def readCache(filename):
# read the cache file and returns the list of the RunReports for all the cached files
runReports = []
runNumbers = []
if os.path.exists(filename):
print "reading cache file: " + filename
cache = file(filename,"r")
data = cache.readlines()
for line in data:
if line[0] != '#' and line != "":
# read the relevant lines
# print line
items = line.split()
# get the run #
runCached = int(items[0])
runNumbers.append(runCached)
# create the report
runReport = RunReport(runCached)
#runReport.setRunNumber(runCached)
runReport.startTime = RunInfo.getDate(items[1] + " " + items[2])
runReport.stopTime = RunInfo.getDate(items[3] + " " + items[4])
runReport.pclRun = ast.literal_eval(items[5])
runReport.multipleFiles = ast.literal_eval(items[6])
runReport.hasPayload = ast.literal_eval(items[7])
runReport.hasUpload = ast.literal_eval(items[8])
runReport.uploadSucceeded = ast.literal_eval(items[9])
runReport.isOutofOrder = ast.literal_eval(items[10])
latencyJobFromEnd = float(items[11])
latencyStartCached = float(items[12])
latencyEndCached = float(items[13])
runReport.latencyJobFromEnd = latencyJobFromEnd
runReport.latencyUploadFromStart = latencyStartCached
runReport.latencyUploadFromEnd = latencyEndCached
runReports.append(runReport)
cache.close()
return runNumbers, runReports
def readCache(filename):
# read the cache file and returns the list of the RunReports for all the cached files
runReports = []
runNumbers = []
if os.path.exists(filename):
print "reading cache file: " + filename
cache = file(filename,"r")
data = cache.readlines()
for line in data:
if line[0] != '#' and line != "":
# read the relevant lines
items = line.split()
# get the run #
runCached = int(items[0])
runNumbers.append(runCached)
# create the report
rRep = RunReportTagCheck()
rRep.setRunNumber(runCached)
startCached = RunInfo.getDate(items[1] + " " + items[2])
rRep.setStartTime(startCached)
stopCached = RunInfo.getDate(items[3] + " " + items[4])
rRep.setStopTime(stopCached)
remaining = len(items) - 5
last = 4
#print runCached
while remaining >= 1:
record = data[0].split()[last]
status = items[last+1]
rRep.addRecordAndStatus(record,status)
#print data[0].split()
#print record, status
last += 1
remaining -= 1
runReports.append(rRep)
cache.close()
return runNumbers, runReports
deltaTRunH = deltaTRun.seconds/(60.*60.)
# FIXME
if rRep.runNumber() > lastPromptRecoRun and not nextFound:
pageWriter.setNextPromptReco(rRep.runNumber(), rRep.startTime(), rRep.stopTime(), deltaTRunH)
nextFound = True
producePlots(rcdReports, runReports, nextPromptRecoRun)
status = monitorStatus.MonitorStatus('read')
status.readJsonFile(webArea + "status.json")
pageWriter.setBackendUpdateDate(status.getField('update'))
pageWriter.statusSummary(status.getField('status'),status.getField('msg'))
#update = datetime.datetime
update = RunInfo.getDate(status.getField('update'))
