def __init__(self, key_code=None, key_name=None, delta_time=0):
"""
Initialize L{KeyReleaseAction}. Could use either a hardware keycode,
a key name, or both.
@param delta_time: Time to wait before performing this step.
@type delta_time: integer
@param key_code: Hardware keycode.
@type key_code: integer.
@param key_name: Key name.
@type key_name: string.
"""
if (None, None) == (key_name, key_code):
raise TypeError("Need either a key code or a key name")
if delta_time > release_max: delta_time = release_max
self._key_name = key_name
if key_code is None:
self.key_op = KeyboardOp()
key_vals = self.key_op.get_keyval_id(key_name)
if not key_vals:
return
for key_val in key_vals:
AtomicAction.__init__(self, delta_time, self._keyRelease, key_val.value)
else:
AtomicAction.__init__(self, delta_time, self._keyRelease, key_code)
def __init__(self, key_code=None, key_name=None, delta_time=0):
"""
Initialize L{KeyReleaseAction}. Could use either a hardware keycode,
a key name, or both.
@param delta_time: Time to wait before performing this step.
@type delta_time: integer
@param key_code: Hardware keycode.
@type key_code: integer.
@param key_name: Key name.
@type key_name: string.
"""
if (None, None) == (key_name, key_code):
raise TypeError("Need either a key code or a key name")
if delta_time > release_max: delta_time = release_max
self._key_name = key_name
if key_code is None:
self.key_op = KeyboardOp()
key_vals = self.key_op.get_keyval_id(key_name)
if not key_vals:
return
for key_val in key_vals:
AtomicAction.__init__(self, delta_time, self._keyRelease, key_val.value)
else:
AtomicAction.__init__(self, delta_time, self._keyRelease, key_code)
def __init__(self, key_combo, delta_time=0):
'''
Initialize L{KeyComboAction}.
@param key_combo: Name of key combination or single key press-release.
@type key_combo: string
@param delta_time: Time to wait before performing step.
@type delta_time: integer
'''
keyval, modifiers = gtk.accelerator_parse(key_combo)
key_code = utils.getKeyCodeFromVal(keyval)
self._key_combo = key_combo
if delta_time < min_delta: delta_time = min_delta
AtomicAction.__init__(self, delta_time, self._doCombo, key_code, modifiers)
def __init__(self, key_combo, delta_time=0):
'''
Initialize L{KeyComboAction}.
@param key_combo: Name of key combination or single key press-release.
@type key_combo: string
@param delta_time: Time to wait before performing step.
@type delta_time: integer
'''
keyval, modifiers = gtk.accelerator_parse(key_combo)
key_code = utils.getKeyCodeFromVal(keyval)
self._key_combo = key_combo
if delta_time < min_delta: delta_time = min_delta
AtomicAction.__init__(self, delta_time, self._doCombo, key_code,
modifiers)
def __init__(self, key_combo, delta_time=0):
"""
Initialize L{KeyComboAction}.
@param key_combo: Name of key combination or single key press-release.
@type key_combo: string
@param delta_time: Time to wait before performing step.
@type delta_time: integer
"""
self.key_op = KeyboardOp()
key_vals = self.key_op.get_keyval_id(key_combo)
if not key_vals:
return
self._key_combo = key_vals
if delta_time < min_delta: delta_time = min_delta
AtomicAction.__init__(self, delta_time, self._doCombo)
def __init__(self, key_combo, delta_time=0):
"""
Initialize L{KeyComboAction}.
@param key_combo: Name of key combination or single key press-release.
@type key_combo: string
@param delta_time: Time to wait before performing step.
@type delta_time: integer
"""
self.key_op = KeyboardOp()
key_vals = self.key_op.get_keyval_id(key_combo)
if not key_vals:
return
self._key_combo = key_vals
if delta_time < min_delta: delta_time = min_delta
AtomicAction.__init__(self, delta_time, self._doCombo)
def __init__(self, string_to_type, delta_time=0, interval=None):
'''
Initialize L{TypeAction}
@param string_to_type: String to type.
@type string_to_type: string
@param delta_time: time before starting this step.
@type delta_time: integer
@param interval: Time between keystrokes.
@type interval: integer
'''
self._string_to_type = string_to_type
if interval:
self.interval = interval
else:
self.interval = keystroke_interval
if delta_time < min_delta: delta_time = min_delta
AtomicAction.__init__(self, delta_time, self._doType, string_to_type)
def __init__(self, string_to_type, delta_time=0, interval=None):
'''
Initialize L{TypeAction}
@param string_to_type: String to type.
@type string_to_type: string
@param delta_time: time before starting this step.
@type delta_time: integer
@param interval: Time between keystrokes.
@type interval: integer
'''
self._string_to_type = string_to_type
if interval:
self.interval = interval
else:
self.interval = keystroke_interval
if delta_time < min_delta: delta_time = min_delta
AtomicAction.__init__(self, delta_time, self._doType, string_to_type)
def __init__(self, delta_time, key_code=None, key_name=None):
'''
Initialize L{KeyReleaseAction}. Could use either a hardware keycode,
a key name, or both.
@param delta_time: Time to wait before performing this step.
@type delta_time: integer
@param key_code: Hardware keycode.
@type key_code: integer.
@param key_name: Key name.
@type key_name: string.
'''
if (None, None) == (key_name, key_code):
raise TypeError("Need either a key code or a key name")
if delta_time > release_max: delta_time = release_max
self._key_name = key_name
if key_code is None:
key_code = utils.getKeyCodeFromVal(gtk.gdk.keyval_from_name(key_name))
AtomicAction.__init__(self, delta_time, self._keyRelease, key_code)
def __init__(self, delta_time, key_code=None, key_name=None):
'''
Initialize L{KeyReleaseAction}. Could use either a hardware keycode,
a key name, or both.
@param delta_time: Time to wait before performing this step.
@type delta_time: integer
@param key_code: Hardware keycode.
@type key_code: integer.
@param key_name: Key name.
@type key_name: string.
'''
if (None, None) == (key_name, key_code):
raise TypeError("Need either a key code or a key name")
if delta_time > release_max: delta_time = release_max
self._key_name = key_name
if key_code is None:
key_code = utils.getKeyCodeFromVal(
gtk.gdk.keyval_from_name(key_name))
AtomicAction.__init__(self, delta_time, self._keyRelease, key_code)