def test_v2v_error(self):
class FakeProc(object):
def __init__(self):
self.returncode = 1
self.stdout = io.FileIO('/dev/null')
def kill(self):
return
def wait(self):
return
class FakeV2VCommand(object):
@contextmanager
def execute(self):
yield FakeProc()
job_id = '00000000-0000-0000-0000-000000000000'
job = v2v.ImportVm(job_id, FakeV2VCommand())
v2v._add_job(job_id, job)
job.start()
job.wait()
status = v2v.get_jobs_status()
assert status[job_id] == {
'status': v2v.STATUS.FAILED,
'description': "Job '%s' process failed exit-code: 1" % job_id,
'progress': 0,
}
def produce(first_sample, last_sample):
stats = _empty_stats()
if first_sample is None:
return stats
interval = last_sample.timestamp - first_sample.timestamp
# Prevents division by 0 and negative interval
if interval < SMALLEST_INTERVAL:
logging.warning('Sampling interval %f is too small (expected %f).',
interval,
config.getint('vars', 'host_sample_stats_interval'))
return stats
stats.update(get_interfaces_stats())
jiffies = (
last_sample.pidcpu.user - first_sample.pidcpu.user
) % JIFFIES_BOUND
stats['cpuUserVdsmd'] = jiffies / interval
jiffies = (
last_sample.pidcpu.sys - first_sample.pidcpu.sys
) % JIFFIES_BOUND
stats['cpuSysVdsmd'] = jiffies / interval
jiffies = (
last_sample.totcpu.user - first_sample.totcpu.user
) % JIFFIES_BOUND
stats['cpuUser'] = jiffies / interval / last_sample.ncpus
jiffies = (
last_sample.totcpu.sys - first_sample.totcpu.sys
) % JIFFIES_BOUND
stats['cpuSys'] = jiffies / interval / last_sample.ncpus
stats['cpuIdle'] = max(0.0,
100.0 - stats['cpuUser'] - stats['cpuSys'])
stats['memUsed'] = last_sample.memUsed
stats['hugepages'] = last_sample.hugepages
stats['anonHugePages'] = last_sample.anonHugePages
stats['cpuLoad'] = last_sample.cpuLoad
stats['diskStats'] = last_sample.diskStats
stats['thpState'] = last_sample.thpState
if _boot_time():
stats['bootTime'] = _boot_time()
stats['numaNodeMemFree'] = last_sample.numaNodeMem.nodesMemSample
stats['cpuStatistics'] = _get_cpu_core_stats(
first_sample, last_sample)
stats['v2vJobs'] = v2v.get_jobs_status()
return stats
def produce(first_sample, last_sample):
stats = _empty_stats()
if first_sample is None:
return stats
interval = last_sample.timestamp - first_sample.timestamp
# Prevents division by 0 and negative interval
if interval < SMALLEST_INTERVAL:
logging.warning('Sampling interval %f is too small (expected %f).',
interval,
config.getint('vars', 'host_sample_stats_interval'))
return stats
stats.update(get_interfaces_stats())
jiffies = (
last_sample.pidcpu.user - first_sample.pidcpu.user
) % JIFFIES_BOUND
stats['cpuUserVdsmd'] = jiffies / interval
jiffies = (
last_sample.pidcpu.sys - first_sample.pidcpu.sys
) % JIFFIES_BOUND
stats['cpuSysVdsmd'] = jiffies / interval
jiffies = (
last_sample.totcpu.user - first_sample.totcpu.user
) % JIFFIES_BOUND
stats['cpuUser'] = jiffies / interval / last_sample.ncpus
jiffies = (
last_sample.totcpu.sys - first_sample.totcpu.sys
) % JIFFIES_BOUND
stats['cpuSys'] = jiffies / interval / last_sample.ncpus
stats['cpuIdle'] = max(0.0,
100.0 - stats['cpuUser'] - stats['cpuSys'])
