2EG6MDNkjxv7PWeJIckue3o9RuSrMWZ9yd5\ndpoYc0iSX0pyUZIvjY7x8lrrJbNekDjDjwgz0F/CDHRHmIH5EWaALtRaT8mEa/DWWv8jyf+a6wXF\ngsCMCDPQX8IMdEeYgfkRZgD2EmcQZqDHhBnojjAD8yPMAFyW25pWnDAD/STKQLeEGQBgkUzOrDBh\nBvpJmIFuCTMwX6ZmAC5PnFlRwgz0kzADwDITZgA2Js6sIGEG+kmYge6ZmoH5EWYANifOrBhhBvpJ\nmIHuCTMwP8IMwNbEmRUizEA/CTPQPWEGAOiSOLMihBnoJ2EGuifMwHyZmgHYnjizAoQZ6CdhBron\nzMB8CTMAk9mv6wtgfkQZ6C9hBronzMB8CTMAk5tLnCmlXDXJHZJcJ8kBtdY3jb33Y0kOTHJJrfU/\n5nF+hBnoM2EGuifMAAB90mqcKaVcLckLkxydZP8ku5LsSfKmsd0OTfLOJJeWUm5caz2rzWtYdaIM\n9JcoA/0gzMD8mZoB2JnW1pwppVwxyQeT/MbouF9JE2Yuo9b67iQnJ9k3ycPaOj/CDPSZMAP9IMwA\nAH3U5oLAT0hy2zRR5mdrrT+T5OJN9n3NaPvLLZ5/ZZ3+rfOEGegxYQb6QZiBxTA1A7Bzbd7W9Kuj\n7VNqrV/ZZt8Pjra3avH8K0mUgf4SZQAAgEm0GWd+Os1tTB+eYN+zR/tevcXzrxRRBvpNmIF+MTUD\ni2FqBmA6bd7WtF+a4HL+BPteJc1iwf/d4vlXhjAD/SbMQL8IM7AYwgzA9NqMM19PE1wOnmDfe4y2\nX23x/CtBmIF+E2agX4QZAGAI2owz70sTZx6/1U6llCsn+dPRy/e3eP6lZtFf6LezzjxXmIGeEWZg\ncUzNAMymzTVnXpDk0UkeX0o5LcnLxt8spexK8otJ/iLJLdPc0vSy9Qfh8kQZ6DdRBvpHmAEAhqS1\nyZla69eSPCzNujMvTvKtJPsn2VVK+VSSbyc5Mcmtk1yS5JG11rPaOv8yMi0D/SfMQP8IM7BYpmYA\nZtfmbU2ptf5Dkjsn+eck105zm1OS3CbJNUevP5PkyFrr29o897IRZaD/hBnoH2EGABiiNm9rSpLU\nWj+Z5G6llJsmOSzJ9ZPsm+bx2f9Sa/1c2+dcJqIM9J8oA/0kzMDimZoBaEfrcWZNrfW0JKfN6/jL\nSJiB/hNmAKAhzAC0p7U4U0rZN8nL06wz845a6zs32e++SUqSHyZ5fK11T1vXMGTCDPSfMAP9ZWoG\nABiyNidnfiXJY5KcleSJW+x3apJXpbnd6b1JNow4q0KUgWEQZqC/hBlYPFMzAO1qc0Hgo0fbF9da\nNy0Otdbz0zxOe1eSR7Z4foDWnXXmucIM9JgwAwAsgzbjzJ3TPEb77yfY9/+Mtoe2eH6AVoky0G/C\nDHTD1AxA+9qMM9dOsrvWevoE+34tTci5dovnB2iNMAP9JswAAMukzTjzvST7lFKuNsG+V0lzW9P3\nWzw/QCuEGeg3YQa6Y2oGYD7ajDOfTBNcygT7Pni0/XyL5weYifVloP+EGeiOMAMwP23GmTeNts8v\npdx5s51KKXdM8oLRy+NbPD/A1EQZ6D9hBgBYVm0+SvstSY5JckSSfyqlvCvJSUm+kWZ9mRslOTLN\nI7f3TfKZJK9r8fwAUxFmAGBrpmYA5qu1OFNr3V1KeUiSv0ly3yQPGv3ZyCeSPLjWelFb5weYhjAD\nw2BqBgBYZm1OzqTW+r0k9y+l3DfJw9M8Kvt6o7e/nSbKvLXZte5u89wAOyHKwHAIM9AtUzMA89dq\nnFlTa31PkvfM49gAsxJmYDiEGQBgFbS5IDBA7wkzMBzCDHTP1AzAYsxlcgagb0QZGBZhBronzAAs\nztRxppRycpILa62/NHr9+jRPZdqRWuujpr0GgEkIMzAswgwAsGpmmZy5e5Ifjr1+xBTH2JNEnAHm\nQpSB4RFmoB9MzQAs1ixx5tQkF469/tspjrHjSRuASQgzMDzCDACwqqaOM7XWw9e9/vWZrwagBcIM\nAEzP1AzA4rW2IHAp5d5J9qu1/mNbxwTYCVEGhsvUDACwytp8WtPbR9sDWzwmwESEGRguYQb6w9QM\nQDfajDP7Jrm0xeMBbEuUgWETZqA/hBmA7uzT4rHOSHJAKeVKLR4TYFPCDAybMAMA0Ggzzrwzya4k\nR7Z4TIANCTMwbMIM9IupGYButRlnjktyQZJntHhMgMs468xzhRkYOGEGAOCy2lxz5n5J/i3JXUop\nL0/y6Uk+VGt9VYvXACwxUQaGT5iB/jE1A9C9NuPMK8a+ftyEn9mTRJwBtiTKwHIQZgAANtZmnPna\nFJ/Z0+L5gSUkzADA/JiaAeiH1uJMrfWgto4FIMrA8jAxAwCwtTYXBAZohTADy0OYgf4yNQPQH61M\nzpRSrpDkZkmukuTrtdaz2jgusHqEGVgewgz0lzAD0C8zxZlSyr5J/leS30ly9bHv/2uS36+1njLT\n1QErQ5SB5SLMAABMbtbbml6V5JlJrpFk19ifOyQ5sZTysBmPD6wAYQaWizAD/WZqBqB/po4zpZRf\nTHLM6OWbk9w1yc8mKUk+kmTfJK8ppdxg1osEltNZZ54rzMASueDL5wgzAABTmOW2pkeNtsfXWh8x\n9v0vllL+IckH0gSb30ny+zOcB1hCogwsF1EGhsHUDEA/zXJb051G2xevf6PWekmSPx29vMcM5wCW\nkDADy0WYAQCYzSyTMzdIsifJv23y/idG25vMcA5giYgysHyEGRgOUzMA/TXL5MyVklw0mpK5nFrr\n95LsTnK1Gc4BLAlhBpaPMAPDIcwA9NtMj9JOMzmzlUuS7D/jOYABE2VgOQkzAADtmTXO7Cql/NRm\n743+ZIt9Umv9yozXAPSUMAPLR5SB4TE1A9B/s8aZA5J8aYv3d422G+2zK83kzb4zXgPQM6IMLCdh\nBgBgPmaNM8neADPNPpN8FhgQYQaWkzADw2RqBmAYZokzN23tKoClIMzAchJmYJiEGYDhmDrO1FrP\naPE6gAETZWB5CTMAAPPXxm1NwAoTZmA5iTIwbKZmAIZFnAGmIsrA8hJmYNiEGYDh2afrCwCGR5iB\n5SXMAAAs3lJNzpRSbpHkC0neUms9eov9HpDkSUl+Ps3jwM9McnyS59ZaL9hg//2TPCHJw5PcPMkl\nSb6Y5JW11je2/XNAnwkzsLyEGRg+UzMAO7NdRyilXDXJbyQ5Msltklw3yUVJ/l+Sv0tyXK31wlmv\nY/BxppRycJKnJLl+knulmQbas8X+T0zyoiTnJnlnku8nuXuSZya5RynliFrrxes+dnySByY5Lckb\nk+yf5P5JXl9KuVWt9Wmt/lDQQ6IMLDdhBoZPmAGYzA47wp2S/EWS7yU5NckZSa6R5D5J/jzJr5RS\nDq+1XjLLNQ0+ziS5UZLfyhZBZk0p5QZpfnnnJLl9rfXro+/vSvKWJL+a5LFJXjr2mYekCTOnJrlX\nrfWi0fevkeTjSX63lPLXtdbPtvlDQZ8IM7DchBkAaM9Fn/1mkut0fRlsbeKOkOTbSX4zyZvWekCS\nlFKukuTDSQ5Lc5fN62a5oMGvOVNrPaXWuk+tdd8kR2yz+1FpbmN65VqYGR1jT5JnjF4es+4zjxht\nnzX+D6LWem6S5ybZNbYPLJWzzjxXmIEldsGXzxFmYEmYmoF+aMIMfbeTjlBr/XSt9TXjPWD0/fOT\nvH708nazXtPg48w6u7Z5/86j7UfXv1FrPS3J2UluU0q50rrP7EnysQ2O95HR9rAdXif0nigDy02U\ngeUhzADMZLuOsJUDR9vvzHoRy3Bb007cdLQ9e5P31+bPDkrypdHCP9dOcv5GCwWP9h8/LgyeKAPL\nT5gBgPaZmlkto+VRyujlqbMeb9kmZ7Zz1TRTMN/f5P0fpKlmVxvbP9vsn7H9YdCEGVh+wgwsF1Mz\n0A/CzEp6UpqnN3241nrSrAdrfXKmlHLTNIvl3DnJ9ZJcodZ607H3H5jkAUkuTPL4Wuvutq9hAput\norzZONNO94fBEWZg+QkzANA+YWb1lFIemuQFae6mOaqNY7YaZ0opj0jyyjSL7q5Zv/rxyWlWMb56\nkrclObHNa9jGeWmCypU2ef/Asf3Gt5PuD4MjysBqEGZg+ZiaAbp2pZ/uw1OpFvu/haPu8dok/5Hk\nF2ut/9HGcVu7ramUcvskr0kTZv46ycOywcRJrfV7SV6RJpI8tK3zT+j00fYnN3n/Bkl2r+1Xaz0v\nyXeTXKuUcuVN9k+S09q8SFgUYQaWnycywXISZqAfTM2sllLKM9M8oelLSQ6rtX61rWO3uebM7ybZ\nN8mLaq0Pr7UenyZ0bORto+0vtHj+Saw9Xelyj8oqpdw8zWLAn1+3+O9H0vxcd9/geHcZbTd6khP0\nlkdkw2oQZQBgfoSZ1VFKOaCU8qYkf5zkA0l+odb69TbP0WacuVuaW5heNsG+Xxxtb9Ti+Sfx1iQX\nJXlEKWVt6iWllH2S/Mno5RvXfebNo+1TSyn7j33mGkl+L83P/Ka5XTG0TJSB1SDMwPIyNQPdE2ZW\nx6gdnJrk15O8JMkv1Vo3e2jQ1Npcc+Y6aULFGRPse9Fo35kX1C2l3DB7b486eLS9ZSnlqaOvP1dr\nPSFJaq3fKKX8YZLnJ/lMKeXdSc5PctckP5fk41kXl2qttZRydJL7J/l8KeWDSfZPct8kP57kuFrr\nJ2f9OWARhBlYDcIMLC9hBmB2O+kIaQY57pDkq2laxnNLKdnAy2utUy950mac+X6Sa47+fGebfW+W\nJsy08V+PN0vyvLHXe5IckuS2o9dvSLL2S02t9YWllNOSPDHJA9OskXN6ml/4c2utF21wjoeM9j86\nycOTXJrkC0meUWt9Qws/A8yVKAOrQ5gBgPkyNbMUdtIRdo3ePzjNci4b2ZPknZlhPdo248ynktwj\nzTos/7DNvo8ZbT8x60lrradkh7dn1VrfnuTtO9j/4jSPyXrBji4OekCYgdUgysDyMzUD3RNmlsNO\nOkKt9Zgkx8z1gtLumjNra7U8Z7Qey4ZGtwg9efTyzZvtB8zGor+wOoQZWH7CDHRPmGGe2pyc+Zs0\nt/3cM8m/lFJemtGaMqWUByS5aZIHZe8Tjt5fa31ni+cHRkQZWB3CDADA8LU2OVNr3ZNmbZa3pbkX\n60VpFs7dleYWohdmLMwkOaqtcwMN0zKwWoQZWA2mZqB7pmaYtzYnZ1JrPT9JKaUckeSRSQ5Lcv0k\n+6ZZ/PcTSd5ca31Hm+cFTMvAqhFmYDUIM9A9YYZFaDXOrKm1fjDJB+dxbODyhBlYLcIMACyGMMOi\ntHZbUynlulN85vFtnR9WkduYYLVc8OVzhBlYIaZmAFZHm09r+lAp5YaT7FhK2VVKeWGSl7R4flgp\nogysFlEGVoswA90zNcMitRlnbp7kn0spN99qp1LKFZPUNI/T3tXi+WElmJaB1SPMAMBiCTMsWptx\n5mNJbpzk1FLKrTfaoZRynSQnJ3lwkj1J/rDF88PSE2Vg9QgzsHpMzUC3hBm60GacOTLJe5JcL8nJ\npZRDx98spfxUko8muVOSHyZ5aK31z1o8Pyw1YQZWjzADq0eYAVhNrcWZWusPkjwwyZuSXDPJ+0eP\n1E4p5a5pwsxN0zxS+4haa23r3LDM3MYEq0mYAYDFMzVDV9qcnEmt9ZIkxyR5QZKrJHl3KeX5SU5M\nE2y+nOTQWuvH2jwvLCtRBlaPJzLB6jI1A90SZujSfm0fsNa6J8nTSinfShNpfnf01slJHlxr/V7b\n54RlI8rAahJlAKAbwgxda3VyZlyt9S+SPDzJpUkuSfIUYQa2J8zAahJmYLWZmgFYbVNNzpRS7p3m\naUvbOSfJS5M8Mc0aNI9Pct74DrXW909zDbCMhBlYTcIMrDZhBrplaoY+mPa2pvdmsjiTJLtG2+sk\nqWOf2zX6et8prwGWhigDq0uYAYDuCDP0xSxrzuzafpdtPzftMWBpCDOwmkQZIDE1A10SZuiTqeJM\nrXVua9XAqhBlYHUJM0AizACwl8gCHRBmYHUJMwDQPVMz9E3rj9IGNifKwGoTZoA1pmagO8IMfWRy\nBhZEmIHVJswAa4QZANabenKmlHJykgtrrb80ev36TP4Epx+ptT5q2muAoRBmYLUJMwDQD6Zm6KtZ\nbmu6e5Ifjr1+xBTH2JNEnGFpiTKw2kQZYD1TM9AdYYY+myXOnJrkwrHXfzvFMXY8aQNDIczAahNm\ngPWEGeiOMEPfTR1naq2Hr3v96zNfDSwBUQYQZgAA2InWFgQupdy7lHK/to4HQyTMAMIMsBFTM9Ad\nUzMMQZuP0n77aHtgi8eEwRBmAGEG2IgwA90RZhiKNuPMvkkubfF4MAiiDJAIMwDQN8IMQ9LabU1J\nzkhyQCnlSi0eE3pNmAEu+PI5wgywKVMzAEyizTjzziS7khzZ4jGhl84681xhBhBlgC0JM9AdUzMM\nTZtx5rgkFyR5RovHhN4RZYBEmAGAvhJmGKI215y5X5J/S3KXUsrLk3x6kg/VWl/V4jXA3IgywBph\nBtiOqRnohjDDULUZZ14x9vXjJvzMniTiDL0nzABrhBlgO8IMADvVZpz52hSf2dPi+WEuhBkgEWUA\noO9MzTBkrcWZWutBbR0L+kCUAdYIM8CkTM1AN4QZhq7NBYFhaQgzwBphBgD6TZhhGbQ2OVNKOTbJ\nxbXW50yw7yFJfiXJ52qt/6eta4BZiTLAOGEG2AlTMwBMq83JmWOT/NGE+166w/1h7oQZYJwwA+yE\nMAPdMDXDsujqtqZ/H21v2tH54TKEGWCcMAMA/SfMsEzafFrTTlx7tD2go/NDElEGuCxRBpiGqRlY\nPGGGZbPQOFNK2T/JIUn+9+hbX13k+WGcMAOME2