def earlyDashboardFailure(myad):
params = {
'JobExitCode': 10043,
}
populateDashboardMonitorInfo(myad, params)
print("Dashboard early startup params: %s" % str(params))
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
def earlyDashboardFailure(myad):
params = {
'JobExitCode': 10043,
}
populateDashboardMonitorInfo(myad, params)
print("Dashboard early startup params: %s" % str(params))
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
def startDashboardMonitoring(myad):
params = {
'WNHostName': socket.getfqdn(),
'ExeStart': 'cmsRun',
}
populateDashboardMonitorInfo(myad, params)
print("Dashboard startup parameters: %s" % str(params))
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
def startDashboardMonitoring(myad):
params = {
'WNHostName': socket.getfqdn(),
'ExeStart': 'cmsRun',
}
populateDashboardMonitorInfo(myad, params)
print("Dashboard startup parameters: %s" % str(params))
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
def earlyDashboardMonitoring(myad):
params = {
'WNHostName': socket.getfqdn(),
'SyncGridJobId': 'https://glidein.cern.ch/%d/%s' % (myad['CRAB_Id'], myad['CRAB_ReqName'].replace("_", ":")),
'SyncSite': myad['JOB_CMSSite'],
'SyncCE': myad['Used_Gatekeeper'].split(":")[0].split(" ")[0],
'OverflowFlag': calcOverflowFlag(myad),
}
populateDashboardMonitorInfo(myad, params)
print("Dashboard early startup params: %s" % str(params))
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
return params['MonitorJobID']
def earlyDashboardMonitoring(myad):
params = {
'WNHostName': socket.getfqdn(),
'SyncGridJobId': 'https://glidein.cern.ch/{0}/{1}'.format(myad['CRAB_Id'], myad['CRAB_ReqName'].replace("_", ":")),
'SyncSite': myad['JOB_CMSSite'],
'SyncCE': myad['Used_Gatekeeper'].split(":")[0].split(" ")[0],
'OverflowFlag': calcOverflowFlag(myad),
}
populateDashboardMonitorInfo(myad, params)
print("Dashboard early startup params: %s" % str(params))
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
return params['MonitorJobID']
def reportFailureToDashboard(exitCode):
try:
ad = parseAd()
except:
print "==== ERROR: Unable to parse job's HTCondor ClassAd ===="
print "Will NOT report stageout failure to Dashboard"
print traceback.format_exc()
return
for attr in ['CRAB_ReqName', 'CRAB_Id', 'CRAB_Retry']:
if attr not in ad:
print "==== ERROR: HTCondor ClassAd is missing attribute %s. ====" % attr
print "Will not report stageout failure to Dashboard"
params = {
'MonitorID': ad['CRAB_ReqName'],
'MonitorJobID': '%d_https://glidein.cern.ch/%d/%s_%d' % (ad['CRAB_Id'], ad['CRAB_Id'], ad['CRAB_ReqName'].replace("_", ":"), ad['CRAB_Retry']),
'JobExitCode': exitCode
}
print "Dashboard stageout failure parameters: %s" % str(params)
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
DashboardAPI.apmonFree()
def stopDashboardMonitoring(myad):
params = {
'ExeEnd': 'cmsRun',
}
populateDashboardMonitorInfo(myad, params)
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
del params['ExeEnd']
fjr = {}
try:
fjr = json.load(open("jobReport.json"))
except:
print("WARNING: Unable to parse jobReport.json; Dashboard reporting will not be useful.\n", traceback.format_exc())
try:
addReportInfo(params, fjr)
except:
if 'ExeExitCode' not in params:
params['ExeExitCode'] = 50115
if 'JobExitCode' not in params:
params['JobExitCode'] = params['ExeExitCode']
print("ERROR: Unable to parse job info from FJR.\n", traceback.format_exc())
print("Dashboard end parameters: %s" % str(params))
try:
reportPopularity(params['MonitorID'], params['MonitorJobID'], myad, fjr)
except:
print("ERROR: Failed to report popularity information to Dashboard.\n", traceback.format_exc())
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
DashboardAPI.apmonFree()
def stopDashboardMonitoring(myad):
params = {
'ExeEnd': 'cmsRun',
'NCores': myad['RequestCpus'],
}
populateDashboardMonitorInfo(myad, params)
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
del params['ExeEnd']
fjr = {}
try:
fjr = json.load(open("jobReport.json"))
except:
print(
"WARNING: Unable to parse jobReport.json; Dashboard reporting will not be useful.\n",
traceback.format_exc())
try:
addReportInfo(params, fjr)
except:
if 'ExeExitCode' not in params:
params['ExeExitCode'] = 50115
if 'JobExitCode' not in params:
params['JobExitCode'] = params['ExeExitCode']
print("ERROR: Unable to parse job info from FJR.\n",
traceback.format_exc())
print("Dashboard end parameters: %s" % str(params))
try:
reportPopularity(params['MonitorID'], params['MonitorJobID'], myad,
fjr)
except:
print("ERROR: Failed to report popularity information to Dashboard.\n",
traceback.format_exc())
DashboardAPI.apmonSend(params['MonitorID'], params['MonitorJobID'], params)
DashboardAPI.apmonFree()
def reportPopularity(monitorId, monitorJobId, myad, fjr):
"""
Using the FJR and job ad, report popularity information to the dashboard.
