#

# Copyright (c) 2006-2009 Nokia Corporation and/or its subsidiary(-ies).

# All rights reserved.

# This component and the accompanying materials are made available

# under the terms of the License "Eclipse Public License v1.0"

# which accompanies this distribution, and is available

# at the URL "http://www.eclipse.org/legal/epl-v10.html".

#

# Initial Contributors:

# Nokia Corporation - initial contribution.

#

# Contributors:

#

# Description: 

# raptor_make_unit module

# This module tests the classes that write Makefile wrappers.

#

import os

import raptor

import raptor_data

import raptor_make

import unittest

class TestRaptorMake(unittest.TestCase):

	def cleanMakefiles(self, fileList):

		for file in fileList:

			name = file.GetLocalString()

			if os.path.exists(name):

				os.remove(name)

	def checkMakefiles(self, fileList):

		for file in fileList:

			name = file.GetLocalString()

			if not os.path.exists(name):

				print "did not find", name

				return False

		return True

	def checkNotMakefiles(self, fileList):

		for file in fileList:

			name = file.GetLocalString()

			if os.path.exists(name):

				print "found unwanted", name

				return False

		return True

	def testSimpleMake(self):

		# use a bare Raptor object

		aRaptor = raptor.Raptor()

		aRaptor.ProcessConfig()

		aRaptor.LoadCache()

		aRaptor.pruneDuplicateMakefiles = False

		aRaptor.writeSingleMakefile = False

		# find the test directory

		testDir = aRaptor.home.Append("test", "tmp")

		# set up a build with a single Specification node

		spec = raptor_data.Specification("myProject")

		interface = raptor_data.Interface("EXE")

		interface.SetProperty("flm", "/lib/flm/exe.flm")

		interface.AddParameter(raptor_data.Parameter("EXEPARAM1"))

		interface.AddParameter(raptor_data.Parameter("EXEPARAM2"))

		interface.AddParameter(raptor_data.Parameter("EXEPARAM3"))

		spec.SetInterface(interface)

		svar = raptor_data.Variant("SVAR")

		svar.AddOperation(raptor_data.Set("EXEPARAM1", "parameter 1"))

		svar.AddOperation(raptor_data.Set("EXEPARAM2", "parameter 2"))

		spec.AddVariant(svar)

		spec.SetOwner(aRaptor)

		# use a minimal Configuration

		conf = raptor_data.Variant("myConfig")

		cvar = raptor_data.Variant("CVAR")

		cvar.AddOperation(raptor_data.Set("EXEPARAM3", "parameter 3"))

		bldunit = raptor_data.BuildUnit("myConfig.CVAR",[conf,cvar])

		conf.SetOwner(aRaptor)

		# delete any old Makefiles

		m1 = testDir.Append("Makefile")

		m2 = testDir.Append("myConfig.CVAR", "myProject", "Makefile")

		makefiles = [m1, m2]

		self.cleanMakefiles(makefiles)

		# create new Makefiles

		maker = raptor_make.MakeEngine(aRaptor)

		maker.Write(m1, [spec], [bldunit])

		# test and clean

		self.failUnless(self.checkMakefiles(makefiles))

		self.cleanMakefiles(makefiles)

	def testMultiSpecMultiConfigMake(self):

		# use a bare Raptor object

		aRaptor = raptor.Raptor()

		aRaptor.ProcessConfig()

		aRaptor.LoadCache()

		aRaptor.pruneDuplicateMakefiles = False

		aRaptor.writeSingleMakefile = False

		# find the test directory

		testDir = aRaptor.home.Append("test", "tmp")

		interface = raptor_data.Interface("EXE")

		interface.SetProperty("flm", "/lib/flm/exe.flm")

		interface.AddParameter(raptor_data.Parameter("EXEPARAM1"))

		interface.AddParameter(raptor_data.Parameter("EXEPARAM2"))

		# set up a build with 2 top-level Specification nodes

		# top 1 has 2 sub-nodes

		top1 = raptor_data.Specification("top1")

		top1.SetInterface(interface)

		top1v = raptor_data.Variant()

		top1v.AddOperation(raptor_data.Set("EXEPARAM1", "top1 p1"))

		top1.AddVariant(top1v)

		# top 1 child 1 has 1 sub-node

		top1c1 = raptor_data.Specification("top1c1")

		top1c1.SetInterface(interface)

		top1c1v = raptor_data.Variant()

		top1c1v.AddOperation(raptor_data.Set("EXEPARAM1", "top1c1 p1"))

		top1c1.AddVariant(top1c1v)

