def __init__(self, pid, ifids):
"""
Initialize a HostSample.
:param pid: The PID of this vdsm host.
:type pid: int
:param ifids: The IDs of the interfaces you want to sample.
:type: list
"""
BaseSample.__init__(self, pid, ifids)
self.totcpu = TotalCpuSample()
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] +
meminfo['Cached'] + meminfo['Buffers'])
self.memUsed = 100 - int(100.0 * (freeOrCached) / meminfo['MemTotal'])
self.anonHugePages = meminfo.get('AnonHugePages', 0) / 1024
try:
self.cpuLoad = file('/proc/loadavg').read().split()[1]
except:
self.cpuLoad = '0.0'
self.diskStats = self._getDiskStats()
try:
with file(_THP_STATE_PATH) as f:
s = f.read()
self.thpState = s[s.index('[') + 1:s.index(']')]
except:
self.thpState = 'never'
self.cpuCores = CpuCoreSample()
self.numaNodeMem = NumaNodeMemorySample()
def __init__(self, pid):
"""
Initialize a HostSample.
:param pid: The PID of this vdsm host.
:type pid: int
"""
self.timestamp = time.time()
self.pidcpu = PidCpuSample(pid)
self.ncpus = os.sysconf('SC_NPROCESSORS_ONLN')
self.totcpu = TotalCpuSample()
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] + meminfo['Cached'] +
meminfo['Buffers'])
self.memUsed = 100 - int(100.0 * (freeOrCached) / meminfo['MemTotal'])
self.anonHugePages = meminfo.get('AnonHugePages', 0) // KiB
try:
with open('/proc/loadavg') as loadavg:
self.cpuLoad = loadavg.read().split()[1]
except:
self.cpuLoad = '0.0'
self.diskStats = self._getDiskStats()
try:
with open(_THP_STATE_PATH) as f:
s = f.read()
self.thpState = s[s.index('[') + 1:s.index(']')]
except:
self.thpState = 'never'
self.hugepages = hugepages.state()
self.cpuCores = CpuCoreSample()
self.numaNodeMem = NumaNodeMemorySample()
def __init__(self, pid):
"""
Initialize a HostSample.
:param pid: The PID of this vdsm host.
:type pid: int
"""
self.timestamp = time.time()
self.pidcpu = PidCpuSample(pid)
self.ncpus = os.sysconf('SC_NPROCESSORS_ONLN')
self.totcpu = TotalCpuSample()
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] +
meminfo['Cached'] + meminfo['Buffers'])
self.memUsed = 100 - int(100.0 * (freeOrCached) / meminfo['MemTotal'])
self.anonHugePages = meminfo.get('AnonHugePages', 0) // 1024
try:
with open('/proc/loadavg') as loadavg:
self.cpuLoad = loadavg.read().split()[1]
except:
self.cpuLoad = '0.0'
self.diskStats = self._getDiskStats()
try:
with open(_THP_STATE_PATH) as f:
s = f.read()
self.thpState = s[s.index('[') + 1:s.index(']')]
except:
self.thpState = 'never'
self.hugepages = hugepages.state()
self.cpuCores = CpuCoreSample()
self.numaNodeMem = NumaNodeMemorySample()
def _memFree():
"""
Return the actual free mem on host.
"""
meminfo = utils.readMemInfo()
return (meminfo['MemFree'] +
meminfo['Cached'] + meminfo['Buffers']) * Kbytes
def __init__(self, pid):
"""
Initialize a HostSample.
:param pid: The PID of this vdsm host.
:type pid: int
"""
TimedSample.__init__(self)
self.interfaces = dict(
(link.name, InterfaceSample(link)) for link in getLinks())
self.pidcpu = PidCpuSample(pid)
self.totcpu = TotalCpuSample()
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] +
meminfo['Cached'] + meminfo['Buffers'])
self.memUsed = 100 - int(100.0 * (freeOrCached) / meminfo['MemTotal'])
self.anonHugePages = meminfo.get('AnonHugePages', 0) / 1024
try:
self.cpuLoad = file('/proc/loadavg').read().split()[1]
except:
self.cpuLoad = '0.0'
self.diskStats = self._getDiskStats()
try:
with file(_THP_STATE_PATH) as f:
s = f.read()
self.thpState = s[s.index('[') + 1:s.index(']')]
except:
self.thpState = 'never'
self.cpuCores = CpuCoreSample()
self.numaNodeMem = NumaNodeMemorySample()
def _memFree():
"""
Return the actual free mem on host.
"""
meminfo = utils.readMemInfo()
return (meminfo['MemFree'] + meminfo['Cached'] +
meminfo['Buffers']) * Kbytes
def __init__(self, pid):
"""
Initialize a HostSample.
:param pid: The PID of this vdsm host.
:type pid: int
"""
TimedSample.__init__(self)
self.interfaces = dict(
(link.name, InterfaceSample(link)) for link in getLinks())
self.pidcpu = PidCpuSample(pid)
self.totcpu = TotalCpuSample()
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] + meminfo['Cached'] +
meminfo['Buffers'])
self.memUsed = 100 - int(100.0 * (freeOrCached) / meminfo['MemTotal'])
self.anonHugePages = meminfo.get('AnonHugePages', 0) / 1024
try:
self.cpuLoad = file('/proc/loadavg').read().split()[1]
except:
self.cpuLoad = '0.0'
self.diskStats = self._getDiskStats()
try:
with file(_THP_STATE_PATH) as f:
s = f.read()
self.thpState = s[s.index('[') + 1:s.index(']')]
except:
self.thpState = 'never'
self.cpuCores = CpuCoreSample()
self.numaNodeMem = NumaNodeMemorySample()
ENGINE_DEFAULT_POLL_INTERVAL = 15
self.recentClient = (
self.timestamp - os.stat(P_VDSM_CLIENT_LOG).st_mtime <
2 * ENGINE_DEFAULT_POLL_INTERVAL)
def __init__(self, pid, ifids):
"""
Initialize a HostSample.
:param pid: The PID of this vdsm host.
:type pid: int
:param ifids: The IDs of the interfaces you want to sample.
