void *_safeFree(char *dataAddress, int lineNumber, char *fileName){
MemoryDescription *freePtr;
ErrorObject *err;
int iHeader=-1,iFooter=-1;
Try{
freePtr=moveBetweenList(dataAddress, fileName, lineNumber);
// no error, will do below designation
freePtr->freeLine =lineNumber;
freePtr->freeFile =fileName;
patternRepeat(freePtr->dataSize, "#", freePtr->memoryAddress);
iHeader = patternCheck(freePtr->headerAddress, HEADER_SIZE, CODE_PATTERN);
iFooter = patternCheck(freePtr->footerAddress, FOOTER_SIZE, CODE_PATTERN);
if(iHeader != PASS_TICKET){
printf("File:%p:%d: note: Memory's header integrity violated when freed@column:%d",fileName,lineNumber,iHeader);
}
if(iFooter != PASS_TICKET){
printf("File:%p:%d: note: Memory's footer integrity violated when freed@column:%d",fileName,lineNumber,iFooter);
}
}Catch(err){
printf("Error: %s\n", err->errorMsg);
freeError(err);
}
}
void freeModel(_md)
{
size_t predNum, funcNum, axNum, taskNum,
factNum, restrNum, typeNum, srcNum, errNum;
freeServData(modelPtr);
/* Predicates */
forVect(predNum, preds_m)
freeFunc(getPredPtr(predNum));
/* Functions */
forVect(funcNum, funcs_m)
freeFunc(getFuncPtr(funcNum));
/* Axioms */
forVect(axNum, axioms_m)
freeAxiom(getAxPtr(axNum));
/* Tasks */
forVect(taskNum, taskPtrs_m)
freeTask(getTaskPtr(taskNum));
/* Temp Facts */
forVect(factNum, tmpFacts_m)
freeFact(ptr(Fact, tmpFacts_m) + factNum);
/* Restrictions */
forVect(restrNum, restrs_m)
freeRestriction(getRestrPtr(restrNum));
/* DataTypes */
forVect(typeNum, types_m)
freeDataType(getTypePtr(typeNum));
/* Sources */
forVect(srcNum, modelPtr->sources)
freeSource(ptr(Source, modelPtr->sources) + srcNum);
/* Errors */
forVect(errNum, modelPtr->errors)
freeError(ptr(Error, modelPtr->errors) + errNum);
/* Vectors */
freeVect(preds_m);
freeVect(funcs_m);
freeVect(axioms_m);
freeVect(taskPtrs_m);
freeVect(tmpFacts_m)
freeVect(restrs_m);
freeVect(types_m);
freeVect(modelPtr->errors);
freeVect(modelPtr->sources);
}
void test_decrypStr_given_NULL_in_Str_expected_thorw_err_STR_CANNOT_BE_NULL(void) {
printf("No21.0 - decrypStr\n");
CEXCEPTION_T err;
Try{
uint8_t* cipherKey = encrypStr("1234","9988772211334455",AES_256);
uint8_t* invCipherKey = decrypStr(NULL,"9988772211334455",AES_256);
} Catch(err) {
printf("%s",err->errorMsg);
TEST_ASSERT_EQUAL(ERR_STR_CANNOT_BE_NULL,err->errorCode);
TEST_ASSERT_EQUAL_STRING("Error: Input plainText cannot be NULL!",err->errorMsg);
freeError(err);
}
}
void test_decrypStr_given_NULL_in_decrykey_expected_thorw_err_KEY_CANNOT_BE_NULL_(void) {
printf("No20.0 - decrypStr\n");
CEXCEPTION_T err;
Try{
uint8_t* cipherKey = encrypStr("Hello,HwaNeng!!! I m LengZai","9988772211334455",AES_256);
uint8_t* invCipherKey = decrypStr(cipherKey,NULL,AES_256);
} Catch(err) {
printf("%s",err->errorMsg);
