def load(self, pSection, prereqs=None):
"""
This method loads a RampTimeTriggeredParticles event from an XML
data section. It reads in "MinDelay" and "MaxDelay" as floats. All
other sections are treated as inline events that are to be triggered
after the specified delay.
"""
for name, section in pSection.items():
eventSection = pSection.items()[0][1]
result = None
if name not in ('MinDelay', 'MaxDelay'):
if s_sectionProcessors.has_key(name):
result = s_sectionProcessors[name]().load(section)
else:
ERROR_MSG('No section processor matches the tag ', name,
section.asString)
if result:
self.events.append(result)
self.minDelay = pSection.readFloat('MinDelay', self.minDelay)
self.maxDelay = pSection.readFloat('MaxDelay', self.maxDelay)
if self.minDelay > self.maxDelay:
ERROR_MSG('Min Delay was greater than Max Delay', self,
pSection.asString)
self.minDelay = 0.0
self.nextDelay = self.getNextDelay()
return self
def load(self, pSection, prereqs = None):
"""
This method loads a RampTimeTriggeredParticles event from an XML
data section. It reads in "MinDelay" and "MaxDelay" as floats. All
other sections are treated as inline events that are to be triggered
after the specified delay.
"""
for name, section in pSection.items():
eventSection = pSection.items()[0][1]
result = None
if name not in ('MinDelay', 'MaxDelay'):
if s_sectionProcessors.has_key(name):
result = s_sectionProcessors[name]().load(section)
else:
ERROR_MSG('No section processor matches the tag ', name, section.asString)
if result:
self.events.append(result)
self.minDelay = pSection.readFloat('MinDelay', self.minDelay)
self.maxDelay = pSection.readFloat('MaxDelay', self.maxDelay)
if self.minDelay > self.maxDelay:
ERROR_MSG('Min Delay was greater than Max Delay', self, pSection.asString)
self.minDelay = 0.0
self.nextDelay = self.getNextDelay()
return self
def _parse(self,
tag,
store,
pSection,
prereqs=None,
gatherPrerequisites=False):
for sname, ds in pSection.items():
if sname == tag:
section = ds.items()[0][1]
if s_sectionProcessors.has_key(section.name):
instance = s_sectionProcessors[section.name]()
if not gatherPrerequisites:
result = instance.load(section, prereqs)
if result != None:
try:
store[ds.asString] = result
except:
store.append((ds.asString, result))
else:
ERROR_MSG(
'None was returned. Not adding to this effect : ',
section.name, ds.asString)
else:
self.prereqs.add(section.asString)
if hasattr(instance, 'prerequisites'):
self.prereqs.update(
instance.prerequisites(section))
else:
ERROR_MSG('No section processor matches the tag ',
section.name, ds.asString)
result = None
return
def _parse(self, tag, store, pSection, prereqs = None, gatherPrerequisites = False):
for sname, ds in pSection.items():
if sname == tag:
section = ds.items()[0][1]
if s_sectionProcessors.has_key(section.name):
instance = s_sectionProcessors[section.name]()
if not gatherPrerequisites:
result = instance.load(section, prereqs)
if result != None:
try:
store[ds.asString] = result
except:
store.append((ds.asString, result))
else:
ERROR_MSG('None was returned. Not adding to this effect : ', section.name, ds.asString)
else:
self.prereqs.add(section.asString)
if hasattr(instance, 'prerequisites'):
self.prereqs.update(instance.prerequisites(section))
else:
ERROR_MSG('No section processor matches the tag ', section.name, ds.asString)
result = None
return