:type: list
"""
BaseSample.__init__(self, pid, ifids)
self.totcpu = TotalCpuSample()
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] + meminfo['Cached'] +
meminfo['Buffers'])
self.memUsed = 100 - int(100.0 * (freeOrCached) / meminfo['MemTotal'])
self.anonHugePages = meminfo.get('AnonHugePages', 0) / 1024
try:
self.cpuLoad = file('/proc/loadavg').read().split()[1]
except:
self.cpuLoad = '0.0'
self.diskStats = self._getDiskStats()
try:
with file(_THP_STATE_PATH) as f:
s = f.read()
self.thpState = s[s.index('[') + 1:s.index(']')]
except:
self.thpState = 'never'
self.cpuCores = CpuCoreSample()
self.numaNodeMem = NumaNodeMemorySample()
def testReadMemInfo(self):
meminfo = utils.readMemInfo()
# most common fields as per man 5 proc
# add your own here
fields = ('MemTotal', 'MemFree', 'Buffers', 'Cached', 'SwapCached',
'Active', 'Inactive', 'SwapTotal', 'SwapFree', 'Dirty',
'Writeback', 'Mapped', 'Slab', 'VmallocTotal', 'VmallocUsed',
'VmallocChunk')
for field in fields:
self.assertIn(field, meminfo)
self.assertTrue(isinstance(meminfo[field], int))
def testReadMemInfo(self):
meminfo = utils.readMemInfo()
# most common fields as per man 5 proc
# add your own here
fields = ('MemTotal', 'MemFree', 'Buffers', 'Cached', 'SwapCached',
'Active', 'Inactive', 'SwapTotal', 'SwapFree', 'Dirty',
'Writeback', 'Mapped', 'Slab', 'VmallocTotal',
'VmallocUsed', 'VmallocChunk')
for field in fields:
self.assertIn(field, meminfo)
self.assertTrue(isinstance(meminfo[field], int))
def getUMAHostMemoryStats():
"""
Get the memory stats of a UMA host, the unit is MiB.
:return: dict like {'total': '49141', 'free': '46783'}
"""
memDict = {}
memInfo = utils.readMemInfo()
memDict['total'] = str(memInfo['MemTotal'] / 1024)
memDict['free'] = str(memInfo['MemFree'] / 1024)
return memDict
def getUMAHostMemoryStats():
"""
Get the memory stats of a UMA host, the unit is MiB.
:return: dict like {'total': '49141', 'free': '46783'}
"""
memDict = {}
memInfo = utils.readMemInfo()
memDict['total'] = str(memInfo['MemTotal'] / 1024)
memDict['free'] = str(memInfo['MemFree'] / 1024)
return memDict
def get():
caps = {}
caps['kvmEnabled'] = \
str(config.getboolean('vars', 'fake_kvm_support') or
os.path.exists('/dev/kvm')).lower()
cpuInfo = CpuInfo()
cpuTopology = CpuTopology()
if config.getboolean('vars', 'report_host_threads_as_cores'):
caps['cpuCores'] = str(cpuTopology.threads())
else:
caps['cpuCores'] = str(cpuTopology.cores())
caps['cpuThreads'] = str(cpuTopology.threads())
caps['cpuSockets'] = str(cpuTopology.sockets())
caps['cpuSpeed'] = cpuInfo.mhz()
if config.getboolean('vars', 'fake_kvm_support'):
caps['cpuModel'] = 'Intel(Fake) CPU'
flags = set(cpuInfo.flags() + ['vmx', 'sse2', 'nx'])
caps['cpuFlags'] = ','.join(flags) + 'model_486,model_pentium,' \
'model_pentium2,model_pentium3,model_pentiumpro,model_qemu32,' \
'model_coreduo,model_core2duo,model_n270,model_Conroe,' \
'model_Penryn,model_Nehalem,model_Opteron_G1'
else:
caps['cpuModel'] = cpuInfo.model()
caps['cpuFlags'] = ','.join(cpuInfo.flags() +
_getCompatibleCpuModels())
caps.update(dsaversion.version_info)
caps.update(netinfo.get())
try:
caps['hooks'] = hooks.installed()
except:
logging.debug('not reporting hooks', exc_info=True)
caps['operatingSystem'] = osversion()
caps['uuid'] = utils.getHostUUID()
caps['packages2'] = _getKeyPackages()
caps['emulatedMachines'] = _getEmulatedMachines()
caps['ISCSIInitiatorName'] = _getIscsiIniName()
caps['HBAInventory'] = storage.hba.HBAInventory()
caps['vmTypes'] = ['kvm']
caps['memSize'] = str(utils.readMemInfo()['MemTotal'] / 1024)
caps['reservedMem'] = str(config.getint('vars', 'host_mem_reserve') +
config.getint('vars', 'extra_mem_reserve'))
caps['guestOverhead'] = config.get('vars', 'guest_ram_overhead')
return caps
def _memUsageInfo(cif):
"""
Return an approximation of available memory for new VMs.
"""
committed = 0
resident = 0
for v in cif.vmContainer.values():
mem_info = v.memory_info()
resident += mem_info.get('rss', 0) * Kbytes
committed += mem_info.get('commit', 0) * Kbytes
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] + meminfo['Cached'] +
meminfo['Buffers']) * Kbytes
available = (freeOrCached + resident - committed -
config.getint('vars', 'host_mem_reserve') * Mbytes)
return available, committed
def _memUsageInfo(cif):
"""
Return an approximation of available memory for new VMs.
"""
# These values are not used by Engine >= 4.2 anymore, but they are still
# processed, stored to the database and must be present. Let's return
# something very roughly meaningful until it's removed from Engine
# completely -- that means just free memory and sum of VM sizes.
committed = 0
for v in cif.vmContainer.values():
committed += v.mem_size_mb() * Mbytes
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] + meminfo['Cached'] +
meminfo['Buffers']) * Kbytes
available = (freeOrCached +
config.getint('vars', 'host_mem_reserve') * Mbytes)
return available, committed
def _memUsageInfo(cif):
"""
Return an approximation of available memory for new VMs.
"""
# These values are not used by Engine >= 4.2 anymore, but they are still
# processed, stored to the database and must be present. Let's return
# something very roughly meaningful until it's removed from Engine
# completely -- that means just free memory and sum of VM sizes.
committed = 0
for v in cif.vmContainer.values():
committed += v.mem_size_mb() * Mbytes
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] +
meminfo['Cached'] + meminfo['Buffers']) * Kbytes
available = (
freeOrCached + config.getint('vars', 'host_mem_reserve') * Mbytes
)
return available, committed
def _memUsageInfo(cif):
"""
Return an approximation of available memory for new VMs.
"""
committed = 0
resident = 0
for v in cif.vmContainer.values():
mem_info = v.memory_info()
resident += mem_info.get('rss', 0) * Kbytes
committed += mem_info.get('commit', 0) * Kbytes
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] +
meminfo['Cached'] + meminfo['Buffers']) * Kbytes
available = (
freeOrCached + resident - committed -
config.getint('vars', 'host_mem_reserve') * Mbytes
)
return available, committed
def _memAvailable(self):
"""
Return an approximation of available memory for new VMs.
