UserCode/RateMonShiftTool_dev/MenuAnalyzer.py

#!/usr/bin/env python

import os
import sys
from DatabaseParser import ConnectDB
import re
import cx_Oracle
import eventContent

try:  ## set is builtin in python 2.6.4 and sets is deprecated
    set
except NameError:
    from sets import Set

class MenuAnalyzer:
    def __init__(self,name):
        ##default ranges
        self.maxModuleNameLength = 300
        self.maxModulesPerPath   = 50
        self.maxPaths = 500
        self.maxEndPaths = 30

        ##required streams
        self.requiredStreamsAndPDs = { 'Calibration' : ['TestEnablesEcalHcalDT'],'EcalCalibration' : ['EcalLaser'],
                                  'TrackerCalibration' : ['TestEnablesTracker'], 'DQM' : 'OnlineMonitor'}
        self.ExpressStreamName = 'Express'
        self.expressPDs      = { 'ExpressPhysics' : 'Collisions',
                                 'ExpressCosmics' : 'Cosmics' }

        self.expressType = ''

        self.menuName = name
        self.endPathList = set()
        self.perPathModuleList={}
        self.perModuleTypeList={}
        self.perStreamPDList={}
        self.perPDPathList={}
        self.Results={}
        self.ModuleList=[]
        self.ESModuleList=[]
        self.eventContent={}
        self.ParkingTriggers=[]
        self.NotParkingTriggers=[]

        self.AnalysisList=[]
        

        ## statically define the analysis map: new analyses must be registered here
        self.AnalysisMap = {
            'moduleLength' : self.checkModuleLength,
            'numberOfPaths' : self.checkNumPaths,
            'numberOfEndPaths' : self.checkNumEndPaths,
            'reqStreamsAndPDs' : self.reqStreamsAndPDs,
            'checkExpress' : self.checkExpress,
            'checkNameFormats' :self.checkNameFormats,
            'checkEventContent':self.checkEventContent,
            'checkL1Unmask':self.checkL1Unmask,
            'checkDQMStream':self.checkDQMStream,
            'checkStreamB':self.checkStreamB
            }
        self.ProblemDescriptions = {
            'moduleLength':'Modules too long',
            'numberOfPaths':'Too many paths',
            'numberOfEndPaths':'Too many endpaths',
            'reqStreamsAndPDs':'Missing required stream/PD',
            'checkExpress' : 'Invalid or missing express stream/PD',
            'checkNameFormats' : 'Invalid PD or path name format',
            'checkEventContent' : 'Invalid Event Content',
            'checkL1Unmask' : 'L1 Unmask Module in Menu',
            'checkDQMStream' : 'Check that the DQM stream contains correct trigger',
            'checkStreamB' : 'Check all parking triggers in stream B'
            }

        self.T0REGEXP = { ## These are the regexps that T0 uses to access things
            # Regexp for save file name paths. We don't process anything else.
            'RXSAFEPATH' : re.compile("^[-A-Za-z0-9_]+$"),
            # Regexp for valid dataset names.
            'RXDATASET' : re.compile("^[-A-Za-z0-9_]+$"),
            # Regexp for valid RelVal dataset names.
            'RXRELVALMC' : re.compile("^/RelVal[^/]+/(CMSSW(?:_[0-9]+)+(?:_pre[0-9]+)?)[-_].*$"),
            'RXRELVALDATA' : re.compile("^/[^/]+/(CMSSW(?:_[0-9]+)+(?:_pre[0-9]+)?)[-_].*$"),
            # Regexp for online DQM files.
            'RXONLINE' : re.compile("^(?:.*/)?DQM_V(\d+)(_[A-Za-z0-9]+)?_R(\d+)\.root$"),
            # Regexp for offline DQM files.
            'RXOFFLINE' : re.compile("^(?:.*/)?DQM_V(\d+)_R(\d+)((?:__[-A-Za-z0-9_]+){3})\.root$"),
            # Regexp for acquisition era part of the processed dataset name.
            'RXERA' : re.compile("^([A-Za-z]+\d+|CMSSW(?:_[0-9]+)+(?:_pre[0-9]+)?)")
            }

