def analyse_test_list(self, testList):
tests = []
testchain = AbstractClasses.Helper.testchain.parse_test_list(testList)
test = testchain.next()
Testnames = []
while test:
env = AbstractClasses.Helper.environment.environment(test.test_str, self.initParser)
test.environment = env
test.testname = test.test_str.split("@")[0]
Testnames.append(test.test_str.split("@")[0])
test = test.next()
index = 0
test = testchain.next()
if not ('HREfficiency' in Testnames):
tests, test, index = self.appendTemperatureGraph(tests, test, index)
HRTestAdded = False
while test:
if 'fulltest' in test.testname.lower():
print '\t-> appendFulltest'
tests, test, index = self.appendFulltest(tests, test, index)
elif 'powercycle' in test.testname:
test = test.next()
elif 'fpixtest' in test.testname.lower():
print '\t-> appendFPIXTest'
tests, test, index = self.appendFPIXTest(tests, test, index)
elif 'purduetest' in test.testname.lower():
print '\t-> appendPurduetest'
tests, test, index = self.appendPurduetest(tests, test, index)
elif 'pretest' in test.testname.lower():
print '\t-> appendPretest'
# skips the pretest, not a high priority to parse
test = test.next()
elif 'cycle' in test.testname.lower():
print '\t-> appendTemperatureCycle'
tests, test, index = self.appendTemperatureCycle(tests, test, index)
elif 'xrayspectrum' in test.testname.lower() or 'xraypxar' in test.testname.lower():
print '\t-> appendXraySpectrum'
tests, test, index = self.appendXrayCalibration(tests, test, index)
elif (
('hrefficiency' in test.testname.lower()
or 'hrdata' in test.testname.lower()
or 'hrscurves' in test.testname.lower()
)
and not HRTestAdded
):
# Accept all tests with names 'HREfficiency'
print '\t-> appendXRayHighRateTest'
tests, test, index = self.appendXRayHighRateTest(tests, test, index)
HRTestAdded = True
elif 'leakagecurrentpon' in test.testname.lower():
print '\t-> appendLeakageCurrentPON'
tests, test, index = self.appendLeakageCurrentPON(tests, test, index)
else:
if self.verbose:
print '\t-> cannot convert ', test.testname
index += 1
test = test.next()
self.appendOperationDetails(self.ResultData['SubTestResultDictList'])
return tests
def analyse_test_list(self, testList):
print 'analyse_test_list'
tests = []
testchain = AbstractClasses.Helper.testchain.parse_test_list(testList)
test = testchain.next()
while test:
env = AbstractClasses.Helper.environment.environment(test.test_str, self.initParser)
test.environment = env
test.testname = test.test_str.split("@")[0]
test = test.next()
index = 0
test = testchain.next()
tests, test, index = self.appendTemperatureGraph(tests, test, index)
while test:
if 'fulltest' in test.testname.lower():
print '\t-> appendFulltest'
tests, test, index = self.appendFulltest(tests, test, index)
elif 'cycle' in test.testname.lower():
print '\t-> appendTemperatureCycle'
tests, test, index = self.appendTemperatureCycle(tests, test, index)
elif 'xrayspectrum' in test.testname.lower() or 'xraypxar' in test.testname.lower():
print '\t-> appendXraySpectrum'
tests, test, index = self.appendXrayCalibration(tests, test, index)
elif 'highratetest' in test.testname.lower() or \
'highratepixelmap' in test.testname.lower() or \
'highrateefficiency' in test.testname.lower():
