def handle_proof(self, tag: QqTag) -> str:
"""
Uses tags: proof, label, outline, of
Examples:
\proof
Here is the proof
\proof \of theorem \ref{thm:1}
Now we pass to proof of theorem \ref{thm:1}
:param tag:
:return: HTML of proof
"""
doc, html, text = Doc().tagtext()
with html("div", klass="env env__proof"):
if tag.find("label"):
doc.attr(id=self.label2id(tag._label.value))
with html("span", klass="env-title env-title__proof"):
if tag.exists("outline"):
proofline = 'Proof outline'
else:
proofline = 'Proof'
doc.asis(
join_nonempty(
self.localize(proofline),
self.format(tag.find("of"),
blanks_to_pars=False)).rstrip() + ".")
doc.asis(rstrip_p(" " + self.format(tag, blanks_to_pars=True)))
doc.asis("<span class='end-of-proof'>∎</span>")
return doc.getvalue() + "\n<p>"
def handle_h(self, tag: QqTag) -> str:
"""
Uses tags: h1, h2, h3, h4, label, number
Example:
\h1 This is first header
\h2 This is the second header \label{sec:second}
:param tag:
:return:
"""
doc, html, text = Doc().tagtext()
with html(tag.name):
doc.attr(id=self.tag_id(tag))
if tag.find("number"):
with html("span", klass="section__number"):
with html("a", href="#"+self.tag_id(tag), klass="section__number"):
text(tag._number.value)
text(self.format(tag, blanks_to_pars=False))
ret = doc.getvalue()
if tag.next() and isinstance(tag.next(), str):
ret += "<p>"
return doc.getvalue()
def handle_h(self, tag: QqTag) -> str:
"""
Uses tags: h1, h2, h3, h4, label, number
Example:
\h1 This is first header
\h2 This is the second header \label{sec:second}
:param tag:
:return:
"""
doc, html, text = Doc().tagtext()
with html(tag.name):
doc.attr(id=self.tag_id(tag))
if tag.find("number"):
with html("span", klass="section__number"):
with html("a",
href="#" + self.tag_id(tag),
klass="section__number"):
text(tag._number.value)
text(self.format(tag, blanks_to_pars=False))
ret = doc.getvalue()
if tag.next() and isinstance(tag.next(), str):
ret += "<p>"
return doc.getvalue()
def handle_proof(self, tag: QqTag) -> str:
"""
Uses tags: proof, label, outline, of
Examples:
\proof
Here is the proof
\proof \of theorem \ref{thm:1}
Now we pass to proof of theorem \ref{thm:1}
:param tag:
:return: HTML of proof
"""
doc, html, text = Doc().tagtext()
with html("div", klass="env env__proof"):
if tag.find("label"):
doc.attr(id=self.label2id(tag._label.value))
with html("span", klass="env-title env-title__proof"):
if tag.exists("outline"):
proofline = 'Proof outline'
else:
proofline = 'Proof'
doc.asis(join_nonempty(self.localize(proofline),
self.format(tag.find("of"), blanks_to_pars=False)).rstrip()+".")
doc.asis(rstrip_p(" " + self.format(tag, blanks_to_pars=True)))
doc.asis("<span class='end-of-proof'>∎</span>")
return doc.getvalue()+"\n<p>"
def handle_figure(self, tag: QqTag) -> str:
"""
Currently, only python-generated figures and plotly figures are supported.
