Python Job.outputsandbox方法代码示例

# 需要导入模块: from Ganga.GPIDev.Lib.Job import Job [as 别名]
# 或者: from Ganga.GPIDev.Lib.Job.Job import outputsandbox [as 别名]
    def __make_subjob__(self, mj, guids, names, sjob_evnts=-1, sites=None):
        
        """
        private method to create subjob object
        """
        
        logger.debug('generating subjob to run %d events in-total on files: %s' % (sjob_evnts, repr(guids)))
        j = Job()

        j.name            = mj.name
        j.inputdata       = mj.inputdata

        if j.inputdata.type in ['','DQ2']:
            j.inputdata.guids = guids

        j.inputdata.names = names

        j.outputdata    = mj.outputdata
        j.application   = mj.application
        if sjob_evnts != -1:
            j.application.max_events = sjob_evnts
        j.backend       = mj.backend
        
        if j.backend._name in ['LCG'] and j.backend.requirements._name == 'AtlasLCGRequirements':
            if sites:
                j.backend.requirements.sites = sites
        
        j.inputsandbox  = mj.inputsandbox
        j.outputsandbox = mj.outputsandbox

        return j

# 需要导入模块: from Ganga.GPIDev.Lib.Job import Job [as 别名]
# 或者: from Ganga.GPIDev.Lib.Job.Job import outputsandbox [as 别名]
    def split(self,job):
        from Ganga.GPIDev.Lib.Job import Job
        logger.debug("AnaTaskSplitterJob split called")
        sjl = []
        transform = stripProxy(job.application.getTransform())
        transform.setAppStatus(job.application, "removed")
        # Do the splitting
        for sj in self.subjobs:
            j = Job()
            j.inputdata = transform.partitions_data[sj-1]
            j.outputdata = job.outputdata
            j.application = job.application
            j.application.atlas_environment.append("OUTPUT_FILE_NUMBER=%i" % sj)
            j.backend = job.backend
            if transform.partitions_sites:
                if hasattr(j.backend.requirements, 'sites'):                
                    j.backend.requirements.sites = transform.partitions_sites[sj-1]                    
                else:
                    j.backend.site = transform.partitions_sites[sj-1]

            j.inputsandbox = job.inputsandbox
            j.outputsandbox = job.outputsandbox
            sjl.append(j)
            # Task handling
            j.application.tasks_id = job.application.tasks_id
            j.application.id = transform.getNewAppID(sj)
             #transform.setAppStatus(j.application, "submitting")
        if not job.application.tasks_id.startswith("00"):
            job.application.tasks_id = "00:%s" % job.application.tasks_id
        return sjl

# 需要导入模块: from Ganga.GPIDev.Lib.Job import Job [as 别名]
# 或者: from Ganga.GPIDev.Lib.Job.Job import outputsandbox [as 别名]
def create_gaudi_subjob(job, inputdata):
    j = Job()
    j.name = job.name
    j.application = copy_app(job.application)
    j.backend = job.backend # no need to deepcopy
    if inputdata:
        j.inputdata = inputdata
        if hasattr(j.application,'extra'):
            j.application.extra.inputdata = j.inputdata
    else:
        j.inputdata = None
        if hasattr(j.application,'extra'):
            j.application.extra.inputdata = BesDataset()
    j.outputsandbox = job.outputsandbox[:]
    j.outputdata = job.outputdata
    return j

# 需要导入模块: from Ganga.GPIDev.Lib.Job import Job [as 别名]
# 或者: from Ganga.GPIDev.Lib.Job.Job import outputsandbox [as 别名]
    def split(self,job):
        from Ganga.GPIDev.Lib.Job import Job
        subjobs = []
        primeTables = job.inputdata.get_dataset()

        ## avoid creating jobs with nothing to do
        if self.numsubjobs > len(primeTables):
            self.numsubjobs = len(primeTables)

        ## create subjobs
        for i in range(self.numsubjobs):
            j = Job()
            j.application   = job.application
            j.inputdata     = job.inputdata 
            j.inputdata.table_id_lower = 1 
            j.inputdata.table_id_upper = 1
            j.outputdata    = job.outputdata 
            j.inputsandbox  = job.inputsandbox
            j.outputsandbox = job.outputsandbox
            j.backend       = job.backend
            subjobs.append(j)

        ## chunksize of each subjob
        chunksize = len(primeTables) / self.numsubjobs

        offset = 0
        for i in range(len(subjobs)):
            my_chunksize = chunksize
            if len(primeTables) % self.numsubjobs >= i+1: my_chunksize+=1

            ## set lower bound id (inclusive)
            subjobs[i].inputdata.table_id_lower = offset+1
            ## fill subjob with prime tables 
            #for j in range(my_chunksize):
            #    subjobs[i].application.addPrimeTable(primeTables[offset+j])
            offset += my_chunksize
            ## set upper  bound id (inclusive)
            subjobs[i].inputdata.table_id_upper = offset

        return subjobs