"""
memCommitted = self._memCommitted()
resident = 0
for v in self._cif.vmContainer.values():
if v.conf['pid'] == '0': continue
try:
statmfile = file('/proc/' + v.conf['pid'] + '/statm')
resident += int(statmfile.read().split()[1])
except:
pass
resident *= PAGE_SIZE_BYTES
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] +
meminfo['Cached'] + meminfo['Buffers']) * Kbytes
return freeOrCached + resident - memCommitted - \
config.getint('vars', 'host_mem_reserve') * Mbytes
def get():
caps = {}
caps["kvmEnabled"] = str(config.getboolean("vars", "fake_kvm_support") or os.path.exists("/dev/kvm")).lower()
cpuInfo = CpuInfo()
caps["cpuCores"] = str(cpuInfo.cores())
caps["cpuSockets"] = str(cpuInfo.sockets())
caps["cpuSpeed"] = cpuInfo.mhz()
if config.getboolean("vars", "fake_kvm_support"):
caps["cpuModel"] = "Intel(Fake) CPU"
flags = set(cpuInfo.flags() + ["vmx", "sse2", "nx"])
caps["cpuFlags"] = (
",".join(flags) + "model_486,model_pentium,"
"model_pentium2,model_pentium3,model_pentiumpro,model_qemu32,"
"model_coreduo,model_core2duo,model_n270,model_Conroe,"
"model_Penryn,model_Nehalem,model_Opteron_G1"
)
else:
caps["cpuModel"] = cpuInfo.model()
caps["cpuFlags"] = ",".join(cpuInfo.flags() + _getCompatibleCpuModels())
caps.update(dsaversion.version_info)
caps.update(netinfo.get())
try:
caps["hooks"] = hooks.installed()
except:
logging.debug("not reporting hooks", exc_info=True)
caps["operatingSystem"] = osversion()
caps["uuid"] = utils.getHostUUID()
caps["packages2"] = _getKeyPackages()
caps["emulatedMachines"] = _getEmulatedMachines()
caps["ISCSIInitiatorName"] = _getIscsiIniName()
caps["HBAInventory"] = storage.hba.HBAInventory()
caps["vmTypes"] = ["kvm"]
caps["memSize"] = str(utils.readMemInfo()["MemTotal"] / 1024)
caps["reservedMem"] = str(config.getint("vars", "host_mem_reserve") + config.getint("vars", "extra_mem_reserve"))
caps["guestOverhead"] = config.get("vars", "guest_ram_overhead")
return caps
def __init__(self, pid):
"""
Initialize a HostSample.
:param pid: The PID of this vdsm host.
:type pid: int
"""
super(HostSample, self).__init__()
self.interfaces = _get_interfaces_and_samples()
self.pidcpu = PidCpuSample(pid)
self.ncpus = os.sysconf('SC_NPROCESSORS_ONLN')
self.totcpu = TotalCpuSample()
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] +
meminfo['Cached'] + meminfo['Buffers'])
self.memUsed = 100 - int(100.0 * (freeOrCached) / meminfo['MemTotal'])
self.anonHugePages = meminfo.get('AnonHugePages', 0) / 1024
try:
with open('/proc/loadavg') as loadavg:
self.cpuLoad = loadavg.read().split()[1]
except:
self.cpuLoad = '0.0'
self.diskStats = self._getDiskStats()
try:
with open(_THP_STATE_PATH) as f:
s = f.read()
self.thpState = s[s.index('[') + 1:s.index(']')]
except:
self.thpState = 'never'
self.hugepages = hugepages.state()
self.cpuCores = CpuCoreSample()
self.numaNodeMem = NumaNodeMemorySample()
ENGINE_DEFAULT_POLL_INTERVAL = 15
try:
self.recentClient = (
self.timestamp - os.stat(P_VDSM_CLIENT_LOG).st_mtime <
2 * ENGINE_DEFAULT_POLL_INTERVAL)
except OSError as e:
if e.errno == errno.ENOENT:
self.recentClient = False
else:
raise
def _memAvailable(cif):
"""
Return an approximation of available memory for new VMs.
"""
memCommitted = _memCommitted(cif)
resident = 0
for v in cif.vmContainer.values():
if v.conf['pid'] == '0':
continue
try:
with open('/proc/' + v.conf['pid'] + '/statm') as statmfile:
resident += int(statmfile.read().split()[1])
except:
pass
resident *= cpuarch.PAGE_SIZE_BYTES
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] + meminfo['Cached'] +
meminfo['Buffers']) * Kbytes
return freeOrCached + resident - memCommitted - \
config.getint('vars', 'host_mem_reserve') * Mbytes
def __init__(self, pid):
"""
Initialize a HostSample.
:param pid: The PID of this vdsm host.
:type pid: int
"""
TimedSample.__init__(self)
self.interfaces = dict(
(link.name, InterfaceSample(link)) for link in getLinks())
self.pidcpu = PidCpuSample(pid)
self.totcpu = TotalCpuSample()
meminfo = utils.readMemInfo()
freeOrCached = (meminfo['MemFree'] +
meminfo['Cached'] + meminfo['Buffers'])
self.memUsed = 100 - int(100.0 * (freeOrCached) / meminfo['MemTotal'])
self.anonHugePages = meminfo.get('AnonHugePages', 0) / 1024
try:
self.cpuLoad = file('/proc/loadavg').read().split()[1]
except:
self.cpuLoad = '0.0'
self.diskStats = self._getDiskStats()
try:
with file(_THP_STATE_PATH) as f:
s = f.read()
self.thpState = s[s.index('[') + 1:s.index(']')]
except:
self.thpState = 'never'
self.cpuCores = CpuCoreSample()
self.numaNodeMem = NumaNodeMemorySample()
ENGINE_DEFAULT_POLL_INTERVAL = 15
try:
self.recentClient = (
self.timestamp - os.stat(P_VDSM_CLIENT_LOG).st_mtime <
2 * ENGINE_DEFAULT_POLL_INTERVAL)
except OSError as e:
if e.errno == errno.ENOENT:
self.recentClient = False
else:
raise
def get():
targetArch = getTargetArch()
caps = {}
caps['kvmEnabled'] = \
str(config.getboolean('vars', 'fake_kvm_support') or
os.path.exists('/dev/kvm')).lower()
cpuInfo = CpuInfo()
cpuTopology = CpuTopology()
if config.getboolean('vars', 'report_host_threads_as_cores'):
caps['cpuCores'] = str(cpuTopology.threads())
else:
caps['cpuCores'] = str(cpuTopology.cores())
caps['cpuThreads'] = str(cpuTopology.threads())
caps['cpuSockets'] = str(cpuTopology.sockets())
caps['onlineCpus'] = ','.join(cpuTopology.onlineCpus())
caps['cpuSpeed'] = cpuInfo.mhz()
if config.getboolean('vars', 'fake_kvm_support'):
if targetArch == Architecture.X86_64:
caps['cpuModel'] = 'Intel(Fake) CPU'