TEST_ASSERT_EQUAL(ERR_KEY_CANNOT_BE_NULL,err->errorCode);
TEST_ASSERT_EQUAL_STRING("Error: Decrypt Key cannot be NULL!",err->errorMsg);
freeError(err);
}
}
void test_decrypStr_given_a_unknown_mode_expected_thorw_err_AES_MODE_CANNOT_BE_NULL_(void) {
printf("No19.0 - decrypStr\n");
CEXCEPTION_T err;
Try{
uint8_t* cipherKey = encrypStr("Hello,HwaNeng!!! I m LengZai","9988772211334455",AES_256);
uint8_t* invCipherKey = decrypStr(cipherKey,"9988772211334455",0);
} Catch(err) {
printf("%s",err->errorMsg);
TEST_ASSERT_EQUAL(ERR_AES_MODE_CANNOT_BE_NULL,err->errorCode);
TEST_ASSERT_EQUAL_STRING("Erorr: Please key in correct AES mode!",err->errorMsg);
freeError(err);
}
}
void test_specialAdd_given_minus_7_and_88_should_throw_ERR_NUMBER_TOO_LARGE(void)
{
//printf("HELLO\n");
ErrorObject *err;
//int result;
Try
{
specialAdd(-7, 88);
} Catch(err)
{
TEST_ASSERT_EQUAL_STRING("Hey! The second number must no more that 50.", \
err->errorMsg);
TEST_ASSERT_EQUAL(ERR_NUMBER_TOO_LARGE, err->errorCode);
freeError(err);
}
}
void test_specialAdd_given_minus_7_and_minus_8_should_throw_ERR_NUMBER_NOT_POSITIVE(void)
{
//printf("HELLO\n");
ErrorObject *err;
//int result;
Try
{
specialAdd(-7, -8);
} Catch(err)
{
TEST_ASSERT_EQUAL_STRING("Hey! The second number must be positive.", \
err->errorMsg);
TEST_ASSERT_EQUAL(ERR_NUMBER_NOT_POSITIVE, err->errorCode);
freeError(err);
}
}
void test_specialAdd_given_7_and_18_should_throw_ERR_NUMBER_NOT_NEGATIVE(void)
{
//printf("HELLO\n");
ErrorObject *err;
//int result;
Try
{
specialAdd(7, 18);
} Catch(err)
{
TEST_ASSERT_EQUAL_STRING("Hey! The first number must be negative.", \
err->errorMsg);
TEST_ASSERT_EQUAL(ERR_NUMBER_NOT_NEGATIVE, err->errorCode);
freeError(err);
}
}
void test_doThings(void)
{
ErrorObject *err;
Try
{
doThings();
TEST_FAIL_MESSAGE("Expect ERR_DUNNO_WHAT_HAPPEN to be thrown." \
"But none throw.");
} Catch(err)
{
TEST_ASSERT_EQUAL_STRING("Hey! Something is really wrong here.", \
err->errorMsg);
TEST_ASSERT_EQUAL(ERR_DUNNO_WHAT_HAPPEN, err->errorCode);
freeError(err);
}
}
/* Given should catch the error.
* OperatorToken *
* --------------
* type: TOKEN_OPERATOR_TYPE
* symbol: "~="
* arity: 0
* assoc: 0
* precedence: 0
*
*/
void test_extendSingleCharacterOperator_given_illegal_symbol_should_catch_the_error(void)
{
OperatorToken *op = (OperatorToken*)createOperatorToken("~=");
Attributes *attr = &operatorAttributesTable[(int)*(op->symbol)];
ErrorObject *err;
Try
{
op = (OperatorToken *)attr->extend((Token *)op, attr);
TEST_FAIL_MESSAGE("Expected to catch Error here, but didn't.\n");
}
Catch(err)
{
TEST_ASSERT_EQUAL_STRING(("%s is an undefined operator.", ((OperatorToken *)op)->symbol), \
err->errorMsg);
TEST_ASSERT_EQUAL(UNDEFINED_OPERATOR, err->errorCode);
freeError(err);
}
}
/* Given should catch the error.
