222 lines
10 KiB
Python
222 lines
10 KiB
Python
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#!/usr/bin/env python
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from __future__ import print_function
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import sys
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import random
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class TimingScriptGenerator:
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"""Used to generate a bash script which will invoke the toy and time it"""
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def __init__(self, scriptname, outputname):
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self.timeFile = outputname
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self.shfile = open(scriptname, 'w')
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self.shfile.write("echo \"\" > %s\n" % self.timeFile)
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def writeTimingCall(self, filename, numFuncs, funcsCalled, totalCalls):
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"""Echo some comments and invoke both versions of toy"""
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rootname = filename
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if '.' in filename:
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rootname = filename[:filename.rfind('.')]
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self.shfile.write("echo \"%s: Calls %d of %d functions, %d total\" >> %s\n" % (filename, funcsCalled, numFuncs, totalCalls, self.timeFile))
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self.shfile.write("echo \"\" >> %s\n" % self.timeFile)
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self.shfile.write("echo \"With MCJIT\" >> %s\n" % self.timeFile)
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self.shfile.write("/usr/bin/time -f \"Command %C\\n\\tuser time: %U s\\n\\tsytem time: %S s\\n\\tmax set: %M kb\"")
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self.shfile.write(" -o %s -a " % self.timeFile)
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self.shfile.write("./toy-mcjit < %s > %s-mcjit.out 2> %s-mcjit.err\n" % (filename, rootname, rootname))
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self.shfile.write("echo \"\" >> %s\n" % self.timeFile)
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self.shfile.write("echo \"With JIT\" >> %s\n" % self.timeFile)
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self.shfile.write("/usr/bin/time -f \"Command %C\\n\\tuser time: %U s\\n\\tsytem time: %S s\\n\\tmax set: %M kb\"")
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self.shfile.write(" -o %s -a " % self.timeFile)
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self.shfile.write("./toy-jit < %s > %s-jit.out 2> %s-jit.err\n" % (filename, rootname, rootname))
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self.shfile.write("echo \"\" >> %s\n" % self.timeFile)
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self.shfile.write("echo \"\" >> %s\n" % self.timeFile)
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class KScriptGenerator:
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"""Used to generate random Kaleidoscope code"""
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def __init__(self, filename):
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self.kfile = open(filename, 'w')
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self.nextFuncNum = 1
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self.lastFuncNum = None
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self.callWeighting = 0.1
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# A mapping of calls within functions with no duplicates
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self.calledFunctionTable = {}
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# A list of function calls which will actually be executed
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self.calledFunctions = []
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# A comprehensive mapping of calls within functions
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# used for computing the total number of calls
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self.comprehensiveCalledFunctionTable = {}
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self.totalCallsExecuted = 0
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def updateTotalCallCount(self, callee):
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# Count this call
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self.totalCallsExecuted += 1
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# Then count all the functions it calls
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if callee in self.comprehensiveCalledFunctionTable:
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for child in self.comprehensiveCalledFunctionTable[callee]:
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self.updateTotalCallCount(child)
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def updateFunctionCallMap(self, caller, callee):
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"""Maintains a map of functions that are called from other functions"""
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if not caller in self.calledFunctionTable:
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self.calledFunctionTable[caller] = []
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if not callee in self.calledFunctionTable[caller]:
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self.calledFunctionTable[caller].append(callee)
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if not caller in self.comprehensiveCalledFunctionTable:
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self.comprehensiveCalledFunctionTable[caller] = []
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self.comprehensiveCalledFunctionTable[caller].append(callee)
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def updateCalledFunctionList(self, callee):
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"""Maintains a list of functions that will actually be called"""
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# Update the total call count
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self.updateTotalCallCount(callee)
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# If this function is already in the list, don't do anything else
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if callee in self.calledFunctions:
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return
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# Add this function to the list of those that will be called.
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self.calledFunctions.append(callee)
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# If this function calls other functions, add them too
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if callee in self.calledFunctionTable:
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for subCallee in self.calledFunctionTable[callee]:
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self.updateCalledFunctionList(subCallee)
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def setCallWeighting(self, weight):
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""" Sets the probably of generating a function call"""
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self.callWeighting = weight
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def writeln(self, line):
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self.kfile.write(line + '\n')
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def writeComment(self, comment):
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self.writeln('# ' + comment)
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def writeEmptyLine(self):
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self.writeln("")
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def writePredefinedFunctions(self):
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self.writeComment("Define ':' for sequencing: as a low-precedence operator that ignores operands")
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self.writeComment("and just returns the RHS.")