flagList = ['vmx', 'sse2', 'nx']
if targetArch == platform.machine():
flagList += cpuInfo.flags()
flags = set(flagList)
caps['cpuFlags'] = ','.join(flags) + ',model_486,model_pentium,' \
'model_pentium2,model_pentium3,model_pentiumpro,' \
'model_qemu32,model_coreduo,model_core2duo,model_n270,' \
'model_Conroe,model_Penryn,model_Nehalem,model_Opteron_G1'
elif targetArch in Architecture.POWER:
caps['cpuModel'] = 'POWER 8 (fake)'
caps['cpuFlags'] = 'powernv,model_power8'
else:
raise RuntimeError('Unsupported architecture: %s' % targetArch)
else:
caps['cpuModel'] = cpuInfo.model()
caps['cpuFlags'] = ','.join(cpuInfo.flags() +
_getCompatibleCpuModels())
caps.update(_getVersionInfo())
caps.update(netinfo.get())
_report_network_qos(caps)
try:
caps['hooks'] = hooks.installed()
except:
logging.debug('not reporting hooks', exc_info=True)
caps['operatingSystem'] = osversion()
caps['uuid'] = utils.getHostUUID()
caps['packages2'] = _getKeyPackages()
caps['emulatedMachines'] = _getEmulatedMachines(targetArch)
caps['ISCSIInitiatorName'] = _getIscsiIniName()
caps['HBAInventory'] = storage.hba.HBAInventory()
caps['vmTypes'] = ['kvm']
caps['memSize'] = str(utils.readMemInfo()['MemTotal'] / 1024)
caps['reservedMem'] = str(config.getint('vars', 'host_mem_reserve') +
config.getint('vars', 'extra_mem_reserve'))
caps['guestOverhead'] = config.get('vars', 'guest_ram_overhead')
# Verify that our libvirt supports virtio RNG (since 10.0.2-31)
libvirtVer = LooseVersion(
'-'.join((caps['packages2']['libvirt']['version'],
caps['packages2']['libvirt']['release'])))
requiredVer = LooseVersion('0.10.2-31')
if libvirtVer >= requiredVer:
caps['rngSources'] = _getRngSources()
else:
logging.debug('VirtioRNG DISABLED: libvirt version %s required >= %s',
libvirtVer, requiredVer)
caps['numaNodes'] = getNumaTopology()
caps['numaNodeDistance'] = getNumaNodeDistance()
caps['autoNumaBalancing'] = getAutoNumaBalancingInfo()
caps['selinux'] = _getSELinux()
liveSnapSupported = _getLiveSnapshotSupport(targetArch)
if liveSnapSupported is not None:
caps['liveSnapshot'] = str(liveSnapSupported).lower()
caps['liveMerge'] = str(getLiveMergeSupport()).lower()
caps['kdumpStatus'] = _getKdumpStatus()
caps['hostdevPassthrough'] = str(_getHostdevPassthorughSupport()).lower()
caps['additionalFeatures'] = []
if _glusterEnabled:
caps['additionalFeatures'].extend(glusterAdditionalFeatures())
return caps
def get():
caps = {}
cpu_topology = numa.cpu_topology()
caps['kvmEnabled'] = str(os.path.exists('/dev/kvm')).lower()
if config.getboolean('vars', 'report_host_threads_as_cores'):
caps['cpuCores'] = str(cpu_topology.threads)
else:
caps['cpuCores'] = str(cpu_topology.cores)
caps['cpuThreads'] = str(cpu_topology.threads)
caps['cpuSockets'] = str(cpu_topology.sockets)
caps['onlineCpus'] = ','.join(cpu_topology.online_cpus)
caps['cpuSpeed'] = cpuinfo.frequency()
caps['cpuModel'] = cpuinfo.model()
caps['cpuFlags'] = ','.join(cpuinfo.flags() +
machinetype.compatible_cpu_models())
caps.update(_getVersionInfo())
net_caps = supervdsm.getProxy().network_caps()
caps.update(net_caps)
try:
caps['hooks'] = hooks.installed()
except:
logging.debug('not reporting hooks', exc_info=True)
caps['operatingSystem'] = osinfo.version()
caps['uuid'] = host.uuid()
caps['packages2'] = osinfo.package_versions()
caps['realtimeKernel'] = osinfo.runtime_kernel_flags().realtime
caps['kernelArgs'] = osinfo.kernel_args()
caps['nestedVirtualization'] = osinfo.nested_virtualization().enabled
caps['emulatedMachines'] = machinetype.emulated_machines(
cpuarch.effective())
caps['ISCSIInitiatorName'] = _getIscsiIniName()
caps['HBAInventory'] = hba.HBAInventory()
caps['vmTypes'] = ['kvm']
caps['memSize'] = str(utils.readMemInfo()['MemTotal'] // 1024)
caps['reservedMem'] = str(config.getint('vars', 'host_mem_reserve') +
config.getint('vars', 'extra_mem_reserve'))
caps['guestOverhead'] = config.get('vars', 'guest_ram_overhead')
caps['rngSources'] = rngsources.list_available()
caps['numaNodes'] = dict(numa.topology())
caps['numaNodeDistance'] = dict(numa.distances())
caps['autoNumaBalancing'] = numa.autonuma_status()
caps['selinux'] = osinfo.selinux_status()
caps['liveSnapshot'] = 'true'
caps['liveMerge'] = 'true'
caps['kdumpStatus'] = osinfo.kdump_status()
caps['hostdevPassthrough'] = str(hostdev.is_supported()).lower()
# TODO This needs to be removed after adding engine side support
# and adding gdeploy support to enable libgfapi on RHHI by default
caps['additionalFeatures'] = ['libgfapi_supported']
if osinfo.glusterEnabled:
from vdsm.gluster.api import glusterAdditionalFeatures
caps['additionalFeatures'].extend(glusterAdditionalFeatures())
caps['hostedEngineDeployed'] = _isHostedEngineDeployed()
caps['hugepages'] = hugepages.supported()
caps['kernelFeatures'] = osinfo.kernel_features()
caps['vncEncrypted'] = _isVncEncrypted()
caps['backupEnabled'] = False
try:
caps["connector_info"] = managedvolume.connector_info()
except se.ManagedVolumeNotSupported as e:
logging.info("managedvolume not supported: %s", e)
except se.ManagedVolumeHelperFailed as e:
logging.exception("Error getting managedvolume connector info: %s", e)
return caps
def get():
caps = {}
cpu_topology = numa.cpu_topology()
caps['kvmEnabled'] = str(os.path.exists('/dev/kvm')).lower()
if config.getboolean('vars', 'report_host_threads_as_cores'):
caps['cpuCores'] = str(cpu_topology.threads)
else:
caps['cpuCores'] = str(cpu_topology.cores)
caps['cpuThreads'] = str(cpu_topology.threads)