		# top 1 child 1 child

		top1c1c = raptor_data.Specification("top1c1c")

		top1c1c.SetInterface(interface)

		top1c1cv = raptor_data.Variant()

		top1c1cv.AddOperation(raptor_data.Set("EXEPARAM1", "top1c1c p1"))

		top1c1c.AddVariant(top1c1cv)

		top1c1.AddChildSpecification(top1c1c)

		# top 1 child 2 has 1 sub-node

		top1c2 = raptor_data.Specification("top1c2")

		top1c2.SetInterface(interface)

		top1c2v = raptor_data.Variant()

		top1c2v.AddOperation(raptor_data.Set("EXEPARAM1", "top1c2 p1"))

		top1c2.AddVariant(top1c2v)

		# top 1 child 2 child

		top1c2c = raptor_data.Specification("top1c2c")

		top1c2c.SetInterface(interface)

		top1c2cv = raptor_data.Variant()

		top1c2cv.AddOperation(raptor_data.Set("EXEPARAM1", "top1c2c p1"))

		top1c2c.AddVariant(top1c2cv)

		top1c2.AddChildSpecification(top1c2c)

		#

		top1.AddChildSpecification(top1c1)

		top1.AddChildSpecification(top1c2)

		top1.SetOwner(aRaptor)

		# top 2 has no sub-nodes

		top2 = raptor_data.Specification("top2")

		top2.SetInterface(interface)

		top2v = raptor_data.Variant()

		top2v.AddOperation(raptor_data.Set("EXEPARAM1", "top2 p1"))

		top2.AddVariant(top2v)

		#

		top2.SetOwner(aRaptor)

		# use a pair of minimal Configurations

		conf1 = raptor_data.Variant("conf1")

		c1var = raptor_data.Variant()

		c1var.AddOperation(raptor_data.Set("EXEPARAM2", "conf1 p2"))

		buildunit1 = raptor_data.BuildUnit("conf1.c1var",[conf1,c1var])

		conf1.SetOwner(aRaptor)

		conf2 = raptor_data.Variant("conf2")

		c2var = raptor_data.Variant()

		c2var.AddOperation(raptor_data.Set("EXEPARAM2", "conf2 p2"))

		buildunit2 = raptor_data.BuildUnit("conf2.c2var",[conf2,c2var])

		conf2.SetOwner(aRaptor)

		# delete any old Makefiles

		makefiles = [testDir.Append("Makefile")]

		makefiles.append(testDir.Append("conf1.c1var", "top1", "Makefile"))

		makefiles.append(testDir.Append("conf1.c1var", "top1", "top1c1", "Makefile"))

		makefiles.append(testDir.Append("conf1.c1var", "top1", "top1c1", "top1c1c", "Makefile"))

		makefiles.append(testDir.Append("conf1.c1var", "top1", "top1c2", "Makefile"))

		makefiles.append(testDir.Append("conf1.c1var", "top1", "top1c2", "top1c2c", "Makefile"))

		makefiles.append(testDir.Append("conf1.c1var", "top2", "Makefile"))

		makefiles.append(testDir.Append("conf2.c2var", "top1", "Makefile"))

		makefiles.append(testDir.Append("conf2.c2var", "top1", "top1c1", "Makefile"))

		makefiles.append(testDir.Append("conf2.c2var", "top1", "top1c1", "top1c1c", "Makefile"))

		makefiles.append(testDir.Append("conf2.c2var", "top1", "top1c2", "Makefile"))

		makefiles.append(testDir.Append("conf2.c2var", "top1", "top1c2", "top1c2c", "Makefile"))

		makefiles.append(testDir.Append("conf2.c2var", "top2", "Makefile"))

		self.cleanMakefiles(makefiles)

		# create new Makefiles

		maker = raptor_make.MakeEngine(aRaptor)

		maker.Write(makefiles[0], [top1, top2], [buildunit1, buildunit2])

		# test and clean

		self.failUnless(self.checkMakefiles(makefiles))

		self.cleanMakefiles(makefiles)

	def testFilteredMake(self):

		# use a bare Raptor object

		aRaptor = raptor.Raptor()

		aRaptor.ProcessConfig()

		aRaptor.LoadCache()

		aRaptor.pruneDuplicateMakefiles = False

		aRaptor.writeSingleMakefile = False

		# find the test directory

		testDir = aRaptor.home.Append("test", "tmp")

		# the root Specification is a Filter

		top = raptor_data.Filter("top")

		# the test condition

		top.SetVariableCondition("SWITCH", "ARM")

		top.AddVariableCondition("TOGGLE", ["A", "B", "C"])

		top.SetConfigCondition("confA.confAv")

		top.AddConfigCondition("confB.confBv")

