def run(self, edit):
if len(self.view.sel()) == 0:
return
sel = self.view.sel()[0]
if not sel.empty():
variable = [sel.a, sel.b]
else:
line_region = self.view.line(sel.b)
line_start, line_end = line_region.begin(), line_region.end()
start = expression.find_match(self.view, sel.b, '[^\w$@]|^', {'backward': True,
'range': [line_start, sel.b], 'string': True, 'nesting': True,
'comment': True})
end = expression.find_match(self.view, sel.b, '[^\w?!]|$',
{'range': [sel.b, line_end], 'string': True, 'nesting': True,
'comment': True})
if start == None or end == None or start == end:
return
variable = [start.end(0) + line_start, end.start(0) + sel.b]
entries = find_entries(self.view, variable)
if len(entries) == 0:
return
self.view.sel().clear()
for entry in entries:
self.view.sel().add(sublime.Region(*entry))
def _set_method_starts(view, edit, current_method):
header = [current_method['start'], current_method['body_start']]
match = expression.find_match(view, current_method['body_start'], r'(\s*)$',
{'range': header, 'backward': True})
if match == None:
return match
shift = match.start(1) + current_method['start']
header[1] = shift
match = expression.find_match(view, shift, r'^(\s+)\n[ \t]*\S', {'nesting': True,
'range': [shift, current_method['end']]})
if match == None:
return
replacement = ''
if "\n" in view.substr(sublime.Region(*header)):
replacement = "\n"
region = sublime.Region(match.start(1) + shift, match.end(1) + shift)
if match.group(1) == replacement:
return
view.replace(edit, region, replacement)
def _get_args(self, method, snippet_index):
match_options = {
'range': [method['start'], method['end']],
'nesting': True,
}
args_point = expression.find_match(self.view, method['start'], r'(?:\()',
match_options)
args = []
if args_point != None:
tokens_point = method['start'] + args_point.end(0)
tokens = statement.get_tokens(self.view, tokens_point)
for token in tokens:
args.append(self.view.substr(sublime.Region(*token)))
# f*****g self
if 'python' in self.view.scope_name(method['start']) and 'self' in args:
args.remove('self')
args_prepared = []
for arg in args:
snippet_index += 1
args_prepared.append('${' + str(snippet_index) + ':' +
re.search(r'^\S*', arg).group(0) + '}')
return args_prepared
def is_lesser_indentation_required(self, entries):
if len(entries) == 1:
return False
start_line, _ = self.view.rowcol(entries[0][0])
lines = self.view.substr(
self.view.line(
sublime.Region(entries[0][0], entries[len(entries) - 1][1])))
indentation = None
for index, line in enumerate(lines.split("\n")):
if line.strip() == '':
continue
point = self.view.text_point(start_line + index, 0)
in_nesting = expression.find_match(self.view, point, r'[\])]',
{'range': [point, point + 512]})
if in_nesting:
continue
if statement.is_arguments(self.view, point):
continue
current = len(self.get_indentation(line))
if indentation == None: # first overlap
indentation = current
if current < indentation:
return True
return False
def get(view, sel, values):
scope = None
method = method_parser.extract_method(view, sel.b)
if method != None:
scope = [method['start'], method['end']]
else:
scope = [0, view.size()]
match = expression.find_match(view, sel.b, r'[^=][\*\/+\-]?=(?!=)\s*', {
'backward': True,
'range': [scope[0], sel.b]
})
if match == None:
return None
container = statement.get_statement(view, scope[0] + match.start(0))
if container == None:
return None
variables = local_variable.find_variables(view, container[0], False,
container)
if variables == None or len(variables) == 0:
return
return view.substr(sublime.Region(*variables[0]))
def _get_definition_info(self):
selection = self.view.sel()[0]
if selection.empty():
token_info = statement.get_token(self.view, selection.b)
token = None
if token_info != None:
_, token = token_info
if token == None or '(' not in self.view.substr(sublime.Region(*token)):
token = statement.get_parent_token(self.view, selection.b, r'\(')
