def _split_lines(self, text, width):
lines = list()
main_indent = TERMINAL.length(re.match(r'( *)', text).group(1))
# Wrap each line individually to allow for partial formatting
for line in text.splitlines():
# Get this line's indent and figure out what indent to use
# if the line wraps. Account for lists of small variety.
indent = TERMINAL.length(re.match(r'( *)', line).group(1))
list_match = re.match(r'( *)(([*-+>]+|\w+\)|\w+\.) +)', line)
if(list_match):
sub_indent = indent + TERMINAL.length(list_match.group(2))
else:
sub_indent = indent
# Textwrap will do all the hard work for us
line = self._whitespace_matcher.sub(' ', line).strip()
new_lines = textwrap.wrap(
text=line,
width=width,
initial_indent=' ' * (indent - main_indent),
subsequent_indent=' ' * (sub_indent - main_indent),
)
# Blank lines get eaten by textwrap, put it back with [' ']
lines.extend(new_lines or [' '])
return lines
def _split_lines(self, text, width):
lines = list()
main_indent = TERMINAL.length(re.match(r'( *)', text).group(1))
# Wrap each line individually to allow for partial formatting
for line in text.splitlines():
# Get this line's indent and figure out what indent to use
# if the line wraps. Account for lists of small variety.
indent = TERMINAL.length(re.match(r'( *)', line).group(1))
list_match = re.match(r'( *)(([*-+>]+|\w+\)|\w+\.) +)', line)
if (list_match):
sub_indent = indent + TERMINAL.length(list_match.group(2))
else:
sub_indent = indent
# Textwrap will do all the hard work for us
line = self._whitespace_matcher.sub(' ', line).strip()
new_lines = textwrap.wrap(
text=line,
width=width,
initial_indent=' ' * (indent - main_indent),
subsequent_indent=' ' * (sub_indent - main_indent),
)
# Blank lines get eaten by textwrap, put it back with [' ']
lines.extend(new_lines or [' '])
return lines
def format_proposed_upgrades(response):
tabledata = []
for upgrade in response.json():
tabledata.append([
upgrade_id_with_flags(upgrade, omit_flags=('proposed', )),
TERMINAL.bold(upgrade.get('title')),
])
print TERMINAL.bold('Proposed upgrades:')
print_table(tabledata, ['ID:', 'Title:'])
def format_proposed_upgrades(response):
tabledata = []
for upgrade in response.json():
tabledata.append(
[upgrade_id_with_flags(upgrade, omit_flags=('proposed',)),
TERMINAL.bold(upgrade.get('title')),
])
print TERMINAL.bold('Proposed upgrades:')
print_table(tabledata, ['ID:', 'Title:'])
def format_profiles(response):
tabledata = []
for profile in response.json():
tabledata.append(
[colorize_profile_id(profile['id']),
colorized_profile_flags(profile),
TERMINAL.bold(profile['title']),
colorized_profile_versions(profile)])
print TERMINAL.bold('Installed profiles:')
print_table(tabledata, ['ID:', '', 'Title:', 'Versions (DB/FS):'])
def format_profiles(response):
tabledata = []
for profile in response.json():
tabledata.append([
colorize_profile_id(profile['id']),
colorized_profile_flags(profile),
TERMINAL.bold(profile['title']),
colorized_profile_versions(profile)
])
print(TERMINAL.bold('Installed profiles:'))
print_table(tabledata, ['ID:', '', 'Title:', 'Versions (DB/FS):'])
def format_proposed_upgrades(response):
proposed = []
for upgrade in response.json():
is_deferrable = upgrade.get('deferrable', False)
omit_flags = ('proposed', 'orphan') if is_deferrable else ('proposed',)
table_row = [upgrade_id_with_flags(upgrade, omit_flags=omit_flags),
TERMINAL.bold(upgrade.get('title')),
]
proposed.append(table_row)
print TERMINAL.bold('Proposed upgrades:')
print_table(proposed, ['ID:', 'Title:'])
def format_proposed_upgrades(response):
proposed = []
for upgrade in response.json():
is_deferrable = upgrade.get('deferrable', False)
omit_flags = ('proposed',
'orphan') if is_deferrable else ('proposed', )
table_row = [
upgrade_id_with_flags(upgrade, omit_flags=omit_flags),
TERMINAL.bold(upgrade.get('title')),
]
proposed.append(table_row)
print(TERMINAL.bold('Proposed upgrades:'))
print_table(proposed, ['ID:', 'Title:'])
def _fill_text(self, text, width, indent):
text = (re.compile('\[quote\].*?\[\/quote\]', re.DOTALL).sub(
lambda match: (match.group(0).replace('\n', '[QUOTE:NEWLINE]')),
text))
text = '\n'.join(
[indent + line for line in self._split_lines(text, width)])
text = (re.compile('\[quote\](.*?)\[\/quote\]', re.DOTALL).sub(
lambda match: TERMINAL.green(
match.group(1).replace('\n', ' ').replace(
'[QUOTE:NEWLINE]', TERMINAL.normal + '\n ' + TERMINAL.
green).rstrip(' ').strip('\n')), text))
return text
def _fill_text(self, text, width, indent):
text = (re.compile('\[quote\].*?\[\/quote\]', re.DOTALL)
.sub(lambda match: (
match.group(0)
.replace('\n', '[QUOTE:NEWLINE]')),
text))
text = '\n'.join([indent + line for line
in self._split_lines(text, width)])
text = (re.compile('\[quote\](.*?)\[\/quote\]', re.DOTALL)
.sub(lambda match: TERMINAL.green(
match.group(1)
.replace('\n', ' ')
.replace('[QUOTE:NEWLINE]',
TERMINAL.normal + '\n ' + TERMINAL.green)
.rstrip(' ').strip('\n')),
text))
return text
def test_lstrip(self):
self.assertEquals(TERMINAL.lstrip(' foo '),
FakeTerminal().lstrip(' foo '))
def test_center(self):
self.assertEquals(TERMINAL.center('foo', 10),
FakeTerminal().center('foo', 10))
def test_rjust(self):
self.assertEquals(TERMINAL.rjust('foo', 10),
FakeTerminal().rjust('foo', 10))
def test_ljust(self):
self.assertEquals(TERMINAL.ljust('foo', 10),
FakeTerminal().ljust('foo', 10))
self.assertEquals(TERMINAL.ljust(u'foo', 10),
FakeTerminal().ljust(u'foo', 10))
def test_lstrip(self):
self.assertEquals(TERMINAL.lstrip(' foo '),
FakeTerminal().lstrip(' foo '))
def test_center(self):
self.assertEquals(TERMINAL.center('foo', 10),
FakeTerminal().center('foo', 10))
def test_rjust(self):
self.assertEquals(TERMINAL.rjust('foo', 10),
FakeTerminal().rjust('foo', 10))
def test_ljust(self):
self.assertEquals(TERMINAL.ljust('foo', 10),
FakeTerminal().ljust('foo', 10))
self.assertEquals(TERMINAL.ljust(u'foo', 10),
FakeTerminal().ljust(u'foo', 10))
def translate(text):
if text in ('positional arguments', 'optional arguments'):
return TERMINAL.bold(_(text).upper())
else:
return _(text)
def translate(text):
if text in ('positional arguments',
'optional arguments'):
return TERMINAL.bold(_(text).upper())
else:
return _(text)
def test_rstrip(self):
self.assertEqual(TERMINAL.rstrip(' foo '),
FakeTerminal().rstrip(' foo '))
