54 	vaddr_t mem_end;  member
68 	assert(desc && desc->mem_start && desc->mem_end);  in mem_alloc_tmp()
70 	if (SUB_OVERFLOW(desc->mem_end, len, &va))  in mem_alloc_tmp()
75 	desc->mem_end = va;  in mem_alloc_tmp()
111 	assert(desc && desc->mem_start && desc->mem_end);  in mem_alloc()
116 	if (ve > desc->mem_end)  in mem_alloc()
132 		.mem_end = end,  in boot_mem_init()
159 	asan_tag_access((void *)ROUNDDOWN(boot_mem_desc->mem_end,  in boot_mem_init_asan()
207 	boot_mem_desc->mem_end += offs;  in boot_mem_relocate()
299 	     (size_t)(boot_mem_desc->orig_mem_end - boot_mem_desc->mem_end),  in boot_mem_release_unused()
300 	     boot_mem_desc->mem_end);  in boot_mem_release_unused()
313 	tmp_va = ROUNDDOWN(boot_mem_desc->mem_end, SMALL_PAGE_SIZE);  in boot_mem_release_unused()
336 	boot_mem_desc->mem_start = boot_mem_desc->mem_end;  in boot_mem_release_unused()
348 	       boot_mem_desc->mem_start == boot_mem_desc->mem_end);  in boot_mem_release_tmp_alloc()
351 		n = boot_mem_desc->orig_mem_end - boot_mem_desc->mem_end;  in boot_mem_release_tmp_alloc()
352 		va = boot_mem_desc->mem_end;  in boot_mem_release_tmp_alloc()
358 	va = ROUNDDOWN(boot_mem_desc->mem_end, SMALL_PAGE_SIZE);  in boot_mem_release_tmp_alloc()