def testGetManufacturerAndModel(self):
r = getManufacturerAndModel("Unknown CPU Type")
self.assertEquals(r.args[0], "Unknown CPU Type")
self.assertEquals(r.args[1], "Unknown")
r = getManufacturerAndModel("Intel CPU")
self.assertEquals(r.args[0], "Intel CPU")
self.assertEquals(r.args[1], "Intel")
r = getManufacturerAndModel("Xeon")
self.assertEquals(r.args[0], "Xeon")
self.assertEquals(r.args[1], "Intel")
r = getManufacturerAndModel("Opteron Quad-Core")
self.assertEquals(r.args[0], "Opteron Quad-Core")
self.assertEquals(r.args[1], "AMD")
def process(self, device, results, log):
"""collect snmp information from this device"""
log.info('processing %s for device %s', self.name(), device.id)
getdata, tabledata = results
cputable = tabledata.get("cpuTable")
cachetable = tabledata.get("cacheTable")
if not cputable: return
rm = self.relMap()
cpumap = {}
for cpu in cputable.values():
del cpu['null']
om = self.objectMap(cpu)
om.setProductKey = getManufacturerAndModel(om.setProductKey)
idx = getattr(om, 'socket', om._cpuidx)
om.id = self.prepId("%s_%s" % (om.setProductKey,idx))
cpumap[cpu['_cpuidx']] = om
rm.append(om)
if not cachetable: return rm
for cache in cachetable.values():
cpu = cpumap.get(cache['cpuidx'], None)
if cpu is None: continue
if cache['level'] == 1:
cpu.cacheSizeL1 = cache.get('size',0)
elif cache['level'] == 2:
cpu.cacheSizeL2 = cache.get('size',0)
return rm
def process(self, device, results, log):
log.info(
"Modeler %s processing data for device %s",
self.name(), device.id)
for cache in results.get('Win32_CacheMemory', []):
if cache.DeviceID == 'Cache Memory 0':
l1_cache_size = int_or_none(cache.InstalledSize)
break
else:
l1_cache_size = None
rm = self.relMap()
for processor in results.get('Win32_Processor', []):
product_key = getManufacturerAndModel(
', '.join((processor.Name, processor.Version)))
socket_match = re.search(r'(\d+)', processor.SocketDesignation)
if socket_match:
socket = int_or_none(socket_match.group(1))
else:
socket = None
# Not available in Windows 2003 or XP.
cores = int_or_none(getattr(processor, 'NumberOfCores', None))
threads = int_or_none(getattr(processor, 'NumberOfLogicalProcessors', None))
l3_cache_size = int_or_none(getattr(processor, 'L3CacheSize', None))
l3_cache_speed = int_or_none(getattr(processor, 'L3CacheSpeed', None))
current_voltage = int_or_none(processor.CurrentVoltage)
if current_voltage:
current_voltage = current_voltage * 100
rm.append(self.objectMap({
'id': self.prepId(processor.DeviceID),
'title': processor.Name,
'description': processor.Description,
'perfmonInstance': self.getPerfmonInstance(processor, log),
'setProductKey': product_key,
'socket': socket,
'cores': cores,
'threads': threads,
'clockspeed': int_or_none(processor.CurrentClockSpeed),
'extspeed': int_or_none(processor.ExtClock),
'voltage': current_voltage,
'cacheSizeL1': l1_cache_size,
'cacheSizeL2': int_or_none(processor.L2CacheSize),
'cacheSpeedL2': int_or_none(processor.L2CacheSpeed),
'cacheSizeL3': l3_cache_size,
'cacheSpeedL3': l3_cache_speed,
}))
return rm
def process(self, device, results, log):
"""collect snmp information from this device"""
log.info('processing %s (Cache) for device %s', self.name(), device.id)
L1Cache = None
for cache in results["Win32_CacheMemory"]:
if cache.deviceid == 'Cache Memory 0': # This is the L1 Cache
L1Cache = int(cache.installedsize)
break
else:
continue
log.info('processing %s (CPU) for device %s', self.name(), device.id)
maps = []
rm = self.relMap()
for cpu in results["Win32_Processor"]:
if cpu.deviceid is not None:
om = self.objectMap()
om.id = prepId(cpu.deviceid)
om.setProductKey = getManufacturerAndModel(cpu.manufacturer +
" " +
cpu.description)
om.socket = cpu.socketdesignation
if isinstance(om.socket, basestring):
integerMatch = FIND_INTEGER(om.socket)
if integerMatch:
om.socket = int(integerMatch.group(0))
om.clockspeed = cpu.currentclockspeed
om.extspeed = cpu.extclock
om.voltage = int(cpu.currentvoltage) * 100
if L1Cache:
om.cacheSizeL1 = L1Cache
# the l2cachesize attribute isn't correct on multicore CPUs
# when running in VMware
try:
om.cacheSizeL2 = int(cpu.l2cachesize)
except (TypeError, ValueError):