    def AddAnalysis(self,name): 
        self.AnalysisList.append(name)

    def AddAllAnalyses(self):
        for name in self.AnalysisMap.iterkeys():
            self.AddAnalysis(name)

    def Analyze(self):
        cursor = ConnectDB('hlt')
        self.GetModules(cursor)
        self.GetESModules(cursor)
        self.GetStreamsPathsPDs(cursor)
        self.GetEventContent(cursor)
        self.findParkingTriggers()
        for analysis in self.AnalysisList: 
            if not self.AnalysisMap.has_key(analysis):
                print "ERROR: Analysis %s not defined" % (analysis,)
                continue
            self.AnalysisMap[analysis]()
        

    def checkModuleLength(self):
        self.Results['moduleLength'] = []
        for modName,type in self.perModuleTypeList.iteritems():
            if len(modName) > self.maxModuleNameLength: self.Results['moduleLength'].append(modName)
        
    def checkNumPaths(self):
        if len(self.perPathModuleList) > self.maxPaths:
            self.Results['numberOfPaths'] = len(self.perPathModuleList) 
        else:
            self.Results['numberOfPaths'] = 0
    def checkNumEndPaths(self):
        if len(self.endPathList) > self.maxEndPaths:
            self.Results['numberOfEndPaths'] = len(self.endPathList)
        else:
            self.Results['numberOfEndPaths'] = 0
    def reqStreamsAndPDs(self):
        self.Results['reqStreamsAndPDs'] = []
        for stream,PDList in self.requiredStreamsAndPDs.iteritems():
            if not self.perStreamPDList.has_key(stream): self.Results['reqStreamsAndPDs'].append(stream)
            for PD in PDList:
                if not PD in self.requiredStreamsAndPDs[stream]: self.Results['reqStreamsAndPDs'].append(stream+'::'+PD)
    
    def checkExpress(self):
        self.Results['checkExpress'] = []
        if not self.perStreamPDList.has_key(self.ExpressStreamName):
            self.Results['checkExpress'].append(self.ExpressStreamName)
            return

        if len(self.perStreamPDList[self.ExpressStreamName]) >1:
            self.Results['checkExpress'].append("MULTIPLE_PDS")
        if len(self.perStreamPDList[self.ExpressStreamName]) <1:
            self.Results['checkExpress'].append("NO_PDS")

        for PD in self.perStreamPDList[self.ExpressStreamName]:
            if not self.expressPDs.has_key(PD):
                self.Results['checkExpress'].append(self.ExpressStreamName+"::"+PD)
            else:
                self.expressType = self.expressPDs[PD]
                
        
    def checkNameFormats(self):
        self.Results['checkNameFormats']=[]
        for PD in self.perPDPathList.iterkeys():
            if not self.T0REGEXP['RXDATASET'].match(PD):
                for k,v in self.perStreamPDList.iteritems():
                    if PD in v:
                        self.Results['checkNameFormats'].append(k+"::"+PD)
                        break
                
                self.Results['checkNameFormats'].append('NO STREAM::'+PD)
        for path in self.perPathModuleList.iterkeys():
            if not self.T0REGEXP['RXSAFEPATH'].match(path):
                self.Results['checkNameFormats'].append(path)

    def checkEventContent(self):
        self.Results['checkEventContent']=[]
        for stream,content in self.eventContent.iteritems():
            #first check for a drop statement
            if not ('drop *' in content or 'drop *_hlt*_*_*' in content):
                self.Results['checkEventContent'].append(stream+'::drop *')
            if not eventContent.requiredEventContent.has_key(stream): continue
            requiredContent = eventContent.requiredEventContent[stream]
            for entry in requiredContent:
                if not entry in content:
                    self.Results['checkEventContent'].append(stream+'::'+entry)

