def unifiedUnused(self):
"""
FIXME FIXME TODO
Leave this code in a different method until we evaluate what
is needed and what is not, and refactor this thing...
"""
# FIXME making pylint happy, remove these assignments
requestNames = []
uConfig = {}
# requestNames = [r.getName() for r in workflows]
# TODO: the logic below shows original unified port and it should be
# revisited wrt new proposal specs and unified codebase
# get workflows from list of requests
orig = time.time()
time0 = time.time()
requestWorkflows = self._getRequestWorkflows(requestNames)
requestWorkflows = requestWorkflows.values()
self.logger.debug(elapsedTime(time0, "### getWorkflows"))
# get workflows info summaries and collect datasets we need to process
winfo = workflowsInfo(requestWorkflows)
datasets = [d for row in winfo.values() for d in row['datasets']]
# find dataset info
time0 = time.time()
datasetBlocks, datasetSizes, _datasetTransfers = dbsInfo(
datasets, self.msConfig['dbsUrl'])
self.logger.debug(elapsedTime(time0, "### dbsInfo"))
# find block nodes information for our datasets
time0 = time.time()
blockNodes = phedexInfo(datasets, self.msConfig['phedexUrl'])
self.logger.debug(elapsedTime(time0, "### phedexInfo"))
# find events-lumis info for our datasets
time0 = time.time()
eventsLumis = eventsLumisInfo(datasets, self.msConfig['dbsUrl'])
self.logger.debug(elapsedTime(time0, "### eventsLumisInfo"))
# get specs for all requests and re-use them later in getSiteWhiteList as cache
reqSpecs = self._getRequestSpecs(requestNames)
# get siteInfo instance once and re-use it later, it is time-consumed object
siteInfo = SiteInfo(uConfig)
requestsToProcess = []
tst0 = time.time()
totBlocks = totEvents = totSize = totCpuT = 0
for wflow in requestWorkflows:
for wname, wspec in wflow.items():
time0 = time.time()
cput = getComputingTime(wspec,
eventsLumis=eventsLumis,
dbsUrl=self.msConfig['dbsUrl'],
logger=self.logger)
ncopies = getNCopies(cput)
attrs = winfo[wname]
ndatasets = len(attrs['datasets'])
npileups = len(attrs['pileups'])
nblocks = nevts = nlumis = size = 0
nodes = set()
for dataset in attrs['datasets']:
blocks = datasetBlocks[dataset]
for blk in blocks:
for node in blockNodes.get(blk, []):
nodes.add(node)
nblocks += len(blocks)
size += datasetSizes[dataset]
edata = eventsLumis.get(dataset, {
'num_event': 0,
'num_lumi': 0
})
nevts += edata['num_event']
nlumis += edata['num_lumi']
totBlocks += nblocks
totEvents += nevts
totSize += size
totCpuT += cput
sites = json.dumps(sorted(list(nodes)))
self.logger.debug("### %s", wname)
self.logger.debug(
"%s datasets, %s blocks, %s bytes (%s TB), %s nevts, %s nlumis, cput %s, copies %s, %s",
ndatasets, nblocks, size, teraBytes(size), nevts, nlumis,
cput, ncopies, sites)
# find out which site can serve given workflow request
t0 = time.time()
lheInput, primary, parent, secondary, allowedSites \
= self._getSiteWhiteList(uConfig, wspec, siteInfo, reqSpecs)
if not isinstance(primary, list):
primary = [primary]
if not isinstance(secondary, list):
secondary = [secondary]
wflowDatasets = primary + secondary
wflowDatasetsBlocks = []
for dset in wflowDatasets:
for item in datasetBlocks.get(dset, []):
wflowDatasetsBlocks.append(item)
rdict = dict(name=wname,
datasets=wflowDatasets,
blocks=wflowDatasetsBlocks,
npileups=npileups,
size=size,
nevents=nevts,
nlumis=nlumis,
cput=cput,
ncopies=ncopies,
sites=sites,
allowedSites=allowedSites,
parent=parent,
lheInput=lheInput,
primary=primary,
secondary=secondary)
requestsToProcess.append(rdict)
