def getVoltages(pOut_):
sender = []
json = []
for block in pOut_:
if 'Adapter: PCI adapter' in block: # we dont need GPU voltages
continue
voltagesRe = re.findall(r'(.+):\n(?:\s+)?in(\d+)_input:\s+(\d+\.\d+)',
block, re.I)
if voltagesRe:
for name, num, val in voltagesRe:
for regexp, key, jsn in VOLTAGE_REGEXPS_KEYS_AND_JSONS:
if re.search(regexp, name, re.I):
sender.append('"%s" mini.brd.vlt[%s] "%s"' %
(HOST, key, removeQuotes(val)))
json.append({jsn: key})
sender.append('"%s" mini.brd.vlt[%s] "%s"' %
(HOST, num, removeQuotes(val))
) # static items for graph, could be duplicate
break # as safe as possible
return sender, json
def findValues(p):
sender = []
for key, regexp in keysandRegexp:
reVal = re.search(regexp, p, re.I | re.M)
if reVal:
val = reVal.group(1).strip()
val = removeQuotes(val)
if key == 'hw.bios.BiosCharacteristics':
val = val.replace('{', '').replace('}', '')
valTemp = ''
charList = val.split(',')
for i in charList:
for j in biosCharacteristics:
if i == j[0]:
valTemp = '%s %s%s' % (valTemp, j[1], r'\n')
val = valTemp
if key == 'hw.bios.SoftwareElementState':
for i in softwareElementState:
if i[0] == val:
val = i[1]
if key == 'hw.bios.TargetOperatingSystem':
for i in targetOS:
if i[0] == val:
val = i[1]
sender.append('"%s" %s "%s"' % (host, key, val))
return sender
def getCpusData(pOut_):
sender = []
json = []
# determine available CPUs
cpusRe = re.findall(r'\+\-\s+(.+)\s+\(\/[\w-]+cpu\/(\d+)\)', pOut_, re.I)
cpus = set(cpusRe)
#print(cpusRe)
allTemps = []
for name, id in cpus:
# Processor model
sender.append('"%s" mini.cpu.info[cpu%s,ID] "%s"' %
(HOST, id, removeQuotes(name.strip())))
json.append({'{#CPU}': id})
gotTjmax = getTjmax(pOut_, id, name)
if gotTjmax:
sender.append('"%s" mini.cpu.info[cpu%s,TjMax] "%s"' %
(HOST, id, gotTjmax))
# All core temperatures for given CPU
coreTempsRe = re.findall(
r'Core.+:\s+(\d+).+\(\/[\w-]+cpu\/%s\/temperature\/(\d+)\)' % id,
pOut_, re.I)
if coreTempsRe:
sender.append('"%s" mini.cpu.info[cpu%s,CPUstatus] "PROCESSED"' %
(HOST, id))
cpuTemps = []
for coretemp, coreid in coreTempsRe:
cpuTemps.append(int(coretemp))
allTemps.append(int(coretemp))
sender.append('"%s" mini.cpu.temp[cpu%s,core%s] "%s"' %
(HOST, id, coreid, coretemp))
json.append({'{#CPUC}': id, '{#CORE}': coreid})
sender.append('"%s" mini.cpu.temp[cpu%s,MAX] "%s"' %
(HOST, id, str(max(cpuTemps))))
elif isCpuWithoutSensor(name):
sender.append('"%s" mini.cpu.info[cpu%s,CPUstatus] "NO_SENSOR"' %
(HOST, id))
else:
sender.append('"%s" mini.cpu.info[cpu%s,CPUstatus] "NO_TEMP"' %
(HOST, id))
if cpus:
if allTemps:
error = None
sender.append('"%s" mini.cpu.temp[MAX] "%s"' %
(HOST, str(max(allTemps))))
else:
error = 'NOCPUTEMPS'
else:
error = 'NOCPUS'
return sender, json, error
def getCpuData(pOut_):
'''Note: certain cores can pose as different blocks making them separate cpus in zabbix.'''
