ref(as_init): Remove id from as_init prototype

Signed-off-by: Miguel Silva <[email protected]>

Author: miguelafsilva5

src/core/mmu/inc/mem_prot/mem.h

@@ -21,7 +21,7 @@ struct addr_space {
 
 typedef pte_t mem_flags_t;
 
-void as_init(struct addr_space* as, enum AS_TYPE type, asid_t id, pte_t* root_pt, colormap_t colors);
+void as_init(struct addr_space* as, enum AS_TYPE type, pte_t* root_pt, colormap_t colors);
 vaddr_t mem_alloc_vpage(struct addr_space* as, enum AS_SEC section, vaddr_t at, size_t n);
 
 #endif /* __MEM_PROT_H__ */

src/core/mmu/mem.c

@@ -764,7 +764,7 @@ void mem_color_hypervisor(const paddr_t load_addr, struct mem_region* root_regio
      * the new CPU region is created, cleaned, prepared and finally mapped.
      */
     cpu_new = copy_space((void*)BAO_CPU_BASE, sizeof(struct cpu), &p_cpu);
-    as_init(&cpu_new->as, AS_HYP_CPY, HYP_ASID, NULL, colors);
+    as_init(&cpu_new->as, AS_HYP_CPY, NULL, colors);
     va = mem_alloc_vpage(&cpu_new->as, SEC_HYP_PRIVATE, (vaddr_t)BAO_CPU_BASE,
         NUM_PAGES(sizeof(struct cpu)));
     if (va != (vaddr_t)BAO_CPU_BASE) {
@@ -860,7 +860,7 @@ void mem_color_hypervisor(const paddr_t load_addr, struct mem_region* root_regio
         while (shared_pte != 0) { }
     }
 
-    as_init(&cpu()->as, AS_HYP, HYP_ASID, (void*)v_root_pt_addr, colors);
+    as_init(&cpu()->as, AS_HYP, (void*)v_root_pt_addr, colors);
 
     /*
      * Clear the old region that have been copied.
@@ -916,10 +916,8 @@ static unsigned long as_id_alloc(struct addr_space* as)
     return ret;
 }
 
-void as_init(struct addr_space* as, enum AS_TYPE type, asid_t id, pte_t* root_pt, colormap_t colors)
+void as_init(struct addr_space* as, enum AS_TYPE type, pte_t* root_pt, colormap_t colors)
 {
-    UNUSED_ARG(id);
-
     as->type = type;
     as->pt.dscr = type == AS_HYP || type == AS_HYP_CPY ? hyp_pt_dscr : vm_pt_dscr;
     as->id = as_id_alloc(as);
@@ -940,7 +938,7 @@ void as_init(struct addr_space* as, enum AS_TYPE type, asid_t id, pte_t* root_pt
 void mem_prot_init(void)
 {
     pte_t* root_pt = (pte_t*)ALIGN(((vaddr_t)cpu()) + sizeof(struct cpu), PAGE_SIZE);
-    as_init(&cpu()->as, AS_HYP, HYP_ASID, root_pt, config.hyp.colors);
+    as_init(&cpu()->as, AS_HYP, root_pt, config.hyp.colors);
 }
 
 vaddr_t mem_alloc_map(struct addr_space* as, enum AS_SEC section, struct ppages* page, vaddr_t at,

src/core/mmu/vm.c

@@ -10,5 +10,5 @@
 
 void vm_mem_prot_init(struct vm* vm, const struct vm_config* vm_config)
 {
-    as_init(&vm->as, AS_VM, vm->id, NULL, vm_config->colors);
+    as_init(&vm->as, AS_VM, NULL, vm_config->colors);
 }

src/core/mpu/inc/mem_prot/mem.h

@@ -38,7 +38,7 @@ struct addr_space {
     spinlock_t lock;
 };
 
-void as_init(struct addr_space* as, enum AS_TYPE type, asid_t id, colormap_t colors);
+void as_init(struct addr_space* as, enum AS_TYPE type, colormap_t colors);
 
 static inline bool mem_regions_overlap(struct mp_region* reg1, struct mp_region* reg2)
 {

src/core/mpu/mem.c

@@ -203,7 +203,7 @@ static void mem_init_boot_regions(void)
 void mem_prot_init()
 {
     mpu_init();
-    as_init(&cpu()->as, AS_HYP, HYP_ASID, 0);
+    as_init(&cpu()->as, AS_HYP, 0);
     mem_init_boot_regions();
     mpu_enable();
 }
@@ -230,10 +230,9 @@ static unsigned long as_id_alloc(struct addr_space* as)
     return ret;
 }
 
-void as_init(struct addr_space* as, enum AS_TYPE type, asid_t id, colormap_t colors)
+void as_init(struct addr_space* as, enum AS_TYPE type, colormap_t colors)
 {
     UNUSED_ARG(colors);
-    UNUSED_ARG(id);
 
     as->type = type;
     as->colors = 0;

src/core/mpu/vm.c

@@ -9,5 +9,5 @@ void vm_mem_prot_init(struct vm* vm, const struct vm_config* config)
 {
     UNUSED_ARG(config);
 
-    as_init(&vm->as, AS_VM, vm->id, 0);
+    as_init(&vm->as, AS_VM, 0);
 }