static JKGMemBlock_t *JKG_Mem_AddBlock(int size) {
int idx;
// Add new entry in the MemBlocks dynamic array
idx = JKG_Arrays_AddArrayElement((void **)&MemBlocks, sizeof(JKGMemBlock_t), &BlockCount);
// Since these allocs are static, we'll use trap_TrueMalloc for it
// This will make the alloc in the engine's zone memory
// Allocs are fitted with a marker, so we can quickly determine if an alloc is made by this (in G_Free)
trap_TrueMalloc(&MemBlocks[idx].ptr, size+4);
MemBlocks[idx].size = size;
if (!MemBlocks[idx].ptr) {
G_Error("G_Alloc: Failed to allocate %i bytes of memory\n", size);
}
memset(MemBlocks[idx].ptr,0,size);
*(int *)MemBlocks[idx].ptr = ALLOCMARKER;
#ifndef __linux__
(int)MemBlocks[idx].ptr += 4;
#else
{ // linux doesnt like += 4 on pointers >.>
int tmp = (int)MemBlocks[idx].ptr;
tmp += 4;
MemBlocks[idx].ptr = (void *)tmp;
}
#endif
return &MemBlocks[idx];
}
unsigned int JKG_Pairs_Add(KeyPairSet_t *set, const char *key, const char *value){
unsigned int index = JKG_Arrays_AddArrayElement((void **)&set->pairs, sizeof(KeyPair_t), &set->count);
G_NewString2((void **)&set->pairs[index].key, key);
G_NewString2((void **)&set->pairs[index].value, value);
return index;
}