    def checkL1Unmask(self):
        self.Results['checkL1Unmask']=[]
        if 'L1GtTriggerMaskAlgoTrigTrivialProducer' in self.ESModuleList:
            self.Results['checkL1Unmask'].append('L1GtTriggerMaskAlgoTrigTrivialProducer')
        if 'L1GtTriggerMaskTechTrigTrivialProducer' in self.ESModuleList:
            self.Results['checkL1Unmask'].append('L1GtTriggerMaskTechTrigTrivialProducer')


    def findParkingPDs(self):
        ParkingPDs=[]
        NotParkingPDs=[]
        for PD in self.perStreamPDList["A"]: # look at PDs only in stream A
            if PD.find("Parked")!=-1: #look for PDs with Parked in the name
                ParkingPDs.append(PD)
            else:
                NotParkingPDs.append(PD)
        return (ParkingPDs,NotParkingPDs)

    def findParkingTriggers(self):
        ParkingPDs,NotParkingPDs = self.findParkingPDs()
        for PD in NotParkingPDs:
            for trig in self.perPDPathList[PD]: self.NotParkingTriggers.append(trig) # first append ALL triggers from the not in parking PDs
        for PD in ParkingPDs:
            for trig in self.perPDPathList[PD]:
                if not trig in self.NotParkingTriggers: self.ParkingTriggers.append(trig) # get triggers that don't show up in the non-parking PDs
                

    def checkDQMStream(self):
        self.Results['checkDQMStream']=[]
        for trig in self.NotParkingTriggers:
            if trig.find("LogMonitor")!=-1: continue
            if not trig in self.perPDPathList["OnlineMonitor"]: self.Results['checkDQMStream'].append("NotInDQM::%s"%trig)
        for trig in self.ParkingTriggers:
            if trig in self.perPDPathList["OnlineMonitor"]: self.Results['checkDQMStream'].append("ParkingTriggerInDQM::%s"%trig)

    def checkStreamB(self):
        self.Results['checkStreamB']=[]
        for trig in self.ParkingTriggers:
            if not trig in self.perPDPathList["ParkingMonitor"]: self.Results['checkStreamB'].append("ParkingTriggerNotInStreamB::%s" %trig)
            
    def GetModules(self,cursor):
        sqlquery ="""  
        SELECT I.NAME,E.NAME,D.NAME,I.ISENDPATH
        FROM
        CMS_HLT.PARAMETERS B,
        CMS_HLT.SUPERIDPARAMETERASSOC C,
        CMS_HLT.MODULETEMPLATES D,
        CMS_HLT.MODULES E,
        CMS_HLT.PATHMODULEASSOC F,
        CMS_HLT.CONFIGURATIONPATHASSOC G,
        CMS_HLT.CONFIGURATIONS H,
        CMS_HLT.PATHS I
        WHERE
        B.PARAMID = C.PARAMID AND
        C.SUPERID = F.MODULEID AND
        E.TEMPLATEID = D.SUPERID AND
        F.MODULEID = E.SUPERID AND
        F.PATHID=G.PATHID AND
        I.PATHID=G.PATHID AND
        G.CONFIGID=H.CONFIGID AND
        H.CONFIGDESCRIPTOR='%s' 
        """ % (self.menuName,)
        
        cursor.execute(sqlquery)
        for PathName,ModuleName,ModuleType,endPath in cursor.fetchall():
            if not self.perPathModuleList.has_key(PathName): self.perPathModuleList[PathName] = []
            self.perPathModuleList[PathName].append(ModuleName)
            self.perModuleTypeList[ModuleName] = ModuleType
            if not ModuleName in self.ModuleList: self.ModuleList.append(ModuleName)
            if endPath: self.endPathList.add(PathName)


    def GetStreamsPathsPDs(self,cursor):
        sqlquery= """
        SELECT A.STREAMLABEL,E.NAME,F.DATASETLABEL
        FROM
        CMS_HLT.STREAMS A,
        CMS_HLT.CONFIGURATIONS B,
        CMS_HLT.CONFIGURATIONPATHASSOC C,
        CMS_HLT.PATHSTREAMDATASETASSOC D,
        CMS_HLT.PATHS E,
        CMS_HLT.PRIMARYDATASETS F
        WHERE
        B.CONFIGDESCRIPTOR='%s' AND
        C.CONFIGID=B.CONFIGID AND
        D.PATHID=C.PATHID AND
        A.STREAMID=D.STREAMID AND
        E.PATHID = C.PATHID AND
        F.DATASETID = D.DATASETID
        """ % (self.menuName,)
        
