def notify(self, eventName, *args, **kargs):
'''
Override Observer.notify to add the event name as
first arg in the list if *args
'''
args = [eventName] + list(args)
EventsManagerListener.notify(self, eventName, *args, **kargs)
def __init__(self, theReverseToken, theServer, theOwner, theEvents=None):
self._theReverseToken = theReverseToken
self._theServer = theServer
self._theOwner = theOwner
EventsManagerListener.__init__(
self,
dict([(aEvent, self.forward) for aEvent in (theEvents or [])]))
def notify(self, eventName, *args, **kargs):
'''
Override Observer.notify to add the event name as
first arg in the list if *args
'''
args = [eventName] + list(args)
EventsManagerListener.notify(self, eventName, *args, **kargs)
def __init__(self):
self.isFailed = 0
self.isSucceeded = 0
EventsManagerListener.__init__(self, {
'test-failed': self.failed,
'test-succeeded': self.succeeded
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(self, {
EventsManager.E_FOCUS_CHANGED: self.onFocusChanged,
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(self, {
EventsManager.E_STRATEGY_CHANGED: self.onStrategyChanged,
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(
self, {
EventsManager.E_RULE_FIRED: self.onRuleFired,
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(self, {
EventsManager.E_FACT_ASSERTED: self.onAssertFact,
EventsManager.E_FACT_RETRACTED: self.onRetractFact,
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(self, {
EventsManager.E_ACTION_PERFORMED: self.onActionPerformed,
EventsManager.E_ACTION_RETURNVALUE: self.onActionReturnValue,
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(self, {
EventsManager.E_RULE_ACTIVATED: self.onRuleActivated,
EventsManager.E_RULE_DEACTIVATED: self.onRuleDeactivated,
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(
self, {
EventsManager.E_FOCUS_CHANGED: self.onFocusChanged,
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(
self, {
EventsManager.E_ACTION_PERFORMED: self.onActionPerformed,
EventsManager.E_ACTION_RETURNVALUE: self.onActionReturnValue,
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(
self, {
EventsManager.E_FACT_ASSERTED: self.onAssertFact,
EventsManager.E_FACT_RETRACTED: self.onRetractFact,
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(
self, {
EventsManager.E_RULE_ACTIVATED: self.onRuleActivated,
EventsManager.E_RULE_DEACTIVATED: self.onRuleDeactivated,
})
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(self, {
EventsManager.E_NODE_ADDED: self.onNodeAdded,
EventsManager.E_NODE_REMOVED: self.onNodeRemoved,
EventsManager.E_NODE_LINKED: self.onNodeLinked,
EventsManager.E_NODE_UNLINKED: self.onNodeUnlinked
})
self._nodeMap = {}
self._nodeCounter = 0
def __init__(self, *args, **kargs):
'''
Constructor
'''
EventsManagerListener.__init__(
self, {
EventsManager.E_NODE_ADDED: self.onNodeAdded,
EventsManager.E_NODE_REMOVED: self.onNodeRemoved,
EventsManager.E_NODE_LINKED: self.onNodeLinked,
EventsManager.E_NODE_UNLINKED: self.onNodeUnlinked,
EventsManager.E_NETWORK_READY: self.onNetworkReady,
EventsManager.E_NETWORK_SHUTDOWN: self.onNetworkShutdown,
})
self._wrapper = self.__class__._WRAPPER()
def __init__(self, resource):
'''
Constructor
'''
self._resource = resource
EventsManagerListener.__init__(
self, {
EventsManager.E_NODE_ADDED: self.onNodeAdded,
EventsManager.E_NODE_REMOVED: self.onNodeRemoved,
EventsManager.E_NODE_LINKED: self.onNodeLinked,
EventsManager.E_NODE_UNLINKED: self.onNodeUnlinked
})
self._nodeMap = {}
self._nodeCounter = 0
def __init__(self, resource, network):
'''
Create a new watcher
@param resource: a file resource where output will be redirected
@param network: the Network instance watched
'''
self._resource = resource
self._network = network
self._stats = {"rules": 0, "timer-start": 0, "buffer": 0}
EventsManagerListener.__init__(
self, {
EventsManager.E_RULE_FIRED: self.onRuleFired,
EventsManager.E_RUN_START: self.onRunStart,
EventsManager.E_RUN_STOP: self.onRunStop
})
def __init__(self, *args, **kargs):
"""
Constructor
"""
EventsManagerListener.__init__(
self,
{
EventsManager.E_NODE_ADDED: self.onNodeAdded,
EventsManager.E_NODE_REMOVED: self.onNodeRemoved,
EventsManager.E_NODE_LINKED: self.onNodeLinked,
EventsManager.E_NODE_UNLINKED: self.onNodeUnlinked,
EventsManager.E_NETWORK_READY: self.onNetworkReady,
EventsManager.E_NETWORK_SHUTDOWN: self.onNetworkShutdown,
},
)
self._wrapper = self.__class__._WRAPPER()
def __init__(self, resource, network):
'''
Create a new watcher
@param resource: a file resource where output will be redirected
@param network: the Network instance watched
'''
self._resource = resource
self._network = network
self._stats = {"rules" : 0,
"timer-start" : 0,
"buffer" : 0}
EventsManagerListener.__init__(self, {
EventsManager.E_RULE_FIRED: self.onRuleFired,
EventsManager.E_RUN_START: self.onRunStart,
EventsManager.E_RUN_STOP: self.onRunStop
})
def __init__(self):
myclips.logger.warning(
"NetworkX library (or dependencies) can't be found. Network Plotter not available"
)
EventsManagerListener.__init__(self)
def __init__(self, theReverseToken, theServer, theOwner, theEvents=None):
self._theReverseToken = theReverseToken
self._theServer = theServer
self._theOwner = theOwner
EventsManagerListener.__init__(self, dict([ (aEvent, self.forward) for aEvent in (theEvents or []) ]))
def __init__(self):
myclips.logger.warning("NetworkX library (or dependencies) can't be found. Network Plotter not available")
EventsManagerListener.__init__(self)
def __init__(self):
self.isFailed = 0
self.isSucceeded = 0
EventsManagerListener.__init__(self, {'test-failed': self.failed, 'test-succeeded': self.succeeded})
def __init__(self):
EventsManagerListener.__init__(self, {'sudoku_solved_cell': self.onSolvedCell})
self.grid = {}
self.resetGrid()
def __init__(self):
EventsManagerListener.__init__(self, {'sudoku_tecnique_used': self.onRulesUsed})
self.rules = []