aAaQgzALRh6jhTStmdZM+6b1+xlHLpBB/fNdq+\nbNrzw7REGWA9YQYAhsPUDMto1smZXRN+b73/SvL8WusrZzw/7IgwA6wnzADTMjUDiyfMsKxmiTP3\nGm33pAky709ycZL7ZvNAc0mSc5J8udY6yYQNtEKUATYizADTEmZg8YQZltnUcabWetL461LKqUku\nrLV+YOarghYJM8B6ogwAAH3S2oLAtdbD2zoWtEWYAdYTZoBZmZqBxTM1w7Jb2NOaSinXSnJ+rfWi\nRZ2T1SXKABsRZoBZCTOweMIMq2CmOFNKOSbJVZOcV2t9/QbvXynJsUkem+RqSS4tpZyY5Gm11i/M\ncm7YjDADbESYAYDhEWZYFftM+8FSyk2SvDbJi5IcuMlur0nytCRXT7NI8H5J7pPkY6WUX5j23LCR\ns848V5gBNiTMAG0wNQPAvEwdZ5Lcf7T9RpJXrH+zlHL3JA8bvfznJL+a5MFJTkxy5SR/M5qsgZmJ\nMsBmhBmgDcIMLJ6pGVbJLLc13XW0fWOtdfcG7z9ytD0ryX1qrf+dJKWUdyX5cJI7JnlEklfOcA0g\nzAAbEmUAYLiEGVbNLJMzPzfanrTJ+/cabf9uLcwkSa310iR/MXr5gBnOz4pzGxOwGWEGaJOpGVgs\nYYZVNEucuX6SPUk+t/6NUsr1Ru8nzZTMemvfu80M52eFiTLAZoQZoE3CDACLMMttTVdOsrvW+l8b\nvHfr0XZPkn/d4P1vjd77/9u783BbroLO+z9uCAEUCC1zaEh4BZEwz0NAhhjQprH1YQk0syIQI8KL\nQ7cihMCLDQioNCBEW0OEMCxepUEQULRFSYDIIJgYFDNBQEhImDJCkv6j6piTkzPss8+u2lW1P5/n\nuU/ds6v2rnVzK3Xv+d5VVTfew/5ZQaIMsB1hBgDGzawZVtVeZs5clGRfKeUGm6xbizPfqrWevcn6\na6d5ehPMTJgBtiPMAItm1gz0S5hhle0lzpyRJrDceZN1D2iXp2zx3tu0y2/tYf+sCPeWAXYizADA\nuAkzrLq9xJm/apfPWf9iKeUmSR7Vfvl/tnjvj7TL0/ewf1aAKANs5+LTzhVmgE6YNQNAn/Zyz5k3\npQkzjyulnJXkzUlukeRlSa6f5Iokf7zFe0u7/Mwe9s/ECTPAdkQZoCvCDPTLrBnYw8yZWuvnkxyT\n5tKm/5bmEqYP56pLml7fbnM1pZS7JvnRNDcE/uC8+2e6XMYE7ESYAYBpEGagsZfLmlJr/f+S/EqS\nb6eJNNdKckmSVyR5/sbtSyn70sy4SZJvJPnzveyf6RFlgJ0IM0CXzJqB/ggzcJW9XNaUJKm1vrqU\n8g685TQAACAASURBVIYkd0oTZ06ptV68xeY/kCbOvCnJ2bXWS/e6f6ZBlAFmIcwAXRJmAFiWPceZ\nJGljzCdn2O7cJMctYp9MhzAD7ESUAbomzEC/zJqBq1tInIF5iDLALIQZoGvCDPRLmIFrEmfonSgD\nzEKUAbomykC/RBnYmjhDb0QZYBaiDNA1UQb6J8zA9sQZOifKALMSZoCuCTPQP2EGdibO0BlRBpiV\nKAN0TZSB/okyMDtxhoUTZYBZiTJA10QZWA5hBnZHnGFhRBlgN4QZoGvCDCyHMAO7J86wZ6IMsBui\nDNA1UQaWR5iB+YgzzE2UAXZDlAG6JsrA8ogysDfiDLsmygC7JcwAXRNmYHmEGcaqlPKEJM9Oco8k\n+yf5QpJ3JXlVrfXCPscizrArwgywG6IM0DVRBpZLmGGMSin7khyX5ElJ/i3Ju5NcnOShSY5O8thS\nymG11m/2NSZxhpmIMsBuCTNAl0QZWC5RhpH72TRh5qQkR6zNkiml7JfkNUmek+TlSY7sa0D7+toR\n4/SVs74hzAC7cvFp5wozQKeEGVguYYYJeGK7PGb95Uu11suT/GqSC5I8rZRy3b4GJM6wKVEG2C1R\nBujaFaecJ8zAkgkzTMQtk1yZ5IyNK2qtlyb5WJIDktyrrwG5rImrEWSAeYgyQJcEGRgGYYYJOSfJ\n7ZPcNcm/bLL+/HZ5s74GJM6QRJQB5iPKAF0SZWAYRBkm6Lg0N/99Qyll/yQfSHJRklsleXiSB7Xb\nHdDXgMSZFSfKAPMQZYCuCTMwDMIMU1RrPb6UckiSFyQ5YcPqC5Jcsu7nvRBnVpQoA8xLmAG6JMrA\ncAgz7OSWtz1w2UNILpzvz41a6zGllOOSPDLNPWguSXOJ0weTnJjkFklOW8wgdybOrBhRBpiXKAN0\nSZSB4RBlWBW11rOSHLv+tVLKQUnukuTMdn0vxJkVIcoA8xJlgK4JMzAcwgzk6HZ57LZbLZg4M3Gi\nDLAXwgzQJVEGhkWYYZWVUq6d5NeTPCPJKUle0+f+xZmJEmWAvRBlgC6JMjA8wgyrppRyZJr7zZyd\n5MAkD0tyUJJPJnl0rfWyPscjzkyMKAPshSgDdE2YgWERZVhhFyd5RJL9k5yX5NNpZs68pdZ6Zd+D\nEWcmQpQB9kqYAbokysDwCDOsslrrcUmOW/Iw/p04M3KiDLBXogzQJVEGhkmYgWERZ0ZKlAH2SpQB\nuibMwPCIMjBM4swICTPAXgkzQJdEGRgmYQaGS5wZEVEG2CtRBuiSKAPDJczAsIkzIyDKAHslygBd\nE2ZguIQZGD5xZsBEGWARhBmgS6IMDJcoA+MhzgyQKAMsgigDdEmUgWETZmBcxJkBEWWARRBlgK4J\nMzBswgyMjzgzAKIMsCjCDNAlUQaGTZSB8RJnlkyYARZBlAG6JMrA8AkzMG77lj0AAPZGmAG6JMzA\n8AkzMH5mzgCMlCgDdEmUgXEQZmAaxBmAkRFlgC6JMjAOogxMizgDMCLCDNAVUQbGQ5iB6RFnAEZA\nlAG6JMzAeAgzME3iDMCAiTJAl0QZGBdhBqZLnAEYKGEG6IooA+MiysD0iTMAAyPKAF0SZmBchBlY\nDeIMwECIMkCXRBkYH2EGVoc4AzAAwgzQFVEGxkeUgdUjzgAskSgDdEmYgfERZmA1iTMASyDKAF0S\nZWCchBlYXeIMQM+EGaArogyMlzADq02cAeiJKAN0SZiBcRJlgEScAeicKAN0SZSB8RJmgDXiDECH\nhBmgK6IMjJswA6wnzgB0QJQBuiTMwHiJMsBmxBmABRJlgC6JMjBuwgywFXEGYEGEGaArogyMnzAD\nbEecAdgjUQbokjAD4yfMADsRZwDmJMoAXRJlYPxEGWBW4gzAHIQZoCuiDEyDMAPshjgDsAuiDNAl\nYQamQZgBdkucAZiRMAN0RZSBaRBlgHmJMwA7EGWArogyMB3CDLAX4gzAFkQZoEvCDEyHMAPslTgD\nsAlhBuiKKAPTIswAiyDOAKwjygBdEWVgWkQZYJHEGYCIMkB3RBmYHmEGWLR9yx4AwLIJM0BXhBmY\nHmEG6IKZM8DKEmWArogyMD2iDNAlcQZYOaIM0BVRBqZJmAG6Js4AK0OUAbokzMA0CTNAH8QZYPJE\nGaBLogxMlzAD9EWcASZLlAG6JMrAdIkyQN/EGWByRBmga8IMTJcwAyyDOANMhigDdE2UgWkTZoBl\nEWeA0RNlgK6JMjBtogywbOIMMFqiDNAHYQamTZgBhkCcAUZHlAH6IMrA9AkzwFCIM8BoiDJAH0QZ\nWA3CDDAk4gwweKIM0BdhBqZPlAGGSJwBBkuUAfoiysBqEGaAoRJngMERZYC+iDKwOoQZYMjEGWAw\nRBmgT8IMrAZRBhgDcQZYOlEG6JMoA6tDmAHGQpwBlkaUAfokysBqEWaAMRFngN6JMkDfhBlYLcIM\nMDbiDNAbUQbomygDq0WUAcZKnAE6J8oAfRNlYPUIM8CYiTNAZ0QZYBmEGVg9wgwwduIMsFCCDLAs\nogysJmEGmAJxBlgIUQZYFlEGVpMoA0yJOAPsiSgDLIsoA6tLmAGmRpwB5iLKAMskzMDqEmaAKRJn\ngF0RZYBlEmVgdYkywJSJM8BMRBlgmUQZWG3CDDB14gywLVEGWDZhBlabMAOsAnEG2JQoAyybKAMI\nM8CqEGeAqxFlgGUTZQBRBlg14gyQRJQBhkGYAYQZYBWtbJwppTwhybOT3CPJ/km+kORdSV5Va71w\nw7b/J8lDdvjI69ZaL+tgqNApUQYYAlEGSIQZoH+llBsm+fkk/znJHZIcmOQbSR5Sa/2nvsaxcnGm\nlLIvyXFJnpTk35K8O8nFSR6a5Ogkjy2lHFZr/eYmb/+DNL9Jm7l84YOFDokywBCIMkAiygDLUUp5\nUJI/TXKTJCclqUm+m+S2Sa7V51hWLs4k+dk0YeakJEeszZIppeyX5DVJnpPk5UmO3OS9L6+1nt7X\nQKELogwwFMIMkAgzwHKUUu6Q5INJvpKmDXxmmePZt8ydL8kT2+Ux6y9fqrVenuRXk1yQ5GmllOsu\nY3DQlYtPO1eYAQbhilPOE2aAJMIMsFSvTzM75pHLDjPJas6cuWWSK5OcsXFFrfXSUsrHkvxYknsl\n+eiGTXqd1gSLIMgAQyHIAOsJM8CytLNmHpHkj5NcWEp5ZppLmb6T5F+S/Fmt9ZI+x7SKceacJLdP\nctc0/9E3Or9d3myTdaeUUq6T5JIkX0zyF2luIHxmB+OEPRFlgCERZoA1ogwwAD/SLu+TZuLGxitn\nvlhK+cla66f6GtAqxpnj0tz89w2llP2TfCDJRUluleThSR7UbnfAuvecnuTrSb6W5LIkN09T2X4+\nyZNKKYfXWv++j8HDTkQZYEhEGWA9YQYYiDu0y+8keXqaq2b+LcltkvxSmnvQvr+Ucsda61YPBVqo\nlYsztdbjSymHJHlBkhM2rL4gzayYtZ+vvednNn5OKeWAJG9I8xv5uiT372TAMCNRBhgSUQbYSJgB\nBuRG7fJ1tdZ3rHv99CRHlVIOTnO7k8cleVMfA1rFGwKn1npMmkubnp3kmCS/luSxaSrZeWnuSXPa\nDp9xaZqZM5ckuU8p5fpdjhm24ka/wNAIM8B6l332HGEGGJrL2uVW38d/oF0e2sNYkqzgzJk1tdaz\nkhy7/rVSykFJ7pLkzHb9Tp9xaSnlojSXQH1/msujoBeCDDA0ogywkSgD03bILW6w7CHk6/8619vW\nTk4Hb7G+94ksKxtntnB0uzx2261apZT/mOQ/JPl6rfVrnY0KWoIMMESiDLAZYQYYsI+0y/+U5L9v\nsv5u7fJz/QxnRS9r2qiUcu1SyouSPCPJKUles27d4aWUJ7c3D17/nuvmqmvP/rC3wbKSXLoEDJUw\nA2xGmAGGrNb60ST/kOTQUsqL168rpdwvyZPSPBToHdd8dzdWcuZMKeXIJI9McnaSA5M8LMlBST6Z\n5NG11svWbX7rNPHlt0spf5vmEdo3SfKQNE94OjFXzbiBhRJkgKESZYDNiDLAiDw5zQyaF5VSHpPk\nE2m6wKPS3Fv28bXWb/U1mFWdOXNxmkdhPzPN47M/k+SpSe5ba/3qhm0/lORlaWbU3CPJz6WZ+vSl\nJM9L8tBa6yWBBTJTBhiqK045T5gBNiXMAGNSa/3HJHdP8vtpJmD8TJJ7J3l7knvVWj/c53hWcuZM\nrfW4JMfNuO2Xk7ywy/HAGkEGGDJRBtiKMAOMUa317CTPWvY4khWNMzA0ogwwZKIMsBVRBmAxxBlY\nIlEGGDJRBtiOMAOwOOIMLIEoAwydMANsR5gBWCxxBnokygBDJ8oAOxFmABZPnIEeiDLAGAgzwHZE\nGYDuiDPQIVEGGANRBtiJMAPQLXEGOiDKAGMgygCzEGYAuifOwAKJMsBYCDPATkQZgP6IM7AAogww\nFqIMMAthBqBf4gzsgSgDjIUoA8xKmAHonzgDcxBlgDERZoBZCTMAyyHOwC6IMsCYiDLArEQZgOUS\nZ2AGogwwJqIMsBvCDMDyiTOwDVEGGBthBtgNYQZgGMQZ2ECQAcZIlAF2Q5QBGBZxBlqiDDBGogyw\nW8IMwPCIM6w8UQYYK2EG2C1hBmCYxBlWligDjJUoA8xDmAEYLnGGlSPKAGMlygDzEGUAhk+cYWWI\nMsCYCTPAPIQZgHEQZ5g8UQYYM1EGmIcoAzAu4gyTJcoAYybKAPMQZQDGSZxhckQZYOyEGWAewgzA\neIkzTIYoA4ydKAPMQ5QBGD9xhtETZYCxE2WAeYgyANMhzjBaogwwBcIMMA9hBmBaxBlGR5QBpkCU\nAeYhygBMkzjDaIgywBSIMsC8hBmA6RJnGDRBBpgSYQaYhygDMH3iDIMjyABTI8oA8xJmAFaDOMMg\nCDLAFIkywLxEGYDVIs6wVKIMMEWiDLAXwgzA6hFn6J0gA0yVKAPshSgDsLrEGXohyABTJsoAeyXM\nAKw2cYbOCDLAKhBmgL0QZQBIxBk6IMoAq0CUAfZKmAFgjTjDQggywKoQZYBFEGYAWE+cYW6CDLBK\nRBlgEUQZADYjzrArggywakQZYFGEGQC2Is4wE1EGWDWiDLAoogwAOxFn2JIgA6wqYQZYFGEGgFmI\nM1yNIAOsMlEGWBRRBoDdEGcQZICVJ8oAiyTMALBb4swKE2WAVSfKAIskygAwL3FmxQgyAKIMsHjC\nDAB7Ic6sAEEGoCHKAF0QZgDYK3FmogQZgKsTZoBFE2UAWBRxZmJEGYCrE2WALggzACySODMBggzA\nNYkyQBdEGQC6IM6MlCADsDlRBuiKMANAV8SZERFkALYmygBdEWUA6Jo4MwKiDMDWRBmgS8IMAH0Q\nZwZKkAHYnigDdEmUAaBP4syACDIAsxFmgC4JM8C8zjrz1CTJ/XP3JY+EsRFnlkyQAZidKAN0TZgB\n5rUWZmAe4gwAgyfKAF0TZYB5iTIsgjgDwGCJMkAfhBlgXsIMiyLOADA4ogzQB1EGmJcow6KJMwAM\nhigD9EWYAeYlzNAFcQaAQRBmgD6IMsC8RBm