Inheritance diagram for alignment.Alignment:

Public Member Functions
def	__init__ (self, name, config, runGeomComp="1")

def	getConditions (self)

def	getRepMap (self)

def	restrictTo (self, restriction)

Public Attributes
	color

	conditions

	globaltag

	mode

	name

	runGeomComp

	style

	title

Static Public Attributes
dictionary	condShorts

Private Member Functions
def	__getConditions (self, theConfig, theSection)

def	__shorthandExists (self, theRcdName, theShorthand)

def	__testDbExist (self, dbpath, tagname)

Detailed Description

Definition at line 9 of file alignment.py.

Constructor & Destructor Documentation

def alignment.Alignment.__init__	(	self,
		name,
		config,
		runGeomComp = `"1"`
	)

Definition at line 34 of file alignment.py.

     def __init__(self, name, config, runGeomComp = "1"):
         section = "alignment:%s"%name
         if not config.has_section( section ):
             raise AllInOneError("section %s not found. Please define the "
                                   "alignment!"%section)
         config.checkInput(section,
                           knownSimpleOptions = ['globaltag', 'style', 'color', 'title', 'mp', 'mp_alignments', 'mp_deformations', 'hp', 'hp_alignments', 'hp_deformations', 'sm', 'sm_alignments', 'sm_deformations'],
                           knownKeywords = ['condition'])
         self.name = clean_name(name)
         if config.exists(section,"title"):
             self.title = config.get(section,"title")
         else:
             self.title = self.name
         if (int(runGeomComp) != 1):
             self.name += "_run" + runGeomComp
             self.title += " run " + runGeomComp
         if "|" in self.title or "," in self.title or '"' in self.title:
             msg = "The characters '|', '\"', and ',' cannot be used in the alignment title!"
             raise AllInOneError(msg)
         self.runGeomComp = runGeomComp
         self.globaltag = config.get( section, "globaltag" )
         self.conditions = self.__getConditions( config, section )
 
         self.color = config.get(section,"color")
         self.style = config.get(section,"style")
 
         self.color = str(parsecolor(self.color))
         self.style = str(parsestyle(self.style))
 

Member Function Documentation

def alignment.Alignment.__getConditions	(	self,
		theConfig,
		theSection
	)

private

Definition at line 78 of file alignment.py.

References alignment.Alignment.__shorthandExists(), alignment.Alignment.__testDbExist(), electrons_cff.bool, helperFunctions.conddb(), alignment.Alignment.condShorts, edmIntegrityCheck.group, createfilelist.int, join(), SiStripPI.max, split, and digi_MixPreMix_cfi.strip.

     def __getConditions( self, theConfig, theSection ):
         conditions = []
         for option in theConfig.options( theSection ):
             if option in ("mp", "mp_alignments", "mp_deformations", "hp", "hp_alignments", "hp_deformations", "sm", "sm_alignments", "sm_deformations"):
                 matches = [re.match(_, option) for _ in ("^(..)$", "^(..)_alignments$", "^(..)_deformations$")]
                 assert sum(bool(_) for _ in matches) == 1, option
                 condPars = theConfig.get(theSection, option).split(",")
                 condPars = [_.strip() for _ in condPars]
                 if matches[0]:
                     alignments = True
                     deformations = True
                 elif matches[1]:
                     alignments = True
                     deformations = False
                     option = matches[1].group(1)
                 elif matches[2]:
                     alignments = False
                     deformations = True
                     option = matches[2].group(1)
                 else:
                     assert False
 
                 if option == "mp":
                     if len(condPars) == 1:
                         number, = condPars
                         jobm = None
                     elif len(condPars) == 2:
                         number, jobm = condPars
                     else:
                         raise AllInOneError("Up to 2 arguments accepted for {} (job number, and optionally jobm index)".format(option))
 
