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import sys
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from colors import *
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from DatabaseParser import *
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from termcolor import colored, cprint
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write = sys.stdout.write
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NHighExpress=0
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def MoreTableInfo(parser,LumiRange,config,isCol=True):
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[AvInstLumi, AvLiveLumi, AvDeliveredLumi, AvDeadTime,PSCols] = parser.GetAvLumiInfo(LumiRange)
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try:
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LastPSCol = PSCols[-1]
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except:
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LastPSCol = -1
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aRates = parser.GetTriggerRatesByLS("AOutput")
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expressRates = {}
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if isCol:
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expressRates = parser.GetTriggerRatesByLS("ExpressOutput")
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else:
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expressRates = parser.GetTriggerRatesByLS("ExpressCosmicsOutput")
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ExpRate=0
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PeakRate=0
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AvgExpRate=0
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ARate=0
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if len(expressRates.values()) > 20:
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AvgExpRate = sum(expressRates.values())/len(expressRates.values())
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for ls in LumiRange: ## Find the sum and peak express stream rates
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thisR = expressRates.get(ls,0)
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ExpRate+=thisR
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if thisR>PeakRate:
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PeakRate=thisR
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ARate+=aRates.get(ls,0)
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## Print Stream A Rate
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print "Current Steam A Rate is: %0.1f Hz" % (ARate/len(LumiRange),)
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Warn = False
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## Check if the express stream is too high
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global NHighExpress
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badExpress = ExpRate/len(LumiRange) > config.MaxExpressRate ## avg express stream rate too high?
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baseText = "Current Express Stream rate is: %0.1f Hz" % (ExpRate/len(LumiRange),) ## text to display
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if badExpress:
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text = colored(baseText,'red',attrs=['reverse']) ## bad, make the text white on red
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NHighExpress+=1 ## increment the bad express counter
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else:
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text = baseText
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NHighExpress=0
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write(text)
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if badExpress:
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if (ExpRate-PeakRate)/(len(LumiRange)-1) <=config.MaxExpressRate: ## one lumisection causes this
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write(" << This appears to be due to a 1 lumisection spike, please monitor\n")
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else:
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if NHighExpress > 1: # big problem, call HLT DOC
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write(colored(" << WARNING: Current Express rate is too high!",'red',attrs=['reverse']) )
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Warn = True
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# if AvgExpRate > config.MaxExpressRate:
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# write( colored("\n\nWARNING: Average Express Stream Rate is too high (%0.1f Hz) << CALL HLT DOC" % AvgExpRate,'red',attrs=['reverse']) )
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# Warn = True
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write("\n\n")
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if Warn: ## WARNING
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rows, columns = os.popen('stty size', 'r').read().split() ## Get the terminal size
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cols = int(columns)
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write( colored("*"*cols+"\n",'red',attrs=['reverse','blink']) )
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line = "*" + " "*int((cols-22)/2)+"CALL HLT DOC (165575)"+" "*int((cols-23)/2)+"*\n"
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write( colored(line,'red',attrs=['reverse','blink']) )
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write( colored("*"*cols+"\n",'red',attrs=['reverse','blink']) )
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if AvDeadTime==0: ## For some reason the dead time in the DB is occasionally broken
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try:
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AvDeadTime = AvLiveLumi/AvDeliveredLumi * 100
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except:
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AvDeadTime = 100
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PrescaleColumnString=''
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PSCols = list(set(PSCols))
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for c in PSCols:
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PrescaleColumnString = PrescaleColumnString + str(c) + ","
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if isCol:
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write("The average instantaneous lumi of these lumisections is: ")
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write(str(round(AvInstLumi,1))+"e30\n")
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write("The delivered lumi of these lumi sections is: ")
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write(str(round(len(LumiRange)*AvDeliveredLumi,1))+"e30"+"\n")
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write("The live (recorded) lumi of these lumi sections is: ")
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write(str(round(len(LumiRange)*AvLiveLumi,1))+"e30\n\n")
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write("The average deadtime of these lumi sections is: ")
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if AvDeadTime > 5:
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write(bcolors.FAIL)
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elif AvDeadTime > 10:
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write(bcolors.WARNING)
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else:
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write(bcolors.OKBLUE)
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write(str(round(AvDeadTime,2))+"%")
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write(bcolors.ENDC+"\n")
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print "Used prescale column(s): "+str(PrescaleColumnString)
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write("Lumisections: ")
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if not isSequential(LumiRange):
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write(str(LumiRange)+" Lumisections are not sequential (bad LS skipped)\n")
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else:
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write("%d - %d\n" % (min(LumiRange),max(LumiRange),))
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print "\nLast Lumisection of the run is: "+str(parser.GetLastLS())
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write( "Last Lumisection good for physics is: "+str(parser.GetLastLS(True)) )
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write("\n\n\n")
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if isCol:
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L1RatePredictions = config.GetExpectedL1Rates(AvInstLumi)
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if len(L1RatePredictions):
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print "Expected Level 1 Rates:"
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for key,val in L1RatePredictions.iteritems():
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write("Prescale Column "+str(key)+": "+str(round(val/1000,1))+" kHz")
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if key == LastPSCol:
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write(' << taking data in this column')
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write('\n')
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def isSequential(t):
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try:
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if len(t)<2:
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return True
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except:
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return True
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for i,e in enumerate(t[1:]):
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if not abs(e-t[i])==1:
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return False
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return True
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