		# True part

		ifaceT = raptor_data.Interface("T.EXE")

		ifaceT.SetProperty("flm", "/lib/flm/exeT.flm")

		ifaceT.AddParameter(raptor_data.Parameter("TEXEPARAM"))

		ifaceT.AddParameter(raptor_data.Parameter("SWITCH"))

		ifaceT.AddParameter(raptor_data.Parameter("TOGGLE"))

		top.SetInterface(ifaceT)

		#

		varT = raptor_data.Variant()

		varT.AddOperation(raptor_data.Set("TEXEPARAM", "top True"))

		top.AddVariant(varT)

		#

		childT = raptor_data.Specification("Tchild")

		childT.SetInterface(ifaceT)

		childTv = raptor_data.Variant()

		childTv.AddOperation(raptor_data.Set("TEXEPARAM", "child True"))

		childT.AddVariant(childTv)

		#

		top.AddChildSpecification(childT)

		# False part

		ifaceF = raptor_data.Interface("F.EXE")

		ifaceF.SetProperty("flm", "/lib/flm/exeF.flm")

		ifaceF.AddParameter(raptor_data.Parameter("FEXEPARAM"))

		ifaceF.AddParameter(raptor_data.Parameter("SWITCH"))

		ifaceF.AddParameter(raptor_data.Parameter("TOGGLE"))

		top.Else.SetInterface(ifaceF)

		#

		varF = raptor_data.Variant()

		varF.AddOperation(raptor_data.Set("FEXEPARAM", "top False"))

		top.Else.AddVariant(varF)

		#

		childF = raptor_data.Specification("Fchild")

		childF.SetInterface(ifaceF)

		childFv = raptor_data.Variant()

		childFv.AddOperation(raptor_data.Set("FEXEPARAM", "child False"))

		childF.AddVariant(childFv)

		#

		top.Else.AddChildSpecification(childF)

		top.SetOwner(aRaptor)

		# Configurations

		confA = raptor_data.Variant("confA")	# hit

		confAv = raptor_data.Variant()

		confAv.AddOperation(raptor_data.Set("SWITCH", "confA switch"))

		confAv.AddOperation(raptor_data.Set("TOGGLE", "confA toggle"))

		b1 = raptor_data.BuildUnit("confA.confAv",[confA,confAv])

		confA.SetOwner(aRaptor)

		confB = raptor_data.Variant("confB")	# hit

		confBv = raptor_data.Variant()

		confBv.AddOperation(raptor_data.Set("SWITCH", "confB switch"))

		confBv.AddOperation(raptor_data.Set("TOGGLE", "confB toggle"))

		b2 = raptor_data.BuildUnit("confB.confBv",[confB,confBv])

		confB.SetOwner(aRaptor)

		confC = raptor_data.Variant("confC")

		confCv = raptor_data.Variant()

		confCv.AddOperation(raptor_data.Set("SWITCH", "confC switch"))

		confCv.AddOperation(raptor_data.Set("TOGGLE", "confC toggle"))

		b3 = raptor_data.BuildUnit("confC.confCv",[confC,confCv])

		confC.SetOwner(aRaptor)

		confD = raptor_data.Variant("confD")

		confDv = raptor_data.Variant()

		confDv.AddOperation(raptor_data.Set("SWITCH", "ARM"))	# hit

		confDv.AddOperation(raptor_data.Set("TOGGLE", "confD toggle"))

		b4 = raptor_data.BuildUnit("confD.confDv",[confD,confDv])

		confD.SetOwner(aRaptor)

		confE = raptor_data.Variant("confE")

		confEv = raptor_data.Variant()

		confEv.AddOperation(raptor_data.Set("SWITCH", "confE switch"))

		confEv.AddOperation(raptor_data.Set("TOGGLE", "B"))		# hit

		b5 = raptor_data.BuildUnit("confE.confEv",[confE,confEv])

		confE.SetOwner(aRaptor)

		confF = raptor_data.Variant("confF")

		confFv = raptor_data.Variant()

		confFv.AddOperation(raptor_data.Set("SWITCH", "confF switch"))

		confFv.AddOperation(raptor_data.Set("TOGGLE", "confF toggle"))

		b6 = raptor_data.BuildUnit("confF.confFv",[confF,confFv])

		confF.SetOwner(aRaptor)