deltatfromend = datetime.datetime.today() - update
# deltatfromendH = deltatfromend.days*24. + deltatfromend.seconds/(60.*60.)
#print deltatfromendH
pageWriter.setOldUpdateWarning(deltatfromend)
pageWriter.buildPage(webArea)
sys.exit(0)
def runBackEnd():
# --- get the prompt reco status from Tier0-DAS
tier0Das = tier0DasInterface.Tier0DasInterface(config.tier0DasSrc)
try:
lastPromptRecoRun = tier0Das.firstConditionSafeRun()
print "Tier0 DAS last run released for PROMPT: ", lastPromptRecoRun
#print "Tier0 DAS first run safe for condition update:", tier0Das.firstConditionSafeRun()
except Exception as error:
print '*** Error 2: Tier0-DAS query has failed'
print error
return 102, "Error: Tier0-DAS query has failed: " + str(error)
# --------------------------------------------------------------------------------
# find the file produced by PCL in the afs area
fileList = os.listdir(config.promptCalibDir)
# --------------------------------------------------------------------------------
# create a dictionary to store cached IOV tables for target tags in ORACLE
oracleTables = {}
# --------------------------------------------------------------------------------
# these will store the global outcome of the script
tagsJson = pclMonitoringTools.PCLTagsJson('pclMonitor')
retValues = 0, 'OK'
for pclTag in config.pclTasks:
print blue("---------------------------------------------------------------------")
print "--- Check status for PCL workflow: " + blue(pclTag)
# --------------------------------------------------------------------------------
# --- get the overview of the files produced by PCL for thsi workflow (cache + AFS area)
print "Look for new files produced for this workflow:"
pclFileEngine = pclMonitoringTools.PCLFileEngine(config.promptCalibDir, pclTag)
pclFileEngine.readFromCache()
lastUploadTime = datetime.datetime(1960, 01, 01, 00, 00, 00)
for pclFileName in fileList:
if '.db' in pclFileName:
if pclTag in pclFileName:
outFile = pclMonitoringTools.PCLOutputFile(config.promptCalibDir, pclFileName)
if pclFileEngine.isNewFile(outFile):
print " -- New file found for this workflow: " + pclFileName
# 1. check if the file contains a paylaod
if outFile.checkPayload(pclTag):
print " file contains paylaods"
if outFile.isUploaded:
print " file has been uploaded to DropBox"
# FIXME: need sorting of the files?
# 2. check if the file was uploaded out of order
if outFile.checkOutOfOrder(lastUploadTime):
print " file uploaded OOO"
# FIXME: where?
lastUploadTime = outFile.uploadTime
# -------------------------------------------------------------------
# 3. check for the IOVs in ORACLE
# get the target tag in oracle from the Drop-Box metadata
metadatamap = outFile.getDropBoxMetadata()
#print metadatamap
targetOracleTag = metadatamap['destinationTags'].keys()[0]
targetOracleConnect = metadatamap['destinationDatabase']
# check for online connection strings
if 'oracle://cms_orcon_prod' in targetOracleConnect:
targetOracleConnect = 'oracle://cms_orcon_adg/CMS_COND_'+metadatamap['destinationDatabase'].split('CMS_COND_')[1]
print " Target tag in Oracle:",targetOracleTag,'in account',targetOracleConnect
# list IOV for the target tag (cache the list of IOV by pclTag: in case has not changed there is no need to re-run listIOv)
iovtable_oracle = gtTools.IOVTable()
if not targetOracleTag in oracleTables:
# IOV for this tag in ORACLE has not yet been cached -> will now list IOV
listiov_oracle = gtTools.listIov(targetOracleConnect, targetOracleTag, config.passwdfile)
print " listing IOV..."
if listiov_oracle[0] == 0:
iovtable_oracle.setFromListIOV(listiov_oracle[1])
oracleTables[targetOracleTag] = iovtable_oracle
else:
# get the IOV from the cache dictionary
print " getting IOV list from cache..."
