def initialize_endpoints(self):
super(Fio, self).initialize_endpoints()
# Get the client_endpoints and set them up
if self.client_endpoints is None:
raise ValueError('No client_endpoints defined!')
self.client_endpoints_object = client_endpoints_factory.get(self.cluster, self.client_endpoints)
new_ep = False
if not self.client_endpoints_object.get_initialized():
self.client_endpoints_object.initialize()
new_ep = True
self.endpoint_type = self.client_endpoints_object.get_endpoint_type()
self.endpoints_per_client = self.client_endpoints_object.get_endpoints_per_client()
self.endpoints = self.client_endpoints_object.get_endpoints()
# Error out if the aggregate fio size is going to be larger than the endpoint size
aggregate_size = self.numjobs * self.procs_per_endpoint * self.size
endpoint_size = self.client_endpoints_object.get_endpoint_size()
if aggregate_size > endpoint_size:
raise ValueError("Aggregate fio data size (%dKB) exceeds end_point size (%dKB)! Please check numjobs, procs_per_endpoint, and size settings." % (aggregate_size, endpoint_size))
if self.endpoint_type == 'rbd' and self.ioengine != 'rbd':
logger.warn('rbd endpoints must use the librbd fio engine! Setting ioengine=rbd')
self.ioengine = 'rbd'
if self.endpoint_type == 'rbd' and self.direct != '1':
logger.warn('rbd endpoints must use O_DIRECT. Setting direct=1')
self.direct = '1'
# Prefill Data
if new_ep and self.prefill:
self.prefill_data()
def initialize_endpoints(self):
super(Hsbench, self).initialize_endpoints()
if self.client_endpoints == None:
raise ValueError('No client_endpoints defined!')
self.client_endpoints_object = client_endpoints_factory.get(self.cluster, self.client_endpoints)
new_ep = False
if not self.client_endpoints_object.get_initialized():
self.client_endpoints_object.initialize()
new_ep = True
self.endpoint_type = self.client_endpoints_object.get_endpoint_type()
self.endpoints_per_client = self.client_endpoints_object.get_endpoints_per_client()
self.endpoints = self.client_endpoints_object.get_endpoints()