def test_single_run_single_text_node_no_tabs_nothing_changes(self):
paragraph = Paragraph(children=[
Run(children=[Text(text='Foo')]),
])
expected = Paragraph(children=[
Run(children=[Text(text='Foo')]),
])
self.builder.remove_initial_tab_chars_from_paragraph(paragraph)
self.assertEqual(repr(paragraph), repr(expected))
def test_single_initial_tab_is_removed(self):
paragraph = Paragraph(children=[
Run(children=[TabChar()]),
])
expected = Paragraph(children=[
Run(),
])
self.builder.remove_initial_tab_chars_from_paragraph(paragraph)
self.assertEqual(repr(paragraph), repr(expected))
def test_only_removes_if_leading_text_matches(self):
paragraph = Paragraph(children=[
Run(children=[Text(text='NO Foo Bar')]),
])
expected = Paragraph(children=[
Run(children=[Text(text='NO Foo Bar')]),
])
self.builder.remove_initial_text_from_paragraph(paragraph, 'Foo ')
self.assertEqual(repr(paragraph), repr(expected))
def test_single_run_single_text_node(self):
paragraph = Paragraph(children=[
Run(children=[Text(text='Foo Bar')]),
])
expected = Paragraph(children=[
Run(children=[Text(text='Bar')]),
])
self.builder.remove_initial_text_from_paragraph(paragraph, 'Foo ')
self.assertEqual(repr(paragraph), repr(expected))
def test_leading_non_text_is_ignored(self):
paragraph = Paragraph(children=[
Run(children=[
Break(),
Text(text='Foo Bar'),
]),
])
expected = Paragraph(children=[
Run(children=[
Break(),
Text(text='Bar'),
]),
])
self.builder.remove_initial_text_from_paragraph(paragraph, 'Foo ')
self.assertEqual(repr(paragraph), repr(expected))
def test_initial_text_is_split_across_multiple_text_nodes(self):
paragraph = Paragraph(children=[
Run(children=[
Text(text='ab'),
Text(text='cdef'),
Text(text='chij'),
]),
])
expected = Paragraph(children=[
Run(children=[
Text(text=''),
Text(text='def'),
Text(text='chij'),
]),
])
self.builder.remove_initial_text_from_paragraph(paragraph, 'abc')
self.assertEqual(repr(paragraph), repr(expected))
def test_tab_char_is_not_removed_when_tab_char_is_not_set(self):
paragraph = Paragraph(children=[
Run(children=[
Text(text='a'),
TabChar(),
Text(text='b'),
]),
])
expected = Paragraph(children=[
Run(children=[
Text(text=''),
TabChar(),
Text(text=''),
]),
])
self.builder.remove_initial_text_from_paragraph(
paragraph,
initial_text='ab',
)
self.assertEqual(repr(paragraph), repr(expected))
def test_tabs_embedded_within_initial_text_can_be_removed(self):
paragraph = Paragraph(children=[
Run(children=[
Text(text='a'),
TabChar(),
Text(text='b'),
]),
])
expected = Paragraph(children=[
Run(children=[
Text(text=''),
Text(text=''),
]),
])
self.builder.remove_initial_text_from_paragraph(
paragraph,
initial_text='aFOOb',
tab_char='FOO',
)
self.assertEqual(repr(paragraph), repr(expected))
def test_only_tabs_before_first_text_are_removed(self):
paragraph = Paragraph(children=[
Run(children=[
TabChar(),
]),
Run(children=[
TabChar(),
Text(),
TabChar(),
]),
])
expected = Paragraph(children=[
Run(),
Run(children=[
Text(),
TabChar(),
]),
])
self.builder.remove_initial_tab_chars_from_paragraph(paragraph)
self.assertEqual(repr(paragraph), repr(expected))
def test_many_runs_many_text_nodes(self):
paragraph = Paragraph(children=[
Run(children=[
Text(text='a'),
Text(text='b'),
]),
Run(children=[
Text(text='c'),
Text(text='d'),
]),
Run(children=[
Text(text='e'),
Text(text='f'),
]),
])
expected = Paragraph(children=[
Run(children=[
Text(text=''),
Text(text=''),
]),
Run(children=[
Text(text=''),
Text(text=''),
]),
Run(children=[
Text(text=''),
Text(text='f'),
]),
])
self.builder.remove_initial_text_from_paragraph(paragraph, 'abcde')
self.assertEqual(repr(paragraph), repr(expected))
def test_longer_text_after_split_matching_text_is_preserved(self):
paragraph = Paragraph(children=[
Run(children=[
Text(text='abcde'),
Text(text='f'),
# The key here is that the following text is longer that the
# initial text, and the text above matches the initial text,
# but is split.
Text(text='ghijklm'),
Text(text='nop'),
]),
])
expected = Paragraph(children=[
Run(children=[
Text(text=''),
Text(text=''),
Text(text='ghijklm'),
Text(text='nop'),
]),
])
self.builder.remove_initial_text_from_paragraph(paragraph, 'abcdef')
self.assertEqual(repr(paragraph), repr(expected))
def test_multiple_tab_chars_are_removed(self):
paragraph = Paragraph(children=[
Run(children=[
Text(text='a'),
TabChar(),
TabChar(),
TabChar(),
Text(text='b'),
]),
])
expected = Paragraph(children=[
Run(children=[
Text(text=''),
Text(text=''),
]),
])
self.builder.remove_initial_text_from_paragraph(
paragraph,
initial_text='aFOOFOOFOOb',
tab_char='FOO',
)
self.assertEqual(repr(paragraph), repr(expected))
def test_all_text_is_removed(self):
paragraph = Paragraph(children=[
Run(children=[
Text(text='a'),
Text(text='b'),
]),
Run(children=[
Text(text='c'),
Text(text='d'),
]),
])
expected = Paragraph(children=[
Run(children=[
Text(text=''),
Text(text=''),
]),
Run(children=[
Text(text=''),
Text(text=''),
]),
])
self.builder.remove_initial_text_from_paragraph(paragraph, 'abcd')
self.assertEqual(repr(paragraph), repr(expected))
def test_invalid_input_components(self):
components = [
Paragraph(),
Paragraph(children=[Run(children=[
TabChar(),
])]),
Paragraph(properties=ParagraphProperties()),
Paragraph(properties=ParagraphProperties(
numbering_properties=NumberingProperties())),
self.create_numbering_paragraph('1', '0', container=False),
]
builder = NumberingSpanBuilder(components)
result = builder.detect_parent_child_map_for_items()
self.assertEqual(builder.parent_child_num_map, {})
self.assertEqual(builder.child_parent_num_map, {})
self.assertFalse(result)
def test_many_runs_many_tabs_are_removed(self):
paragraph = Paragraph(children=[
Run(children=[
TabChar(),
TabChar(),
]),
Run(children=[
TabChar(),
]),
Run(),
Run(children=[
TabChar(),
TabChar(),
]),
])
expected = Paragraph(children=[
Run(),
Run(),
Run(),
Run(),
])
self.builder.remove_initial_tab_chars_from_paragraph(paragraph)
self.assertEqual(repr(paragraph), repr(expected))
def test_effective_properties_is_memoized(self):
run = Run()
effective_properties = run.effective_properties
sentinel = object()
effective_properties.bold = sentinel
self.assertEqual(run.effective_properties.bold, sentinel)
def test_can_instantiate_empty_object(self):
run = Run()
assert run