iovtable_oracle = oracleTables[targetOracleTag]
if outFile.checkOracleExport(iovtable_oracle):
print " file correctly exported to Oracle"
print " file status: " + outFile.status()
pclFileEngine.addNewFile(outFile)
pclFileEngine.writeToCache()
tagReport = pclMonitoringTools.PclTagReport(pclTag)
cacheFileName = 'pclMonitor_' + pclTag + '.cache'
# --------------------------------------------------------------------------------
# --- read the cache
cachedRuns, runReports = pclMonitoringTools.readCache(cacheFileName)
unknownRun = False # this is set to true only if one run can not be processed
unknownRunMsg = ''
# --------------------------------------------------------------------------------
# --- get the last cached run
if len(cachedRuns) != 0:
cachedRuns.sort()
else:
cachedRuns.append(firstRunToMonitor)
# get the list of runs to be refreshed (< 24h old)
runsToBeRefreshed = []
reportsToBeRefreshed = []
last2days = datetime.timedelta(days=config.refreshDays)
twdaysago = datetime.datetime.today() - last2days
for rep in runReports:
if rep.startTime >= twdaysago:
runsToBeRefreshed.append(rep.runNumber)
reportsToBeRefreshed.append(rep)
#print rep.runNumber()
#print "start: " + str(rep.startTime()) + " less than " + str(twdaysago)
#remove the list of reports and runs to be refreshed from the cahced ones
for rep in reportsToBeRefreshed:
cachedRuns.remove(rep.runNumber)
runReports.remove(rep)
lastCachedRun = config.firstRunToMonitor
if(len(cachedRuns) != 0):
lastCachedRun = cachedRuns[len(cachedRuns)-1]
runsToBeRefreshed.sort(reverse=True)
print "last cached run #: " + str(lastCachedRun)
print "runs to be refreshed: " + str(runsToBeRefreshed)
# --------------------------------------------------------------------------------
# --- get the list of collision runs from RR (only for the runs not yet cached)
runList = []
try:
#runList = RunRegistryTools.getRunList(lastCachedRun+1)
#runList2 = RunRegistryTools.getRunListRR3(lastCachedRun+1, "Express", "Collisions12")
# FIXME: the run-types can be specialized "by tag"
runList = RunRegistryTools.getRunListRR3(lastCachedRun+1, config.rrDatasetName, config.rrRunClassName)
#print runList
#print runList2
runList.sort(reverse=True)
except Exception as error:
print '*** Error 1: RR query has failed'
print error
return 101, "Error: failed to get collision runs from RunRegistry: " + str(error)
print "run list from RR: " + str(runList)
if len(runList) < len(runsToBeRefreshed):
print "Warning: list from RR is fishy...using the previous one!"
retValues = 1, 'Warning: list from RR is fishy...using the previous one!'
runList = runsToBeRefreshed
# --------------------------------------------------------------------------------
# --- Get the run-info information for the interesting run-range
if len(runList) > 0:
print "Accessing runInfo...may take a while..."
runInfoList = None
try:
runInfoList = RunInfo.getRunInfoStartAndStopTime(config.runInfoTag_stop, config.runInfoConnect, runList[len(runList)-1], runList[0])
except Exception as error:
print "*** Error can not query run-info for runs between: " + str(runList[0]) + " and " + str(runList[len(runList)-1]) + " error: " + str(error)
raise Exception("Error can not query run-info for runs between: " + str(runList[0]) + " and " + str(runList[len(runList)-1]) + " error: " + str(error))
# --------------------------------------------------------------------------------
# run on runs not yet cached
# FIXME: remove?
lastUploadDate = None
isLastProcessed = True
for run in runList:
statusValues = 0, 'OK'
runInfo = None
# look for the RunInfo corresponding to this run
matches = [runI for runI in runInfoList if int(runI.run()) == int(run)]
if len(matches) == 0:
# try to get the payload from runinfo_start: this run might still be ongoing
try:
runInfo = RunInfo.getRunInfoStartAndStopTime(config.runInfoTag_start, config.runInfoConnect, run, run)
except Exception as error:
print "*** Error can not query run-info for run: " + str(run) + " error: " + str(error)
raise Exception("Error can not query run-info for run: " + str(run) + " error: " + str(error))
elif len(matches) == 1:
runInfo = matches[0]
else:
print "***Error: more than one match (" + str(len(matches)) + " in run-info for run: " + str(run)
raise Exception("***Error: more than one match (" + str(len(matches)) + " in run-info for run: " + str(run))
# get the run report for all the records run in PCL (dictionary)
rRep = None
try:
rRep = pclMonitoringTools.getRunReport(pclTag, run, runInfo, fileList, oracleTables, lastUploadDate)
except pclMonitoringTools.OngoingRunExcept as error:
print error
except Exception as error:
unknownRun = True
unknownRunMsg = "Error: can not get report for run: " + str(run) + ", reason: " + str(error)
print unknownRunMsg
else:
runReports.append(rRep)
