def __init__(self, testname, device, options):
'''
Constructor.
'''
super(SsdTPTest, self).__init__(testname, device, options)
## A list of matrices with the collected fio measurement values of each round.
self.__roundMatrices = []
self.__stdyState = StdyState()
def __init__(self, testname, device, options=None):
'''
Constructor.
'''
super(SsdIopsTest, self).__init__(testname, device, options)
## A list of matrices with the collected fio measurement values of each round.
self.__roundMatrices = []
self.__stdyState = StdyState()
self.getFioJob().addKVArg("rw", "randrw")
def __init__(self, testname, device, options):
'''
Constructor.
'''
super(SsdTPTest, self).__init__(testname, device, options)
## Labels of block sizes to run tests with
self.__bsLabels = ["1024k", "64k", "8k", "4k", "512"]
## A list of matrices with the collected fio measurement values of each round.
self.__roundMatrices = []
self.__stdyState = StdyState()
def __init__(self, testname, device, options=None):
'''
Constructor.
'''
super(SsdIopsTest, self).__init__(testname, device, options)
## Labels of block sizes to run tests with
self.__bsLabels = [
"1024k", "128k", "64k", "32k", "16k", "8k", "4k", "512"
]
## A list of matrices with the collected fio measurement values of each round.
self.__roundMatrices = []
self.__stdyState = StdyState()
self.getFioJob().addKVArg("rw", "randrw")
def __init__(self, testname, device, options=None):
'''
Constructor.
'''
## Keep user options
self.__userOptions = options
if options != None:
#For latency the specification says to use 1 job/thread, 1 outstanding IO
wsoptions = Options(1, 1)
if options.getXargs() != None:
wsoptions.setXargs(options.getXargs())
super(SsdLatencyTest, self).__init__(testname, device, wsoptions)
## A list of matrices with the collected fio measurement values of each round.
self.__roundMatrices = []
self.__stdyState = StdyState()
self.getFioJob().addKVArg("rw", "randrw")
