upstream/ipython Commit - r6674:65a259f3

Fix handling of raw cells in all converters, add stderr to test nb

Fernando Perez -

r6674:65a259f3

parent child

nbconvert.py

0 +72 -30

             from __future__ import print_function
             import codecs
+            import logging
             import os
             import pprint
             import re
                 with_preamble = True
                 user_preamble = None
                 output = str()
+                raw_as_verbatim = False
                 def __init__(self, infile):
                     self.infile = infile
                     lines.extend(self.optional_header())
                     for worksheet in self.nb.worksheets:
                         for cell in worksheet.cells:
+                            #print(cell.cell_type)  # dbg
                             conv_fn = self.dispatch(cell.cell_type)
                             lines.extend(conv_fn(cell))
                             lines.append('')
                     Returns list."""
                     raise NotImplementedError
-                def render_plaintext(self, cell):
+                def render_raw(self, cell):
-                    """convert plain text
+                    """convert a cell with raw text
                     Returns list."""
                     raise NotImplementedError
                     """Render cells of unkown type
                     Returns list."""
+                    data = pprint.pformat(cell)
+                    logging.warning('Unknown cell:\n%s' % data)
+                    return self._unknown_lines(data)
+                def _unknown_lines(self, data):
+                    """Return list of lines for an unknown cell.
+                    Parameters
+                    ----------
+                    data : str
+                      The content of the unknown data as a single string.
+                    """
                     raise NotImplementedError
                     return [cell.source]
                 @DocInherit
-                def render_plaintext(self, cell):
+                def render_raw(self, cell):
-                    return [cell.source]
+                    if self.raw_as_verbatim:
+                        return ['::', '', indent(cell.source), '']
+                    else:
+                        return [cell.source]
                 @DocInherit
                 def render_pyout(self, output):
                     return lines
                 @DocInherit
+                def render_pyerr(self, output):
+                    # Note: a traceback is a *list* of frames.
+                    return ['::', '', indent(remove_ansi('\n'.join(output.traceback))), '']
+                @DocInherit
                 def _img_lines(self, img_file):
                     return ['.. image:: %s' % img_file, '']
                     return lines
                 @DocInherit
-                def render_unknown(self, cell):
+                def _unknown_lines(self, data):
-                    return rst_directive('.. warning:: Unknown cell') + [repr(cell)]
+                    return rst_directive('.. warning:: Unknown cell') + [data]
             class ConverterQuickHTML(Converter):
                 extension = 'html'
+                def in_tag(self, tag, src):
+                    """Return a list of elements bracketed by the given tag"""
+                    return ['<%s>' % tag, src, '</%s>' % tag]
                 def optional_header(self):
                     # XXX: inject the IPython standard CSS into here
                     s = """<html>
                 @DocInherit
                 def render_markdown(self, cell):
-                    return ["<pre>"+cell.source+"</pre>"]
+                    return self.in_tag('pre', cell.source)
                 @DocInherit
-                def render_plaintext(self, cell):
+                def render_raw(self, cell):
-                    return ["<pre>"+cell.source+"</pre>"]
+                    if self.raw_as_verbatim:
+                        return self.in_tag('pre', cell.source)
+                    else:
+                        return [cell.source]
                 @DocInherit
                 def render_pyout(self, output):
-                    lines = ['<tr><td><tt>Out[<b>%s</b>]:</tt></td></tr>' % output.prompt_number, '<td>']
+                    lines = ['<tr><td><tt>Out[<b>%s</b>]:</tt></td></tr>' %
