def test_denominator_word(self):
name = sut.NameWithGenderWithFormatting(sut.NameWithGender(
'a', 'name', 'names'),
quoting_begin='<<',
quoting_end='>>')
self._check_with_flags(name, name.determinator_word,
SC.DETERMINATOR_WORD)
def test_get_parts(self):
value = sut.NameWithGenderWithFormatting(
sut.NameWithGender('det-word', 'sing', 'the-plural'), '[', ']')
self.assertEqual('det-word', value.determinator_word,
'determinator word')
self.assertEqual('sing', value.singular, 'singular')
self.assertEqual('the-plural', value.plural, 'plural')
self.assertEqual('[', value.quoting_begin, 'quoting_begin')
self.assertEqual(']', value.quoting_end, 'quoting_end')
def test_singular_determined(self):
name = sut.NameWithGenderWithFormatting(sut.NameWithGender(
'an', 'instruction name', 'instruction names'),
quoting_begin='[',
quoting_end=']')
cases = [
Case('flags: none',
'',
expected=' '.join([name.determinator_word, name.singular])),
Case('flags: quoted',
SC.FLAG_SEPARATOR + SC.QUOTED_FLAG,
expected=' '.join([
name.determinator_word, ''.join(
[name.quoting_begin, name.singular, name.quoting_end])
])),
Case('flags:init_cap',
SC.FLAG_SEPARATOR + SC.INIT_CAP_FLAG,
expected=' '.join(
[name.determinator_word.capitalize(), name.singular])),
Case('flags:upper',
SC.FLAG_SEPARATOR + SC.UPPER_CASE_FLAG,
expected=' '.join(
[name.determinator_word.upper(),
name.singular.upper()])),
Case('flags:upper quoted',
SC.FLAG_SEPARATOR + SC.UPPER_CASE_FLAG + SC.QUOTED_FLAG,
expected=' '.join([
name.determinator_word.upper(), ''.join([
name.quoting_begin,
name.singular.upper(), name.quoting_end
])
])),
Case('flags:quoted upper',
SC.FLAG_SEPARATOR + SC.QUOTED_FLAG + SC.UPPER_CASE_FLAG,
expected=' '.join([
name.determinator_word.upper(), ''.join([
name.quoting_begin,
name.singular.upper(), name.quoting_end
])
])),
]
for case in cases:
format_tail = ':' + SC.DETERMINED + case.format_string
with self.subTest(name=case.name,
format_string=case.format_string,
format_tail=format_tail):
string_to_format = '{{x{format_string}}}'.format(
from exactly_lib.util.str_ import name
DESCRIPTION_DELIMITER = '`'
DESCRIPTION_DELIMITER_CHAR_NAME = name.NameWithGenderWithFormatting(
name.a_name(name.name_with_plural_s('backtick')))
END_OF_FILE = 'END-OF-FILE'
END_OF_LINE = 'END-OF-LINE'
INSTRUCTION = name.NameWithGenderWithFormatting(
name.an_name(name.name_with_plural_s('instruction')))
INSTRUCTION_DESCRIPTION = name.NameWithGenderWithFormatting(
name.an_name(name.name_with_plural_s('instruction description')))
def format_constant(constant: str) -> str:
return '"' + constant + '"'
def test_plural(self):
name = sut.NameWithGenderWithFormatting(sut.NameWithGender(
'a', 'name', 'names'),
quoting_begin='<<',
quoting_end='>>')
self._check_with_flags(name, name.plural, SC.PLURAL)
def test_explicit_singular_spec_SHOULD_be_singular(self):
name = sut.NameWithGenderWithFormatting(sut.NameWithGender(
'a', 'name', 'names'),
quoting_begin='<<',
quoting_end='>>')
self._check_with_flags(name, name.singular, SC.SINGULAR)
def test_default_SHOULD_be_singular(self):
name = sut.NameWithGenderWithFormatting(sut.NameWithGender(
'a', 'name', 'names'),
quoting_begin='<<',
quoting_end='>>')
self._check_with_flags(name, name.singular, '')
from exactly_lib.util.str_ import name
INTEGER_MATCHER_MODEL = name.NameWithGenderWithFormatting(
name.an_name_with_plural_s('integer'))
LINE_MATCHER_MODEL = name.NameWithGenderWithFormatting(
name.a_name_with_plural_s('line'))
FILE_MATCHER_MODEL = name.NameWithGenderWithFormatting(
name.a_name_with_plural_s('file'))
TEXT_MODEL = name.NameWithGenderWithFormatting(
name.a_name_with_plural_s('text'))
FILES_MATCHER_MODEL = name.NameWithGenderWithFormatting(
name.a_name(name.Name('set of files', 'sets of files')))