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root/cvsroot/UserCode/RateMonShiftTool_dev/AddTableInfo_db.py

Comparing UserCode/RateMonShiftTool_dev/AddTableInfo_db.py (file contents):
Revision 1.7 by grchrist, Mon Feb 27 11:12:59 2012 UTC vs.
Revision 1.34 by grchrist, Mon Jul 16 10:02:38 2012 UTC

#	Line 1 | Line 1
1		import sys
2		from colors import *
3		from DatabaseParser import *
4	+	from termcolor import colored, cprint
5	+	import time
6	+
7	+
8		write = sys.stdout.write
9
10	<	def MoreTableInfo(parser,LumiRange,config):
11	<	##[AvInstLumi, AvLiveLumi, AvDeliveredLumi, AvDeadTime,PSCols,LastPSCol] = parser.GetAvLumiInfo(LumiRange)
12	<	[AvInstLumi, AvLiveLumi, AvDeliveredLumi, AvDeadTime,PSCols] = parser.GetAvLumiInfo(LumiRange)
13	<
14	<	if AvDeadTime==0:  ## For some reason the dead time in the DB is occasionally broken
15	<	try:
16	<	AvDeadTime = AvLiveLumi/AvDeliveredLumi * 100
17	<	except:
18	<	AvDeadTime = 100
10	>	NHighExpress=0
11	>	NHighStreamA=0
12	>
13	>	def MoreTableInfo(parser,LumiRange,config,isCol=True):
14	>	print "Monitoring Run %d" % (parser.RunNumber,)
15	>	localtime = time.asctime( time.localtime(time.time()) )
16	>	print "Local current time :", localtime
17	>	print "len=",len(LumiRange)
18	>	print "LSRange=", LumiRange
19	>	if len(LumiRange)>0:
20	>
21	>	[AvInstLumi, AvLiveLumi, AvDeliveredLumi, AvDeadTime,PSCols] = parser.GetAvLumiInfo(LumiRange)
22	>	deadtimebeamactive=parser.GetDeadTimeBeamActive(LumiRange)*100
23	>	##print "dtba=",deadtimebeamactive
24	>	else:
25	>	print "no lumisections to monitor"
26	>	return
27	>	try:
28	>	LastPSCol = PSCols[-1]
29	>	except:
30	>	LastPSCol = -1
31	>	if isCol:
32	>
33	>	aRates = parser.GetTriggerRatesByLS("AOutput")
34	>	bRates = parser.GetTriggerRatesByLS("BOutput")
35	>	if len(bRates) == 0:
36	>	realARates = aRates
37	>	else:
38	>	realARates={}
39	>	for k,v in bRates.iteritems():
40	>	realARates[k]=aRates[k]-bRates[k]*20
41	>	#realARates = aRates - bRates*20;
42	>	else:
43	>	if len(parser.GetTriggerRatesByLS("AOutput"))>0:
44	>	aRates = parser.GetTriggerRatesByLS("AOutput")
45	>	bRates = parser.GetTriggerRatesByLS("BOutput")
46	>	else:
47	>	aRates = parser.GetTriggerRatesByLS("AForPPOutput")
48	>	bRates = parser.GetTriggerRatesByLS("BForPPOutput")
49	>
50	>
51	>	expressRates = {}
52	>	if isCol:
53	>	expressRates = parser.GetTriggerRatesByLS("ExpressOutput")
54	>	else:
55	>	if len(parser.GetTriggerRatesByLS("ExpressOutput"))>0:
56	>	expressRates=parser.GetTriggerRatesByLS("ExpressOutput")
57	>	else:
58	>	expressRates = parser.GetTriggerRatesByLS("ExpressForCosmicsOutput")
59	>	ExpRate=0
60	>	PeakRate=0
61	>	AvgExpRate=0
62	>
63	>	ARate=0
64	>	PeakRateA=0
65	>	AvgRateA=0
66	>
67	>	realARate=0
68	>	realPeakRateA=0
69	>	realAvgRateA=0
70	>
71	>	if len(expressRates.values()) > 20:
72	>	AvgExpRate = sum(expressRates.values())/len(expressRates.values())
73	>
74	>	for ls in LumiRange:  ## Find the sum and peak express stream rates
75	>	thisR = expressRates.get(ls,0)
76	>	ExpRate+=thisR
77	>	if thisR>PeakRate:
78	>	PeakRate=thisR
79	>
80	>	thisRateA=aRates.get(ls,0)
81	>	ARate+=thisRateA
82	>	if thisRateA>PeakRateA:
83	>	PeakRateA=thisRateA
84	>
85	>	thisRealRateA = aRates.get(ls,0) - bRates.get(ls,0)*20
86	>	realARate+=thisRealRateA
87	>	if thisRealRateA > realPeakRateA:
88	>	realReakRateA = thisRealRateA
89	>	#ARate+=aRates.get(ls,0)
90	>	## Print Stream A Rate --moved see below
91	>	##print "Current Steam A Rate is: %0.1f Hz" % (ARate/len(LumiRange),)
92	>
93	>	Warn = False
94	>
95	>	##########################################
96	>	## Check if the express stream is too high or low
97	>	##########################################
98	>	global NHighExpress
99	>	badExpress = ((ExpRate/len(LumiRange) > config.MaxExpressRate) or (ExpRate/len(LumiRange)<0.1 and isCol)) ## avg express stream rate too high?
