def apply_to(self, obj):
state_name = obj.name
edj = obj.edje_get()
animation = re_anim_program.match(state_name).group(1)
time = re_anim_program.match(state_name).group(2)
obj.transition_set(self["transition"])
obj.targets_clear()
for target, data in self["targets"].items():
obj.target_add(target)
part = edj.part_get(target)
if not part:
continue
if not part.state_add(state_name):
continue
state = part.state_get(state_name)
if not state:
continue
data.apply_to(state)
def __init__(self, obj):
prog = re_anim_program_stop.match(obj.name)
if not prog:
raise TypeError("Not an animation's stop program")
name = re_anim_program.match(obj.name).group(1)
Object.__init__(self, name)
edj = obj.edje_get()
self["parts"] = None
frames = {}
self["frames"] = frames
for target in obj.targets_get():
program = edj.program_get(target)
if not program:
continue
time = re_anim_program.match(program.name).group(2)
if time == "end":
continue
time = float(time)
frames[time] = AnimationFrame(program)
if not self["parts"]:
self["parts"] = frames[time]["targets"].keys()
def apply_to(self, obj):
state_name = obj.name
edj = obj.edje_get()
animation = re_anim_program.match(state_name).group(1)
time = re_anim_program.match(state_name).group(2)
obj.transition_set(self["transition"])
obj.targets_clear()
for target, data in self["targets"].items():
obj.target_add(target)
part = edj.part_get(target)
if not part:
continue
if not part.state_add(state_name):
continue
state = part.state_get(state_name)
if not state:
continue
data.apply_to(state)
def __init__(self, obj):
prog = re_anim_program_stop.match(obj.name)
if not prog:
raise TypeError("Not an animation's stop program")
name = re_anim_program.match(obj.name).group(1)
Object.__init__(self, name)
edj = obj.edje_get()
self["parts"] = None
frames = {}
self["frames"] = frames
for target in obj.targets_get():
program = edj.program_get(target)
if not program:
continue
time = re_anim_program.match(program.name).group(2)
if time == "end":
continue
time = float(time)
frames[time] = AnimationFrame(program)
if not self["parts"]:
self["parts"] = frames[time]["targets"].keys()
def prop_value_changed(self, prop, value, group):
if group == "main":
if prop == "signal":
args = [["main"], [prop], [value], [None], [False], [None]]
self._prop_change_do("signal's triggering action change",
*args)
self["main"].property_del("source")
if value == "animation,end":
self["main"].property_add(self._prop_source_animations, 1)
else:
self["main"].property_add(self._prop_source_parts, 1)
elif prop == "source":
args = [["main"], [prop], [value], [None], [False], [None]]
self._prop_change_do("signal's source part change", *args)
elif prop == "delay":
args = [["main"], [prop], [value], ["in_time"], [False],
[None]]
self._prop_change_do("signal's source delay time change",
*args)
elif group == "actions":
def afters_change(afters, sig_name):
self._context_recall(signal=sig_name)
self.e.signal.afters_clear()
for i in range(len(afters)):
self.e.signal.after_add(afters[i])
self._update(self._emissor, self._data)
old_afters = self.e.signal._afters_get()
new_afters = self.e.signal._afters_get()
if value in old_afters:
value = re_anim_program.match(value).groups()[0]
self._notify("Error: " + value + " is already in the list")
self._update(self._emissor, self._data)
return
action_number = int(re.match("action (\d+)", prop).group(1))
if value:
if action_number <= len(new_afters):
new_afters[action_number - 1] = value
else:
new_afters.append(value)
elif action_number <= len(new_afters):
new_afters.pop(action_number - 1)
conflicting_after = self._conflicting_animation_get(
new_afters, value)
if conflicting_after and conflicting_after != value:
conflicting_after = re_anim_program.match(
conflicting_after).groups()[0]
self._notify("Error: this animation conflicts with " +
conflicting_after + ".<br>"
"There are parts in common being animated.")
