resource_dict["filesopened"] = maxfiles
resource_dict["insockets"] = maxfiles
resource_dict["outsockets"] = maxfiles
# SP: this test should work on all systems now, but catch the exception just
# in case.
try:
random_max = measure_random.measure_random()
except measure_random.InvalidTimeMeasurementError, e:
random_max = str(e)
resource_dict["random"] = random_max
# Measure the disk read write rate
try:
filewrite, fileread = measuredisk.main()
except Exception, e:
filewrite, fileread = str(e), str(e)
resource_dict["filewrite"] = filewrite
resource_dict["fileread"] = fileread
# These resources are not measure in this script so a None
# value is used to indicate it was not measured.
resource_dict["netrecv"] = None
resource_dict["netsend"] = None
resource_dict["lograte"] = None
resource_dict["loopsend"] = None
resource_dict["looprecv"] = None
return resource_dict
# Anthony - we have chosen to use the default limit except for mobile
# using None for socketMax here will trigger the default in
# benchmark_resources.py .
socketMax = None
# Measure random
# SP: This test should now work on all systems. For failed tests, a string
# describing the failure will be returned.
try:
randomMax = measure_random.measure_random()
except measure_random.InvalidTimeMeasurementError, e:
randomMax = str(e)
# Measure the disk read write rate
try:
filewrite, fileread = measuredisk.main()
except Exception, e:
filewrite, fileread = str(e), str(e)
resource_dict = {}
resource_dict["cpu"] = numCPU
resource_dict["memory"] = totalMem
resource_dict["diskused"] = freeDisk
# The following are more per-process things
resource_dict["events"] = threadMax
resource_dict["filesopened"] = handleMax
# The socketMax is split between in and out already.
resource_dict["insockets"] = socketMax
resource_dict["outsockets"] = socketMax