self.logger.debug(elapsedTime(t0, "### getSiteWhiteList"))
self.logger.debug(
"total # of workflows %s, datasets %s, blocks %s, evts %s, size %s (%s TB), cput %s (hours)",
len(winfo.keys()), len(datasets), totBlocks, totEvents, totSize,
teraBytes(totSize), totCpuT)
self.logger.debug(elapsedTime(tst0, '### workflows info'))
self.logger.debug(elapsedTime(orig, '### total time'))
return requestsToProcess
def requestsInfo(reqmgrAuxSvc, state='assignment-approved'):
"""
Helper function to get information about all requests
in assignment-approved state in ReqMgr
"""
# get list of known request in workqueue
requestJobs = workqueueRequests(state)
requests = requestJobs.keys()
# get workflows from list of requests
time0 = orig = time.time()
requestWorkflows = getRequestWorkflows(requests)
workflows = requestWorkflows.values()
elapsedTime(time0, "### getWorkflows")
# time0 = orig = time.time()
# workflows = getWorkflows(state)
# elapsedTime(time0, "### getWorkflows")
# get workflows info summaries and collect datasets we need to process
winfo = workflowsInfo(workflows)
datasets = [d for row in winfo.values() for d in row['datasets']]
# find dataset info
time0 = time.time()
datasetBlocks, datasetSizes = dbsInfo(datasets)
elapsedTime(time0, "### dbsInfo")
# find block nodes information for our datasets
time0 = time.time()
blockNodes = phedexInfo(datasets)
elapsedTime(time0, "### phedexInfo")
# find events-lumis info for our datasets
time0 = time.time()
eventsLumis = eventsLumisInfo(datasets)
elapsedTime(time0, "### eventsLumisInfo")
# get specs for all requests and re-use them later in getSiteWhiteList as cache
requests = [v['RequestName'] for w in workflows for v in w.values()]
reqSpecs = getRequestSpecs(requests)
# get siteInfo instance once and re-use it later, it is time-consumed object
siteInfo = SiteInfo()
requests = {}
totBlocks = totEvents = totSize = totCpuT = 0
tst0 = time.time()
for wflow in workflows:
for wname, wspec in wflow.items():
time0 = time.time()
cput = getComputingTime(wspec, eventsLumis=eventsLumis)
ncopies = getNCopies(cput)
attrs = winfo[wname]
ndatasets = len(attrs['datasets'])
npileups = len(attrs['pileups'])
nblocks = nevts = nlumis = size = 0
nodes = set()
for dataset in attrs['datasets']:
blocks = datasetBlocks[dataset]
for blk in blocks:
for node in blockNodes.get(blk, []):
nodes.add(node)
nblocks += len(blocks)
size += datasetSizes[dataset]
edata = eventsLumis.get(dataset, {'num_event':0, 'num_lumi':0})
nevts += edata['num_event']
nlumis += edata['num_lumi']
totBlocks += nblocks
totEvents += nevts
totSize += size
totCpuT += cput
sites = json.dumps(sorted(list(nodes)))
njobs = requestJobs[wname]
print("\n### %s" % wname)
print("%s datasets, %s blocks, %s bytes (%s TB), %s nevts, %s nlumis, cput %s, copies %s, %s" \
% (ndatasets, nblocks, size, teraBytes(size), nevts, nlumis, cput, ncopies, sites))
# find out which site can serve given workflow request
t0 = time.time()
lheInput, primary, parent, secondary, allowedSites \
= getSiteWhiteList(wspec, siteInfo, reqmgrAuxSvc, reqSpecs)
rdict = dict(name=wname, datasets=datasets, blocks=datasetBlocks,\
npileups=npileups, size=size, njobs=njobs,\
nevents=nevts, nlumis=nlumis, cput=cput, ncopies=ncopies,\
sites=sites, allowedSites=allowedSites, parent=parent,\
lheInput=lheInput, primary=primary, secondary=secondary)
requests[wname] = rdict
print("sites", allowedSites)
elapsedTime(t0, "getSiteWhiteList")
print("\ntotal # of workflows %s, datasets %s, blocks %s, evts %s, size %s (%s TB), cput %s (hours)" \
