def process_js(tag: QqTag):
"""
Output:
\_codeblock
\_item
\_code ...(str)...
\_output ...(str)...
\_item
\_code ...(str)...
\_output ...(str)...
\ref ...
\seealso ...
\require ...
:param tag:
:return:
"""
codeblock = QqTag("_codeblock")
cumulative_code = []
current_chunk = []
for child in itertools.chain(tag, [None]):
if isinstance(child, str) and child.strip():
cumulative_code.append(child)
current_chunk.append(child)
elif child is None or child.name == 'out':
code = "".join(cumulative_code)
if current_chunk:
res = node_exec(code)
if res or child is None:
code_tag = QqTag(
"_code", [strip_blank_lines("".join(current_chunk))])
codeblock.append_child(code_tag)
if res:
codeblock.append_child(QqTag("_output", [res]))
current_chunk.clear()
if child is not None:
logger = "console.log({})".format(child.text_content)
res = node_exec(code + ";\n" + logger)
code_tag = QqTag("_code", [
strip_blank_lines("".join(current_chunk) +
child.text_content.rstrip() + ";")
])
current_chunk.clear()
codeblock.append_child(code_tag)
codeblock.append_child(QqTag("_output", [res]))
else:
codeblock.append_child(child)
return codeblock
def make_chapters(self):
for heading, *contents in split_by_predicate(
self.root,
predicate=lambda tag:
(isinstance(tag, QqTag) and tag.name == "chapter"),
zero_delim=QqTag("_zero_chapter")):
self.add_chapter(Chapter(heading, [heading] + contents))
def make_numbers(self, root: QqTag) -> None:
"""
Uses tags: number, label, nonumber, flabel
:return:
"""
for tag in root.children_tags():
name = tag.name
if ((name in self.counters or name in self.enumerateable_envs)
and not (tag.find('number') or tag.exists('nonumber'))):
counter = self.get_counter_for_tag(tag)
if counter is not None:
counter.increase()
tag.append_child(QqTag({'number': str(counter)}))
if tag.find('label'):
label = tag.label_.value
self.label_to_number[label] = str(counter)
# self.label_to_title[label] = tag.text_content
if tag.find('label') and tag.find('number'):
self.label_to_number[tag.label_.value] = tag.number_.value
if tag.find('label'):
self.label_to_tag[tag.label_.value] = tag
if tag.find('flabel'):
self.flabel_to_tag[tag.flabel_.value.lower()] = tag
self.make_numbers(tag)
def process_python(tag: QqTag):
"""
Output:
\_codeblock
\_code ...(str)...
\_output ...(str)...
\_code ...(str)...
\_output ...(str)...
\_code ...(str)...
....
\ref ...
\seealso ...
\require ...
:param tag:
:return:
"""
loc = {}
glob = {}
codeblock = QqTag("_codeblock")
chunk = []
for child in tag:
if isinstance(child, str):
with stdout_io() as s:
try:
exec(child, loc, glob)
except Exception as e:
print("Exception: {}\n{}".format(e.__class__.__name__, e))
chunk.append(strip_blank_lines(child) + "\n"),
if s.getvalue():
codeblock.append(QqTag("_code", ["".join(chunk)]))
codeblock.append(QqTag("_output", [s.getvalue()]))
chunk.clear()
elif child.name == 'out':
chunk.append(strip_blank_lines(child.text_content))
codeblock.append(QqTag("_code", ["".join(chunk)]))
chunk.clear()
res = eval(child.text_content, loc, glob)
codeblock.append(QqTag("_output", [repr(res)]))
elif child.name != 'flush':
codeblock.append(child)
if chunk:
codeblock.append(QqTag("_code", ["".join(chunk)]))
return codeblock
def handle_quiz(self, tag: QqTag) -> str:
"""
Uses tags: choice, correct, comment
Example:
\question
Do you like qqmbr?
\quiz
\choice
No.
\comment You didn't even try!
\choice \correct
Yes, i like it very much!
\comment And so do I!