        cursor.execute(sqlquery)
        for StreamName,PathName,PDName in cursor.fetchall():
            if not self.perStreamPDList.has_key(StreamName): self.perStreamPDList[StreamName] = []
            if not PDName in self.perStreamPDList[StreamName]: self.perStreamPDList[StreamName].append(PDName)
            if not self.perPDPathList.has_key(PDName): self.perPDPathList[PDName] = []
            self.perPDPathList[PDName].append(PathName)

    def GetESModules(self,cursor):
        sqlquery = """
        SELECT UNIQUE(F.NAME)
        FROM
        CMS_HLT.ESMODULES F,
        CMS_HLT.CONFIGURATIONESMODULEASSOC G,
        CMS_HLT.CONFIGURATIONS H
        WHERE
        G.ESMODULEID = F.SUPERID AND
        G.CONFIGID=H.CONFIGID AND
        H.CONFIGDESCRIPTOR='%s'
        """ % (self.menuName,)

        cursor.execute(sqlquery)
        for ModuleName, in cursor.fetchall():
            if not ModuleName in self.ESModuleList: self.ESModuleList.append(ModuleName)

    def GetEventContent(self,cursor):
        sqlquery = """
        SELECT A.STREAMLABEL,H.STATEMENTTYPE,H.CLASSN,H.MODULEL,H.EXTRAN,H.PROCESSN
        FROM
        CMS_HLT.STREAMS A,
        CMS_HLT.CONFIGURATIONS B,
        CMS_HLT.CONFIGURATIONPATHASSOC C,
        CMS_HLT.PATHSTREAMDATASETASSOC D,
        CMS_HLT.PATHS E,
        CMS_HLT.ECSTREAMASSOC F,
        CMS_HLT.ECSTATEMENTASSOC G,
        CMS_HLT.EVENTCONTENTSTATEMENTS H
        WHERE
        B.CONFIGDESCRIPTOR='%s' AND
        C.CONFIGID=B.CONFIGID AND
        D.PATHID=C.PATHID AND
        A.STREAMID=D.STREAMID AND
        E.PATHID = C.PATHID AND
        F.STREAMID = D.STREAMID AND
        G.EVENTCONTENTID=F.EVENTCONTENTID AND
        H.STATEMENTID=G.STATEMENTID
        """ % (self.menuName,)