self._update(self._emissor, self._data)
return
op = Operation("signal's \"after\" action change")
op.redo_callback_add(afters_change, new_afters, self.e.signal.name)
op.undo_callback_add(afters_change, old_afters, self.e.signal.name)
self._operation_stack_cb(op)
op.redo()
elif group == "out":
if prop == "signal":
def signal_change(value, sig_name):
self._context_recall(signal=sig_name)
self.e.signal.signal_emit_action_set(value)
self["out"]["signal"].value = value[0]
val = [value, self["out"]["source"].value]
old_val = [self.e.signal.state_get() or "", val[1]]
op = Operation("signal's \"out\" emission change")
op.redo_callback_add(signal_change, val, self.e.signal.name)
op.undo_callback_add(signal_change, old_val,
self.e.signal.name)
self._operation_stack_cb(op)
op.redo()
elif prop == "source":
def source_change(value, sig_name):
self._context_recall(signal=sig_name)
self.e.signal.signal_emit_action_set(value)
self["out"]["source"].value = value[1]
val = [self["out"]["signal"].value, value]
old_val = [val[0], self.e.signal.state2_get() or ""]
op = Operation("signal's \"out\" source change")
op.redo_callback_add(source_change, val, self.e.signal.name)
op.undo_callback_add(source_change, old_val,
self.e.signal.name)
self._operation_stack_cb(op)
op.redo()
elif group == "api":
if prop == "name":
def api_name_change(value, sig_name):
self._context_recall(signal=sig_name)
self.e.signal.api = value
self["api"]["name"].value = value[0]
val = [value, self.e.signal.api[1]]
old_val = [self.e.signal.api[0], val[1]]
op = Operation("program's api name change")
op.redo_callback_add(api_name_change, val, self.e.signal.name)
op.undo_callback_add(api_name_change, old_val,
self.e.signal.name)
self._operation_stack_cb(op)
op.redo()
if prop == "description":
def api_description_change(value, sig_name):
self._context_recall(signal=sig_name)
self.e.signal.api = value
self["api"]["description"].value = value[1]
val = [self.e.signal.api[0], value]
old_val = [val[0], self.e.signal.api[1]]
op = Operation("program's api description change")
op.redo_callback_add(api_description_change, val,
self.e.signal.name)
op.undo_callback_add(api_description_change, old_val,
self.e.signal.name)
self._operation_stack_cb(op)
op.redo()
if prop == "export":
def api_export_change(value, sig_name, export):
self._context_recall(signal=sig_name)
self.e.signal.api_export = export
self.e.signal.api = value
self._update_api_props(export, value)
export = value
old_export = self.e.signal.api_export
old_val = [self.e.signal.api[0], self.e.signal.api[1]]
val = [None, None]
op = Operation("program's api description change")
op.redo_callback_add(api_export_change, val,
self.e.signal.name, export)
op.undo_callback_add(api_export_change, old_val,
self.e.signal.name, old_export)
self._operation_stack_cb(op)
op.redo()
def _update(self, emissor, data):
self._emissor = emissor
self._data = data
self._header_table["name"].value = self.e.signal.name
self._header_table["name"].show_value()
self._header_table["name"].value_obj._values_dict["n"].disabled_set(
False)
signal = self.e.signal.signal
self["main"]["signal"].show_value()
if signal:
self["main"]["signal"].value = signal
else:
self.e.signal.signal = ""
self["main"]["signal"].value = ""
source = self.e.signal.source
self["main"]["source"].show_value()
if source:
self["main"]["source"].value = source
