def __init__(self, *args, **kwargs):
global XMQ_SUB_POLLER_MAP, XMQ_SUB_POLLER_GENERATION
if 'connection_callback' in kwargs:
self.connection_callback = kwargs['connection_callback']
kwargs['connection_callback'] = None
else:
self.connection_callback = None
if 'update_callback' in kwargs:
self.update_callback = kwargs['update_callback']
kwargs['update_callback'] = None
else:
self.update_callback = None
if 'completion_callback' in kwargs:
self.completion_callback = kwargs['completion_callback']
kwargs['completion_callback'] = None
else:
self.completion_callback = None
# subscribe to callback messages
XMQ_SUB_POLLER_GENERATION = random.randint(1, 2**31)
XMQ_SUB_POLLER_MAP = {
'connection': self.proxy_connection_callback,
'update': self.proxy_update_callback,
'completion': self.proxy_completion_callback
}
start_message_poller()
kwargs['XMQ_SUB_POLLER_GENERATION'] = XMQ_SUB_POLLER_GENERATION
client_common('libTocopatch__init',
args,
kwargs,
endpoint='libTocopatch')
def stop(self, isCancelled=False):
global XMQ_SUB_POLLER_MAP
ret = client_common('libTocopatch__stop', [isCancelled], {},
endpoint='libTocopatch')
if isCancelled:
XMQ_SUB_POLLER_MAP = None
return ret
def extractAllDecels(*args, **vargs):
print 'called extractAllDecels'
# allExtractorParams contains functions, so won't properly serialize
# if 'allExtractorParams' in vargs:
# assert vargs['allExtractorParams'] == FEATURE_EXTRACT_PARAMS
# del vargs['allExtractorParams']
return client_common('extractAllDecels', args, vargs)
def summarizeDecels(*args, **vargs):
print 'called summarizeDecels'
return client_common('summarizeDecels', args, vargs)
def ping_tocopatch(*args, **kwargs):
return client_common('__ping_tocopatch',
args,
kwargs,
endpoint='libTocopatch')
def getData(self, *args, **kwargs):
return client_common('libTocopatch__getData',
args,
kwargs,
endpoint='libTocopatch')
def get_sample_rate(self, *args, **kwargs):
return client_common('libTocopatch__get_sample_rate',
args,
kwargs,
endpoint='libTocopatch')
def get_start_time(self, *args, **kwargs):
return client_common('libTocopatch__get_start_time',
args,
kwargs,
endpoint='libTocopatch')
def wait(self, *args, **kwargs):
global XMQ_SUB_POLLER_MAP
client_common('libTocopatch__wait', [], {}, endpoint='libTocopatch')
XMQ_SUB_POLLER_MAP = None
return
def update_skew(self, *args, **kwargs):
return client_common('libTocopatch__update_skew',
args,
kwargs,
endpoint='libTocopatch')
def combineExtractionResults(*args, **vargs):
print 'called combineExtractionResults'
return client_common('combineExtractionResults', args, vargs, endpoint='libAudio')
def get_start_time(self):
return client_common('audio_recorder__get_start_time', [], {}, endpoint='libAudio')
def wait(self):
global XMQ_SUB_POLLER_MAP
client_common('audio_recorder__wait', [], {}, endpoint='libAudio')
XMQ_SUB_POLLER_MAP = None
return
def stop(self, isCancelled=False):
global XMQ_SUB_POLLER_MAP
ret = client_common('audio_recorder__stop', [isCancelled], {}, endpoint='libAudio')
if isCancelled:
XMQ_SUB_POLLER_MAP = None
return ret
def findUC(*args, **vargs):
print 'called findUC'
return client_common('findUC', args, vargs)
