def replace(self, words):
if len(words) == 1:
api.send_string('{esc}:%s///g{left}{left}{left}')
return
api.send_string(r'{alt+1}{esc}:%s/\<{ctrl+r+w}\>/' +
vimutils.guess_at_text(words[1:]) +
'/g{enter}i{alt+2}')
def launch_shell(self, words):
buff_path = vimutils.get_clipboard_contents(
"{escape}:let @+ = expand('%:p'){enter}")
subprocess.call(['x-terminal-emulator'])
time.sleep(1)
print(os.path.split(buff_path))
api.send_string('cd ' + os.path.split(buff_path)[0] + '{enter}')
def manip_text_object(self, words):
num = self._num(words)
text_obj = self.text_objects[' '.join(words[1:])]
action = self._actions[words[0]][0]
cleanup = '' if words[0] != 'copy' else self._shortcuts['clearSelect']
command = (text_obj + action + cleanup) * num
api.send_string(command)
def new_method(self, words):
if len(words) == 1:
api.send_string(
'def (self):{left}{left}{left}{left}{left}{left}{left}')
return
func_name = baseutils.get_case(words[1:], self.variable_mode)
api.send_string('def {}(self):{{left}}{{left}}'.format(func_name))
def get_clipboard_contents(keys):
clipboard_contents = baseutils.get_clipboard_contents()
api.send_string(keys)
time.sleep(.1)
new_contents = baseutils.get_clipboard_contents()
baseutils.set_clipboard_contents(clipboard_contents)
return new_contents
def new_function(self, words):
if len(words) == 1:
api.send_string("function () {{{left}{left}{left}{left}")
return
func_name = vimutils.create_variable_name(words[1:])
api.send_string("function {}() ".format(func_name) + "{{{left}{left}{left}")
vimextension.VimExtensionGrammar.definitions.append("{}_function".format(func_name))
def new_function(self, words):
if len(words) == 1:
api.send_string('def ():{left}{left}{left}')
return
func_name = vimutils.guess_at_text(words[1:])
api.send_string('def {}():{{left}}{{left}}'.format(func_name))
vimextension.VimExtensionGrammar.definitions.append('{}_function'.format(func_name))
def new_class(self, words):
if len(words) == 1:
api.send_string('class ')
return
class_name = ''.join([word.title() for word in words[1:]])
api.send_string('class {}:'.format(class_name))
vimextension.VimExtensionGrammar.definitions.append('{}_class'.format(class_name))
def index(self, words):
api.send_string('[]{left}')
if len(words) > 1:
num = words[-1]
if words[-2] in ['minus', 'negative']:
num = str(-int(num))
api.send_string(num + '{right}')
def new_list(self, words):
if len(words) == 1:
api.send_string(' = []{left}{left}{left}{left}{left}')
return
list_name = vimutils.create_variable_name(words[1:])
api.send_string('{} = []{{left}}'.format(list_name))
vimextension.VimExtensionGrammar.definitions.append('{}_list'.format(list_name))
def new_dictionary(self, words):
if len(words) == 1:
api.send_string(' = {{}}{left}{left}{left}{left}{left}')
return
dict_name = vimutils.create_variable_name(words[1:])
api.send_string(dict_name + ' = ' + '{{}}' + '{left}')
vimextension.VimExtensionGrammar.definitions.append('{}_dictionary'.format(dict_name))
def get_clipboard_contents(keys):
clipboard_contents = baseutils.get_clipboard_contents()
api.send_string(keys)
time.sleep(.1)
new_contents = baseutils.get_clipboard_contents()
baseutils.set_clipboard_contents(clipboard_contents)
return new_contents
def index(self, words):
api.send_string("[]{left}")
if len(words) > 1:
num = words[-1]
if words[-2] in ["minus", "negative"]:
num = str(-int(num))
api.send_string(num + "{right}")
def do_surround_same(self, words):
text = self.activate + '1-' + atomutils.ACTIONS[words[0]]
if words[1] == 'outer':
text += '-a-'
else:
text += '-i-'
text += ''.join(atomutils.STRING_OBJECTS[words[-1]]) + '`^'
api.send_string(text)
def letters(self, words):
num = int(words.pop()) if words[-1].isdigit() else 1
letter = baseutils.ALPHABET[words[-1]]
if len(words) > 1 or self.capital:
api.send_string(letter.upper())
return
for i in range(num):
api.send_string(letter)
def new_class(self, words):
if len(words) == 1:
api.send_string('class ')
return
class_name = ''.join([word.title() for word in words[1:]])
api.send_string('class {}:'.format(class_name))
vimextension.VimExtensionGrammar.definitions.append(
'{}_class'.format(class_name))
def do_motion(self, words):
if not words[-1].isdigit():
words.append('1')
select_default = 's'
if words[0] not in atomutils.ACTIONS:
select_default = 'm'
api.send_string(self.activate + select_default + atomutils.MOTIONS[words[-2]] + words[-1] + '!')
