def __init__(self):
args = sample_util.process_cli_args(parser.parse_args())
self.interval = int(args.interval)
self.expiration = int(args.expiration)
stub_config = get_configuration(args.server, args.username,
args.password, args.skipverification)
self.providers_client = Providers(stub_config)
self.acq_specs_client = AcqSpecs(stub_config)
def __init__(self):
args = sample_util.process_cli_args(parser.parse_args())
self.interval = int(args.interval)
self.expiration = int(args.expiration)
stub_config = get_configuration(args.server, args.username,
args.password, args.skipverification)
self.acq_specs_client = AcqSpecs(stub_config)
self.data_client = Data(stub_config)
session = get_unverified_session() if args.skipverification else None
self.vsphere_client = create_vsphere_client(server=args.server,
username=args.username,
password=args.password,
session=session)
class SampleQueryDataPointsSetID(object):
"""
Description: Demonstrates querying data points filtered by
resource by creating Acquisition Specification using
Counter SetId.
Sample Prerequisites:
vCenter 7.0x with 7.0x ESXi hosts.
"""
def __init__(self):
args = sample_util.process_cli_args(parser.parse_args())
self.interval = int(args.interval)
self.expiration = int(args.expiration)
stub_config = get_configuration(args.server, args.username,
args.password, args.skipverification)
self.counter_sets_client = CounterSets(stub_config)
self.acq_specs_client = AcqSpecs(stub_config)
self.data_client = Data(stub_config)
session = get_unverified_session() if args.skipverification else None
self.vsphere_client = create_vsphere_client(server=args.server,
username=args.username,
password=args.password,
session=session)
def run(self):
wait_time = 30
vm_type = "VM"
memo = "user definition of acquisition spec"
# Get Counter-set ID of VM counters which is provided as
# Acquisition Specification setId.
counter_sets = self.counter_sets_client.list()
set_id = list(
filter(lambda cs: cs.counters[0].cid.endswith("." + vm_type),
counter_sets))[0].id
counter_spec_obj = self.acq_specs_client.CounterSpec(set_id=set_id)
# Choose a random VM from which stats data needs to be collected.
vm_list = self.vsphere_client.vcenter.VM.list()
vm_obj = random.choice(vm_list)
vm_id = vm_obj.vm
rsrc_obj = RsrcId(id_value=vm_id, type=vm_type)
# Create an Acquisition Specification for all the VM counters using
# "setId" in CreateSpec.
acq_spec_obj = self.acq_specs_client.CreateSpec(
counters=counter_spec_obj,
resources=[rsrc_obj],
interval=self.interval,
expiration=self.expiration,
memo_=memo)
acq_spec_id = self.acq_specs_client.create(acq_spec_obj)
SampleQueryDataPointsSetID.print_output(
"Acquisition Specification created with ID: " + acq_spec_id)
# Get the Acquisition Specification.
acq_spec_info = self.acq_specs_client.get(acq_spec_id)
SampleQueryDataPointsSetID.print_output(
"Details of Acquisition Specification with ID: " + acq_spec_id,
acq_spec_info)
# Wait for 30 seconds for data collection to happen.
time.sleep(wait_time)
# Query for data points filtered by resource.
resource = "type." + vm_type + "=" + vm_id
filter_spec = self.data_client.FilterSpec(resources=[resource])
data_points = self.data_client.query_data_points(filter=filter_spec)
SampleQueryDataPointsSetID.print_output("Data Points collected",
data_points)
# CleanUp.
# Delete the Acquisition Specification.
self.acq_specs_client.delete(acq_spec_id)
SampleQueryDataPointsSetID.print_output(
"Acquisition Specification with ID: " + acq_spec_id +
" is deleted")
@staticmethod
def print_output(*argv):
print("------------------------------------")
for arg in argv:
print(arg)
class SampleQueryDataPointsPredicate(object):
"""
Description: Demonstrates querying data points filtered by cid
by creating Acquisition Specification using Query
Predicate "ALL".
Sample Prerequisites:
vCenter 7.0x with 7.0x ESXi hosts.