om.cacheSizeL2 = 0
om.perfmonInstance = self.getPerfmonInstance(cpu, log)
rm.append(om)
maps.append(rm)
return maps
def process(self, device, results, log):
"""collect snmp information from this device"""
log.info('processing %s (Cache) for device %s', self.name(), device.id)
L1Cache = None
for cache in results["Win32_CacheMemory"]:
if cache.deviceid == 'Cache Memory 0': # This is the L1 Cache
L1Cache = int(cache.installedsize)
break
else:
continue
log.info('processing %s (CPU) for device %s', self.name(), device.id)
maps = []
rm = self.relMap()
for cpu in results["Win32_Processor"]:
if cpu.deviceid is not None:
om = self.objectMap()
om.id = prepId(cpu.deviceid)
om.setProductKey = getManufacturerAndModel(
cpu.manufacturer + " " + cpu.description)
om.socket = cpu.socketdesignation
if isinstance(om.socket, basestring):
integerMatch = FIND_INTEGER(om.socket)
if integerMatch:
om.socket = int(integerMatch.group(0))
om.clockspeed = cpu.currentclockspeed
om.extspeed = cpu.extclock
om.voltage = int(cpu.currentvoltage) * 100
if L1Cache:
om.cacheSizeL1 = L1Cache
# the l2cachesize attribute isn't correct on multicore CPUs
# when running in VMware
try:
om.cacheSizeL2 = int(cpu.l2cachesize)
except (TypeError, ValueError):
om.cacheSizeL2 = 0
om.perfmonInstance = self.getPerfmonInstance(cpu, log)
rm.append(om)
maps.append(rm)
return maps
def process(self, device, results, log):
"""collect snmp information from this device"""
log.info('processing %s for device %s', self.name(), device.id)
getdata, tabledata = results
cputable = tabledata.get("cpuTable")
cachetable = tabledata.get("cacheTable")
if not cputable: return
rm = self.relMap()
cpumap = {}
for cpu in cputable.values():
om = self.objectMap(cpu)
if not getattr(om, '_manuf', False):
continue
try:
cpufam = self.cpufamily[cpu['_familyidx'] - 1]
except IndexError:
cpufam = ""
if not cpufam.startswith(om._manuf):
cpufam = om._manuf + " " + cpufam
om.setProductKey = getManufacturerAndModel(cpufam + " " +
om._version)
om.title = "%s_%s" % (om._manuf, om.socket)
om.id = self.prepId(om.title)
cpumap[om.socket] = om
rm.append(om)
for cache in cachetable.values():
cpu = cpumap.get(cache.get('cpusock', None), None)
if cpu is None: continue
try:
level = self.cacheLevel[cache['level'] - 1]
except IndexError:
level = None
if level == "L1":
cpu.cacheSizeL1 = cache['size']
elif level == "L2":
cpu.cacheSizeL2 = cache['size']
return rm
def process(self, device, results, log):
log.info("Modeler %s processing data for device %s", self.name(),
device.id)
for cache in results.get('Win32_CacheMemory', []):
if cache.DeviceID == 'Cache Memory 0':
l1_cache_size = int_or_none(cache.InstalledSize)
break
else:
l1_cache_size = None
rm = self.relMap()
for processor in results.get('Win32_Processor', []):
product_key = getManufacturerAndModel(', '.join(
(processor.Name, processor.Version)))
if processor.SocketDesignation:
socket_match = re.search(r'(\d+)', processor.SocketDesignation)
if socket_match:
socket = int_or_none(socket_match.group(1))
else:
socket = None
# Not available in Windows 2003 or XP.
cores = int_or_none(getattr(processor, 'NumberOfCores', None))
threads = int_or_none(
getattr(processor, 'NumberOfLogicalProcessors', None))
l3_cache_size = int_or_none(getattr(processor, 'L3CacheSize',
None))
l3_cache_speed = int_or_none(
getattr(processor, 'L3CacheSpeed', None))
current_voltage = int_or_none(processor.CurrentVoltage)
if current_voltage:
current_voltage = current_voltage * 100
rm.append(
self.objectMap({
'id':
self.prepId(processor.DeviceID),
'title':
processor.Name,
'description':
processor.Description,
'perfmonInstance':
self.getPerfmonInstance(processor, log),
'setProductKey':
product_key,
'socket':
socket,
'cores':
cores,
'threads':
threads,
'clockspeed':
int_or_none(processor.CurrentClockSpeed),
'extspeed':
int_or_none(processor.ExtClock),
'voltage':
current_voltage,
'cacheSizeL1':
check_value(l1_cache_size),
'cacheSizeL2':
check_value(int_or_none(processor.L2CacheSize)),
'cacheSpeedL2':
check_value(int_or_none(processor.L2CacheSpeed)),
'cacheSizeL3':
check_value(l3_cache_size),
'cacheSpeedL3':
check_value(l3_cache_speed),
}))
return rm
