def render_slots(self, name, request):
""" name can be: left, right, upper """
rst_content, rst_path = self._get_slot_info(name)
if rst_content != '':
return rst2html(rst_content, rst_path, self, request)
else:
return ''
def render_slots(self, name, request):
""" name can be: left, right, upper """
rst_content, rst_path = self._get_slot_info(name)
if rst_content != "":
return rst2html(rst_content, rst_path, self, request)
else:
return ""
def render_html(self, request):
data = self.get_body()
lstrip_data = data.lstrip()
if self.__name__.endswith('.rst'):
# 判断文件内容是否为html
if lstrip_data and lstrip_data[0] == '<':
return data
# 不显示的标题区域，标题在zpt里面独立处理了
ospath = self.ospath
return rst2html(data, str(ospath), self, request)
elif self.__name__.endswith('.md'):
return ''.join(markdown.Markdown().convert(data.decode('utf8')))
return data
def render_html(self, request):
data = self.get_body()
lstrip_data = data.lstrip()
if self.__name__.endswith(".rst"):
# 判断文件内容是否为html
if lstrip_data and lstrip_data[0] == "<":
return data
# 不显示的标题区域，标题在zpt里面独立处理了
ospath = self.ospath
return rst2html(data, str(ospath), self, request)
elif self.__name__.endswith(".md"):
return "".join(markdown.Markdown().convert(data.decode("utf8")))
return data
def render_html(self, request):
data = self.get_body()
lstrip_data = data.lstrip()
if self.__name__.endswith('.rst'):
# 判断文件内容是否为html
if lstrip_data and lstrip_data[0] == '<':
return data
# 不显示的标题区域，标题在zpt里面独立处理了
ospath = self.ospath
return rst2html(data, str(ospath), self, request)
elif self.__name__.endswith('.md'):
return ''.join(markdown.Markdown().convert(data.decode('utf8')))
elif self.__name__.endswith('.html'):
return data
def readme(reponame):
repo = Repository(reponame)
try:
tree = repo[repo.head.target].tree
blob = repo[tree['README.rst'].oid]
data = blob.data.decode('utf-8', errors='ignore')
readme = utils.rst2html(data)
except KeyError:
try:
tree = repo[repo.head.target].tree
blob = repo[tree['README.md'].oid]
data = blob.data.decode('utf-8', errors='ignore')
readme = markdown(data)
except:
readme = "No README.rst or README.md found"
return render_template("readme.html", repo = repo,
readme = readme)
def run(self):
node_list = []
self.assert_has_content()
try:
parser = rst.tableparser.GridTableParser()
tbl = parser.parse(self.content)
except:
try:
parser = rst.tableparser.SimpleTableParser()
tbl = parser.parse(self.content)
except:
tbl = None
text = ''
if tbl:
# parser.parse() returns a list of three items
#
# 1. A list of column widths
# 2. A list of head rows
# 3. A list of body rows
colspecs = tbl[0]
headrows = tbl[1] # tbl[1][i] is the ith column head
bodyrows = tbl[2]
# Each row contains a list of cells
#
# Each cell is either
#
# - None (for a cell unused because of another cell's span), or
# - A tuple with four items:
#
# 1. The number of extra rows used by the cell in a vertical span
# 2. The number of extra columns used by the cell in a horizontal span
# 3. The line offset of the first line of the cell contents
# 4. The cell contents --- a list of lines of text
divid = ''
if 'label' in self.options.keys():
label = nodes.make_id(self.options['label'])
divid = ' id="tbl:{0}"'.format(label)
caption = ''
if self.arguments: # use as caption
caption = rst2html(self.arguments[0], inline=True)
colspec = len(tbl[0]) * 'c'
if 'cols' in self.options.keys():
colspec = self.options['cols']