        cursor.execute(sqlquery)
        for stream,keep,Class,module,extra,process in cursor.fetchall():
            if not self.eventContent.has_key(stream): self.eventContent[stream]=[]
            statement = "%s_%s_%s_%s" % (Class,module,extra,process,)
            if statement == "*_*_*_*": statement = "*"
            if keep == 1: statement = "keep "+statement
            else: statement = "drop "+statement
            if not statement in self.eventContent[stream]:
                self.eventContent[stream].append( statement )
Revision:	1.9
Committed:	Sat Sep 29 20:25:59 2012 UTC (12 years, 7 months ago) by amott
Content type:	text/x-python
Branch:	MAIN
Changes since 1.8:	+1 -0 lines
Log Message:	Added LogMonitor veto to DQM checker
#	User	Rev	Content
1	amott	1.1	#!/usr/bin/env python
2
3			import os
4			import sys
5			from DatabaseParser import ConnectDB
6			import re
7			import cx_Oracle
8	amott	1.5	import eventContent
9	amott	1.1
10			try: ## set is builtin in python 2.6.4 and sets is deprecated
11			set
12			except NameError:
13			from sets import Set
14
15			class MenuAnalyzer:
16			def __init__(self,name):
17			##default ranges
18			self.maxModuleNameLength = 300
19			self.maxModulesPerPath = 50
20			self.maxPaths = 500
21			self.maxEndPaths = 30
22
23			##required streams
24			self.requiredStreamsAndPDs = { 'Calibration' : ['TestEnablesEcalHcalDT'],'EcalCalibration' : ['EcalLaser'],
25	amott	1.3	'TrackerCalibration' : ['TestEnablesTracker'], 'DQM' : 'OnlineMonitor'}
26	amott	1.1	self.ExpressStreamName = 'Express'
27			self.expressPDs = { 'ExpressPhysics' : 'Collisions',
28			'ExpressCosmics' : 'Cosmics' }
29
30			self.expressType = ''
31
32			self.menuName = name
33			self.endPathList = set()
34			self.perPathModuleList={}
35			self.perModuleTypeList={}
36			self.perStreamPDList={}
37			self.perPDPathList={}
38			self.Results={}
39			self.ModuleList=[]
40	amott	1.6	self.ESModuleList=[]
41	amott	1.5	self.eventContent={}
42	amott	1.8	self.ParkingTriggers=[]
43			self.NotParkingTriggers=[]
44	amott	1.5
45	amott	1.1	self.AnalysisList=[]
46
47
48			## statically define the analysis map: new analyses must be registered here
49			self.AnalysisMap = {
50			'moduleLength' : self.checkModuleLength,
51			'numberOfPaths' : self.checkNumPaths,
52			'numberOfEndPaths' : self.checkNumEndPaths,
53			'reqStreamsAndPDs' : self.reqStreamsAndPDs,
54			'checkExpress' : self.checkExpress,
55	amott	1.5	'checkNameFormats' :self.checkNameFormats,
56	amott	1.6	'checkEventContent':self.checkEventContent,
57	amott	1.8	'checkL1Unmask':self.checkL1Unmask,
58			'checkDQMStream':self.checkDQMStream,
59			'checkStreamB':self.checkStreamB
60	amott	1.1	}
61	amott	1.2	self.ProblemDescriptions = {
62			'moduleLength':'Modules too long',
63			'numberOfPaths':'Too many paths',
64			'numberOfEndPaths':'Too many endpaths',
65			'reqStreamsAndPDs':'Missing required stream/PD',
66			'checkExpress' : 'Invalid or missing express stream/PD',
67	amott	1.5	'checkNameFormats' : 'Invalid PD or path name format',
68	amott	1.6	'checkEventContent' : 'Invalid Event Content',
69	amott	1.8	'checkL1Unmask' : 'L1 Unmask Module in Menu',
70			'checkDQMStream' : 'Check that the DQM stream contains correct trigger',
71			'checkStreamB' : 'Check all parking triggers in stream B'
72	amott	1.2	}
73	amott	1.1
74			self.T0REGEXP = { ## These are the regexps that T0 uses to access things
