Python Debug.exitMessage方法代码示例

# 需要导入模块: import Debug [as 别名]
# 或者: from Debug import exitMessage [as 别名]
def checkCommandLineForAction ():    
    # Check that the user has passed the correct options
    if opts.tests > 0:
        cudaBinary = args[0]
        if not os.path.exists(cudaBinary):
            Debug.exitMessage("The argument '%s' does not exist" % cudaBinary)
        elif not os.path.isfile(cudaBinary):
            Debug.exitMessage("The argument '%s' is not a file" % cudaBinary)
        elif not os.access(cudaBinary, os.X_OK):
            Debug.exitMessage("The argument '%s' does not have execute permission" % cudaBinary)
        # Get the filename of the binary without the path
        basename = os.path.basename(cudaBinary)
        basepath = os.path.abspath(os.path.dirname(cudaBinary))
        generatedFiles = runCUDAKernel(basepath)
        doAnalysis(generatedFiles, basename, basepath)
    elif len(args) > 0:
        for arg in args:
            if not arg.endswith(gpgpuFileExt):
                Debug.exitMessage("Each file must end with a '%s' suffix. You passed '%s'." % (gpgpuFileExt, arg))
        basename = os.path.splitext(os.path.basename(args[0]))[0]
        basepath = os.path.abspath(os.path.dirname(args[0]))
        doAnalysis(args, basename, basepath)
    else:
        Debug.exitMessage("""There are two ways to run this script:
    1) Either pass a CUDA binary as an argument and the number of times you want to run the kernel with the -T option; or
    2) Pass a number of files that were generated by GPGPU-sim from a previous testing run""")

# 需要导入模块: import Debug [as 别名]
# 或者: from Debug import exitMessage [as 别名]
 def __solve(self, ipg, ilpFile):
     from subprocess import Popen, PIPE
     import shlex
     Debug.debugMessage("Solving ILP", 10)
     command = "lp_solve %s" % ilpFile 
     proc = Popen(command, shell=True, executable="/bin/bash", stdout=PIPE, stderr=PIPE)
     returnCode = proc.wait()
     if returnCode != 0:
         Debug.exitMessage("Running '%s' failed" % command)
     for line in proc.stdout.readlines():
         if line.startswith("Value of objective function"):
             lexemes  = shlex.split(line)
             wcet     = long(decimal.Decimal(lexemes[-1]))
             self.__wcet = wcet

# 需要导入模块: import Debug [as 别名]
# 或者: from Debug import exitMessage [as 别名]
 def __doParsing (self, program):
     newTrace  = True
     currentv  = None
     lastTime  = 0
     startTime = 0
     ipg       = None
     
     for t in self.warpTrace.getTrace():
         ipointID = int(t[0], 0)
         time     = long(t[1])
         Debug.debugMessage("Trace tuple (0x%04X, %d)" % (ipointID, time), 10)
         if newTrace:
             ipg          = self.__getIPG(program, ipointID)
             functionName = ipg.getName()
             self.numberOfTraces[functionName] += 1
             newTrace = False
             currentv = ipg.getVertex(ipg.getEntryID())
             assert currentv.getIpointID () == ipointID
             lastTime = time
             startTime = time
         else:
             succID = currentv.getIpointSuccessor(ipointID)
             if succID:
                 succe  = currentv.getSuccessorEdge(succID)
                 self.__analyseEdgeTime(succe, time - lastTime)
                 # Advance transition
                 lastTime = time
                 currentv = ipg.getVertex(succID)
                 if succID == ipg.getExitID():
                     newTrace     = True
                     runTime      = lastTime - startTime
                     functionName = ipg.getName()
                     self.totalEnd2End[functionName] += runTime
                     if runTime > self.highWaterMark[functionName]:
                         self.highWaterMark[functionName] = runTime
                     self.__analyseWorstCaseExecutionCounts()
                     ipg = None
             else:
                 Debug.exitMessage("Giving up")

# 需要导入模块: import Debug [as 别名]
# 或者: from Debug import exitMessage [as 别名]
def setEntryAndExit (cfg):
    withoutPred = []
    withoutSucc = []
    for bb in cfg:
        if bb.numberOfSuccessors() == 0:
            withoutSucc.append(bb.getVertexID())
        elif bb.numberOfSuccessors() == 1:
            if bb.hasSuccessor(bb.getVertexID()):
                withoutSucc.append(bb.getVertexID())
        if bb.numberOfPredecessors() == 0:
            withoutPred.append(bb.getVertexID())
        elif bb.numberOfPredecessors() == 1:
            if bb.hasPredecessor(bb.getVertexID()):
                withoutPred.append(bb.getVertexID())
    
    if len(withoutPred) == 0:
        Debug.exitMessage("CFG '%s' does not an entry point" % cfg.getName())
    elif len(withoutPred) > 1:
        debugStr = ""
        for bbID in withoutPred:
            bb       = cfg.getVertex(bbID)
            debugStr += bb.__str__()
        Debug.exitMessage("CFG '%s' has too many entry points: %s" % (cfg.getName(), debugStr))
    else:
        cfg.setEntryID(withoutPred[0])
        
    if len(withoutSucc) == 0:
        Debug.exitMessage("CFG '%s' does not an exit point" % cfg.getName())
    elif len(withoutSucc) > 1:
        debugStr = ""
        for bbID in withoutSucc:
            bb       = cfg.getVertex(bbID)
            debugStr += bb.__str__()
        Debug.exitMessage("CFG '%s' has too many exit points: %s" % (cfg.getName(), debugStr))
    else:
        cfg.setExitID(withoutSucc[0])