Merge remote-tracking branch 'upstream/master'

IPython/core/display.py

@@ -24,7 +24,7 b' 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
 
 #-----------------------------------------------------------------------------
@@ -271,6 +271,24 b' def display_javascript(*objs, **kwargs):'
     """
     _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
 #-----------------------------------------------------------------------------
@@ -699,3 +717,56 b' def clear_output(wait=False):'
         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

@@ -93,6 +93,7 b' class DisplayFormatter(Configurable):'
             HTMLFormatter,
             SVGFormatter,
             PNGFormatter,
+            PDFFormatter,
             JPEGFormatter,
             LatexFormatter,
             JSONFormatter,
@@ -116,6 +117,7 b' class DisplayFormatter(Configurable):'
         * text/latex
         * application/json
         * application/javascript
+        * application/pdf
         * image/png
         * image/jpeg
         * image/svg+xml
@@ -766,11 +768,29 b' class JavascriptFormatter(BaseFormatter):'
 
     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)
@@ -789,6 +809,7 b' def format_display_data(obj, include=None, exclude=None):'
     * text/latex
     * application/json
     * application/javascript
+    * application/pdf
     * image/png
     * image/jpeg
     * image/svg+xml

IPython/core/magics/pylab.py

@@ -47,28 +47,32 b' class PylabMagics(Magics):'
         """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
         """

IPython/core/pylabtools.py

@@ -25,6 +25,7 b' 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
@@ -165,10 +166,17 b' def mpl_runner(safe_execfile):'
     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
@@ -176,22 +184,26 b' def select_figure_format(shell, fmt, quality=90):'
     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
@@ -342,5 +354,5 b' def configure_inline_support(shell, backend):'
             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

@@ -8,7 +8,9 b' 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):
@@ -279,4 +281,11 b' def test_warn_error_pretty_method():'
     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

@@ -32,13 +32,13 b' 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()
 
@@ -51,7 +51,7 b' class LoginHandler(IPythonHandler):'
                 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))
 
 
 #-----------------------------------------------------------------------------

IPython/html/base/handlers.py

@@ -133,8 +133,8 b' class IPythonHandler(AuthenticatedHandler):'
         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):
@@ -180,7 +180,7 b' class IPythonHandler(AuthenticatedHandler):'
     @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,

IPython/html/notebook/handlers.py

@@ -58,7 +58,7 b' class NotebookRedirectHandler(IPythonHandler):'
         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:
@@ -73,7 +73,7 b' class NotebookRedirectHandler(IPythonHandler):'
                 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)

IPython/html/notebookapp.py

@@ -133,42 +133,42 b' def load_handlers(name):'
 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
@@ -206,10 +206,10 b' class NotebookWebApplication(web.Application):'
             (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
@@ -414,17 +414,22 b' class NotebookApp(BaseIPythonApplication):'
         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
@@ -473,12 +478,12 b' class NotebookApp(BaseIPythonApplication):'
         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)
@@ -586,7 +591,7 b' class NotebookApp(BaseIPythonApplication):'
         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)
@@ -639,7 +644,7 b' class NotebookApp(BaseIPythonApplication):'
 
     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'):
@@ -745,7 +750,7 b' class NotebookApp(BaseIPythonApplication):'
                 '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),
                }
 

IPython/html/services/notebooks/handlers.py

@@ -47,7 +47,7 b' class NotebookHandler(IPythonHandler):'
             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):
@@ -242,7 +242,7 b' class NotebookCheckpointsHandler(IPythonHandler):'
         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)

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

@@ -10,10 +10,11 b''
 //============================================================================
 
 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);
@@ -30,10 +31,16 b' var IPython = (function (IPython) {'
     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"
+            );
         });
     };
 

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

@@ -417,15 +417,29 b' IPython.utils = (function (IPython) {'
                 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 '/',
@@ -443,7 +457,15 b' IPython.utils = (function (IPython) {'
         } 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
@@ -508,6 +530,8 b' IPython.utils = (function (IPython) {'
         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,

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

@@ -510,7 +510,7 b' var IPython = (function (IPython) {'
         },
         'h' : {
             help    : 'keyboard shortcuts',
-            help_index : 'gd',
+            help_index : 'ge',
             handler : function (event) {
                 IPython.quick_help.show_keyboard_shortcuts();
                 return false;
@@ -532,6 +532,14 b' var IPython = (function (IPython) {'
                 return false;
             }
         },
+        'q' : {
+            help    : 'close pager',
+            help_index : 'gd',
+            handler : function (event) {
+                IPython.pager.collapse();
+                return false;
+            }
+        },
     }
 