# Accept all tests with names 'HighRateTest', 'HighRatePixelMap', and 'HighRateEfficiency' as high rate tests
# The distinction of the tests is made within the 'appendHighRateTest' function.
print '\t-> appendHighRateTest'
tests, test, index = self.appendHighRateTest(tests, test, index)
elif 'powercycle' in test.testname:
test = test.next()
else:
if self.verbose:
print '\t-> cannot convert ', test.testname
index += 1
test = test.next()
self.appendOperationDetails(self.ResultData['SubTestResultDictList'])
return tests
def analyse_test_list(self, testList):
tests = []
testchain = AbstractClasses.Helper.testchain.parse_test_list(testList)
if testchain:
test = testchain.next()
Testnames = []
while test:
env = AbstractClasses.Helper.environment.environment(test.test_str, self.initParser)
test.environment = env
test.testname = test.test_str.split("@")[0]
Testnames.append(test.test_str.split("@")[0])
test = test.next()
index = 0
test = testchain.next()
if not ('HREfficiency' in Testnames):
tests, test, index = self.appendTemperatureGraph(tests, test, index)
tests, test, index = self.appendHumidityGraph(tests, test, index)
tests, test, index = self.appendCurrentGraph(tests, test, index)
HRTestAdded = False
else:
test = None
self.TestResultEnvironmentObject.IVCurveFiles = {}
# qualifications
QualificationAdded = False
while test:
if 'fulltest' in test.testname.lower():
print '\t-> appendFulltest'
tests, test, index = self.appendFulltest(tests, test, index)
QualificationAdded = True
elif test.testname.lower().startswith('reception'):
print '\t-> appendReception'
tests, test, index = self.appendReception(tests, test, index)
QualificationAdded = True
elif 'powercycle' in test.testname:
test = test.next()
elif 'cycle' in test.testname.lower():
print '\t-> appendTemperatureCycle'
tests, test, index = self.appendTemperatureCycle(tests, test, index)
elif 'xrayspectrum' in test.testname.lower() or 'xraypxar' in test.testname.lower():
print '\t-> appendXraySpectrum'
tests, test, index = self.appendXrayCalibration(tests, test, index)
QualificationAdded = True
elif (
('hrefficiency' in test.testname.lower()
or 'hrdata' in test.testname.lower()
or 'hrscurves' in test.testname.lower()
)
and not HRTestAdded
):
# Accept all tests with names 'HREfficiency'
print '\t-> appendXRayHighRateTest'
tests, test, index = self.appendXRayHighRateTest(tests, test, index)
HRTestAdded = True
QualificationAdded = True
elif 'leakagecurrentpon' in test.testname.lower():
print '\t-> appendLeakageCurrentPON'
tests, test, index = self.appendLeakageCurrentPON(tests, test, index)
else:
if self.verbose:
print '\t-> cannot convert ', test.testname
index += 1
test = test.next()
# single tests
singleTestsList = ['PixelAlive', 'ReadbackCal', 'BumpBonding', 'Scurves', 'Trim', 'GainPedestal', 'Hitmap', 'PhOptimization']
# try to find tests from test list in ini file
if not QualificationAdded:
print "no qualifications found, looking for single tests"
#testchain = AbstractClasses.Helper.testchain.parse_test_list(testList)
if testchain:
test = testchain.next()
index = 0
while test:
if test.testname.lower() in [x.lower() for x in singleTestsList]:
print '\t-> appendSingleTest %s'%test.testname
tests, test, index = self.appendSingleTest(tests, test, index)
QualificationAdded = True
else:
if self.verbose:
print '\t-> cannot convert ', test.testname
index += 1
test = test.next()