* OperatorToken *
* --------------
* type: TOKEN_OPERATOR_TYPE
* symbol: '+++'
* arity: 0
* assoc: 0
* precedence: 0
*
*/
void test_tryConvertToPrefix_given_plus_plus_plus_should_fail_to_convert_to_prefix(void)
{
OperatorToken *op = (OperatorToken*)createOperatorToken("+++");
Attributes *attr = &operatorAttributesTable[(int)*(op->symbol)];
OperatorToken **opP = malloc(sizeof(OperatorToken));
opP = &op;
ErrorObject *err;
Try
{
tryConvertToPrefix((Token ***)&opP);
TEST_FAIL_MESSAGE("Expected to catch Error here, but didn't.\n");
}
Catch(err)
{
TEST_ASSERT_EQUAL_STRING("Hey! This symbol is not belong to prefix type.", \
err->errorMsg);
TEST_ASSERT_EQUAL(FAIL_TO_CONVERT_TO_PREFIX, err->errorCode);
freeError(err);
}
}
void test_decrypStr_given_a_unknown_mode_expected_thorw_err_AES_MODE_CANNOT_BE_NULL_(void) {
printf("No19.0 - decrypStr\n");
ErrorObject* err;
{ jmp_buf *PrevFrame, NewFrame;
unsigned int MY_ID = (0);
PrevFrame = CExceptionFrames[(0)].pFrame;
CExceptionFrames[MY_ID].pFrame = (jmp_buf*)(&NewFrame);
CExceptionFrames[MY_ID].Exception = ((void *)0);
if (_setjmp(NewFrame) == 0) {
if (1) {
uint8_t* cipherKey = encrypStr("Hello,HwaNeng!!! I m LengZai","9988772211334455",3);
uint8_t* invCipherKey = decrypStr(cipherKey,"9988772211334455",0);
} else { } CExceptionFrames[MY_ID].Exception = ((void *)0);
} else {
err = CExceptionFrames[MY_ID].Exception;
err=err;
}
CExceptionFrames[MY_ID].pFrame = PrevFrame;
}
if (CExceptionFrames[(0)].Exception != ((void *)0)) {
printf("%s",err->errorMsg);
UnityAssertEqualNumber((_U_SINT)((ERR_AES_MODE_CANNOT_BE_NULL)), (_U_SINT)((err->errorCode)), (((void *)0)), (_U_UINT)376, UNITY_DISPLAY_STYLE_INT);
UnityAssertEqualString((const char*)("Erorr: Please key in correct AES mode!"), (const char*)(err->errorMsg), (((void *)0)), (_U_UINT)377);
freeError(err);
}
}
void test_decrypStr_given_NULL_in_Str_expected_thorw_err_STR_CANNOT_BE_NULL(void) {
printf("No21.0 - decrypStr\n");
ErrorObject* err;
{ jmp_buf *PrevFrame, NewFrame;
unsigned int MY_ID = (0);
PrevFrame = CExceptionFrames[(0)].pFrame;
CExceptionFrames[MY_ID].pFrame = (jmp_buf*)(&NewFrame);
CExceptionFrames[MY_ID].Exception = ((void *)0);
if (_setjmp(NewFrame) == 0) {
if (1) {
uint8_t* cipherKey = encrypStr("1234","9988772211334455",3);
uint8_t* invCipherKey = decrypStr(((void *)0),"9988772211334455",3);
} else { } CExceptionFrames[MY_ID].Exception = ((void *)0);
} else {
err = CExceptionFrames[MY_ID].Exception;
err=err;
}
CExceptionFrames[MY_ID].pFrame = PrevFrame;
}
if (CExceptionFrames[(0)].Exception != ((void *)0)) {
printf("%s",err->errorMsg);
UnityAssertEqualNumber((_U_SINT)((ERR_STR_CANNOT_BE_NULL)), (_U_SINT)((err->errorCode)), (((void *)0)), (_U_UINT)405, UNITY_DISPLAY_STYLE_INT);
UnityAssertEqualString((const char*)("Error: Input plainText cannot be NULL!"), (const char*)(err->errorMsg), (((void *)0)), (_U_UINT)406);
freeError(err);
}
}