 

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

@@ -8,7 +8,6 b''
 //============================================================================
 // 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,
@@ -18,28 +17,28 b" 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();
@@ -47,35 +46,32 b' function (marked) {'
     $('#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();
@@ -101,7 +97,7 b' function (marked) {'
     
     $([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({
@@ -121,8 +117,6 b' function (marked) {'
                 }
                 return highlighted.value;
             }
-        })
+        });
     }
-}
-
-);
+});

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

@@ -100,8 +100,9 b' var IPython = (function (IPython) {'
                     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',

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

@@ -30,16 +30,14 b' var IPython = (function (IPython) {'
      *
      * @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);
@@ -48,16 +46,6 b' var IPython = (function (IPython) {'
         }
     };
 
-    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) {
@@ -71,20 +59,21 b' var IPython = (function (IPython) {'
 
     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
@@ -94,9 +83,9 b' var IPython = (function (IPython) {'
         });
         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 () {
@@ -104,16 +93,18 b' var IPython = (function (IPython) {'
             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);
         });

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

@@ -23,10 +23,10 b' var IPython = (function (IPython) {'
      * @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);
@@ -53,8 +53,8 b' var IPython = (function (IPython) {'
         // 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();
@@ -70,24 +70,6 b' var IPython = (function (IPython) {'
     };
 
     /**
-     * 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
@@ -163,7 +145,7 b' var IPython = (function (IPython) {'
         };
 
         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);
         });
 
@@ -176,7 +158,7 b' var IPython = (function (IPython) {'
         };
 
         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);
         });
         
@@ -205,7 +187,7 b' var IPython = (function (IPython) {'
                 } 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;
@@ -237,7 +219,7 b' var IPython = (function (IPython) {'
      */
     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 ;
@@ -349,7 +331,7 b' var IPython = (function (IPython) {'
             result = ce.data('cell');
         }
         return result;
-    }
+    };
 
     /**
      * Get the cell below a given cell.
@@ -365,7 +347,7 b' var IPython = (function (IPython) {'
             result = this.get_cell(index+1);
         }
         return result;
-    }
+    };
 
     /**
      * Get the cell above a given cell.
@@ -383,7 +365,7 b' var IPython = (function (IPython) {'
             result = this.get_cell(index-1);
         }
         return result;
-    }
+    };
     
     /**
      * Get the numeric index of a given cell.
@@ -397,7 +379,7 b' var IPython = (function (IPython) {'
         this.get_cell_elements().filter(function (index) {
             if ($(this).data("cell") === cell) {
                 result = index;
-            };
+            }
         });
         return result;
     };
@@ -444,8 +426,8 b' var IPython = (function (IPython) {'
             return true;
         } else {
             return false;
-        };
-    }
+        }
+    };
 
     /**
      * Get the index of the currently selected cell.
@@ -458,7 +440,7 b' var IPython = (function (IPython) {'
         this.get_cell_elements().filter(function (index) {
             if ($(this).data("cell").selected === true) {
                 result = index;
-            };
+            }
         });
         return result;
     };
@@ -475,11 +457,11 b' var IPython = (function (IPython) {'
      */
     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') {
@@ -490,8 +472,8 b' var IPython = (function (IPython) {'
                 $([IPython.events]).trigger('selected_cell_type_changed.Notebook',
                     {'cell_type':cell.cell_type}
                 );
-            };
-        };
+            }
+        }
         return this;
     };
 
@@ -527,25 +509,27 b' var IPython = (function (IPython) {'
         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
@@ -553,7 +537,7 b' var IPython = (function (IPython) {'
             this.mode = 'edit';
             IPython.keyboard_manager.edit_mode();
             cell.edit_mode();
-        };
+        }
     };
 
     Notebook.prototype.focus_cell = function () {
@@ -582,9 +566,9 b' var IPython = (function (IPython) {'
                 this.select(i-1);
                 var cell = this.get_selected_cell();
                 cell.focus_cell();
-            };
+            }
             this.set_dirty(true);
-        };
+        }
         return this;
     };
 
