def makePhEDExDrop(dbsUrl, datasetPath, *blockNames):
"""
_makePhEDExDrop_
Given a DBS2 Url, dataset name and list of blockNames,
generate an XML structure for injection
"""
spec = XMLInjectionSpec(dbsUrl,
datasetPath)
reader = DBSReader(dbsUrl)
for block in blockNames:
blockContent = reader.getFileBlock(block)
isOpen = reader.blockIsOpen(block)
if isOpen:
xmlBlock = spec.getFileblock(block, "y")
else:
xmlBlock = spec.getFileblock(block, "n")
for x in blockContent[block]['Files']:
checksums = {'cksum' : x['Checksum']}
if x.get('Adler32') not in (None, ''):
checksums['adler32'] = x['Adler32']
xmlBlock.addFile(x['LogicalFileName'], checksums, x['FileSize'])
improv = spec.save()
xmlString = improv.makeDOMElement().toprettyxml()
return xmlString
def createJobSplitter(dataset, dbsUrl, onlyClosedBlocks=False, siteWhitelist=[], blockWhitelist=[], withParents=False):
"""
_createJobSplitter_
Instantiate a JobSplitter instance for the dataset provided
and populate it with details from DBS.
"""
reader = DBSReader(dbsUrl)
result = JobSplitter(dataset)
filterSites = len(siteWhitelist) > 0
filterBlocks = len(blockWhitelist) > 0
for blockName in reader.listFileBlocks(dataset, onlyClosedBlocks):
locations = reader.listFileBlockLocation(blockName)
if filterBlocks:
if blockName not in blockWhitelist:
msg = "Excluding block %s based on block whitelist: %s\n" % (blockName, blockWhitelist)
logging.debug(msg)
continue
if filterSites:
siteMatches = filter(lambda x: x in locations, siteWhitelist)
if len(siteMatches) == 0:
msg = "Excluding block %s based on sites: %s \n" % (blockName, locations)
logging.debug(msg)
continue
else:
locations = siteMatches
newBlock = result.newFileblock(blockName, *locations)
if withParents == True:
blockData = reader.getFileBlockWithParents(blockName)[blockName]
else:
blockData = reader.getFileBlock(blockName)[blockName]
totalEvents = 0
fileList = set()
for fileInfo in blockData["Files"]:
totalEvents += fileInfo["NumberOfEvents"]
fileList.add(fileInfo["LogicalFileName"])
if withParents:
parList = [x["LogicalFileName"] for x in fileInfo["ParentList"]]
newBlock.addFile(fileInfo["LogicalFileName"], fileInfo["NumberOfEvents"], parList)
else:
newBlock.addFile(fileInfo["LogicalFileName"], fileInfo["NumberOfEvents"])
logging.debug("Block %s contains %s events in %s files" % (blockName, totalEvents, len(fileList)))
return result
def createJobSplitter(dataset,
dbsUrl,
onlyClosedBlocks=False,
siteWhitelist=[],
blockWhitelist=[],
withParents=False):
"""
_createJobSplitter_
Instantiate a JobSplitter instance for the dataset provided
and populate it with details from DBS.
"""
reader = DBSReader(dbsUrl)
result = JobSplitter(dataset)
filterSites = len(siteWhitelist) > 0
filterBlocks = len(blockWhitelist) > 0
for blockName in reader.listFileBlocks(dataset, onlyClosedBlocks):
locations = reader.listFileBlockLocation(blockName)
if filterBlocks:
if blockName not in blockWhitelist:
msg = "Excluding block %s based on block whitelist: %s\n" % (
blockName, blockWhitelist)
logging.debug(msg)
continue
if filterSites:
siteMatches = filter(lambda x: x in locations, siteWhitelist)
if len(siteMatches) == 0:
msg = "Excluding block %s based on sites: %s \n" % (
blockName,
locations,
)
logging.debug(msg)
continue
else:
locations = siteMatches
newBlock = result.newFileblock(blockName, *locations)
if withParents == True:
blockData = reader.getFileBlockWithParents(blockName)[blockName]
else:
blockData = reader.getFileBlock(blockName)[blockName]
totalEvents = 0
fileList = set()
for fileInfo in blockData['Files']:
totalEvents += fileInfo['NumberOfEvents']
fileList.add(fileInfo['LogicalFileName'])
if withParents:
parList = [
x['LogicalFileName'] for x in fileInfo['ParentList']
]
newBlock.addFile(fileInfo['LogicalFileName'],
fileInfo['NumberOfEvents'], parList)
else:
newBlock.addFile(fileInfo['LogicalFileName'],
fileInfo['NumberOfEvents'])
logging.debug("Block %s contains %s events in %s files" % (
blockName,
totalEvents,
len(fileList),
))
return result