"""
def __init__(self):
args = sample_util.process_cli_args(parser.parse_args())
self.interval = int(args.interval)
self.expiration = int(args.expiration)
stub_config = get_configuration(args.server, args.username,
args.password, args.skipverification)
self.acq_specs_client = AcqSpecs(stub_config)
self.data_client = Data(stub_config)
self.providers_client = Providers(stub_config)
def run(self):
cid = "disk.throughput.usage.VM"
wait_time = 30
vm_type = "VM"
host_type = "HOST"
memo = "user definition of acquisition spec"
cid_mid_obj = CidMid(cid=cid)
counter_spec_obj = self.acq_specs_client.CounterSpec(
cid_mid=cid_mid_obj)
# To collect stats data from all VMs on a particular host, provide
# QueryPredicate "ALL" for VM resourceId.
rsrc_obj1 = RsrcId(id_value="", type=vm_type, predicate="ALL")
# Choose a random host.
providers = self.providers_client.list()
random_host_id = random.choice(providers).id_value
rsrc_obj2 = RsrcId(id_value=random_host_id, type=host_type)
# Create an Acquisition Specification to collect stats data from all
# VMs on a host using QueryPredicate "ALL".
acq_spec_obj = self.acq_specs_client.CreateSpec(
counters=counter_spec_obj,
resources=[rsrc_obj1, rsrc_obj2],
interval=self.interval,
expiration=self.expiration,
memo_=memo)
acq_spec_id = self.acq_specs_client.create(acq_spec_obj)
SampleQueryDataPointsPredicate.print_output(
"Acquisition Specification created with ID: " + acq_spec_id)
# Get the Acquisition Specification.
acq_spec_info = self.acq_specs_client.get(acq_spec_id)
SampleQueryDataPointsPredicate.print_output(
"Details of Acquisition Specification with ID: " + acq_spec_id,
acq_spec_info)
# Wait for 30 seconds for data collection to happen.
time.sleep(wait_time)
# Query for data points filtered by cid.
filter_spec = self.data_client.FilterSpec(cid=cid)
data_points = self.data_client.query_data_points(filter=filter_spec)
SampleQueryDataPointsPredicate.print_output("Data points collected",
data_points)
# CleanUp.
# Delete the Acquisition Specification.
self.acq_specs_client.delete(acq_spec_id)
SampleQueryDataPointsPredicate.print_output(
"Acquisition Specification with ID: " + acq_spec_id +
" is deleted")
@staticmethod
def print_output(*argv):
print("------------------------------------")
for arg in argv:
print(arg)
class SampleQueryDataPoints(object):
"""
Description: Demonstrates end to end workflow of vSphere Stats.
Step 1: Creation of an Acquisition Specification.
Step 2: Query for data points filtered by cid.
Sample Prerequisites:
vCenter 7.0x with 7.0x ESXi hosts.
"""
def __init__(self):
args = sample_util.process_cli_args(parser.parse_args())
self.interval = int(args.interval)
self.expiration = int(args.expiration)
stub_config = get_configuration(args.server, args.username,
args.password, args.skipverification)
self.acq_specs_client = AcqSpecs(stub_config)
self.data_client = Data(stub_config)
session = get_unverified_session() if args.skipverification else None
self.vsphere_client = create_vsphere_client(server=args.server,
username=args.username,
password=args.password,
session=session)
def run(self):
cid = "disk.throughput.usage.VM"
wait_time = 30
vm_type = "VM"
memo = "user definition of acquisition spec"
cid_mid_obj = CidMid(cid=cid)
counter_spec_obj = self.acq_specs_client.CounterSpec(
cid_mid=cid_mid_obj)
# Choose a random VM from which stats data needs to be collected.
vm_list = self.vsphere_client.vcenter.VM.list()
vm_obj = random.choice(vm_list)
vm_id = vm_obj.vm
rsrc_obj = RsrcId(id_value=vm_id, type=vm_type)
# Create an Acquisition Specification for VM counter.
acq_spec_obj = self.acq_specs_client.CreateSpec(
counters=counter_spec_obj,
resources=[rsrc_obj],
interval=self.interval,
expiration=self.expiration,
memo_=memo)
acq_spec_id = self.acq_specs_client.create(acq_spec_obj)
SampleQueryDataPoints.print_output(
"Acquisition Specification created with ID: " + acq_spec_id)