@@ -607,8 +591,8 b' var IPython = (function (IPython) {'
                 this.select(i+1);
                 var cell = this.get_selected_cell();
                 cell.focus_cell();
-            };
-        };
+            }
+        }
         this.set_dirty();
         return this;
     };
@@ -648,10 +632,10 b' var IPython = (function (IPython) {'
                 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;
     };
 
@@ -689,7 +673,7 b' var IPython = (function (IPython) {'
             this.undelete_index = null;
         }
         $('#undelete_cell').addClass('disabled');
-    }
+    };
 
     /**
      * Insert a cell so that after insertion the cell is at given index.
@@ -707,8 +691,8 b' var IPython = (function (IPython) {'
     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) {
@@ -848,8 +832,8 b' var IPython = (function (IPython) {'
                 source_element.remove();
                 this.select(i);
                 this.set_dirty(true);
-            };
-        };
+            }
+        }
     };
 
     /**
@@ -868,7 +852,7 b' var IPython = (function (IPython) {'
                 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);
@@ -881,8 +865,8 b' var IPython = (function (IPython) {'
                     target_cell.render();
                 }
                 this.set_dirty(true);
-            };
-        };
+            }
+        }
     };
 
     /**
@@ -902,7 +886,7 b' var IPython = (function (IPython) {'
                 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);
@@ -912,8 +896,8 b' var IPython = (function (IPython) {'
                 source_element.remove();
                 this.select(i);
                 this.set_dirty(true);
-            };
-        };
+            }
+        }
     };
 
     /**
@@ -937,7 +921,7 b' var IPython = (function (IPython) {'
                 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();
@@ -950,12 +934,12 b' var IPython = (function (IPython) {'
                 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}
             );
-        };
+        }
     };
 
 
@@ -976,7 +960,7 b' var IPython = (function (IPython) {'
             $('#paste_cell_below').removeClass('disabled')
                 .on('click', function () {that.paste_cell_below();});
             this.paste_enabled = true;
-        };
+        }
     };
 
     /**
@@ -990,7 +974,7 b' var IPython = (function (IPython) {'
             $('#paste_cell_above').addClass('disabled').off('click');
             $('#paste_cell_below').addClass('disabled').off('click');
             this.paste_enabled = false;
-        };
+        }
     };
 
     /**
@@ -1001,7 +985,7 b' var IPython = (function (IPython) {'
     Notebook.prototype.cut_cell = function () {
         this.copy_cell();
         this.delete_cell();
-    }
+    };
 
     /**
      * Copy a cell.
@@ -1027,7 +1011,7 b' var IPython = (function (IPython) {'
             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));
-        };
+        }
     };
 
     /**
@@ -1041,7 +1025,7 b' var IPython = (function (IPython) {'
             var new_cell = this.insert_cell_above(cell_data.cell_type);
             new_cell.fromJSON(cell_data);
             new_cell.focus_cell();
-        };
+        }
     };
 
     /**
@@ -1055,7 +1039,7 b' var IPython = (function (IPython) {'
             var new_cell = this.insert_cell_below(cell_data.cell_type);
             new_cell.fromJSON(cell_data);
             new_cell.focus_cell();
-        };
+        }
     };
 
     // Split/merge
@@ -1086,7 +1070,7 b' var IPython = (function (IPython) {'
                 new_cell.unrender();
                 new_cell.set_text(texta);
             }
-        };
+        }
     };
 
     /**
@@ -1120,10 +1104,10 b' var IPython = (function (IPython) {'
                     // that of the original selected cell;
                     cell.render();
                 }
-            };
+            }
             this.delete_cell(index-1);
             this.select(this.find_cell_index(cell));
-        };
+        }
     };
 
     /**
@@ -1157,10 +1141,10 b' var IPython = (function (IPython) {'
                     // that of the original selected cell;
                     cell.render();
                 }
-            };
+            }
             this.delete_cell(index+1);
             this.select(this.find_cell_index(cell));
-        };
+        }
     };
 
 
@@ -1363,7 +1347,7 b' var IPython = (function (IPython) {'
      * @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));
     };
 
@@ -1380,8 +1364,8 b' var IPython = (function (IPython) {'
             var cell = this.get_cell(i);
             if (cell instanceof IPython.CodeCell) {
                 cell.set_kernel(this.session.kernel);
-            };
-        };  
+            }
+        }
     };
     
     /**
@@ -1422,7 +1406,7 b' var IPython = (function (IPython) {'
         this.command_mode();
         cell.focus_cell();
         this.set_dirty(true);
-    }
+    };
 