# --- Assign the status for this run based on the RunReport
# NOTE: the 'isLastProcessed' flag is meant not to flag as problematic runs that are just waiting to be processed.
# as soon as a run is uploaded or Tier0 tries to uplaod it all the following runs should have the flag set to false
# the same is true if the "age" of the run is > than 12h (time-out on the Tier0 side to launch PCL)
# here the logic is based on the reverse order of the runs in the list
if rRep.hasUpload or rRep.stopTimeAge() > 12:
isLastProcessed = False
#print run, isLastProcessed
# these are assigned before any other since they are only warning and they could in principle be overwritten by error statuses
if rRep.multipleFiles:
statusValues = 998, "PCL run multiple times for run: " + str(rRep.runNumber)
if rRep.isOutOfOrder:
statusValues = 999, "PCL run out of order for run: " + str(rRep.runNumber)
# assign the status to this run
if not rRep.pclRun:
if not isLastProcessed:
statusValues = 1001, "PCL not run for run: " + str(rRep.runNumber)
elif not rRep.hasPayload:
statusValues = 1002, "PCL produced no paylaod for run: " + str(rRep.runNumber)
elif not rRep.hasUpload:
if not isLastProcessed:
statusValues = 1003, "PCL did not upload paylaod for run: " + str(rRep.runNumber)
elif not rRep.uploadSucceeded:
statusValues = 1004, "Upload to DB failed for run: " + str(rRep.runNumber)
# strore the status of the problemati runs only
if statusValues[0] != 0:
tagReport.addRunStatus(rRep.runNumber, statusValues)
#print statusValues
runReports.sort(key=lambda rr: rr.runNumber)
# -----------------------------------------------------------------
# ---- cache the results for runs older than 48h and write the log for the web
logFileName = '/log_' + pclTag + '.txt'
pclMonitoringTools.writeCacheAndLog(cacheFileName, config.webArea + logFileName, runReports)
# --- add the reports for this tag to the Json
tagsJson.addTag(pclTag, tagReport)
# --- write the reports for all the tags to a JSON
tagsJson.writeJsonFile(config.webArea)
# FIXME: find a logic for many records
status = retValues[0]
message = retValues[1]
if status == 0 and unknownRun:
status = 10
message = unknownRunMsg
return status, message
def getRunReport(runinfoTag, run, promptCalibDir, fileList, iovtableByRun_oracle, iovtableByLumi_oracle):
#print run
# input: runInfoTag, run, fileList, iovlist
runInfo = None
try:
runInfo = RunInfo.getRunInfoStartAndStopTime(runinfoTag, '', run)
except Exception as error:
print "*** Error can not find run: " + str(run) + " in RunInfo: " + str(error)
raise Exception("Error can not find run: " + str(run) + " in RunInfo: " + str(error))
rRep = RunReport()
rRep.setRunNumber(runInfo.run())
rRep.setRunInfoContent(runInfo)
deltaTRun = runInfo.stopTime() - runInfo.startTime()
deltaTRunH = deltaTRun.days*24. + deltaTRun.seconds/(60.*60.)
print "-- run #: " + colorTools.blue(runInfo.run())
print " start: " + str(runInfo.startTime()) + " stop: " + str(runInfo.stopTime()) + " lenght (h): " + str(deltaTRunH)
# --- status flags for this run
isFileFound = False
emptyPayload = True
isOutOfOrder = False
allLumiIOVFound = False
# --- look for the file on AFS
fileName = ""
fileForRun = []
# find the files associated to this run:
for dbFile in fileList:
if str(run) in dbFile:
fileForRun.append(dbFile)
if len(fileForRun) == 0:
print " " + colorTools.warning("***Warning") + ": no sqlite file found!"