align = {'l': 'left', 'c': 'center', 'r': 'right'}
text = ''
text += '<div{} class="docutils-extensions tbl">\n'.format(divid)
text += '<table>\n'
for tag, rows in [('th', tbl[1]), ('td', tbl[2])]:
for row in rows:
text += '<tr>\n'
for cell in row:
if cell:
rowspan = ''
if cell[0]:
rowspan = ' rowspan="{}"'.format(cell[0] + 1)
colspan = ''
if cell[1]:
colspan = ' colspan="{}"'.format(cell[1] + 1)
cellalign = align[colspec[row.index(cell)]]
celltext = rst2html('\n'.join(cell[3]),
inline=True)
text += '<{}{}{} style="text-align:{}">\n'.format(
tag, rowspan, colspan, cellalign)
text += '{}\n'.format(celltext)
text += '</{}>\n'.format(tag)
text += '</tr>\n'
if caption:
text += '<caption>{}</caption>\n'.format(caption)
text += '</table>\n'
text += '</div>\n'
node = nodes.raw(text=text, format='html', **self.options)
node_list += [node]
# Create latex node
text = ''
if tbl:
label = ''
if 'label' in self.options.keys():
label = nodes.make_id(self.options['label'])
caption = ''
if self.arguments: # use as caption
caption = rst2latex(self.arguments[0])
colspec = len(colspecs) * 'c'
if 'cols' in self.options.keys():
colspec = self.options['cols']
text += '\\renewcommand{\\arraystretch}{1.5}\n'
text += '\\renewcommand{\\tabcolsep}{0.2cm}\n'
text += '\\begin{center}\n'
if label:
text += '\\label{{tbl:{0}}}\n'.format(label)
text += '\\begin{{tabular}}{{{0}}}\n'.format(colspec)
text += '\\hline\n'
if headrows:
for row in headrows:
celltext = []
for cell in row:
if cell:
celltext += [rst2latex('\n'.join(cell[3]))]
else:
celltext += ['']
text += ' & '.join(celltext) + ' \\\\\n'
text += '\\hline\n'
for row in bodyrows:
celltext = []
for cell in row:
if cell:
celltext.append(rst2latex('\n'.join(cell[3])))
else:
celltext.append('')
text += ' & '.join(celltext) + ' \\\\\n'
text += '\\hline\n'
text += '\\end{tabular}\n'
if caption:
text += '\\captionof{{table}}{{{0}}}\n'.format(caption)
text += '\\end{center}\n'
node = nodes.raw(text=text, format='latex', **self.options)
node_list += [node]
return node_list
def run(self):
# Parse directive data
self.assert_has_content()
content = '\n'.join(self.content) # .replace('\\\\','\\')
caption = ''
if self.arguments: # use as caption
caption = self.arguments[0]
option_choices = ['default', 'none', 'bullets']
numbering = self.options.get('numbering', option_choices[0])
try:
list_start = int(numbering)
except:
list_start = 1
if numbering not in option_choices:
numbering == option_choices[0]
if numbering == 'none':
numbering = ''
option_choices = ['show', 'toggle', 'hide']
answers = self.options.get('answers', option_choices[0])
if answers not in option_choices:
answers = option_choices[0]
option_choices = ['toggle', 'hide', 'show']
solutions = self.options.get('solutions', option_choices[0])
if solutions not in option_choices:
solutions = option_choices[0]
option_choices = ['simple', 'compact']
print_style = self.options.get('print-style', option_choices[0])
if print_style not in option_choices:
print_style = option_choices[0]
# Begin output
node_list = []
for load in [yaml.load, json.loads]:
try:
problem_set = load(content)
except:
problem_set = []
if problem_set: break
# HTML writer specifics start...
if problem_set:
text = ''
if caption:
text += '<h4>{}</h4>\n'.format(rst2html(caption, inline=True))
if numbering:
if numbering == 'bullets':
text += '<ul class="inside-list">\n'
else:
# ERROR: not sure why this markup does not seem to catch for list_start > 1 ...
text += '<ol start="{:02}" class="inside-list">\n'.format(
list_start)
n = list_start - 1
for problem in problem_set:
n += 1
q, a, s = self.unpack(problem, format='html')
toggle_id = '{:09}'.format(random.randrange(0, 1e9))
if numbering:
text += '<li>\n'
if answers == 'toggle':
text += '<input class="toggler" type="button" rel="a{}" value="Show Answer" onclick="buttonToggle(this,\'Show Answer\',\'Hide Answer\')">\n'.format(
toggle_id)
text += '<p>{}</p>\n'.format(q)
if answers == 'show':
text += '<p id="a{}">\n'.format(toggle_id)
if solutions == 'toggle':
text += '<input class="toggler" type="button" rel="s{}" value="Show Solution" onclick="buttonToggle(this,\'Show Solution\',\'Hide Solution\')">\n'.format(
toggle_id)
text += '<i>Answer:</i> {}\n'.format(a)
text += '</p>\n'
elif answers == 'toggle':
text += '<div id="a{}" class="togglee">\n'.format(
toggle_id)
if solutions == 'toggle':
text += '<input class="toggler" type="button" rel="s{}" value="Show Solution" onclick="buttonToggle(this,\'Show Solution\',\'Hide Solution\')">\n'.format(
toggle_id)
text += '<i>Answer:</i> {}\n'.format(a)
text += '</div>\n'
if solutions == 'show':
text += '<div id="s{}" class="solution" style="display:block">\n'.format(
toggle_id)
text += '<p>{}</p>\n'.format(s)
text += '</div>\n'
elif solutions == 'toggle':
text += '<div id="s{}" class="solution togglee">\n'.format(
toggle_id)
text += '<p>{}</p>\n'.format(s)
text += '</div>\n'
if numbering:
text += '</li>\n'
if numbering:
if numbering == 'bullets':
text += '</ul>\n'
else:
text += '</ol>\n'
else:
text = '<pre>Malformed input\n\n{}</pre>'.format(content)
node = nodes.raw(text=text, format='html', **self.options)
node_list += [node]
# LaTeX writer specifics
text = ''
if problem_set:
if caption:
text += '\\subsubsection*{{{}}}\n\n'.format(rst2latex(caption))
n = list_start - 1
for problem in problem_set:
n += 1
q, a, s = self.unpack(problem, format='latex')
if print_style == 'simple':
text += '\\textbf{{{0}.}}\n'.format(n)
text += '\\quad \n{0}\n'.format(q)
if answers in ['show', 'toggle']:
text += '\\par \\textbf{{Answer:}} {0}\n'.format(a)
if solutions in ['show', 'toggle']:
text += '\\par \\textbf{{Solution:}}\n\\par {0}\n'.format(
s)
text += '\n'
else:
text += '\\addtolength\\textwidth{-\\adjwidth}'
text += '\\textbf{{{0}.}}\n'.format(n)
if answers in ['show', 'toggle']:
text += '\\marginpar{{\\footnotesize\\sf {0}}}\n'.format(
a)
text += '\\quad \n{0}\n'.format(q)
if answers in ['show', 'toggle'
] and solutions in ['show', 'toggle']:
text += '\\par \\textbf{{Solution:}}\n\\par {0}\n'.format(
s)
text += '\n'
else:
text += '\\emph{Malformed input}\n'
text += '\\begin{verbatim}\n'
text += '{}\n'.format(content)
text += '\\end{verbatim}\n'
text += '\n'
node = nodes.raw(text=text, format='latex', **self.options)
node_list += [node]
return node_list
def run(self):
node_list = []
text = ''
try:
scale = float(self.options['scale'])
except:
scale = 1.00
if 'image' in self.options:
image_name = self.options['image']
if '://' in image_name:
image_path = ''
image_url = image_name
else:
image_path = os.path.join(WIKI_IMAGE_PATH, image_name)
image_url = '/'.join([WIKI_IMAGE_URL, image_name])
if not os.path.exists(image_path):
print '* ERROR: Missing: ' + image_path
text += '<p class="warning">'
text += 'Missing image : {}'.format(image_name)
text += '</p>\n'.format(image_name)
else:
# Unlike a normal image, our reference will come from the content...
self.assert_has_content()
content = '\n'.join(self.content).replace('\\\\', '\\')
image_hash = hashlib.md5(content.encode('utf-8')).hexdigest()
if 'template' in self.options:
type, template = self.options['template'].split('-')
else:
type = 'latex'
template = 'preview'
if template == 'animation':
image_name = '{}.mp4'.format(image_hash)
else:
image_name = '{}.png'.format(image_hash)
image_path = os.path.join(WIKI_IMAGE_PATH, SYSGEN_FOLDER,
image_name)
image_url = '/'.join([WIKI_IMAGE_URL, SYSGEN_FOLDER, image_name])
if not os.path.exists(image_path):
self.build_image(image_path, content, type, template)
if not os.path.exists(image_path):
print '* ERROR: Missing: ' + image_path
text += '<div class="warning">\n'
text += '<h4>File generation error:</h4>\n'
text += '<pre><code>'
text += '\n'.join(self.content) + '\n'
text += '</code></pre>\n'
text += '</div>\n\n'
if not text:
if 'label' in self.options.keys():
label = nodes.make_id(self.options['label'])
else:
label = nodes.make_id(image_name)
text += '<div id="fig:{0}" class="docutils-extensions fig">\n'.format(
label)
text += '<a href="{0}">\n'.format(image_url)
try:
if image_path:
i = Image.open(image_path)
x = int(scale * i.size[0])
y = int(scale * i.size[1])
text += '<img width="{1}px" height="{2}"px src="{0}">\n'.format(
image_url, x, y)
else:
text += '<img src="{0}">\n'.format(image_url)
except:
ext = os.path.basename(image_path).rsplit('.')[1]
if ext == 'mp4':
cmd = [FFMPEG_CMD, '-i', image_path]
p = Popen(cmd, stdout=PIPE, stderr=PIPE)
out, err = p.communicate()
m = re.search(r'Stream.*Video.*, (\d+)x(\d+)', err)
if m:
x = int(scale * float(m.group(1)))
y = int(scale * float(m.group(2)))
text += '<video width="{1}px" height="{2}px" controls><source src="{0}" type="video/mp4"></video>\n'.format(
image_url, x, y)
else:
text += '<video controls><source src="{0}" type="video/mp4"></video>\n'.format(
image_url)
text += '</a>\n'
if self.arguments:
text += rst2html(self.arguments[0])
text += '</div>\n'
node = nodes.raw(text=text, format='html', **self.options)
node_list += [node]
# LaTeX writer specifics start (offset is ignored for HTML writer)
if self.arguments:
caption = rst2latex(self.arguments[0])
caption = r'\captionof{figure}{%s}' % caption
else:
caption = ''
if 'label' in self.options.keys():
label = nodes.make_id(self.options['label'])
label = r'\label{fig:%s}' % label
else:
label = ''
if 'image' in self.options.keys():
image = self.options['image']
if str(image).rsplit('.', 1)[1] in ['png', 'jpg', 'gif', 'pdf']:
if not os.path.exists(image_path):
print 'Could not locate "%s"' % image_path
latex_path = get_latex_path(image_path)
figtext = r'\includegraphics[scale=%s]{%s}'
figtext = figtext % (scale, latex_path)
if not label:
label = nodes.make_id(image)
label = r'\label{fig:%s}' % label
else:
figtext = image
else:
# Note the `everymath` statement below. This switches the default behavior of
# inline math to display style. For *figures* I am constantly enforcing display
# mode, so this seems like a better default for my purpose. Use `textstyle` to
# get the regular behavior, e.g., "\textstyle \int x dx = \frac{1}{2} x^2"
figtext = '\n\\everymath{\\displaystyle}\n'
figtext += '\n'.join(self.content)
figtext += '\n\\everymath{\\textstyle}\n'
text = FIG_TEMPLATE['default'] % {
'caption': caption,
'label': label,
'figtext': figtext,
}
node = nodes.raw(text=text, format='latex', **self.options)
node_list += [node]
return node_list
def run(self):
node_list = []
self.assert_has_content()
try:
parser = rst.tableparser.GridTableParser()
tbl = parser.parse(self.content)
except:
try:
parser = rst.tableparser.SimpleTableParser()
tbl = parser.parse(self.content)
except:
tbl = None
text = ''
if tbl:
# parser.parse() returns a list of three items
#
# 1. A list of column widths
# 2. A list of head rows
# 3. A list of body rows
colspecs = tbl[0]
