def processScheduledQARequest(requestId, ibName, arch, buildpath=DEFAULT_BUILDPATH, cmspath=DEFAULT_CMSPATH, tests=DEFAULT_TESTS): cycle = getCycleNameByReleaseName(ibName) os.environ["SCRAM_ARCH"]=arch os.environ["CMSINTBLD_CMS_PATH"]=cmspath tagCollectorAPI.setRequestBuilding(requestId, ibName,machine=socket.gethostname(), pid=os.getpid()) startTest(ibName, cycle, buildpath, tests, arch) tagCollectorAPI.finishRequest(requestId)
def handleUpload(self):
userName = self.user
print 'uploading logs for user', userName,' id ', self.jobId, 'arch', self.platf
self._stamp = self.jobId
self.id = self.jobId
tc.finishRequest(request_id=self.id, build_errors=0, build_warnings=1, tests_failed=2, tests_passed=3, results_url=None, unit_tests_passed=4, unit_tests_failed=5)
return
def processScheduledQARequest(requestId, ibName, arch, buildpath=DEFAULT_BUILDPATH, cmspath=DEFAULT_CMSPATH, tests=DEFAULT_TESTS):
cycle = getCycleNameByReleaseName(ibName)
os.environ["SCRAM_ARCH"]=arch
os.environ["CMSINTBLD_CMS_PATH"]=cmspath
tagCollectorAPI.setRequestBuilding(requestId, ibName,machine=socket.gethostname(), pid=os.getpid())
qaStampDir= os.path.join("/afs/cern.ch/cms/sw/ReleaseCandidates",arch,"www/qaTest")
qaStampFile = os.path.join(qaStampDir,ibName)
if (not os.path.exists(qaStampFile)):
os.system("mkdir -p %s; touch %s" % (qaStampDir,qaStampFile))
startTest(ibName, cycle, buildpath, tests, arch)
tagCollectorAPI.finishRequest(requestId)
def uploadLogs(self, logDirName, nWarn, nErr, tFail, tPass, utFail, utPass,
topURL):
self.doDeBuG = True
print 'setting status to done'
tc.finishRequest(request_id=self.id,
build_errors=nErr,
build_warnings=nWarn,
tests_failed=tFail,
tests_passed=tPass,
results_url=topURL,
unit_tests_passed=utPass,
unit_tests_failed=utFail)
sys.stdout.flush()
sys.stderr.flush()
def processScheduledQARequest(requestId,
ibName,
arch,
buildpath=DEFAULT_BUILDPATH,
cmspath=DEFAULT_CMSPATH,
tests=DEFAULT_TESTS):
cycle = getCycleNameByReleaseName(ibName)
os.environ["SCRAM_ARCH"] = arch
os.environ["CMSINTBLD_CMS_PATH"] = cmspath
tagCollectorAPI.setRequestBuilding(requestId,
ibName,
machine=socket.gethostname(),
pid=os.getpid())
startTest(ibName, cycle, buildpath, tests, arch)
tagCollectorAPI.finishRequest(requestId)
def handleUpload(self):
userName = self.user
print 'uploading logs for user', userName, ' id ', self.jobId, 'arch', self.platf
self._stamp = self.jobId
self.id = self.jobId
tc.finishRequest(request_id=self.id,
build_errors=0,
build_warnings=1,
tests_failed=2,
tests_passed=3,
results_url=None,
unit_tests_passed=4,
unit_tests_failed=5)
return
def test_build_and_finish_ib(self):
ibData = tagCollectorAPI.getIBPendingRequests()
self.assertTrue(ibData)
tagCollectorAPI.setRequestBuilding(
ibData["id"], ibData["release_name"], machine=socket.gethostname(), pid=os.getpid()
)
ibBuildingRequests = tagCollectorAPI.getBuildingIBRequests()
self.assertTrue(ibBuildingRequests)
self.assertEquals(self.release_name, ibBuildingRequests[0]["release_name"])
self.assertEquals(self.architecture_name, ibBuildingRequests[0]["architecture_name"])
self.assertEquals("IB", ibBuildingRequests[0]["type"])
isFinished = tagCollectorAPI.finishRequest(ibBuildingRequests[0]["id"])
self.assertTrue(isFinished)
def test_build_and_finish_qa(self):
qaData = tagCollectorAPI.getQAPendingRequests()
self.assertTrue(qaData)
tagCollectorAPI.setRequestBuilding(
qaData["id"], qaData["release_name"], machine=socket.gethostname(), pid=os.getpid()
)
qaBuildingRequests = tagCollectorAPI.getBuildingQARequests()
self.assertTrue(qaBuildingRequests)
self.assertEquals(self.release_name, qaBuildingRequests[0]["release_name"])
self.assertEquals(self.architecture_name, qaBuildingRequests[0]["architecture_name"])
self.assertEquals("QA", qaBuildingRequests[0]["type"])
