/**
* Add a manual grade to the given problem. A manual grade is a grade you enter at the keyboard, not tested by the comp
*
* @param problem the problem to add the manual grade to
* @param description a description of the manual grade
* @param points the points associated with this manual grade
* @param is_extra_credit is this manual grade extra credit?
*/
void add_manual_grade(PROBLEM* problem, const char* description, int points, BOOL is_extra_credit)
{
TEST* test = test_create(description, &_get_manual_grade);
test->is_manual = TRUE;
test->is_ec = is_extra_credit;
test->max_score = (is_extra_credit ? 0 : points);
test->max_ec_score = (is_extra_credit ? points : 0);
ll_push_back(problem->tests, test);
}
/**
* Add a new extra credit to the given problem, given the function to test
*
* @param problem the problem to which to add the test
* @param description a description of the test to add to the problem
* @param points the number of extra credit points to attribute to the test
* @param test_function the function that is called and associated with this test
*/
void add_new_ec_test(PROBLEM* problem, const char* description, double points, void (*test_function)() )
{
TEST* test = test_create(description, test_function);
test->is_manual = FALSE;
test->is_ec = TRUE;
test->max_score = 0;
test->max_ec_score = points;
ll_push_back(problem->tests, test);
}
PROBLEM* add_new_problem(const char* name, int number){
static BOOL problems_initialized = FALSE;
PROBLEM* prob;
if(problems_initialized == FALSE){
problems = ll_create(&problem_free);
problems_initialized = TRUE;
}
prob = problem_initialize(name, number);
ll_push_back(problems, prob);
return prob;
}
BOOL Payload::append_addresses_payload( int nSize, vector<Address *> * vAddresses )
{
PAYLOAD_ELEMENT * lpsPayloadElement = NULL;
if( ( lpsPayloadElement = (PAYLOAD_ELEMENT *)calloc( 1,
sizeof( PAYLOAD_ELEMENT ) ) ) == NULL ) {
dprintflvl( 1, "Unable to allocate space for payload" );
return FALSE;
}
lpsPayloadElement->nSize = nSize;
lpsPayloadElement->eType = PAYLOAD_ADDRESS_MULTIPLE;
lpsPayloadElement->u.vPayloadAddresses = vAddresses;
ll_push_back( lpsPayloadElement );
}
BOOL Payload::append_payload( PAYLOAD_ELEMENT_TYPE eType, int nSize,
unsigned char * lpucContents, unsigned char * lpucRestrictedChars )
{
PAYLOAD_ELEMENT * lpsPayloadElement = NULL;
if( ( lpsPayloadElement = (PAYLOAD_ELEMENT *)calloc( 1,
sizeof( PAYLOAD_ELEMENT ) ) ) == NULL ) {
dprintflvl( 1, "Unable to allocate space for payload" );
return FALSE;
}
lpsPayloadElement->nSize = nSize;
lpsPayloadElement->eType = eType;
//if( eType == PAYLOAD_ADDRESS_MULTIPLE ) {
//lpsPayloadElement->u.lpucContentsArray = (unsigned char **)lpucContents;
//}
//else {
lpsPayloadElement->u.lpucContents = lpucContents;
//}
lpsPayloadElement->lpucRestrictedChars = lpucRestrictedChars;
ll_push_back( lpsPayloadElement );
}