% (len(winfo.keys()), len(datasets), totBlocks, totEvents, totSize, teraBytes(totSize), totCpuT))
elapsedTime(tst0, 'workflows info')
elapsedTime(orig)
return requests
def unified(svc, requestRecords, logger):
"""
Unified Transferror box
Input parameters:
:param requestRecords: list of request records, see definition in requestRecord
:param logger: logger
"""
# get aux info for dataset/blocks from inputs/parents/pileups
# make subscriptions based on site white/black lists
logger.debug("### unified transferor")
requests = [r['name'] for r in requestRecords]
### TODO: the logic below shows original unified port and it should be
### revisited wrt new proposal specs and unified codebase
# get workflows from list of requests
orig = time.time()
time0 = time.time()
requestWorkflows = getRequestWorkflows(requests)
workflows = requestWorkflows.values()
logger.debug(elapsedTime(time0, "### getWorkflows"))
# get workflows info summaries and collect datasets we need to process
winfo = workflowsInfo(workflows)
datasets = [d for row in winfo.values() for d in row['datasets']]
# find dataset info
time0 = time.time()
datasetBlocks, datasetSizes = dbsInfo(datasets)
logger.debug(elapsedTime(time0, "### dbsInfo"))
# find block nodes information for our datasets
time0 = time.time()
blockNodes = phedexInfo(datasets)
logger.debug(elapsedTime(time0, "### phedexInfo"))
# find events-lumis info for our datasets
time0 = time.time()
eventsLumis = eventsLumisInfo(datasets)
logger.debug(elapsedTime(time0, "### eventsLumisInfo"))
# get specs for all requests and re-use them later in getSiteWhiteList as cache
requests = [v['RequestName'] for w in workflows for v in w.values()]
reqSpecs = getRequestSpecs(requests)
# get siteInfo instance once and re-use it later, it is time-consumed object
siteInfo = SiteInfo()
requestsToProcess = []
totBlocks = totEvents = totSize = totCpuT = 0
tst0 = time.time()
for wflow in workflows:
for wname, wspec in wflow.items():
time0 = time.time()
cput = getComputingTime(wspec, eventsLumis=eventsLumis)
ncopies = getNCopies(cput)
attrs = winfo[wname]
ndatasets = len(attrs['datasets'])
npileups = len(attrs['pileups'])
nblocks = nevts = nlumis = size = 0
nodes = set()
for dataset in attrs['datasets']:
blocks = datasetBlocks[dataset]
for blk in blocks:
for node in blockNodes.get(blk, []):
nodes.add(node)
nblocks += len(blocks)
size += datasetSizes[dataset]
edata = eventsLumis.get(dataset, {'num_event': 0, 'num_lumi': 0})
nevts += edata['num_event']
nlumis += edata['num_lumi']
totBlocks += nblocks
totEvents += nevts
totSize += size
totCpuT += cput
sites = json.dumps(sorted(list(nodes)))
logger.debug("### %s", wname)
logger.debug("%s datasets, %s blocks, %s bytes (%s TB), %s nevts, %s nlumis, cput %s, copies %s, %s", ndatasets, nblocks, size, teraBytes(size), nevts, nlumis, cput, ncopies, sites)
# find out which site can serve given workflow request
t0 = time.time()
lheInput, primary, parent, secondary, allowedSites \
= getSiteWhiteList(svc, wspec, siteInfo, reqSpecs)
rdict = dict(name=wname, datasets=datasets, blocks=datasetBlocks, \
npileups=npileups, size=size,
nevents=nevts, nlumis=nlumis, cput=cput, ncopies=ncopies, \
sites=sites, allowedSites=allowedSites, parent=parent, \
lheInput=lheInput, primary=primary, secondary=secondary)
requestsToProcess.append(rdict)
logger.debug(elapsedTime(t0, "### getSiteWhiteList"))
logger.debug("total # of workflows %s, datasets %s, blocks %s, evts %s, size %s (%s TB), cput %s (hours)", len(winfo.keys()), len(datasets), totBlocks, totEvents, totSize, teraBytes(totSize), totCpuT)
