def __init__(self):
self.nodesMemSample = {}
numaTopology = caps.getNumaTopology()
for nodeIndex in numaTopology:
nodeMemSample = {}
if len(numaTopology) < 2:
memInfo = caps.getUMAHostMemoryStats()
else:
memInfo = caps.getMemoryStatsByNumaCell(int(nodeIndex))
nodeMemSample['memFree'] = memInfo['free']
nodeMemSample['memPercent'] = 100 - \
int(100.0 * int(memInfo['free']) / int(memInfo['total']))
self.nodesMemSample[nodeIndex] = nodeMemSample
def __init__(self):
self.nodesMemSample = {}
numaTopology = caps.getNumaTopology()
for nodeIndex in numaTopology:
nodeMemSample = {}
if len(numaTopology) < 2:
memInfo = caps.getUMAHostMemoryStats()
else:
memInfo = caps.getMemoryStatsByNumaCell(int(nodeIndex))
nodeMemSample["memFree"] = memInfo["free"]
# in case the numa node has zero memory assigned, report the whole
# memory as used
nodeMemSample["memPercent"] = 100
if int(memInfo["total"]) != 0:
nodeMemSample["memPercent"] = 100 - int(100.0 * int(memInfo["free"]) / int(memInfo["total"]))
self.nodesMemSample[nodeIndex] = nodeMemSample
def __init__(self):
self.nodesMemSample = {}
numaTopology = caps.getNumaTopology()
for nodeIndex in numaTopology:
nodeMemSample = {}
if len(numaTopology) < 2:
memInfo = caps.getUMAHostMemoryStats()
else:
memInfo = caps.getMemoryStatsByNumaCell(int(nodeIndex))
nodeMemSample['memFree'] = memInfo['free']
# in case the numa node has zero memory assigned, report the whole
# memory as used
nodeMemSample['memPercent'] = 100
if int(memInfo['total']) != 0:
nodeMemSample['memPercent'] = 100 - \
int(100.0 * int(memInfo['free']) / int(memInfo['total']))
self.nodesMemSample[nodeIndex] = nodeMemSample
def testGetUMAMemStats(self):
t = caps.getUMAHostMemoryStats()
expectedInfo = {'total': '49141', 'free': '46783'}
self.assertEqual(t, expectedInfo)
def testGetUMAMemStats(self):
t = caps.getUMAHostMemoryStats()
expectedInfo = {'total': '49141', 'free': '46783'}
self.assertEqual(t, expectedInfo)