     /**
      * Execute or render cell outputs and insert a new cell below.
@@ -1518,7 +1502,7 b' var IPython = (function (IPython) {'
         for (var i=start; i<end; i++) {
             this.select(i);
             this.execute_cell();
-        };
+        }
     };
 
     // Persistance and loading
@@ -1527,7 +1511,7 b' var IPython = (function (IPython) {'
      * 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);
@@ -1553,11 +1537,11 b' var IPython = (function (IPython) {'
      */
     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;
-        };
+        }
     };
 
     /**
@@ -1575,7 +1559,7 b' var IPython = (function (IPython) {'
         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;
@@ -1599,8 +1583,8 b' var IPython = (function (IPython) {'
 
                 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",
@@ -1628,7 +1612,7 b' var IPython = (function (IPython) {'
         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 : [{
@@ -1664,7 +1648,7 b' var IPython = (function (IPython) {'
         } else {
             this.autosave_timer = null;
             $([IPython.events]).trigger("autosave_disabled.Notebook");
-        };
+        }
     };
     
     /**
@@ -1699,7 +1683,7 b' var IPython = (function (IPython) {'
         }
         $([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
@@ -1723,7 +1707,7 b' var IPython = (function (IPython) {'
         if (this._checkpoint_after_save) {
             this.create_checkpoint();
             this._checkpoint_after_save = false;
-        };
+        }
     };
     
     /**
@@ -1760,7 +1744,7 b' var IPython = (function (IPython) {'
 
     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,
@@ -1771,7 +1755,7 b' var IPython = (function (IPython) {'
                 var notebook_name = data.name;
                 window.open(
                     utils.url_join_encode(
-                        base_project_url,
+                        base_url,
                         'notebooks',
                         path,
                         notebook_name
@@ -1781,7 +1765,7 b' var IPython = (function (IPython) {'
             }
         };
         var url = utils.url_join_encode(
-            base_project_url,
+            base_url,
             'api/notebooks',
             path
         );
@@ -1791,7 +1775,7 b' var IPython = (function (IPython) {'
 
     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,
@@ -1801,7 +1785,7 b' var IPython = (function (IPython) {'
             async : false,
             success : function (data, status, xhr) {
                 window.open(utils.url_join_encode(
-                    base_project_url,
+                    base_url,
                     'notebooks',
                     data.path,
                     data.name
@@ -1809,7 +1793,7 b' var IPython = (function (IPython) {'
             }
         };
         var url = utils.url_join_encode(
-            base_project_url,
+            base_url,
             'api/notebooks',
             path
         );
@@ -1818,7 +1802,10 b' var IPython = (function (IPython) {'
 
     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,
@@ -1831,7 +1818,7 b' var IPython = (function (IPython) {'
         };
         $([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
@@ -1848,7 +1835,7 b' var IPython = (function (IPython) {'
             dataType: "json",
         };
         var url = utils.url_join_encode(
-            this._baseProjectUrl,
+            this.base_url,
             'api/notebooks',
             this.notebook_path,
             this.notebook_name
@@ -1858,19 +1845,18 b' var IPython = (function (IPython) {'
 
     
     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!",
@@ -1894,7 +1880,7 b' var IPython = (function (IPython) {'
                 that.find('input[type="text"]').focus();
             }
         });
-    }
+    };
 
     /**
      * Request a notebook's data from the server.
@@ -1917,7 +1903,7 b' var IPython = (function (IPython) {'
         };
         $([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
@@ -1944,7 +1930,7 b' var IPython = (function (IPython) {'
         } 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) {
@@ -1969,7 +1955,7 b' var IPython = (function (IPython) {'
             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",
@@ -1985,7 +1971,7 b' var IPython = (function (IPython) {'
         
         // 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
@@ -2010,10 +1996,11 b' var IPython = (function (IPython) {'
      */
     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.";
         }
@@ -2024,7 +2011,7 b' var IPython = (function (IPython) {'
                 "OK": {}
             }
         });
-    }
+    };
 
