def test_mi():
import mi
with mi.Application() as a:
with a.create_session(protocol=mi.PROTOCOL_WMIDCOM) as s:
with s.exec_query(u"root\\cimv2",
u"select * from win32_process") as q:
i = q.get_next_instance()
while i is not None:
s = i[u'name']
i = q.get_next_instance()
def test_mi():
import mi
with mi.Application() as a:
with a.create_session(protocol=mi.PROTOCOL_WMIDCOM) as s:
with s.exec_query(
u"root/virtualization/v2",
u"select * from Msvm_VirtualSystemManagementService") as q:
svc = q.get_next_instance()
c = svc.get_class()
p = a.create_method_params(c, u"GetSummaryInformation")
with s.exec_query(
u"root/virtualization/v2",
u"select * from Msvm_ComputerSystem where "
"ElementName = '%s'" % VM_NAME) as q1:
vm = q1.get_next_instance()
with s.get_associators(
u"root/virtualization/v2",
vm,
assoc_class=u"Msvm_SettingsDefineState",
result_class=u"Msvm_VirtualSystem"
"SettingData") as q2:
vssd = q2.get_next_instance()
p[u'SettingData'] = (vssd, )
p[u'requestedInformation'] = (4, 100, 103, 105)
with s.invoke_method(svc, u"GetSummaryInformation",
p) as q3:
r = q3.get_next_instance()
print("Result: %s" % r[u"ReturnValue"])
summary_info = r[u"SummaryInformation"][0]
print("vCPUs: %s" %
summary_info[u"NumberOfProcessors"])
print("EnabledState: %s" %
summary_info[u"EnabledState"])
print("Memory: %s" % summary_info[u"MemoryUsage"])
print("UpTime: %s" % summary_info[u"UpTime"])
def _get_app():
global _app
if not _app:
_app = mi.Application()
return _app
