def values():
devicelist = dict(
diskIOTable=NewdiskIOTable,
diskIOIndex=diskIOIndex,
diskIOEntry=diskIOEntry,
diskIODevice=diskIODevice,
diskIONRead=diskIONRead,
diskIONWritten=diskIONWritten,
diskIOReads=diskIOReads,
diskIOWrites=diskIOWrites
#diskIONReadX = diskIONReadX,
#diskIONWrittenX = diskIONWrittenX
)
fp = open('/proc/diskstats')
diskstats = fp.readlines()
fp.close()
for index in range(len(diskstats)):
values = diskstats[index].split()
is_partition = len(values) == 7
devicelist['diskIOIndex' + str(index)] = MibScalarInstance(
diskIOIndex.getName(), (int(index) + 1, ),
diskIOIndex.getSyntax().clone(int(index) + 1))
devicelist['diskIODevice' + str(index)] = MibScalarInstance(
diskIODevice.getName(), (int(index) + 1, ),
diskIODevice.getSyntax().clone(values[2]))
devicelist['diskIONRead' + str(index)] = MibScalarInstance(
diskIONRead.getName(), (int(index) + 1, ),
validate(Counter32(),
int(values[5]) * 512))
devicelist['diskIONWritten' + str(index)] = MibScalarInstance(
diskIONWritten.getName(), (int(index) + 1, ),
validate(Counter32(),
int(values[9]) * 512 if not is_partition else 0))
devicelist['diskIOReads' + str(index)] = MibScalarInstance(
diskIOReads.getName(), (int(index) + 1, ),
validate(Counter32(), values[3]))
devicelist['diskIOWrites' + str(index)] = MibScalarInstance(
diskIOWrites.getName(), (int(index) + 1, ),
validate(Counter32(), values[7] if not is_partition else 0))
#devicelist['diskIONReadX' + str(index)] = MibScalarInstance(diskIONReadX.getName(), (int(index)+1,), validate(Counter64(), int(values[5])*512))
#devicelist['diskIONWrittenX' + str(index)] = MibScalarInstance(diskIONWrittenX.getName(), (int(index)+1,), validate(Counter64(), int(values[9])*512))
return devicelist
def values():
devicelist = dict(
diskIOTable=NewdiskIOTable,
diskIOIndex=diskIOIndex,
diskIOEntry=diskIOEntry,
diskIODevice=diskIODevice,
diskIONRead=diskIONRead,
diskIONWritten=diskIONWritten,
diskIOReads=diskIOReads,
diskIOWrites=diskIOWrites
# diskIONReadX = diskIONReadX,
# diskIONWrittenX = diskIONWrittenX
)
fp = open("/proc/diskstats")
diskstats = fp.readlines()
fp.close()
for index in range(len(diskstats)):
values = diskstats[index].split()
is_partition = len(values) == 7
devicelist["diskIOIndex" + str(index)] = MibScalarInstance(
diskIOIndex.getName(), (int(index) + 1,), diskIOIndex.getSyntax().clone(int(index) + 1)
)
devicelist["diskIODevice" + str(index)] = MibScalarInstance(
diskIODevice.getName(), (int(index) + 1,), diskIODevice.getSyntax().clone(values[2])
)
devicelist["diskIONRead" + str(index)] = MibScalarInstance(
diskIONRead.getName(), (int(index) + 1,), validate(Counter32(), int(values[5]) * 512)
)
devicelist["diskIONWritten" + str(index)] = MibScalarInstance(
diskIONWritten.getName(),
(int(index) + 1,),
validate(Counter32(), int(values[9]) * 512 if not is_partition else 0),
)
devicelist["diskIOReads" + str(index)] = MibScalarInstance(
diskIOReads.getName(), (int(index) + 1,), validate(Counter32(), values[3])
)
devicelist["diskIOWrites" + str(index)] = MibScalarInstance(
diskIOWrites.getName(), (int(index) + 1,), validate(Counter32(), values[7] if not is_partition else 0)
)
# devicelist['diskIONReadX' + str(index)] = MibScalarInstance(diskIONReadX.getName(), (int(index)+1,), validate(Counter64(), int(values[5])*512))
# devicelist['diskIONWrittenX' + str(index)] = MibScalarInstance(diskIONWrittenX.getName(), (int(index)+1,), validate(Counter64(), int(values[9])*512))
return devicelist
def clone(self):
if self.iface != None and self.direction != None:
file = open("/proc/net/dev", "r")
list = file.readlines()
file.close()
for row in list:
row = re.sub(":", " ", row)
if re.match("^\s+" + self.iface, row):
values = row.split()
return validate(Counter32(), values[directions[self.direction]])
def clone(self):
if self.iface != None and self.direction != None:
file = open('/proc/net/dev', "r")
list = file.readlines()
file.close()
for row in list:
row = re.sub(':', ' ', row)
if re.match('^\s+' + self.iface, row):
values = row.split()
return validate(Counter32(),
values[directions[self.direction]])
def clone(self, **kwargs):
if kwargs.get('value') is None:
kwargs['value'] = validate(Integer32(), _get_memory_value('SwapTotal'), False)
return apply(Integer32.clone, [self], kwargs)
def clone(self, **kwargs):
if kwargs.get('value') is None:
kwargs['value'] = validate(Counter32(), _get_cpu_value('system'), False)
return apply(Counter32.clone, [self], kwargs)
def clone(self, **kwargs):
if kwargs.get('value') is None:
kwargs['value'] = validate(Integer32(),
_get_memory_value('^Cached:'), False)
return apply(Integer32.clone, [self], kwargs)
def clone(self, **kwargs):
if kwargs.get('value') is None:
kwargs['value'] = validate(Counter32(), _get_cpu_value('system'),
False)
return apply(Counter32.clone, [self], kwargs)