import openss
try :
openss.expCreate()
my_file = openss.FileList("../../usability/phaseII/fred")
my_viewtype = openss.ViewTypeList("pcsamp")
openss.expAttach(my_file,my_viewtype)
openss.expGo()
openss.waitForGo()
#openss.dumpView()
output = openss.expView()
print output
openss.exit()
except openss.error,message:
print "ERROR: ", message
openss.exit()
#my_host = openss.HostList()
#my_host += ["bosco","111.222.333.444"]
#my_host += ["bimbo","bozo"]
#my_rank = openss.RankList()
#my_rank += [1,3,(22,33),564]
#my_file_bosco = openss.FileList("bosco")
#my_exptype = openss.ExpTypeList()
import openss
data_file = "file_1.dat"
my_data_file = openss.FileList(data_file)
# Run and save and experiment to read in.
my_file = openss.FileList("../../usability/phaseII/fred 900")
my_viewtype = openss.ViewTypeList("pcsamp")
my_expid = openss.expCreate(my_file, my_viewtype)
openss.expGo()
openss.wait()
openss.expSave(my_data_file)
try:
my_file = openss.FileList("bad_name")
exp1 = openss.expRestore(my_file)
print exp1
except openss.error, message:
print "Expected error: ", message
try:
exp1 = openss.expRestore(my_data_file)
print exp1
info = openss.expView(exp1)
print info
except openss.error, message:
print "Unexpected error: ", message
openss.exit()
# print out the type
exp_mod = openss.ModifierList("types")
print "This should say [pcsamp]: ", openss.list(exp_mod)
openss.expDetach(exp_id,my_exptype)
print "This should say []: ", openss.list(exp_mod)
my_exptype = openss.ExpTypeList("usertime")
openss.expAttach(exp_id,my_exptype)
print "This should say [usertime]: ", openss.list(exp_mod)
openss.expGo(exp_id)
openss.wait()
print openss.expView()
openss.wait() # kluge for delayed exception
except openss.error,message:
print "ERROR: ", message
openss.exit()
#my_id = openss.ExpId(openss.expCreate())
#
#my_host = openss.HostList()
#my_host += ["bimbo","bozo"]
#
#my_rank = openss.RankList()
#my_rank += [1,3,(22,33),564]
my_rank2 = openss.RankList()
my_rank2.add(1234)
my_rank2.add(34)
my_rank2 += 888
# The number here is hard coded in a lowlevel routine
my_id = openss.expCreate(my_host,my_rank2,my_rank)
print "my_id: ", my_id
# I need to identify the argument as an experiment
# id so you need to get it into an ExpId object.
exp1 = openss.ExpId(my_id)
openss.expGo(exp1)
openss.expView(exp1,"vtop88")
my_cluster = openss.ClusterList("cluster_1")
my_cluster.add(["cluster_2"])
my_cluster += ["cluster_3","cluster_4"]
my_id = openss.expCreate(my_cluster)
my_thread = openss.ThreadList(987)
my_thread += 765
my_thread.add((22,33))
my_id = openss.expCreate(my_thread)
my_file = openss.FileList("file_1")
my_file.add(["file_2"])
my_exptype = openss.ExpTypeList("pcsamp")
exp_id = openss.expCreate(my_file, my_exptype)
# print out the status
exp_mod = openss.ModifierList("status")
print "This should say []: ", openss.list(exp_mod)
openss.expDisable(exp_id)
openss.expGo(exp_id)
print "This should say []: ", openss.list(exp_mod)
openss.waitForGo()
print "This should say []: ", openss.list(exp_mod)
try:
data = openss.expView()
if (data == None):
print "PASSED"
openss.wait() # kluge for late exception return
else:
print "FAILED"
except openss.error, message:
print "Expected: ", message
except message:
print "ERROR: ", message
openss.exit()
#exp1 = openss.ExpId(7)
#
# Register the experiment to be run.
my_id = openss.expCreate(my_file, my_exptype)
# Run the instrumented application
openss.expGo()
# expGo is the only asynchronous command. We may need
# to wait until our app is done before harvesting
# the data.
openss.wait()
# Describe the type of view we want and get the
# results of the experiment.
my_viewtype = openss.ViewTypeList()
my_viewtype += "pcsamp"
result = openss.expView(my_id, my_viewtype)
# Print out the results. In this case the results are
# in a double array. Normally either the structure of
# the return value will be known or one will have to
# query each of the object elements.
r_count = len(result)
for row_ndx in range(r_count):
print " "
row = result[row_ndx]
c_count = len(row)
for rel_ndx in range(c_count):
print row[rel_ndx]
# Cleanup any intermediate openss files.
openss.exit()
import openss
try:
openss.expCreate()
my_file = openss.FileList("../../usability/phaseII/fred")
my_viewtype = openss.ViewTypeList("pcsamp")
openss.expAttach(my_file, my_viewtype)
openss.expGo()
openss.waitForGo()
#openss.dumpView()
output = openss.expView()
print output
openss.exit()
except openss.error, message:
print "ERROR: ", message
openss.exit()
#my_host = openss.HostList()
#my_host += ["bosco","111.222.333.444"]
#my_host += ["bimbo","bozo"]
#my_rank = openss.RankList()
#my_rank += [1,3,(22,33),564]
#my_file_bosco = openss.FileList("bosco")
#my_exptype = openss.ExpTypeList()
#my_exptype += "pcsamp"
#my_exptype.add("usertime")
# Register the experiment to be run.
my_id = openss.expCreate(my_file,my_exptype)
# Run the instrumented application
openss.expGo()
# expGo is the only asynchronous command. We may need
# to wait until our app is done before harvesting
# the data.
openss.wait()
# Describe the type of view we want and get the
# results of the experiment.
my_viewtype = openss.ViewTypeList()
my_viewtype += "pcsamp"
result = openss.expView(my_id,my_viewtype)
# Print out the results. In this case the results are
# in a double array. Normally either the structure of
# the return value will be known or one will have to
# query each of the object elements.
r_count = len(result)
for row_ndx in range(r_count):
print " "
row =result[row_ndx]
c_count = len(row)
for rel_ndx in range(c_count):
print row[rel_ndx]
# Cleanup any intermediate openss files.
openss.exit()
openss.expDisable(exp_id)
openss.expGo(exp_id)
print "This should say ['Running']: ", openss.list(exp_mod)
openss.wait()
print "This should say ['Terminated']: ", openss.list(exp_mod)
# openss.expEnable(exp_id)
# openss.expGo(exp_id)
# print "This should say ['Running']: ", openss.list(exp_mod)
#
# openss.wait()
# print "This should say ['Terminated']: ", openss.list(exp_mod)
try:
data = openss.expView()
if (data == None):
print "PASSED"
openss.wait() # kluge for late exception return
else:
print "FAILED"
except openss.error,message:
print message
except openss.error,message:
print "ERROR: ", message
# Second time reenable the data collection.
try :
# Create an experiment with pcsamp being the experiment type
my_file = openss.FileList("../../usability/phaseIII/fred")