#include <stddef.h>
#include <stdint.h>
#include "slaballoc.h"

char memory[4096 * 10];

int cnt = 0;

struct ma_kcache *head = NULL; // create standard sizes


uint64_t *alloc_contigious_pages(int num){
    uint64_t *ret = (uint64_t*)(memory + cnt*4096);
    cnt+=num;
    return ret;
}


struct ma_slab *_ma_alloc_initial_slab(struct ma_kcache *kcache){
    uint64_t *p = alloc_contigious_pages(1);

    int bufnum = (4096 - sizeof(struct ma_slab)) / kcache->objsize; // Calculate the number of buffers in this slab

    for(int i = 0; i < bufnum; i++){
        (uint64_t*)((uint64_t)p + i * kcache->objsize)
    }

}

struct ma_kcache *ma_cache_create(char *name, size_t size, uint32_t flags, void (*constructor)(void *, size_t), void (*destructor)(void *, size_t)){

    struct ma_kcache *kcache = (struct ma_kcache*)alloc_contigious_pages(1);

    head->next = kcache;
    kcache->prev = head;
    head = kcache;

    int bufnum = (4096 - sizeof(struct ma_slab)) / size; // Calculate the number of buffers in this slab

    struct ma_slab *slab_structure = (struct ma_slab*)((uint64_t)kcache - sizeof(struct ma_slab));

    kcache->slabs_free = slab_structure;

    return kcache;


}

void *ma_cache_alloc(struct ma_kcache *cache, uint64_t flags){

    if(cache->slabs_free == NULL){
        if(cache->slabs_partial == NULL){

        }
    }

    common:
    

}

int main(){

}