100	>	baseText = "\nCurrent Express Stream rate is: %0.1f Hz" % (ExpRate/len(LumiRange),) ## text to display
101	>	if badExpress:
102	>	text = colored(baseText,'red',attrs=['reverse'])  ## bad, make the text white on red
103	>	NHighExpress+=1  ## increment the bad express counter
104	>	else:
105	>	text = baseText
106	>	NHighExpress=0
107	>
108	>	write(text)
109	>	if badExpress:
110	>	if len(LumiRange)>1:
111	>	if (ExpRate-PeakRate)/(len(LumiRange)-1) <=config.MaxExpressRate: ## one lumisection causes this
112	>	write("  <<  This appears to be due to a 1 lumisection spike, please monitor\n")
113	>	else:
114	>	if NHighExpress > 1:  # big problem, call HLT DOC
115	>	write(colored("  <<  WARNING: Current Express rate is too high!",'red',attrs=['reverse']) )
116	>	Warn = True
117	>
118	>	#    if AvgExpRate > config.MaxExpressRate:
119	>	#        write( colored("\n\nWARNING: Average Express Stream Rate is too high (%0.1f Hz)  << CALL HLT DOC" % AvgExpRate,'red',attrs=['reverse']) )
120	>	#        Warn = True
121	>
122	>
123	>
124	>
125	>	#########################################
126	>	##Check if Stream A is too high
127	>	#########################################
128	>	global NHighStreamA
129	>	badStreamA =realARate/len(LumiRange) > config.MaxStreamARate ##Cosmics Express Rate 300 Hz max
130	>	baseTextA= "\nCurrent Steam A Rate is: %0.1f Hz" % (ARate/len(LumiRange),)
131	>	baseTextRealA= "\nCurrent PROMPT Steam A Rate is: %0.1f Hz" % (realARate/len(LumiRange),)
132	>	if badStreamA:
133	>	textA=colored(baseTextA,'red',attrs=['reverse'])  ## bad, make the text white on red
134	>	textRealA=colored(baseTextRealA,'red',attrs=['reverse'])  ## bad, make the text white on red
135	>	NHighStreamA+=1
136	>	else:
137	>	textA=baseTextA
138	>	textRealA=baseTextRealA
139	>	NHighStreamA=0
140	>
141	>	write(textA)
142	>	write(textRealA)
143	>	if badStreamA:
144	>	if len(LumiRange)>1:
145	>	if (realARate-realPeakRateA)/(len(LumiRange)-1) <=config.MaxStreamARate: ## one lumisection causes this
146	>	write("  <<  This appears to be due to a 1 lumisection spike, please monitor\n")
147	>	else:
148	>	if NHighStreamA >1: ##Call HLT doc!
