def test_image_latex():
"""
"""
# "{#label1 .class-name a=5}"
in_json = (
{"blocks": [
{"t": "Para", "c": [
{"t": "Image", "c": [
["label1",
["class-name"],
[["a", "5"]]],
[{"t": "Str", "c": "a"},
{"t": "Space"}, {"t": "Str", "c": "title"}],
["path/to/image.png", "fig:"]]}]}],
"pandoc-api-version": [1, 17, 5, 1], "meta": {}}
)
out_string = apply_filter(
in_json, format_label_elements.main, "latex", in_format="json")
assert out_string.strip() == "\n".join([
r"\begin{figure}[]",
r"\hypertarget{label1}{%",
r"\begin{center}",
r"\adjustimage{max size={0.9\linewidth}{0.9\paperheight},}"
r"{path/to/image.png}",
r"\end{center}",
r"\caption{a title}\label{label1}",
"}",
r"\end{figure}"
])
def test_math_md_to_rst():
in_str = [
"$$a = b$$ {#eq:id1}",
"$$c &= d \\\\ other &= e$$ {#a env=align .unnumbered}",
]
out_string = apply_filter(
in_str,
[prepare_labels.main, format_label_elements.main],
in_format="markdown",
out_format="rst",
)
assert out_string.strip() == "\n".join([
".. math::",
" :nowrap:",
" :label: eq:id1",
"",
r" \begin{equation}a = b\end{equation}",
"",
"",
"",
".. math::",
" :nowrap:",
" :label: a",
"",
r" \begin{align*}c &= d \\ other &= e\end{align*}",
])
def test_rst_directive_with_options_to_rst():
in_string = [
'.. dir::',
' :maxdepth: 2',
' :numbered:',
'',
' abc',
' xyz',
'',
' new paragraph',
''
]
out_string = apply_filter(
in_string,
[prepare_raw.main, format_raw_spans.main], "rst")
assert out_string == "\n".join([
'.. dir::',
' :maxdepth: 2',
' :numbered:',
'',
' abc',
' xyz',
'',
' new paragraph',
"",
""
])
def test_citations_latex():
in_string = [
'@label1',
'',
'[@label1;@label2]',
'',
'[an internal link](#label2)'
'',
'[an external link](http://something.org)',
'',
'',
]
out_string = apply_filter(
in_string,
[prepare_raw.main, format_cite_elements.main], "latex")
assert out_string.strip() == "\n".join([
"\\cite{label1}",
"",
"\\cite{label1,label2}",
"",
"\\cref{label2} \\href{http://something.org}{an external link}",
"",
"\\begin{figure}",
"\\centering",
"\\includegraphics{path/to/image.png}",
"\\caption{a citation \\cite{label}}",
"\\end{figure}"
])
def test_image_rst():
"""
"""
# "{#label1 .class-name a=5}"
in_json = (
{"blocks": [
{"t": "Para", "c": [
{"t": "Image", "c": [
["label1",
["class-name"],
[["a", "5"]]],
[{"t": "Str", "c": "a"},
{"t": "Space"}, {"t": "Str", "c": "title"}],
["path/to/image.png", "fig:"]]}]}],
"pandoc-api-version": [1, 17, 5, 1], "meta": {}}
)
out_string = apply_filter(
in_json, format_label_elements.main, "rst", in_format="json")
assert out_string.strip() == "\n".join([
".. figure:: path/to/image.png",
" :alt: a title",
" :figclass: class-name",
" :name: label1",
"",
" a title"
])
def test_latex_to_rst_with_numref():
""""""
in_string = [
"---",
"ipub:",
" pandoc:",
" use_numref: true",
"---",
"",
r"\cref{label1} \Cref{label2} \cite{a-cite-key_2019}",
"",
r"\ref{label3} \todo[inline]{something todo}",
"",
r"\todo{something else todo}"
]
out_string = apply_filter(in_string,
[prepare_raw.main,
format_cite_elements.main,
format_raw_spans.main], "rst")
assert out_string.strip() == "\n".join([
":numref:`label1` :numref:`label2` :cite:`a-cite-key_2019`",
"",
":ref:`label3`",
"",
".. todo:: something todo"
"",
"",
"",
"",
".. todo:: something else todo"
])
def test_rst_directive_with_options_to_rst():
in_string = [
".. dir::",
" :maxdepth: 2",
" :numbered:",
"",
" abc",
" xyz",
"",
" new paragraph",
"",
]
out_string = apply_filter(
in_string, [prepare_raw.main, format_raw_spans.main], "rst"
)
assert out_string == "\n".join(
[
".. dir::",
" :maxdepth: 2",
" :numbered:",
"",
" abc",
" xyz",
"",
" new paragraph",
"",
"",
]
)
def test_citations_rst():
in_string = [
'@label1',
'',
'[an internal link](#label2)'
'',
'[an external link](http://something.org)',
'',
'',
]
out_string = apply_filter(
in_string,
[prepare_raw.main, format_cite_elements.main], "rst")