+                             output.prompt_number, '<td>']
                     # output is a dictionary like object with type as a key
-                    if 'latex' in output:
+                    for out_type in ('text', 'latex'):
-                        lines.append("<pre>")
+                        if out_type in output:
-                        lines.extend(indent(output.latex))
+                            lines.extend(self.in_tag('pre', indent(output[out_type])))
-                        lines.append("</pre>")
-                    if 'text' in output:
-                        lines.append("<pre>")
-                        lines.extend(indent(output.text))
-                        lines.append("</pre>")
                     return lines
                 @DocInherit
+                def render_pyerr(self, output):
+                    # Note: a traceback is a *list* of frames.
+                    return self.in_tag('pre', remove_ansi('\n'.join(output.traceback)))
+                @DocInherit
                 def _img_lines(self, img_file):
                     return ['<img src="%s">' % img_file, '']
                     return lines
+                @DocInherit
+                def _unknown_lines(self, data):
+                    return ['<h2>Warning:: Unknown cell</h2>'] + self.in_tag('pre', data)
             class ConverterLaTeX(Converter):
                 """Converts a notebook to a .tex file suitable for pdflatex.
 : r'\subparagraph',
 : r'\subparagraph'}
-                def env(self, environment, lines):
+                def in_env(self, environment, lines):
                     """Return list of environment lines for input lines
                     Parameters
                     # Cell codes first carry input code, we use lstlisting for that
                     lines = [r'\begin{codecell}']
-                    lines.extend(self.env('codeinput',
+                    lines.extend(self.in_env('codeinput',
-                                          self.env('lstlisting', cell.input)))
+                                          self.in_env('lstlisting', cell.input)))
                     outlines = []
                     for output in cell.outputs:
                     # And then output of many possible types; use a frame for all of it.
                     if outlines:
-                        lines.extend(self.env('codeoutput', outlines))
+                        lines.extend(self.in_env('codeoutput', outlines))
                     lines.append(r'\end{codecell}')
                 @DocInherit
                 def _img_lines(self, img_file):
-                    return self.env('center',
+                    return self.in_env('center',
                             [r'\includegraphics[width=3in]{%s}' % img_file, r'\par'])
                 def _svg_lines(self, img_file):
                     lines = []
                     if 'text' in output:
-                        lines.extend(self.env('verbatim', output.text.strip()))
+                        lines.extend(self.in_env('verbatim', output.text.strip()))
                     return lines
                         lines.extend(output.latex)
                     if 'text' in output:
-                        lines.extend(self.env('verbatim', output.text))
+                        lines.extend(self.in_env('verbatim', output.text))
                     return lines
                 @DocInherit
                 def render_pyerr(self, output):
                     # Note: a traceback is a *list* of frames.
-                    return self.env('traceback',
+                    return self.in_env('traceback',
-                                    self.env('verbatim',
+                                    self.in_env('verbatim',
                                              remove_ansi('\n'.join(output.traceback))))
                 @DocInherit
-                def render_unknown(self, cell):
+                def render_raw(self, cell):
-                    return self.env('verbatim', pprint.pformat(cell))
+                    if self.raw_as_verbatim:
+                        return self.in_env('verbatim', cell.source)
+                    else:
+                        return [cell.source]
+                @DocInherit
+                def _unknown_lines(self, data):
+                    return [r'{\vspace{5mm}\bf WARNING:: unknown cell:}'] + \
+                      self.in_env('verbatim', data)
             def rst2simplehtml(infile):

