def f(region):
if not region.a == region.b:
return region
point = region.a
(prev_i, prev_char) = shared.get_previous_character(view, point)
(next_i, next_char) = shared.get_next_character(view, point)
if (prev_char == ")" and next_char == "("
or prev_char == "]" and next_char == "["
or prev_char == "}" and next_char == "{"):
return join_sexp(view, edit, prev_i, next_i)
elif prev_char == "\"" and next_char == "\"":
return join_sexp(view, edit, prev_i, next_i, False)
else:
return shared.remove_spaces(view, edit, point)
def f(region):
if not region.a == region.b:
return region
point = region.a
(prev_i, prev_char) = shared.get_previous_character(view, point)
(next_i, next_char) = shared.get_next_character(view, point)
if (prev_char == ")" and next_char == "(" or
prev_char == "]" and next_char == "[" or
prev_char == "}" and next_char == "{"):
return join_sexp(view, edit, prev_i, next_i)
elif prev_char == "\"" and next_char == "\"":
return join_sexp(view, edit, prev_i, next_i, False)
else:
return shared.remove_spaces(view, edit, point)
def f(region):
if not region.a == region.b:
return region
point = region.a
(lb, rb) = shared.get_expression(view, point)
if shared.truthy(lb, rb):
lc = view.substr(lb)
rc = view.substr(rb - 1)
if lc == "\"":
spaces_start = point
else:
spaces_start = shared.remove_spaces(view, edit, point)
return insert_split_brackets(view, edit, lc, rc, spaces_start)
return point
def f(region): if not region.a == region.b: return region point = region.a (lb, rb) = shared.get_expression(view, point) if shared.truthy(lb, rb): lc = view.substr(lb) rc = view.substr(rb - 1) if lc == "\"": spaces_start = point else: spaces_start = shared.remove_spaces(view, edit, point) return insert_split_brackets(view, edit, lc, rc, spaces_start) return point
def f(region): s = region.begin() e = region.end() if not s == e: view.erase(edit, region) return shared.remove_spaces(view, edit, s, False)
def f(region):
s = region.begin()
e = region.end()
if not s == e: view.erase(edit, region)
return shared.remove_spaces(view, edit, s, False)