149	>	write(colored("  <<  WARNING: Current Stream A rate is too high!",'red',attrs=['reverse']) )
150	>	Warn = True
151	>	write("\n\n")
152	>
153	>	######################################
154	>	##Warning for HLT doc
155	>	######################################
156	>	if Warn:  ## WARNING
157	>	rows, columns = os.popen('stty size', 'r').read().split()  ## Get the terminal size
158	>	cols = int(columns)
159	>	write( colored("*"*cols+"\n",'red',attrs=['reverse','blink']) )
160	>	line = "*" + " "*int((cols-22)/2)+"CALL HLT DOC (165575)"+" "*int((cols-23)/2)+"*\n"
161	>
162	>	write( colored(line,'red',attrs=['reverse','blink']) )
163	>	write( colored("*"*cols+"\n",'red',attrs=['reverse','blink']) )
164	>
165	>
166		PrescaleColumnString=''
167	+	PSCols = list(set(PSCols))
168		for c in PSCols:
169		PrescaleColumnString = PrescaleColumnString + str(c) + ","
170
171	<	write("The average instantaneous lumi of these lumisections is: ")
172	<	write(str(round(AvInstLumi,1))+"e30\n")
173	<	write("The delivered lumi of these lumi sections is:            ")
174	<	write(str(round(1000*AvDeliveredLumi,1))+"e30"+"\n")
175	<	write("The live (recorded) lumi of these lumi sections is:      ")
176	<	write(str(round(1000*AvLiveLumi,1))+"e30\n\n")
177	<	write("The average deadtime of these lumi sections is:          ")
178	<	if AvDeadTime > 5:
179	<	write(bcolors.FAIL)
180	<	elif AvDeadTime > 10:
181	<	write(bcolors.WARNING)
182	<	else:
183	<	write(bcolors.OKBLUE)
184	<	write(str(round(AvDeadTime,1))+"%")
185	<	write(bcolors.ENDC+"\n")
186	<
187	<	print "Used prescale column(s): "+str(PrescaleColumnString)
188	<	write("Lumisections: ")
171	>	if isCol:
172	>	write("The average instantaneous lumi of these lumisections is: ")
173	>	write(str(round(AvInstLumi,1))+"e30\n")
174	>	write("The delivered lumi of these lumi sections is:            ")
175	>	write(str(round(len(LumiRange)*AvDeliveredLumi,1))+"e30"+"\n")
176	>	write("The live (recorded) lumi of these lumi sections is:      ")
177	>	write(str(round(len(LumiRange)*AvLiveLumi,1))+"e30\n\n")
178	>	write("The average deadtime of these lumi sections is:          ")
179	>	if deadtimebeamactive > 5:
180	>	write(bcolors.FAIL)
181	>	elif deadtimebeamactive > 10:
182	>	write(bcolors.WARNING)
183	>	else:
184	>	write(bcolors.OKBLUE)
185	>	write(str(round(deadtimebeamactive,2))+"%")
186	>	write(bcolors.ENDC+"\n")
187	>	write("Used prescale column(s): %s  " % (str(PrescaleColumnString),) )
188	>	if LastPSCol in config.ForbiddenCols and isCol:
189	>	write( colored("<< Using column %d! Please check in the documentation that this is the correct column" % (LastPSCol),'red',attrs=['reverse']) )
190	>	write("\nLumisections: ")
191		if not isSequential(LumiRange):
192		write(str(LumiRange)+"   Lumisections are not sequential (bad LS skipped)\n")
193		else:
194		write("%d - %d\n" % (min(LumiRange),max(LumiRange),))
195	<	print "\nLast Lumisection of the run is:        "+str(parser.GetLastLS())
196	<	write(  "Last Lumisection good for physics is:  "+str(parser.GetLastLS(True)) )
197	<	if parser.GetLastLS(True)!=max(LumiRange):
198	<	write(bcolors.WARNING)
199	<	write("  << This exceeds the last lumisection parsed")
200	<	write(bcolors.ENDC+"\n\n\n")
201	<
202	<	L1RatePredictions = config.GetExpectedL1Rates(AvInstLumi)
203	<	if len(L1RatePredictions):
204	<	print "Expected Level 1 Rates:"
205	<	for key,val in L1RatePredictions.iteritems():
206	<	write("Prescale Column "+str(key)+":  "+str(round(val/1000,1))+" kHz")
207	<	##if key == LastPSCol:
208	<	##    write(' << We Are here!')
55	<	##write('\n')
195	>	##print "\nLast Lumisection of the run is:        "+str(parser.GetLastLS())
196	>	write(  "\nLast Lumisection good where DAQ is active is:  "+str(parser.GetLastLS(isCol)) )
197	>	##write(  "Last Lumisection where DAQ is active is:  "+str(parser.GetLastLS(True)) )
198	>	write("\n\n\n")
199	>
200	>	## if isCol:
201	>	##         L1RatePredictions = config.GetExpectedL1Rates(AvInstLumi)
202	>	##         if len(L1RatePredictions):
203	>	##             print "Expected Level 1 Rates:"
204	>	##         for key,val in L1RatePredictions.iteritems():
205	>	##             write("Prescale Column "+str(key)+":  "+str(round(val/1000,1))+" kHz")
206	>	##             if key == LastPSCol:
207	>	##                 write(' << taking data in this column')
208	>	##             write('\n')
209
210
211

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