Implementation is based on https://github.com/dmwm/CRAB2/blob/63a7c046e8411ab26d4960ef2ae5bf48642024de/python/parseCrabFjr.py
Note: Unlike CRAB2, we do not report the runs/lumis processed.
"""
if 'CRAB_DataBlock' not in myad:
print("Not sending data to popularity service because 'CRAB_DataBlock' is not in job ad.")
sources = fjr.get('steps', {}).get('cmsRun', {}).get('input', {}).get('source', [])
skippedFiles = fjr.get('skippedFiles', [])
fallbackFiles = fjr.get('fallbackFiles', [])
if not sources:
print("Not sending data to popularity service because no input sources found.")
# Now, compute the strings about the input files. Each input file has the following format in the report:
#
# %(name)s::%(report_type)d::%(file_type)s::%(access_type)s::%(counter)d
#
# Where each variable has the following values:
# - name: the portion of the LFN after the common prefix
# - report_type: 1 for a file successfully processed, 0 for a failed file with an error message, 2 otherwise
# - file_type: EDM or Unknown
# - access_type: Remote or Local
# - counter: monotonically increasing counter
# First, pull the LFNs from the FJR. This will be used to compute the basename.
inputInfo = {}
parentInputInfo = {}
inputCtr = 0
parentCtr = 0
for source in sources:
if 'lfn' not in source:
print("Excluding source data from popularity report because no LFN is present. %s" % str(source))
if source.get('input_source_class') == 'PoolSource':
file_type = 'EDM'
else:
file_type = 'Unknown'
if source['lfn'] in fallbackFiles:
access_type = "Remote"
else:
access_type = "Local"
if source.get("input_type", "primaryFiles") == "primaryFiles":
inputCtr += 1
# Note we hardcode 'Local' here. In CRAB2, it was assumed any PFN with the string 'xrootd'
# in it was a remote access; we feel this is no longer a safe assumption. CMSSW actually
# differentiates the fallback accesses. See https://github.com/dmwm/WMCore/issues/5087
inputInfo[source['lfn']] = [source['lfn'], file_type, access_type, inputCtr]
else:
parentCtr += 1
parentInputInfo[source['lfn']] = [source['lfn'], file_type, access_type, parentCtr]
baseName = os.path.dirname(os.path.commonprefix(inputInfo.keys()))
parentBaseName = os.path.dirname(os.path.commonprefix(parentInputInfo.keys()))
# Next, go through the sources again to properly record the unique portion of the filename
# The dictionary is keyed on the unique portion of the filename after the common prefix.
if baseName:
for info in inputInfo.values():
lfn = info[0].split(baseName, 1)[-1]
info[0] = lfn
if parentBaseName:
for info in parentInputInfo.values():
lfn = info[0].split(parentBaseName, 1)[-1]
info[0] = lfn
inputString = ';'.join(["%s::1::%s::%s::%d" % tuple(value) for value in inputInfo.values()])
parentInputString = ';'.join(["%s::1::%s::%s::%d" % tuple(value) for value in parentInputInfo.values()])
# Currently, CRAB3 drops the FJR information for failed files. Hence, we don't currently do any special
# reporting for these like CRAB2 did. TODO: Revisit once https://github.com/dmwm/CRABServer/issues/4272
# is fixed.
report = {
'inputBlocks': myad['CRAB_DataBlock'],
'Basename': str(baseName),
'BasenameParent': str(parentBaseName),
'inputFiles': str(inputString),
'parentFiles': str(parentInputString),
}
print("Dashboard popularity report: %s" % str(report))
DashboardAPI.apmonSend(monitorId, monitorJobId, report)
def reportPopularity(monitorId, monitorJobId, myad, fjr):
"""
Using the FJR and job ad, report popularity information to the dashboard.
