def f(region):
if not region.a == region.b:
return region
point = region.a
(a_exp, b_exp) = shared.get_expression(view, point, direction)
if shared.truthy(a_exp, b_exp):
(anext_exp, bnext_exp) = reversed(
shared.get_next_expression(
view,
shared.step(b_exp, -1 if direction == "backward" else -2,
direction), True,
shared.opposite_direction(direction)))
if shared.truthy(anext_exp, bnext_exp):
end_bracket = shared.get_char(
view, shared.step(b_exp, -1, direction), direction)
view.erase(
edit,
sublime.Region(shared.step(b_exp, -1, direction), b_exp))
target_point = anext_exp
for (i, c) in shared.walk(
view,
shared.step(anext_exp,
-1 if direction == "forward" else -2,
direction),
shared.opposite_direction(direction)):
if not c.isspace():
target_point = shared.step(i, 1, direction)
break
shared.insert(view, edit, target_point, end_bracket, direction)
return point
def f(region): if not region.a == region.b: return region point = region.a if shared.is_inside_string(view, point): (a, b) = shared.get_expression(view, point, direction) target_point = shared.step(b, -1, direction) if point == target_point: return shared.step(point, 1, direction) return shared.step(b, -1, direction) if direction == "backward": point -= 1 (word_a, word_b) = shared.get_word(view, point, direction) if shared.truthy(word_b): return word_b (next_a, next_b) = shared.get_next_expression(view, point, False, direction) if shared.truthy(next_b): return next_b expr_point = point if direction == "backward": expr_point += 1 (a, b) = shared.get_expression(view, expr_point, direction) if shared.truthy(b): return b if direction == "forward": return shared.step(point, 1, direction) else: return point
def f(region): if not region.a == region.b: return region point = region.a (a_exp, b_exp) = shared.get_expression(view, point, direction) if a_exp and b_exp: (anext_exp, bnext_exp) = shared.get_next_expression(view, b_exp, True, direction) if anext_exp and bnext_exp: end_bracket = shared.get_char(view, shared.step(b_exp, -1, direction), direction) view.erase(edit, sublime.Region(shared.step(b_exp, -1, direction), b_exp)) shared.insert(view, edit, shared.step(bnext_exp, -1, direction), end_bracket, direction) return point
def f(region):
if not region.a == region.b:
return region
point = region.a
(a_exp, b_exp) = shared.get_expression(view, point, direction)
if shared.truthy(a_exp, b_exp):
(anext_exp,
bnext_exp) = shared.get_next_expression(view, b_exp, True,
direction)
if shared.truthy(anext_exp, bnext_exp):
end_bracket = shared.get_char(
view, shared.step(b_exp, -1, direction), direction)
view.erase(
edit,
sublime.Region(shared.step(b_exp, -1, direction), b_exp))
shared.insert(view, edit, shared.step(bnext_exp, -1,
direction), end_bracket,
direction)
return point
def f(region): if not region.a == region.b: return region point = region.a (a_exp, b_exp) = shared.get_expression(view, point, direction) if a_exp and b_exp: (anext_exp, bnext_exp) = reversed(shared.get_next_expression( view, shared.step(b_exp, -1 if direction == "backward" else -2, direction), True, shared.opposite_direction(direction))) if anext_exp and bnext_exp: end_bracket = shared.get_char(view, shared.step(b_exp, -1, direction), direction) view.erase(edit, sublime.Region(shared.step(b_exp, -1, direction), b_exp)) target_point = anext_exp for (i, c) in shared.walk(view, shared.step(anext_exp, -1 if direction == "forward" else -2, direction), shared.opposite_direction(direction)): if not c.isspace(): target_point = shared.step(i, 1, direction) break shared.insert(view, edit, target_point, end_bracket, direction) return point
def f(region):
if not region.a == region.b:
return region
point = region.a
if shared.is_inside_string(view, point):
(a, b) = shared.get_expression(view, point, direction)
target_point = shared.step(b, -1, direction)
if point == target_point:
return shared.step(point, 1, direction)
return shared.step(b, -1, direction)
if direction == "backward":
point -= 1
(word_a, word_b) = shared.get_word(view, point, direction)
if shared.truthy(word_b):
return word_b
(next_a, next_b) = shared.get_next_expression(view, point, False,
direction)
if shared.truthy(next_b):
return next_b
expr_point = point
if direction == "backward":
expr_point += 1
(a, b) = shared.get_expression(view, expr_point, direction)
if shared.truthy(b): return b
if direction == "forward":
return shared.step(point, 1, direction)
else:
return point