75			# Regexp for save file name paths. We don't process anything else.
76			'RXSAFEPATH' : re.compile("^[-A-Za-z0-9_]+$"),
77			# Regexp for valid dataset names.
78			'RXDATASET' : re.compile("^[-A-Za-z0-9_]+$"),
79			# Regexp for valid RelVal dataset names.
80			'RXRELVALMC' : re.compile("^/RelVal[^/]+/(CMSSW(?:_[0-9]+)+(?:_pre[0-9]+)?)[-_].*$"),
81			'RXRELVALDATA' : re.compile("^/[^/]+/(CMSSW(?:_[0-9]+)+(?:_pre[0-9]+)?)[-_].*$"),
82			# Regexp for online DQM files.
83			'RXONLINE' : re.compile("^(?:.*/)?DQM_V(\d+)(_[A-Za-z0-9]+)?_R(\d+)\.root$"),
84			# Regexp for offline DQM files.
85			'RXOFFLINE' : re.compile("^(?:.*/)?DQM_V(\d+)_R(\d+)((?:__[-A-Za-z0-9_]+){3})\.root$"),
86			# Regexp for acquisition era part of the processed dataset name.
87			'RXERA' : re.compile("^([A-Za-z]+\d+\|CMSSW(?:_[0-9]+)+(?:_pre[0-9]+)?)")
88			}
89
90			def AddAnalysis(self,name):
91			self.AnalysisList.append(name)
92
93			def AddAllAnalyses(self):
94			for name in self.AnalysisMap.iterkeys():
95			self.AddAnalysis(name)
96
97			def Analyze(self):
98			cursor = ConnectDB('hlt')
99			self.GetModules(cursor)
100	amott	1.6	self.GetESModules(cursor)
101	amott	1.1	self.GetStreamsPathsPDs(cursor)
102	amott	1.5	self.GetEventContent(cursor)
103	amott	1.8	self.findParkingTriggers()
104	amott	1.1	for analysis in self.AnalysisList:
105			if not self.AnalysisMap.has_key(analysis):
106			print "ERROR: Analysis %s not defined" % (analysis,)
107			continue
108			self.AnalysisMap[analysis]()
109
110
111			def checkModuleLength(self):
112			self.Results['moduleLength'] = []
113			for modName,type in self.perModuleTypeList.iteritems():
114			if len(modName) > self.maxModuleNameLength: self.Results['moduleLength'].append(modName)
115
116			def checkNumPaths(self):
117			if len(self.perPathModuleList) > self.maxPaths:
118			self.Results['numberOfPaths'] = len(self.perPathModuleList)
119			else:
120			self.Results['numberOfPaths'] = 0
121			def checkNumEndPaths(self):
122			if len(self.endPathList) > self.maxEndPaths:
123			self.Results['numberOfEndPaths'] = len(self.endPathList)
124			else:
125			self.Results['numberOfEndPaths'] = 0
126			def reqStreamsAndPDs(self):
127			self.Results['reqStreamsAndPDs'] = []
128			for stream,PDList in self.requiredStreamsAndPDs.iteritems():
129			if not self.perStreamPDList.has_key(stream): self.Results['reqStreamsAndPDs'].append(stream)
130			for PD in PDList:
131			if not PD in self.requiredStreamsAndPDs[stream]: self.Results['reqStreamsAndPDs'].append(stream+'::'+PD)
132
133			def checkExpress(self):
134			self.Results['checkExpress'] = []
135			if not self.perStreamPDList.has_key(self.ExpressStreamName):
136			self.Results['checkExpress'].append(self.ExpressStreamName)
137			return
138
139			if len(self.perStreamPDList[self.ExpressStreamName]) >1:
140			self.Results['checkExpress'].append("MULTIPLE_PDS")
141			if len(self.perStreamPDList[self.ExpressStreamName]) <1:
142			self.Results['checkExpress'].append("NO_PDS")
143
144			for PD in self.perStreamPDList[self.ExpressStreamName]:
145			if not self.expressPDs.has_key(PD):
146			self.Results['checkExpress'].append(self.ExpressStreamName+"::"+PD)
147			else:
148			self.expressType = self.expressPDs[PD]
149
150
151
152			def checkNameFormats(self):
153			self.Results['checkNameFormats']=[]
154			for PD in self.perPDPathList.iterkeys():
155			if not self.T0REGEXP['RXDATASET'].match(PD):