isFinished = tagCollectorAPI.finishRequest(qaBuildingRequests[0]["id"])
self.assertTrue(isFinished)
def test_build_and_finish_ib(self):
ibData = tagCollectorAPI.getIBPendingRequests()
self.assertTrue(ibData)
tagCollectorAPI.setRequestBuilding(ibData['id'],
ibData['release_name'],
machine=socket.gethostname(),
pid=os.getpid())
ibBuildingRequests = tagCollectorAPI.getBuildingIBRequests()
self.assertTrue(ibBuildingRequests)
self.assertEquals(self.release_name,
ibBuildingRequests[0]['release_name'])
self.assertEquals(self.architecture_name,
ibBuildingRequests[0]['architecture_name'])
self.assertEquals('IB', ibBuildingRequests[0]['type'])
isFinished = tagCollectorAPI.finishRequest(ibBuildingRequests[0]['id'])
self.assertTrue(isFinished)
def test_build_and_finish_qa(self):
qaData = tagCollectorAPI.getQAPendingRequests()
self.assertTrue(qaData)
tagCollectorAPI.setRequestBuilding(qaData['id'],
qaData['release_name'],
machine=socket.gethostname(),
pid=os.getpid())
qaBuildingRequests = tagCollectorAPI.getBuildingQARequests()
self.assertTrue(qaBuildingRequests)
self.assertEquals(self.release_name,
qaBuildingRequests[0]['release_name'])
self.assertEquals(self.architecture_name,
qaBuildingRequests[0]['architecture_name'])
self.assertEquals('QA', qaBuildingRequests[0]['type'])
isFinished = tagCollectorAPI.finishRequest(qaBuildingRequests[0]['id'])
self.assertTrue(isFinished)
task_id=task_id))
error, saveLog = getstatusoutput(format("set -e ;\n"
"echo '#### Log file for %(task_id)s' >> %(workdir)s/log ;\n"
"cat %(workdir)s/log.%(task_id)s >> %(workdir)s/log",
workdir=opts.workdir,
task_id=task_id))
getstatusoutput("%s/syncLogs.py %s" % (thisPath, opts.workdir))
if not "AUTOIB SUCCESS" in log:
tagCollectorAPI.failRequest(request_id=task_id, results_url="http://cmssdt.cern.ch/SDT/tc-ib-logs/%s/log.%s.html" % (socket.gethostname(), task_id))
print log
print saveLog
sys.exit(1)
tagCollectorAPI.finishRequest(request_id=task_id, results_url="http://cmssdt.cern.ch/SDT/tc-ib-logs/%s/log.%s.html" % (socket.gethostname(), task_id))
# Here we are done processing the job. Now schedule continuations.
if not "continuations" in payload:
sys.exit(0)
continuationsSpec = payload["continuations"] or ""
continuations = [x for x in continuationsSpec.split(";")]
if len(continuations) == 0:
sys.exit(0)
if len(continuations) != 1:
print "WARNING: multiple continuations not supported yet"
if opts.debug:
print continuations
nextTasks = [p.split(":", 1) for p in continuations[0].split(",") if ":" in p]
def uploadLogs(self, logDirName, nWarn, nErr, tFail, tPass, utFail, utPass, topURL):
self.doDeBuG = True
print 'setting status to done'
tc.finishRequest(request_id=self.id, build_errors=nErr, build_warnings=nWarn, tests_failed=tFail, tests_passed=tPass, results_url=topURL, unit_tests_passed=utPass, unit_tests_failed=utFail)
sys.stdout.flush()
sys.stderr.flush()
"cat %(workdir)s/log.%(task_id)s >> %(workdir)s/log",
workdir=opts.workdir,
task_id=task_id))
getstatusoutput("%s/syncLogs.py %s" % (thisPath, opts.workdir))
if not "AUTOIB SUCCESS" in log:
tagCollectorAPI.failRequest(
request_id=task_id,
results_url="http://cmssdt.cern.ch/SDT/tc-ib-logs/%s/log.%s.html" %
(socket.gethostname(), task_id))
print log
print saveLog
sys.exit(1)
tagCollectorAPI.finishRequest(
request_id=task_id,
results_url="http://cmssdt.cern.ch/SDT/tc-ib-logs/%s/log.%s.html" %
(socket.gethostname(), task_id))
# Here we are done processing the job. Now schedule continuations.
if not "continuations" in payload:
sys.exit(0)
continuationsSpec = payload["continuations"] or ""
continuations = [x for x in continuationsSpec.split(";")]
if len(continuations) == 0:
sys.exit(0)
if len(continuations) != 1:
print "WARNING: multiple continuations not supported yet"
if opts.debug:
print continuations