atomutils.do_action(words[0])
def new_list(self, words):
if len(words) == 1:
api.send_string(' = []{left}{left}{left}{left}{left}')
return
list_name = vimutils.create_variable_name(words[1:])
api.send_string('{} = []{{left}}'.format(list_name))
vimextension.VimExtensionGrammar.definitions.append(
'{}_list'.format(list_name))
def upper_incremental(self, words):
if not words[-1].isdigit():
words.append('1')
action = atomutils.ACTIONS.get(words[0], 'm')
limit = atomutils.INCREMENTAL_LIMITS[words[-4]]
search_value = self.search_chars[words[-2]].upper()
num = words[-1]
api.send_string(self.activate + '{}-{}-{}-{}`^'.format(num, action, limit, search_value))
def count(self, words):
iter_count = int(words[-1]) + 1
send_str = ''
for i, num in enumerate(range(iter_count)):
send_str += str(num)
if i != iter_count - 1:
send_str += ', '
api.send_string(send_str)
def new_dictionary(self, words):
if len(words) == 1:
api.send_string(' = {{}}{left}{left}{left}{left}{left}')
return
dict_name = vimutils.create_variable_name(words[1:])
api.send_string(dict_name + ' = ' + '{{}}' + '{left}')
vimextension.VimExtensionGrammar.definitions.append(
'{}_dictionary'.format(dict_name))
def execute_string_or_func(self, action):
if isinstance(action, str):
api.send_string(action)
return True
elif isinstance(action, tuple):
action[0](*action[1], **action[2])
return True
return False
def new_function(self, words):
if len(words) == 1:
api.send_string('def ():{left}{left}{left}')
return
func_name = vimutils.guess_at_text(words[1:])
api.send_string('def {}():{{left}}{{left}}'.format(func_name))
vimextension.VimExtensionGrammar.definitions.append(
'{}_function'.format(func_name))
def do_surround_same(self, words):
text = self.activate + '1-' + atomutils.ACTIONS[words[0]]
if words[1] == 'outer':
text += '-a-'
else:
text += '-i-'
text += ''.join(atomutils.STRING_OBJECTS[words[-1]]) + '`^'
api.send_string(text)
def bottom(self, words):
text = (vimutils.FUNCTIONS['RightIfNotFirstCol'] +
vimutils.FUNCTIONS['GoToVisualMode'] + '{F11}G$')
if words[0] != 'select':
text += vimutils.commands[words[0]]
if words[0] == 'copy':
text += 'i'
api.send_string(text)
def letters(self, words):
num = int(words.pop()) if words[-1].isdigit() else 1
letter = baseutils.ALPHABET[words[-1]]
if len(words) > 1 or self.capital:
api.send_string(letter.upper())
return
for i in range(num):
api.send_string(letter)
def increment(self, words):
keys = "{ctrl+a}"
if words[0] == "decrease":
keys = "{ctrl+x}"
num = ""
if words[-1].isdigit():
num = words[-1]
api.send_string("{esc}" + "{}{}{}a".format(vimutils.FUNCTIONS["number jump"], num, keys))
def count(self, words):
iter_count = int(words[-1]) + 1
send_str = ''
for i, num in enumerate(range(iter_count)):
send_str += str(num)
if i != iter_count - 1:
send_str += ', '
api.send_string(send_str)
def execute_string_or_func(self, action):
if isinstance(action, str):
api.send_string(action)
return True
elif isinstance(action, tuple):
action[0](*action[1], **action[2])
return True
return False
def bottom(self, words):
text = (vimutils.FUNCTIONS['RightIfNotFirstCol'] +
vimutils.FUNCTIONS['GoToVisualMode'] +
'{F11}G$')
if words[0] != 'select':
text += vimutils.commands[words[0]]
if words[0] == 'copy':
text += 'i'
api.send_string(text)
def tab_direction(self, words):
direction = '{ctrl+shift+tab}'
if 'right' in [words[-1], words[-2]]:
direction = '{ctrl+tab}'
num = baseutils.last_number(words)
for i in range(num):
api.send_string(direction)
if i + 1 < num:
time.sleep(.2)
def numbered_action(self, words):
action = self._actions.get(words[0], [None])[0]
count = self._num(words)
if action is None:
send_str = ''.join([self._shortcuts[words[0]] for i in range(count)])
else:
keys = '+'.join([self.numbered_directions[words[1]][1:-1] for i in range(count)])
send_str = '{shift+' + keys + '}' + action
api.send_string(send_str)
def tag(self, words):
text = '<'
if words[-1] == 'close':
text += '/'
text += self.tags[' '.join(words[1:])]
text += '>'
if words[-1] != 'close':
text += '{left}'
api.send_string(text)
def change_tab(self, words):
direction = 'gt'
if words[0] == 'left':
direction = 'gT'
num = int(baseutils.set_number(words))
for i in range(num):
if i != 0:
time.sleep(.1)
api.send_string('{escape}{escape}' + direction)
def tab_direction(self, words):
direction = '{ctrl+shift+tab}'
if 'right' in [words[-1], words[-2]]:
direction = '{ctrl+tab}'
num = baseutils.last_number(words)
for i in range(num):
api.send_string(direction)
if i + 1 < num:
time.sleep(.2)
def operator(self, words):
text = ''
if words[0] == 'short':
text += vimutils.OPERATORS[words[1]]
else:
text += '{}{}{}'.format(vimutils.FUNCTIONS['SmartSpace'], vimutils.OPERATORS[words[0]], vimutils.FUNCTIONS['EndSpace'])
if words[-1].isdigit():
text += words[-1]
api.send_string(text)
def change_tab(self, words):
direction = 'gt'
if words[0] == 'left':
direction = 'gT'
num = int(baseutils.set_number(words))
for i in range(num):
if i != 0:
time.sleep(.1)
api.send_string('{escape}{escape}' + direction)
def new_function(self, words):
if len(words) == 1:
api.send_string('function () {{{left}{left}{left}{left}')
return
func_name = vimutils.create_variable_name(words[1:])
api.send_string('function {}() '.format(func_name) +
'{{{left}{left}{left}')
vimextension.VimExtensionGrammar.definitions.append(
'{}_function'.format(func_name))
def top(self, words):
text = (vimutils.FUNCTIONS['UpIfFirstCol'] +
vimutils.FUNCTIONS['TrimLineWhitespace'] +
vimutils.FUNCTIONS['GoToVisualMode'] + 'gg')
if words[0] != 'select':
text += vimutils.commands[words[0]]
if words[0] == 'copy':
text += 'i'
api.send_string(text)
def do_motion(self, words):
if not words[-1].isdigit():
words.append('1')
select_default = 's'
if words[0] not in atomutils.ACTIONS:
select_default = 'm'
api.send_string(self.activate + select_default +
atomutils.MOTIONS[words[-2]] + words[-1] + '!')
atomutils.do_action(words[0])
def manip_text_object_card(self, words):
action = self._actions.get(words[0], '')
if action:
action = action[0]
cleanup = '' if words[0] != 'copy' else self._shortcuts['clearSelect']
text_obj = self.text_objects[words[-1]]
if len(words) > 1:
api.send_string('{{shift+{}}}{}{}'.format(text_obj, action, cleanup))
else:
api.send_string('{{{}}}{}{}'.format(text_obj, action, cleanup))
def search_ahead(self, words):
if not words[-1].isdigit():
words.append('1')
action = atomutils.ACTIONS.get(words[0], 'm')
limit = atomutils.INCREMENTAL_LIMITS[words[-3]]
search_value = self.search_chars[words[-2]]
num = words[-1]
api.send_string(
self.activate +
'{}-{}-{}-{}`^'.format(num, action, limit, search_value))
def new_function(self, words):
# create a camelcase function name from the words parameter
func_name = words[2].lower() + ''.join([w.title() for w in words[3:]])
if self.language == 'python':
api.send_string('def ' + func_name + '():{left}{left}')
# press left twice when we're done to put the cursor between the
# parentheses. Keypresses are enclosed in curly braces and can be
# combined with the plus sign e.g. {ctrl+alt+delete}
elif self.language == 'perl':
api.send_string('sub ' + func_name + '() {{}}')
def increment(self, words):
keys = '{ctrl+a}'
if words[0] == 'decrease':
keys = '{ctrl+x}'
num = ''
if words[-1].isdigit():
num = words[-1]
api.send_string(
'{esc}' +
'{}{}{}a'.format(vimutils.FUNCTIONS['number jump'], num, keys))
def manip_text_object(self, words):
num = self._num(words)
text_obj = self.text_objects[' '.join(words[1:])]