156	amott	1.7	for k,v in self.perStreamPDList.iteritems():
157			if PD in v:
158			self.Results['checkNameFormats'].append(k+"::"+PD)
159			break
160
161			self.Results['checkNameFormats'].append('NO STREAM::'+PD)
162	amott	1.1	for path in self.perPathModuleList.iterkeys():
163			if not self.T0REGEXP['RXSAFEPATH'].match(path):
164			self.Results['checkNameFormats'].append(path)
165	amott	1.5
166			def checkEventContent(self):
167			self.Results['checkEventContent']=[]
168			for stream,content in self.eventContent.iteritems():
169			#first check for a drop statement
170			if not ('drop ' in content or 'drop _hlt__*' in content):
171			self.Results['checkEventContent'].append(stream+'::drop *')
172			if not eventContent.requiredEventContent.has_key(stream): continue
173			requiredContent = eventContent.requiredEventContent[stream]
174			for entry in requiredContent:
175			if not entry in content:
176			self.Results['checkEventContent'].append(stream+'::'+entry)
177	amott	1.6
178			def checkL1Unmask(self):
179			self.Results['checkL1Unmask']=[]
180			if 'L1GtTriggerMaskAlgoTrigTrivialProducer' in self.ESModuleList:
181			self.Results['checkL1Unmask'].append('L1GtTriggerMaskAlgoTrigTrivialProducer')
182			if 'L1GtTriggerMaskTechTrigTrivialProducer' in self.ESModuleList:
183			self.Results['checkL1Unmask'].append('L1GtTriggerMaskTechTrigTrivialProducer')
184
185	amott	1.8
186			def findParkingPDs(self):
187			ParkingPDs=[]
188			NotParkingPDs=[]
189			for PD in self.perStreamPDList["A"]: # look at PDs only in stream A
190			if PD.find("Parked")!=-1: #look for PDs with Parked in the name
191			ParkingPDs.append(PD)
192			else:
193			NotParkingPDs.append(PD)
194			return (ParkingPDs,NotParkingPDs)
195
196			def findParkingTriggers(self):
197			ParkingPDs,NotParkingPDs = self.findParkingPDs()
198			for PD in NotParkingPDs:
199			for trig in self.perPDPathList[PD]: self.NotParkingTriggers.append(trig) # first append ALL triggers from the not in parking PDs
200			for PD in ParkingPDs:
201			for trig in self.perPDPathList[PD]:
202			if not trig in self.NotParkingTriggers: self.ParkingTriggers.append(trig) # get triggers that don't show up in the non-parking PDs
203
204
205			def checkDQMStream(self):
206			self.Results['checkDQMStream']=[]
207			for trig in self.NotParkingTriggers:
208	amott	1.9	if trig.find("LogMonitor")!=-1: continue
209	amott	1.8	if not trig in self.perPDPathList["OnlineMonitor"]: self.Results['checkDQMStream'].append("NotInDQM::%s"%trig)
210			for trig in self.ParkingTriggers:
211			if trig in self.perPDPathList["OnlineMonitor"]: self.Results['checkDQMStream'].append("ParkingTriggerInDQM::%s"%trig)
212
213			def checkStreamB(self):
214			self.Results['checkStreamB']=[]
215			for trig in self.ParkingTriggers:
216			if not trig in self.perPDPathList["ParkingMonitor"]: self.Results['checkStreamB'].append("ParkingTriggerNotInStreamB::%s" %trig)
217
218	amott	1.1	def GetModules(self,cursor):
219			sqlquery ="""
220			SELECT I.NAME,E.NAME,D.NAME,I.ISENDPATH
221			FROM
222			CMS_HLT.PARAMETERS B,
223			CMS_HLT.SUPERIDPARAMETERASSOC C,
224			CMS_HLT.MODULETEMPLATES D,
225			CMS_HLT.MODULES E,
226			CMS_HLT.PATHMODULEASSOC F,
227			CMS_HLT.CONFIGURATIONPATHASSOC G,
228			CMS_HLT.CONFIGURATIONS H,
229			CMS_HLT.PATHS I
230			WHERE
231			B.PARAMID = C.PARAMID AND
232			C.SUPERID = F.MODULEID AND
233			E.TEMPLATEID = D.SUPERID AND