                     folder = "/afs/cern.ch/cms/CAF/CMSALCA/ALCA_TRACKERALIGN/MP/MPproduction/{}{}/".format(option, number)
                     if not os.path.exists(folder):
                         raise AllInOneError(folder+" does not exist.")
                     folder = os.path.join(folder, "jobData")
                     jobmfolders = set()
                     if jobm is None:
                         for filename in os.listdir(folder):
                             if re.match("jobm([0-9]*)", filename) and os.path.isdir(os.path.join(folder, filename)):
                                 jobmfolders.add(filename)
                         if len(jobmfolders) == 0:
                             raise AllInOneError("No jobm or jobm(number) folder in {}".format(folder))
                         elif len(jobmfolders) == 1:
                             folder = os.path.join(folder, jobmfolders.pop())
                         else:
                             raise AllInOneError(
                                                 "Multiple jobm or jobm(number) folders in {}\n".format(folder)
                                                 + ", ".join(jobmfolders) + "\n"
                                                 + "Please specify 0 for jobm, or a number for one of the others."
                                                )
                     elif jobm == "0":
                         folder = os.path.join(folder, "jobm")
                         if os.path.exists(folder + "0"):
                             raise AllInOneError("Not set up to handle a folder named jobm0")
                     else:
                         folder = os.path.join(folder, "jobm{}".format(jobm))
 
                     dbfile = os.path.join(folder, "alignments_MP.db")
                     if not os.path.exists(dbfile):
                         raise AllInOneError("No file {}.  Maybe your alignment folder is corrupted, or maybe you specified the wrong jobm?".format(dbfile))
 
                 elif option in ("hp", "sm"):
                     if len(condPars) == 1:
                         number, = condPars
                         iteration = None
                     elif len(condPars) == 2:
                         number, iteration = condPars
                     else:
                         raise AllInOneError("Up to 2 arguments accepted for {} (job number, and optionally iteration)".format(option))
                     folder = "/afs/cern.ch/cms/CAF/CMSALCA/ALCA_TRACKERALIGN2/HipPy/alignments/{}{}".format(option, number)
                     if not os.path.exists(folder):
                         raise AllInOneError(folder+" does not exist.")
                     if iteration is None:
                         for filename in os.listdir(folder):
                             match = re.match("alignments_iter([0-9]*).db", filename)
                             if match:
                                 if iteration is None or int(match.group(1)) > iteration:
                                     iteration = int(match.group(1))
                         if iteration is None:
                             raise AllInOneError("No alignments in {}".format(folder))
                     dbfile = os.path.join(folder, "alignments_iter{}.db".format(iteration))
                     if not os.path.exists(dbfile):
                         raise AllInOneError("No file {}.".format(dbfile))
 
                     if "\nDeformations" not in conddb("--db", dbfile, "listTags"):
                         deformations = False  #so that hp = XXXX works whether or not deformations were aligned
                         if not alignments:    #then it's specified with hp_deformations, which is a mistake
                             raise AllInOneError("{}{} has no deformations".format(option, number))
 
                 else:
                     assert False, option
 
                 if alignments:
                     conditions.append({"rcdName": "TrackerAlignmentRcd",
                                        "connectString": "sqlite_file:"+dbfile,
                                        "tagName": "Alignments",
                                        "labelName": ""})
                 if deformations:
                     conditions.append({"rcdName": "TrackerSurfaceDeformationRcd",
                                        "connectString": "sqlite_file:"+dbfile,
                                        "tagName": "Deformations",
                                        "labelName": ""})
 
