tag	line	file	source code
order	169	drivers/block/floppy.c	int order;
order	173	drivers/block/floppy.c	: "=r" (order)
order	176	drivers/block/floppy.c	for (order = 0; order < NR_MEM_LISTS; ++order)
order	177	drivers/block/floppy.c	if (size <= (PAGE_SIZE << order))
order	178	drivers/block/floppy.c	return order;
order	185	drivers/block/floppy.c	int order = __get_order(size);
order	187	drivers/block/floppy.c	if (order >= NR_MEM_LISTS)
order	189	drivers/block/floppy.c	return __get_dma_pages(GFP_KERNEL,order);
order	153	include/linux/mm.h	#define __get_dma_pages(priority, order) __get_free_pages((priority),(order),MAX_DMA_ADDRESS)
order	169	include/linux/mm.h	extern void free_pages(unsigned long addr, unsigned long order);
order	72	mm/kmalloc.c	int order;
order	139	mm/kmalloc.c	#define NBLOCKS(order)          (sizes[order].nblocks)
order	140	mm/kmalloc.c	#define BLOCKSIZE(order)        (sizes[order].size)
order	141	mm/kmalloc.c	#define AREASIZE(order)    (PAGE_SIZE<<(sizes[order].gfporder))
order	146	mm/kmalloc.c	int order;
order	152	mm/kmalloc.c	for (order = 0;BLOCKSIZE(order);order++)
order	154	mm/kmalloc.c	if ((NBLOCKS (order)*BLOCKSIZE(order) + sizeof (struct page_descriptor)) >
order	155	mm/kmalloc.c	AREASIZE(order))
order	158	mm/kmalloc.c	(int) (NBLOCKS (order) * BLOCKSIZE(order) +
order	160	mm/kmalloc.c	(int) AREASIZE(order),
order	161	mm/kmalloc.c	BLOCKSIZE (order));
order	172	mm/kmalloc.c	int order;
order	176	mm/kmalloc.c	for (order = 0;BLOCKSIZE(order);order++)
order	177	mm/kmalloc.c	if (size <= BLOCKSIZE (order))
order	178	mm/kmalloc.c	return order;
order	185	mm/kmalloc.c	int order,tries,i,sz;
order	203	mm/kmalloc.c	order = get_order (size);
order	204	mm/kmalloc.c	if (order < 0)
order	219	mm/kmalloc.c	if ((page = (dma_flag ? sizes[order].dmafree : sizes[order].firstfree)) &&
order	229	mm/kmalloc.c	sizes[order].dmafree = page->next;
order	231	mm/kmalloc.c	sizes[order].firstfree = page->next;
order	236	mm/kmalloc.c	sizes [order].nmallocs++;
order	237	mm/kmalloc.c	sizes [order].nbytesmalloced += size;
order	250	mm/kmalloc.c	sz = BLOCKSIZE(order); /* sz is the size of the blocks we're dealing with */
order	258	mm/kmalloc.c	sizes[order].gfporder, max_addr);
order	272	mm/kmalloc.c	sizes[order].npages++;
order	275	mm/kmalloc.c	for (i=NBLOCKS(order),p=BH (page+1);i > 1;i--,p=p->bh_next)
order	284	mm/kmalloc.c	page->order = order;
order	285	mm/kmalloc.c	page->nfree = NBLOCKS(order);
order	298	mm/kmalloc.c	page->next = sizes[order].dmafree;
order	299	mm/kmalloc.c	sizes[order].dmafree = page;
order	301	mm/kmalloc.c	page->next = sizes[order].firstfree;
order	302	mm/kmalloc.c	sizes[order].firstfree = page;
order	324	mm/kmalloc.c	int order;
order	329	mm/kmalloc.c	order = page->order;
order	330	mm/kmalloc.c	if ((order < 0) ||
order	331	mm/kmalloc.c	(order > sizeof (sizes)/sizeof (sizes[0])) ||
order	336	mm/kmalloc.c	p, page->next, page->order);
order	363	mm/kmalloc.c	page->next = sizes[order].firstfree;
order	364	mm/kmalloc.c	sizes[order].firstfree = page;
order	369	mm/kmalloc.c	if (page->nfree == NBLOCKS (page->order))
order	374	mm/kmalloc.c	if (sizes[order].firstfree == page)
order	376	mm/kmalloc.c	sizes[order].firstfree = page->next;
order	378	mm/kmalloc.c	else if (sizes[order].dmafree == page)
order	380	mm/kmalloc.c	sizes[order].dmafree = page->next;
order	384	mm/kmalloc.c	for (pg2=sizes[order].firstfree;
order	389	mm/kmalloc.c	for (pg2=sizes[order].dmafree;
order	399	mm/kmalloc.c	free_pages ((long)page, sizes[order].gfporder);
order	407	mm/kmalloc.c	sizes[order].nfrees++;      /* Noncritical (monitoring) admin stuff */
order	408	mm/kmalloc.c	sizes[order].nbytesmalloced -= size;
order	682	mm/swap.c	static inline void free_pages_ok(unsigned long addr, unsigned long order)
order	684	mm/swap.c	unsigned long index = MAP_NR(addr) >> (1 + order);
order	685	mm/swap.c	unsigned long mask = PAGE_MASK << order;
order	688	mm/swap.c	nr_free_pages += 1 << order;
order	689	mm/swap.c	while (order < NR_MEM_LISTS-1) {
order	690	mm/swap.c	if (!change_bit(index, free_area_map[order]))
order	692	mm/swap.c	remove_mem_queue(free_area_list+order, (struct mem_list *) (addr ^ (1+~mask)));
order	693	mm/swap.c	order++;
order	698	mm/swap.c	add_mem_queue(free_area_list+order, (struct mem_list *) addr);
order	716	mm/swap.c	void free_pages(unsigned long addr, unsigned long order)
order	726	mm/swap.c	free_pages_ok(addr, order);
order	744	mm/swap.c	#define RMQUEUE(order, limit) \
order	745	mm/swap.c	do { struct mem_list * queue = free_area_list+order; \
order	746	mm/swap.c	unsigned long new_order = order; \
order	752	mm/swap.c	nr_free_pages -= 1 << order; \
order	754	mm/swap.c	EXPAND(ret, order, new_order); \
order	763	mm/swap.c	static inline int mark_used(unsigned long addr, unsigned long order)
order	765	mm/swap.c	return change_bit(MAP_NR(addr) >> (1+order), free_area_map[order]);
order	779	mm/swap.c	unsigned long __get_free_pages(int priority, unsigned long order, unsigned long limit)
order	799	mm/swap.c	RMQUEUE(order, limit);
order	816	mm/swap.c	unsigned long order, flags;
order	822	mm/swap.c	for (order=0 ; order < NR_MEM_LISTS; order++) {
order	825	mm/swap.c	for (tmp = free_area_list[order].next ; tmp != free_area_list + order ; tmp = tmp->next) {
order	828	mm/swap.c	total += nr * ((PAGE_SIZE>>10) << order);
order	829	mm/swap.c	printk("%lu*%lukB ", nr, (PAGE_SIZE>>10) << order);