sender = []
json = []
cpuBlocks = -1 # first cpu will be '0'
allTemps = []
for block in pOut_:
regexp = chooseCpuRegexp(block)
coreTempsRe = re.findall(regexp, block, re.I | re.M)
if (coreTempsRe and regexp):
cpuBlocks += 1 # you need to be creative to parse lmsensors
json.append({'{#CPU}': cpuBlocks})
sender.append(
'"%s" mini.cpu.info[cpu%s,ID] "%s"' %
(HOST, cpuBlocks, removeQuotes(block.splitlines()[0])))
tempCrit = re.search(r'_crit:\s+(\d+)\.\d+', block, re.I)
if tempCrit:
tjMax = tempCrit.group(1)
else:
tjMax = FALLBACK_TJMAX
sender.append('"%s" mini.cpu.info[cpu%s,TjMax] "%s"' %
(HOST, cpuBlocks, tjMax))
cpuTemps = []
previousCore = None
for num, val in coreTempsRe:
if previousCore == num:
continue # some cores have same number - ignore them
previousCore = num
cpuTemps.append(int(val))
allTemps.append(int(val))
sender.append('"%s" mini.cpu.temp[cpu%s,core%s] "%s"' %
(HOST, cpuBlocks, num, val))
json.append({'{#CPUC}': cpuBlocks, '{#CORE}': num})
sender.append('"%s" mini.cpu.temp[cpu%s,MAX] "%s"' %
(HOST, cpuBlocks, max(cpuTemps)))
if cpuBlocks != -1:
if allTemps:
error = None
sender.append('"%s" mini.cpu.temp[MAX] "%s"' %
(HOST, max(allTemps)))
else:
error = 'NOCPUTEMPS'
else:
error = 'NOCPUS'
return sender, json, error
def getBoardInfo(pOut_):
sender = []
for regexp, key in BOARD_REGEXPS_AND_KEYS:
reMatch = re.search(regexp, pOut_, re.I | re.M)
if reMatch:
sender.append('"%s" %s "%s"' %
(HOST, key, removeQuotes(reMatch.group(1).strip())))
return sender
def getOHMRversion(pOut_):
OHMRver = re.search(r'^Version:\s+(.+)$', pOut_, re.I | re.M)
if OHMRver:
version = OHMRver.group(1).strip()
else:
version = None
sender = [
'"%s" mini.info[OHMRversion] "%s"' % (HOST, removeQuotes(version))
]
return sender
def getVoltages(pOut_):
sender = []
json = []
voltagesRe = re.findall(
r'\+\-\s+(.+)\s+:\s+(\d+\.\d+|\d+)\s+.+\(\/lpc\/[\w-]+\/voltage\/(\d+)\)',
pOut_, re.I)
for name, val, id in voltagesRe:
name = name.strip()
for regexp, key, jsn in VOLTAGE_REGEXPS_KEYS_AND_JSONS:
if re.search(regexp, name, re.I):
sender.append('"%s" mini.brd.vlt[%s] "%s"' %
(HOST, key, removeQuotes(val)))
json.append({jsn: key})
sender.append(
'"%s" mini.brd.vlt[%s] "%s"' %
(HOST, id,
removeQuotes(val))) # static items for graph, could be duplicate
return sender, json
def findValuesInWMI(ID_, block_):
sender = []
if isIgnoredService(block_):
return sender
for key, regexp in keysAndRegexps:
reVal = re.search(regexp, block_, re.I | re.M)
if reVal:
val = reVal.group(1).strip()
val = removeQuotes(val)
sender.append('"%s" %s[%s] "%s"' % (host, key, ID_, val))
return sender
def findValues(slotNum, bank):
sender = []
for key, regexp in keysAndRegexps:
reVal = re.search(regexp, bank, re.M | re.I)
if reVal:
val = reVal.group(1).strip()
val = removeQuotes(val)
# Additional check if acquired ID have an explanation
for subKey, idValSubList in subKeysAndParameters:
if key == subKey:
for id, actualVal in idValSubList:
if id == val:
val = actualVal
sender.append('"%s" %s[slot%s] "%s"' % (host, key, slotNum, val))
return sender
def findValues(cpuNum, cpu_out):
sender = []
for key, regexp in keysandRegexp:
reVal = re.search(regexp, cpu_out, re.I | re.M)
if reVal:
val = reVal.group(1).strip()
val = removeQuotes(val)
for p_key, parameter in keysandParameters:
if key == p_key:
for i in parameter:
if i[0] == val:
val = i[1]
sender.append('"%s" %s[cpu%s] "%s"' %(host, key, cpuNum, val))
return sender
def getGpuData(pOut_):
sender = []
json = []
gpuBlocks = -1
allTemps = []
for i in pOut_:
temp = re.search(
r'(nouveau.+|nvidia.+)\n.+\n.+\n(?:\s+)?temp\d+_input:\s+(\d+)', i,
re.I)
if temp:
gpuid = temp.group(1)
val = temp.group(2)
gpuBlocks += 1
allTemps.append(int(val))
json.append({'{#GPU}': gpuBlocks})
sender.append('"%s" mini.gpu.info[gpu%s,ID] "%s"' %
(HOST, gpuBlocks, removeQuotes(gpuid)))
json.append({'{#GPUTEMP}': gpuBlocks})
sender.append('"%s" mini.gpu.temp[gpu%s] "%s"' %
(HOST, gpuBlocks, val))
if gpuBlocks != -1:
if allTemps:
error = None
sender.append('"%s" mini.gpu.temp[MAX] "%s"' %
(HOST, max(allTemps)))
else:
error = 'NOGPUTEMPS' # unreachable
else:
error = 'NOGPUS'
return sender, json, error