6JM4AsFSiDNAXYQaYhyhDH8QZAJZClAH6JMwA8xBm\n6Is4A0CvRBmgT6IMMA9Rhr6JMwD0QpQB+ibMAPMQZlgGcQaATokyQN9EGWAeogzLtG/ZAwBguoQZ\noG/CDDAPYYZlM3MGgIUTZYC+iTLAPEQZhkKcAWBhRBlgGYQZYB7CDEMizgCwZ6IMsAyiDDAPUYYh\nEmcAmJsoAyyLMAPMQ5hhqMQZAHZNlAGWSZgBdkuUYejEGQB2RZgBlkWUAeYhzLCZUsqjkjw2yf2S\nHJLkgCQXJDkpyR/VWt/d53g8ShuAmVxxynnCDLA0wgywW2edeaoww3b+IMmTk5yX5Pgkr0/y8SRH\nJPmTUsqL+xyMmTMAbEuQAZZJlAHmIcowg19N8sFa69fXv1hK+dEkH0zy3CQv7msw4gwAmxJlgGUT\nZoDdEmWYVa31hC1WndYuv9bXWBJxBoANRBlg2UQZYB7CDHtRSrlxknsneVmSbyc5ss/9izMAJBFl\ngGEQZoDdEmXYq1LKN5LcsP3yrUl+stba6x9IbggMgDADLN1lnz1HmAF2xQ1/WaDXJjk2zZOanpjk\n+FLKQX0OwMwZgBUmygBDIMoAuyXKsEi11het/byU8l+S/EmStyd5cF9jMHMGYAV5LDYwFMIMsBtm\ny9C1Wuu7k/xLkgeVUu7Q137NnAFYIYIMMBSiDLBboszw3Pqm37fsIeTr/9rNxya5fZIbd/LpmxBn\nAFaAKAMMiTAD7IYoQ59KKddL8kNJrkxyZl/7FWcAJkyUAYZElAF2S5ihC6WURyR5QJLX1Vq/se71\nfWluDnzjJB+otX61rzGJMwATJMoAQyPMALshytCx70/ykiQvKKX8XZJ/TvMo7cOS3DbJ6Ume0eeA\nxBmAiRFmgCERZYDdEmbowd8keV6SRyS5W5qnMl2e5AtJXprk1bXWb/U5IHEGYCJEGWBohBlgN0QZ\n+tJeyvTa9scgiDMAIyfKAEMkzAC7Icyw6sQZgJESZYAhEmWA3RBloCHOAIyMKAMMlTAD7IYwA1cR\nZwBGQpQBhkqUAXZDlIFr2rfsAQCwM2EGGCphBtgNYQY2Z+YMwICJMsBQiTLAbogysD1xBmCARBlg\nyIQZYFaiDMxGnAEYEFEGGDJRBtgNYQZmJ84ADIAoAwydMAPMSpSB3RNnAJZIlAHGQJgBZiXMwHzE\nGYAlEWaAoRNlgFmJMrA34gxAz0QZYAyEGWBWwgzsnTgD0BNRBhgDUQaYlSgDiyPOAHRMlAHGQpgB\nZiXMwGKJMwAdEWWAsRBlgFmJMtANcQZgwUQZYEyEGWBWwgx0R5wBWCBhBhgLUQaYlSgD3RNnABZA\nlAHGRJgBZiXMQD/EGYA9EGWAsRFmgFmIMtAvcQZgDqIMMDaiDDArYQb6J84A7IIoA4yRMAPMQpSB\n5RFnAGYgygBjJMoAsxJmYLnEGYBtiDLAWAkzwCxEGRgGcQZgC8IMMEaiDDALUQaGRZwB2ECUAcZK\nmAFmIczA8IgzAC1RBhgrUQaYhSgDwyXOACtPlAHGTJgBZiHMwLCJM8DKEmWAsRNmgJ2IMjAO4gyw\nckQZYOxEGWAWwgyMhzgDrAxRBpgCYQbYiSgD4yPOAJMmyABTIcoAsxBmYJzEGWByBBlgaoQZYCei\nDIybOANMgiADTJEoA8xCmIHxE2eAURJjgKkTZoCdiDIwHeIMMBqCDLAqhBlgJ8IMTIs4AwyaIAOs\nElEG2IkoA9MkzgCDI8gAq0iYAXYizMB0iTPAIAgywKoSZYC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+       "text": [
+        "<matplotlib.figure.Figure at 0x10ffc7c10>"
+       ]
       }
      ],
      "prompt_number": 21
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Plot the value of the Asian call in (volatility, strike) space."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "plt.figure()\n",
       "plt.contourf(sigma_vals, strike_vals, prices['acall'])\n",
       "plt.axis('tight')\n",
       "plt.colorbar()\n",
       "plt.title(\"Asian Call\")\n",
       "plt.xlabel(\"Volatility\")\n",
       "plt.ylabel(\"Strike Price\")"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
+       "metadata": {},
        "output_type": "pyout",
        "prompt_number": 22,
        "text": [
-        "<matplotlib.text.Text at 0x1088bf150>"
+        "<matplotlib.text.Text at 0x11009b3d0>"
        ]
       },
       {
+       "metadata": {
+        "png": {
+         "height": 407,
+         "width": 562
+        }
+       },
        "output_type": "display_data",
-       "png": 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HpFmb5k9qre+cxXdjHzEGmJYYA6tNjAHGIcYwzDgNIc3kjTsn+UKaCR4nlFKy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\nPY495r2BPjrggAPulOTIJD+f5MZJvpjkj5I8s9b6o5Xrn3r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+       "text": [
+        "<matplotlib.figure.Figure at 0x10ffc7210>"
+       ]
       }
      ],
      "prompt_number": 22
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Plot the value of the European put in (volatility, strike) space."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "plt.figure()\n",
       "plt.contourf(sigma_vals, strike_vals, prices['eput'])\n",
       "plt.axis('tight')\n",
       "plt.colorbar()\n",
       "plt.title(\"European Put\")\n",
       "plt.xlabel(\"Volatility\")\n",
       "plt.ylabel(\"Strike Price\")"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
+       "metadata": {},
        "output_type": "pyout",
-       "prompt_number": 14,
+       "prompt_number": 23,
        "text": [
-        "&lt;matplotlib.text.Text at 0x106d34150&gt;"
+        "<matplotlib.text.Text at 0x1109ef450>"
        ]
       },
       {
+       "metadata": {
+        "png": {
+         "height": 407,
+         "width": 573
+        }
+       },
        "output_type": "display_data",
-       "png": 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lypUrhIWFUVBQQFRUFA6Hg7S0NABSUlIoKiri/PnztGjRouYJOijaFKZgidD+JP1+079b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\n2Gbc2udPP6Yd42z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l7FHOjD2SloKhJzPGHuXGdXukOcYelcrYo5w53SOpboaeDHkpl3Jk7JESY49K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\n4dkPdTKjCz1JfiNN5Hl/khPXpndKKVdI8uwkj0ryJ0lO3uS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+       "text": [
+        "<matplotlib.figure.Figure at 0x1109e0310>"
+       ]
       }
      ],
-     "prompt_number": 14
+     "prompt_number": 23
     },
     {
      "cell_type": "markdown",
      "metadata": {},
      "source": [
       "Plot the value of the Asian put in (volatility, strike) space."
      ]
     },
     {
      "cell_type": "code",
      "collapsed": false,
      "input": [
       "plt.figure()\n",
       "plt.contourf(sigma_vals, strike_vals, prices['aput'])\n",
       "plt.axis('tight')\n",
       "plt.colorbar()\n",
       "plt.title(\"Asian Put\")\n",
       "plt.xlabel(\"Volatility\")\n",
       "plt.ylabel(\"Strike Price\")"
      ],
      "language": "python",
      "metadata": {},
      "outputs": [
       {
+       "metadata": {},
+       "output_type": "pyout",
+       "prompt_number": 24,
+       "text": [
+        "<matplotlib.text.Text at 0x1109e3b10>"
+       ]
+      },
+      {
+       "metadata": {
+        "png": {
+         "height": 407,
+         "width": 562
+        }
+       },
        "output_type": "display_data",
-       "png": 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Mm2ArQhlWZ3jejIAGGEc4A8xDOAPMQzjDOuvjoF8WxFBgYC8GAgPzMBAYmIeh\nwKwjTRk6Z2kTsBfNGWAew8GM9gwwLc0Z1ommDAujOQPsRXMGmJf2DDArzRnWgaYMC6c5A+xlOJjR\nngFmYe4MMCvNGVZJKMPSGAoMTMLSJmAewhlgVsIZVkEow0pozwB7Ec4A8xDOALMaXtIkoGHRzJRh\npcydAfZi7gwwDzNngHmYO8OiCWVYC8IZYC/CGWAewhlgHsIZFkUow1oRzgB7Ec4A8xDOAPMQztA1\nM2VYS4YCA3sxcwaYh5kzwDwMBd4epZTrJvlYktNqrafsct49kzw6yY2SHJ7kU0lemeSZtdZvzXp/\noQxrz1BgYDe20wbmIZwB5iGc2UyllBOSPCbJ1ZLcMc0qogO7nP+oJM9N8pUkpyf5WpKTkzw5ye1L\nKbertX53lmcRyrAxhDPAXrRngFkJZ4B5CGc2ztWT/Hx2CWIGSinHJHlGki8l+aFa62fan+9LclqS\n+yZ5RJLnz/IgZsqwccydAfZi7gwwKzNngHmYObMZaq1n1FoPqbUemuR2e5x+vzTLlV44CGTaaxxI\n8sT25UNnfRahDBtLOAPsRTgDzEo4A9Ab+/Z4/5bt8d0736i1npXki0luWEq5zCw3t3yJjWcoMLAX\ny5qAWVnWBNB7x7fHcf8g+dkkV0lyXJJ/mfbimjJsFe0ZYDeaM8CsNGcAeuvINLNnxjUAvpmmbTPT\nv4gKZdhKwhlgN8IZYFbCGYDeumDMz/da/rQry5fYanZsAnZjWRMwK8uaANKXocZfTxO8XHbM+0cM\nnTc1oQy9YO4MsJvh1oyABpiGcAZg652d5MZJrpnRM2OOSXJRe97ULF+idyxtAnZjaRMwC8uaALbW\nu9rjJbbOLqVcJ82Q34/WWr81y8WFMvSWcAbYjXAGmMUgnBHQAGyNVyU5P8mppZTvrdcqpRyS5Ont\ny5fOenHLl+g9c2eA3Zg7A8zK0iaA9VRKOTbJ/duXJ7THk0opj2u//0it9c1JUms9t5Tya0l+K8mH\nSymvT3JeklsnuUGS9yZ5wazPIpSBlnAG2I1wBpiVcAZg7Vw7ybOGXh9IMzfmJu3rP03y5sGbtdbn\nlFLOSvKoJPdKcniaGTJPT/LMWuv5sz6IUAZ2MBQY2I1wBpiVcAZgPdRaz8iU41xqra9N8tqun8VM\nGdiFuTPAOGbOALMycwaAAU0ZmIClTcA4ttMGZqU5A4CmDExBcwbYjfYMMAvNGYD+EsrADIQzwG6E\nM8AshDMR5muJAAAgAElEQVQA/WP5EszBUGBgN4YCA7OwrAmgPzRloCPaM8A4mjPALDRnALafUAY6\nJpwBxhHOALMQzgBsL6EMLIhwBhhHOAPMQjgDsH3MlIEFs502MI7ttIFZmDkDsD2EMrAkhgIDuzEU\nGJiWcAZg81m+BCtgaRMwjqVNwLQsawLYXEIZWCHhDDCOcAaYlnAGYPMIZWANCGeAcYQzwLSEMwCb\nw0wZWCOGAgPjmDkDTGs4mDF3BmA9CWVgDRkKDIwjnAFmYSgwwHqyfAnWnKVNwCiWNQGzsLQJYL1o\nysCGsLQJGGU4mNGeASalOQOwHjRlYMNozgDjaM8A09KcAVgtTRnYUJozwDjmzgDTMhQYYDWEMrDh\nDAUGxhHOALOwtAlgeSxfgi1iaRMwimVNwCwsbQJYPKEMbCHhDDCKcAaYhXAGYHEsX4ItZu4MMIpl\nTcAszJ0B6J5QBnrA3BlgFNtpA7MydwagG5YvQc9Y2gSMYmkTMAtLmwDmI5SBnhLOAKMIZ4BZCGcA\nZiOUgZ4TzgCjCGeAWQhnAKZjpgyQxFBgYDRDgYFZGAoMMBmhDHAxhgIDowhngFkZCgwwnuVLwFiW\nNgE7WdYEzMrSJoBLEsoAexLOADsJZ4BZCWcADrJ8CZiYuTPATsPBjKVNwDTMnQHQlAFmoDkDjKI9\nA8xKewboK00ZYGaGAgOjGAoMzMpQYKBvNGWATmjPADtpzgCz0pwB+kIoA3RKOAPsJJwBZiWcAbad\n5UvAQhgKDOxkWRMwK0OBgW2lKQMslOYMsJPmDDAP7Rlgm2jKAEthKDCwk+YMMA9DgYFtoCkDLJ32\nDDBMcwaYh+YMsMk0ZYCVMXcGGKY5A8zD3BlgE2nKACunOQMM05wB5qU9A2wKoQywNoQzwDDhDDAv\n4Qyw7ixfAtaOocDAMMuagHkZCgysK00ZYK1pzwADmjPAvDRngHWjKQNsBEOBgQHNGWBehgID60JT\nBtgomjPAgOYM0AXtGWCVNGWAjWTuDDCgOQN0wdwZYBU0ZYCNpz0DJJozQDc0Z4Bl0pQBtoa5M0Ci\nOQN0w9wZYBk0ZYCtozkDJJozQHe0Z4BF0ZQBtpbmDJDkYsGM9gwwD3NngK4JZYCtZygwMGBpE9AF\n4QzQFcuXgF6xtAlILG0CumFZEzAvTRmglyxtAhLNGaAbhgIDs9KUAXpNcwZINGeA7mjPANMQygBE\nOAM0hDNAV4QzwCSEMgBDhDNAIpwBuiOcAXZjpgzACGbOAImZM0B3zJ0BRtGUAdiF5gyQaM4A3dKe\nAQaEMgATEM4AiXAG6JZwBhDKAExBOAMkwhmgW8IZ6C8zZQBmMBzMmDsD/WXmDNClQTBj5gz0h1AG\nYE6GAgPCGaBLhgJDf1i+BNARS5sAy5qArlnaBNtNKAPQMeEMIJwBuiacge0klAFYEOEMIJwBuiac\nge1ipgzAgpk5A5g5A3TN3BnYDpoyAEuiOQNozgCLoD0Dm0soA7BkwhlAOAMsgnAGNo9QBmBFhDOA\ncAZYBOEMbA6hDMCKCWcA4QywCMIZWH8G/a7YcUfvz9mfN/wTMBAYMBAYWAxDgWF9LSSUKaUcmeRm\nSa6S5PBa68uG3rtykiOSXFBr/fdF3H/TCGaAYcIZQDgDLMogoBHOwHrodPlSKWV/KeWPknwpyVuT\nnJbkJTtOu0WSc5J8qpRytS7vv8mOO3p/jjva8gXgIMuaAMuagEWxrAnWQ2ehTCnlMknenuSn2+t+\nIsmBnefVWl+f5B1JDk3ygK7uvy0EM8BOwhlAMAMsgpkzsHpdNmV+MclN0oQx16+1/rck3x1z7h+3\nx5/o8P5bQ2sGGEU4A/2mNQMsinAGVqfLUOa+7fExtdZP7HHu29vj9Tq8/9YRzACjCGag34QzwKII\nZ2D5ugxlfiDNcqV/mODcL7bnXqHD+28lrRlgFK0ZQDgDLIpwBpany1DmUmmClvMmOPfySfYl+UaH\n999qghlgFOEMIJgBFkU4A4vXZSjzmTRBywkTnHv79vhvHd5/62nNAOMIZ6DftGaARRLOwOJ0Gcq8\nKU0o88jdTiqlXC7Jr7cv39Lh/XtDMAOMI5iBfhPOAIsknIHuXarDaz07ycOTPLKUclaSFwy/WUrZ\nl+THkvx2kpPSLF16wc6LMJlBMHP257+24icB1s0gmPnEuf7+AH01CGa+cOYXV/wkwDYaBDMHPvT5\nFT8JbL7OQpla66dLKQ9I8qokv5PkSUkOS7KvlPJPSa6R5Ipp2jQXJHlIrfVzXd2/r447er9gBhhJ\nOAMcddJVBTPAwghn2HSllLsn+YUkN0tyRJJzk3wgybNqrf+0jGfocvlSaq1/leSWSf4+yZXSBDBJ\ncsMk39e+/nCSO9RaX93lvfvMrBlgN+bNQL9Z0gQsmmVNbKJSym8mOT3JD6cZx/JHaebeliQfKKWc\nuozn6HL5UpKk1vrBJLcppRyf5FZJrpbk0DTbYL+/1vqRru9JQ2sG2M2Jx+7XmoEes6QJWDTNGTZF\nKeV6SX41ySeS3KLW+pWh926Z5Iwkv1NK+Yta63cX+SydhzIDtdazkpy1qOszmlkzwG4saQKEM8Ci\nCWfYADdoj28cDmSSpNb67lLKR5PcKM0KoIX+D7mzUKaUcmiS308zR+Z1tdbTx5x31zR1oG8neWSt\n9UBXz8BBWjPAboQzgHkzwKIJZ1hjZ7bHe5RSnlFr/cLgjVLKYUmunuRTtdaF/4+3y6bMPZL8TJLP\nJXnULue9M8mL0ixremOaNVwsgNYMsBfhDPSb1gywDMIZ1k2t9Z9LKc9O8rgkZ5ZSnp/kz5Kck2aX\n6COT/NQynqXLQb+ntMffqbV+fdxJtdbz0myLvS/JQzq8P2MYAgzsxTBg6DfDgIFlMBCYdVJrfXyS\n30yzKdGTknw8yReSPCDJ7Wqtb1vGc3QZytwyyYEkfznBua9pj7fo8P7swg5NwCQEM9BvwhlgGYQz\nrINSyjOTPCHJTyf5/5I8Ms1u0ZdL8n9LKWUZz9Hl8qUrJbmo1nr2BOd+Ok2Ac6UO788EzJoB9mJJ\nE2BZE7AMljWxKqWU+yb5lSS/W2t9SfvjFyZ5YSnlVkleneS0Uso5tdb3L/JZugxlvprk+0sp+2ut\ne/2T/OXTLF/yT/wrYNYMMAnhDGAYMLAMwpnNtR6Np2/O8qFBC+YtO9+otb6rlPLcJM9oz1toKNPl\n8qUPpglaJqn43Ls9frTD+zMly5mASZg3A/1mSROwLJY1sUSHt8drjHl/UGA5dNEP0mUo87L2+Ful\nlFuOO6mU8sNJnt2+fGWH92cGZs0AkxLMQL8JZ4BlEc6wBG9sj08qpZww/EYp5epJfi7NyJXXLfpB\nuly+dFqShya5XZK/LaX8dZK3JTk3zS9z9SR3SLN19qFpBui8uMP7MwezZoBJWNIEmDcDLItlTSzQ\ni5LcLcldk3yslPLmJJ9JM/D3LkkuneR/11r/btEP0llTptZ6UZL7JHlDmrDnJ9Ps7/1XSU5vv//J\nNIHM+5LcrdZ6flf3Z35aM8CkLGkCtGaAZdGcoWu11guT/ESShyd5T5LbJHlEml2l35BmS+ynLeNZ\numzKpNb61SR3L6XcNcmD02x5fVT79n+kCWNe1ZxaL+ry3nRHawaYlOYM9JvWDLBMmjN0qdZ6IM3q\nnZWu4Ok0lBmotb4hTbrEhrJDEzCNE4/dL5iBHhPOAMu070ZHC2bYGl0O+mULWc4ETMqSJsAwYGBZ\nLGliWwhl2JNZM8A0hDOAYAZYFuEMm27m5UullHck+U6t9c7t65ek2WVpKrXWh836DCyXWTPANMyb\ngX6zpAlYJvNm2FTzzJQ5Ocm3h16fOsM1DiQRymwQs2aAaQlnoN+EM8AyCWfYNPOEMu9M8p2h138x\nwzWmbtawHrRmgGkZBgz9JpwBlkk4w6aYOZSptd52x+sHzf00bBStGWBaWjOAcAZYJuEM666zQb+l\nlDuVUu7W1fXYHIYAA9MyDBgwDBhYJgOBWVfzLF/a6bXt8YgOr8mGsJwJmIXmDPSb1gywbJozrJsu\nt8Q+tMNrsYFsnQ3MSmsG+u2ok66qOQMsleYM66LLUOacJIeXUi7b4TXZQIIZYBaWNAHCGWDZhDOs\nWpehzOlJ9iW5Q4fXZENpzQCzEs4Aghlg2YQzrEqXoczzknwryRM7vCYbTjADzEo4A/2mNQOsgnCG\nZety0O/dkvxjkh8tpfx+kg9N8qFa64s6fAbWkK2zgXmceOx+g4ChxwwDBlbBQGCWpctQ5g+Gvv+5\nCT9zIIlQpifs0ATMyi5NgHAGWAXhDIvWZSjz6Rk+c6DD+7MBtGaAeQhngKNOuqpgBlg64QyL0lko\nU2u9VlfXYvtpzQDzEM5Av2nNAKsinKFrXQ76hanYoQmYl2HA0G+GAQOrYiAwXemkKVNKuXSSaye5\nfJLP1Fo/18V16QetGWBehgFDv2nOAKuiOcO85gplSimHJnlSkl9KcoWhn38gyRNqrWfM9XT0hlkz\nwLwsaQKEM8CqCGeY1bzLl16U5MlJrphk39DXzZK8tZTygDmvT89YzgTMy5ImwJImYFUsa2JaM4cy\npZQfS/LQ9uXLk9w6yfWTlCTvSnJokj8upRwz70PSL2bNAF0QzkC/mTcDwCaYZ/nSw9rjK2utpw79\n/MxSyl8l+Zs0Qc0vJXnCHPehp8yaAbpg3gz0myVNAKyzeZYv3bw9/s7ON2qtFyT59fbl7ee4Bz2n\nNQN0QWsG0JwBYB3NE8ock+RAkn8c8/772uNxc9wDkpg1A3RDOAMIZgBYJ/OEMpdNcn7birmEWutX\nk1yUxD/90gmtGaArwhnoN60ZANbFvLsvHdjj/Qs6uAdcjGAG6IpgBvpNOAPAqs0z6DdJ9pVSThz3\nXvuVXc5JrfUTcz4DPTQIZgwCBuY1CGYMA4b+MgwYgFWZN5Q5PMm/7PL+vvY46px9aZo2h875DPSY\nHZqArghngKNOuqpgBoClmjeUSQ4GL7OcM8lnYVdaM0CXhDPQb1ozACzTPKHM8Z09BXRAawboknAG\n+k04A8AyzBzK1FrP6fA5oBNaM0DXTjx2v2AGekw4A8Ai2RmJrWSHJqBLttAG7NQEwCIIZdhaxx29\nXzgDdEo4AwhmAOiSUIatJ5gBuiacgX7TmgGgK13svrQ2SinXTfKxJKfVWk/Z5bx7Jnl0khul2db7\nU0lemeSZtdZvjTj/sCS/mOTBSa6T5IIkZyZ5Ya31pV3/HnTPrBlgEcybgX4zbwaAeW18U6aUckIp\n5QWllNck+cc0v9OBXc5/VJLXJrlhktOT/EmS7yZ5cpK3tAHMTq9M8uwkl0/y0iSvSnKtJC8ppTyr\nu9+GRdOaAbqmNQNozgAwq40PZZJcPcnPJ7lnksvudmIp5Zgkz0jypSQ3rLWeWmv9xTQBzauS/EiS\nR+z4zH2S3CvJO5OcVGt9ZK31Z5L8tySfTPLYUsoPdvsrsUhmzQCLIJwBBDMATGvjQ5la6xm11kNq\nrYcmud0ep98vzXKlF9ZaPzN0jQNJnti+fOiOz5zaHp9Waz1/6DNfSfLMJPuGzmGDCGaARRDOQL9p\nzQAwjY0PZXbYt8f7t2yP7975Rq31rCRfTHLDUspld3zmQJL3jLjeu9rjraZ8TtaE1gywKIIZ6Dfh\nDACT2LZQZi/Ht8dx09g+mybYuVaSlFKOTHKlJN8YNQC4PX/4umwowQywCFozgHAGgN30LZQ5Mk3r\nZdxWGd9ME8rsHzo/e5yfofPZYFozwKIIZwDBDACjdL4ldinl+CQ/m2bZz1FJLl1rPX7o/XulGcr7\nnSSPrLVe1PUzTOCCMT8ft/xp2vPZYMcdvd/W2cBCDIIZ22hDP9lCG4CdOg1lSimnJnlhmmG6Azu3\np35HkhcnuUKSVyd5a5fPsIevpwlSxu3SdMTQecPHSc9nSwwaM8IZYBGEM9BvwhkABjpbvlRK+aEk\nf5wmkPmzJA/IiIZJrfWrSf4gTThy/67uP6Gz2+M1x7x/TJKLBufVWr+e5MtJvr+Ucrkx5yfJWV0+\nJOvDciZgkSxpgn4zbwaALmfKPDbJoUmeW2t9cK31lWkCjlFe3R5/pMP7T2KwW9Ilts4upVwnyVWS\nfHTHUN93pfm9Th5xvR9tj6N2ZmJLmDUDLJJ5M4BgBqC/ugxlbpNmqdILJjj3zPZ49Q7vP4lXJTk/\nyamllEHLJaWUQ5I8vX350h2feXl7fFwp5bChz1wxya+k+Z1ftrAnZm0IZoBFEs5Av2nNAPRTlzNl\nrpImoDhngnPPb8+de1BuKeXYHFwGdUJ7PKmU8rj2+4/UWt+cJLXWc0spv5bkt5J8uJTy+iTnJbl1\nkhskeW92hEq11lpKOSXJ3ZN8tJTy9iSHJblrkqOTPK/W+sF5fw82g1kzwKKZNwP9Zt4MQL902ZT5\nWpqQ5fsmOPfa7blf6uC+107yrPbrEWnCnhsP/ex+wyfXWp+T5D5JPprkXkl+Ok3I8vQkt6+1nj/i\nHvdJ8vgk307y4CT3TfKpJA+rtf5yB78DG0ZrBlg0rRnoN80ZgH7osinzT0lun2bOyl/tce7PtMf3\nzXvTWusZmTJcqrW+Nslrpzj/u0me3X5BEltnA4unNQNozgBsty6bMoNZLL/ZzlsZqV0KNGiXvHzc\nebAJDAEGlsG8GUBrBmA7ddmU+fMkpyT58STvL6U8P+3MmFLKPZMcn+Qnc3DHorfUWk/v8P6wMloz\nwDJozkC/ac0AbJ/OmjK11gNpZq+8Os3A3eemmdWyL81SoedkKJDJjlkvsOm0ZoBl0ZyBfjNvBmB7\ndNmUSa31