caps['cpuSockets'] = str(cpu_topology.sockets)
caps['onlineCpus'] = ','.join(cpu_topology.online_cpus)
caps['cpuSpeed'] = cpuinfo.frequency()
caps['cpuModel'] = cpuinfo.model()
caps['cpuFlags'] = ','.join(cpuinfo.flags() +
machinetype.compatible_cpu_models())
caps.update(_getVersionInfo())
net_caps = supervdsm.getProxy().network_caps()
caps.update(net_caps)
try:
caps['hooks'] = hooks.installed()
except:
logging.debug('not reporting hooks', exc_info=True)
caps['operatingSystem'] = osinfo.version()
caps['uuid'] = host.uuid()
caps['packages2'] = osinfo.package_versions()
caps['realtimeKernel'] = osinfo.runtime_kernel_flags().realtime
caps['kernelArgs'] = osinfo.kernel_args()
caps['nestedVirtualization'] = osinfo.nested_virtualization().enabled
caps['emulatedMachines'] = machinetype.emulated_machines(
cpuarch.effective())
caps['ISCSIInitiatorName'] = _getIscsiIniName()
caps['HBAInventory'] = hba.HBAInventory()
caps['vmTypes'] = ['kvm']
caps['memSize'] = str(utils.readMemInfo()['MemTotal'] / 1024)
caps['reservedMem'] = str(config.getint('vars', 'host_mem_reserve') +
config.getint('vars', 'extra_mem_reserve'))
caps['guestOverhead'] = config.get('vars', 'guest_ram_overhead')
caps['rngSources'] = rngsources.list_available()
caps['numaNodes'] = dict(numa.topology())
caps['numaNodeDistance'] = dict(numa.distances())
caps['autoNumaBalancing'] = numa.autonuma_status()
caps['selinux'] = osinfo.selinux_status()
liveSnapSupported = _getLiveSnapshotSupport(cpuarch.effective())
if liveSnapSupported is not None:
caps['liveSnapshot'] = str(liveSnapSupported).lower()
caps['liveMerge'] = str(getLiveMergeSupport()).lower()
caps['kdumpStatus'] = osinfo.kdump_status()
caps['hostdevPassthrough'] = str(hostdev.is_supported()).lower()
caps['additionalFeatures'] = []
if osinfo.glusterEnabled:
from vdsm.gluster.api import glusterAdditionalFeatures
caps['additionalFeatures'].extend(glusterAdditionalFeatures())
caps['containers'] = containersconnection.is_supported()
caps['hostedEngineDeployed'] = _isHostedEngineDeployed()
return caps
def get():
caps = {}
cpu_topology = numa.cpu_topology()
caps['kvmEnabled'] = str(os.path.exists('/dev/kvm')).lower()
if config.getboolean('vars', 'report_host_threads_as_cores'):
caps['cpuCores'] = str(cpu_topology.threads)
else:
caps['cpuCores'] = str(cpu_topology.cores)
caps['cpuThreads'] = str(cpu_topology.threads)
caps['cpuSockets'] = str(cpu_topology.sockets)
caps['onlineCpus'] = ','.join(cpu_topology.online_cpus)
caps['cpuSpeed'] = cpuinfo.frequency()
caps['cpuModel'] = cpuinfo.model()
caps['cpuFlags'] = ','.join(cpuinfo.flags() +
machinetype.compatible_cpu_models())
caps.update(_getVersionInfo())
# TODO: Version requests by engine to ease handling of compatibility.
netinfo_data = netinfo_cache.get(compatibility=30600)
caps.update(netinfo_data)
super_caps_networks = supervdsm.getProxy().caps_networks()
caps.update(super_caps_networks)
try:
caps['hooks'] = hooks.installed()
except:
logging.debug('not reporting hooks', exc_info=True)
caps['operatingSystem'] = osinfo.version()
caps['uuid'] = host.uuid()
caps['packages2'] = osinfo.package_versions()
caps['emulatedMachines'] = machinetype.emulated_machines(
cpuarch.effective())
caps['ISCSIInitiatorName'] = _getIscsiIniName()
caps['HBAInventory'] = storage.hba.HBAInventory()
caps['vmTypes'] = ['kvm']
caps['memSize'] = str(utils.readMemInfo()['MemTotal'] / 1024)
caps['reservedMem'] = str(config.getint('vars', 'host_mem_reserve') +
config.getint('vars', 'extra_mem_reserve'))
caps['guestOverhead'] = config.get('vars', 'guest_ram_overhead')
# Verify that our libvirt supports virtio RNG (since 10.0.2-31)
requiredVer = LooseVersion('0.10.2-31')
if 'libvirt' not in caps['packages2']:
libvirtVer = None
else:
libvirtVer = LooseVersion(
'-'.join((caps['packages2']['libvirt']['version'],
caps['packages2']['libvirt']['release'])))
if libvirtVer is None:
logging.debug('VirtioRNG DISABLED: unknown libvirt version')
elif libvirtVer < requiredVer:
logging.debug('VirtioRNG DISABLED: libvirt version %s required >= %s',
libvirtVer, requiredVer)
else:
caps['rngSources'] = vmdevices.core.Rng.available_sources()
caps['numaNodes'] = dict(numa.topology())
caps['numaNodeDistance'] = dict(numa.distances())
caps['autoNumaBalancing'] = numa.autonuma_status()
caps['selinux'] = osinfo.selinux_status()
liveSnapSupported = _getLiveSnapshotSupport(cpuarch.effective())
if liveSnapSupported is not None:
caps['liveSnapshot'] = str(liveSnapSupported).lower()
caps['liveMerge'] = str(getLiveMergeSupport()).lower()
caps['kdumpStatus'] = osinfo.kdump_status()
caps['hostdevPassthrough'] = str(hostdev.is_supported()).lower()
caps['additionalFeatures'] = []
if osinfo.glusterEnabled:
from gluster.api import glusterAdditionalFeatures
caps['additionalFeatures'].extend(glusterAdditionalFeatures())
return caps
def get():
targetArch = getTargetArch()
caps = {}
caps["kvmEnabled"] = str(config.getboolean("vars", "fake_kvm_support") or os.path.exists("/dev/kvm")).lower()
cpuInfo = CpuInfo()
cpuTopology = CpuTopology()
if config.getboolean("vars", "report_host_threads_as_cores"):
caps["cpuCores"] = str(cpuTopology.threads())
else:
caps["cpuCores"] = str(cpuTopology.cores())
caps["cpuThreads"] = str(cpuTopology.threads())
caps["cpuSockets"] = str(cpuTopology.sockets())
caps["onlineCpus"] = ",".join(cpuTopology.onlineCpus())
caps["cpuSpeed"] = cpuInfo.mhz()
if config.getboolean("vars", "fake_kvm_support"):
if targetArch == Architecture.X86_64:
caps["cpuModel"] = "Intel(Fake) CPU"