if token == None:
return 'name', None
return 'name', token
else:
statement_1 = statement.get_statement(self.view, selection.begin())
statement_2 = statement.get_statement(self.view, selection.end())
if statement_1 == None or statement_2 == None:
return None
if statement_1 != statement_2 or expression.find_match(self.view,
statement_1[0], r'\{', {'range': statement_1, 'string': False}) != None:
return 'body', [statement_1[0], statement_2[1]]
else:
return 'name', statement_1
def get(view, sel, values):
scope = None
method = method_parser.extract_method(view, sel.b)
if method != None:
_, method = method
scope = [method['start'], method['end']]
else:
scope = [0, view.size()]
match = expression.find_match(view, sel.b, r'[^=][\*\/+\-]?=(?!=)\s*',
{'backward': True, 'range': [scope[0], sel.b]})
if match == None:
return None
container = statement.get_statement(view, scope[0] + match.start(0))
if container == None:
return None
variables = local_variable.find_variables(view, container[0], False,
container)
if variables == None or len(variables) == 0:
return
return view.substr(sublime.Region(*variables[0]))
def is_lesser_indentation_required(self, entries):
if len(entries) == 1:
return False
start_line, _ = self.view.rowcol(entries[0][0])
lines = self.view.substr(self.view.line(sublime.Region(entries[0][0],
entries[len(entries) - 1][1])))
indentation = None
for index, line in enumerate(lines.split("\n")):
if line.strip() == '':
continue
point = self.view.text_point(start_line + index, 0)
in_nesting = expression.find_match(self.view, point, r'[\])]',
{'range': [point, point + 512]})
if in_nesting:
continue
if statement.is_arguments(self.view, point):
continue
current = len(self.get_indentation(line))
if indentation == None : # first overlap
indentation = current
if current < indentation:
return True
return False
def get_partial_statement(view, point):
nesting = expression.get_nesting(view, point)
as_argument = (nesting != None and statement.get_statement(
view, nesting[0]) == statement.get_statement(view, nesting[1]))
if as_argument:
argument = statement.get_argument(view, point)
if argument != None:
_, argument = argument
argument = prepare_argument(view, argument, point)
if argument == None or is_variable(view, argument):
token = statement.get_parent_token(view, point)
return prepare_argument(view, token, point)
return argument
else:
tokens = statement.get_tokens(view, point)
if tokens == None:
return None
_, token = statement.get_token(view, point, tokens)
if token == None or not is_variable(view, token):
return token
tokens_range = [tokens[0][0], tokens[len(tokens) - 1][1]]
assignment_match = expression.find_match(view, tokens_range[0],
r'=[^=]\s*',
{'range': tokens_range})
if assignment_match != None:
tokens_range[0] += assignment_match.end(0)
return tokens_range
def _skip_parenthesis(view, point):
if '(' not in view.substr(sublime.Region(point, view.line(point).b)):
return point
match = expression.find_match(view, point, r'\)',
{'range': [point, point + 512], 'nesting': 'end'})
if match == None:
return point
return match.end(0) + point
def _set_method_endings(view, edit, current_method):
if current_method['end'] == current_method['body_end']:
return
shift = current_method['body_start']
options = {'nesting': True, 'range': [shift, current_method['end']]}
match = expression.find_match(view, shift, r'(\s+)\n\s*\S+$', options)
if match == None:
return
region = sublime.Region(match.start(1) + shift, match.end(1) + shift)
view.replace(edit, region, "")
def extract_query(view, sel):
if not sel.empty():
query_start, query_end = sel.begin(), sel.end()
else:
point = sel.a
if view.substr(sublime.Region(point - 1, point)) == ';':
point -= 1
if view.substr(sublime.Region(point - 2, point)) == '\G':
point -= 2
query_start = (expression.find_match(view, point, r'(\\g|\\G|;|^)',
{'backward': True}).end(1))
query_end = (expression.find_match(view, point, r'(\\g|\\G|;|$)').