else:
self.e.signal.source = ""
self["main"]["source"].value = ""
self["main"]["delay"].show_value()
self["main"]["delay"].value = self.e.signal.in_time
action = self.e.signal.action
self._update_api_props(self.e.signal.api_export, self.e.signal.api)
self.group_hide("api")
self.group_show("api")
if action == edje.EDJE_ACTION_TYPE_NONE:
afters = self.e.signal.afters
while (self._actions_added < len(afters) + 1):
self._actions_added = self._actions_added + 1
self._new_action(self._actions_added)
for i in range(self._actions_added):
self["actions"]["action " + str(i + 1)].hide()
for i in range(len(afters)):
self["actions"]["action " + str(i + 1)].show_value()
self["actions"]["action " + str(i + 1)].show()
fixedname = re_anim_program.match(afters[i]).groups()[0]
self["actions"]["action " + str(i + 1)].value = fixedname
# The last action with none value
self["actions"]["action " + str(len(afters) + 1)].show_value()
self["actions"]["action " + str(len(afters) + 1)].show()
self["actions"]["action " + str(len(afters) + 1)].value = ""
self.group_hide("out")
self.group_hide("actions")
self.group_show("actions")
elif action == edje.EDJE_ACTION_TYPE_SIGNAL_EMIT:
self.group_hide("actions")
self.group_hide("out")
self.group_show("out")
state = self.e.signal.state_get()
self["out"]["signal"].show_value()
if state:
self["out"]["signal"].value = state
else:
self["out"]["signal"].value = ""
state = self.e.signal._program.state2_get()
self["out"]["source"].show_value()
if state:
self["out"]["source"].value = state
else:
self["out"]["source"].value = ""
self.open_set(True)
self.show()
def prop_value_changed(self, prop, value, group):
if group == "main":
if prop == "signal":
args = [["main"], [prop], [value], [None], [False], [None]]
self._prop_change_do("signal's triggering action change", *args)
self["main"].property_del("source")
if value == "animation,end":
self["main"].property_add(self._prop_source_animations, 1)
else:
self["main"].property_add(self._prop_source_parts, 1)
elif prop == "source":
args = [["main"], [prop], [value], [None], [False], [None]]
self._prop_change_do("signal's source part change", *args)
elif prop == "delay":
args = [["main"], [prop], [value], ["in_time"], [False], [None]]
self._prop_change_do("signal's source delay time change", *args)
elif group == "actions":
def afters_change(afters, sig_name):
self._context_recall(signal=sig_name)
self.e.signal.afters_clear()
for i in range(len(afters)):
self.e.signal.after_add(afters[i])
self._update(self._emissor, self._data)
old_afters = self.e.signal._afters_get()
new_afters = self.e.signal._afters_get()
if value in old_afters:
value = re_anim_program.match(value).groups()[0]
self._notify("Error: " + value + " is already in the list")
self._update(self._emissor, self._data)
return
action_number = int(re.match("action (\d+)", prop).group(1))
if value:
if action_number <= len(new_afters):
new_afters[action_number - 1] = value
else:
new_afters.append(value)
elif action_number <= len(new_afters):
new_afters.pop(action_number - 1)
conflicting_after = self._conflicting_animation_get(new_afters, value)
if conflicting_after and conflicting_after != value:
conflicting_after = re_anim_program.match(conflicting_after).groups()[0]
self._notify(
"Error: this animation conflicts with " + conflicting_after + ".<br>"
"There are parts in common being animated."