flagList = ["vmx", "sse2", "nx"]
if targetArch == platform.machine():
flagList += cpuInfo.flags()
flags = set(flagList)
caps["cpuFlags"] = (
",".join(flags) + ",model_486,model_pentium,"
"model_pentium2,model_pentium3,model_pentiumpro,"
"model_qemu32,model_coreduo,model_core2duo,model_n270,"
"model_Conroe,model_Penryn,model_Nehalem,model_Opteron_G1"
)
elif targetArch in Architecture.POWER:
caps["cpuModel"] = "POWER 8 (fake)"
caps["cpuFlags"] = "powernv,model_POWER8"
else:
raise RuntimeError("Unsupported architecture: %s" % targetArch)
else:
caps["cpuModel"] = cpuInfo.model()
caps["cpuFlags"] = ",".join(cpuInfo.flags() + _getCompatibleCpuModels())
caps.update(_getVersionInfo())
caps.update(netinfo.get())
try:
caps["hooks"] = hooks.installed()
except:
logging.debug("not reporting hooks", exc_info=True)
caps["operatingSystem"] = osversion()
caps["uuid"] = utils.getHostUUID()
caps["packages2"] = _getKeyPackages()
caps["emulatedMachines"] = _getEmulatedMachines(targetArch)
caps["ISCSIInitiatorName"] = _getIscsiIniName()
caps["HBAInventory"] = storage.hba.HBAInventory()
caps["vmTypes"] = ["kvm"]
caps["memSize"] = str(utils.readMemInfo()["MemTotal"] / 1024)
caps["reservedMem"] = str(config.getint("vars", "host_mem_reserve") + config.getint("vars", "extra_mem_reserve"))
caps["guestOverhead"] = config.get("vars", "guest_ram_overhead")
# Verify that our libvirt supports virtio RNG (since 10.0.2-31)
requiredVer = LooseVersion("0.10.2-31")
if "libvirt" not in caps["packages2"]:
libvirtVer = None
else:
libvirtVer = LooseVersion(
"-".join((caps["packages2"]["libvirt"]["version"], caps["packages2"]["libvirt"]["release"]))
)
if libvirtVer is None:
logging.debug("VirtioRNG DISABLED: unknown libvirt version")
elif libvirtVer < requiredVer:
logging.debug("VirtioRNG DISABLED: libvirt version %s required >= %s", libvirtVer, requiredVer)
else:
caps["rngSources"] = _getRngSources()
caps["numaNodes"] = getNumaTopology()
caps["numaNodeDistance"] = getNumaNodeDistance()
caps["autoNumaBalancing"] = getAutoNumaBalancingInfo()
caps["selinux"] = _getSELinux()
liveSnapSupported = _getLiveSnapshotSupport(targetArch)
if liveSnapSupported is not None:
caps["liveSnapshot"] = str(liveSnapSupported).lower()
caps["liveMerge"] = str(getLiveMergeSupport()).lower()
caps["kdumpStatus"] = _getKdumpStatus()
caps["hostdevPassthrough"] = str(_getHostdevPassthorughSupport()).lower()
caps["additionalFeatures"] = []
if _glusterEnabled:
caps["additionalFeatures"].extend(glusterAdditionalFeatures())
return caps
def _readSwapTotalFree():
meminfo = utils.readMemInfo()
return meminfo['SwapTotal'] / 1024, meminfo['SwapFree'] / 1024
def get():
caps = {}
cpu_topology = numa.cpu_topology()
caps['kvmEnabled'] = str(os.path.exists('/dev/kvm')).lower()
if config.getboolean('vars', 'report_host_threads_as_cores'):
caps['cpuCores'] = str(cpu_topology.threads)
else:
caps['cpuCores'] = str(cpu_topology.cores)
caps['cpuThreads'] = str(cpu_topology.threads)
caps['cpuSockets'] = str(cpu_topology.sockets)
caps['onlineCpus'] = ','.join(cpu_topology.online_cpus)
caps['cpuSpeed'] = cpuinfo.frequency()
caps['cpuModel'] = cpuinfo.model()
caps['cpuFlags'] = ','.join(cpuinfo.flags() +
machinetype.compatible_cpu_models())
caps.update(_getVersionInfo())
net_caps = supervdsm.getProxy().network_caps()
caps.update(net_caps)
try:
caps['hooks'] = hooks.installed()
except:
logging.debug('not reporting hooks', exc_info=True)
caps['operatingSystem'] = osinfo.version()
caps['uuid'] = host.uuid()
caps['packages2'] = osinfo.package_versions()
caps['kernelArgs'] = osinfo.kernel_args()
caps['emulatedMachines'] = machinetype.emulated_machines(
cpuarch.effective())
caps['ISCSIInitiatorName'] = _getIscsiIniName()
caps['HBAInventory'] = hba.HBAInventory()
caps['vmTypes'] = ['kvm']
caps['memSize'] = str(utils.readMemInfo()['MemTotal'] / 1024)
caps['reservedMem'] = str(
config.getint('vars', 'host_mem_reserve') +
config.getint('vars', 'extra_mem_reserve'))
caps['guestOverhead'] = config.get('vars', 'guest_ram_overhead')
caps['rngSources'] = rngsources.available_sources()
caps['numaNodes'] = dict(numa.topology())
caps['numaNodeDistance'] = dict(numa.distances())
caps['autoNumaBalancing'] = numa.autonuma_status()
caps['selinux'] = osinfo.selinux_status()
liveSnapSupported = _getLiveSnapshotSupport(cpuarch.effective())
if liveSnapSupported is not None:
caps['liveSnapshot'] = str(liveSnapSupported).lower()
caps['liveMerge'] = str(getLiveMergeSupport()).lower()
caps['kdumpStatus'] = osinfo.kdump_status()
caps['hostdevPassthrough'] = str(hostdev.is_supported()).lower()
caps['additionalFeatures'] = []
if osinfo.glusterEnabled:
from gluster.api import glusterAdditionalFeatures
caps['additionalFeatures'].extend(glusterAdditionalFeatures())
return caps
def get():
numa.update()
caps = {}
cpu_topology = numa.cpu_topology()
caps['kvmEnabled'] = str(os.path.exists('/dev/kvm')).lower()
if config.getboolean('vars', 'report_host_threads_as_cores'):
caps['cpuCores'] = str(cpu_topology.threads)
else:
caps['cpuCores'] = str(cpu_topology.cores)
caps['cpuThreads'] = str(cpu_topology.threads)
caps['cpuSockets'] = str(cpu_topology.sockets)
caps['onlineCpus'] = ','.join(
[str(cpu_id) for cpu_id in cpu_topology.online_cpus])
caps['cpuTopology'] = [{
'cpu_id': cpu.cpu_id,
'numa_cell_id': cpu.numa_cell_id,
'socket_id': cpu.socket_id,
'die_id': cpu.die_id,
'core_id': cpu.core_id,
} for cpu in numa.cpu_info()]
caps['cpuSpeed'] = cpuinfo.frequency()