vCSllHK7JA9JcqskV0tyaJqhvu9L8vJa6+u6vC+sE60ZYFlOPHa/1gz0mOYMwObrNJQZ\nqLW+PcnbF3Ft2AS2zgaWxZIm4KiTriqYAdhQnS1fKqVM3aEspTyyq/vDOrKcCVgWS5qg3yxpAthM\nXe6+9HellGMnObGUsq+U8pwkv9fh/WEtmTUDLJNwBvpNOAOwWboMZa6T5O9LKdfZ7aRSymWS1DTb\nYu/r8P6w1gQzwDIJZqDfhDMAm6HLUOY9Sa6R5J2llB8cdUIp5SpJ3pHk3kkOJPm1Du8Pa09rBlgm\nrRlAOAOw3roMZe6Q5A1JjkryjlLKLYbfLKWcmOTdSW6e5NtJ7l9r/T8d3h82hmAGWCbhDCCYAVhP\nnYUytdZvJrlXkpcl+b4kb2m3xk4p5dZpApnj02yNfbtaa+3q3rCJtGaAZRPOQL9pzQCsny6bMqm1\nXpDkoUmeneTySV5fSvmtJG9NE9T8a5Jb1Frf0+V9YZMJZoBlE8xAvwlnANZHp6FMktRaD9RaH5/k\ncUkuk+SxSS6dZpbMLWutZ3d9T9h0WjPAsmnNAMIZgNXrPJQZqLX+dpIHJ7kwyQVJHlNr/eqi7gfb\nQDADLJtwBhDOAKzOpWb5UCnlTml2T9rLl5I8P8mj0syYeWSSrw+fUGt9yyzPANtqEMyc/fmvrfhJ\ngD4ZBDOfONffe6CvBsHMF8784oqfBKA/Zgplkrwxk4UySbKvPV4lSR363L72+0NnfAbYascdvV8w\nAyydcAYQzgAszzzLl/ZN+DXucxnzPtAyawZYFUuaAMuaABZvpqZMrXVhs2iAS9KaAVZBawZINGcA\nFkm4AhtCawZYFcOAgURzBmARhDKwYQQzwKoIZ4BEOAPQJaEMbCCtGWCVBDNAIpwB6MKsuy+llPKO\nJN+ptd65ff2STL4j0/fUWh826zNA35k1A6yKeTPAgJkzALObOZRJcnKSbw+9PnWGaxxIIpSBOQwa\nM8IZYBWEM8CAcAZgevOEMu9M8p2h138xwzWmbtYAo2nNAKsknAEGhDMAk5s5lKm13nbH6wfN/TTA\nXLRmgFU78dj9ghkgiXAGYBKdDfotpdyplHK3rq4HzM4QYGCV7NIEDDMQGGC8Lndfem2S2uH1gDnY\noQlYNeEMMEwwA3BJXYYyh3Z4LaAjghlg1YQzwIDWDMDFdRnKnJPk8FLKZTu8JtABrRlgHQhngAHh\nDECjy1Dm9CT7ktyhw2sCHRLMAOtAMAMMCGeAvusylHlekm8leWKH1wQ6pjUDrAOtGWCYcAboq5m3\nxB7hbkn+McmPllJ+P8mHJvlQrfVFHT4DMKHjjt5v62xg5QbBjG20gcQ22kD/dBnK/MHQ9z834WcO\nJBHKwIoMGjPCGWDVhDPAMOEM0BddhjKfnuEzBzq8PzAjrRlgXZx47H7BDPA9whlg23UWytRar9XV\ntYDl05oB1oXWDLCTcAZYlFLK/iSPTPITSU5McsUkX0lym1rrvyz6/l02ZYAtoDUDrAvhDLCTcAbo\nUinlR5K8NsmVk7w7SU3y3STXTLO79MJ1FsqUUp6S5Lu11t+c4NwbJ7lHko/UWl/T1TMA3dCaAdaJ\ncAbYSTgDzKuUcmKSNyf5XJI71lon2qyoa11uif2UJP9rwnMvnPJ8YAVsnQ2sE1toAzvZShuYwwvS\ntGHutKpAJlnd8qX/vz0ev6L7AxOynAlYJ1ozwCiaM8A02pbM7ZO8PMk3Sik/m2bJ0nlJPpnk9bXW\nby/jWVYVylypPR6+ovsDU7CcCVg3whlgFOEMMKGT2+PNkpyd5DI73v9MKeUna60fXPSDdLl8aU+l\nlMNKKT+c5EXtj/5tmfcH5mM5E7BuTjx2v2VNwCVY1gTs4cT2eF6Shya5RpJLJ7l2kj9IcvUkbyil\nXHHRDzJzU6aUclGSAzt+fJlSyoUTfHwwxfgFs94fWA2tGWAdnXjsfq0Z4BI0Z4AxrtAen19rfeXQ\nz89K8j9KKddKcpck90vyh4t8kHmbMvuGvkb9bNzXfyV5Yq31hXPeH1gRrRlg3WjNAONozgA7nN8e\njxjz/pva4/UW/SDzzJS5Y3s8kCZoeUua/bzvmvH7eV+Q5EtJ/rXWOkmjBlhjWjPAOjJvBhjnqJOu\nqjUDHVqLsPPCc2b51Gfb47XGvL+0US8zhzK11rcNvy6lvDPJd2qtfzP3UwEbxQ5NwDoSzgCjWNIE\nJHlne7xbkl8d8f4N2+NHFv0gnaU/tdbb1lrv1NX1gM1y3NH7LWkC1pJlTcAoljRBf9Va/yHJh5Nc\nr5Ty1OH3Sik3T/KgJP+Z5JWX/HS3lrYldinl+5OcV2s9f8+TgY2lNQOsK8OAgVE0Z6C3TknTmHly\nKeUeSd6X5Jgkd07y7ST3r7Uu/B8c5gplSikPTXJkkq/XWl8y4v3LJnlKkkck2Z/kwlLKW5M8vtb6\nsXnuDawvs2aAdWVJEzCOcAb6pdb60VLKjZL8Wpqdlh6Wph3ziiRPr7V+YhnPMc+W2Mcl+ZM0g35/\nacxpf5zkATvud5cktyml3LmtDAFbSmsGWFfCGWAc4Qz0R63102lKJCszz0yZu7fHc5P8wc43Sykn\n52Ag8/dJ7pvk3knemuRySf68bdIAW8ysGWCdmTcDjGPmDLAM84Qyt26PL621XjTi/Ye0x88luUut\n9S9rra9Ls2X2+5JcI8mpc9wf2CCCGWCdCWaAcYQzwCLNE8rcoD2+bcz7d2yPr6i1fmPww1rrhUl+\nu315zznuD2wYrRlgnWnNALsRzgCLME8oc7U082QusW93KeWo9v0kGTU3ZvCzG454D9hyghlgnQln\ngN0IZ4AuzRPKXC7JRbXW/xrx3g+2xwNJPjDi/c+3733fHPcHNpjWDLDuhDPAboQzQBfmCWW+meSQ\nUsqRI94bhDJfa6cZ73SpJPvmuDewJQQzwLoTzAC7Ec4A85gnlDk7TbBy/RHv3bI9fmzMZ6/RHu1D\nCWjNAGtPawbYi3AGmMU8oczb2+MvDv+wlHLlJHduX54x5rMnt8ez5rg/sGUEM8C6E84AexHOANO4\n1Byf/cM0gcz9SimfSvLSJEcn+Y0kRyS5KMnLx3y2tMcPzXF/YAsNgpmzP69IB6yvQTDziXP9vQoY\nbRDMfOHML674SYB1NnNTptb68SRPS7OE6Qlplir9TQ4uXXpBe87FlFJ+MMmPpxn0++ZZ7w9sN60Z\nYBNozQB70ZwBdjPP8qXUWn89ya8k+XqacGZfkm8neWaSx+w8v5RySJqGTZJ8Jckb57k/sN3MmgE2\ngSVNwCSEM8Aoc4UySVJrfU6aZUv/r717D7ftnu89/smFELWlxy1ISRwUcSkRdymaQ6nD0z75NZSG\nqJY0bke1p64RHupWlxYlWk2CED+n1CVVtIo2EXErTYqqJMQ1BCEhkcj5Y4xlr6y95lxzrTVvY4zX\n63n2M7PmbYydPTKy1nt/f2MenOTOSa5da31arfXydZ5+7TRR5tFJSq31ku1uH+g/YQboAnEGmIQw\nA6y2nWvK/Fyt9cdJPjnB885Pcvw0tgkMi2vNAF3hejPARlxvBlix7UkZgHkyNQN0hakZYCOWNAGi\nDNA5wgzQFZY0AZMQZ2C4RBmgk4QZoEvEGWAS4gwMjygDdJZPZwK6RpgBJiHMwHCIMkDnCTNAl5ia\nASZhagaGQZQBekGYAbpGmAEmIc5Av4kyQG8IM0DXmJoBJiXMQD+JMkCvCDNAF4kzwCRMzUD/iDJA\n77gAMNBVwgwwCXEG+kOUAXpLmAG6yNQMMClhBrpPlAF6TZgBukqYASZhaga6TZQBek+YAbrK1Aww\nKXEGukmUAQZBmAG6TJgBJiXOQLeIMsBguAAw0GWmZoDNEGagG0QZYHCEGaDLxBlgUqZmYPmJMsAg\nCTNA1wkzwKTEGVheogwwWJYzAV1nagbYDGEGlo8oAwyeMAN0nTADTMrUDCwXUQYgpmaA7jM1A2yG\nOAPLQZQBWEWYAbpOmAE2Q5iBxRJlANYwNQN0nakZYDNMzcDiiDIAIwgzQNeJM8BmiDMwf6IMwBjC\nDNAHwgywGcIMzI8oA7ABy5mAPjA1A2yGqRmYD1EGYELCDNAHwgywGeIMzJYoA7AJpmaAPjA1A2yW\nOAOzIcoAbIEwA/SBOANsljAD0yXKAGyRqRmgL4QZYDNMzcD0iDIA2yTMAH1gagbYLHEGtk+UAZgC\nU5RzZI4AACAASURBVDNAXwgzwGYJM7B1ogzAFAkzQB+YmgE2y9QMbI0oAzBlwgzQF8IMsFniDGyO\nKAMwA5YzAX1hagbYCmEGJiPKAMyQMAP0hTgDbJapGdiYKAMwY6ZmgD4RZoDNEmdgNFEGYE6EGaAv\nTM0AWyHMwK5EGYA5MjUD9IkwA2yWqRm4MlEGYAGEGaAvTM0AWyHOQEOUAVgQUzNAn4gzwFYIMwyd\nKAOwYMIM0CfCDLBZpmYYMlEGYAkIM0CfmJoBtkKcYYhEGYAlYTkT0DfCDLAV4gxDIsoALBlhBugT\nUzPAVgkzDIEoA7CETM0AfSPMAFthaoa+E2UAlpgwA/SJqRlgq8QZ+kqUAVhypmaAvhFngK0SZugb\nUQagI4QZoG+EGWArTM3QJ6IMQIcIM0DfmJoBtkqcoQ9EGYCOsZwJ6CNhBtgqYYYuE2UAOkqYAfrG\n1AywVaZm6CpRBqDDTM0AfSTOAFslztA1ogxADwgzQB8JM8BWCTN0hSgD0BOmZoA+MjUDbJWpGbpA\nlAHoGWEG6CNhBtgqcYZlJsoA9JCpGaCPTM0A2yHOsIxEGYAeE2aAPhJmgO0QZlgmogxAzwkzQB+Z\nmgG2w9QMy0KUARgAy5mAvhJngO0QZ1g0UQZgQIQZoK+EGWA7hBkWRZQBGBhTM0BfmZoBtsPUDIsg\nygAMlDAD9JUwA2yHOMM8iTIAA2ZqBugrUzPAdgkzzIMoA4AwA/SWOANsh6kZZk2UASCJqRmg34QZ\nYDvEGWZFlAHgSoQZoK9MzQDbJcwwbaIMALsQZoA+E2aA7TA1wzSJMgCsy3ImoM9MzQDbJc4wDaIM\nAGMJM0CfCTPAdokzbIcoA8CGTM0AfWZqBpgGYYatEGUAmJgwA/SZOANsl6kZNkuUAWBTTM0AfSfM\nADAvogwAWyLMAH1magZgmEopbyil/KyU8sZ5bE+UAWDLhBmg74QZgOEopbwgyaPaL6+YxzZFGQC2\nxXImoO9MzQD0Xynl8Un+NMkp89yuKAPAVAgzQN+JMwD9VEopSV6R5NVJXjLPbYsyAEyNqRlgCIQZ\ngP4opdw7yRuTvKPW+oQku81z+6IMAFMnzAB9Z2oGoPtKKbdL8s4kpyV5+CL2QZQBYCZMzQBDIMwA\ndFMp5SZJ3pfk3CQPqbVeuoj9EGUAmClhBug7UzMA3VJK2ZHkH5NcmuQBtdYLF7Uvey5qwwAMx0qY\nOfubC/v/HcDM3WK/Hfniec5zwHAsQ5D+4blbetlNk9wiyXuSPKW5zu/P/VJ7e1Ap5aVJzqu1vmI7\n+ziOKAPA3Byw7w5hBui1lR9QxBmApXZFe/sbSR404jm3an99Js0nM82EKAPAXAkzwBCIMwDLq9b6\n7xlxOZdSyq8m+VCSN9Vaj5j1vrimDABz5yLAwFAsw2g/AJviI7EBGAZhBhgCFwIGYBRRBoCFMjUD\nDIUwA8BarikDwFJwrRlgCFxrBmC51Vr/JXMcYDEpA8DSMDUDDIUlTQAkogwAS0iYAYZCmAEYNlEG\ngKVkagYYClMzAMMlygCw1IQZYCiEGYDhEWUAWHrCDDAUpmYAhkWUAaATLGcChkSYARgGUQaAThFm\ngKEwNQPQf6IMAJ1jagYYEnEGoL9EGQA6S5gBhkSYAeifPRe9A4tSSnlYkscluUOSqyT5UpK3J3lp\nrfWiNc/9lySHbPCWV6u1XjqDXQVgjJUwc/Y3L1zwngDM3kqY+eJ5znkAfTC4KFNK2T3J8UkekeSb\nSd6Z5MdJ7p3kmCSHlVLuWWv9wTov/+sk3x/x1pdPfWcBmNgB++4QZoDBuMV+O4QZgB4YXJRJ8ntp\ngsxpSe63MhVTStkjycuSPCHJC5Mctc5rX1hr/fK8dhSAzRFmgCExNQPQfUO8pszD29tjVy9TqrVe\nnuRPknwvyaNKKVdbxM4BsD0uAgwMjWvNAHTXEKPMDZJckeTstQ/UWi9J8rEkeyU5aJ3X7jbbXQNg\nWoQZYEh8QhNANw1x+dLXktw8ye2S/Nc6j1/Q3l5vncfOLKVcNclPknw1yQfSXBj4nBnsJwDb5CLA\nwNBY0gTQLUOMMsenuajva0opV0nyviQXJ7lhkvsmuUf7vL1WvebLSb6b5NtJLk1y/SS/luQPkzyi\nlHJorfUT89h5ADbPtWaAoXEhYIBuGFyUqbWeWEo5IMkzkpy05uHvpZmCWfnnldc8eu37lFL2SvKa\nJEcmeVWSu85khwGYClMzwNCYmgFYfkO8pkxqrcemWcL0uCTHJnlaksOS3DjJd9Jcc+bzG7zHJWkm\nZX6S5OBSyt6z3GcApsO1ZoChcb0ZgOU1uEmZFbXWc5Mct/q+UsqNktw2yTnt4xu9xyWllIvTLHX6\nhTTLoABYcqZmgCGypAlg+QxyUmaMY9rb48Y+q1V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+       "text": [
+        "<matplotlib.figure.Figure at 0x110dd2c50>"
+       ]
       }
      ],
-     "prompt_number": 15
+     "prompt_number": 24
     }
    ],
    "metadata": {}
   }
  ]
 }
  No newline at end of file