isFileFound = False
elif len(fileForRun) > 1:
print " " + colorTools.warning("***Warning") + ": more than one file for this run!"
for dbFile in fileForRun:
modifDate = datetime.datetime.fromtimestamp(os.path.getmtime(promptCalibDir + dbFile))
print ' ',dbFile,'time-stamp:',modifDate
for dbFile in fileForRun:
isFileFound = True
if isFileFound and not emptyPayload and isFileFound:
# in this case the file was already identified
continue
print " file: " + dbFile
modifDate = datetime.datetime.fromtimestamp(os.path.getmtime(promptCalibDir + dbFile))
rRep.setJobTime(modifDate)
# # check this is not older than the one for the following run
# if isFirst or modifDate < lastDate:
# lastDate = modifDate
# isFirst = False
# isOutOfOrder = False
# else:
# print " " + warning("Warning: ") + " this comes after the following run!!!"
# isOutOfOrder = True
# delta-time from begin of run
deltaTFromBegin = modifDate - runInfo.startTime()
deltaTFromBeginH = deltaTFromBegin.days*24. + deltaTFromBegin.seconds/(60.*60.)
# delta-time from end of run
deltaTFromEndH = 0.01
if(modifDate > runInfo.stopTime()):
deltaTFromEnd = modifDate - runInfo.stopTime()
deltaTFromEndH = deltaTFromEnd.days*24. + deltaTFromEnd.seconds/(60.*60.)
print " file time: " + str(modifDate) + " Delta_T begin (h): " + str(deltaTFromBeginH) + " Delta_T end (h): " + str(deltaTFromEndH)
rRep.setLatencyFromBeginning(deltaTFromBeginH)
rRep.setLatencyFromEnd(deltaTFromEndH)
# check the file size
fileSize = os.path.getsize(promptCalibDir + dbFile)
if fileSize == 1 or fileSize == 32768:
emptyPayload = True
print " " + colorTools.warning("***Warning") + ": no payload in sqlite file!"
else:
emptyPayload = False
# list the iov in the tag
connect = "sqlite_file:" + promptCalibDir + dbFile
listiov_run_sqlite = gtTools.listIov(connect, tagRun, '')
if listiov_run_sqlite[0] == 0:
iovtableByRun_sqlite = gtTools.IOVTable()
iovtableByRun_sqlite.setFromListIOV(listiov_run_sqlite[1])
#iovtableByRun_sqlite.printList()
for iov in iovtableByRun_sqlite._iovList:
iovOracle = gtTools.IOVEntry()
if iovtableByRun_oracle.search(iov.since(), iovOracle):
print " runbased IOV found in Oracle!"
#print iovOracle
else:
print " " + colorTools.warning("Warning:") + " runbased IOV not found in Oracle"
missingIOV = False
listiov_lumi_sqlite = gtTools.listIov(connect, tagLumi, '')
if listiov_lumi_sqlite[0] == 0:
iovtableByLumi_sqlite = gtTools.IOVTable()
iovtableByLumi_sqlite.setFromListIOV(listiov_lumi_sqlite[1])
#iovtableByLumi_sqlite.printList()
counterbla = 0
for iov in iovtableByLumi_sqlite._iovList:
iovOracle = gtTools.IOVEntry()
if not iovtableByLumi_oracle.search(iov.since(), iovOracle):
#print " Lumi based IOV found in Oracle:"
#print iovOracle
counterbla += 1
print " " + colorTools.warning("Warning:") + " lumibased IOV not found in Oracle for since: " + str(iov.since())
missingIOV = True
else:
raise Exception("Error can not list IOV for file",connect)
if not missingIOV:
allLumiIOVFound = True
print " All lumibased IOVs found in oracle!"
else:
allLumiIOVFound = False
print " " + colorTools.warning("Warning:") + " not all lumibased IOVs found in Oracle!!!"