caps['cpuModel'] = cpuinfo.model()
caps['cpuFlags'] = ','.join(_getFlagsAndFeatures())
caps['vdsmToCpusAffinity'] = list(taskset.get(os.getpid()))
caps.update(dsaversion.version_info())
proxy = supervdsm.getProxy()
net_caps = proxy.network_caps()
caps.update(net_caps)
caps['ovnConfigured'] = proxy.is_ovn_configured()
try:
caps['hooks'] = hooks.installed()
except:
logging.debug('not reporting hooks', exc_info=True)
caps['operatingSystem'] = osinfo.version()
caps['uuid'] = host.uuid()
caps['packages2'] = osinfo.package_versions()
caps['realtimeKernel'] = osinfo.runtime_kernel_flags().realtime
caps['kernelArgs'] = osinfo.kernel_args()
caps['nestedVirtualization'] = osinfo.nested_virtualization().enabled
caps['emulatedMachines'] = machinetype.emulated_machines(
cpuarch.effective())
caps['ISCSIInitiatorName'] = _getIscsiIniName()
caps['HBAInventory'] = hba.HBAInventory()
caps['vmTypes'] = ['kvm']
caps['memSize'] = str(utils.readMemInfo()['MemTotal'] // 1024)
caps['reservedMem'] = str(
config.getint('vars', 'host_mem_reserve') +
config.getint('vars', 'extra_mem_reserve'))
caps['guestOverhead'] = config.get('vars', 'guest_ram_overhead')
caps['rngSources'] = rngsources.list_available()
caps['numaNodes'] = dict(numa.topology())
caps['numaNodeDistance'] = dict(numa.distances())
caps['autoNumaBalancing'] = numa.autonuma_status()
caps['selinux'] = osinfo.selinux_status()
caps['liveSnapshot'] = 'true'
caps['liveMerge'] = 'true'
caps['kdumpStatus'] = osinfo.kdump_status()
caps["deferred_preallocation"] = True
caps['hostdevPassthrough'] = str(hostdev.is_supported()).lower()
# TODO This needs to be removed after adding engine side support
# and adding gdeploy support to enable libgfapi on RHHI by default
caps['additionalFeatures'] = ['libgfapi_supported']
if osinfo.glusterEnabled:
from vdsm.gluster.api import glusterAdditionalFeatures
caps['additionalFeatures'].extend(glusterAdditionalFeatures())
caps['hostedEngineDeployed'] = _isHostedEngineDeployed()
caps['hugepages'] = hugepages.supported()
caps['kernelFeatures'] = osinfo.kernel_features()
caps['vncEncrypted'] = _isVncEncrypted()
caps['backupEnabled'] = True
caps['coldBackupEnabled'] = True
caps['clearBitmapsEnabled'] = True
caps['fipsEnabled'] = _getFipsEnabled()
try:
caps['boot_uuid'] = osinfo.boot_uuid()
except Exception:
logging.exception("Can not find boot uuid")
caps['tscFrequency'] = _getTscFrequency()
caps['tscScaling'] = _getTscScaling()
try:
caps["connector_info"] = managedvolume.connector_info()
except se.ManagedVolumeNotSupported as e:
logging.info("managedvolume not supported: %s", e)
except se.ManagedVolumeHelperFailed as e:
logging.exception("Error getting managedvolume connector info: %s", e)
# Which domain versions are supported by this host.
caps["domain_versions"] = sc.DOMAIN_VERSIONS
caps["supported_block_size"] = backends.supported_block_size()
caps["cd_change_pdiv"] = True
caps["refresh_disk_supported"] = True
return caps
def get():
targetArch = getTargetArch()
caps = {}
caps['kvmEnabled'] = \
str(config.getboolean('vars', 'fake_kvm_support') or
os.path.exists('/dev/kvm')).lower()
cpuInfo = CpuInfo()
cpuTopology = CpuTopology()
if config.getboolean('vars', 'report_host_threads_as_cores'):
caps['cpuCores'] = str(cpuTopology.threads())
else:
caps['cpuCores'] = str(cpuTopology.cores())
caps['cpuThreads'] = str(cpuTopology.threads())
caps['cpuSockets'] = str(cpuTopology.sockets())
caps['cpuSpeed'] = cpuInfo.mhz()
if config.getboolean('vars', 'fake_kvm_support'):
if targetArch == Architecture.X86_64:
caps['cpuModel'] = 'Intel(Fake) CPU'
flagList = ['vmx', 'sse2', 'nx']
if targetArch == platform.machine():
flagList += cpuInfo.flags()
flags = set(flagList)
caps['cpuFlags'] = ','.join(flags) + ',model_486,model_pentium,' \
'model_pentium2,model_pentium3,model_pentiumpro,' \
'model_qemu32,model_coreduo,model_core2duo,model_n270,' \
'model_Conroe,model_Penryn,model_Nehalem,model_Opteron_G1'
elif targetArch == Architecture.PPC64:
caps['cpuModel'] = 'POWER 7 (fake)'
caps['cpuFlags'] = 'powernv,model_POWER7_v2.3'
else:
raise RuntimeError('Unsupported architecture: %s' % targetArch)
else:
caps['cpuModel'] = cpuInfo.model()
caps['cpuFlags'] = ','.join(cpuInfo.flags() +
_getCompatibleCpuModels())
caps.update(_getVersionInfo())
caps.update(netinfo.get())
_report_legacy_bondings(caps)
try:
caps['hooks'] = hooks.installed()
except:
logging.debug('not reporting hooks', exc_info=True)
caps['operatingSystem'] = osversion()
caps['uuid'] = utils.getHostUUID()
caps['packages2'] = _getKeyPackages()
caps['emulatedMachines'] = _getEmulatedMachines(targetArch)
caps['ISCSIInitiatorName'] = _getIscsiIniName()
caps['HBAInventory'] = storage.hba.HBAInventory()
caps['vmTypes'] = ['kvm']
caps['memSize'] = str(utils.readMemInfo()['MemTotal'] / 1024)
caps['reservedMem'] = str(config.getint('vars', 'host_mem_reserve') +
config.getint('vars', 'extra_mem_reserve'))
caps['guestOverhead'] = config.get('vars', 'guest_ram_overhead')
caps['rngSources'] = _getRngSources()
caps['numaNodes'] = getNumaTopology()
caps['numaNodeDistance'] = getNumaNodeDistance()
caps['autoNumaBalancing'] = getAutoNumaBalancingInfo()
caps['selinux'] = _getSELinux()
liveSnapSupported = _getLiveSnapshotSupport(targetArch)
if liveSnapSupported is not None:
caps['liveSnapshot'] = str(liveSnapSupported).lower()
caps['kdumpStatus'] = _getKdumpStatus()
return caps
def get():
caps = {}
cpu_topology = numa.cpu_topology()
caps['kvmEnabled'] = str(os.path.exists('/dev/kvm')).lower()