headrows = tbl[1] # tbl[1][i] is the ith column head
bodyrows = tbl[2]
# Each row contains a list of cells
#
# Each cell is either
#
# - None (for a cell unused because of another cell's span), or
# - A tuple with four items:
#
# 1. The number of extra rows used by the cell in a vertical span
# 2. The number of extra columns used by the cell in a horizontal span
# 3. The line offset of the first line of the cell contents
# 4. The cell contents --- a list of lines of text
divid = ''
if 'label' in self.options.keys():
label = nodes.make_id(self.options['label'])
divid = ' id="tbl:{0}"'.format(label)
caption = ''
if self.arguments: # use as caption
caption = rst2html(self.arguments[0], inline=True)
colspec = len(tbl[0]) * 'c'
if 'cols' in self.options.keys():
colspec = self.options['cols']
align = {'l': 'left', 'c': 'center', 'r': 'right'}
text = ''
text += '<div{} class="docutils-extensions tbl">\n'.format(divid)
text += '<table>\n'
for tag, rows in [('th', tbl[1]), ('td', tbl[2])]:
for row in rows:
text += '<tr>\n'
for cell in row:
if cell:
rowspan = ''
if cell[0]:
rowspan = ' rowspan="{}"'.format(cell[0] + 1)
colspan = ''
if cell[1]:
colspan = ' colspan="{}"'.format(cell[1] + 1)
cellalign = align[colspec[row.index(cell)]]
celltext = rst2html('\n'.join(cell[3]), inline=True)
text += '<{}{}{} style="text-align:{}">\n'.format(
tag, rowspan, colspan, cellalign)
text += '{}\n'.format(celltext)
text += '</{}>\n'.format(tag)
text += '</tr>\n'
if caption:
text += '<caption>{}</caption>\n'.format(caption)
text += '</table>\n'
text += '</div>\n'
node = nodes.raw(text=text, format='html', **self.options)
node_list += [node]
# Create latex node
text = ''
if tbl:
label = ''
if 'label' in self.options.keys():
label = nodes.make_id(self.options['label'])
caption = ''
if self.arguments: # use as caption
caption = rst2latex(self.arguments[0])
colspec = len(colspecs) * 'c'
if 'cols' in self.options.keys():
colspec = self.options['cols']
text += '\\renewcommand{\\arraystretch}{1.5}\n'
text += '\\renewcommand{\\tabcolsep}{0.2cm}\n'
text += '\\begin{center}\n'
if label:
text += '\\label{{tbl:{0}}}\n'.format(label)
text += '\\begin{{tabular}}{{{0}}}\n'.format(colspec)
text += '\\hline\n'
if headrows:
for row in headrows:
celltext = []
for cell in row:
if cell:
celltext += [rst2latex('\n'.join(cell[3]))]
else:
celltext += ['']
text += ' & '.join(celltext) + ' \\\\\n'
text += '\\hline\n'
for row in bodyrows:
celltext = []
for cell in row:
if cell:
celltext.append(rst2latex('\n'.join(cell[3])))
else:
celltext.append('')
text += ' & '.join(celltext) + ' \\\\\n'
text += '\\hline\n'
text += '\\end{tabular}\n'
if caption:
text += '\\captionof{{table}}{{{0}}}\n'.format(caption)
text += '\\end{center}\n'
node = nodes.raw(text=text, format='latex', **self.options)
node_list += [node]
return node_list
def run(self):
# Parse directive data
self.assert_has_content()
content = '\n'.join(self.content) # .replace('\\\\','\\')
caption = ''
if self.arguments: # use as caption
caption = self.arguments[0]
option_choices = ['default','none','bullets']
numbering = self.options.get('numbering', option_choices[0])
try:
list_start = int(numbering)
except:
list_start = 1
if numbering not in option_choices:
numbering == option_choices[0]
if numbering == 'none':
numbering = ''
option_choices = ['show','toggle','hide']
answers = self.options.get('answers', option_choices[0])
if answers not in option_choices:
answers = option_choices[0]
option_choices = ['toggle','hide','show']
solutions = self.options.get('solutions', option_choices[0])
if solutions not in option_choices:
solutions = option_choices[0]
option_choices = ['simple','compact']
print_style = self.options.get('print-style', option_choices[0])
if print_style not in option_choices:
print_style = option_choices[0]
# Begin output
node_list = []
for load in [yaml.load, json.loads]:
try:
problem_set = load(content)
except:
problem_set = []
