def validate_user_input(self):
name = ''
if len(self.user_input_parsers) == 2:
# We have two parsers: one for the motion, one for the action.
# Evaluate first the motion's.
name = self.motion
validator = self.user_input_parsers[-1]
elif self.motion and INPUT_FOR_ACTIONS.get(self.action, (None, None))[0] == INPUT_AFTER_MOTION:
assert len(self.user_input_parsers) == 1
name = self.action
validator = self.user_input_parsers[-1]
elif self.motion and self.action:
name = self.motion
validator = self.user_input_parsers[-1]
elif self.action:
name = self.action
validator = self.user_input_parsers[-1]
elif self.motion:
name = self.motion
validator = self.user_input_parsers[-1]
assert validator, "Validator must exist if expecting user input."
if validator(self.user_input):
if name == self.motion:
self.settings.vi['user_motion_input'] = self.user_input
self.settings.vi['user_input'] = None
elif name == self.action:
self.settings.vi['user_action_input'] = self.user_input
self.settings.vi['user_input'] = None
self.user_input_parsers.pop()
if len(self.user_input_parsers) == 0:
self.expecting_user_input = False
def validate_user_input(self):
name = ''
if len(self.user_input_parsers) == 2:
# We have two parsers: one for the motion, one for the action.
# Evaluate first the motion's.
name = self.motion
validator = self.user_input_parsers[-1]
elif self.motion and INPUT_FOR_ACTIONS.get(
self.action, (None, None))[0] == INPUT_AFTER_MOTION:
assert len(self.user_input_parsers) == 1
name = self.action
validator = self.user_input_parsers[-1]
elif self.motion and self.action:
name = self.motion
validator = self.user_input_parsers[-1]
elif self.action:
name = self.action
validator = self.user_input_parsers[-1]
elif self.motion:
name = self.motion
validator = self.user_input_parsers[-1]
assert validator, "Validator must exist if expecting user input."
if validator(self.user_input):
if name == self.motion:
self.settings.vi['user_motion_input'] = self.user_input
self.settings.vi['user_input'] = None
elif name == self.action:
self.settings.vi['user_action_input'] = self.user_input
self.settings.vi['user_input'] = None
self.user_input_parsers.pop()
if len(self.user_input_parsers) == 0:
self.expecting_user_input = False
def action(self, action):
stored_action = self.settings.vi['action']
target = 'action'
# Sometimes we'll receive an incomplete command that may be an action or a motion, like g
# or dg, both leading up to gg and dgg, respectively. When there's already a complete
# action, though, we already know it must be a motion (as in dg and dgg).
# Similarly, if there is an action and a motion, the motion must handle the new name just
# received. This would be the case when we have dg and we receive another 'g' (or
# anything else, for that matter).
if (self.action and INCOMPLETE_ACTIONS.get(action) == ACTION_OR_MOTION or
self.motion):
# The .motion should handle this.
self.motion = action
return
# Check for digraphs like cc, dd, yy.
final_action = action
if stored_action and action:
final_action, type_ = digraphs.get((stored_action, action), ('', None))
# We didn't find a built-in action; let's try with the plugins.
if final_action == '':
final_action, type_ = plugin_manager.composite_commands.get((stored_action, action), ('', None))
# Check for multigraphs like g~g~, g~~.
# This sequence would get us here:
# * vi_g_action
# * vi_tilde
# * vi_g_action => vi_g_tilde, STASH
# * vi_tilde => vi_g_tilde_vi_g_tilde, DIGRAPH_ACTION
if self.stashed_action:
final_action, type_ = digraphs.get((self.stashed_action, final_action),
('', None))
# Some motion digraphs are captured as actions, but need to be stored as motions
# instead so that the vi command is evaluated correctly.
# Ex: gg (vi_g_action, vi_gg)
if type_ == DIGRAPH_MOTION:
target = 'motion'
# TODO: Encapsulate this in a method.
input_type, input_parser = INPUT_FOR_MOTIONS.get(final_action, (None, None))
if input_parser:
self.user_input_parsers.append(input_parser)
if input_type == INPUT_IMMEDIATE:
self.expecting_user_input = True
self.settings.vi['action'] = None
# We are still in an intermediary step, so do some bookkeeping...
elif type_ == STASH:
# In this case we need to overwrite the current action differently.
self.stashed_action = final_action
self.settings.vi['action'] = action
self.display_partial_command()
return
# Avoid recursion. The .reset() method will try to set this property to None, not ''.
if final_action == '':
# The chord is invalid, so notify that we need to cancel the command in .eval().
self.cancel_action = True
return
if target == 'action':
input_type, input_parser = INPUT_FOR_ACTIONS.get(final_action, (None, None))
if input_parser:
self.user_input_parsers.append(input_parser)
if input_type == INPUT_IMMEDIATE:
self.expecting_user_input = True
self.settings.vi[target] = final_action
self.display_partial_command()
def register_action_input_parser(self, ip):
INPUT_FOR_ACTIONS.update(ip)
def register_action_input_parser(self, ip):
INPUT_FOR_ACTIONS.update(ip)
def action(self, action):
stored_action = self.settings.vi['action']
target = 'action'
# Sometimes we'll receive an incomplete command that may be an action or a motion, like g
# or dg, both leading up to gg and dgg, respectively. When there's already a complete
# action, though, we already know it must be a motion (as in dg and dgg).
# Similarly, if there is an action and a motion, the motion must handle the new name just
# received. This would be the case when we have dg and we receive another 'g' (or
# anything else, for that matter).
if (self.action and INCOMPLETE_ACTIONS.get(action) == ACTION_OR_MOTION
or self.motion):
# The .motion should handle this.
self.motion = action
return
# Check for digraphs like cc, dd, yy.
final_action = action
if stored_action and action:
final_action, type_ = digraphs.get((stored_action, action),
('', None))
# We didn't find a built-in action; let's try with the plugins.
if final_action == '':
final_action, type_ = plugin_manager.composite_commands.get(
(stored_action, action), ('', None))
# Check for multigraphs like g~g~, g~~.
# This sequence would get us here:
# * vi_g_action
# * vi_tilde
# * vi_g_action => vi_g_tilde, STASH
# * vi_tilde => vi_g_tilde_vi_g_tilde, DIGRAPH_ACTION
if self.stashed_action:
final_action, type_ = digraphs.get(
(self.stashed_action, final_action), ('', None))
# Some motion digraphs are captured as actions, but need to be stored as motions
# instead so that the vi command is evaluated correctly.
# Ex: gg (vi_g_action, vi_gg)
if type_ == DIGRAPH_MOTION:
target = 'motion'
# TODO: Encapsulate this in a method.
input_type, input_parser = INPUT_FOR_MOTIONS.get(
final_action, (None, None))
if input_parser:
self.user_input_parsers.append(input_parser)
if input_type == INPUT_IMMEDIATE:
self.expecting_user_input = True
self.settings.vi['action'] = None
# We are still in an intermediary step, so do some bookkeeping...
elif type_ == STASH:
# In this case we need to overwrite the current action differently.
self.stashed_action = final_action
self.settings.vi['action'] = action
self.display_partial_command()
return
# Avoid recursion. The .reset() method will try to set this property to None, not ''.
if final_action == '':
# The chord is invalid, so notify that we need to cancel the command in .eval().
self.cancel_action = True
return
if target == 'action':
input_type, input_parser = INPUT_FOR_ACTIONS.get(
final_action, (None, None))
if input_parser:
self.user_input_parsers.append(input_parser)
if input_type == INPUT_IMMEDIATE:
self.expecting_user_input = True
self.settings.vi[target] = final_action
self.display_partial_command()