examples/parallel/plotting/parallel_plot.ipy

@@ -1,49 +1,44 b''
-"""Example of how to use pylab to plot parallel data.
+"""Example of how to use matplotlib to plot parallel data.
 
 The idea here is to run matplotlib is the same IPython session
 as an ipython parallel Client.  That way matplotlib
 can be used to plot parallel data that is gathered using
-a DirectView.  
+a DirectView.
 
 To run this example, first start the IPython controller and 4
 engines::
 
     ipcluster -n 4
 
-Then start ipython in pylab mode::
+Then start ipython with matplotlib integration mode::
 
-    ipython -pylab
+    ipython --matplotlib
     
-Then a simple "run parallel_pylab.ipy" in IPython will run the
+Then a simple "%run parallel_plot.ipy" in IPython will run the
 example. 
 """
 
-import numpy as N
-from pylab import *
+import matplotlib.pyplot as plt
 from IPython.parallel import Client
 
-# load the parallel magic
-%load_ext parallelmagic
-
 # Get an IPython Client
 rc = Client()
 v = rc[:]
-v.activate()
 
 # Create random arrays on the engines
 # This is to simulate arrays that you have calculated in parallel
 # on the engines.
 # Anymore that length 10000 arrays, matplotlib starts to be slow
-%px import numpy as N
-%px x = N.random.standard_normal(10000)
-%px y = N.random.standard_normal(10000)
+%px import numpy as np
+%px x = np.random.standard_normal(10000)
+%px y = np.random.standard_normal(10000)
 
 print v.apply_async(lambda : x[0:10]).get_dict()
 print v.apply_async(lambda : y[0:10]).get_dict()
 
 # Bring back the data
 x_local = v.gather('x', block=True)
 y_local = v.gather('y', block=True)
 
 # Make a scatter plot of the gathered data
-plot(x_local, y_local,'ro')
+plt.plot(x_local, y_local,'ro')

examples/parallel/plotting/plotting_frontend.py

@@ -1,61 +1,60 b''
 """An example of how to use IPython1 for plotting remote parallel data
 
 The two files plotting_frontend.py and plotting_backend.py go together.
 
 To run this example, first start the IPython controller and 4
 engines::
 
     ipcluster start -n 4
 
-Then start ipython in pylab mode::
+Then start ipython with matplotlib integration::
 
-    ipython -pylab
+    ipython --matplotlib
     
 Then a simple "run plotting_frontend.py" in IPython will run the
 example.  When this is done, all the variables (such as number, downx, etc.)
 are available in IPython, so for example you can make additional plots.
 """
 from __future__ import print_function
 
-import numpy as N
-from pylab import *
+import matplotlib.pyplot as plt
 from IPython.parallel import Client
 
 # Connect to the cluster
 rc = Client()
 view = rc[:]
 
 # Run the simulation on all the engines
 view.run('plotting_backend.py')
 
 # Bring back the data. These are all AsyncResult objects
 number = view.pull('number')
 d_number = view.pull('d_number')
 downx = view.gather('downx')
 downy = view.gather('downy')
 downpx = view.gather('downpx')
 downpy = view.gather('downpy')
 
 # but we can still iterate through AsyncResults before they are done
 print("number: ", sum(number))
 print("downsampled number: ", sum(d_number))
 
 
 # Make a scatter plot of the gathered data
 # These calls to matplotlib could be replaced by calls to pygist or
 # another plotting package.
-figure(1)
+plt.figure(1)
 # wait for downx/y
 downx = downx.get()
 downy = downy.get()
-scatter(downx, downy)
-xlabel('x')
-ylabel('y')
-figure(2)
+plt.scatter(downx, downy)
+plt.xlabel('x')
+plt.ylabel('y')
+plt.figure(2)
 # wait for downpx/y
 downpx = downpx.get()
 downpy = downpy.get()
-scatter(downpx, downpy)
-xlabel('px')
-ylabel('py')
-show()
+plt.scatter(downpx, downpy)
+plt.xlabel('px')
+plt.ylabel('py')
+plt.show()

examples/parallel/wave2D/parallelwave-mpi.py

@@ -1,205 +1,205 b''
 #!/usr/bin/env python
 """
 A simple python program of solving a 2D wave equation in parallel.
 Domain partitioning and inter-processor communication
 are done by an object of class MPIRectPartitioner2D
 (which is a subclass of RectPartitioner2D and uses MPI via mpi4py)
 
 An example of running the program is (8 processors, 4x2 partition,
 400x100 grid cells)::
 
    $ ipcluster start --engines=MPIExec -n 8 # start 8 engines with mpiexec
    $ python parallelwave-mpi.py --grid 400 100 --partition 4 2
 
 See also parallelwave-mpi, which runs the same program, but uses MPI
 (via mpi4py) for the inter-engine communication.
 
 Authors
 -------
 
  * Xing Cai
  * Min Ragan-Kelley
 
 """
 
 import sys
 import time
 
 from numpy import exp, zeros, newaxis, sqrt
 
 from IPython.external import argparse
 from IPython.parallel import Client, Reference
 
 def setup_partitioner(index, num_procs, gnum_cells, parts):
     """create a partitioner in the engine namespace"""
     global partitioner
     p = MPIRectPartitioner2D(my_id=index, num_procs=num_procs)
     p.redim(global_num_cells=gnum_cells, num_parts=parts)
     p.prepare_communication()
     # put the partitioner into the global namespace:
     partitioner=p
 
 def setup_solver(*args, **kwargs):
     """create a WaveSolver in the engine namespace"""
     global solver
     solver = WaveSolver(*args, **kwargs)
 
 def wave_saver(u, x, y, t):
     """save the wave log"""
     global u_hist
     global t_hist
     t_hist.append(t)
     u_hist.append(1.0*u)
 
 
 # main program:
 if __name__ == '__main__':
 
     parser = argparse.ArgumentParser()
     paa = parser.add_argument
     paa('--grid', '-g',
         type=int, nargs=2, default=[100,100], dest='grid',
         help="Cells in the grid, e.g. --grid 100 200")
     paa('--partition', '-p',
         type=int, nargs=2, default=None,
         help="Process partition grid, e.g. --partition 4 2 for 4x2")
     paa('-c',
         type=float, default=1.,
         help="Wave speed (I think)")
     paa('-Ly',
         type=float, default=1.,
         help="system size (in y)")
     paa('-Lx',
         type=float, default=1.,
         help="system size (in x)")
     paa('-t', '--tstop',
         type=float, default=1.,
         help="Time units to run")
     paa('--profile',
         type=unicode, default=u'default',
         help="Specify the ipcluster profile for the client to connect to.")
     paa('--save',
         action='store_true',
         help="Add this flag to save the time/wave history during the run.")
     paa('--scalar',
         action='store_true',
         help="Also run with scalar interior implementation, to see vector speedup.")
 
     ns = parser.parse_args()
     # set up arguments
     grid = ns.grid
     partition = ns.partition
     Lx = ns.Lx
     Ly = ns.Ly
     c = ns.c
     tstop = ns.tstop
     if ns.save:
         user_action = wave_saver
     else:
         user_action = None
 
     num_cells = 1.0*(grid[0]-1)*(grid[1]-1)
     final_test = True
 
     # create the Client
     rc = Client(profile=ns.profile)
     num_procs = len(rc.ids)
 
     if partition is None:
         partition = [1,num_procs]
 
     assert partition[0]*partition[1] == num_procs, "can't map partition %s to %i engines"%(partition, num_procs)
 
     view = rc[:]
     print "Running %s system on %s processes until %f"%(grid, partition, tstop)
 
     # functions defining initial/boundary/source conditions
     def I(x,y):
         from numpy import exp
         return 1.5*exp(-100*((x-0.5)**2+(y-0.5)**2))
     def f(x,y,t):
         return 0.0
         # from numpy import exp,sin
         # return 10*exp(-(x - sin(100*t))**2)
     def bc(x,y,t):
         return 0.0
 
     # initial imports, setup rank
     view.execute('\n'.join([
     "from mpi4py import MPI",
     "import numpy",
     "mpi = MPI.COMM_WORLD",
     "my_id = MPI.COMM_WORLD.Get_rank()"]), block=True)
 
     # initialize t_hist/u_hist for saving the state at each step (optional)
     view['t_hist'] = []
     view['u_hist'] = []
 
     # set vector/scalar implementation details
     impl = {}
     impl['ic'] = 'vectorized'
     impl['inner'] = 'scalar'
     impl['bc'] = 'vectorized'
 
     # execute some files so that the classes we need will be defined on the engines:
     view.run('RectPartitioner.py')
     view.run('wavesolver.py')
 
     # setup remote partitioner
     # note that Reference means that the argument passed to setup_partitioner will be the
     # object named 'my_id' in the engine's namespace
     view.apply_sync(setup_partitioner, Reference('my_id'), num_procs, grid, partition)
     # wait for initial communication to complete
     view.execute('mpi.barrier()')
     # setup remote solvers
     view.apply_sync(setup_solver, I,f,c,bc,Lx,Ly,partitioner=Reference('partitioner'), dt=0,implementation=impl)
 
     # lambda for calling solver.solve:
     _solve = lambda *args, **kwargs: solver.solve(*args, **kwargs)
 
     if ns.scalar:
         impl['inner'] = 'scalar'
         # run first with element-wise Python operations for each cell
         t0 = time.time()
         ar = view.apply_async(_solve, tstop, dt=0, verbose=True, final_test=final_test, user_action=user_action)
         if final_test:
             # this sum is performed element-wise as results finish
             s = sum(ar)
             # the L2 norm (RMS) of the result:
             norm = sqrt(s/num_cells)
         else:
             norm = -1
         t1 = time.time()
         print 'scalar inner-version, Wtime=%g, norm=%g'%(t1-t0, norm)
 
     impl['inner'] = 'vectorized'
     # setup new solvers
     view.apply_sync(setup_solver, I,f,c,bc,Lx,Ly,partitioner=Reference('partitioner'), dt=0,implementation=impl)
     view.execute('mpi.barrier()')
 
     # run again with numpy vectorized inner-implementation
     t0 = time.time()
     ar = view.apply_async(_solve, tstop, dt=0, verbose=True, final_test=final_test, user_action=user_action)
     if final_test:
         # this sum is performed element-wise as results finish
         s = sum(ar)
         # the L2 norm (RMS) of the result:
         norm = sqrt(s/num_cells)
     else:
         norm = -1
     t1 = time.time()
     print 'vector inner-version, Wtime=%g, norm=%g'%(t1-t0, norm)
 
     # if ns.save is True, then u_hist stores the history of u as a list
     # If the partion scheme is Nx1, then u can be reconstructed via 'gather':
     if ns.save and partition[-1] == 1:
-        import pylab
+        import matplotlib.pyplot as plt
         view.execute('u_last=u_hist[-1]')
         # map mpi IDs to IPython IDs, which may not match
         ranks = view['my_id']
         targets = range(len(ranks))
         for idx in range(len(ranks)):
             targets[idx] = ranks.index(idx)
         u_last = rc[targets].gather('u_last', block=True)
-        pylab.pcolor(u_last)
-        pylab.show()
+        plt.pcolor(u_last)
+        plt.show()

examples/parallel/wave2D/parallelwave.py

@@ -1,209 +1,209 b''
 #!/usr/bin/env python
 """
 A simple python program of solving a 2D wave equation in parallel.
 Domain partitioning and inter-processor communication
 are done by an object of class ZMQRectPartitioner2D
 (which is a subclass of RectPartitioner2D and uses 0MQ via pyzmq)
 
 An example of running the program is (8 processors, 4x2 partition,
 200x200 grid cells)::
 
    $ ipcluster start -n 8 # start 8 engines
    $ python parallelwave.py --grid 200 200 --partition 4 2
 
 See also parallelwave-mpi, which runs the same program, but uses MPI
 (via mpi4py) for the inter-engine communication.
 