tests/test.ipynb

0 +65 -14

@@ -51,15 +51,12 b''
51	{	51	{
52	"cell_type": "markdown",	52	"cell_type": "markdown",
53	"source": [	53	"source": [
54	"A section heading",
55	"=================",
56	"",
57	"A bit of text, with important things:",	54	"A bit of text, with important things:",
58	"",	55	"",
59	"* and",	56	"* and",
60	"* more",	57	"* more that are boldface, as well as `verbatim`.",
61	"",	58	"",
62	"Using ~~reST links to `ipython <~~http://ipython.org~~>`_~~."	59	"Using markdown hyperlinks for [ipython](http://ipython.org)."
63	]	60	]
64	},	61	},
65	{	62	{
@@ -67,21 +64,21 b''
67	"collapsed": false,	64	"collapsed": false,
68	"input": [	65	"input": [
69	"f = figure()",	66	"f = figure()",
70	"plot([1])",	67	"plot([1,2,3])",
71	"display(f)"	68	"display(f)"
72	],	69	],
73	"language": "python",	70	"language": "python",
74	"outputs": [	71	"outputs": [
75	{	72	{
76	"output_type": "display_data",	73	"output_type": "display_data",
77	"png": 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CABISEoiOjmbYsGFERUXRvn17EhMTPV+1SD2lppqUHhZm9h0NDra7IhHPqXUpxm0n0lKM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\nz6ixi4j4GTV2ERE/8/9mUozJaDh2nQAAAABJRU5ErkJggg==\n",
78	"text": [	75	"text": [
79	"<matplotlib.figure.Figure at 0x~~28f2750~~>"	76	"<matplotlib.figure.Figure at 0x981bccc>"
80	]	77	]
81	},	78	},
82	{	79	{
83	"output_type": "display_data",	80	"output_type": "display_data",
84	"png": 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CABISEoiOjmbYsGFERUXRvn17EhMTPV+1SD2lppqUHhZm9h0NDra7IhHPqXUpxm0n0lKM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\nz6ixi4j4GTV2ERE/8/9mUozJaDh2nQAAAABJRU5ErkJggg==\n"
85	}	82	}
86	],	83	],
87	"prompt_number": 1	84	"prompt_number": 1
@@ -128,7 +125,8 b''
128	"output_type": "stream",	125	"output_type": "stream",
129	"stream": "stdout",	126	"stream": "stdout",
130	"text": [	127	"text": [
131	"hello world"	128	"hello world",
		129	""
132	]	130	]
133	}	131	}
134	],	132	],
@@ -141,17 +139,70 b''
141	]	139	]
142	},	140	},
143	{	141	{
144	"cell_type": "~~plaintext~~",	142	"cell_type": "raw",
145	"source": [	143	"source": [
146	"plain text"	144	"plain text"
147	]	145	]
148	},	146	},
149	{	147	{
150	"cell_type": "code",	148	"cell_type": "code",
151	"collapsed": ~~tru~~e,	149	"collapsed": false,
152	"input": [],	150	"input": [
		151	"import sys",
		152	"m = 'A message'",
		153	"print m, 'to stdout'",
		154	"print >> sys.stderr, m, 'to stderr'",
		155	"m"
		156	],
153	"language": "python",	157	"language": "python",
154	"outputs": []	158	"outputs": [
		159	{
		160	"output_type": "stream",
		161	"stream": "stdout",
		162	"text": [
		163	"A message to stdout",
		164	""
		165	]
		166	},
		167	{
		168	"output_type": "stream",
		169	"stream": "stderr",
		170	"text": [
		171	"A message to stderr",
		172	""
		173	]
		174	},
		175	{
		176	"output_type": "pyout",
		177	"prompt_number": 5,
		178	"text": [
		179	"'A message'"
		180	]
		181	}
		182	],
		183	"prompt_number": 5
		184	},
		185	{
		186	"cell_type": "code",
		187	"collapsed": false,
		188	"input": [
		189	"# a traceback",
		190	"1/0"
		191	],
		192	"language": "python",
		193	"outputs": [
		194	{
		195	"ename": "ZeroDivisionError",
		196	"evalue": "integer division or modulo by zero",
		197	"output_type": "pyerr",
		198	"traceback": [
		199	"\u001b[1;31m---------------------------------------------------------------------------\u001b[0m\n\u001b[1;31mZeroDivisionError\u001b[0m Traceback (most recent call last)",
		200	"\u001b[1;32m/home/fperez/ipython/nbconvert/tests/<ipython-input-6-03412a6702b7>\u001b[0m in \u001b[0;36m<module>\u001b[1;34m()\u001b[0m\n\u001b[0;32m 1\u001b[0m \u001b[1;31m# a traceback\u001b[0m\u001b[1;33m\u001b[0m\u001b[1;33m\u001b[0m\u001b[0m\n\u001b[1;32m----> 2\u001b[1;33m \u001b[1;36m1\u001b[0m\u001b[1;33m/\u001b[0m\u001b[1;36m0\u001b[0m\u001b[1;33m\u001b[0m\u001b[0m\n\u001b[0m",
		201	"\u001b[1;31mZeroDivisionError\u001b[0m: integer division or modulo by zero"
		202	]
		203	}
		204	],
		205	"prompt_number": 6
155	}	206	}
156	]	207	]
157	}	208	}

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