def defaultTests(columns="", verbosity="default"):
""" create and run a set of standard test scenarios """
# note the key background parameters
m = Model("")
misc = ", %d/%ds, %s/%s/s" % (m.time_timeout, m.time_detect,
printSize(m.rate_mirror, 1000),
printSize(m.rate_flush, 1000))
# create a list of tests to be run
mlist = list()
# run tests for all the interesting combinations
for cp in (1, 2, 3):
for primary in (" v", "nv"):
sList = ["none"] if cp == 1 else [" v", "nv", "symmetric"]
for secondary in sList:
# suppress irrelevent combinations
if primary == "nv" and secondary == " v":
continue
# figure out how to caption this configuration
if secondary == "symmetric":
desc = ("symmetric: %d %s cp" % (cp, primary))
elif (cp > 1):
desc = ("prim: %s %d %s cp" %
(primary, cp - 1, secondary))
else:
desc = "prim: %s 0 cp" % (primary)
# instantiate the model
m = Model(desc + misc)
m.copies = cp
m.nv_1 = (primary == "nv")
m.cache_1 = 4 * GB
if secondary == "symmetric":
m.symmetric = True
m.cache_1 *= cp
m.nv_2 = (primary == "nv")
m.cache_2 = 0
elif cp > 1:
m.nv_2 = (secondary == "nv")
m.cache_2 = 40 * GB
mlist.append(m)
# run all the specified models
run(mlist, columns, verbosity)
