def run(self):
view = self.view
self.patterns.reset()
Settings.reset()
AutocompleteList.clear()
prev_word = SelectedRegion(view).get_previous_word()
if (Constants.SELF_WORD == prev_word):
class_names = self.find_class_names()
else:
class_names = [prev_word]
if (len(class_names) > 0):
for class_name in class_names:
self.patterns.init_autocomplete_patterns(class_name)
file_search_manager.check_project_folders(
self.find_methods_in_line)
Settings.get_word_param().enable(False)
Settings.get_explicit_param().enable(False)
Settings.get_autocomplete_param().enable(True)
view.run_command("auto_complete")
else:
print "[G2f] could not find function definition"
def run(self):
view = self.view
self.patterns.reset()
Settings.reset()
AutocompleteList.clear()
prev_word = SelectedRegion(view).get_previous_word()
if (Constants.SELF_WORD == prev_word):
class_names = self.find_class_names()
else:
class_names = [prev_word]
if (len(class_names) > 0):
for class_name in class_names:
self.patterns.init_autocomplete_patterns(class_name)
file_search_manager.check_project_folders(self.find_methods_in_line)
Settings.get_word_param().enable(False)
Settings.get_explicit_param().enable(False)
Settings.get_autocomplete_param().enable(True)
view.run_command("auto_complete")
else:
print "[G2f] could not find function definition"
def check_pattern_in_lines(self, lines):
for pattern in self.patterns.get_patterns():
for (content) in re.findall(pattern, lines):
words = content.split('\n')
for word in words:
if Constants.EQUAL in word:
word = word.split(Constants.EQUAL)[0].strip()
out = (word, word)
AutocompleteList.append(out)
def run(self, text): t1 = time.clock() del self.files[:] self.patterns.reset() Settings.reset() AutocompleteList.clear() self.do_search() t2 = time.clock() print t2 - t1
def find_methods_in_line(self, line, number, fn):
if (Constants.FUNCTION in line) and (
(Constants.POINT in line) or (Constants.COLON in line)):
for pattern in self.patterns.get_patterns():
match = pattern.search(line)
if match:
method = match.group(0)
start_pos = line.find(Constants.COLON)
if (start_pos < 0):
start_pos = line.find(Constants.POINT)
end_pos = line.find(')')
if ((start_pos > 0) and (end_pos > start_pos)):
subs = line[start_pos + 1 : end_pos + 1]
method = re.sub("[.:\(\)]", ' ', method).strip().split()
method = method[2]
out = (method, subs)
AutocompleteList.append(out)
def find_methods_in_line(self, line, number, fn):
if (Constants.FUNCTION in line) and ((Constants.POINT in line) or
(Constants.COLON in line)):
for pattern in self.patterns.get_patterns():
match = pattern.search(line)
if match:
method = match.group(0)
start_pos = line.find(Constants.COLON)
if (start_pos < 0):
start_pos = line.find(Constants.POINT)
end_pos = line.find(')')
if ((start_pos > 0) and (end_pos > start_pos)):
subs = line[start_pos + 1:end_pos + 1]
method = re.sub("[.:\(\)]", ' ',
method).strip().split()
method = method[2]
out = (method, subs)
AutocompleteList.append(out)
def on_query_completions(self, view, prefix, locations):
Settings.reset()
enabled = Settings.get_word_param().is_enabled() and (0 != len(prefix))
word_completions = 0 if enabled else sublime.INHIBIT_WORD_COMPLETIONS
enabled = Settings.get_explicit_param().is_enabled()
explicit_completions = 0 if enabled else sublime.INHIBIT_EXPLICIT_COMPLETIONS
Settings.get_autocomplete_param().enable(False)
return (AutocompleteList.get(), word_completions | explicit_completions)
def on_query_completions(self, view, prefix, locations):
Settings.reset()
enabled = Settings.get_word_param().is_enabled() and (0 != len(prefix))
word_completions = 0 if enabled else sublime.INHIBIT_WORD_COMPLETIONS
enabled = Settings.get_explicit_param().is_enabled()
explicit_completions = 0 if enabled else sublime.INHIBIT_EXPLICIT_COMPLETIONS
Settings.get_autocomplete_param().enable(False)
return (AutocompleteList.get(),
word_completions | explicit_completions)