def get_drive_status(data):
global stat
datalist = data["drive"]
driveinfo = SANtricityStorage.read_csv_file("driverMap.csv", "diskId", "")
stroutput = "\n\nDrive Status"
optimal = 1
strPerfData = ""
total = 0
if len(datalist) > 0:
for ele in datalist:
if ele["status"] != "optimal" and stat < 2:
stat = 2
optimal = 0
else:
optimal = 1
stroutput += "\nDrive : " + driveinfo[
ele["id"]]["driveLabel"] + ", Product Id : " + ele[
"productID"].strip() + ", Status : " + ele["status"]
strPerfData += "Drive:" + driveinfo[
ele["id"]]["driveLabel"] + "=" + str(optimal) + ";;0;1; "
total += 1
else:
stat = 3
stroutput += "No drives found in array."
return {"strOutPut": stroutput, "strPerfData": strPerfData}
def get_phy_comp_temprature(arrayid,sessionid,arrayinfo):
global stat
logger.info("Inside get_phy_comp_temprature")
stroutput="\nArray Name:"+arrayinfo[arrayid]["arrayName"]
strperdata=""
data = SANtricityStorage.get_data_from_REST(urlToServer,sessionid,arrayid,"graph")
tmpstatus= data["componentBundle"]["thermalSensor"]
strpowesupp="\n\nPower Supply and Fan Temperature Status"
strcont="\n\nController Temperature Status"
stresm="\n\nESM Temperature Status"
for ele in tmpstatus:
crutype=ele["rtrAttributes"]["parentCru"]["type"]
if crutype in ["supportCru","controller","esm"] and ele["status"] !="optimal":
stat =2
if crutype =="supportCru":
strpowesupp+="\nSlot : "+str(ele["physicalLocation"]["slot"]) +" Status : "+ele["status"]
elif crutype =="controller":
strcont+="\nSlot : "+str(ele["physicalLocation"]["slot"]) +" Status : "+ele["status"]
elif crutype =="esm":
stresm+="\nSlot : "+str(ele["physicalLocation"]["slot"]) +" Status : "+ele["status"]
stroutput += strpowesupp + strcont + stresm
data = SANtricityStorage.get_data_from_REST(urlToServer,sessionid,arrayid,"drives")
driveinfo= SANtricityStorage.read_csv_file("driverMap.csv","diskId","")
stroutput+= "\n\nDrive Temperature"
for ele in data:
currtemp=float(ele["driveTemperature"]["currentTemp"])
reftemp=float(ele["driveTemperature"]["refTemp"])
calwarning = round((warning*reftemp)/100,2)
calcritical = round((critical *reftemp)/100,2)
if currtemp > calcritical and stat <2:
stat = 2
elif currtemp < calcritical and currtemp > calwarning and stat <= 1:
stat=1
logger.debug("Drive Id : "+ele["id"] +", Current Temp : "+str(currtemp) +", Ref Temp : "+str(reftemp))
stroutput+= "\nDrive : "+driveinfo[ele["id"]]["driveLabel"] + ", Current Temp : "+str(currtemp) +"C, Ref Temp : "+str(ele["driveTemperature"]["refTemp"]) +"C"
strperdata+=driveinfo[ele["id"]]["driveLabel"]+"="+str(currtemp) +"C;"+str(warning)+";"+str(critical)+";;; "
return {"strOutPut":stroutput,"strPerData":strperdata}
def get_ssd_drive_stat(arrayid, sessionid, arrayinfo):
global stat
logger.info("Inside get_phy_comp_temprature")
stroutput = "\nArray Name:" + arrayinfo[arrayid]["arrayName"]
strperdata = ""
data = SANtricityStorage.get_data_from_REST(urlToServer, sessionid,
arrayid, "drives")
driveinfo = SANtricityStorage.read_csv_file("driverMap.csv", "diskId", "")
stroutput += "\n\nSSD Wear Life Monitoring"
for ele in data:
if ele["driveMediaType"] == "ssd":
rawcapacity = round(
int(ele["rawCapacity"]) / (1024 * 1024 * 1024), 2)
usablecapacity = round(
int(ele["usableCapacity"]) / (1024 * 1024 * 1024), 2)
avgerasecountper = round(
ele["ssdWearLife"]["averageEraseCountPercent"], 2)
spareblkrem = round(
ele["ssdWearLife"]["spareBlocksRemainingPercent"], 2)
if avgerasecountper >= warning and avgerasecountper < critical and stat < 1:
stat = 1
elif avgerasecountper >= critical and stat < 2:
stat = 2
logger.debug("Drive Id : " + ele["id"] +
", Average Erase Count : " + str(avgerasecountper) +
", Spare Block Percent : " + str(spareblkrem))
stroutput+= "\nDrive : "+driveinfo[ele["id"]]["driveLabel"] + ", Raw Capacity : "+str(rawcapacity) +\
"GB, Usable Capacity : "+str(usablecapacity) +"GB, Average Erase Count : "+str(avgerasecountper)\
+"%, Spare Block Remaining : "+str(spareblkrem) +"%"
strperdata += driveinfo[ele["id"]]["driveLabel"] + "=" + str(
spareblkrem) + "%;" + str(warning) + ";" + str(
critical) + ";;; "
return {"strOutPut": stroutput, "strPerData": strperdata}