if problem_set: break
# HTML writer specifics start...
if problem_set:
text = ''
if caption:
text += '<h4>{}</h4>\n'.format(rst2html(caption, inline=True))
if numbering:
if numbering == 'bullets':
text += '<ul class="inside-list">\n'
else:
# ERROR: not sure why this markup does not seem to catch for list_start > 1 ...
text += '<ol start="{:02}" class="inside-list">\n'.format(list_start)
n = list_start - 1
for problem in problem_set:
n += 1
q, a, s = self.unpack(problem, format='html')
toggle_id = '{:09}'.format(random.randrange(0,1e9))
if numbering:
text += '<li>\n'
if answers == 'toggle':
text += '<input class="toggler" type="button" rel="a{}" value="Show Answer" onclick="buttonToggle(this,\'Show Answer\',\'Hide Answer\')">\n'.format(toggle_id)
text += '<p>{}</p>\n'.format(q)
if answers == 'show':
text += '<p id="a{}">\n'.format(toggle_id)
if solutions == 'toggle':
text += '<input class="toggler" type="button" rel="s{}" value="Show Solution" onclick="buttonToggle(this,\'Show Solution\',\'Hide Solution\')">\n'.format(toggle_id)
text += '<i>Answer:</i> {}\n'.format(a)
text += '</p>\n'
elif answers == 'toggle':
text += '<div id="a{}" class="togglee">\n'.format(toggle_id)
if solutions == 'toggle':
text += '<input class="toggler" type="button" rel="s{}" value="Show Solution" onclick="buttonToggle(this,\'Show Solution\',\'Hide Solution\')">\n'.format(toggle_id)
text += '<i>Answer:</i> {}\n'.format(a)
text += '</div>\n'
if solutions == 'show':
text += '<div id="s{}" class="solution" style="display:block">\n'.format(toggle_id)
text += '<p>{}</p>\n'.format(s)
text += '</div>\n'
elif solutions == 'toggle':
text += '<div id="s{}" class="solution togglee">\n'.format(toggle_id)
text += '<p>{}</p>\n'.format(s)
text += '</div>\n'
if numbering:
text += '</li>\n'
if numbering:
if numbering == 'bullets':
text += '</ul>\n'
else:
text += '</ol>\n'
else:
text = '<pre>Malformed input\n\n{}</pre>'.format(content)
node = nodes.raw(text=text, format='html', **self.options)
node_list += [node]
# LaTeX writer specifics
text = ''
if problem_set:
if caption:
text += '\\subsubsection*{{{}}}\n\n'.format(rst2latex(caption))
n = list_start - 1
for problem in problem_set:
n += 1
q, a, s = self.unpack(problem, format='latex')
if print_style == 'simple':
text += '\\textbf{{{0}.}}\n'.format(n)
text += '\\quad \n{0}\n'.format(q)
if answers in ['show','toggle']:
text += '\\par \\textbf{{Answer:}} {0}\n'.format(a)
if solutions in ['show','toggle']:
text += '\\par \\textbf{{Solution:}}\n\\par {0}\n'.format(s)
text += '\n'
else:
text += '\\addtolength\\textwidth{-\\adjwidth}'
text += '\\textbf{{{0}.}}\n'.format(n)
if answers in ['show','toggle']:
text += '\\marginpar{{\\footnotesize\\sf {0}}}\n'.format(a)
text += '\\quad \n{0}\n'.format(q)
if answers in ['show','toggle'] and solutions in ['show','toggle']:
text += '\\par \\textbf{{Solution:}}\n\\par {0}\n'.format(s)
text += '\n'
else:
text += '\\emph{Malformed input}\n'
text += '\\begin{verbatim}\n'
text += '{}\n'.format(content)
text += '\\end{verbatim}\n'
text += '\n'
node = nodes.raw(text=text, format='latex', **self.options)
node_list += [node]
return node_list
def run(self):
node_list = []
text = ''
try:
scale = float(self.options['scale'])
except:
scale = 1.00
if 'image' in self.options:
image_name = self.options['image']
if '://' in image_name:
image_path = ''
image_url = image_name
else:
image_path = os.path.join(WIKI_IMAGE_PATH, image_name)
image_url = '/'.join([WIKI_IMAGE_URL, image_name])
if not os.path.exists(image_path):
print '* ERROR: Missing: ' + image_path
text += '<p class="warning">'
text += 'Missing image : {}'.format(image_name)
text += '</p>\n'.format(image_name)
else:
# Unlike a normal image, our reference will come from the content...
self.assert_has_content()
content = '\n'.join(self.content).replace('\\\\','\\')
image_hash = hashlib.md5(content.encode('utf-8')).hexdigest()
if 'template' in self.options:
type, template = self.options['template'].split('-')
else:
type = 'latex'
template = 'preview'
if template == 'animation':
image_name = '{}.mp4'.format(image_hash)
else:
image_name = '{}.png'.format(image_hash)
image_path = os.path.join(WIKI_IMAGE_PATH, SYSGEN_FOLDER, image_name)
image_url = '/'.join([WIKI_IMAGE_URL, SYSGEN_FOLDER, image_name])
if not os.path.exists(image_path):
self.build_image(image_path, content, type, template)
if not os.path.exists(image_path):
print '* ERROR: Missing: ' + image_path
text += '<div class="warning">\n'
text += '<h4>File generation error:</h4>\n'
text += '<pre><code>'
text += '\n'.join(self.content) + '\n'
text += '</code></pre>\n'
text += '</div>\n\n'
if not text:
if 'label' in self.options.keys():
label = nodes.make_id(self.options['label'])
else:
label = nodes.make_id(image_name)
text += '<div id="fig:{0}" class="docutils-extensions fig">\n'.format(label)
text += '<a href="{0}">\n'.format(image_url)
try:
if image_path:
i = Image.open(image_path)
x = int(scale * i.size[0])
y = int(scale * i.size[1])
text += '<img width="{1}px" height="{2}"px src="{0}">\n'.format(image_url, x, y)
else:
text += '<img src="{0}">\n'.format(image_url)
except:
ext = os.path.basename(image_path).rsplit('.')[1]
if ext == 'mp4':
cmd = [FFMPEG_CMD, '-i', image_path]
p = Popen(cmd,stdout=PIPE,stderr=PIPE)
out, err = p.communicate()
m = re.search(r'Stream.*Video.*, (\d+)x(\d+)', err)
if m:
x = int(scale * float(m.group(1)))
y = int(scale * float(m.group(2)))
text += '<video width="{1}px" height="{2}px" controls><source src="{0}" type="video/mp4"></video>\n'.format(image_url, x, y)
else:
text += '<video controls><source src="{0}" type="video/mp4"></video>\n'.format(image_url)
text += '</a>\n'
if self.arguments:
text += rst2html(self.arguments[0])
text += '</div>\n'
node = nodes.raw(text=text, format='html', **self.options)
node_list += [node]
# LaTeX writer specifics start (offset is ignored for HTML writer)
if self.arguments:
caption = rst2latex(self.arguments[0])
caption = r'\captionof{figure}{%s}' % caption
else:
caption = ''
if 'label' in self.options.keys():
label = nodes.make_id(self.options['label'])
label = r'\label{fig:%s}' % label
else:
label = ''
if 'image' in self.options.keys():
image = self.options['image']
if str(image).rsplit('.',1)[1] in ['png','jpg','gif','pdf']:
if not os.path.exists(image_path):
print 'Could not locate "%s"' % image_path
latex_path = get_latex_path(image_path)
figtext = r'\includegraphics[scale=%s]{%s}'
figtext = figtext % (scale, latex_path)
if not label:
label = nodes.make_id(image)
label = r'\label{fig:%s}' % label
else:
figtext = image
else:
# Note the `everymath` statement below. This switches the default behavior of
# inline math to display style. For *figures* I am constantly enforcing display
# mode, so this seems like a better default for my purpose. Use `textstyle` to
# get the regular behavior, e.g., "\textstyle \int x dx = \frac{1}{2} x^2"
figtext = '\n\\everymath{\\displaystyle}\n'
figtext += '\n'.join(self.content)
figtext += '\n\\everymath{\\textstyle}\n'
text = FIG_TEMPLATE['default'] % {
'caption' : caption,
'label' : label,
'figtext' : figtext,
}
node = nodes.raw(text=text, format='latex', **self.options)
node_list += [node]
return node_list
