def test_not_numbered(self, context_dict) -> None:
"""
Returns '' when paragraph is not numbered.
"""
one_par_file = valid_xml("<w:p></w:p>")
paragraph = ElementTree.fromstring(one_par_file)[0]
assert _get_bullet_string(paragraph, context_dict) == ""
def test_upper_letter(self, numbered_paragraphs, context_dict) -> None:
"""
Returns 'A) ' for 'upperLetter'
indented three tabs
"""
assert context_dict["numId2numFmts"]["1"][3] == "upperLetter"
paragraph = ElementTree.fromstring(numbered_paragraphs[3])[0]
assert _get_bullet_string(paragraph, context_dict) == "\t\t\tA)\t"
def test_lower_letter(self, numbered_paragraphs, context_dict) -> None:
"""
Returns 'a) ' for 'lowerLetter'
indented two tabs
"""
assert context_dict["numId2numFmts"]["1"][2] == "lowerLetter"
paragraph = ElementTree.fromstring(numbered_paragraphs[2])[0]
assert _get_bullet_string(paragraph, context_dict) == "\t\ta)\t"
def test_decimal(self, numbered_paragraphs, context_dict) -> None:
"""
Returns '1) ' for 'decimal'
indented one tab
"""
assert context_dict["numId2numFmts"]["1"][1] == "decimal"
paragraph = ElementTree.fromstring(numbered_paragraphs[1])[0]
assert _get_bullet_string(paragraph, context_dict) == "\t1)\t"
def test_upper_roman(self, numbered_paragraphs, context_dict) -> None:
"""
Returns 'I) ' for 'upperRoman'
indented 5 tabs
"""
assert context_dict["numId2numFmts"]["1"][5] == "upperRoman"
paragraph = ElementTree.fromstring(numbered_paragraphs[5])[0]
assert _get_bullet_string(paragraph, context_dict) == "\t\t\t\t\tI)\t"
def test_lower_roman(self, numbered_paragraphs, context_dict) -> None:
"""
Returns 'i) ' for 'lowerRoman'
indented 4 tabs
"""
assert context_dict["numId2numFmts"]["1"][4] == "lowerRoman"
paragraph = ElementTree.fromstring(numbered_paragraphs[4])[0]
assert _get_bullet_string(paragraph, context_dict) == "\t\t\t\ti)\t"
def test_undefined(self, numbered_paragraphs, context_dict) -> None:
"""
Returns '-- ' for unknown formats
indented 6 tabs
Format "undefined" won't be defined in the function, so function will fall back
to bullet string (with a warning).
"""
assert context_dict["numId2numFmts"]["1"][6] == "undefined"
paragraph = ElementTree.fromstring(numbered_paragraphs[6])[0]
with pytest.warns(UserWarning):
assert _get_bullet_string(paragraph, context_dict) == "\t\t\t\t\t\t--\t"
def test_resets_sublists(self, numbered_paragraphs, context_dict):
"""Numbers reset when returning to shallower level
1) top level
a) level 2
b) another level 2
A) level 3
c) level 2 is still counting
A) NEW sublist of level 2
2) top level is still counting
a) NEW sublist of top level
"""
pars = [numbered_paragraphs[x] for x in (1, 2, 2, 3, 2, 3, 1, 2)]
bullets = []
for par in pars:
paragraph = ElementTree.fromstring(par)[0]
bullets.append(_get_bullet_string(paragraph, context_dict).strip())
assert bullets == ["1)", "a)", "b)", "A)", "c)", "A)", "2)", "a)"]
def test_bullet(self, numbered_paragraphs, context_dict) -> None:
"""Returns '- ' for 'bullet'"""
assert context_dict["numId2numFmts"]["1"][0] == "bullet"
paragraph = ElementTree.fromstring(numbered_paragraphs[0])[0]
assert _get_bullet_string(paragraph, context_dict) == "-\t"