Example:
\figure \label fig:figure
\pythonfigure
plt.plot([1, 2, 3], [1, 4, 9])
\caption
Some figure
Uses tags: figure, label, caption, number, showcode, collapsed
:param tag: QqTag
:return: HTML of figure
"""
doc, html, text = Doc().tagtext()
subtags = ['pythonfigure', 'plotly', 'rawhtml']
langs = {
'pythonfigure': 'python',
'plotly': 'python',
'rawhtml': 'html'
}
with html("div", klass="figure"):
if tag.find("label"):
doc.attr(id=self.label2id(tag._label.value))
label = tag._label.value
else:
label = None
for child in tag:
if isinstance(child, QqTag):
if child.name in subtags:
if tag.exists("showcode"):
doc.asis(
self.showcode(
child,
collapsed=tag.exists("collapsed"),
lang=langs.get(child.name)))
doc.asis(self.handle(child))
elif child.name == 'caption':
with html("div", klass="figure_caption"):
if label is not None:
with html("a",
klass="figure_caption_anchor",
href="#" + self.label2id(label)):
text(
join_nonempty(self.localize("Fig."),
tag.get("number")))
text(": ")
else:
text(
join_nonempty(self.localize("Fig."),
tag.get("number")) + ": ")
doc.asis(self.format(child, blanks_to_pars=True))
return doc.getvalue()
def handle_snippet(self, tag: QqTag) -> str:
"""
Uses tags: hidden, backref, label
:param tag:
:return:
"""
anchor = ""
if not tag.exists("backref") and tag.exists("label"):
anchor = "<span id='{}'></span>".format(self.label2id(tag._label.value))
if tag.exists("hidden"):
return anchor
return anchor + self.format(tag, blanks_to_pars=True)
def test_qqtag_backlinks(self):
q = QqTag('a', [
QqTag('b', 'hello'),
QqTag('c', 'world'),
QqTag('b', 'this'),
QqTag('--+-', [
QqTag('b', 'way'),
"this"
])])
self.assertTrue(q._is_consistent())
new_tag = QqTag({'qqq' : 'bbb'})
q.append_child(new_tag)
self.assertEqual(new_tag.my_index, 4)
del q[0]
self.assertEqual(new_tag.my_index, 3)
self.assertTrue(q._is_consistent())
other_tag = QqTag({'other': ['some', 'values']})
q.insert(2, other_tag)
self.assertEqual(other_tag.my_index, 2)
self.assertEqual(new_tag.my_index, 4)
third_tag = QqTag({'this': 'hi'})
q[3] = third_tag
self.assertEqual(third_tag.my_index, 3)
self.assertTrue(q._is_consistent())
def handle_snippet(self, tag: QqTag) -> str:
"""
Uses tags: hidden, backref, label
:param tag:
:return:
"""
anchor = ""
if not tag.exists("backref") and tag.exists("label"):
anchor = "<span id='{}'></span>".format(
self.label2id(tag._label.value))
if tag.exists("hidden"):
return anchor
return anchor + self.format(tag, blanks_to_pars=True)
def preprocess(self, root: QqTag):
"""
Uses tags: number, label, nonumber, flabel
:return:
"""
for tag in root:
if isinstance(tag, QqTag):
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.label2number[label] = str(counter)
# self.label2title[label] = tag.text_content
if tag.find('label') and tag.find('number'):
self.label2number[tag._label.value] = tag._number.value
if tag.find('label'):
self.label2tag[tag._label.value] = tag
if tag.find('flabel'):
self.flabel2tag[tag._flabel.value.lower()] = tag
self.preprocess(tag)
def test_qqtag_accessors(self):
q = QqTag('a', [
QqTag('b', 'hello'),
QqTag('c', 'world'),
QqTag('b', 'this'),
QqTag('--+-', [
QqTag('b', 'way'),
"this"
])])
self.assertEqual(q._b.value, 'hello')
self.assertEqual(q._c.value, 'world')
self.assertEqual([b.as_list() for b in q('b')], [['b', 'hello'], ['b', 'this']])
self.assertEqual(q.find('--+-')._b.value, 'way')
self.assertEqual(q[0].value, 'hello')
self.assertEqual(q[1].value, 'world')
self.assertEqual(q[3][0].value, 'way')
def test_split_by_sep(self):
doc = r"""\splittedtag[one|two\three|four]"""
parser = QqParser(allowed_tags={'splittedtag', 'three'})
tree = parser.parse(doc)
splitted = tree._splittedtag.split_by_sep()
self.assertEqual(splitted,
[['one'], ['two', QqTag('three')], ['four']])
def mk_chapters(self):
curchapter = Chapter(QqTag("_zero_chapter"), [])
self.chapters = []
for tag in self.root:
if isinstance(tag, QqTag) and tag.name == 'h1':
self.add_chapter(curchapter)
curchapter = Chapter(tag, [])
curchapter.content.append(tag)
self.add_chapter(curchapter)
def handle_figure(self, tag: QqTag) -> str:
"""
Currently, only python-generated figures and plotly figures are supported.