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self.writeln("def binary : 1 (x y) y;")
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self.writeEmptyLine()
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self.writeComment("Helper functions defined within toy")
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self.writeln("extern putchard(x);")
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self.writeln("extern printd(d);")
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self.writeln("extern printlf();")
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self.writeEmptyLine()
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self.writeComment("Print the result of a function call")
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self.writeln("def printresult(N Result)")
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self.writeln(" # 'result('")
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self.writeln(" putchard(114) : putchard(101) : putchard(115) : putchard(117) : putchard(108) : putchard(116) : putchard(40) :")
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self.writeln(" printd(N) :");
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self.writeln(" # ') = '")
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self.writeln(" putchard(41) : putchard(32) : putchard(61) : putchard(32) :")
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self.writeln(" printd(Result) :");
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self.writeln(" printlf();")
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self.writeEmptyLine()
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def writeRandomOperation(self, LValue, LHS, RHS):
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shouldCallFunc = (self.lastFuncNum > 2 and random.random() < self.callWeighting)
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if shouldCallFunc:
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funcToCall = random.randrange(1, self.lastFuncNum - 1)
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self.updateFunctionCallMap(self.lastFuncNum, funcToCall)
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self.writeln(" %s = func%d(%s, %s) :" % (LValue, funcToCall, LHS, RHS))
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else:
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possibleOperations = ["+", "-", "*", "/"]
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operation = random.choice(possibleOperations)
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if operation == "-":
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# Don't let our intermediate value become zero
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# This is complicated by the fact that '<' is our only comparison operator
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self.writeln(" if %s < %s then" % (LHS, RHS))
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self.writeln(" %s = %s %s %s" % (LValue, LHS, operation, RHS))
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self.writeln(" else if %s < %s then" % (RHS, LHS))
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self.writeln(" %s = %s %s %s" % (LValue, LHS, operation, RHS))
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self.writeln(" else")
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self.writeln(" %s = %s %s %f :" % (LValue, LHS, operation, random.uniform(1, 100)))
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else:
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self.writeln(" %s = %s %s %s :" % (LValue, LHS, operation, RHS))
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def getNextFuncNum(self):
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result = self.nextFuncNum
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self.nextFuncNum += 1
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self.lastFuncNum = result
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return result
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def writeFunction(self, elements):
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funcNum = self.getNextFuncNum()
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self.writeComment("Auto-generated function number %d" % funcNum)
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self.writeln("def func%d(X Y)" % funcNum)
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self.writeln(" var temp1 = X,")
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self.writeln(" temp2 = Y,")
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self.writeln(" temp3 in")
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# Initialize the variable names to be rotated
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first = "temp3"
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second = "temp1"
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third = "temp2"
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# Write some random operations
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for i in range(elements):
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self.writeRandomOperation(first, second, third)
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# Rotate the variables
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temp = first
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first = second
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second = third
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third = temp
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self.writeln(" " + third + ";")
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self.writeEmptyLine()
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def writeFunctionCall(self):
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self.writeComment("Call the last function")
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arg1 = random.uniform(1, 100)
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arg2 = random.uniform(1, 100)
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self.writeln("printresult(%d, func%d(%f, %f) )" % (self.lastFuncNum, self.lastFuncNum, arg1, arg2))
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self.writeEmptyLine()
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self.updateCalledFunctionList(self.lastFuncNum)
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def writeFinalFunctionCounts(self):
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self.writeComment("Called %d of %d functions" % (len(self.calledFunctions), self.lastFuncNum))
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def generateKScript(filename, numFuncs, elementsPerFunc, funcsBetweenExec, callWeighting, timingScript):
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""" Generate a random Kaleidoscope script based on the given parameters """
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print("Generating " + filename)
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print(" %d functions, %d elements per function, %d functions between execution" %
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(numFuncs, elementsPerFunc, funcsBetweenExec))
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print(" Call weighting = %f" % callWeighting)
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script = KScriptGenerator(filename)
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script.setCallWeighting(callWeighting)
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script.writeComment("===========================================================================")
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script.writeComment("Auto-generated script")
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script.writeComment(" %d functions, %d elements per function, %d functions between execution"
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% (numFuncs, elementsPerFunc, funcsBetweenExec))
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script.writeComment(" call weighting = %f" % callWeighting)
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script.writeComment("===========================================================================")
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script.writeEmptyLine()
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script.writePredefinedFunctions()
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funcsSinceLastExec = 0
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for i in range(numFuncs):
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script.writeFunction(elementsPerFunc)
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funcsSinceLastExec += 1
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if funcsSinceLastExec == funcsBetweenExec:
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script.writeFunctionCall()
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funcsSinceLastExec = 0
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# Always end with a function call
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if funcsSinceLastExec > 0:
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script.writeFunctionCall()
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script.writeEmptyLine()
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script.writeFinalFunctionCounts()
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funcsCalled = len(script.calledFunctions)
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print(" Called %d of %d functions, %d total" % (funcsCalled, numFuncs, script.totalCallsExecuted))
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timingScript.writeTimingCall(filename, numFuncs, funcsCalled, script.totalCallsExecuted)
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# Execution begins here
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random.seed()
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timingScript = TimingScriptGenerator("time-toy.sh", "timing-data.txt")
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dataSets = [(5000, 3, 50, 0.50), (5000, 10, 100, 0.10), (5000, 10, 5, 0.10), (5000, 10, 1, 0.0),
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(1000, 3, 10, 0.50), (1000, 10, 100, 0.10), (1000, 10, 5, 0.10), (1000, 10, 1, 0.0),
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( 200, 3, 2, 0.50), ( 200, 10, 40, 0.10), ( 200, 10, 2, 0.10), ( 200, 10, 1, 0.0)]
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# Generate the code
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for (numFuncs, elementsPerFunc, funcsBetweenExec, callWeighting) in dataSets:
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filename = "test-%d-%d-%d-%d.k" % (numFuncs, elementsPerFunc, funcsBetweenExec, int(callWeighting * 100))
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generateKScript(filename, numFuncs, elementsPerFunc, funcsBetweenExec, callWeighting, timingScript)
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print("All done!")
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