def getArchiveData(self, fileName):
try:
fp = open(fileName)
except IOError as e:
print "Error while opening the file %s...%s" % (fileName, e)
return
lines = fp.readlines()
for line in lines:
rec = line.rstrip("\n").split(",")
#print rec
serviceHost = rec[0]
serviceName = rec[1]
# desc = rec[1]
data = [int(rec[2]), int(rec[3])] #rec[2:] # [ok,critical]
#print data
gData = graphData(serviceName, serviceHost, data=data)
if self.gDataDict.has_key(rec[0] + '##' + rec[1]):
gDataList = self.gDataDict[rec[0] + '##' + rec[1]]
gDataList.append(gData)
else:
gDataList = []
gDataList.append(gData)
self.gDataDict[rec[0] + '##' + rec[1]] = gDataList
def getArchiveData(self,fileName):
try:
fp = open(fileName)
except IOError as e:
print "Error while opening the file %s...%s" % (fileName,e)
return
lines = fp.readlines()
for line in lines:
rec = line.rstrip("\n").split(",")
#print rec
serviceHost = rec[0]
serviceName = rec[1]
# desc = rec[1]
data = [int(rec[2]),int(rec[3])] #rec[2:] # [ok,critical]
#print data
gData = graphData(serviceName,serviceHost,data=data)
if self.gDataDict.has_key(rec[0]+'##'+rec[1]):
gDataList = self.gDataDict[rec[0]+'##'+rec[1]]
gDataList.append(gData)
else:
gDataList = []
gDataList.append(gData)
self.gDataDict[rec[0]+'##'+rec[1]] = gDataList
def getTimeLineData(self,fileName):
try:
fp = open(fileName)
except IOError as e:
print "Error while opening the file %s...%s" % (fileName,e)
return
lines = fp.readlines()
#gDataDict = {}
for line in lines:
if line.startswith("starttime"):
self.stime = line.rstrip("\n").split("##")[1]
continue
elif line.startswith("endtime"):
self.etime = line.rstrip("\n").split("##")[1]
continue
rec = line.rstrip("\n").split(",")
#print len(rec)
host = rec[0]
service = rec[1]
ts = rec[2]
status = rec[3]
if len(rec) >= 5:
desc = rec[4]
else:
desc = " "
gData = graphData(host,service,desc,status,ts)
if self.gDataDict.has_key(rec[0]+"##"+rec[1]):
gDataList = self.gDataDict[rec[0]+"##"+rec[1]]
gDataList.append(gData)
else:
gDataList = []
gDataList.append(gData)
self.gDataDict[rec[0]+"##"+rec[1]] = gDataList
#print "Start Time : %s --- End Time : %s " % (self.stime,self.etime)
data_retriever.printgDataDict(self.gDataDict)
def getTimeLineData(self, fileName):
try:
fp = open(fileName)
except IOError as e:
print "Error while opening the file %s...%s" % (fileName, e)
return
lines = fp.readlines()
#gDataDict = {}
for line in lines:
if line.startswith("starttime"):
self.stime = line.rstrip("\n").split("##")[1]
continue
elif line.startswith("endtime"):
self.etime = line.rstrip("\n").split("##")[1]
continue
rec = line.rstrip("\n").split(",")
#print len(rec)
host = rec[0]
service = rec[1]
ts = rec[2]
status = rec[3]
if len(rec) >= 5:
desc = rec[4]
else:
desc = " "
gData = graphData(host, service, desc, status, ts)
if self.gDataDict.has_key(rec[0] + "##" + rec[1]):
gDataList = self.gDataDict[rec[0] + "##" + rec[1]]
gDataList.append(gData)
else:
gDataList = []
gDataList.append(gData)
self.gDataDict[rec[0] + "##" + rec[1]] = gDataList
#print "Start Time : %s --- End Time : %s " % (self.stime,self.etime)
data_retriever.printgDataDict(self.gDataDict)