Example:
\figure \label fig:figure
\pythonfigure
plt.plot([1, 2, 3], [1, 4, 9])
\caption
Some figure
Uses tags: figure, label, caption, number, showcode, collapsed
:param tag: QqTag
:return: HTML of figure
"""
doc, html, text = Doc().tagtext()
subtags = ['pythonfigure', 'plotly', 'rawhtml']
langs = {'pythonfigure': 'python', 'plotly': 'python', 'rawhtml': 'html'}
with html("div", klass="figure"):
if tag.find("label"):
doc.attr(id=self.label2id(tag._label.value))
label = tag._label.value
else:
label = None
for child in tag:
if isinstance(child, QqTag):
if child.name in subtags:
if tag.exists("showcode"):
doc.asis(self.showcode(child, collapsed=tag.exists("collapsed"),
lang = langs.get(child.name)))
doc.asis(self.handle(child))
elif child.name == 'caption':
with html("div", klass="figure_caption"):
if label is not None:
with html("a", klass="figure_caption_anchor", href="#" + self.label2id(label)):
text(join_nonempty(self.localize("Fig."), tag.get("number")))
text(": ")
else:
text(join_nonempty(self.localize("Fig."), tag.get("number"))+": ")
doc.asis(self.format(child, blanks_to_pars=True))
return doc.getvalue()
def test_create_qqtag(self):
q = QqTag({'a': 'b'})
self.assertEqual(q.name, 'a')
self.assertEqual(q.value, 'b')
q = QqTag('a', [
QqTag('b', 'hello'),
QqTag('c', 'world'),
QqTag('b', 'this'),
QqTag('--+-', [QqTag('b', 'way'), "this"])
])
self.assertEqual(q.name, 'a')
#self.assertEqual(q._children, IndexedList([QqTag('b', ['hello']), QqTag('c', ['world']), QqTag('b', ['this']),
# QqTag('--+-', [QqTag('b', ['way']), 'this'])]))
#self.assertEqual(eval(repr(q)), q)
self.assertEqual(q.as_list(), [
'a', ['b', 'hello'], ['c', 'world'], ['b', 'this'],
['--+-', ['b', 'way'], 'this']
])
def test_create_qqtag(self):
q = QqTag({'a': 'b'})
self.assertEqual(q.name, 'a')
self.assertEqual(q.value, 'b')
q = QqTag('a', [
QqTag('b', 'hello'),
QqTag('c', 'world'),
QqTag('b', 'this'),
QqTag('--+-', [
QqTag('b', 'way'),
"this"
])])
self.assertEqual(q.name, 'a')
#self.assertEqual(q._children, IndexedList([QqTag('b', ['hello']), QqTag('c', ['world']), QqTag('b', ['this']),
# QqTag('--+-', [QqTag('b', ['way']), 'this'])]))
#self.assertEqual(eval(repr(q)), q)
self.assertEqual(q.as_list(),
['a', ['b', 'hello'], ['c', 'world'], ['b', 'this'], ['--+-', ['b', 'way'], 'this']])
def test_qqtag_accessors(self):
q = QqTag('a', [
QqTag('b', 'hello'),
QqTag('c', 'world'),
QqTag('b', 'this'),
QqTag('--+-', [QqTag('b', 'way'), "this"])
])
self.assertEqual(q._b.value, 'hello')
self.assertEqual(q._c.value, 'world')
self.assertEqual([b.as_list() for b in q('b')],
[['b', 'hello'], ['b', 'this']])
self.assertEqual(q.find('--+-')._b.value, 'way')
self.assertEqual(q[0].value, 'hello')
self.assertEqual(q[1].value, 'world')
self.assertEqual(q[3][0].value, 'way')
def handle_quiz(self, tag: QqTag):
"""
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="templates/quiz.html")
return template.render(formatter=self, tag=tag)
def handle_quiz(self, tag: QqTag):
"""
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="templates/quiz.html")
return template.render(formatter=self, tag=tag)
def handle_pythonfigure(self, tag: QqTag) -> str:
"""
Uses tags: pythonfigure, style
:param tag:
:return:
"""
path = self.make_python_fig(tag.text_content, exts=("svg"))
doc, html, text = Doc().tagtext()
with html("img", klass="figure img-responsive",
src=self.url_for_figure(path + "/" + self.default_figname + ".svg")):
if tag.exists("style"):
doc.attr(style=tag._style.value)
return doc.getvalue()
def handle_snref(self, tag: QqTag) -> str:
"""
Makes snippet ref.
Example:
Consider \snref[Initial Value Problem|sn:IVP].
Here sn:IVP -- label of snippet.
If no separator present, fuzzy search will be performed over flabels
Example:
\snippet \label sn:IVP \flabel Initial Value Problem
Initial Value Problem is a problem with initial value
Consider \snref[initial value problem].
