def __init__(self, TWResultPath, buildnumber, platform, logger):
self.__twResultPath = TWResultPath
self.__logger = logger
# init PSF log
self.__psfLog = PSFLog(logger)
self.__psfLog.addOwner("chxyang", "NotifyErrorOnly")
self.__psfLog.addOwner("chxyang", "NotifyWhenDone")
self.__psfLog.setBuildVersion(buildnumber)
self.__psfLog.setStatus("AUTOMATION_COMPLETE")
if platform.lower() == "win":
self.__psfLog.setSUT("Adobe Bridge", "4.0.0", "Windows", "en_US", "Release")
self.__psfLog.setTestEnvironment("br-perf-win", "Windows XP 5.1 Service Pack 3", "en_US")
else:
self.__psfLog.setSUT("Adobe Bridge", "4.0.0", "Macintosh", "en_US", "Release")
self.__psfLog.setTestEnvironment("br-perf-mac", "Macintosh OS 10.5.6", "en_US")
return
class TWResultParser:
def __init__(self, TWResultPath, buildnumber, platform, logger):
self.__twResultPath = TWResultPath
self.__logger = logger
# init PSF log
self.__psfLog = PSFLog(logger)
self.__psfLog.addOwner("chxyang", "NotifyErrorOnly")
self.__psfLog.addOwner("chxyang", "NotifyWhenDone")
self.__psfLog.setBuildVersion(buildnumber)
self.__psfLog.setStatus("AUTOMATION_COMPLETE")
if platform.lower() == "win":
self.__psfLog.setSUT("Adobe Bridge", "4.0.0", "Windows", "en_US", "Release")
self.__psfLog.setTestEnvironment("br-perf-win", "Windows XP 5.1 Service Pack 3", "en_US")
else:
self.__psfLog.setSUT("Adobe Bridge", "4.0.0", "Macintosh", "en_US", "Release")
self.__psfLog.setTestEnvironment("br-perf-mac", "Macintosh OS 10.5.6", "en_US")
return
def extractThumbnails(self, labelsFilePath):
import csv
resultFiles = os.listdir(self.__twResultPath)
self.nameMap = {}
for file in resultFiles:
if os.path.isfile(os.path.join(self.__twResultPath, file)):
name = file
self.nameMap[name.replace("_", "").lower().replace(".txt", "")] = name
labsFile = open(labelsFilePath, "rb")
reader = csv.reader(labsFile)
labs = reader.next()
for l in labs:
av = str(self.__getValue(l))
fst = str(self.__getFirstValue(l))
# Test case name should be "draft_model_first"
# add result to PSF log
self.__addResulttoPSFLog(self.__createThubnailTestName(l), int(float(av) * 1000), av != "0")
self.__addResulttoPSFLog(self.__createThubnailTestName(l) + "_first", int(float(fst) * 1000), fst != "0")
labsFile.close()
return
def extractLaunch(self):
launchResultPath = os.path.join(self.__twResultPath, "Launch.txt")
coldlaunch = self.__getTimeFromTWResult(launchResultPath, "Average Cold Launch Time")
warmlaunch = self.__getTimeFromTWResult(launchResultPath, "Average Warm Launch Time")
self.__addResulttoPSFLog(
"Performance.Standalone Cold Launch.Standalone Cold Launch", int(coldlaunch * 1000), 0 != coldlaunch
)
self.__addResulttoPSFLog(
"Performance.Standalone Warm Launch.Standalone Warm Launch", int(warmlaunch * 1000), 0 != warmlaunch
)
return
def sendToPSLuna(self):
xmlName = os.path.basename(self.__twResultPath)
fullFilename = os.path.join(self.__twResultPath, xmlName + ".xml")
self.__psfLog.sendToPSLuna("chxyang", fullFilename)
return
def WriteToXML(self):
xmlName = os.path.basename(self.__twResultPath)
self.__psfLog.writeResult(os.path.join(self.__twResultPath, xmlName + ".xml"))
return
def __getFirstValue(self, lab):
name = "%s200first" % lab.replace("_", "").lower()
name = name.replace(" ", "")
if self.nameMap.has_key(name):
fileName = self.nameMap[name]
else:
self.__logger.info("Did not find thumbnail result for: " + name)
return 0
rf = os.path.join(self.__twResultPath, fileName)
return self.__getResult(rf)
def __getValue(self, lab):
name = "%s200" % lab.replace("_", "").lower()
name = name.replace(" ", "")
if self.nameMap.has_key(name):
filename = self.nameMap[name.replace("_", "")]
else:
self.__logger.info("Did not find thumbnail result for: " + name)
return 0
rf = os.path.join(self.__twResultPath, filename)
return self.__getResult(rf)
def __getResult(self, filePath):
time = self.__getTimeFromTWResult(filePath, "time")
return time
def __getTimeFromTWResult(self, filePath, id):
time = 0
try:
file = open(filePath, "r")
for line in file.readlines():
if id in line:
strs = line.split("\t")
timestr = strs[3]
timestr = timestr.strip().replace("\n", "")
time = float(timestr)
break
file.close()
except Exception, e:
# do nothing, just return 0
self.__logger.error("Parse with error for:" + filePath)
self.__logger.error(e)
return time
