def act(controller, bundle, options):
context = cp.get_context(controller)
line_ending = cp.get_line_ending(context)
direction = cp.get_option(options, 'direction', 'down')
duplicate = cp.get_option(options, 'duplicate', False)
text, target_range = cp.lines_and_range(context)
select_range = cp.get_range(context)
if duplicate:
cloned = text
if not cloned.endswith(line_ending):
cloned += line_ending
if direction.lower() == 'down':
select_range = cp.new_range(select_range.location + len(cloned), select_range.length)
text = cloned + text
else:
if direction.lower() == 'down':
line_after = cp.get_line_after(context, target_range)
if line_after is None: return
# we care about the original length of line after, not the balanced one we'll get in a second
len_line_after = len(line_after)
line_after, text = cp.balance_line_endings(line_after, text, line_ending)
line_delta = len(line_after) - len_line_after
select_start = select_range.location + len(line_after)
select_end = min(select_start + select_range.length, len(context.string()))
text = line_after + text
select_range = cp.new_range(select_start, max(0,select_end - select_start))
target_range = cp.new_range(target_range.location, max(0, target_range.length + len(line_after) - (len(line_after) - len_line_after)))
else:
line_before = cp.get_line_before(context, target_range)
if line_before is None: return
# we care about the original length of line before, not the balanced one we'll get in a second
len_line_before = len(line_before)
text, line_before = cp.balance_line_endings(text, line_before, line_ending)
text = text + line_before
select_range = cp.new_range(select_range.location - len_line_before, select_range.length)
target_range = cp.new_range(target_range.location - len_line_before, target_range.length + len_line_before)
cp.insert_text_and_select(context, text, target_range, select_range)
def act(controller, bundle, options):
context = cp.get_context(controller)
line_ending = cp.get_line_ending(context)
direction = cp.get_option(options, 'direction', 'right')
line_text, line_range = cp.lines_and_range(context)
selection, select_range = cp.selection_and_range(context)
if select_range.length == 0:
selection, select_range = cp.words_and_range(context)
cp.say(context, 'word(s)', '||%s||' % selection)
return
if direction.lower() == 'left':
prefix = line_text[:(select_range.location - line_range.location)]
if not prefix.strip():
cp.beep()
return
# we care about the original length of line after, not the balanced one we'll get in a second
len_line_after = len(line_after)
line_after, text = cp.balance_line_endings(line_after, text, line_ending)
line_delta = len(line_after) - len_line_after
select_start = select_range.location + len(line_after)
select_end = min(select_start + select_range.length, len(context.string()))
text = line_after + text
select_range = cp.new_range(select_start, max(0,select_end - select_start))
target_range = cp.new_range(target_range.location, max(0, target_range.length + len(line_after) - (len(line_after) - len_line_after)))
else:
line_before = cp.get_line_before(context, target_range)
if line_before is None: return
# we care about the original length of line before, not the balanced one we'll get in a second
len_line_before = len(line_before)
text, line_before = cp.balance_line_endings(text, line_before, line_ending)
text = text + line_before
select_range = cp.new_range(select_range.location - len_line_before, select_range.length)
target_range = cp.new_range(target_range.location - len_line_before, target_range.length + len_line_before)
cp.insert_text_and_select(context, text, target_range, select_range)