logger.debug(elapsedTime(tst0, '### workflows info'))
logger.debug(elapsedTime(orig, '### total time'))
return requestsToProcess
def requestsInfo(reqmgrAuxSvc, state='assignment-approved'):
"""
Helper function to get information about all requests
in assignment-approved state in ReqMgr
"""
# get list of known request in workqueue
requestJobs = workqueueRequests(state)
requests = requestJobs.keys()
# get workflows from list of requests
time0 = orig = time.time()
requestWorkflows = getRequestWorkflows(requests)
workflows = requestWorkflows.values()
elapsedTime(time0, "### getWorkflows")
# time0 = orig = time.time()
# workflows = getWorkflows(state)
# elapsedTime(time0, "### getWorkflows")
# get workflows info summaries and collect datasets we need to process
winfo = workflowsInfo(workflows)
datasets = [d for row in winfo.values() for d in row['datasets']]
# find dataset info
time0 = time.time()
datasetBlocks, datasetSizes = dbsInfo(datasets)
elapsedTime(time0, "### dbsInfo")
# find block nodes information for our datasets
time0 = time.time()
blockNodes = phedexInfo(datasets)
elapsedTime(time0, "### phedexInfo")
# find events-lumis info for our datasets
time0 = time.time()
eventsLumis = eventsLumisInfo(datasets)
elapsedTime(time0, "### eventsLumisInfo")
# get specs for all requests and re-use them later in getSiteWhiteList as cache
requests = [v['RequestName'] for w in workflows for v in w.values()]
reqSpecs = getRequestSpecs(requests)
# get siteInfo instance once and re-use it later, it is time-consumed object
siteInfo = SiteInfo()
requests = {}
totBlocks = totEvents = totSize = totCpuT = 0
tst0 = time.time()
for wflow in workflows:
for wname, wspec in wflow.items():
time0 = time.time()
cput = getComputingTime(wspec, eventsLumis=eventsLumis)
ncopies = getNCopies(cput)
attrs = winfo[wname]
ndatasets = len(attrs['datasets'])
npileups = len(attrs['pileups'])
nblocks = nevts = nlumis = size = 0
nodes = set()
for dataset in attrs['datasets']:
blocks = datasetBlocks[dataset]
for blk in blocks:
for node in blockNodes.get(blk, []):
nodes.add(node)
nblocks += len(blocks)
size += datasetSizes[dataset]
edata = eventsLumis.get(dataset, {
'num_event': 0,
'num_lumi': 0
})
nevts += edata['num_event']
nlumis += edata['num_lumi']
totBlocks += nblocks
totEvents += nevts
totSize += size
totCpuT += cput
sites = json.dumps(sorted(list(nodes)))
njobs = requestJobs[wname]
print("\n### %s" % wname)
print("%s datasets, %s blocks, %s bytes (%s TB), %s nevts, %s nlumis, cput %s, copies %s, %s" \
% (ndatasets, nblocks, size, teraBytes(size), nevts, nlumis, cput, ncopies, sites))
# find out which site can serve given workflow request
t0 = time.time()
lheInput, primary, parent, secondary, allowedSites \
= getSiteWhiteList(wspec, siteInfo, reqmgrAuxSvc, reqSpecs)
rdict = dict(name=wname, datasets=datasets, blocks=datasetBlocks, \
npileups=npileups, size=size, njobs=njobs, \
nevents=nevts, nlumis=nlumis, cput=cput, ncopies=ncopies, \
sites=sites, allowedSites=allowedSites, parent=parent, \
lheInput=lheInput, primary=primary, secondary=secondary)
requests[wname] = rdict
print("sites", allowedSites)
elapsedTime(t0, "getSiteWhiteList")
print("\ntotal # of workflows %s, datasets %s, blocks %s, evts %s, size %s (%s TB), cput %s (hours)" \
% (len(winfo.keys()), len(datasets), totBlocks, totEvents, totSize, teraBytes(totSize), totCpuT))
elapsedTime(tst0, 'workflows info')
elapsedTime(orig)
return requests