class ACompound:
def __init__( self, eventDict ):
self._values = ParameterSet( eventDict["params"] )
self._events = None
self._state = None
# do we want to reevaluate self on any of our events even if not changed
self._alwaysReDo = eventDict.has_key( "redo" ) and (eventDict["redo"] == 'yes')
if eventDict.has_key( "newEvent" ):
if isinstance( eventDict["newEvent"], list ):
self._events = eventDict["newEvent"]
else:
self._events = list()
self._events.append( eventDict["newEvent"] )
# TODO Validate newEvent data structure, suggest utility helper so can be used elsewhere
if eventDict.has_key( "newState" ):
if isinstance( eventDict["newState"], list ):
self._state = eventDict["newState"]
else:
self._state = list()
self._state.append( eventDict["newState"] )
def uses( self, name ):
""" quick check on whether a change means we should be scanned """
return self._values.uses( name )
def match( self, allValues ):
""" allValues is a complete dictionary of name value pairs """
return self._values.match( allValues )
def keys(self):
return self._values.keys()
def events(self):
return self._events
def state(self):
return self._state
def __str__(self):
return "ParameterSet %s Events %s StateUpdates %s" % ( self._values, self._events, self._state )
def __init__( self, eventDict ):
self._values = ParameterSet( eventDict["params"] )
self._events = None
self._state = None
# do we want to reevaluate self on any of our events even if not changed
self._alwaysReDo = eventDict.has_key( "redo" ) and (eventDict["redo"] == 'yes')
if eventDict.has_key( "newEvent" ):
if isinstance( eventDict["newEvent"], list ):
self._events = eventDict["newEvent"]
else:
self._events = list()
self._events.append( eventDict["newEvent"] )
# TODO Validate newEvent data structure, suggest utility helper so can be used elsewhere
if eventDict.has_key( "newState" ):
if isinstance( eventDict["newState"], list ):
self._state = eventDict["newState"]
else:
self._state = list()
self._state.append( eventDict["newState"] )
