def _run(self, args):
# get a host...
# yes I know it's ugly
host_one = self._machines[0]['host']
# get a VM
vm_one = self._machines[0]['vms'][0]['name']
# create a 10G temporary file
working_dir = self._test_param(None)['working_dir']
# all test run on a separate drive
os.chdir(working_dir)
if os.path.isfile(TEMP_FILE_NAME):
os.remove(TEMP_FILE_NAME)
if os.path.isfile(TEMP_FILE_NAME_TARGET):
os.remove(TEMP_FILE_NAME_TARGET)
args['filename'] = TEMP_FILE_NAME
test_class._run_on_vm(self, vm_one, "generate_ten_gig_file", args)
# then make a copy
args['dest_filename'] = TEMP_FILE_NAME_TARGET
test_class._run_on_vm(self, vm_one, "copy_file", args)
def _run(self, args):
# get a host...
# yes I know it's ugly
host_one = self._machines[0]["host"]
# get a VM
vm_one = self._machines[0]["vms"][0]["name"]
# create a 10G temporary file
working_dir = self._test_param(None)["working_dir"]
# all test run on a separate drive
os.chdir(working_dir)
if os.path.isfile(TEMP_FILE_NAME):
os.remove(TEMP_FILE_NAME)
if os.path.isfile(TEMP_FILE_NAME_TARGET):
os.remove(TEMP_FILE_NAME_TARGET)
args["filename"] = TEMP_FILE_NAME
test_class._run_on_vm(self, vm_one, "generate_ten_gig_file", args)
# then make a copy
args["dest_filename"] = TEMP_FILE_NAME_TARGET
test_class._run_on_vm(self, vm_one, "copy_file", args)
def _run(self, args):
# get a host...
# yes I know it's ugly
host_one = self._machines[0]['host']
# get a VM
vm_one = self._machines[0]['vms'][0]['name']
args['working_dir'] = self._test_param(None)['working_dir']
test_class._run_on_vm(self, vm_one, "run_iozone", args)
def _run(self, args):
# get a host...
# yes I know it's ugly
host_one = self._machines[0]['host']
# get a VM
vm_one = self._machines[0]['vms'][0]['name']
args['working_dir'] = self._test_param(None)['working_dir']
test_class._run_on_vm(self, vm_one, "run_iozone", args)
def _run(self, args):
# EXAMPLE: do something...
print 'Inside _run'
# get a host...
# yes I know it's ugly
host_one = self._machines[0]['host']
# get a VM
vm_one = self._machines[0]['vms'][0]['name']
test_class._run_on_vm(self, vm_one, "start_example", args)
def _run(self, args):
# EXAMPLE: do something...
print 'Inside _run'
# get a host...
# yes I know it's ugly
host_one = self._machines[0]['host']
# get a VM
vm_one = self._machines[0]['vms'][0]['name']
test_class._run_on_vm(self, vm_one, "start_example", args)
def _run(self, args):
# get the workers
args = dict(args.items() + self._test_param(None).items())
for host in self._machines:
for vm in host['vms']:
print 'Running test on VM: "%s"' % vm['name']
for i in range(3):
print 'Iterate #%d' % i
args['perf_drive'] = vm['perf_drive']
args['count'] = i
test_class._run_on_vm(self, vm['name'], 'run_fio', args)
# cool down a bit
time.sleep(DEFAULT_COOL_DOWN_TIME)
def _run(self, args):
# get the workers
args = dict(args.items() + self._test_param(None).items())
for host in self._machines:
for vm in host['vms']:
print 'Running test on VM: "%s"' % vm['name']
for i in range(3):
print 'Iterate #%d' % i
args['perf_drive'] = vm['perf_drive']
args['count'] = i
test_class._run_on_vm(self, vm['name'], 'run_fio', args)
# cool down a bit
time.sleep(DEFAULT_COOL_DOWN_TIME)
def run_write_kvp(self, args):
import hypervlib.hyperv
for host in self._machines:
host_name = host['host']
args['host_name'] = host_name
for vm in host['vms']:
vm_name = vm['name']
args['vm_name'] = vm_name
written_kvps = self.write_from_host(args)
if written_kvps is None:
print 'ERROR: failed to write KVP to host'
return
args['kvp'] = written_kvps
match = test_class._run_on_vm(self, vm_name, "match_in_client", args)
# remove the random data, we don't want KVP pool file to be flooded.
if not match:
print 'ERROR: failed to add KVP item'
print 'Removing test KVP items'
for kvp_key in written_kvps.keys():
hypervlib.hyperv.remove_kvp_item(kvp_key, vm_name, host_name)
def run_write_kvp(self, args):
import hypervlib.hyperv
for host in self._machines:
host_name = host['host']
args['host_name'] = host_name
for vm in host['vms']:
vm_name = vm['name']
args['vm_name'] = vm_name
written_kvps = self.write_from_host(args)
if written_kvps is None:
print 'ERROR: failed to write KVP to host'
return
args['kvp'] = written_kvps
match = test_class._run_on_vm(self, vm_name, "match_in_client",
args)
# remove the random data, we don't want KVP pool file to be flooded.
if not match:
print 'ERROR: failed to add KVP item'
print 'Removing test KVP items'
for kvp_key in written_kvps.keys():
hypervlib.hyperv.remove_kvp_item(kvp_key, vm_name,
host_name)
def _run(self, args):