             elif option.startswith( "condition " ):
                 rcdName = option.split( "condition " )[1]
                 condPars = theConfig.get( theSection, option ).split( "," )
                 if len(condPars) == 1:
                     if len(condPars[0])==0:
                         msg = ("In section [%s]: '%s' is used with too few "
                                "arguments. A connect_string and a tag are "
                                "required!"%(theSection, option))
                         raise AllInOneError(msg)
                     elif self.__shorthandExists(rcdName, condPars[0]):
                         shorthand = condPars[0]
                         condPars = [
                             self.condShorts[rcdName][shorthand]["connectString"],
                             self.condShorts[rcdName][shorthand]["tagName"],
                             self.condShorts[rcdName][shorthand]["labelName"]]
                     elif rcdName == "TrackerAlignmentErrorExtendedRcd" and condPars[0] == "zeroAPE":
                         raise AllInOneError("Please specify either zeroAPE_phase0 or zeroAPE_phase1")
                         #can probably make zeroAPE an alias of zeroAPE_phase1 at some point,
                         #but not sure if now is the time
                     else:
                         msg = ("In section [%s]: '%s' is used with '%s', "
                                "which is an unknown shorthand for '%s'. Either "
                                "provide at least a connect_string and a tag or "
                                "use a known shorthand.\n"
                                %(theSection, option, condPars[0], rcdName))
                         if rcdName in self.condShorts:
                             msg += "Known shorthands for '%s':\n"%(rcdName)
                             theShorts = self.condShorts[rcdName]
                             knownShorts = [("\t"+key+": "
                                             +theShorts[key]["connectString"]+","
                                             +theShorts[key]["tagName"]+","
                                             +theShorts[key]["labelName"]) \
                                                for key in theShorts]
                             msg+="\n".join(knownShorts)
                         else:
                             msg += ("There are no known shorthands for '%s'."
                                     %(rcdName))
                         raise AllInOneError(msg)
                 if len( condPars ) == 2:
                     condPars.append( "" )
                 if len(condPars) > 3:
                     msg = ("In section [%s]: '%s' is used with too many "
                            "arguments. A maximum of 3 arguments is allowed."
                            %(theSection, option))
                     raise AllInOneError(msg)
                 conditions.append({"rcdName": rcdName.strip(),
                                    "connectString": condPars[0].strip(),
                                    "tagName": condPars[1].strip(),
                                    "labelName": condPars[2].strip()})
 
         rcdnames = collections.Counter(condition["rcdName"] for condition in conditions)
         if rcdnames and max(rcdnames.values()) >= 2:
             raise AllInOneError("Some conditions are specified multiple times (possibly through mp or hp options)!\n"
                                 + ", ".join(rcdname for rcdname, count in rcdnames.iteritems() if count >= 2))
 
         for condition in conditions:
             self.__testDbExist(condition["connectString"], condition["tagName"])
 
         return conditions
 

def alignment.Alignment.__shorthandExists	(	self,
		theRcdName,
		theShorthand
	)

private

Method which checks, if `theShorthand` is a valid shorthand for the
given `theRcdName`.

Arguments:
- `theRcdName`: String which specifies the database record.
- `theShorthand`: String which specifies the shorthand to check.

Definition at line 63 of file alignment.py.

References alignment.Alignment.condShorts.

Referenced by alignment.Alignment.__getConditions().

     def __shorthandExists(self, theRcdName, theShorthand):
         """Method which checks, if `theShorthand` is a valid shorthand for the
         given `theRcdName`.
 
         Arguments:
         - `theRcdName`: String which specifies the database record.
         - `theShorthand`: String which specifies the shorthand to check.
         """
 
         if (theRcdName in self.condShorts) and \
                 (theShorthand in self.condShorts[theRcdName]):
             return True
         else:
             return False
 

def alignment.Alignment.__testDbExist	(	self,
		dbpath,
		tagname
	)

private

Definition at line 241 of file alignment.py.

References helperFunctions.conddb().

Referenced by alignment.Alignment.__getConditions().

     def __testDbExist(self, dbpath, tagname):
         if dbpath.startswith("sqlite_file:"):
             if not os.path.exists( dbpath.split("sqlite_file:")[1] ):
                 raise AllInOneError("could not find file: '%s'"%dbpath.split("sqlite_file:")[1])
             elif "\n"+tagname not in conddb("--db", dbpath.split("sqlite_file:")[1], "listTags"):
                 raise AllInOneError("{} does not exist in {}".format(tagname, dbpath))
 

def alignment.Alignment.getConditions ( self )

This function creates the configuration snippet to override
   global tag conditions.

Definition at line 267 of file alignment.py.

