def genBaseBatchResult(task):
xml = ElementTree.Element("batchResult", \
filename=task, \
md5sum=libapitest.hexdigest(task))
return xml
def loadBatchFile(self, fileName):
""" load the batchFile """
self.printDebug("[->]\tbatchHandler.loadBatchFile(%s)"%(fileName))
self.hasRun = False
self.batchFileName = fileName
self.batchFilePath = os.path.split(fileName)[0]
self.testGraph.clear()
self.testGraph.set_name(self.batchFileName)
if not os.path.exists(self.batchFileName):
print "Error encountered in '%s'"%(self.parentTask)
print "\tCould not locate file '%s'\n"%(self.batchFileName)
try:
self.batchFileTree = ElementTree.parse(self.batchFileName)
except:
print "Could not parse '%s'.\n"%(self.batchFileName)
##########
#
# MySQL Test Code :: loadBatchFile
#
if self.options and self.options["sqldb"] and self.db.connected:
from db_mysql import apitestdb
fname = os.path.abspath(self.batchFileName)
if self.db_parent_batchid == None:
query="""
INSERT INTO `results` (`RUNID`,`FNAME`,`STATUS`,`TYPE`,`TIMEOUT`)
VALUES (%d,'%s','%s','BATCH',0.0)
""" % (self.db_runid,fname,'RUNNING')
else:
query="""
INSERT INTO `results` (`RUNID`,`PID`,`FNAME`,`STATUS`,
`TYPE`,`TIMEOUT`)
VALUES (%d,%d,'%s','RUNNING','BATCH',0.0)
""" % (self.db_runid,self.db_parent_batchid,fname)
self.db.execute(query)
self.db_batchid = self.db.getMaxID("results")
#
# MySQL Test Code END
#
##########
batchFileTreeRoot = self.batchFileTree.getroot()
self.xmlroot = ElementTree.Element("batchResult", \
filename=self.batchFileName, \
status="", \
md5sum=libapitest.hexdigest(self.batchFileName),
timeStart=libapitest.genTimeStamp() )
xmlOutputSummary = ElementTree.SubElement(self.xmlroot,'summary', \
nPass='******',nFail='0',nTotal='0')
self.batchID = self.WB.TD.addBatch(self.xmlroot)
#self.xmlroot.attrib['batchID']=str(self.batchID)
parentBatchID = self.WB.TD.B.data[ self.batchID ][4]
if parentBatchID != None:
self.xmlroot.attrib['pBatchID'] = str(parentBatchID)
self.runID = self.WB.TD.R.currentID
self.xmlroot.attrib['runID']=str(self.runID)
# Insert shortDescription from batch file into result text.
SD = batchFileTreeRoot.find("shortDescription")
if SD != None:
if SD.text != None:
desc = SD.text
if desc != None:
desc = string.lstrip(desc)
if desc != "":
bSD = ElementTree.SubElement(self.xmlroot,'shortDescription')
bSD.text = desc
## Load <test> Elements from Batch File.
#
# mustPass : determines if this test must pass for the batch file
# to PASS.
# mustPass = TRUE : (DEFAULT) Test must pass for the batch file to pass.
# mustPass = FALSE: Test is not considered in passing/failing a batch file.
#
mustPassDefault = "TRUE"
statusDefault = "PASS"
# User can change default behaviour of mustPass by using
# <parameter key="mustPass" value={true|false} />
# anywhere in the batch file.
for iParam in batchFileTreeRoot.findall('parameter'):
key = iParam.attrib.get('key',None)
value = iParam.attrib.get('value',mustPassDefault)
value = string.upper(value)
if key=='mustPass' and value in ("TRUE","FALSE"):
mustPassDefault = value
for iTest in batchFileTreeRoot.findall('test'):
tname= iTest.attrib.get('name','__noname__')
if not self.batchFilePath == '':
tname = self.batchFilePath+"/"+tname
mustPass = iTest.attrib.get('mustPass',mustPassDefault)
self.printDebug("\ttname = %s"%tname)
self.printDebug("\tmustPass = %s"%mustPass)
self.testGraph.add_vertex(tname,["DNE",mustPass])
## Iterate over dependencies, parent name and child name
## (pname,cname) get __noname__ if left out.
## status defaults to PASS.
## Load <dep> Elements from Batch file.
for iDep in batchFileTreeRoot.findall('dep'):
pname = iDep.attrib.get('parent','__noname__')
cname = iDep.attrib.get('child','__noname__')
status= iDep.attrib.get('status',statusDefault)
if self.batchFilePath != "":
pname = self.batchFilePath+"/"+pname
cname = self.batchFilePath+"/"+cname
if not self.testGraph.has_vertex(pname):
self.testGraph.add_vertex(pname,["DNE",mustPassDefault])
if not self.testGraph.has_vertex(cname):
self.testGraph.add_vertex(cname,["DNE",mustPassDefault])
self.testGraph.add_edge(pname,cname,[status])
testOrder = self.testGraph.topological_sort()
self.clearQueue()
for iTest in testOrder:
self.testQueue.put(iTest)
self.printDebug("\ttestQueue.queue = %s"%(`self.testQueue.queue`))
self.printDebug("\ttestGraph.vertex_list = %s"%self.testGraph.vertex_list())
return 0