if config.getboolean('vars', 'report_host_threads_as_cores'):
caps['cpuCores'] = str(cpu_topology.threads)
else:
caps['cpuCores'] = str(cpu_topology.cores)
caps['cpuThreads'] = str(cpu_topology.threads)
caps['cpuSockets'] = str(cpu_topology.sockets)
caps['onlineCpus'] = ','.join(cpu_topology.online_cpus)
caps['cpuSpeed'] = cpuinfo.frequency()
caps['cpuModel'] = cpuinfo.model()
caps['cpuFlags'] = ','.join(cpuinfo.flags() +
machinetype.compatible_cpu_models())
caps.update(_getVersionInfo())
net_caps = supervdsm.getProxy().network_caps()
caps.update(net_caps)
try:
caps['hooks'] = hooks.installed()
except:
logging.debug('not reporting hooks', exc_info=True)
caps['operatingSystem'] = osinfo.version()
caps['uuid'] = host.uuid()
caps['packages2'] = osinfo.package_versions()
caps['realtimeKernel'] = osinfo.runtime_kernel_flags().realtime
caps['kernelArgs'] = osinfo.kernel_args()
caps['nestedVirtualization'] = osinfo.nested_virtualization().enabled
caps['emulatedMachines'] = machinetype.emulated_machines(
cpuarch.effective())
caps['ISCSIInitiatorName'] = _getIscsiIniName()
caps['HBAInventory'] = hba.HBAInventory()
caps['vmTypes'] = ['kvm']
caps['memSize'] = str(utils.readMemInfo()['MemTotal'] // 1024)
caps['reservedMem'] = str(
config.getint('vars', 'host_mem_reserve') +
config.getint('vars', 'extra_mem_reserve'))
caps['guestOverhead'] = config.get('vars', 'guest_ram_overhead')
caps['rngSources'] = rngsources.list_available()
caps['numaNodes'] = dict(numa.topology())
caps['numaNodeDistance'] = dict(numa.distances())
caps['autoNumaBalancing'] = numa.autonuma_status()
caps['selinux'] = osinfo.selinux_status()
caps['liveSnapshot'] = 'true'
caps['liveMerge'] = 'true'
caps['kdumpStatus'] = osinfo.kdump_status()
caps['hostdevPassthrough'] = str(hostdev.is_supported()).lower()
# TODO This needs to be removed after adding engine side support
# and adding gdeploy support to enable libgfapi on RHHI by default
caps['additionalFeatures'] = ['libgfapi_supported']
if osinfo.glusterEnabled:
from vdsm.gluster.api import glusterAdditionalFeatures
caps['additionalFeatures'].extend(glusterAdditionalFeatures())
caps['containers'] = containersconnection.is_supported()
caps['hostedEngineDeployed'] = _isHostedEngineDeployed()
caps['hugepages'] = hugepages.supported()
caps['kernelFeatures'] = osinfo.kernel_features()
return caps
def _readSwapTotalFree():
meminfo = utils.readMemInfo()
return meminfo['SwapTotal'] / 1024, meminfo['SwapFree'] / 1024
def get():
targetArch = getTargetArch()
caps = {}
caps['kvmEnabled'] = \
str(config.getboolean('vars', 'fake_kvm_support') or
os.path.exists('/dev/kvm')).lower()
cpuInfo = CpuInfo()
cpuTopology = CpuTopology()
if config.getboolean('vars', 'report_host_threads_as_cores'):
caps['cpuCores'] = str(cpuTopology.threads())
else:
caps['cpuCores'] = str(cpuTopology.cores())
caps['cpuThreads'] = str(cpuTopology.threads())
caps['cpuSockets'] = str(cpuTopology.sockets())
caps['onlineCpus'] = ','.join(cpuTopology.onlineCpus())
caps['cpuSpeed'] = cpuInfo.mhz()
if config.getboolean('vars', 'fake_kvm_support'):
if targetArch == Architecture.X86_64:
caps['cpuModel'] = 'Intel(Fake) CPU'
flagList = ['vmx', 'sse2', 'nx']
if targetArch == platform.machine():
flagList += cpuInfo.flags()
flags = set(flagList)
caps['cpuFlags'] = ','.join(flags) + ',model_486,model_pentium,' \
'model_pentium2,model_pentium3,model_pentiumpro,' \
'model_qemu32,model_coreduo,model_core2duo,model_n270,' \
'model_Conroe,model_Penryn,model_Nehalem,model_Opteron_G1'
elif targetArch in Architecture.POWER:
caps['cpuModel'] = 'POWER 8 (fake)'
caps['cpuFlags'] = 'powernv,model_power8'
else:
raise RuntimeError('Unsupported architecture: %s' % targetArch)
else:
caps['cpuModel'] = cpuInfo.model()
caps['cpuFlags'] = ','.join(cpuInfo.flags() +
_getCompatibleCpuModels())
caps.update(_getVersionInfo())
caps.update(netinfo.get())
_report_legacy_bondings(caps)
_report_network_qos(caps)
try:
caps['hooks'] = hooks.installed()
except:
logging.debug('not reporting hooks', exc_info=True)
caps['operatingSystem'] = osversion()
caps['uuid'] = utils.getHostUUID()
caps['packages2'] = _getKeyPackages()
caps['emulatedMachines'] = _getEmulatedMachines(targetArch)
caps['ISCSIInitiatorName'] = _getIscsiIniName()
caps['HBAInventory'] = storage.hba.HBAInventory()
caps['vmTypes'] = ['kvm']
caps['memSize'] = str(utils.readMemInfo()['MemTotal'] / 1024)
caps['reservedMem'] = str(
config.getint('vars', 'host_mem_reserve') +
config.getint('vars', 'extra_mem_reserve'))
caps['guestOverhead'] = config.get('vars', 'guest_ram_overhead')
# Verify that our libvirt supports virtio RNG (since 10.0.2-31)
libvirtVer = LooseVersion('-'.join(
(caps['packages2']['libvirt']['version'],
caps['packages2']['libvirt']['release'])))
requiredVer = LooseVersion('0.10.2-31')
if libvirtVer >= requiredVer:
caps['rngSources'] = _getRngSources()
else:
logging.debug('VirtioRNG DISABLED: libvirt version %s required >= %s',
libvirtVer, requiredVer)
caps['numaNodes'] = getNumaTopology()
caps['numaNodeDistance'] = getNumaNodeDistance()
caps['autoNumaBalancing'] = getAutoNumaBalancingInfo()
caps['selinux'] = _getSELinux()
liveSnapSupported = _getLiveSnapshotSupport(targetArch)
if liveSnapSupported is not None:
caps['liveSnapshot'] = str(liveSnapSupported).lower()
caps['liveMerge'] = str(getLiveMergeSupport()).lower()
caps['kdumpStatus'] = _getKdumpStatus()
caps['hostdevPassthrough'] = str(_getHostdevPassthorughSupport()).lower()
return caps