assert out_string.strip() == "\n".join([
":cite:`label1`",
"",
":ref:`label2` `an external link <http://something.org>`__",
"",
".. figure:: path/to/image.png",
" :alt: a citation :cite:`label`",
"",
" a citation :cite:`label`"
])
def test_latex_to_rst():
"""
"""
in_string = [
r"\cref{label1} \Cref{label2} \cite{a-cite-key_2019}",
"",
"\\cite{label1,label2}",
"",
r"\ref{label3} \todo{something todo}",
"",
r"\todo{something else todo}"
]
out_string = apply_filter(in_string,
[prepare_raw.main,
format_cite_elements.main,
format_raw_spans.main], "rst")
assert out_string == "\n".join([
":ref:`label1` :ref:`label2` :cite:`a-cite-key_2019`",
"",
":cite:`label1,label2`",
"",
":ref:`label3`",
"",
".. todo:: something todo",
"",
"",
"",
".. todo:: something else todo",
"",
""
])
def test_image_html():
"""
"""
# "{#label1 .class-name a=5}"
in_json = (
{"blocks": [
{"t": "Para", "c": [
{"t": "Image", "c": [
["label1",
["class-name"],
[["a", "5"]]],
[{"t": "Str", "c": "a"},
{"t": "Space"}, {"t": "Str", "c": "title"}],
["path/to/image.png", "fig:"]]}]}],
"pandoc-api-version": [1, 17, 5, 1], "meta": {}}
)
out_string = apply_filter(
in_json, format_label_elements.main, "html", in_format="json")
assert out_string.strip() == "\n".join([
'<p><a id="label1" class="anchor-link" name="#label1">'
'<img src="path/to/image.png" title="fig:" alt="a title" id="label1" '
'class="class-name" data-a="5" />'
'</a></p>'
])
def test_table_html(data_regression):
"""
"""
in_string = ['a b', '- -', 'x y', '', 'Table: Caption +@label']
out_string = apply_filter(in_string, main, 'html')
parser = HTML2JSONParser()
parser.feed(out_string)
data_regression.check(parser.parsed)
def test_para_html(data_regression):
"""
"""
in_string = ['+@label{ .class a=1} xyz *@label2* @label3{ .b}']
out_string = apply_filter(in_string, main, 'html')
parser = HTML2JSONParser()
parser.feed(out_string)
data_regression.check(parser.parsed)
def test_rst_cite_to_latex():
in_string = ["a :ref:`label` b"]
out_string = apply_filter(
in_string, [prepare_raw.main, format_cite_elements.main], "latex"
)
assert out_string.strip() == "\n".join([r"a \ref{label} b"])
def test_html_to_latex_label():
in_string = ["[some text](#alabel)"]
out_string = apply_filter(
in_string, [prepare_raw.main, format_cite_elements.main], "latex"
)
assert out_string == "\n".join([r"\cref{alabel}"])
def test_rst_label_to_rst():
in_string = [".. _alabel:"]
out_string = apply_filter(
in_string, [prepare_raw.main, format_raw_spans.main], "rst"
)
assert out_string.strip() == "\n".join([".. _alabel:"])
def test_rst_known_role_to_rst():
in_string = ["a :py:func:`label` b"]
out_string = apply_filter(
in_string, [prepare_raw.main, format_raw_spans.main], "rst"
)
assert out_string.strip() == "\n".join(["a :py:func:`label` b"])
def test_image_html(data_regression):
in_string = [
''
]
out_string = apply_filter(in_string, main, 'html')
parser = HTML2JSONParser()
parser.feed(out_string)
data_regression.check(parser.parsed)
def test_math_span_rst():
in_json = {
"blocks": [{
"t":
"Para",
"c": [{
"t":
"Span",
"c": [
["a", ["labelled-Math"], [["b", "2"]]],
[{
"t": "Math",
"c": [{
"t": "DisplayMath"
}, "a=1"]
}],
],
}],
}],
"pandoc-api-version": [1, 17, 5, 1],
"meta": {
"$$references": {
"t": "MetaMap",
"c": {
"a": {
"t": "MetaMap",
"c": {
"type": {
"t": "MetaString",
"c": "Math"
},
"number": {
"t": "MetaString",
"c": "1"
},
},
}
},
}
},
}
out_string = apply_filter(in_json,
format_label_elements.main,
"rst",
in_format="json")
assert out_string.strip() == "\n".join([
".. math::",
" :nowrap:",
" :label: a",
"",
r" \begin{equation}a=1\end{equation}",
])
def test_math_span_html():
in_json = {
"blocks": [{
"t":
"Para",
"c": [{
"t":
"Span",
"c": [
["a", ["labelled-Math"], [["b", "2"]]],
[{
"t": "Math",
"c": [{
"t": "DisplayMath"
}, "a=1"]
}],
],
}],
}],
"pandoc-api-version": [1, 17, 5, 1],
"meta": {
"$$references": {
