def test_nearest_505_str():
"""wcwidth._wcmatch_version('5.0.5') returns nearest '5.0.0'. (str)"""
# given
given, expected = '5.0.5', '5.0.0'
# exercise
result = wcwidth._wcmatch_version(given)
# verify.
assert result == expected
def test_nearest_505_unicode():
"""wcwidth._wcmatch_version(u'5.0.5') returns nearest u'5.0.0'. (unicode)"""
# given
given, expected = u'5.0.5', u'5.0.0'
# exercise
result = wcwidth._wcmatch_version(given)
# verify.
assert result == expected
def test_exact_410_unicode():
"""wcwidth._wcmatch_version(u'4.1.0') returns equal value (unicode)."""
# given,
given = expected = u'4.1.0'
# exercise,
result = wcwidth._wcmatch_version(given)
# verify.
assert result == expected
def test_nearest_999_unicode():
"""wcwidth._wcmatch_version(u'999.0') returns nearest (latest)."""
# given
given, expected = u'999.0', wcwidth.list_versions()[-1]
# exercise
result = wcwidth._wcmatch_version(given)
# verify.
assert result == expected
def test_latest():
"""wcwidth._wcmatch_version('latest') returns tail item."""
# given,
expected = wcwidth.list_versions()[-1]
# exercise,
result = wcwidth._wcmatch_version('latest')
# verify.
assert result == expected
def test_nearest_800_str():
"""wcwidth._wcmatch_version('8') returns nearest '8.0.0'."""
# given
given, expected = '8', '8.0.0'
# exercise
result = wcwidth._wcmatch_version(given)
# verify.
assert result == expected
def test_nearest_lowint40_unicode():
"""wcwidth._wcmatch_version(u'4.0') returns nearest u'4.1.0'."""
# given
given, expected = u'4.0', u'4.1.0'
warnings.resetwarnings()
wcwidth._wcmatch_version.cache_clear()
# exercise
with pytest.warns(UserWarning):
# warns that given version is lower than any available
result = wcwidth._wcmatch_version(given)
# verify.
assert result == expected
def test_nonint_str():
"""wcwidth._wcmatch_version(u'x.y.z') returns latest (str)."""
# given
given, expected = 'x.y.z', wcwidth.list_versions()[-1]
warnings.resetwarnings()
wcwidth._wcmatch_version.cache_clear()
# exercise
with pytest.warns(UserWarning):
# warns that given version is not valid
result = wcwidth._wcmatch_version(given)
# verify.
assert result == expected
def _process_keystroke_commands(self, inp):
"""Process keystrokes that issue commands (side effects)."""
if inp in ('1', '2') and self.screen.wide != int(inp):
# change between 1 or 2-character wide mode.
self.screen.wide = int(inp)
self.initialize_page_data()
self.on_resize(None, None)
elif inp == 'c':
# switch on/off combining characters
self.character_factory = (
WcWideCharacterGenerator
if self.character_factory != WcWideCharacterGenerator else
WcCombinedCharacterGenerator)
self.initialize_page_data()
self.on_resize(None, None)
elif inp in ('_', '-'):
# adjust name length -2
nlen = max(1, self.screen.style.name_len - 2)
if nlen != self.screen.style.name_len:
self.screen.style.name_len = nlen
self.on_resize(None, None)
elif inp in ('+', '='):
# adjust name length +2
nlen = min(self.term.width - 8, self.screen.style.name_len + 2)
if nlen != self.screen.style.name_len:
self.screen.style.name_len = nlen
self.on_resize(None, None)
elif inp == 'v':
with self.term.location(x=0, y=self.term.height - 2):
print(self.term.clear_eos())
input_selection_msg = (
"--> Enter unicode version [{versions}] ("
"current: {self.unicode_version}):".format(
versions=', '.join(list_versions()), self=self))
echo('\n'.join(
self.term.wrap(input_selection_msg,
subsequent_indent=' ')))
echo(' ')
flushout()
inp = readline(self.term, width=max(map(len, list_versions())))
if inp.strip() and inp != self.unicode_version:
# set new unicode version -- page data must be
# re-initialized. Any version is legal, underlying
# library performs best-match (with warnings)
self.unicode_version = _wcmatch_version(inp)
self.initialize_page_data()
self.on_resize(None, None)