def __createSampleProgramExecution__(self):
myProgramExecution = ProgramExecution("Python")
mod = LanguageObject(1, LanguageType.MODULE, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, asJsonString('mod1.mod2.mod3'))
myProgramExecution.addLanguageObject(mod)
cls = LanguageObject(2, LanguageType.CLASS, LanguageObject.DECLARATION_TYPES.CONSTRUCTOR, asJsonString('Class1'), mod)
myProgramExecution.addLanguageObject(cls)
obj = LanguageObject(3, LanguageType.INSTANCE, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, asJsonString(5), cls)
myProgramExecution.addLanguageObject(obj)
obj2 = LanguageObject(4, LanguageType.INSTANCE, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, asJsonString(25), cls)
myProgramExecution.addLanguageObject(obj2)
obj3 = LanguageObject(5, LanguageType.INSTANCE, LanguageObject.DECLARATION_TYPES.CONSTRUCTOR, asJsonString('Gerva'), cls)
myProgramExecution.addLanguageObject(obj3)
argsList = []
argsList.append(Argument(obj))
argsList.append(Argument(obj2, "paramName"))
MT = FunctionCall.MethodType
aCall3 = FunctionCall(3, obj3, "__init__", MT.CONSTRUCTOR, argsList, 2, obj2)
aCall4 = FunctionCall(4, obj3, "obj_fun", MT.METHOD, argsList, 1, obj3, True)
myProgramExecution.addFunctionCall(aCall3)
myProgramExecution.addFunctionCall(aCall4)
return myProgramExecution
def testProgramExecution(self):
myProgramExecution = ProgramExecution("Python")
theLanguageTypes = myProgramExecution.getLanguageTypes()
self.assertEqual(LanguageType.NONE, theLanguageTypes[LanguageType.NONE])
self.assertEqual(LanguageType.MODULE, theLanguageTypes[LanguageType.MODULE])
self.assertEqual(LanguageType.CLASS, theLanguageTypes[LanguageType.CLASS])
self.assertEqual(LanguageType.INSTANCE, theLanguageTypes[LanguageType.INSTANCE])
mod = LanguageObject(1, LanguageType.MODULE, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, "mod1.mod2.mod3" )
myProgramExecution.addLanguageObject(mod)
cls = LanguageObject(2, LanguageType.CLASS, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, "Class1", mod)
myProgramExecution.addLanguageObject(cls)
#test duplicated id
def languageObjectWithDuplicatedId(aProgramExecution, cls):
obj = LanguageObject(2, LanguageType.INSTANCE, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, "5", cls)
aProgramExecution.addLanguageObject(obj)
self.assertRaises(DuplicatedLanguageObjectIdException, languageObjectWithDuplicatedId, myProgramExecution, cls)
obj = LanguageObject(3, LanguageType.INSTANCE, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, "5", cls)
myProgramExecution.addLanguageObject(obj)
obj2 = LanguageObject(4, LanguageType.INSTANCE, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, "25", cls)
myProgramExecution.addLanguageObject(obj2)
obj3 = LanguageObject(5, LanguageType.INSTANCE, LanguageObject.DECLARATION_TYPES.CONSTRUCTOR, "", cls)
myProgramExecution.addLanguageObject(obj3)
argsList = []
argsList.append(Argument(obj))
argsList.append(Argument(obj2, "paramName"))
MT = FunctionCall.MethodType
aCall = FunctionCall(1, mod, "fun", MT.METHOD, argsList, 0)
aCall2 = FunctionCall(2, cls, "cls_fun", MT.CLASS_METHOD, argsList, 1)
aCall3 = FunctionCall(3, obj3, "__init__", MT.CONSTRUCTOR, argsList, 0)
aCall4 = FunctionCall(4, obj3, "obj_fun", MT.METHOD, argsList, 0)
myProgramExecution.addFunctionCall(aCall)
myProgramExecution.addFunctionCall(aCall2)
myProgramExecution.addFunctionCall(aCall3)
self.assertEquals( myProgramExecution.getLanguage(), "Python")
theLanguageObejcts = myProgramExecution.getLanguageObjects()
self.assertEquals( theLanguageObejcts[1], mod)
self.assertEquals( theLanguageObejcts[2], cls)
self.assertEquals( theLanguageObejcts[3], obj)
self.assertEquals( theLanguageObejcts[4], obj2)
self.assertEquals( theLanguageObejcts[5], obj3)
theCalls = myProgramExecution.getFunctionCalls()
self.assertEquals(theCalls[0], aCall)
self.assertEquals(theCalls[1], aCall2)