 Authors
 -------
 
  * Xing Cai
  * Min Ragan-Kelley
 
 """
 #
 import sys
 import time
 
 from numpy import exp, zeros, newaxis, sqrt
 
 from IPython.external import argparse
 from IPython.parallel import Client, Reference
 
 def setup_partitioner(comm, addrs, index, num_procs, gnum_cells, parts):
     """create a partitioner in the engine namespace"""
     global partitioner
     p = ZMQRectPartitioner2D(comm, addrs, my_id=index, num_procs=num_procs)
     p.redim(global_num_cells=gnum_cells, num_parts=parts)
     p.prepare_communication()
     # put the partitioner into the global namespace:
     partitioner=p
 
 def setup_solver(*args, **kwargs):
     """create a WaveSolver in the engine namespace."""
     global solver
     solver = WaveSolver(*args, **kwargs)
 
 def wave_saver(u, x, y, t):
     """save the wave state for each timestep."""
     global u_hist
     global t_hist
     t_hist.append(t)
     u_hist.append(1.0*u)
 
 
 # main program:
 if __name__ == '__main__':
 
     parser = argparse.ArgumentParser()
     paa = parser.add_argument
     paa('--grid', '-g',
         type=int, nargs=2, default=[100,100], dest='grid',
         help="Cells in the grid, e.g. --grid 100 200")
     paa('--partition', '-p',
         type=int, nargs=2, default=None,
         help="Process partition grid, e.g. --partition 4 2 for 4x2")
     paa('-c',
         type=float, default=1.,
         help="Wave speed (I think)")
     paa('-Ly',
         type=float, default=1.,
         help="system size (in y)")
     paa('-Lx',
         type=float, default=1.,
         help="system size (in x)")
     paa('-t', '--tstop',
         type=float, default=1.,
         help="Time units to run")
     paa('--profile',
         type=unicode, default=u'default',
         help="Specify the ipcluster profile for the client to connect to.")
     paa('--save',
         action='store_true',
         help="Add this flag to save the time/wave history during the run.")
     paa('--scalar',
         action='store_true',
         help="Also run with scalar interior implementation, to see vector speedup.")
 
     ns = parser.parse_args()
     # set up arguments
     grid = ns.grid
     partition = ns.partition
     Lx = ns.Lx
     Ly = ns.Ly
     c = ns.c
     tstop = ns.tstop
     if ns.save:
         user_action = wave_saver
     else:
         user_action = None
 
     num_cells = 1.0*(grid[0]-1)*(grid[1]-1)
     final_test = True
 
     # create the Client
     rc = Client(profile=ns.profile)
     num_procs = len(rc.ids)
 
     if partition is None:
         partition = [num_procs,1]
     else:
         num_procs = min(num_procs, partition[0]*partition[1])
 
     assert partition[0]*partition[1] == num_procs, "can't map partition %s to %i engines"%(partition, num_procs)
 
     # construct the View:
     view = rc[:num_procs]
     print("Running %s system on %s processes until %f"%(grid, partition, tstop))
 
     # functions defining initial/boundary/source conditions
     def I(x,y):
         from numpy import exp
         return 1.5*exp(-100*((x-0.5)**2+(y-0.5)**2))
     def f(x,y,t):
         return 0.0
         # from numpy import exp,sin
         # return 10*exp(-(x - sin(100*t))**2)
     def bc(x,y,t):
         return 0.0
 
     # initialize t_hist/u_hist for saving the state at each step (optional)
     view['t_hist'] = []
     view['u_hist'] = []
 
     # set vector/scalar implementation details
     impl = {}
     impl['ic'] = 'vectorized'
     impl['inner'] = 'scalar'
     impl['bc'] = 'vectorized'
 
     # execute some files so that the classes we need will be defined on the engines:
     view.execute('import numpy')
     view.run('communicator.py')
     view.run('RectPartitioner.py')
     view.run('wavesolver.py')
 
     # scatter engine IDs
     view.scatter('my_id', range(num_procs), flatten=True)
 
     # create the engine connectors
     view.execute('com = EngineCommunicator()')
 
     # gather the connection information into a single dict
     ar = view.apply_async(lambda : com.info)
     peers = ar.get_dict()
     # print peers
     # this is a dict, keyed by engine ID, of the connection info for the EngineCommunicators
 
     # setup remote partitioner
     # note that Reference means that the argument passed to setup_partitioner will be the
     # object named 'com' in the engine's namespace
     view.apply_sync(setup_partitioner, Reference('com'), peers, Reference('my_id'), num_procs, grid, partition)
     time.sleep(1)
     # convenience lambda to call solver.solve:
     _solve = lambda *args, **kwargs: solver.solve(*args, **kwargs)
 
     if ns.scalar:
         impl['inner'] = 'scalar'
         # setup remote solvers
         view.apply_sync(setup_solver, I,f,c,bc,Lx,Ly, partitioner=Reference('partitioner'), dt=0,implementation=impl)
 
         # run first with element-wise Python operations for each cell
         t0 = time.time()
         ar = view.apply_async(_solve, tstop, dt=0, verbose=True, final_test=final_test, user_action=user_action)
         if final_test:
             # this sum is performed element-wise as results finish
             s = sum(ar)
             # the L2 norm (RMS) of the result:
             norm = sqrt(s/num_cells)
         else:
             norm = -1
         t1 = time.time()
         print('scalar inner-version, Wtime=%g, norm=%g'%(t1-t0, norm))
 
     # run again with faster numpy-vectorized inner implementation:
     impl['inner'] = 'vectorized'
     # setup remote solvers
     view.apply_sync(setup_solver, I,f,c,bc,Lx,Ly,partitioner=Reference('partitioner'), dt=0,implementation=impl)
 
     t0 = time.time()
 
     ar = view.apply_async(_solve, tstop, dt=0, verbose=True, final_test=final_test, user_action=user_action)
     if final_test:
         # this sum is performed element-wise as results finish
         s = sum(ar)
         # the L2 norm (RMS) of the result:
         norm = sqrt(s/num_cells)
     else:
         norm = -1
     t1 = time.time()
     print('vector inner-version, Wtime=%g, norm=%g'%(t1-t0, norm))
 
     # if ns.save is True, then u_hist stores the history of u as a list
     # If the partion scheme is Nx1, then u can be reconstructed via 'gather':
     if ns.save and partition[-1] == 1:
-        import pylab
+        import matplotlib.pyplot as plt
         view.execute('u_last=u_hist[-1]')
         u_last = view.gather('u_last', block=True)
-        pylab.pcolor(u_last)
-        pylab.show()
+        plt.pcolor(u_last)
+        plt.show()

examples/tests/inline_figshow.py

@@ -1,23 +1,23 b''
 """Manual test for figure.show() in the inline matplotlib backend.
 
 This script should be loaded for interactive use (via %load) into a qtconsole
-or notebook initialized with the pylab inline backend.  
+or notebook initialized with the inline backend.
 
 Expected behavior: only *one* copy of the figure is shown.
 
 
 For further details:
 https://github.com/ipython/ipython/issues/1612
 https://github.com/matplotlib/matplotlib/issues/835
 """
 
 import numpy as np
 import matplotlib.pyplot as plt
 
-plt.ioff()                                                                      
+plt.ioff()
 x = np.random.uniform(-5, 5, size=(100))
 y = np.random.uniform(-5, 5, size=(100))
 f = plt.figure()
 plt.scatter(x, y)
 plt.plot(y)
 f.show()

setupbase.py

@@ -1,680 +1,680 b''
 # encoding: utf-8
 """
 This module defines the things that are used in setup.py for building IPython
 
 This includes:
 
     * The basic arguments to setup
     * Functions for finding things like packages, package data, etc.
     * A function for checking dependencies.
 """
 from __future__ import print_function
 
 #-------------------------------------------------------------------------------
 #  Copyright (C) 2008  The IPython Development Team
 #
 #  Distributed under the terms of the BSD License.  The full license is in
 #  the file COPYING, distributed as part of this software.
 #-------------------------------------------------------------------------------
 
 #-------------------------------------------------------------------------------
 # Imports
 #-------------------------------------------------------------------------------
 import errno
 import os
 import sys
 
 from distutils.command.build_py import build_py
 from distutils.command.build_scripts import build_scripts
 from distutils.command.install import install
 from distutils.command.install_scripts import install_scripts
 from distutils.cmd import Command
 from glob import glob
 from subprocess import call
 
 from setupext import install_data_ext
 
 #-------------------------------------------------------------------------------
 # Useful globals and utility functions
 #-------------------------------------------------------------------------------
 
 # A few handy globals
 isfile = os.path.isfile
 pjoin = os.path.join
 repo_root = os.path.dirname(os.path.abspath(__file__))
 
 def oscmd(s):
     print(">", s)
     os.system(s)
 
 # Py3 compatibility hacks, without assuming IPython itself is installed with
 # the full py3compat machinery.
 
 try:
     execfile
 except NameError:
     def execfile(fname, globs, locs=None):
         locs = locs or globs
         exec(compile(open(fname).read(), fname, "exec"), globs, locs)
 
 # A little utility we'll need below, since glob() does NOT allow you to do
 # exclusion on multiple endings!
 def file_doesnt_endwith(test,endings):
     """Return true if test is a file and its name does NOT end with any
     of the strings listed in endings."""
     if not isfile(test):
         return False
     for e in endings:
         if test.endswith(e):
             return False
     return True
 
 #---------------------------------------------------------------------------
 # Basic project information
 #---------------------------------------------------------------------------
 
 # release.py contains version, authors, license, url, keywords, etc.
 execfile(pjoin(repo_root, 'IPython','core','release.py'), globals())
 
 # Create a dict with the basic information
 # This dict is eventually passed to setup after additional keys are added.
 setup_args = dict(
       name             = name,
       version          = version,
       description      = description,
       long_description = long_description,
       author           = author,
       author_email     = author_email,
       url              = url,
       download_url     = download_url,
       license          = license,
       platforms        = platforms,
       keywords         = keywords,
       classifiers      = classifiers,
       cmdclass         = {'install_data': install_data_ext},
       )
 
 
 #---------------------------------------------------------------------------
 # Find packages
 #---------------------------------------------------------------------------
 
 def find_packages():
     """
     Find all of IPython's packages.
     """
     excludes = ['deathrow', 'quarantine']
     packages = []
     for dir,subdirs,files in os.walk('IPython'):
         package = dir.replace(os.path.sep, '.')
         if any(package.startswith('IPython.'+exc) for exc in excludes):
             # package is to be excluded (e.g. deathrow)
             continue
         if '__init__.py' not in files:
             # not a package
             continue
         packages.append(package)
     return packages
 
 #---------------------------------------------------------------------------
 # Find package data
 #---------------------------------------------------------------------------
 
 def find_package_data():
     """
     Find IPython's package_data.
     """
     # This is not enough for these things to appear in an sdist.
     # We need to muck with the MANIFEST to get this to work
     
     # exclude components from the walk,
     # we will build the components separately
     excludes = ['components']
     
     # add 'static/' prefix to exclusions, and tuplify for use in startswith
     excludes = tuple([pjoin('static', ex) for ex in excludes])
     
     # walk notebook resources:
     cwd = os.getcwd()
     os.chdir(os.path.join('IPython', 'html'))
     static_data = []
     for parent, dirs, files in os.walk('static'):
         if parent.startswith(excludes):
             continue
         for f in files:
             static_data.append(pjoin(parent, f))
     components = pjoin("static", "components")
     # select the components we actually need to install
     # (there are lots of resources we bundle for sdist-reasons that we don't actually use)
     static_data.extend([
         pjoin(components, "backbone", "backbone-min.js"),
         pjoin(components, "bootstrap", "bootstrap", "js", "bootstrap.min.js"),
         pjoin(components, "font-awesome", "font", "*.*"),
         pjoin(components, "highlight.js", "build", "highlight.pack.js"),
         pjoin(components, "jquery", "jquery.min.js"),
         pjoin(components, "jquery-ui", "ui", "minified", "jquery-ui.min.js"),
         pjoin(components, "jquery-ui", "themes", "smoothness", "jquery-ui.min.css"),
         pjoin(components, "marked", "lib", "marked.js"),
         pjoin(components, "requirejs", "require.js"),
         pjoin(components, "underscore", "underscore-min.js"),
     ])
     
     # Ship all of Codemirror's CSS and JS
     for parent, dirs, files in os.walk(pjoin(components, 'codemirror')):
         for f in files:
             if f.endswith(('.js', '.css')):
                 static_data.append(pjoin(parent, f))
     
     os.chdir(os.path.join('tests',))
-    js_tests = glob('casperjs/*.*') +  glob('casperjs/*/*')
+    js_tests = glob('*.js') + glob('*/*.js')
 
     os.chdir(os.path.join(cwd, 'IPython', 'nbconvert'))
     nbconvert_templates = [os.path.join(dirpath, '*.*')
                             for dirpath, _, _ in os.walk('templates')]
 
     os.chdir(cwd)
 
     package_data = {
         'IPython.config.profile' : ['README*', '*/*.py'],
         'IPython.core.tests' : ['*.png', '*.jpg'],
         'IPython.lib.tests' : ['*.wav'],
         'IPython.testing.plugin' : ['*.txt'],
         'IPython.html' : ['templates/*'] + static_data,
         'IPython.html.tests' : js_tests,
         'IPython.qt.console' : ['resources/icon/*.svg'],
         'IPython.nbconvert' : nbconvert_templates +
             ['tests/files/*.*', 'exporters/tests/files/*.*'],
         'IPython.nbconvert.filters' : ['marked.js'],
         'IPython.nbformat' : ['tests/*.ipynb']
     }
     
     # verify that package_data makes sense
     for pkg, data in package_data.items():
         pkg_root = pjoin(*pkg.split('.'))
         for d in data:
             path = pjoin(pkg_root, d)
             if '*' in path:
                 assert len(glob(path)) > 0, "No files match pattern %s" % path
             else:
                 assert os.path.exists(path), "Missing package data: %s" % path
 
     return package_data
 
 
 #---------------------------------------------------------------------------
 # Find data files
 #---------------------------------------------------------------------------
 
 def make_dir_struct(tag,base,out_base):
     """Make the directory structure of all files below a starting dir.
 
     This is just a convenience routine to help build a nested directory
     hierarchy because distutils is too stupid to do this by itself.
 
     XXX - this needs a proper docstring!
     """
 
     # we'll use these a lot below
     lbase = len(base)
     pathsep = os.path.sep
     lpathsep = len(pathsep)
 
     out = []
     for (dirpath,dirnames,filenames) in os.walk(base):
         # we need to strip out the dirpath from the base to map it to the
         # output (installation) path.  This requires possibly stripping the
         # path separator, because otherwise pjoin will not work correctly
         # (pjoin('foo/','/bar') returns '/bar').
 
         dp_eff = dirpath[lbase:]
         if dp_eff.startswith(pathsep):
             dp_eff = dp_eff[lpathsep:]
         # The output path must be anchored at the out_base marker
         out_path = pjoin(out_base,dp_eff)
         # Now we can generate the final filenames. Since os.walk only produces
         # filenames, we must join back with the dirpath to get full valid file
         # paths:
         pfiles = [pjoin(dirpath,f) for f in filenames]
         # Finally, generate the entry we need, which is a pari of (output
         # path, files) for use as a data_files parameter in install_data.
         out.append((out_path, pfiles))
 
     return out
 
 
 def find_data_files():
     """
     Find IPython's data_files.
 
     Just man pages at this point.
     """
 
     manpagebase = pjoin('share', 'man', 'man1')
 
     # Simple file lists can be made by hand
     manpages = [f for f in glob(pjoin('docs','man','*.1.gz')) if isfile(f)]
     if not manpages:
         # When running from a source tree, the manpages aren't gzipped
         manpages = [f for f in glob(pjoin('docs','man','*.1')) if isfile(f)]
 
     # And assemble the entire output list
     data_files = [ (manpagebase, manpages) ]
 
     return data_files
 
 
 def make_man_update_target(manpage):
     """Return a target_update-compliant tuple for the given manpage.
 
     Parameters
     ----------
     manpage : string
       Name of the manpage, must include the section number (trailing number).
 
