StreamChunk_c::StreamChunk_c( const StreamChunk_c& acrc_src )
: Stream_c( acrc_src ),
mlist_chunks( acrc_src.mlist_chunks ),
mui32_writeCnt ( acrc_src.mui32_writeCnt ),
mui32_parsedCnt( acrc_src.mui32_parsedCnt )
{
copyIterator (acrc_src.mlist_chunks, acrc_src.mpc_iterWriteChunk, mlist_chunks, mpc_iterWriteChunk);
copyIterator (acrc_src.mlist_chunks, acrc_src.mpc_iterParsedChunk, mlist_chunks, mpc_iterParsedChunk);
}
const StreamChunk_c& StreamChunk_c::operator=( const StreamChunk_c& acrc_src )
{
Stream_c::operator=( acrc_src );
mlist_chunks = acrc_src.mlist_chunks;
copyIterator (acrc_src.mlist_chunks, acrc_src.mpc_iterWriteChunk, mlist_chunks, mpc_iterWriteChunk);
copyIterator (acrc_src.mlist_chunks, acrc_src.mpc_iterParsedChunk, mlist_chunks, mpc_iterParsedChunk);
mui32_writeCnt = acrc_src.mui32_writeCnt;
mui32_parsedCnt = acrc_src.mui32_parsedCnt;
return acrc_src;
}
/*
* This tests all the retrieval functions for each type of object.
*/
static void testObjectRetrieval(CuTest* testCase,
int64_t(*getObjectNumberFn)(Flower *flower), void *(*getFirstObjectFn)(
Flower *flower), Name(*objectGetNameFn)(void *),
void *(*getObjectFn)(Flower *flower, Name name),
void *(*constructIterator)(Flower *flower), void(*destructIterator)(
void *iterator), void *(*getNext)(void *iterator),
void *(*getPrevious)(void *iterator), void *(*copyIterator)(
void *iterator), void *object, void *object2) {
/*
* Test number function
*/
CuAssertTrue(testCase, getObjectNumberFn(flower) == 2);
/*
* Test get first function.
*/
CuAssertTrue(testCase, getFirstObjectFn(flower) == object);
/*
* Test get function
*/
if (objectGetNameFn != NULL) {
CuAssertTrue(testCase, getObjectFn(flower, objectGetNameFn(object)) == object);
CuAssertTrue(testCase, getObjectFn(flower, objectGetNameFn(object2)) == object2);
} else {
assert(getObjectFn == NULL);
}
/*
* Test iterator.
*/
void *iterator = constructIterator(flower);
CuAssertTrue(testCase, getNext(iterator) == object);
CuAssertTrue(testCase, getNext(iterator) == object2);
CuAssertTrue(testCase, getNext(iterator) == NULL);
void *iterator2 = copyIterator(iterator);
CuAssertTrue(testCase, getPrevious(iterator) == object2);
CuAssertTrue(testCase, getPrevious(iterator) == object);
CuAssertTrue(testCase, getPrevious(iterator) == NULL);
destructIterator(iterator);
CuAssertTrue(testCase, getPrevious(iterator2) == object2);
CuAssertTrue(testCase, getPrevious(iterator2) == object);
CuAssertTrue(testCase, getPrevious(iterator2) == NULL);
destructIterator(iterator2);
}