action = self._actions[words[0]]
cleanup = '' if words[0] != 'copy' else '{esc}'
if text_obj == '{ctrl+i}' and words[0] in ('grab', 'delete'):
cleanup += '{back}'
command = (text_obj * num) + action + cleanup
print(command)
api.send_string(command)
def open_shell():
clipboard_contents = baseutils.get_clipboard_contents()
api.send_string("{escape}:let @+ = expand('%:p'){enter}")
subprocess.call(['x-terminal-emulator'])
time.sleep(1)
api.send_string(
'cd {}'.format(os.path.dirname(baseutils.get_clipboard_contents())) +
'{enter}')
baseutils.set_clipboard_contents(clipboard_contents)
time.sleep(.2)
def numbered_action(self, words):
action = self._actions.get(words[0], None)
count = self._num(words)
if action is None:
send_str = ('{' + words[0] + '}') * count
# send_str = ''.join([self._shortcuts[words[0]] for i in range(count)])
else:
# send_str = '{shift}' + (('{' + words[0] + '}') * count) + action
send_str = ''.join(['{shift+' + words[1] + '}' + action for i in range(count)])
api.send_string(send_str)
def manip_text_object(self, words):
num = self._num(words)
text_obj = self.text_objects[' '.join(words[1:])]
action = self._actions[words[0]]
cleanup = '' if words[0] != 'copy' else '{esc}'
if text_obj == '{ctrl+i}' and words[0] in ('grab', 'delete'):
cleanup += '{back}'
command = (text_obj * num) + action + cleanup
print(command)
api.send_string(command)
def new_function(self, words):
# create a camelcase function name from the words parameter
func_name = words[2].lower() + ''.join([w.title() for w in words[3:]])
if self.language == 'python':
api.send_string('def ' + func_name + '():{left}{left}')
# press left twice when we're done to put the cursor between the
# parentheses. Keypresses are enclosed in curly braces and can be
# combined with the plus sign e.g. {ctrl+alt+delete}
elif self.language == 'perl':
api.send_string('sub ' + func_name + '() {{}}')
def top(self, words):
text = (vimutils.FUNCTIONS['UpIfFirstCol'] +
vimutils.FUNCTIONS['TrimLineWhitespace'] +
vimutils.FUNCTIONS['GoToVisualMode'] +
'gg')
if words[0] != 'select':
text += vimutils.commands[words[0]]
if words[0] == 'copy':
text += 'i'
api.send_string(text)
def indent(self, words):
indent_commands = {
'shoot': '{alt+h}',
'ball': '{alt+l}',
}
cmd = indent_commands[words[0]]
num = baseutils.set_number(words)
if num == '1':
api.send_string(cmd)
return
api.send_string('{escape}' + num + indent_commands[words[0]] + 'i')
def left_right(self, words):
num = 1
if words[-1].isdigit():
num = int(words[-1])
for i in range(num):
if words[0] == 'left':
api.send_string('{ctrl+pageup}')
else:
api.send_string('{ctrl+pagedown}')
if i != num:
time.sleep(.1)
def up_down(self, words):
direction = '{up}'
if words[0] == 'low':
direction = '{down}'
num = 1
if len(words) > 1:
num = int(words[-1])
for i in range(num):
api.send_string(direction)
if i + 1 != num:
time.sleep(.1)
def left_right(self, words):
num = 1
if words[-1].isdigit():
num = int(words[-1])
for i in range(num):
if words[0] == 'left':
api.send_string('{ctrl+pageup}')
else:
api.send_string('{ctrl+pagedown}')
if i != num:
time.sleep(.1)
def up_down(self, words):
direction = '{up}'
if words[0] == 'low':
direction = '{down}'
num = 1
if len(words) > 1:
num = int(words[-1])
for i in range(num):
api.send_string(direction)
if i + 1 != num:
time.sleep(.1)
def dictate(self, words):
if words[0] == 'camel':
api.send_string(words[1] + ''.join(w.title() for w in words[2:]))
elif words[0] == 'score':
api.send_string('_'.join(words[1:]))
elif words[0] == 'word':
api.send_string(''.join(words[1:]))
elif words[0] == 'dictate':
api.send_string(' '.join(words[1:]))
elif words[0] == 'title':
api.send_string(''.join(w.title() for w in words[1:]))