# check root files in subfolders directly and try to find something...
if not QualificationAdded:
SubtestfoldersPath = "%s/*_*_*/*.root"%self.TestResultEnvironmentObject.ModuleDataDirectory
SubtestfolderRootFiles = glob.glob(SubtestfoldersPath)
print "found at least some .root files:", SubtestfolderRootFiles
# these defines the histograms which are checked for existence in the .root file
# if found, the single test is added
SingleTestsDicts = [
{'HistoDictSection': 'PixelMap',
'HistoDictEntry': 'Calibrate',
'SingleTestName': 'PixelAlive'},
{'HistoDictSection': 'VcalThresholdUntrimmed',
'HistoDictEntry': 'ThresholdMap',
'SingleTestName': 'Scurves'},
{'HistoDictSection': 'TrimBitMap',
'HistoDictEntry': 'TrimBitMap',
'SingleTestName': 'Trim'},
{'HistoDictSection': 'GainPedestal',
'HistoDictEntry': 'GainPedestalP0',
'SingleTestName': 'GainPedestal'},
{'HistoDictSection': 'PHMap',
'HistoDictEntry': 'MaxPHMap',
'SingleTestName': 'PhOptimization'},
]
for RootFileName in SubtestfolderRootFiles:
RootFile = ROOT.TFile.Open(RootFileName)
if RootFile:
self.check_Test_Software()
print "file: %s =>"%RootFileName
for SingleTestsDict in SingleTestsDicts:
if self.HistoDict.has_option(SingleTestsDict['HistoDictSection'], SingleTestsDict['HistoDictEntry']):
histname = self.HistoDict.get(SingleTestsDict['HistoDictSection'], SingleTestsDict['HistoDictEntry'])
object = HistoGetter.get_histo(RootFile, histname, rocNo = 0)
if object:
SubfolderName = RootFileName.split('/')[-2]
print '\t-> appendSingleTest %s'%test
index = int(SubfolderName.split('_')[0])
Environment = SubfolderName.split('_')[-1]
Temperature = Environment.replace('p','').replace('m', '-')
Directory = SubfolderName
tests, test, index = self.appendSingleTestFromRootfile(tests, SingleTestsDict['SingleTestName'], index, Directory, Environment, Temperature)
QualificationAdded = True
RootFile.Close()
else:
print "cannot open root file '%s'"%RootFileName
if not QualificationAdded:
print "Could not find anything to analyze, check if:"
print " - there is either a correct .ini file in configfiles subfolder containing the test list"
print " - or a .root file in the test subfolder containing histograms with the correct naming convention (eg. like in pxar.cfg)"
self.appendOperationDetails(self.ResultData['SubTestResultDictList'])
return tests
def analyse_test_list(self, testList):
tests = []
testchain = AbstractClasses.Helper.testchain.parse_test_list(testList)
test = testchain.next()
Testnames = []
while test:
env = AbstractClasses.Helper.environment.environment(
test.test_str, self.initParser)
test.environment = env
test.testname = test.test_str.split("@")[0]
Testnames.append(test.test_str.split("@")[0])
test = test.next()
index = 0
test = testchain.next()
if not ('HREfficiency' in Testnames):
tests, test, index = self.appendTemperatureGraph(
tests, test, index)
tests, test, index = self.appendHumidityGraph(tests, test, index)
HRTestAdded = False
self.TestResultEnvironmentObject.IVCurveFiles = {}
while test:
if 'fulltest' in test.testname.lower():
print '\t-> appendFulltest'
tests, test, index = self.appendFulltest(tests, test, index)
elif test.testname.lower().startswith('reception'):
print '\t-> appendReception'
tests, test, index = self.appendReception(tests, test, index)
elif 'powercycle' in test.testname:
test = test.next()
elif 'fpixtest' in test.testname.lower():
print '\t-> appendFulltest'
tests, test, index = self.appendFulltest(tests, test, index)
elif 'purduetest' in test.testname.lower():
print '\t-> appendFulltest'
tests, test, index = self.appendFulltest(tests, test, index)
elif 'quicktest' in test.testname.lower():
print '\t-> appendFulltest'
tests, test, index = self.appendFulltest(tests, test, index)
elif 'pretest' in test.testname.lower():
print '\t-> appendPretest'
# skips the pretest, not a high priority to parse
test = test.next()
elif 'cycle' in test.testname.lower():
print '\t-> appendTemperatureCycle'
tests, test, index = self.appendTemperatureCycle(
tests, test, index)
elif 'xrayspectrum' in test.testname.lower(
) or 'xraypxar' in test.testname.lower():
print '\t-> appendXraySpectrum'
tests, test, index = self.appendXrayCalibration(
tests, test, index)
elif (('hrefficiency' in test.testname.lower()
or 'hrdata' in test.testname.lower()
or 'hrscurves' in test.testname.lower())
and not HRTestAdded):
# Accept all tests with names 'HREfficiency'
print '\t-> appendXRayHighRateTest'
tests, test, index = self.appendXRayHighRateTest(
tests, test, index)
HRTestAdded = True
elif 'leakagecurrentpon' in test.testname.lower():
print '\t-> appendLeakageCurrentPON'
tests, test, index = self.appendLeakageCurrentPON(
tests, test, index)
else:
if self.verbose:
print '\t-> cannot convert ', test.testname
index += 1
test = test.next()
self.appendOperationDetails(self.ResultData['SubTestResultDictList'])
return tests