234			F.MODULEID = E.SUPERID AND
235			F.PATHID=G.PATHID AND
236			I.PATHID=G.PATHID AND
237			G.CONFIGID=H.CONFIGID AND
238			H.CONFIGDESCRIPTOR='%s'
239			""" % (self.menuName,)
240
241			cursor.execute(sqlquery)
242			for PathName,ModuleName,ModuleType,endPath in cursor.fetchall():
243			if not self.perPathModuleList.has_key(PathName): self.perPathModuleList[PathName] = []
244			self.perPathModuleList[PathName].append(ModuleName)
245			self.perModuleTypeList[ModuleName] = ModuleType
246	amott	1.6	if not ModuleName in self.ModuleList: self.ModuleList.append(ModuleName)
247	amott	1.1	if endPath: self.endPathList.add(PathName)
248
249
250			def GetStreamsPathsPDs(self,cursor):
251			sqlquery= """
252			SELECT A.STREAMLABEL,E.NAME,F.DATASETLABEL
253			FROM
254			CMS_HLT.STREAMS A,
255			CMS_HLT.CONFIGURATIONS B,
256			CMS_HLT.CONFIGURATIONPATHASSOC C,
257			CMS_HLT.PATHSTREAMDATASETASSOC D,
258			CMS_HLT.PATHS E,
259			CMS_HLT.PRIMARYDATASETS F
260			WHERE
261			B.CONFIGDESCRIPTOR='%s' AND
262			C.CONFIGID=B.CONFIGID AND
263			D.PATHID=C.PATHID AND
264			A.STREAMID=D.STREAMID AND
265			E.PATHID = C.PATHID AND
266			F.DATASETID = D.DATASETID
267			""" % (self.menuName,)
268
269			cursor.execute(sqlquery)
270			for StreamName,PathName,PDName in cursor.fetchall():
271			if not self.perStreamPDList.has_key(StreamName): self.perStreamPDList[StreamName] = []
272			if not PDName in self.perStreamPDList[StreamName]: self.perStreamPDList[StreamName].append(PDName)
273			if not self.perPDPathList.has_key(PDName): self.perPDPathList[PDName] = []
274			self.perPDPathList[PDName].append(PathName)
275
276	amott	1.6	def GetESModules(self,cursor):
277			sqlquery = """
278			SELECT UNIQUE(F.NAME)
279			FROM
280			CMS_HLT.ESMODULES F,
281			CMS_HLT.CONFIGURATIONESMODULEASSOC G,
282			CMS_HLT.CONFIGURATIONS H
283			WHERE
284			G.ESMODULEID = F.SUPERID AND
285			G.CONFIGID=H.CONFIGID AND
286			H.CONFIGDESCRIPTOR='%s'
287			""" % (self.menuName,)
288
289			cursor.execute(sqlquery)
290			for ModuleName, in cursor.fetchall():
291			if not ModuleName in self.ESModuleList: self.ESModuleList.append(ModuleName)
292
293	amott	1.4	def GetEventContent(self,cursor):
294	amott	1.5	sqlquery = """
295			SELECT A.STREAMLABEL,H.STATEMENTTYPE,H.CLASSN,H.MODULEL,H.EXTRAN,H.PROCESSN
296	amott	1.4	FROM
297			CMS_HLT.STREAMS A,
298			CMS_HLT.CONFIGURATIONS B,
299	amott	1.5	CMS_HLT.CONFIGURATIONPATHASSOC C,
300			CMS_HLT.PATHSTREAMDATASETASSOC D,
301			CMS_HLT.PATHS E,
302			CMS_HLT.ECSTREAMASSOC F,
303			CMS_HLT.ECSTATEMENTASSOC G,
304			CMS_HLT.EVENTCONTENTSTATEMENTS H
305	amott	1.4	WHERE
306			B.CONFIGDESCRIPTOR='%s' AND
307			C.CONFIGID=B.CONFIGID AND
308			D.PATHID=C.PATHID AND
309			A.STREAMID=D.STREAMID AND
310			E.PATHID = C.PATHID AND
311	amott	1.5	F.STREAMID = D.STREAMID AND
312			G.EVENTCONTENTID=F.EVENTCONTENTID AND
313			H.STATEMENTID=G.STATEMENTID
314	amott	1.4	""" % (self.menuName,)
315	amott	1.5
316			cursor.execute(sqlquery)
317			for stream,keep,Class,module,extra,process in cursor.fetchall():
318			if not self.eventContent.has_key(stream): self.eventContent[stream]=[]
319			statement = "%s_%s_%s_%s" % (Class,module,extra,process,)
320			if statement == "___": statement = "*"
321			if keep == 1: statement = "keep "+statement
322			else: statement = "drop "+statement
323			if not statement in self.eventContent[stream]:
324			self.eventContent[stream].append( statement )