     /*********************  checkpoint-related  *********************/
     
@@ -2067,7 +2054,7 b' var IPython = (function (IPython) {'
      */
     Notebook.prototype.list_checkpoints = function () {
         var url = utils.url_join_encode(
-            this._baseProjectUrl,
+            this.base_url,
             'api/notebooks',
             this.notebook_path,
             this.notebook_name,
@@ -2089,7 +2076,7 b' var IPython = (function (IPython) {'
      * @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];
@@ -2118,9 +2105,9 b' var IPython = (function (IPython) {'
      */
     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'
         );
@@ -2140,7 +2127,7 b' var IPython = (function (IPython) {'
      * @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);
     };
@@ -2159,7 +2146,7 b' var IPython = (function (IPython) {'
     
     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;
@@ -2194,7 +2181,7 b' var IPython = (function (IPython) {'
                 Cancel : {}
                 }
         });
-    }
+    };
     
     /**
      * Restore the notebook to a checkpoint state.
@@ -2205,9 +2192,9 b' var IPython = (function (IPython) {'
     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
@@ -2253,9 +2240,9 b' var IPython = (function (IPython) {'
     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

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

@@ -69,17 +69,29 b' var IPython = (function (IPython) {'
 
     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/html/static/notebook/js/outputarea.js

@@ -252,6 +252,7 b' var IPython = (function (IPython) {'
         'image/svg+xml',
         'image/png',
         'image/jpeg',
+        'application/pdf',
         'text/plain'
     ];
 
@@ -620,6 +621,17 b' var IPython = (function (IPython) {'
     };
 
 
+    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.
@@ -807,6 +819,7 b' var IPython = (function (IPython) {'
         "image/svg+xml" : "svg",
         "image/png" : "png",
         "image/jpeg" : "jpeg",
+        "application/pdf" : "pdf",
         "text/latex" : "latex",
         "application/json" : "json",
         "application/javascript" : "javascript",
@@ -818,6 +831,7 b' var IPython = (function (IPython) {'
         "svg" : "image/svg+xml",
         "png" : "image/png",
         "jpeg" : "image/jpeg",
+        "pdf" : "application/pdf",
         "latex" : "text/latex",
         "json" : "application/json",
         "javascript" : "application/javascript",
@@ -830,6 +844,7 b' var IPython = (function (IPython) {'
         'image/svg+xml',
         'image/png',
         'image/jpeg',
+        'application/pdf',
         'text/plain'
     ];
 
@@ -842,6 +857,7 b' var IPython = (function (IPython) {'
         "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;

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

@@ -127,7 +127,7 b' var IPython = (function (IPython) {'
     
     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",

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

@@ -1,4 +1,4 b''
-.notification_widget{
+.notification_widget {
     color: @navbarLinkColor;
     padding: 1px 12px;
     margin: 2px 4px;
@@ -10,13 +10,4 b''
     &.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

@@ -25,12 +25,12 b' var IPython = (function (IPython) {'
      * 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();
@@ -94,8 +94,7 b' var IPython = (function (IPython) {'
         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'
             );
@@ -114,8 +113,7 b' var IPython = (function (IPython) {'
         $([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'
             );
@@ -133,8 +131,10 b' var IPython = (function (IPython) {'
             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();
     };
 
@@ -155,12 +155,18 b' var IPython = (function (IPython) {'
     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){
@@ -168,7 +174,7 b' var IPython = (function (IPython) {'
             }
             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){
@@ -177,7 +183,7 b' var IPython = (function (IPython) {'
             }
             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];
@@ -387,7 +393,7 b' var IPython = (function (IPython) {'
     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"));
         }
     };
 
@@ -399,7 +405,7 b' var IPython = (function (IPython) {'
                 cache : false,
                 type : "DELETE"
             };
-            $.ajax(this.kernel_url, settings);
+            $.ajax(utils.url_join_encode(this.kernel_url), settings);
         }
     };
 

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

@@ -14,13 +14,14 b' var IPython = (function (IPython) {'
     
     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) {
@@ -44,7 +45,7 b' var IPython = (function (IPython) {'
                 }
             },
         };
-        var url = utils.url_join_encode(this._baseProjectUrl, 'api/sessions');
+        var url = utils.url_join_encode(this.base_url, 'api/sessions');
         $.ajax(url, settings);
     };
     
@@ -64,7 +65,7 b' var IPython = (function (IPython) {'
             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);
     };
     
@@ -76,7 +77,7 b' var IPython = (function (IPython) {'
             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);
     };
     
@@ -88,8 +89,8 b' var IPython = (function (IPython) {'
      */
     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);
     };
     

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

@@ -1502,8 +1502,9 b' p{margin-bottom:0}'
 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}