# Get the Acquisition Specification.
acq_spec_info = self.acq_specs_client.get(acq_spec_id)
SampleQueryDataPoints.print_output(
"Details of Acquisition Specification with ID " + acq_spec_id,
acq_spec_info)
# Wait for 30 seconds for data collection to happen.
time.sleep(wait_time)
# Query for data points filtered by cid.
filter_spec = self.data_client.FilterSpec(cid=cid)
data_points = self.data_client.query_data_points(filter=filter_spec)
SampleQueryDataPoints.print_output("Data Points collected",
data_points)
# CleanUp.
# Delete the Acquisition Specification.
self.acq_specs_client.delete(acq_spec_id)
SampleQueryDataPoints.print_output(
"Acquisition Specification with ID: " + acq_spec_id +
" is deleted")
@staticmethod
def print_output(*argv):
print("------------------------------------")
for arg in argv:
print(arg)
class SampleAcquisitionSpecLifecycle(object):
"""
Demonstrates create, get, list, update and delete operations of
Acquisition Specifications.
Sample Prerequisites:
vCenter 7.0x with 7.0x ESXi hosts.
"""
def __init__(self):
args = sample_util.process_cli_args(parser.parse_args())
self.interval = int(args.interval)
self.expiration = int(args.expiration)
stub_config = get_configuration(args.server, args.username,
args.password, args.skipverification)
self.providers_client = Providers(stub_config)
self.acq_specs_client = AcqSpecs(stub_config)
def run(self):
cid = "cpu.capacity.demand.HOST"
new_cid = "mem.capacity.usage.HOST"
host_type = "HOST"
memo = "user definition of acquisition spec"
# The counter and associated resources can be chosen using discovery
# APIs. Please refer to samples in discovery package to obtain this
# metadata. In this sample, we create an Acquisition
# Specification for a HOST counter.
cid_mid_obj = CidMid(cid=cid)
counter_spec_obj = self.acq_specs_client.CounterSpec(
cid_mid=cid_mid_obj)
# Choose a random host from which stats data needs to be collected.
providers = self.providers_client.list()
random_host_id = random.choice(providers).id_value
host_resource_id_obj = RsrcId(id_value=random_host_id, type=host_type)
acq_spec_obj = self.acq_specs_client.CreateSpec(
counters=counter_spec_obj,
resources=[host_resource_id_obj],
interval=self.interval,
expiration=self.expiration,
memo_=memo)
# Create an Acquisition Specification.
acq_spec_id = self.acq_specs_client.create(acq_spec_obj)
SampleAcquisitionSpecLifecycle.print_output(
"Acquisition Specification created with ID: " + acq_spec_id)
# List Acquisition Specifications.
SampleAcquisitionSpecLifecycle.print_output(
"List of Acquisition Specifications", self.acq_specs_client.list())
# Update the existing Acquisition Specification by only modifying the
# intended field in UpdateSpec, keeping all other fields as it is.
cid_mid_obj = CidMid(cid=new_cid)
counter_spec_obj = self.acq_specs_client.CounterSpec(
cid_mid=cid_mid_obj)
updated_acq_spec_obj = self.acq_specs_client.UpdateSpec(
counters=counter_spec_obj,
resources=[host_resource_id_obj],
interval=self.interval,
expiration=self.expiration,
memo_=memo)
self.acq_specs_client.update(acq_spec_id, updated_acq_spec_obj)
SampleAcquisitionSpecLifecycle.print_output(
"Updated Acquisition Specification",
self.acq_specs_client.get(acq_spec_id))
# Get the Acquisition Specification.
acq_spec_info = self.acq_specs_client.get(acq_spec_id)
SampleAcquisitionSpecLifecycle.print_output(
"Details of Acquisition Specification with ID " + acq_spec_id,
acq_spec_info)
# Delete Acquisition Specification.
self.acq_specs_client.delete(acq_spec_id)
SampleAcquisitionSpecLifecycle.print_output(
"Acquisition Specification with ID: " + acq_spec_id +
" is deleted")
@staticmethod
def print_output(*argv):
print("------------------------------------")
for arg in argv:
print(arg)