)
self._update(self._emissor, self._data)
return
op = Operation('signal\'s "after" action change')
op.redo_callback_add(afters_change, new_afters, self.e.signal.name)
op.undo_callback_add(afters_change, old_afters, self.e.signal.name)
self._operation_stack_cb(op)
op.redo()
elif group == "out":
if prop == "signal":
def signal_change(value, sig_name):
self._context_recall(signal=sig_name)
self.e.signal.signal_emit_action_set(value)
self["out"]["signal"].value = value[0]
val = [value, self["out"]["source"].value]
old_val = [self.e.signal.state_get() or "", val[1]]
op = Operation('signal\'s "out" emission change')
op.redo_callback_add(signal_change, val, self.e.signal.name)
op.undo_callback_add(signal_change, old_val, self.e.signal.name)
self._operation_stack_cb(op)
op.redo()
elif prop == "source":
def source_change(value, sig_name):
self._context_recall(signal=sig_name)
self.e.signal.signal_emit_action_set(value)
self["out"]["source"].value = value[1]
val = [self["out"]["signal"].value, value]
old_val = [val[0], self.e.signal.state2_get() or ""]
op = Operation('signal\'s "out" source change')
op.redo_callback_add(source_change, val, self.e.signal.name)
op.undo_callback_add(source_change, old_val, self.e.signal.name)
self._operation_stack_cb(op)
op.redo()
elif group == "api":
if prop == "name":
def api_name_change(value, sig_name):
self._context_recall(signal=sig_name)
self.e.signal.api = value
self["api"]["name"].value = value[0]
val = [value, self.e.signal.api[1]]
old_val = [self.e.signal.api[0], val[1]]
op = Operation("program's api name change")
op.redo_callback_add(api_name_change, val, self.e.signal.name)
op.undo_callback_add(api_name_change, old_val, self.e.signal.name)
self._operation_stack_cb(op)
op.redo()
if prop == "description":
def api_description_change(value, sig_name):
self._context_recall(signal=sig_name)
self.e.signal.api = value
self["api"]["description"].value = value[1]
val = [self.e.signal.api[0], value]
old_val = [val[0], self.e.signal.api[1]]
op = Operation("program's api description change")
op.redo_callback_add(api_description_change, val, self.e.signal.name)
op.undo_callback_add(api_description_change, old_val, self.e.signal.name)
self._operation_stack_cb(op)
op.redo()
if prop == "export":
def api_export_change(value, sig_name, export):
self._context_recall(signal=sig_name)
self.e.signal.api_export = export
self.e.signal.api = value
self._update_api_props(export, value)
export = value
old_export = self.e.signal.api_export
old_val = [self.e.signal.api[0], self.e.signal.api[1]]
val = [None, None]
op = Operation("program's api description change")
op.redo_callback_add(api_export_change, val, self.e.signal.name, export)
op.undo_callback_add(api_export_change, old_val, self.e.signal.name, old_export)
self._operation_stack_cb(op)
op.redo()
def _update(self, emissor, data):
self._emissor = emissor
self._data = data
self._header_table["name"].value = self.e.signal.name
self._header_table["name"].show_value()
self._header_table["name"].value_obj._values_dict["n"].disabled_set(False)
signal = self.e.signal.signal
self["main"]["signal"].show_value()
if signal:
self["main"]["signal"].value = signal
else:
self.e.signal.signal = ""
self["main"]["signal"].value = ""
source = self.e.signal.source
self["main"]["source"].show_value()
if source:
self["main"]["source"].value = source
else:
self.e.signal.source = ""
self["main"]["source"].value = ""
self["main"]["delay"].show_value()
self["main"]["delay"].value = self.e.signal.in_time
action = self.e.signal.action
self._update_api_props(self.e.signal.api_export, self.e.signal.api)
self.group_hide("api")
self.group_show("api")
if action == edje.EDJE_ACTION_TYPE_NONE:
afters = self.e.signal.afters
while self._actions_added < len(afters) + 1:
self._actions_added = self._actions_added + 1
self._new_action(self._actions_added)
for i in range(self._actions_added):
self["actions"]["action " + str(i + 1)].hide()
for i in range(len(afters)):
self["actions"]["action " + str(i + 1)].show_value()
self["actions"]["action " + str(i + 1)].show()
fixedname = re_anim_program.match(afters[i]).groups()[0]
self["actions"]["action " + str(i + 1)].value = fixedname
# The last action with none value
self["actions"]["action " + str(len(afters) + 1)].show_value()
self["actions"]["action " + str(len(afters) + 1)].show()
self["actions"]["action " + str(len(afters) + 1)].value = ""
self.group_hide("out")
self.group_hide("actions")
self.group_show("actions")
elif action == edje.EDJE_ACTION_TYPE_SIGNAL_EMIT:
self.group_hide("actions")
self.group_hide("out")
self.group_show("out")
state = self.e.signal.state_get()
self["out"]["signal"].show_value()
if state:
self["out"]["signal"].value = state
else:
self["out"]["signal"].value = ""
state = self.e.signal._program.state2_get()
self["out"]["source"].show_value()
if state:
self["out"]["source"].value = state
else:
self["out"]["source"].value = ""
self.open_set(True)
self.show()