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

@@ -14,17 +14,17 b' var IPython = (function (IPython) {'
     
     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 () {
@@ -51,7 +51,7 b' var IPython = (function (IPython) {'
             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);
     };
 
@@ -65,7 +65,7 b' var IPython = (function (IPython) {'
         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);
@@ -73,17 +73,14 b' var IPython = (function (IPython) {'
     };
 
 
-    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");
     };
@@ -138,7 +135,7 b' var IPython = (function (IPython) {'
                 };
                 status_col.text('starting');
                 var url = utils.url_join_encode(
-                    that.baseProjectUrl(),
+                    that.base_url,
                     'clusters',
                     that.data.profile,
                     'start'
@@ -180,7 +177,7 b' var IPython = (function (IPython) {'
             };
             status_col.text('stopping');
             var url = utils.url_join_encode(
-                that.baseProjectUrl(),
+                that.base_url,
                 'clusters',
                 that.data.profile,
                 'stop'

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

@@ -15,12 +15,16 b' $(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,

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

@@ -14,7 +14,7 b' var IPython = (function (IPython) {'
     
     var utils = IPython.utils;
 
-    var NotebookList = function (selector) {
+    var NotebookList = function (selector, options) {
         this.selector = selector;
         if (this.selector !== undefined) {
             this.element = $(selector);
@@ -23,16 +23,10 b' var IPython = (function (IPython) {'
         }
         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');
@@ -112,7 +106,7 b' var IPython = (function (IPython) {'
             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);
     };
 
@@ -152,10 +146,10 b' var IPython = (function (IPython) {'
         };
 
         var url = utils.url_join_encode(
-                this.baseProjectUrl(),
+                this.base_url,
                 'api',
                 'notebooks',
-                this.notebookPath()
+                this.notebook_path
         );
         $.ajax(url, settings);
     };
@@ -175,7 +169,7 b' var IPython = (function (IPython) {'
             span12.empty();
             span12.append($('<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);
@@ -233,7 +227,7 b' var IPython = (function (IPython) {'
         item.find("a.item_link")
             .attr('href',
                 utils.url_join_encode(
-                    this.baseProjectUrl(),
+                    this.base_url,
                     "tree",
                     path,
                     name
@@ -250,7 +244,7 b' var IPython = (function (IPython) {'
         item.find("a.item_link")
             .attr('href',
                 utils.url_join_encode(
-                    this.baseProjectUrl(),
+                    this.base_url,
                     "notebooks",
                     path,
                     nbname
@@ -291,7 +285,7 b' var IPython = (function (IPython) {'
                     }
                 };
                 var url = utils.url_join_encode(
-                    that.baseProjectUrl(),
+                    that.base_url,
                     'api/sessions',
                     session
                 );
@@ -331,9 +325,9 b' var IPython = (function (IPython) {'
                                     }
                                 };
                                 var url = utils.url_join_encode(
-                                    notebooklist.baseProjectUrl(),
+                                    notebooklist.base_url,
                                     'api/notebooks',
-                                    notebooklist.notebookPath(),
+                                    notebooklist.notebook_path,
                                     nbname
                                 );
                                 $.ajax(url, settings);
@@ -357,7 +351,7 b' var IPython = (function (IPython) {'
                 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 = {
@@ -380,9 +374,9 b' var IPython = (function (IPython) {'
                 };
 
                 var url = utils.url_join_encode(
-                    that.baseProjectUrl(),
+                    that.base_url,
                     'api/notebooks',
-                    that.notebookPath(),
+                    that.notebook_path,
                     nbname
                 );
                 $.ajax(url, settings);
@@ -402,8 +396,8 b' var IPython = (function (IPython) {'
 
 
     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,
@@ -414,7 +408,7 b' var IPython = (function (IPython) {'
                 var notebook_name = data.name;
                 window.open(
                     utils.url_join_encode(
-                        base_project_url,
+                        base_url,
                         'notebooks',
                         path,
                         notebook_name),
@@ -423,7 +417,7 b' var IPython = (function (IPython) {'
             }
         };
         var url = utils.url_join_encode(
-            base_project_url,
+            base_url,
             'api/notebooks',
             path
         );

IPython/html/templates/login.html

@@ -20,7 +20,7 b''
         <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>

IPython/html/templates/logout.html

@@ -21,9 +21,9 b''
     {% 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 %}
 
 