:param tag:
:return:
"""
doc, html, text = Doc().tagtext()
if tag.exists("separator"):
title, labelfield = tag.split_by_sep()
label = "".join(labelfield)
else:
title = tag.value.replace("\n", " ")
target = self.find_tag_by_flabel(title)
label = target._label.value
data_url = self.url_for_snippet(label)
with html("a", ('data-url', data_url), klass="snippet-ref"):
doc.asis(self.format(title, blanks_to_pars=True))
return doc.getvalue()
def handle_equation(self, tag: QqTag) -> str:
"""
Uses tags: equation, number, label
Example:
\equation \label eq:first
x^2 + y^2 = z^2
:param tag:
:return:
"""
doc, html, text = Doc().tagtext()
with html("div", klass="latex_equation"):
text("\\[\n")
text("\\begin{equation}\n")
if tag.find('number'):
text("\\tag{{{}}}\n".format(tag._number.value))
if tag.find('label'):
doc.attr(id=self.label2id(tag._label.value))
text(self.format(tag, blanks_to_pars=False))
text("\\end{equation}\n")
text("\\]\n")
return doc.getvalue()
def handle_equation(self, tag: QqTag) -> str:
"""
Uses tags: equation, number, label
Example:
\equation \label eq:first
x^2 + y^2 = z^2
:param tag:
:return:
"""
doc, html, text = Doc().tagtext()
with html("div", klass="latex_equation"):
text("\\[\n")
text("\\begin{equation}\n")
if tag.find('number'):
text("\\tag{{{}}}\n".format(tag._number.value))
if tag.find('label'):
doc.attr(id=self.label2id(tag._label.value))
text(self.format(tag, blanks_to_pars=False))
text("\\end{equation}\n")
text("\\]\n")
return doc.getvalue()
def handle_snref(self, tag: QqTag) -> str:
"""
Makes snippet ref.
Example:
Consider \snref[Initial Value Problem|sn:IVP].
Here sn:IVP -- label of snippet.
If no separator present, fuzzy search will be performed over flabels
Example:
\snippet \label sn:IVP \flabel Initial Value Problem
Initial Value Problem is a problem with initial value
Consider \snref[initial value problem].
:param tag:
:return:
"""
doc, html, text = Doc().tagtext()
if tag.exists("separator"):
title, labelfield = tag.split_by_sep()
label = "".join(labelfield)
else:
title = tag.value.replace("\n", " ")
target = self.find_tag_by_flabel(title)
label = target._label.value
data_url = self.url_for_snippet(label)
with html("a", ('data-url', data_url), klass="snippet-ref"):
doc.asis(self.format(title, blanks_to_pars=True))
return doc.getvalue()
def test_qqtag_prev_next(self):
q = QqTag('a', [
QqTag('b', 'hello'),
QqTag('c', 'world'),
QqTag('b', 'this'),
QqTag('--+-', [QqTag('b', 'way'), "this"])
])
self.assertEqual(q._c.prev().value, 'hello')
self.assertEqual(q._b.next().value, 'world')
self.assertEqual(q._c.next().value, 'this')
def get_counter_for_tag(self, tag: QqTag) -> Counter:
name = tag.name
counters = self.counters
while True:
if tag.exists('nonumber'):
return None
current = counters.get(name)
if current is None:
return None
if isinstance(current, Counter):
return current
if isinstance(current, dict):
counters = current
tag = tag.parent
name = tag.name
continue
return None
def get_counter_for_tag(self, tag: QqTag) -> Counter:
name = tag.name
counters = self.counters
while True:
if tag.exists('nonumber'):
return None
current = counters.get(name)
if current is None:
return None
if isinstance(current, Counter):
return current
if isinstance(current, dict):
counters = current
tag = tag.parent
name = tag.name
continue
return None
def handle_pythonfigure(self, tag: QqTag) -> str:
"""
Uses tags: pythonfigure, style
:param tag:
:return:
"""
path = self.make_python_fig(tag.text_content, exts=("svg"))
doc, html, text = Doc().tagtext()
with html("img",
klass="figure img-responsive",
src=self.url_for_figure(path + "/" + self.default_figname +
".svg")):
if tag.exists("style"):
doc.attr(style=tag._style.value)
return doc.getvalue()
def handle_ref(self, tag: QqTag):
"""
Examples:
See Theorem \ref{thm:existence}
Other way:
See \ref[Theorem|thm:existence]
In this case word ``Theorem'' will be part of a reference: e.g. in HTML it will look like
See <a href="#label_thm:existence">Theorem 1</a>
If you want to omit number, just use \nonumber tag like so:
See \ref[Theorem\nonumber|thm:existence]
This will produce HTML like
See <a href="#label_thm:existence">Theorem</a>
Uses tags: ref, nonumber
:param tag:
:return:
"""
doc, html, text = Doc().tagtext()
if tag.is_simple:
prefix = None
label = tag.value
else:
prefix, labelfield = tag.split_by_sep()
label = "".join(labelfield).strip()
number = self.label2number.get(label, "???")
