def importClassFromModuleString(s, verbose=False):
if isinstance(s,str):
s = s.strip()
if(s[0] == "{"):
# json string
s = cF.jsonParse(s)
if verbose:
print("Load class: %s in module: %s" % (s["className"],s["moduleName"]) )
return importClassFromModule(**s)
# normal string e.g.: JobGenerator.jobGenerators.jobGeneratorMPI.RigidBodySim
comps = s.split(".")
clName = comps[-1]
mdName = ".".join(comps[0:-1])
if verbose:
print("Load class: %s in module: %s" % (clName,mdName) )
return importClassFromModule(moduleName=mdName,className=clName)
elif isinstance(s,dict):
if verbose:
print("Load class: %s in module: %s" % (s["className"],s["moduleName"]) )
return importClassFromModule(**s)
else:
raise NameError("Could no load module by string: %s" % s)
def __checkConfig(self, interact):
# expand global and local dirs
if not path.exists(self.cTemplates.startJob):
raise CE.MyValueError("Start Script template %s does not exist!" % self.cTemplates.startJob)
if not path.exists(self.cTemplates.preProcessPerNode):
raise CE.MyValueError("Start Script template %s does not exist!" % self.cTemplates.preProcessPerNode)
if not path.exists(self.cTemplates.processPerCore):
raise CE.MyValueError("Start Script template %s does not exist!" % self.cTemplates.processPerCore)
if not path.exists(self.cTemplates.postProcessPerNode):
raise CE.MyValueError("Start Script template %s does not exist!" % self.cTemplates.postProcessPerNode)
if not path.exists(self.cTemplates.endJob):
raise CE.MyValueError("Start Script template %s does not exist!" % self.cTemplates.endJob)
if self.cJob.copyLocation and not path.exists(self.cJob.copyLocation):
raise CE.MyValueError("Copy location %s does not exist!" % self.cJob.copyLocation)
cF.checkNotExisting(self.cJob.globalDir, interact=interact, name="Global dir")
# add no tar command if not tarCommandToGlobalDir is not specified
if "tarCommandToGlobalDir" not in self.cJob:
self.cJob["tarCommandToGlobalDir"] = ""
if "pathChecker" in self.cJob:
pathChecker = cF.jsonParse(self.cJob.pathChecker)
pathChecker = cF.flatten(pathChecker)
for s in pathChecker:
if not os.path.exists(s) or not os.path.lexists(s):
raise CE.MyValueError("file: %s does not exist!" % s)
# check executbles with which and return correct path
if "executableChecker" in self.cJob:
execCheck = cF.jsonParse(self.cJob.executableChecker)
for varAccess, ex in execCheck:
exec("self.configDict" + varAccess + "= cF.checkExecutable(ex)")
def writeTemplates(self , generator, configDicts ):
# iterate over all template strings
for k,templ in self.cTemplates.items():
# get output file
outFile = self.cTemplatesOut[k]
# interprete the string as a json string if the first character is a {
# { "inputFile" : "?" , "outputFile": "??" , "configurator" : "??" }
# otherwise it is intrepreted as a inputFile which is configurated with the standart
# configurator which replaces strings and the output goes into the Job:scriptDir
# where the file is made executable
templ = templ.strip()
configurator = None
if templ and templ[0] == "{":
templ = cF.jsonParse(templ)
settings = {}
if "settings" in templ:
settings = templ["settings"]
inFile = templ["inputFile"]
configurator = templ["configurator"] # jobConfigurator.generatorRigidBody.adjuster or what ever
# only load each configurator once
configuratorHash = self.makeConfiguratorHash(**configurator)
# load the special configurator if not loaded yet
if configuratorHash not in self.templateConfigurators:
print("Instantiate configurator: " , configurator )
moduleType, classType = iH.importClassFromModule(**configurator)
self.templateConfigurators[configuratorHash] = classType({"commonFunctions":cF,"importHelpers":iH}) # make instance (hand over modules)
configuratorFunc = self.templateConfigurators[configuratorHash];
# configure file
configuratorFunc(generator, inFile, outFile, self.configDict, configDicts, **settings )
else:
# use standart dictionary adjuster as default
inFile = templ
#configure file
self.defaultTemplateConfigurator(generator,inFile, outFile, self.configDict, configDicts, verbose=self.cCluster.verbose, makeExecutable=True)
