def test_remove_trailing_whitespace():
description = ET.Element("description")
sub_element(description, "para", text="Actual description text.")
sub_element(description,
"para",
text="And some more text.",
tail=" \n ")
result = DescriptionParser("lang").parse(description)
assert result == """Actual description text.
def test_nested_para():
description = ET.Element("description")
sub_element(description, "para", text="Outer text.")
sub_element(description,
"para",
text="Inner text.",
tail="Tail outer text.")
result = DescriptionParser("lang").parse(description)
assert result == """Outer text.
def test_computeroutput():
description = ET.Element("description")
para = sub_element(description, "para", text="The computer says: ")
sub_element(para,
"computeroutput",
text="I cannot do that, Dave",
tail="!")
result = DescriptionParser("lang").parse(description)
assert result == "The computer says: `I cannot do that, Dave`!"
def test_simplesect_ignore_other_kinds(kind):
description = ET.Element("description")
para = sub_element(description, "para", "Some normal text first.")
simplesect = sub_element(para,
"simplesect",
kind=kind,
tail="More text after the note.")
sub_element(simplesect, "para", text="Some kind of note.")
result = DescriptionParser("lang").parse(description)
assert result == "Some normal text first."
def test_ignore_parameterlist():
description = ET.Element("description")
para = sub_element(description, "para")
parameterlist = sub_element(para,
"parameterlist",
text="Ignored",
tail="Also ignored")
sub_element(parameterlist, "para", text="Ignored", tail="Ignored as well")
result = DescriptionParser("lang").parse(description)
assert result == ""
def test_highlight(nested_elements, nested_result):
description = ET.Element("description")
para = sub_element(description, "para", text="I want to ")
highlight = sub_element(para,
"highlight",
text="highlight these words",
tail=" properly.")
highlight.extend(nested_elements)
result = DescriptionParser("lang").parse(description)
assert result == f"I want to __highlight these words{nested_result}__ properly."
def test_bold(nested_elements, nested_result):
description = ET.Element("description")
para = sub_element(description, "para", text="The following is ")
bold = sub_element(para,
"bold",
text="very, very, very",
tail=" important!")
bold.extend(nested_elements)
result = DescriptionParser("lang").parse(description)
assert result == f"The following is **very, very, very{nested_result}** important!"
def test_ref(nested_elements, nested_result):
description = ET.Element("description")
para = sub_element(description, "para", text="See ")
link = sub_element(para,
"ref",
text="Class",
tail=" for more information.",
refid="compound_class")
link.extend(nested_elements)
result = DescriptionParser("lang").parse(description)
assert result == f"See xref:lang-compound_class[Class{nested_result}] for more information."
def test_programlisting():
description = ET.Element("description")
para = sub_element(description, "para", text="Example of code:")
listing = sub_element(para,
"programlisting",
tail="You know what it does.")
sub_element(listing, "codeline", text="def main():")
sub_element(listing, "codeline", text=" print('Hello world!')")
sub_element(listing, "codeline")
result = DescriptionParser("lang").parse(description)
assert result == """Example of code:
def test_unknown_tag(nested_elements, nested_result):
description = ET.Element("description")
para = sub_element(description, "para", text="The following is ")
unknown = sub_element(para,
"unknown",
text="very, very, very",
tail=" important!")
unknown.extend(nested_elements)
result = DescriptionParser("lang").parse(description)
assert result == re.sub(
"\n ", "\n",
f"The following is very, very, very{nested_result} important!")
def test_ulink(nested_elements, nested_result):
description = ET.Element("description")
para = sub_element(description, "para", text="Follow ")
link = sub_element(para,
"ulink",
text="this link",
tail=" for more information.",
url="https://www.tomtom.com")
link.extend(nested_elements)
result = DescriptionParser("lang").parse(description)
assert (
result ==
f"Follow https://www.tomtom.com[this link{nested_result}] for more information."
)
def test_itemizedlist(nested_elements, nested_result):
description = ET.Element("description")
para = sub_element(description, "para", text="This is a list of items:")
itemized_list = sub_element(para,
"itemizedlist",
tail="And some text after the list")
list_item_1 = sub_element(itemized_list, "listitem")
para_1 = sub_element(list_item_1, "para", text="List item 1")
para_1.extend(nested_elements)
list_item_2 = sub_element(itemized_list, "listitem")
sub_element(list_item_2, "para", text="List item 2")
result = DescriptionParser("lang").parse(description)
assert result == re.sub(
"\n{3,}", "\n\n", f"""This is a list of items:
* List item 1{nested_result}
* List item 2
And some text after the list""")
def test_multiple_para():
description = ET.Element("description")
sub_element(description, "para", text="Actual description text.")
sub_element(description, "para", text="And some more text.")
result = DescriptionParser("lang").parse(description)
assert result == """Actual description text.
def test_single_para():
description = ET.Element("description")
sub_element(description, "para", text="Actual description text.")
result = DescriptionParser("lang").parse(description)
assert result == f"Actual description text."
def test_text_only():
description = ET.Element("description", text="A text only description")
result = DescriptionParser("lang").parse(description)
assert result == ""
def test_remove_single_leading_space():
description = ET.Element("description")
sub_element(description, "para", text=" Actual description text.")
sub_element(description, "para", text=" And some more text.")
result = DescriptionParser("lang").parse(description)
assert result == """Actual description text.