"t": "MetaMap",
"c": {
"a": {
"t": "MetaMap",
"c": {
"type": {
"t": "MetaString",
"c": "Math"
},
"number": {
"t": "MetaString",
"c": "1"
},
},
}
},
}
},
}
out_string = apply_filter(in_json,
format_label_elements.main,
"html",
in_format="json")
assert out_string.strip() == "\n".join([
'<p><a id="a" class="anchor-link" name="#a">'
"<br />"
'<span class="math display"><em>a</em> = 1</span>'
"<br />"
"</a></p>"
])
def test_para_rst():
"""
"""
in_string = [
"+@label{.class a=1} xyz *@label2* @label3{.b}", "", "(@label4{})", "",
"(@label5{.b} x)"
]
out_string = apply_filter(in_string, main, "rst")
assert out_string.strip() == "\n".join(
["@label xyz *@label2* @label3", "", "(@label4)", "", "(@label5 x)"])
def test_rst_directive_to_rst():
in_string = [".. versionchanged:: v0.8.3", "", " abc", "", " xyz"]
out_string = apply_filter(
in_string, [prepare_raw.main, format_raw_spans.main], "rst"
)
assert out_string.strip() == "\n".join(
[".. versionchanged:: v0.8.3", "", " abc", "", " xyz"]
)
def test_cite_in_table_caption():
in_string = ["a b", "- -", "1 2", "", "Table: Caption \\cite{a}"]
out_string = apply_filter(
in_string, [prepare_raw.main, format_cite_elements.main], "markdown"
)
assert out_string == "\n".join(
[" a b", " --- ---", " 1 2", "", " : Caption [@a]"]
)
def test_para_rst():
"""
"""
in_string = [
'+@label{.class a=1} xyz *@label2* @label3{.b}', '', '(@label4{})', '',
'(@label5{.b} x)'
]
out_string = apply_filter(in_string, main, 'rst')
assert out_string.strip() == '\n'.join(
['@label xyz *@label2* @label3', '', '(@label4)', '', '(@label5 x)'])
def test_multiple_references_rst():
"""
"""
in_string = ["multiple references +[@fig:id; @tbl:id; @eq:id1]"]
out_string = apply_filter(in_string,
[prepare_cites.main, format_cite_elements.main],
"rst")
print(out_string)
assert out_string == "\n".join(
["multiple references :ref:`fig:id`, :ref:`tbl:id` and :ref:`eq:id1`"])
def test_reference_prefixes_rst():
"""
"""
in_string = ["(?@key1 &@key2 %@key3 =@key4)"]
out_string = apply_filter(in_string,
[prepare_cites.main, format_cite_elements.main],
"rst")
print(out_string)
assert out_string == "\n".join(
["(:ref:`key1` :gls:`key2` :glsc:`key3` :eq:`key4`)"])
def test_reference_prefixes_latex():
"""
"""
in_string = ["(?@key1 &@key2 =@key3)"]
out_string = apply_filter(in_string,
[prepare_cites.main, format_cite_elements.main],
"latex")
print(out_string)
assert out_string == "\n".join(
["(\\Cref{key1} \\gls{key2} \\eqref{key3})"])
def test_multiple_references_latex():
"""
"""
in_string = ["multiple references +[@fig:id; @tbl:id; @eq:id1]"]
out_string = apply_filter(in_string,
[prepare_cites.main, format_cite_elements.main],
"latex")
print(out_string)
assert out_string == "\n".join(
["multiple references \\cref{fig:id,tbl:id,eq:id1}"])
def test_rst_cite_to_rst():
in_string = [
'a :ref:`label` b'
]
out_string = apply_filter(
in_string,
[prepare_raw.main, format_cite_elements.main], "rst")
assert out_string.strip() == "\n".join([
'a :ref:`label` b'
])
def test_html_to_latex_cite():
in_string = [
'surrounding <cite data-cite="cite_key">text</cite> text' "",
'<cite data-cite="cite_key2"></cite>',
]
out_string = apply_filter(
in_string, [prepare_raw.main, format_cite_elements.main], "latex"
)
assert out_string == "\n".join(
[r"surrounding \cite{cite_key} text \cite{cite_key2}"]
)
def test_table_html():
"""
"""
in_string = ["a b", "- -", "x y", "", "Table: Caption +@label"]
out_string = apply_filter(in_string, main, "html")
assert out_string.strip() == "\n".join([
'<table>', '<caption>Caption '
'<span class="attribute-Cite" data-latex="cref" data-rst="numref">'
'<span class="citation" data-cites="label">@label</span>'
'</span></caption>', '<thead>', '<tr class="header">', '<th>a</th>',
'<th>b</th>', '</tr>', '</thead>', '<tbody>', '<tr class="odd">',
'<td>x</td>', '<td>y</td>', '</tr>', '</tbody>', '</table>'
])
