169 	for (r = mem_regions; r->end; ++r) {  in mem_init()
173 			if (r->end > mem.end)  in mem_init()
174 				mem.end = r->end;  in mem_init()
177 	assert(mem.end && !(mem.start & ~PHYS_MASK));  in mem_init()
178 	mem.end &= PHYS_MASK;  in mem_init()
182 	while (r && r->end != mem.end)  in mem_init()
183 		r = memregions_find(r->end);  in mem_init()
187 	assert(freemem_start >= mem.start && freemem->end <= mem.end);  in mem_init()
190 	__phys_end = mem.end;		/* PHYS_END */  in mem_init()
192 	mem_allocator_init(freemem_start, freemem->end);  in mem_init()
320 	for (struct mem_region *m = mem_regions; m->end; ++m) {  in efi_mem_init()
327 			if (m->end > __phys_end)  in efi_mem_init()
328 				__phys_end = m->end;  in efi_mem_init()
343 	mem_allocator_init(freemem_start, freemem_mr->end);  in efi_mem_init()