end(1))
query = view.substr(sublime.Region(query_start, query_end))
query_start += len(re.search('^(\s*)', query).group(1))
return query, query_start, query_end
def _get_new_line(view, container, ruler, bad_case = False):
position = _get_new_line_for_string(view, ruler)
if position != None:
return position
if bad_case:
match = expression.find_match(view, ruler, r'[{(]',
{'backward': True, 'range': container, 'nesting': True})
if match != None:
if match.group(1) != '' and match.group(1) != None:
return container[0] + match.end(1)
else:
return container[0] + match.end(0)
else:
match = expression.find_match(view, ruler, DELIMETER, {
'backward': True, 'range': container, 'nesting': True})
if match != None:
return container[0] + match.end(0)
return None
def _get_class_name(self, view, point):
expr = r'(?:\n|^)\s*((class|module|interface).*)\n'
text = view.substr(sublime.Region(0, view.size()))
match = expression.find_match(view, point.begin(), expr, {
'backward': True,
'nesting': True,
'options': re.IGNORECASE,
})
if match == None:
return None
return match.group(1)
def find_this_arg(view, star=None):
expr = "func\s*\((.*?)\)"
result = expression.find_match(
view, view.sel()[0].a, expr, {"backward": True, "scope": "keyword.(control|other).go"}
)
result = result or expression.find_match(
view, view.sel()[0].a, expr, {"backward": False, "scope": "keyword.(control|other).go"}
)
result = result or expression.find_match(
view, 0, "type (\w+)", {"backward": False, "scope": "keyword.(control|other).go"}
)
if result != None:
result = result.group(1)
else:
result = ""
if star == True:
result = re.sub(r"(\s)(\w+)$", "\\1*\\2", result)
elif star == False:
result = re.sub(r"(\s)\*(\w+)$", "\\1\\2", result)
return result
def toggle(view, edit, selection):
token = _get_token(view, selection)
if token == None:
return
delimeter = expression.find_match(view, token[0], r'(?:\.|->)\s*',
{'range': token})
if delimeter == None:
return
if "\n" in delimeter.group(0):
join(view, edit, selection)
else:
unjoin(view, edit, selection)
def _get_parts(view, point):
container = statement.get_root_statement(view, point)
if container == None:
return None
assignment_match = expression.find_match(view, container[0], r'\s+=\s+',
{'range': container})
if assignment_match == None:
return None
part_1 = [container[0], container[0] + assignment_match.start(0)]
part_2 = [container[0] + assignment_match.end(0), container[1]]
return part_1, part_2
def _skip_parenthesis_or_return_args(view, point):
new_point = point
while True:
new_point = _skip_parenthesis(view, point)
if new_point == point:
break
point = new_point
if 'source.go' in view.scope_name(point):
match = expression.find_match(view, point, r'{',
{'range': [point, point + 128]})
if match != None:
new_point += match.end(0)
return new_point
def _is_definition_exist(self, snippets, places = None):
for snippet in snippets:
definition = re.escape(snippet['contents'])
if places == None:
places = self.get_places()
for place in places:
shift = place['range'][0]
match = expression.find_match(self.view, place['range'][0],
definition, {'range': place['range']})
if match != None:
return True
return False
def prepare_argument(view, argument, point):
if argument == None:
return None
hash_match = expression.find_match(view, argument[0],
r'((\S|^)(?<!:):(?!:)|=>|=)\s*',
{'range': argument})
if hash_match == None:
return argument
delimeter_point = argument[0] + hash_match.end(0)
if point >= delimeter_point:
return None
argument[0] = delimeter_point
return argument
def on_query_context(self, view, key, operator, operand, match_all):
if key != 'in_nesting':
return None
result = True
for sel in view.sel():
in_nesting = expression.find_match(view, sel.b, r'[\)\}\]]',
{'range': [sel.b, min(sel.b + 1024 * 5, view.size())]}) != None
if operator == sublime.OP_EQUAL:
result = result and in_nesting == operand
elif operator == sublime.OP_NOT_EQUAL:
result = result and in_nesting != operand
else:
raise Exception('Operator "' + operator + '" is not supported')
if not match_all:
return result
return result
def on_query_context(self, view, key, operator, operand, match_all):
if key != 'in_nesting':
return None
result = True
for sel in view.sel():
in_nesting = expression.find_match(
view, sel.b, r'[\)\}\]]',
{'range': [sel.b, min(sel.b + 1024 * 5, view.size())]}) != None
if operator == sublime.OP_EQUAL:
result = result and in_nesting == operand
elif operator == sublime.OP_NOT_EQUAL:
result = result and in_nesting != operand
else:
raise Exception('Operator "' + operator + '" is not supported')
if not match_all:
return result
return result