References alignment.Alignment.conditions, and helperFunctions.replaceByMap().

     def getConditions(self):
         """This function creates the configuration snippet to override
            global tag conditions.
            """
         if len( self.conditions ):
             loadCond = ("\nimport CalibTracker.Configuration."
                         "Common.PoolDBESSource_cfi\n")
             for cond in self.conditions:
                 if not cond["labelName"] == "":
                     temp = configTemplates.conditionsTemplate.replace(
                         "tag = cms.string('.oO[tagName]Oo.')",
                         ("tag = cms.string('.oO[tagName]Oo.'),"
                          "\nlabel = cms.untracked.string('.oO[labelName]Oo.')"))
                 else:
                     temp = configTemplates.conditionsTemplate
                 loadCond += replaceByMap( temp, cond )
         else:
             loadCond = ""
         return loadCond

def alignment.Alignment.getRepMap ( self )

Definition at line 256 of file alignment.py.

References alignment.Alignment.color, alignment.Alignment.globaltag, AlignableObjectId::entry.name, alignment.Alignment.name, TrackerSectorStruct.name, classes.MonitorData.name, MuonGeometrySanityCheckPoint.name, classes.OutputData.name, geometry.Structure.name, plotscripts.SawTeethFunction.name, alignment.Alignment.runGeomComp, alignment.Alignment.style, classes.PlotData.title, and alignment.Alignment.title.

Referenced by trackSplittingValidation.TrackSplittingValidation.appendToMerge(), primaryVertexValidation.PrimaryVertexValidation.appendToMerge(), offlineValidation.OfflineValidation.appendToMerge(), trackSplittingValidation.TrackSplittingValidation.appendToPlots(), primaryVertexValidation.PrimaryVertexValidation.appendToPlots(), zMuMuValidation.ZMuMuValidation.appendToPlots(), geometryComparison.GeometryComparison.createConfiguration(), genericValidation.GenericValidationData.createConfiguration(), genericValidation.GenericValidationData.createCrabCfg(), geometryComparison.GeometryComparison.createScript(), genericValidation.GenericValidationData.createScript(), genericValidation.ParallelValidation.doMerge(), zMuMuValidation.ZMuMuValidation.filesToCompare(), genericValidation.GenericValidationData.filesToCompare(), and plottingOptions.PlottingOptionsTrackSplitting.validsubdets().

     def getRepMap( self ):
         result = {
             "name": self.name,
             "title": self.title,
             "color": self.color,
             "style": self.style,
             "runGeomComp": self.runGeomComp,
             "GlobalTag": self.globaltag
             }
         return result
 

def alignment.Alignment.restrictTo	(	self,
		restriction
	)

Definition at line 248 of file alignment.py.

References alignment.Alignment.mode, and svgfig.Poly.mode.

     def restrictTo( self, restriction ):
         result = []
         if not restriction == None:
             for mode in self.mode:
                 if mode in restriction:
                     result.append( mode )
             self.mode = result
 

Member Data Documentation

alignment.Alignment.color

Definition at line 57 of file alignment.py.

Referenced by alignment.Alignment.getRepMap(), and edmStreamStallGrapher.StreamInfoElement.unpack().

alignment.Alignment.conditions

Definition at line 55 of file alignment.py.

Referenced by alignment.Alignment.getConditions().

dictionary alignment.Alignment.condShorts

static

Initial value:

 = {
         "TrackerAlignmentErrorExtendedRcd": {
             "zeroAPE_phase0": {
                 "connectString":("frontier://FrontierProd"
                                          "/CMS_CONDITIONS"),
                 "tagName": "TrackerIdealGeometryErrorsExtended210_mc",
                 "labelName": ""
             },
             "zeroAPE_phase1": {
                 "connectString":("frontier://FrontierProd"
                                          "/CMS_CONDITIONS"),
                 "tagName": "TrackerAlignmentErrorsExtended_Upgrade2017_design_v0",
                 "labelName": ""
             },
         },
         "TrackerSurfaceDeformationRcd": {
             "zeroDeformations": {
                 "connectString":("frontier://FrontierProd"
                                          "/CMS_CONDITIONS"),
                 "tagName": "TrackerSurfaceDeformations_zero",
                 "labelName": ""
             },
         },
     }