def FromXML(cls, doc, element):
"""Construct using an ElementTree-style element."""
for subelem in element.getchildren():
tag = realtag(subelem)
if tag == "speed":
speed = Speed.FromXML(doc, subelem)
elif tag == "term":
term = INumberDef(subelem.text)
try:
return cls(term, speed)
except UnboundLocalError as exc:
raise ParseError(str(exc))
def FromXML(cls, doc, element):
"""Construct using an ElementTree-style element."""
for subelem in element.getchildren():
tag = realtag(subelem)
if tag == "times":
times = INumberDef(subelem.text)
elif tag == "action":
action = ActionDef.FromXML(doc, subelem)
elif tag == "actionRef":
action = ActionRef.FromXML(doc, subelem)
try:
return cls(times, action)
except UnboundLocalError as exc:
raise ParseError(str(exc))
def FromXML(cls, doc, element):
"""Construct using an ElementTree-style element."""
else_ = None
for subelem in element.getchildren():
tag = realtag(subelem)
if tag == "cond":
cond = INumberDef(subelem.text)
elif tag == "then":
then = ActionDef.FromXML(doc, subelem)
elif tag == "else":
else_ = ActionDef.FromXML(doc, subelem)
try:
return cls(cond, then, else_)
except UnboundLocalError as exc:
raise ParseError(str(exc))
def FromXML(cls, doc, element):
"""Construct using an ElementTree-style element."""
horizontal = None
vertical = None
for subelem in element.getchildren():
tag = realtag(subelem)
if tag == "term":
term = INumberDef(subelem.text)
elif tag == "horizontal":
horizontal = Speed.FromXML(doc, subelem)
elif tag == "vertical":
vertical = Speed.FromXML(doc, subelem)
try:
return cls(term, horizontal, vertical)
except AttributeError:
raise ParseError
def __setstate__(self, state):
state = dict(state)
self.__init__(INumberDef(state["frames"]), state.get("horizontal"),
state.get("vertical"))
def __setstate__(self, state):
state = dict(state)
state["else_"] = state.pop("else", None)
state["cond"] = INumberDef(state["cond"])
self.__init__(**state)
def __setstate__(self, state):
state = dict(state)
self.__init__(INumberDef(state["times"]), state["action"])
def FromXML(cls, doc, element):
"""Construct using an ElementTree-style element."""
return cls(INumberDef(element.text))
def __setstate__(self, state):
self.__init__(INumberDef(state["frames"]))
def __setstate__(self, state):
state = dict(state)
self.__init__(INumberDef(state["frames"]),
Speed(state["type"], NumberDef(state["value"])))