def test_WriteJobMetaInfo(self):
xmlRoot = etree.Element("root")
simT = 10.7
jmInfo = JobMetaInfo(simtime=simT)
jmInfo.writeInfoXML(xmlRoot)
childEls = xmlRoot.getchildren()
self.assertEqual(len(childEls), 1)
jmEl = childEls[0]
self.assertEqual(jmEl.tag, JobMetaInfo.XML_INFO_TAG)
self.assertEqual(jmEl.text, None)
jmChildren = jmEl.getchildren()
self.assertEqual(len(jmChildren), 5)
elI = 0
self.assertEqual(jmChildren[elI].tag, "runType")
self.assertEqual(jmChildren[elI].text, str(None))
elI += 1
self.assertEqual(jmChildren[elI].tag, "simtime")
self.assertEqual(jmChildren[elI].text, str(simT))
elI += 1
self.assertEqual(jmChildren[elI].tag, "submitTime")
self.assertEqual(jmChildren[elI].text, str(None))
elI += 1
self.assertEqual(jmChildren[elI].tag, "platformInfo")
elI += 1
self.assertEqual(jmChildren[elI].tag, "performanceInfo")
def test_WriteJobMetaInfo(self):
xmlRoot = etree.Element("root")
simT = 10.7
jmInfo = JobMetaInfo(simtime=simT)
jmInfo.writeInfoXML(xmlRoot)
childEls = xmlRoot.getchildren()
self.assertEqual(len(childEls), 1)
jmEl = childEls[0]
self.assertEqual(jmEl.tag, JobMetaInfo.XML_INFO_TAG)
self.assertEqual(jmEl.text, None)
jmChildren = jmEl.getchildren()
self.assertEqual(len(jmChildren), 5)
elI = 0
self.assertEqual(jmChildren[elI].tag, 'runType')
self.assertEqual(jmChildren[elI].text, str(None))
elI += 1
self.assertEqual(jmChildren[elI].tag, 'simtime')
self.assertEqual(jmChildren[elI].text, str(simT))
elI += 1
self.assertEqual(jmChildren[elI].tag, 'submitTime')
self.assertEqual(jmChildren[elI].text, str(None))
elI += 1
self.assertEqual(jmChildren[elI].tag, 'platformInfo')
elI += 1
self.assertEqual(jmChildren[elI].tag, 'performanceInfo')
def submitRun(self, modelRun, prefixStr=None, extraCmdLineOpts=None, dryRun=False, maxRunTime=None):
if dryRun is True:
print "Called to submit modelRun %s in dryRun mode" % (modelRun.name)
runOptsDict = {
"prefixStr": prefixStr,
"extraCmdLineOpts": extraCmdLineOpts,
"dryRun": dryRun,
"maxRunTime": maxRunTime,
}
return None
else:
print "Called to submit modelRun %s" % (modelRun.name)
jobMetaInfo = JobMetaInfo(0)
jobMetaInfo.modelName = modelRun.name
return jobMetaInfo
def submitRun(self, modelRun, prefixStr=None,
extraCmdLineOpts=None, dryRun=False, maxRunTime=None):
if dryRun is True:
print("Called to submit modelRun %s in dryRun mode" \
% (modelRun.name))
runOptsDict = {
'prefixStr':prefixStr,
'extraCmdLineOpts':extraCmdLineOpts,
'dryRun':dryRun,
'maxRunTime':maxRunTime}
return None
else:
print("Called to submit modelRun %s" % (modelRun.name))
jobMetaInfo = JobMetaInfo(0)
jobMetaInfo.modelName = modelRun.name
return jobMetaInfo
def test_attachPlatformInfo(self):
res = None
jobMI = JobMetaInfo(None)
self.jobRunner.attachPlatformInfo(jobMI)
self.assertEqual(jobMI.platform['system'], platform.system())
self.assertEqual(jobMI.platform['version'], platform.version())
self.assertEqual(jobMI.platform['release'], platform.release())
self.assertEqual(jobMI.platform['machine'], platform.machine())
self.assertEqual(jobMI.platform['node'], platform.node())
def test_blockSuite(self):
# Set up some fake jobMetaInfos
jobMetaInfos = [JobMetaInfo(0) for run in self.skelMSuite.runs]
for jmInfo, run in zip(jobMetaInfos, self.skelMSuite.runs):
jmInfo.modelName = run.name
# Now test
results = self.jobRunner.blockSuite(self.skelMSuite, jobMetaInfos)
self.assertEqual(len(results), len(self.skelMSuite.runs))
for runI, res in enumerate(results):
self.assertTrue(isinstance(res, ModelResult))
self.assertEqual(res.modelName, self.skelMSuite.runs[runI].name)