stats['memUsed'] = last_sample.memUsed
stats['hugepages'] = last_sample.hugepages
stats['anonHugePages'] = last_sample.anonHugePages
stats['cpuLoad'] = last_sample.cpuLoad
stats['diskStats'] = last_sample.diskStats
stats['thpState'] = last_sample.thpState
if _boot_time():
stats['bootTime'] = _boot_time()
stats['numaNodeMemFree'] = last_sample.numaNodeMem.nodesMemSample
stats['cpuStatistics'] = _get_cpu_core_stats(
first_sample, last_sample)
stats['v2vJobs'] = v2v.get_jobs_status()
return stats
def produce(first_sample, last_sample):
stats = _empty_stats()
if first_sample is None:
return stats
stats.update(_get_interfaces_stats(first_sample, last_sample))
interval = last_sample.timestamp - first_sample.timestamp
jiffies = (
last_sample.pidcpu.user - first_sample.pidcpu.user
) % JIFFIES_BOUND
stats['cpuUserVdsmd'] = jiffies / interval
jiffies = (
last_sample.pidcpu.sys - first_sample.pidcpu.sys
) % JIFFIES_BOUND
stats['cpuSysVdsmd'] = jiffies / interval
jiffies = (
last_sample.totcpu.user - first_sample.totcpu.user
) % JIFFIES_BOUND
stats['cpuUser'] = jiffies / interval / last_sample.ncpus
jiffies = (
last_sample.totcpu.sys - first_sample.totcpu.sys
) % JIFFIES_BOUND
stats['cpuSys'] = jiffies / interval / last_sample.ncpus
stats['cpuIdle'] = max(0.0,
100.0 - stats['cpuUser'] - stats['cpuSys'])
stats['memUsed'] = last_sample.memUsed
stats['hugepages'] = last_sample.hugepages
stats['anonHugePages'] = last_sample.anonHugePages
stats['cpuLoad'] = last_sample.cpuLoad
stats['diskStats'] = last_sample.diskStats
stats['thpState'] = last_sample.thpState
if _boot_time():
stats['bootTime'] = _boot_time()
stats['numaNodeMemFree'] = last_sample.numaNodeMem.nodesMemSample
stats['cpuStatistics'] = _get_cpu_core_stats(
first_sample, last_sample)
stats['v2vJobs'] = v2v.get_jobs_status()
return stats
def produce(first_sample, last_sample):
stats = _empty_stats()
if first_sample is None:
return stats
stats.update(_get_interfaces_stats(first_sample, last_sample))
interval = last_sample.timestamp - first_sample.timestamp
jiffies = (last_sample.pidcpu.user -
first_sample.pidcpu.user) % JIFFIES_BOUND
stats['cpuUserVdsmd'] = jiffies / interval
jiffies = (last_sample.pidcpu.sys -
first_sample.pidcpu.sys) % JIFFIES_BOUND
stats['cpuSysVdsmd'] = jiffies / interval
jiffies = (last_sample.totcpu.user -
first_sample.totcpu.user) % JIFFIES_BOUND
stats['cpuUser'] = jiffies / interval / last_sample.ncpus
jiffies = (last_sample.totcpu.sys -
first_sample.totcpu.sys) % JIFFIES_BOUND
stats['cpuSys'] = jiffies / interval / last_sample.ncpus
stats['cpuIdle'] = max(0.0, 100.0 - stats['cpuUser'] - stats['cpuSys'])
stats['memUsed'] = last_sample.memUsed
stats['hugepages'] = last_sample.hugepages
stats['anonHugePages'] = last_sample.anonHugePages
stats['cpuLoad'] = last_sample.cpuLoad
stats['diskStats'] = last_sample.diskStats
stats['thpState'] = last_sample.thpState
if _boot_time():
stats['bootTime'] = _boot_time()
stats['numaNodeMemFree'] = last_sample.numaNodeMem.nodesMemSample
stats['cpuStatistics'] = _get_cpu_core_stats(first_sample, last_sample)
stats['v2vJobs'] = v2v.get_jobs_status()
return stats