IPython/html/templates/notebook.html

@@ -22,7 +22,7 b' window.mathjax_url = "{{mathjax_url}}";'
 {% 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}}"
@@ -251,8 +251,11 b' class="notebook_app"'
             </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>

IPython/html/templates/page.html

@@ -21,7 +21,7 b''
       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")}}', 
           },
@@ -54,7 +54,7 b''
 <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 %}
 

IPython/html/templates/tree.html

@@ -11,7 +11,7 b''
 {% 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}}"
 

IPython/html/tests/notebook/roundtrip.js

@@ -64,9 +64,12 b' function clear_and_execute(that, code) {'
         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 () {
@@ -77,13 +80,9 b' casper.notebook_test(function () {'
             "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');

IPython/html/tests/tree/dashboard_nav.js

@@ -18,9 +18,12 b' casper.test_items = function (baseUrl) {'
             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();
                     });
@@ -31,7 +34,7 b' casper.test_items = function (baseUrl) {'
 }
 
 casper.dashboard_test(function () {
-    baseUrl = this.get_notebook_server()
+    baseUrl = this.get_notebook_server();
     casper.test_items(baseUrl);
 })
 

IPython/html/tree/handlers.py

@@ -30,12 +30,12 b' 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
 
@@ -57,7 +57,7 b' class TreeHandler(IPythonHandler):'
         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)
@@ -81,7 +81,7 b' class TreeRedirectHandler(IPythonHandler):'
     @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)

IPython/html/widgets/interaction.py

@@ -20,6 +20,7 b' 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)
@@ -205,7 +206,14 b' def interactive(__interact_f, **kwargs):'
             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:

IPython/html/widgets/widget.py

@@ -14,6 +14,7 b' in the IPython notebook front-end.'
 #-----------------------------------------------------------------------------
 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
@@ -33,7 +34,11 b' class CallbackDispatcher(LoggingConfigurable):'
             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
@@ -54,6 +59,18 b' class CallbackDispatcher(LoggingConfigurable):'
         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):
     #-------------------------------------------------------------------------
@@ -241,6 +258,7 b' class Widget(LoggingConfigurable):'
         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']

IPython/kernel/zmq/pylab/config.py

@@ -14,7 +14,9 b' This module does not import anything from matplotlib.'
 #-----------------------------------------------------------------------------
 
 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
 
 #-----------------------------------------------------------------------------
@@ -63,21 +65,26 b' class InlineBackend(InlineBackendConfig):'
         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.")

IPython/parallel/apps/launcher.py

@@ -600,6 +600,11 b' class SSHLauncher(LocalProcessLauncher):'
                 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])
     
@@ -623,6 +628,9 b' class SSHLauncher(LocalProcessLauncher):'
                 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):

IPython/testing/iptestcontroller.py

@@ -159,6 +159,18 b' class PyTestController(TestController):'
         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):
@@ -169,22 +181,19 b' class JSController(TestController):'
         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
@@ -203,8 +212,6 b' class JSController(TestController):'
         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
@@ -229,10 +236,13 b' def prepare_controllers(options):'
     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
 

IPython/utils/jsonutil.py

@@ -119,6 +119,8 b" 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
@@ -136,7 +138,7 b' def encode_images(format_dict):'
 
     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.
 
     """
@@ -156,6 +158,13 b' def encode_images(format_dict):'
             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
 
 

IPython/utils/tests/test_jsonutil.py

@@ -69,10 +69,12 b' 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):

examples/core/ipython-completion.bash

@@ -13,9 +13,9 b' _ipython_get_flags()'
         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"
 }
@@ -86,12 +86,12 b' _ipython()'
     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
@@ -99,7 +99,7 b' 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 -

examples/core/ipython-qtconsole.desktop

@@ -13,12 +13,12 b' 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

@@ -10,11 +10,11 b' 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
@@ -23,16 +23,13 b' def pylab_kernel(gui):'
 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):
@@ -42,7 +39,7 b' class InternalIPKernel(object):'
     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()
 

examples/notebooks/Cell Magics.ipynb

@@ -975,7 +975,7 b''
      "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."
      ]
     },
     {

examples/notebooks/Part 1 - Running Code.ipynb

@@ -126,8 +126,7 b''
      ],
      "language": "python",
      "metadata": {},
-     "outputs": [],
-     "prompt_number": "*"
+     "outputs": []
     },
     {
      "cell_type": "heading",
@@ -154,6 +153,7 b''
      "metadata": {},
      "outputs": [
       {
+       "metadata": {},
        "output_type": "pyout",
        "prompt_number": 4,
        "text": [
@@ -372,7 +372,7 b''
      "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": {},
@@ -383,50 +383,72 b''
      "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>"
        ]
       }
      ],
@@ -436,4 +458,4 b''
    "metadata": {}
   }
  ]
-}
+}
  No newline at end of file