:param tag:
:return:
"""
if not tag.exists('md5id'):
tag.append_child(QqTag('md5id', [self.tag_hash_id(tag)]))
template = Template(
filename=os.path.join(self.templates_dir, "quiz.html"))
return template.render(formatter=self, tag=tag)
def __init__(self,
root: QqTag = QqTag("_root"),
with_chapters=True,
eq_preview_by_labels=False) -> None:
self.templates_dir = os.path.join(
os.path.dirname(os.path.realpath(__file__)), "templates")
self.with_chapters = with_chapters
self.eq_preview_by_labels = eq_preview_by_labels
self.label_to_number: Dict[str, str] = {}
self.label_to_title: Dict[str, str] = {}
self.label_to_tag: Dict[str, QqTag] = {}
self.label_to_chapter: Dict[str, int] = {}
self.flabel_to_tag: Dict[str, QqTag] = {}
self.root: QqTag = root
self.counters = {}
self.chapters: List[Chapter] = []
self.heading_to_level = {
'chapter': 1,
'section': 2,
'subsection': 3,
'subsubsection': 4
}
self.mode = 'wholedoc'
#: how to render the doc? the following options are available:
#: - 'wholedoc' - the whole document on one page
#: - 'bychapters' - every chapter on its own page
chapters_counter = None
if with_chapters:
chapters_counter = Counter()
self.counters['chapter'] = chapters_counter
self.counters['section'] = spawn_or_create_counter(chapters_counter)
self.counters['subsection'] = (self.counters['section'].spawn_child())
self.counters['subsubsection'] = (
self.counters['subsection'].spawn_child())
self.counters['equation'] = spawn_or_create_counter(chapters_counter)
self.counters['equation'].showparents = True
self.counters['item'] = {'align': self.counters['equation']}
self.counters['figure'] = spawn_or_create_counter(chapters_counter)
self.enumerateable_envs = {
name: name.capitalize()
for name in [
'remark', 'theorem', 'example', 'exercise', 'definition',
'proposition', 'lemma', 'question', 'corollary'
]
}
self.metatags = {
'meta', 'author', 'affiliation', 'link', 'license', 'title', 'url',
'lang', 'role'
}
# You can make self.localnames = {} to use
# plain English localization
self.localizations = {
'ru': {
'Remark': 'Замечание',
'Theorem': 'Теорема',
'Example': 'Пример',
'Exercise': 'Упражнение',
'Definition': 'Определение',
'Proposition': 'Утверждение',
'Lemma': 'Лемма',
'Proof': 'Доказательство',
'Proof outline': 'Набросок доказательства',
'Figure': 'Рисунок',
'Fig.': "Рис.",
'Question': 'Вопрос',
'Corollary': 'Следствие',
}
}
self.localnames: Dict[str, str] = None
self.formulaenvs = {'eq', 'equation', 'align'}
for env in self.enumerateable_envs:
self.counters[env] = spawn_or_create_counter(chapters_counter)
self.counters[env].showparents = False
self.figures_dir = None
self.default_figname = "fig"
plt.rcParams['figure.figsize'] = (6, 4)
self.pythonfigure_globals = {'plt': plt}
self.code_prefixes = dict(
pythonfigure='import matplotlib.pyplot as plt\n',
plotly=("import plotly\n"
"import plotly.graph_objs as go\n"
"from plotly.offline import iplot "
"as plot\n"
"from plotly.offline import "
"init_notebook_mode\n\n"
"init_notebook_mode()\n\n"),
rawhtml='')
self.plotly_plotter = PlotlyPlotter()
self.plotly_globals: Dict[str, Any] = {}
self.css: Dict[str, str] = {}
self.js_top: Dict[str, str] = {}
self.js_bottom: Dict[str, str] = {}
self.js_onload: Dict[str, str] = {}
self.safe_tags = (set(self.enumerateable_envs) | set(
self.formulaenvs) | {
'item', 'figure', 'label', 'number', 'ref', 'nonumber',
'snref', 'snippet', 'flabel', 'name', 'proof', 'outline', 'of',
'caption', 'showcode', 'collapsed', 'hidden', 'backref',
'label', 'em', 'emph', 'quiz', 'choice', 'correct', 'comment'
} | set(self.heading_to_level) | self.metatags)