def __call__(self, instance, *args, **kwargs):
'''
Returns getActiveEventTypes and getEvents in a single call.
The events returned by getActiveEventTypes are aliased to look like
an answer from getEvents
@param instance: object whose method is being called
@type instance: object (a L{BfApi} subclass)
@returns: Betfair API answer
@rtype: parsed answer
'''
callArgs = self.kwargs.copy()
callArgs.update(**kwargs)
eventParentId = callArgs.get('eventParentId')
if eventParentId == bfglobals.eventRootId:
response = instance.getActiveEventTypes()
# Alias the .id and .name attributes to those of an event
for event in response.eventTypeItems:
event.eventTypeId = event.id
event.eventId = event.id
del event.id
event.eventName = event.name
del event.name
# Create the eventItems and marketItems alias
response.eventItems = response.eventTypeItems
del response.eventTypeItems
response.marketItems = list()
return response
return BfApi.getEvents(instance, eventParentId=eventParentId)
def __call__(self, instance, *args, **kwargs):
'''
if the parameter nonIPRePlace is passed to the call with a True
value, bets not placed due to an "INVALID_PERSISTENCE" error
will be returned
@param instance: object whose method is being called
@type instance: object (a L{BfApi} subclass)
@param args: unnamed args
@type args: tuple
@returns: Betfair API answer
@rtype: parsed answer
'''
placeBetsArgs = self.kwargs.copy()
placeBetsArgs.update(**kwargs)
nonIPRePlace = placeBetsArgs.pop('_nonIPRePlace')
response = BfApi.placeBets(instance, *args, **placeBetsArgs)
if response.betResults and nonIPRePlace:
placeBets = placeBetsArgs.get('bets')
toRePlaceBets = list()
for i, betResult in enumerate(response.betResults[:]):
placeBet = placeBets[i]
if betResult.resultCode == 'INVALID_PERSISTENCE' and placeBet.betPersistenceType == 'IP':
# This can be a simple copy because placeBet is made of Simple types
# newPlaceBet = deepcopy(placeBet)
newPlaceBet = copy(placeBet)
newPlaceBet.betPersistenceType = 'NONE'
toRePlaceBets.append(newPlaceBet)
response.betResults.pop(i)
if toRePlaceBets:
placeBetsArgs['bets'] = toRePlaceBets
rePlaceResponse = BfApi.placeBets(instance, *args, **placeBetsArgs)
response.betResults.extend(rePlaceResponse.betResults)
return response
def __call__(self, instance, *args, **kwargs):
'''
Method implementation to allow MU (default also in the call) to be returned
@param instance: object whose method is being called
@type instance: object (a L{BfApi} subclass)
@param args: unnamed args
@type args: tuple
@param kwargs: named args
@type kwargs: dict
@returns: Betfair API answer
@rtype: parsed answer
'''
currentBetsArgs = self.kwargs.copy()
currentBetsArgs.update(**kwargs)
if currentBetsArgs['betStatus'] != 'MU':
return BfApi.getCurrentBets(instance, *args, **currentBetsArgs)
currentBetsArgs['betStatus'] = 'M'
mResponse = BfApi.getCurrentBets(instance, *args, **currentBetsArgs)
currentBetsArgs['betStatus'] = 'U'
uResponse = BfApi.getCurrentBets(instance, *args, **currentBetsArgs)
mResponse.totalRecordCount += uResponse.totalRecordCount
mResponse.bets.extend(uResponse.bets)
orderBy = kwargs.get('orderBy', 'NONE')
if orderBy == 'PLACED_DATE':
mResponse.bets.sort(key=attrgetter('placedDate', 'betStatus'))
else:
# According to the docs the only other combination for M and U is 'NONE'
# so do a sensible ordering on betId and betStatus
mResponse.bets.sort(key=attrgetter('betId', 'betStatus'))
return mResponse
def __init__(self, **kwargs):
BfApi.__init__(self, **kwargs)