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

@@ -141,7 +141,7 b''
      "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": {},
@@ -152,50 +152,72 b''
      "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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        "text": [
-        "<matplotlib.figure.Figure at 0x106a476d0>"
+        "<matplotlib.figure.Figure at 0x106ef1190>"
        ]
       }
      ],

examples/notebooks/R Magics.ipynb

@@ -323,7 +323,7 b''
      "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."
      ]
     },
     {

examples/parallel/options/Parallel MC Options.ipynb

@@ -1,6 +1,7 b''
 {
  "metadata": {
-  "name": "Parallel MC Options"
+  "name": "",
+  "signature": "sha256:1b19dedc6473d4e886e549020c6710f2d14c17296168a02e7e7fa9673912b893"
  },
  "nbformat": 3,
  "nbformat_minor": 0,
@@ -34,22 +35,13 b''
      "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",
@@ -63,7 +55,7 b''
      "language": "python",
      "metadata": {},
      "outputs": [],
-     "prompt_number": 5
+     "prompt_number": 2
     },
     {
      "cell_type": "markdown",
@@ -90,7 +82,7 b''
      "language": "python",
      "metadata": {},
      "outputs": [],
-     "prompt_number": 6
+     "prompt_number": 3
     },
     {
      "cell_type": "code",
@@ -102,7 +94,7 b''
      "language": "python",
      "metadata": {},
      "outputs": [],
-     "prompt_number": 7
+     "prompt_number": 4
     },
     {
      "cell_type": "code",
@@ -123,7 +115,7 b''
        ]
       }
      ],
-     "prompt_number": 8
+     "prompt_number": 5
     },
     {
      "cell_type": "heading",
@@ -191,7 +183,7 b''
      "language": "python",
      "metadata": {},
      "outputs": [],
-     "prompt_number": 9
+     "prompt_number": 6
     },
     {
      "cell_type": "markdown",
@@ -213,12 +205,12 b''
        "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",
@@ -238,12 +230,12 b''
      "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",
@@ -257,12 +249,12 b''
      "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",
@@ -273,18 +265,28 b''
     },
     {
      "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": {},
@@ -293,11 +295,11 b''
        "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",
@@ -309,6 +311,7 b''
      "metadata": {},
      "outputs": [
       {
+       "metadata": {},
        "output_type": "pyout",
        "prompt_number": 18,
        "text": [
@@ -391,15 +394,25 b''
      "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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\nQkIC/vnPf2LdunVYtmwZwsP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9yTOT3KOUckSt9eINPnpekr/a5LBnTv0DwJSEGegPYQbaY2oGdsbUDOzMThpC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\nElEG2IkoA9MkzgCDI8gAq0iYAXYizMB0iTPAIAgywKoSZYC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+       "text": [
+        "<matplotlib.figure.Figure at 0x10ffc7c10>"
+       ]
       }
      ],
      "prompt_number": 21
@@ -427,15 +440,25 b''
      "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
@@ -463,18 +486,28 b''
      "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",
@@ -499,11 +532,28 b''
      "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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\nhTTLoABYcqZmgCGypAlg+QxyUmaMY9rb48Y+q1V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+       "text": [
+        "<matplotlib.figure.Figure at 0x110dd2c50>"
+       ]
       }
      ],
-     "prompt_number": 15
+     "prompt_number": 24
     }
    ],
    "metadata": {}

examples/parallel/plotting/parallel_plot.ipy

@@ -1,42 +1,37 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()
@@ -46,4 +41,4 b" 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

@@ -7,9 +7,9 b' 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.)
@@ -17,8 +17,7 b' 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
@@ -44,18 +43,18 b' 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

@@ -193,7 +193,7 b" if __name__ == '__main__':"
     # 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']
@@ -201,5 +201,5 b" if __name__ == '__main__':"
         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

@@ -202,8 +202,8 b" if __name__ == '__main__':"
     # 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

@@ -1,7 +1,7 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.
 
@@ -14,7 +14,7 b' 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()