// Check every op has a unique name
TEST unique_ops() {
for (size_t i = 0; i < E_OP__LENGTH; i++) {
for (size_t j = 0; j < E_OP__LENGTH; j++) {
if (i == j) continue;
ASSERTm(tele_ops[i]->name,
strcmp(tele_ops[i]->name, tele_ops[j]->name) != 0);
}
}
PASS();
}
TEST test_brick_zero_write() {
brickContext bc;
char* zeroString;
char* refs[24];
uint32 id1;
uint32 id2;
//allocate our intial block of memory:
void* memref = malloc(24*64);
//allocate an equally-sized block of zeroed-out memory:
zeroString = (char*)malloc(24*64);
memset(zeroString, '\0', 24*64);
//initialize brick context:
brickInit(&bc, refs, (char*)memref, 24, 64);
//allocate memory and load strings into the allocated chunks:
id1 = brickMalloc(&bc, 91);
strncpy(refs[id1], "Hola! Welcome to Test-Land, where we run tests, all day long! This is a multi-block string.", 91);
id2 = brickMalloc(&bc, 23);
strncpy(refs[id2], "This is a nice program.", 23);
//"free" allocated memory, performing a zero-write behind the scenes:
brickFree(&bc, id1);
brickFree(&bc, id2);
//perform our check:
ASSERTm("Zero-write failed.", memcmp(zeroString, memref, 24*64) == 0);
//free our original block of memory:
free(memref);
PASS();
}
