def test_wildcard_matching(self):
"""Test the matching and grouping of shell patterns"""
for name, pattern, groups in self.matches:
result = wildcard_to_regex(pattern).match(name)
if result is not None:
self.assertEqual(result.groups(), groups)
else:
self.assertEqual(None, groups)
def test_wildcard_matching(self):
"""Test the matching and grouping of shell patterns"""
for name, pattern, groups in self.matches:
result = wildcard_to_regex(pattern).match(name)
if result != None:
self.assertEqual(result.groups(), groups)
else:
self.assertEqual(None, groups)
# Print one line
stdout.write('\r')
for column in range(0, num_columns):
if line + column * num_lines < len(
suggestions):
s = suggestions[line + column * num_lines]
if has_wildcards(tokens[-1]):
# Print wildcard matches in a different color
path_sep = '/' if '/' in expand_env_vars(
tokens[-1]) else '\\'
tokens = parse_line(
completed.rstrip(path_sep))
token = tokens[-1].replace('"', '')
(_, _,
prefix) = token.rpartition(path_sep)
match = wildcard_to_regex(prefix +
'*').match(s)
current_index = 0
for i in range(1, match.lastindex + 1):
stdout.write(
color.Fore.DEFAULT +
color.Back.DEFAULT + appearance
.colors.completion_match +
s[current_index:match.start(i)]
+ color.Fore.DEFAULT +
color.Back.DEFAULT +
s[match.start(i):match.end(i)])
current_index = match.end(i)
stdout.write(color.Fore.DEFAULT +
color.Back.DEFAULT + ' ' *
(column_width - len(s)))
else:
suggestion_prefix = ''
if suggestion_id < num_item_could_choose :
suggestion_prefix = string.lowercase[suggestion_id]+': '
elif column < num_col_could_choose :
suggestion_prefix = ' '
else :
suggestion_prefix = ''
stdout.write(color.Fore.DEFAULT + color.Back.DEFAULT + suggestion_prefix)
if has_wildcards(tokens[-1]):
# Print wildcard matches in a different color
tokens = parse_line(completed.rstrip('\\'))
token = tokens[-1].replace('"', '')
(_, _, prefix) = token.rpartition('\\')
match = wildcard_to_regex(prefix + '*').match(s)
current_index = 0
for i in range(1, match.lastindex + 1):
stdout.write(color.Fore.DEFAULT + color.Back.DEFAULT +
appearance.colors.completion_match +
s[current_index : match.start(i)] +
color.Fore.DEFAULT + color.Back.DEFAULT +
s[match.start(i) : match.end(i)])
current_index = match.end(i)
stdout.write(color.Fore.DEFAULT + color.Back.DEFAULT + ' ' * (column_width - len(s)))
else:
# Print the common part in a different color
common_prefix_len = len(find_common_prefix(state.before_cursor, suggestions))
stdout.write(color.Fore.DEFAULT + color.Back.DEFAULT +
appearance.colors.completion_match +
s[:common_prefix_len] +
console.get_buffer_size()[1] -
offset_from_bottom)
if rec.Char != '\t':
if not ord(rec.Char) in [0, 8, 13, 27]:
state.handle(ActionCode.ACTION_INSERT,
rec.Char)
continue
if has_wildcards(tokens[-1]):
# Substring matching wildcards will be printed in a different color
path_sep = '/' if '/' in expand_env_vars(
tokens[-1]) else '\\'
tokens = parse_line(completed.rstrip(path_sep))
token = tokens[-1].replace('"', '')
(_, _, prefix) = token.rpartition(path_sep)
pattern = wildcard_to_regex(prefix + '*')
else:
# Length of the common prefix will be printed in a different color
common_prefix_len = len(
find_common_prefix(state.before_cursor,
suggestions))
stdout.write('\n')
for line in range(0, num_lines):
# Print one line
stdout.write('\r')
for column in range(0, num_columns):
if line + column * num_lines < len(
suggestions):
s = suggestions[line + column * num_lines]
if has_wildcards(tokens[-1]):
suggestion_prefix = ""
if suggestion_id < num_item_could_choose:
suggestion_prefix = string.lowercase[suggestion_id] + ": "
elif column < num_col_could_choose:
suggestion_prefix = " "
else:
suggestion_prefix = ""
stdout.write(color.Fore.DEFAULT + color.Back.DEFAULT + suggestion_prefix)
if has_wildcards(tokens[-1]):
# Print wildcard matches in a different color
tokens = parse_line(completed.rstrip("\\"))
token = tokens[-1].replace('"', "")
(_, _, prefix) = token.rpartition("\\")
match = wildcard_to_regex(prefix + "*").match(s)
current_index = 0
for i in range(1, match.lastindex + 1):
stdout.write(
color.Fore.DEFAULT
+ color.Back.DEFAULT
+ appearance.colors.completion_match
+ s[current_index : match.start(i)]
+ color.Fore.DEFAULT
+ color.Back.DEFAULT
+ s[match.start(i) : match.end(i)]
)
current_index = match.end(i)
stdout.write(
color.Fore.DEFAULT + color.Back.DEFAULT + " " * (column_width - len(s))
)
rec = read_input()
move_cursor(c_x, console.get_buffer_size()[1] - offset_from_bottom)
stdout.write('\n' + ' ' * len(message))
move_cursor(c_x, console.get_buffer_size()[1] - offset_from_bottom)
if rec.Char != '\t':
if not ord(rec.Char) in [0, 8, 13, 27]:
state.handle(ActionCode.ACTION_INSERT, rec.Char)
continue
if has_wildcards(tokens[-1]):
# Substring matching wildcards will be printed in a different color
path_sep = '/' if '/' in expand_env_vars(tokens[-1]) else '\\'
tokens = parse_line(completed.rstrip(path_sep))
token = tokens[-1].replace('"', '')
(_, _, prefix) = token.rpartition(path_sep)
pattern = wildcard_to_regex(prefix + '*')
else:
# Length of the common prefix will be printed in a different color
common_prefix_len = len(find_common_prefix(state.before_cursor, suggestions))
stdout.write('\n')
for line in range(0, num_lines):
# Print one line
stdout.write('\r')
for column in range(0, num_columns):
if line + column * num_lines < len(suggestions):
s = suggestions[line + column * num_lines]
if has_wildcards(tokens[-1]):
# Print wildcard matches in a different color
match = pattern.match(s)
current_index = 0