Implementation is based on https://github.com/dmwm/CRAB2/blob/63a7c046e8411ab26d4960ef2ae5bf48642024de/python/parseCrabFjr.py
Note: Unlike CRAB2, we do not report the runs/lumis processed.
"""
if 'CRAB_DataBlock' not in myad:
print(
"Not sending data to popularity service because 'CRAB_DataBlock' is not in job ad."
)
sources = fjr.get('steps', {}).get('cmsRun', {}).get('input',
{}).get('source', [])
#skippedFiles = fjr.get('skippedFiles', [])
fallbackFiles = fjr.get('fallbackFiles', [])
if not sources:
print(
"Not sending data to popularity service because no input sources found."
)
# Now, compute the strings about the input files. Each input file has the following format in the report:
#
# %(name)s::%(report_type)d::%(file_type)s::%(access_type)s::%(counter)d
#
# Where each variable has the following values:
# - name: the portion of the LFN after the common prefix
# - report_type: 1 for a file successfully processed, 0 for a failed file with an error message, 2 otherwise
# - file_type: EDM or Unknown
# - access_type: Remote or Local
# - counter: monotonically increasing counter
# First, pull the LFNs from the FJR. This will be used to compute the basename.
inputInfo = {}
parentInputInfo = {}
inputCtr = 0
parentCtr = 0
for source in sources:
if 'lfn' not in source:
print(
"Excluding source data from popularity report because no LFN is present. %s"
% str(source))
if source.get('input_source_class') == 'PoolSource':
file_type = 'EDM'
else:
file_type = 'Unknown'
if source['lfn'] in fallbackFiles:
access_type = "Remote"
else:
access_type = "Local"
if source.get("input_type", "primaryFiles") == "primaryFiles":
inputCtr += 1
# Note we hardcode 'Local' here. In CRAB2, it was assumed any PFN with the string 'xrootd'
# in it was a remote access; we feel this is no longer a safe assumption. CMSSW actually
# differentiates the fallback accesses. See https://github.com/dmwm/WMCore/issues/5087
inputInfo[source['lfn']] = [
source['lfn'], file_type, access_type, inputCtr
]
else:
parentCtr += 1
parentInputInfo[source['lfn']] = [
source['lfn'], file_type, access_type, parentCtr
]
baseName = os.path.dirname(os.path.commonprefix(inputInfo.keys()))
parentBaseName = os.path.dirname(
os.path.commonprefix(parentInputInfo.keys()))
# Next, go through the sources again to properly record the unique portion of the filename
# The dictionary is keyed on the unique portion of the filename after the common prefix.
if baseName:
for info in inputInfo.values():
lfn = info[0].split(baseName, 1)[-1]
info[0] = lfn
if parentBaseName:
for info in parentInputInfo.values():
lfn = info[0].split(parentBaseName, 1)[-1]
info[0] = lfn
inputString = ';'.join(
["%s::1::%s::%s::%d" % tuple(value) for value in inputInfo.values()])
parentInputString = ';'.join([
"%s::1::%s::%s::%d" % tuple(value)
for value in parentInputInfo.values()
])
# Currently, CRAB3 drops the FJR information for failed files. Hence, we don't currently do any special
# reporting for these like CRAB2 did. TODO: Revisit once https://github.com/dmwm/CRABServer/issues/4272
# is fixed.
report = {
'inputBlocks': myad['CRAB_DataBlock'],
'Basename': str(baseName),
'BasenameParent': str(parentBaseName),
'inputFiles': str(inputString),
'parentFiles': str(parentInputString),
}
print("Dashboard popularity report: %s" % str(report))
DashboardAPI.apmonSend(monitorId, monitorJobId, report)
from google.cloud import datastore
DSC = datastore.Client()
import DataStore.DivcoDataStore as DivcoDataStore
import DashboardAPI
import UserAPI
import AuthModule
from Toolbox import jsonResponse, csvResponse
app = flask.Flask(__name__)
UserAPI.UserAPI(app)
DashboardAPI.DashboardAPI(app)
@app.route('/')
@app.route('/dashboard')
@app.route('/tf_v2/<int:pID>/<int:tID>')
@app.route('/tf/<int:pID>/<int:tID>')
def reactClientHandler(pID=None, tID=None):
print(flask.request.path)
rawHtmlFile = codecs.open(r"static/index.html", encoding="utf-8")
rawHtml = rawHtmlFile.read()
rawHtmlFile.close()
response = flask.Response(rawHtml)