     Example
     -------
 
     >>> make_man_update_target('ipython.1') #doctest: +NORMALIZE_WHITESPACE
     ('docs/man/ipython.1.gz',
      ['docs/man/ipython.1'],
      'cd docs/man && gzip -9c ipython.1 > ipython.1.gz')
     """
     man_dir = pjoin('docs', 'man')
     manpage_gz = manpage + '.gz'
     manpath = pjoin(man_dir, manpage)
     manpath_gz = pjoin(man_dir, manpage_gz)
     gz_cmd = ( "cd %(man_dir)s && gzip -9c %(manpage)s > %(manpage_gz)s" %
                locals() )
     return (manpath_gz, [manpath], gz_cmd)
 
 # The two functions below are copied from IPython.utils.path, so we don't need
 # to import IPython during setup, which fails on Python 3.
 
 def target_outdated(target,deps):
     """Determine whether a target is out of date.
 
     target_outdated(target,deps) -> 1/0
 
     deps: list of filenames which MUST exist.
     target: single filename which may or may not exist.
 
     If target doesn't exist or is older than any file listed in deps, return
     true, otherwise return false.
     """
     try:
         target_time = os.path.getmtime(target)
     except os.error:
         return 1
     for dep in deps:
         dep_time = os.path.getmtime(dep)
         if dep_time > target_time:
             #print "For target",target,"Dep failed:",dep # dbg
             #print "times (dep,tar):",dep_time,target_time # dbg
             return 1
     return 0
 
 
 def target_update(target,deps,cmd):
     """Update a target with a given command given a list of dependencies.
 
     target_update(target,deps,cmd) -> runs cmd if target is outdated.
 
     This is just a wrapper around target_outdated() which calls the given
     command if target is outdated."""
 
     if target_outdated(target,deps):
         os.system(cmd)
 
 #---------------------------------------------------------------------------
 # Find scripts
 #---------------------------------------------------------------------------
 
 def find_entry_points():
     """Find IPython's scripts.
 
     if entry_points is True:
         return setuptools entry_point-style definitions
     else:
         return file paths of plain scripts [default]
 
     suffix is appended to script names if entry_points is True, so that the
     Python 3 scripts get named "ipython3" etc.
     """
     ep = [
             'ipython%s = IPython:start_ipython',
             'ipcontroller%s = IPython.parallel.apps.ipcontrollerapp:launch_new_instance',
             'ipengine%s = IPython.parallel.apps.ipengineapp:launch_new_instance',
             'ipcluster%s = IPython.parallel.apps.ipclusterapp:launch_new_instance',
             'iptest%s = IPython.testing.iptestcontroller:main',
         ]
     suffix = str(sys.version_info[0])
     return [e % '' for e in ep] + [e % suffix for e in ep]
 
 script_src = """#!{executable}
 # This script was automatically generated by setup.py
 if __name__ == '__main__':
     from {mod} import {func}
     {func}()
 """
 
 class build_scripts_entrypt(build_scripts):
     def run(self):
         self.mkpath(self.build_dir)
         outfiles = []
         for script in find_entry_points():
             name, entrypt = script.split('=')
             name = name.strip()
             entrypt = entrypt.strip()
             outfile = os.path.join(self.build_dir, name)
             outfiles.append(outfile)
             print('Writing script to', outfile)
 
             mod, func = entrypt.split(':')
             with open(outfile, 'w') as f:
                 f.write(script_src.format(executable=sys.executable,
                                           mod=mod, func=func))
 
         return outfiles, outfiles
 
 class install_lib_symlink(Command):
     user_options = [
         ('install-dir=', 'd', "directory to install to"),
         ]
 
     def initialize_options(self):
         self.install_dir = None
 
     def finalize_options(self):
         self.set_undefined_options('symlink',
                                    ('install_lib', 'install_dir'),
                                   )
 
     def run(self):
         if sys.platform == 'win32':
             raise Exception("This doesn't work on Windows.")
         pkg = os.path.join(os.getcwd(), 'IPython')
         dest = os.path.join(self.install_dir, 'IPython')
         if os.path.islink(dest):
             print('removing existing symlink at %s' % dest)
             os.unlink(dest)
         print('symlinking %s -> %s' % (pkg, dest))
         os.symlink(pkg, dest)
 
 class unsymlink(install):
     def run(self):
         dest = os.path.join(self.install_lib, 'IPython')
         if os.path.islink(dest):
             print('removing symlink at %s' % dest)
             os.unlink(dest)
         else:
             print('No symlink exists at %s' % dest)
 
 class install_symlinked(install):
     def run(self):
         if sys.platform == 'win32':
             raise Exception("This doesn't work on Windows.")
 
         # Run all sub-commands (at least those that need to be run)
         for cmd_name in self.get_sub_commands():
             self.run_command(cmd_name)
     
     # 'sub_commands': a list of commands this command might have to run to
     # get its work done.  See cmd.py for more info.
     sub_commands = [('install_lib_symlink', lambda self:True),
                     ('install_scripts_sym', lambda self:True),
                    ]
 
 class install_scripts_for_symlink(install_scripts):
     """Redefined to get options from 'symlink' instead of 'install'.
     
     I love distutils almost as much as I love setuptools.
     """
     def finalize_options(self):
         self.set_undefined_options('build', ('build_scripts', 'build_dir'))
         self.set_undefined_options('symlink',
                                    ('install_scripts', 'install_dir'),
                                    ('force', 'force'),
                                    ('skip_build', 'skip_build'),
                                   )
 
 #---------------------------------------------------------------------------
 # Verify all dependencies
 #---------------------------------------------------------------------------
 
 def check_for_dependencies():
     """Check for IPython's dependencies.
 
     This function should NOT be called if running under setuptools!
     """
     from setupext.setupext import (
         print_line, print_raw, print_status,
         check_for_sphinx, check_for_pygments,
         check_for_nose, check_for_pexpect,
         check_for_pyzmq, check_for_readline,
         check_for_jinja2, check_for_tornado
     )
     print_line()
     print_raw("BUILDING IPYTHON")
     print_status('python', sys.version)
     print_status('platform', sys.platform)
     if sys.platform == 'win32':
         print_status('Windows version', sys.getwindowsversion())
 
     print_raw("")
     print_raw("OPTIONAL DEPENDENCIES")
 
     check_for_sphinx()
     check_for_pygments()
     check_for_nose()
     if os.name == 'posix':
         check_for_pexpect()
     check_for_pyzmq()
     check_for_tornado()
     check_for_readline()
     check_for_jinja2()
 
 #---------------------------------------------------------------------------
 # VCS related
 #---------------------------------------------------------------------------
 
 # utils.submodule has checks for submodule status
 execfile(pjoin('IPython','utils','submodule.py'), globals())
 
 class UpdateSubmodules(Command):
     """Update git submodules
     
     IPython's external javascript dependencies live in a separate repo.
     """
     description = "Update git submodules"
     user_options = []
     
     def initialize_options(self):
         pass
     
     def finalize_options(self):
         pass
     
     def run(self):
         failure = False
         try:
             self.spawn('git submodule init'.split())
             self.spawn('git submodule update --recursive'.split())
         except Exception as e:
             failure = e
             print(e)
         
         if not check_submodule_status(repo_root) == 'clean':
             print("submodules could not be checked out")
             sys.exit(1)
 
 
 def git_prebuild(pkg_dir, build_cmd=build_py):
     """Return extended build or sdist command class for recording commit
     
     records git commit in IPython.utils._sysinfo.commit
     
     for use in IPython.utils.sysinfo.sys_info() calls after installation.
     
     Also ensures that submodules exist prior to running
     """
     
     class MyBuildPy(build_cmd):
         ''' Subclass to write commit data into installation tree '''
         def run(self):
             build_cmd.run(self)
             # this one will only fire for build commands
             if hasattr(self, 'build_lib'):
                 self._record_commit(self.build_lib)
         
         def make_release_tree(self, base_dir, files):
             # this one will fire for sdist
             build_cmd.make_release_tree(self, base_dir, files)
             self._record_commit(base_dir)
         
         def _record_commit(self, base_dir):
             import subprocess
             proc = subprocess.Popen('git rev-parse --short HEAD',
                                     stdout=subprocess.PIPE,
                                     stderr=subprocess.PIPE,
                                     shell=True)
             repo_commit, _ = proc.communicate()
             repo_commit = repo_commit.strip().decode("ascii")
             
             out_pth = pjoin(base_dir, pkg_dir, 'utils', '_sysinfo.py')
             if os.path.isfile(out_pth) and not repo_commit:
                 # nothing to write, don't clobber
                 return
             
             print("writing git commit '%s' to %s" % (repo_commit, out_pth))
             
             # remove to avoid overwriting original via hard link
             try:
                 os.remove(out_pth)
             except (IOError, OSError):
                 pass
             with open(out_pth, 'w') as out_file:
                 out_file.writelines([
                     '# GENERATED BY setup.py\n',
                     'commit = "%s"\n' % repo_commit,
                 ])
     return require_submodules(MyBuildPy)
 
 
 def require_submodules(command):
     """decorator for instructing a command to check for submodules before running"""
     class DecoratedCommand(command):
         def run(self):
             if not check_submodule_status(repo_root) == 'clean':
                 print("submodules missing! Run `setup.py submodule` and try again")
                 sys.exit(1)
             command.run(self)
     return DecoratedCommand
 
 #---------------------------------------------------------------------------
 # bdist related
 #---------------------------------------------------------------------------
 
 def get_bdist_wheel():
     """Construct bdist_wheel command for building wheels
     
     Constructs py2-none-any tag, instead of py2.7-none-any
     """
     class RequiresWheel(Command):
         description = "Dummy command for missing bdist_wheel"
         user_options = []
 
         def initialize_options(self):
             pass
 
         def finalize_options(self):
             pass
 
         def run(self):
             print("bdist_wheel requires the wheel package")
             sys.exit(1)
 
     if 'setuptools' not in sys.modules:
         return RequiresWheel
     else:
         try:
             from wheel.bdist_wheel import bdist_wheel, read_pkg_info, write_pkg_info
         except ImportError:
             return RequiresWheel
         
         class bdist_wheel_tag(bdist_wheel):
 
             def get_tag(self):
                 return ('py%i' % sys.version_info[0], 'none', 'any')
 
             def add_requirements(self, metadata_path):
                 """transform platform-dependent requirements"""
                 pkg_info = read_pkg_info(metadata_path)
                 # pkg_info is an email.Message object (?!)
                 # we have to remove the unconditional 'readline' and/or 'pyreadline' entries
                 # and transform them to conditionals
                 requires = pkg_info.get_all('Requires-Dist')
                 del pkg_info['Requires-Dist']
                 def _remove_startswith(lis, prefix):
                     """like list.remove, but with startswith instead of =="""
                     found = False
                     for idx, item in enumerate(lis):
                         if item.startswith(prefix):
                             found = True
                             break
                     if found:
                         lis.pop(idx)
                 
                 for pkg in ("readline", "pyreadline"):
                     _remove_startswith(requires, pkg)
                 requires.append("readline; sys.platform == 'darwin'")
                 requires.append("pyreadline (>=2.0); sys.platform == 'win32'")
                 for r in requires:
                     pkg_info['Requires-Dist'] = r
                 write_pkg_info(metadata_path, pkg_info)
         
         return bdist_wheel_tag
 
 #---------------------------------------------------------------------------
 # Notebook related
 #---------------------------------------------------------------------------
 
 class CompileCSS(Command):
     """Recompile Notebook CSS
     
     Regenerate the compiled CSS from LESS sources.
     
     Requires various dev dependencies, such as fabric and lessc.
     """
     description = "Recompile Notebook CSS"
     user_options = []
     
     def initialize_options(self):
         pass
     
     def finalize_options(self):
         pass
     
     def run(self):
         call("fab css", shell=True, cwd=pjoin(repo_root, "IPython", "html"))
 
 class JavascriptVersion(Command):
     """write the javascript version to notebook javascript"""
     description = "Write IPython version to javascript"
     user_options = []
     
     def initialize_options(self):
         pass
     
     def finalize_options(self):
         pass
     
     def run(self):
         nsfile = pjoin(repo_root, "IPython", "html", "static", "base", "js", "namespace.js")
         with open(nsfile) as f:
             lines = f.readlines()
         with open(nsfile, 'w') as f:
             for line in lines:
                 if line.startswith("IPython.version"):
                     line = 'IPython.version = "{0}";\n'.format(version)
                 f.write(line)
             

examples/tests/pylab-switch/Pylab Switching.ipynb

@@ -1,108 +0,0 b''
-{
- "metadata": {
-  "name": "Pylab Switching"
- },
- "nbformat": 3,
- "nbformat_minor": 0,
- "worksheets": [
-  {
-   "cells": [
-    {
-     "cell_type": "code",
-     "collapsed": false,
-     "input": [
-      "# Should pop up a GUI window\n",
-      "%pylab qt\n",
-      "plot([1,2,3])"
-     ],
-     "language": "python",
-     "metadata": {},
-     "outputs": [
-      {
-       "output_type": "stream",
-       "stream": "stdout",
-       "text": [
-        "\n",
-        "Welcome to pylab, a matplotlib-based Python environment [backend: Qt4Agg].\n",
-        "For more information, type 'help(pylab)'.\n"
-       ]
-      },
-      {
-       "output_type": "pyout",
-       "prompt_number": 3,
-       "text": [
-        "[<matplotlib.lines.Line2D at 0x4566850>]"
-       ]
-      }
-     ],
-     "prompt_number": 3
-    },
-    {
-     "cell_type": "code",
-     "collapsed": false,
-     "input": [
-      "# Should make an inline figure\n",
-      "%pylab inline\n",
-      "plot([1,2,3])"
-     ],
-     "language": "python",
-     "metadata": {},
-     "outputs": [
-      {
-       "output_type": "stream",
-       "stream": "stdout",
-       "text": [
-        "\n",
-        "Welcome to pylab, a matplotlib-based Python environment [backend: module://IPython.kernel.zmq.pylab.backend_inline].\n",
-        "For more information, type 'help(pylab)'.\n"
-       ]
-      },
-      {
-       "output_type": "pyout",
-       "prompt_number": 4,
-       "text": [
-        "[<matplotlib.lines.Line2D at 0x4830ad0>]"
-       ]
-      },
-      {
-       "output_type": "display_data",
-       "png": 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-      }
-     ],
-     "prompt_number": 4
-    },
-    {
-     "cell_type": "code",
-     "collapsed": false,
-     "input": [
-      "# New GUI window--should *NOT* have the visual settings of inline\n",
-      "%pylab qt\n",
-      "plot([1,2,3])"
-     ],
-     "language": "python",
-     "metadata": {},
-     "outputs": [
-      {
-       "output_type": "stream",
-       "stream": "stdout",
-       "text": [
-        "\n",
-        "Welcome to pylab, a matplotlib-based Python environment [backend: Qt4Agg].\n",
-        "For more information, type 'help(pylab)'.\n"
-       ]
-      },
-      {
-       "output_type": "pyout",
-       "prompt_number": 11,
-       "text": [
-        "[<matplotlib.lines.Line2D at 0x5253850>]"
-       ]
-      }
-     ],
-     "prompt_number": 11
-    }
-   ],
-   "metadata": {}
-  }
- ]
-}
  No newline at end of file