# fill the run-report for this run
if not isFileFound:
rRep.sqliteFound(False)
else:
rRep.sqliteFound(True)
if isOutOfOrder:
rRep.isOutoforder(True)
else:
rRep.isOutoforder(False)
if emptyPayload:
rRep.payloadFound(False)
else:
rRep.payloadFound(True)
if not allLumiIOVFound:
rRep.isUploaded(False)
else:
rRep.isUploaded(True)
return rRep
def runBackEnd():
# this will store the exit status for the json report
retValues = 0, "OK"
# flag in case we miss the info for some runs
unknownRun = False
unknownRunMsg = ""
tier0Das = tier0DasInterface.Tier0DasInterface(tier0DasSrc)
try:
nextPromptRecoRun = tier0Das.firstConditionSafeRun()
print "Tier0 DAS next run for prompt reco:",nextPromptRecoRun
gtFromPrompt = tier0Das.promptGlobalTag(referenceDataset)
print " GT for dataset: ", referenceDataset, "run:", str(nextPromptRecoRun), ":", gtFromPrompt
except Exception as error:
print '*** Error: Tier0-DAS query has failed'
print error
return 102, "Error: Tier0-DAS query has failed: " + str(error)
print len(gtFromPrompt)
if(len(gtFromPrompt) == 0):
return 202, "No " + referenceDataset + " datset for run: " + str(nextPromptRecoRun) + " -> failed to get the GT name"
gtName = gtFromPrompt.split('::')[0]
gtConfFile = gtName + '.conf'
if not gtTools.confFileFromDB(gtName, gtConfFile, gtconnstring, passwdfile):
return 201, "GT: " + gtFromPrompt + " could not be found in ORACLE!"
# create the collection of tags
tagCollection = gtTools.GTEntryCollection()
gtTools.fillGTCollection(gtName+'.conf', gtName, tagCollection)
tagsTomonitor = []
print "Tags to be monitored: "
for record in monitoredrecords.split(','):
label = ''
if ':' in record:
label = record.split(':')[1]
record = record.split(':')[0]
rcdId = gtTools.RcdID([record, label])
if not tagCollection.hasRcdID(rcdId):
print "Error: rcd: " + rcdIdn + " not found in GT: " + gtName
else:
print ' ', tagCollection.getByRcdID(rcdId)
tagsTomonitor.append(tagCollection.getByRcdID(rcdId))
# --------------------------------------------------------------------------------
# --- read the cache
allCachedRuns = o2oMonitoringTools.readCache(cacheFileName)
cachedRuns = allCachedRuns[0]
runReports = allCachedRuns[1]
unknownRun = False # this is set to true only if one run can not be processed
unknownRunMsg = ''
# --------------------------------------------------------------------------------
# --- get the last cached run
if len(cachedRuns) != 0:
cachedRuns.sort()
else:
cachedRuns.append(1)
lastCachedRun = cachedRuns[len(cachedRuns)-1]
#lastCachedRun = 191419
print "last cached run #: " + str(lastCachedRun)
# --------------------------------------------------------------------------------
# --- get the list of collision runs from RR (only for the runs not yet cached)
runList = []
try:
# FIXME: do we need to restrict to Collision12?
#runList = RunRegistryTools.getRunListRR3(lastCachedRun+1,"Online", "Commissioning12")
runList = RunRegistryTools.getRunListRR3(lastCachedRun+1, rrDatasetName, rrRunClassName)
except Exception as error:
print '*** Error 1: RR query has failed'
print error
return 101, "Error: failed to get collision runs from RunRegistry: " + str(error)
print runList
# --------------------------------------------------------------------------------
# --- check O2O and DB tag status for each record
threshold = datetime.timedelta(hours=int(thresholdLastWrite))
thresholdSince = datetime.timedelta(hours=int(thresholdLastSince))
today = datetime.datetime.today()
fromUTCToLocal = datetime.timedelta(hours=2)
recordandlastsince = {}
tableTitle = ["# run", "start-time", "end-time"]
rcdJson = o2oMonitoringTools.O2ORecordJson("o2oMonitor")
for entry in tagsTomonitor:
print "- Tag:", entry
tagName = entry.tagName()
accountName = entry.account()
recordName = entry.record()
tableTitle.append(recordName)
# create the report for this given record
rcdRep = o2oMonitoringTools.RecordReport(recordName)
rcdRep.setTagAndAccount(tagName, accountName)
nDays = 1
nSec = nDays*24*60*60
popLog = popConLog.PopCon_Monitoring_last_updates(interval=nSec)
# 0. get the last time the O2O run
o2oLogfiles = {}
for rcdEntry in o2oLogfileList.split(','):
key = rcdEntry.split(':')[0]
logFileForKey = rcdEntry.split(':')[1]
o2oLogfiles[key] = logFileForKey
jobData = popLog.PopConJobRunTime(authfile=passwdfile + "/authentication.xml",
logFile=o2oLogfiles[recordName])
if len(jobData) != 0:
lastO2ORun = jobData[0][0] + fromUTCToLocal
previouO2ORun = jobData[0][1] + fromUTCToLocal
runO2OAge = today - lastO2ORun
statusForRpt = "OK"
print " - Last O2O run on: " + str(lastO2ORun) + " (" + str(runO2OAge) + " ago)"
if runO2OAge > 2*(lastO2ORun - previouO2ORun):
print " " + colorPrintTools.error("Error") + ": the O2O for rcd " + recordName + " is not running since a while (" + str(runO2OAge) + ")"
statusForRpt = "ERROR"
if 2050 > retValues[0]:
retValues = 2050, "Error: the O2O for rcd " + recordName + " is not running since a while (" + str(runO2OAge) + ")"
rcdRep.setLastO2ORun(lastO2ORun, runO2OAge, statusForRpt)
else:
print "Error: No O2O job logs for tag: " + tagName + " in account: " + accountName + " could be found in the PopConLogs"
if 2051 > retValues[0]:
retValues = 2051, "Error: no O2O job logs found for rcd: " + recordName
# 1. get the last updates from PopConLogger
# FIXME: the auth.xml can it be read from a central place?
logData = popLog.PopConRecentActivityRecorded(authfile=passwdfile + "/authentication.xml",
account=accountName,
iovtag=tagName)
if len(logData['data']) != 0:
datestring = logData['data'][0][1]
status = logData['data'][0][6]
token = logData['data'][0][8]
#datelastupdate = datetime.datetime.strptime(datestring,"%B, %dnd %Y %H:%M:%S") + fromUTCToLocal
datelastupdate = dateutil.parser.parse(datestring) + fromUTCToLocal
updateage = today - datelastupdate
statusForRpt = "OK"
print " - Last O2O wrote on: " + str(datelastupdate) + " (" + str(updateage) + " ago)"
print " status:",status, "payload token:", token.split("<br>")[4]
if updateage > threshold:
print " " + colorPrintTools.warning("Warning") + ": O2O is not writing since a while!"
statusForRpt = "OLD"
if 2001 > retValues[0]:
retValues = 2001, "Warning: the O2O for rcd: " + recordName + " is not writing since a while!"
if status != 'OK':
print " Warning: O2O status is: " + status + "!"
statusForRpt = "ERROR"
if 2002 > retValues[0]:
retValues = 2002, "Error: the O2O status for rcd: " + recordName + " is " + status + "!"
rcdRep.setLastO2OWrite(datelastupdate, updateage, statusForRpt)
else:
print "Error: No O2O updates to tag: " + tagName + " in account: " + accountName + " could be found in the PopConLogs"
if 2010 > retValues[0]:
retValues = 2010, "Error: no O2O updates logged for rcd: " + recordName
#rcdRep.setLastO2OWrite(datelastupdate, updateage, "ERROR")
# 2. check the status of the tag
outputAndStatus = gtTools.listIov(entry.getOraclePfn(False), tagName, passwdfile)
iovtable = gtTools.IOVTable()
iovtable.setFromListIOV(outputAndStatus[1])
datesince = iovtable.lastIOV().sinceDate()
sinceage = today - datesince
print " - Last IOV since:", datesince, "(" + str(sinceage),"ago)"
print " with token: [" + iovtable.lastIOV().token() +"]"#.split("][")[4]
recordandlastsince[recordName] = datesince
#print iovtable.lastIOV()
stat = "OK"
if sinceage > thresholdSince:
stat = "OLD"
if 2101 > retValues[0]:
retValues = 2101, "Error: the last IOV of rcd: " + recordName + " is OLD (since: " + str(datesince) + ")!"