# get a host...
# yes I know it's ugly
host_one = self._machines[0]['host']
# get a VM
vm_server = self._machines[0]['vms'][0]['name']
vm_client = self._machines[0]['vms'][1]['name']
args['server_ip'] = self._machines[0]['vms'][0]['addr']
print vm_server, vm_client, args['server_ip']
# no need to do multi-threading since iperf server can be launched
# as a daemon, and will return immediately.
test_class._run_on_vm(self, vm_server, "run_iperf_server", args)
test_class._run_on_vm(self, vm_client, "run_iperf_client", args)
def _run(self, args):
# get a host...
# yes I know it's ugly
host_one = self._machines[0]['host']
# get a VM
vm_server = self._machines[0]['vms'][0]['name']
vm_client = self._machines[0]['vms'][1]['name']
args['server_ip'] = self._machines[0]['vms'][0]['addr']
print vm_server, vm_client, args['server_ip']
# no need to do multi-threading since iperf server can be launched
# as a daemon, and will return immediately.
test_class._run_on_vm(self, vm_server, "run_iperf_server", args)
test_class._run_on_vm(self, vm_client, "run_iperf_client", args)
def _run(self, args):
for host in self._machines:
host_name = host['host']
# get host time
# since we don't implement _run_on_host just yet, we'll have to do
# this using WMI
args['host_name'] = host_name
host_time = self.get_host_time(args)
for vm in host['vms']:
vm_name = vm['name']
# get VM time
vm_time = test_class._run_on_vm(self, vm_name, "get_bsd_time", args)
delta = abs(vm_time - host_time)
print 'Time diff between host "%s" and VM "%s" is' % (host_name, vm_name), \
delta, 'seconds'
def _run(self, args):
# get a host...
# yes I know it's ugly
host_one = self._machines[0]['host']
# get a VM
vm_server = self._machines[0]['vms'][0]['name']
vm_client = self._machines[1]['vms'][0]['name']
args['server_ip'] = self._machines[0]['vms'][0]['addr']
args['filename'] = TEMP_FILE_NAME
args['working_dir'] = self._test_param(None)['working_dir']
test_class._run_on_vm(self, vm_server, "generate_ten_gig_file", args)
args['username'] = self._test_param(None)['username']
args['password'] = self._test_param(None)['password']
args['remote_path'] = self._test_param(None)['remote_path']
test_class._run_on_vm(self, vm_client, "copy_file_over_network", args)
print "File has been copied from server to client successfully."
test_class._run_on_vm(self, vm_client, "remove_file", args)
test_class._run_on_vm(self, vm_server, "remove_file", args)
print "File has been removed on both server and client."
def _run(self, args):
# get a host...
# yes I know it's ugly
host_one = self._machines[0]['host']
# get a VM
vm_server = self._machines[0]['vms'][0]['name']
vm_client = self._machines[1]['vms'][0]['name']
args['server_ip'] = self._machines[0]['vms'][0]['addr']
args['filename'] = TEMP_FILE_NAME
args['working_dir'] = self._test_param(None)['working_dir']
test_class._run_on_vm(self, vm_server, "generate_ten_gig_file", args)
args['username'] = self._test_param(None)['username']
args['password'] = self._test_param(None)['password']
args['remote_path'] = self._test_param(None)['remote_path']
test_class._run_on_vm(self, vm_client, "copy_file_over_network", args)
print "File has been copied from server to client successfully."
test_class._run_on_vm(self, vm_client, "remove_file", args)
test_class._run_on_vm(self, vm_server, "remove_file", args)
print "File has been removed on both server and client."
def _set_up_vm(self, vm_name, args):
# this piece of code will be executed first thing after the VM is
# booted up
test_class._run_on_vm(self, vm_name, "install_iperf", args)
def _set_up_vm(self, vm_name, args):
# this piece of code will be executed first thing after the VM is
# booted up
args['working_dir'] = self._test_param(None)['working_dir']
test_class._run_on_vm(self, vm_name, "install_iozone", args)
test_class._run_on_vm(self, vm_name, "format_drive", args)
def _set_up_vm(self, vm_name, args):
# this piece of code will be executed first thing after the VM is
# booted up
args['working_dir'] = self._test_param(None)['working_dir']
test_class._run_on_vm(self, vm_name, "format_drive", args)
def _set_up_vm(self, vm_name, args):
# this piece of code will be executed first thing after the VM is
# booted up
test_class._run_on_vm(self, vm_name, "install_fio", args)