target = self.label2tag[label]
href = ""
if self.mode == 'bychapters':
if 'snippet' not in [t.name for t in tag.ancestor_path()]:
# check that we're not inside snippet now
fromindex = self.tag2chapter(tag)
else:
fromindex = None
href = self.url_for_chapter(self.tag2chapter(target), fromindex=fromindex)
eqref = target.name in self.formulaenvs or target.name == 'item' and target.parent.name in self.formulaenvs
if eqref:
href += "#mjx-eqn-" + str(number)
else:
href += "#"+self.label2id(label)
with html("span", klass="ref"):
with html("a", klass="a-ref", href=href,
title=self.label2title.get(label, "")):
if prefix:
doc.asis(self.format(prefix, blanks_to_pars=False))
if eqref and hasattr(self, 'url_for_eq_snippet'):
doc.attr(('data-url', self.url_for_eq_snippet(number)))
if not tag.exists("nonumber"):
if prefix:
doc.asis(" ")
if eqref:
text("(" + number + ")")
else:
text(number)
return doc.getvalue()
def test_qqtag_backlinks(self):
q = QqTag('a', [
QqTag('b', 'hello'),
QqTag('c', 'world'),
QqTag('b', 'this'),
QqTag('--+-', [QqTag('b', 'way'), "this"])
])
self.assertTrue(q._is_consistent())
new_tag = QqTag({'qqq': 'bbb'})
q.append_child(new_tag)
self.assertEqual(new_tag.my_index, 4)
del q[0]
self.assertEqual(new_tag.my_index, 3)
self.assertTrue(q._is_consistent())
other_tag = QqTag({'other': ['some', 'values']})
q.insert(2, other_tag)
self.assertEqual(other_tag.my_index, 2)
self.assertEqual(new_tag.my_index, 4)
third_tag = QqTag({'this': 'hi'})
q[3] = third_tag
self.assertEqual(third_tag.my_index, 3)
self.assertTrue(q._is_consistent())
def handle_ref(self, tag: QqTag):
"""
Examples:
See Theorem \ref{thm:existence}
Other way:
See \ref[Theorem|thm:existence]
In this case word ``Theorem'' will be part of a reference: e.g. in HTML it will look like
See <a href="#label_thm:existence">Theorem 1</a>
If you want to omit number, just use \nonumber tag like so:
See \ref[Theorem\nonumber|thm:existence]
This will produce HTML like
See <a href="#label_thm:existence">Theorem</a>
Uses tags: ref, nonumber
:param tag:
:return:
"""
doc, html, text = Doc().tagtext()
if tag.is_simple:
prefix = None
label = tag.value
else:
prefix, labelfield = tag.split_by_sep()
label = "".join(labelfield).strip()
number = self.label2number.get(label, "???")
target = self.label2tag[label]
href = ""
if self.mode == 'bychapters':
if 'snippet' not in [t.name for t in tag.ancestor_path()]:
# check that we're not inside snippet now
fromindex = self.tag2chapter(tag)
else:
fromindex = None
href = self.url_for_chapter(self.tag2chapter(target),
fromindex=fromindex)
eqref = target.name in self.formulaenvs or target.name == 'item' and target.parent.name in self.formulaenvs
if eqref:
href += "#mjx-eqn-" + str(number)
else:
href += "#" + self.label2id(label)
with html("span", klass="ref"):
with html("a",
klass="a-ref",
href=href,
title=self.label2title.get(label, "")):
if prefix:
doc.asis(self.format(prefix, blanks_to_pars=False))
if eqref and hasattr(self, 'url_for_eq_snippet'):
doc.attr(('data-url', self.url_for_eq_snippet(number)))
if not tag.exists("nonumber"):
if prefix:
doc.asis(" ")
if eqref:
text("(" + number + ")")
else:
text(number)
return doc.getvalue()