rcdRep.setLastSince(datesince, sinceage, stat)
rcdJson.addRcd(gtTools.RcdID([recordName,""]), rcdRep)
# --------------------------------------------------------------------------------
# --- Write the Rcd status to cache
rcdJson.writeJsonFile(webArea)
# --------------------------------------------------------------------------------
# --- check the status for each of the Collision runs
for run in runList:
if run == 167551:continue
print "-- run #: " + colorPrintTools.blue(str(run))
#print run
# get the information from runInfo
runInfo = None
try:
runInfo = RunInfo.getRunInfoStartAndStopTime(runinfoTag, "", run)
except Exception as error:
print '*** Error XXX: RunInfo query failed!'
print error
unknownRun = True
unknownRunMsg = "Error: can not get report for run: " + str(run) + ", since run-info query failed: " + str(error)
print unknownRunMsg
continue
rRep = o2oMonitoringTools.RunReportTagCheck()
rRep.setRunNumber(runInfo.run())
#rRep.setStartTime(runInfo.startTime())
rRep.setRunInfoContent(runInfo)
deltaTRun = runInfo.stopTime() - runInfo.startTime()
deltaTRunH = deltaTRun.seconds/(60.*60.)
print " start: " + str(runInfo.startTime()) + " stop: " + str(runInfo.stopTime()) + " lenght (h): " + str(deltaTRunH)
#pageWriter.setNextPromptReco(runInfo.run(), runInfo.startTime(), runInfo.stopTime(), deltaTRunH)
for entry in tagsTomonitor:
recordName = entry.record()
datesince = recordandlastsince[recordName]
if runInfo.stopTime() <= datesince:
print " rcd: ", recordName,":",colorPrintTools.ok("OK")
rRep.addRecordAndStatus(recordName, 0)
elif runInfo.startTime() < datesince and runInfo.stopTime() > datesince:
print " rcd: ", recordName,":",colorPrintTools.warning("partially covered!")
rRep.addRecordAndStatus(recordName, 0.5)
else:
print " rcd: ", recordName,":",colorPrintTools.error("not covered!")
rRep.addRecordAndStatus(recordName, 1)
runReports.append(rRep)
# print "---------------------------------------------------------"
#print gtEntry,
#print " # of updates:", len(logData['data'])
#if gtEntry.updateType() != 1:
# listofchanges.append(str(gtEntry) + " # of updates: " + str(len(logData['data'])))
#else:
# listofchangesO2O.append(str(gtEntry) + " # of updates: " + str(len(logData['data'])))
# --------------------------------------------------------------------------------
# --- write to cache and to log
runReports.sort(key=lambda rr: rr._runnumber)
tableForCache =[]
tableForCache.append(tableTitle)
tableForLog =[]
tableForLog.append(tableTitle)
for rep in runReports:
if int(rep.runNumber()) < int(nextPromptRecoRun):
tableForCache.append(rep.getList())
tableForLog.append(rep.getList())
#out = sys.stdout
print "writing cache file: " + cacheFileName
cacheFile = file(cacheFileName,"w")
tableWriter.pprint_table(cacheFile, tableForCache)
cacheFile.close()
out = sys.stdout
logFile = file(webArea + "log.txt","w")
tableWriter.pprint_table(logFile, tableForLog)
logFile.close()
status = retValues[0]
message = retValues[1]
if status == 0 and unknownRun:
status = 10
message = unknownRunMsg
return status, message