self.assertEquals(theCalls[2], aCall3)
def testProgramExecution(self):
myProgramExecution = ProgramExecution("Python")
theLanguageTypes = myProgramExecution.getLanguageTypes()
self.assertEqual(LanguageType.NONE,
theLanguageTypes[LanguageType.NONE])
self.assertEqual(LanguageType.MODULE,
theLanguageTypes[LanguageType.MODULE])
self.assertEqual(LanguageType.CLASS,
theLanguageTypes[LanguageType.CLASS])
self.assertEqual(LanguageType.INSTANCE,
theLanguageTypes[LanguageType.INSTANCE])
mod = LanguageObject(1, LanguageType.MODULE,
LanguageObject.DECLARATION_TYPES.FIXED_VALUE,
"mod1.mod2.mod3")
myProgramExecution.addLanguageObject(mod)
cls = LanguageObject(2, LanguageType.CLASS,
LanguageObject.DECLARATION_TYPES.FIXED_VALUE,
"Class1", mod)
myProgramExecution.addLanguageObject(cls)
#test duplicated id
def languageObjectWithDuplicatedId(aProgramExecution, cls):
obj = LanguageObject(2, LanguageType.INSTANCE,
LanguageObject.DECLARATION_TYPES.FIXED_VALUE,
"5", cls)
aProgramExecution.addLanguageObject(obj)
self.assertRaises(DuplicatedLanguageObjectIdException,
languageObjectWithDuplicatedId, myProgramExecution,
cls)
obj = LanguageObject(3, LanguageType.INSTANCE,
LanguageObject.DECLARATION_TYPES.FIXED_VALUE, "5",
cls)
myProgramExecution.addLanguageObject(obj)
obj2 = LanguageObject(4, LanguageType.INSTANCE,
LanguageObject.DECLARATION_TYPES.FIXED_VALUE,
"25", cls)
myProgramExecution.addLanguageObject(obj2)
obj3 = LanguageObject(5, LanguageType.INSTANCE,
LanguageObject.DECLARATION_TYPES.CONSTRUCTOR, "",
cls)
myProgramExecution.addLanguageObject(obj3)
argsList = []
argsList.append(Argument(obj))
argsList.append(Argument(obj2, "paramName"))
MT = FunctionCall.MethodType
aCall = FunctionCall(1, mod, "fun", MT.METHOD, argsList, 0)
aCall2 = FunctionCall(2, cls, "cls_fun", MT.CLASS_METHOD, argsList, 1)
aCall3 = FunctionCall(3, obj3, "__init__", MT.CONSTRUCTOR, argsList, 0)
aCall4 = FunctionCall(4, obj3, "obj_fun", MT.METHOD, argsList, 0)
myProgramExecution.addFunctionCall(aCall)
myProgramExecution.addFunctionCall(aCall2)
myProgramExecution.addFunctionCall(aCall3)
self.assertEquals(myProgramExecution.getLanguage(), "Python")
theLanguageObejcts = myProgramExecution.getLanguageObjects()
self.assertEquals(theLanguageObejcts[1], mod)
self.assertEquals(theLanguageObejcts[2], cls)
self.assertEquals(theLanguageObejcts[3], obj)
self.assertEquals(theLanguageObejcts[4], obj2)
self.assertEquals(theLanguageObejcts[5], obj3)
theCalls = myProgramExecution.getFunctionCalls()
self.assertEquals(theCalls[0], aCall)
self.assertEquals(theCalls[1], aCall2)
self.assertEquals(theCalls[2], aCall3)
def __createSampleProgramExecution__(self):
myProgramExecution = ProgramExecution("Python")
mod = LanguageObject(
1, LanguageType.MODULE, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, asJsonString("mod1.mod2.mod3")
)
myProgramExecution.addLanguageObject(mod)
cls = LanguageObject(
2, LanguageType.CLASS, LanguageObject.DECLARATION_TYPES.CONSTRUCTOR, asJsonString("Class1"), mod
)
myProgramExecution.addLanguageObject(cls)
obj = LanguageObject(
3, LanguageType.INSTANCE, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, asJsonString(5), cls
)
myProgramExecution.addLanguageObject(obj)
obj2 = LanguageObject(
4, LanguageType.INSTANCE, LanguageObject.DECLARATION_TYPES.FIXED_VALUE, asJsonString(25), cls
)
myProgramExecution.addLanguageObject(obj2)
obj3 = LanguageObject(
5, LanguageType.INSTANCE, LanguageObject.DECLARATION_TYPES.CONSTRUCTOR, asJsonString("Gerva"), cls
)
myProgramExecution.addLanguageObject(obj3)
argsList = []
argsList.append(Argument(obj))
argsList.append(Argument(obj2, "paramName"))
MT = FunctionCall.MethodType
aCall3 = FunctionCall(3, obj3, "__init__", MT.CONSTRUCTOR, argsList, 2, obj2)
aCall4 = FunctionCall(4, obj3, "obj_fun", MT.METHOD, argsList, 1, obj3, True)
myProgramExecution.addFunctionCall(aCall3)
myProgramExecution.addFunctionCall(aCall4)
return myProgramExecution
