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)