		# delete any old Makefiles

		makefiles = [testDir.Append("Makefile")]

		makefiles.append(testDir.Append("confA.confAv", "top", "Makefile"))

		makefiles.append(testDir.Append("confB.confBv", "top", "Makefile"))

		makefiles.append(testDir.Append("confC.confCv", "top", "Makefile"))

		makefiles.append(testDir.Append("confD.confDv", "top", "Makefile"))

		makefiles.append(testDir.Append("confE.confEv", "top", "Makefile"))

		makefiles.append(testDir.Append("confF.confFv", "top", "Makefile"))

		makefiles.append(testDir.Append("confA.confAv", "top", "Tchild", "Makefile"))

		makefiles.append(testDir.Append("confB.confBv", "top", "Tchild", "Makefile"))

		makefiles.append(testDir.Append("confC.confCv", "top", "Fchild", "Makefile"))

		makefiles.append(testDir.Append("confD.confDv", "top", "Tchild", "Makefile"))

		makefiles.append(testDir.Append("confE.confEv", "top", "Tchild", "Makefile"))

		makefiles.append(testDir.Append("confF.confFv", "top", "Fchild", "Makefile"))

		self.cleanMakefiles(makefiles)

		# create new Makefiles

		maker = raptor_make.MakeEngine(aRaptor)

		maker.Write(makefiles[0], [top], [b1,b2,b3,b4,b5,b6])

		# test and clean

		self.failUnless(self.checkMakefiles(makefiles))

		self.cleanMakefiles(makefiles)

	def testPruneDuplicates(self):

		# use a bare Raptor object

		aRaptor = raptor.Raptor()

		aRaptor.ProcessConfig()

		aRaptor.LoadCache()

		aRaptor.pruneDuplicateMakefiles = True

		aRaptor.writeSingleMakefile = False

		# find the test directory

		testDir = aRaptor.home.Append("test", "tmp")

		# an interface with defaults

		iface = raptor_data.Interface("I.EXE")

		iface.SetProperty("flm", "/lib/flm/iexe.flm")

		iface.AddParameter(raptor_data.Parameter("A", "1"))

		iface.AddParameter(raptor_data.Parameter("B", "2"))

		iface.AddParameter(raptor_data.Parameter("C", "3"))

		# each Specification is a Filter

		# f1 is empty, f2 and f3 are equal

		# so f2 should be the only Makefile generated

		f1 = raptor_data.Filter("f1")

		f1.SetConfigCondition("c1")

		f1.SetOwner(aRaptor)

		f2 = raptor_data.Filter("f2")

		f2.SetConfigCondition("c2")

		f2.SetInterface(iface)

		f2.SetOwner(aRaptor)

		f3 = raptor_data.Filter("f3")

		f3.SetConfigCondition("c3")

		f3.SetInterface(iface)

		f3.SetOwner(aRaptor)

		# Configurations

		c1 = raptor_data.Variant("c1")

		c1.SetOwner(aRaptor)

		c2 = raptor_data.Variant("c2")

		c2.SetOwner(aRaptor)

		c3 = raptor_data.Variant("c3")

		c3.SetOwner(aRaptor)

		# Build Units

		b1 = raptor_data.BuildUnit("c1",[c1])

		b2 = raptor_data.BuildUnit("c2",[c2])

		b3 = raptor_data.BuildUnit("c3",[c3])

		# Makefiles we expect

		makefiles = [testDir.Append("Makefile")]

		makefiles.append(testDir.Append("c2", "f2", "Makefile"))

		self.cleanMakefiles(makefiles)

		# Makefiles we do not expect

		prunes = []

		prunes.append(testDir.Append("c1", "f1", "Makefile"))

		prunes.append(testDir.Append("c1", "f2", "Makefile"))

		prunes.append(testDir.Append("c1", "f3", "Makefile"))

		prunes.append(testDir.Append("c2", "f1", "Makefile"))

		prunes.append(testDir.Append("c2", "f3", "Makefile"))

		prunes.append(testDir.Append("c3", "f1", "Makefile"))

		prunes.append(testDir.Append("c3", "f2", "Makefile"))

		prunes.append(testDir.Append("c3", "f3", "Makefile"))

		self.cleanMakefiles(prunes)

		# create new Makefiles

		maker = raptor_make.MakeEngine(aRaptor)

		maker.Write(makefiles[0], [f1, f2, f3], [b1, b2, b3])

		# test and clean

		self.failUnless(self.checkMakefiles(makefiles))

		self.cleanMakefiles(makefiles)

		self.failUnless(self.checkNotMakefiles(prunes))

		self.cleanMakefiles(prunes)

# run all the tests

from raptor_tests import SmokeTest

def run():

	t = SmokeTest()

	t.id = "999"

	t.name = "raptor_make_unit"

	tests = unittest.makeSuite(TestRaptorMake)

	result = unittest.TextTestRunner(verbosity=2).run(tests)

	if result.wasSuccessful():

		t.result = SmokeTest.PASS

	else:

		t.result = SmokeTest.FAIL

	return t