def a_word(view, pt, inclusive=True, count=1):
# type: (...) -> Region
assert count > 0
start = current_word_start(view, pt)
end = pt
if inclusive:
end = units.word_starts(view, start, count=count, internal=True)
# If there is no space at the end of our word text object, include any
# preceding spaces. (Follows Vim behavior.)
if (not view.substr(end - 1).isspace()
and view.substr(start - 1).isspace()):
start = utils.previous_non_white_space_char(
view, start - 1, white_space=' \t') + 1
# Vim does some inconsistent stuff here...
if count > 1 and view.substr(end) == '\n':
end += 1
return Region(start, end)
for x in range(count):
end = current_word_end(view, end)
return Region(start, end)
def _a_word(view, pt: int, inclusive: bool = True, count: int = 1) -> Region:
assert count > 0
start = current_word_start(view, pt)
end = pt
if inclusive:
end = word_starts(view, start, count=count, internal=True)
# If there is no space at the end of our word text object, include any
# preceding spaces. (Follows Vim behavior.)
if (not view.substr(end - 1).isspace() and view.substr(start - 1).isspace()):
start = prev_non_blank(view, start - 1) + 1
# Vim does some inconsistent stuff here...
if count > 1 and view.substr(end) == '\n':
end += 1
return Region(start, end)
for x in range(count):
end = current_word_end(view, end)
return Region(start, end)