| /linux/lib/test_fortify/ |
| A D | test_fortify.h | 22 char small[__BUF_SMALL]; variable
31 memset(small, 0xA5, sizeof(small)); in do_fortify_tests()
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| A D | read_overflow-memchr.c | 3 memchr(small, 0x7A, sizeof(small) + 1)
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| A D | read_overflow-memchr_inv.c | 3 memchr_inv(small, 0x7A, sizeof(small) + 1)
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| A D | read_overflow-memscan.c | 3 memscan(small, 0x7A, sizeof(small) + 1)
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| A D | read_overflow-memcmp.c | 3 memcmp(small, large, sizeof(small) + 1)
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| A D | read_overflow2-memcmp.c | 3 memcmp(large, small, sizeof(small) + 1)
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| A D | write_overflow-strlcpy-src.c | 3 strlcpy(small, large_src, sizeof(small) + 1)
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| A D | write_overflow-strncpy-src.c | 3 strncpy(small, large_src, sizeof(small) + 1)
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| A D | write_overflow-strcpy-lit.c | 3 strcpy(small, LITERAL_LARGE)
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| A D | write_overflow-strcpy.c | 3 strcpy(small, large_src)
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| /linux/arch/arm/common/ |
| A D | dmabounce.c | 77 struct dmabounce_pool small; member
91 device_info->small.allocs, in dmabounce_show()
93 device_info->total_allocs - device_info->small.allocs - in dmabounce_show()
117 if (size <= device_info->small.size) { in alloc_safe_buffer()
118 pool = &device_info->small; in alloc_safe_buffer()
496 ret = dmabounce_init_pool(&device_info->small, dev, in dmabounce_register_dev()
537 dma_pool_destroy(device_info->small.pool); in dmabounce_register_dev()
564 if (device_info->small.pool) in dmabounce_unregister_dev()
565 dma_pool_destroy(device_info->small.pool); in dmabounce_unregister_dev()
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| /linux/tools/testing/selftests/bpf/progs/ |
| A D | test_global_func10.c | 26 const struct Small small = {.x = skb->len }; in test_cls() local
28 return foo((struct Big *)&small) ? 1 : 0; in test_cls()
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| /linux/drivers/mtd/spi-nor/ |
| A D | Kconfig | 14 bool "Use small 4096 B erase sectors"
17 Many flash memories support erasing small (4096 B) sectors. Depending
20 Changing a small part of the flash's contents is usually faster with
21 small sectors. On the other hand erasing should be faster when using
|
| /linux/tools/testing/selftests/net/mptcp/ |
| A D | simult_flows.sh | 26 rm -f "$large" "$small"
50 small=$(mktemp)
55 dd if=/dev/zero of=$small bs=4096 count=20 >/dev/null 2>&1
247 do_transfer $small $large $time
255 do_transfer $large $small $time
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| /linux/fs/cramfs/ |
| A D | Kconfig | 7 System). CramFs is designed to be a simple, small, and compressed
20 purpose to remain small and low on RAM usage. It is most suitable
21 for small embedded systems. If you have ample RAM to spare, you may
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| /linux/Documentation/userspace-api/media/v4l/ |
| A D | ext-ctrls-codec-stateless.rst | 39 \small
184 \small
288 \small
323 \small
419 \small
447 \small
497 \small
534 \small
601 \small
628 \small
[all …]
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| /linux/net/dccp/ccids/lib/ |
| A D | tfrc_equation.c | 591 static inline u32 tfrc_binsearch(u32 fval, u8 small) in tfrc_binsearch() argument
597 if (fval <= tfrc_calc_x_lookup[try][small]) in tfrc_binsearch()
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| /linux/arch/alpha/lib/ |
| A D | ev6-copy_user.S | 50 subq $18, 32, $1 # .. .. E. .. : Is this going to be a small copy?
55 ble $1, $onebyteloop # .. .. U .. : 1st branch : small amount of data
131 subq $4, 32, $2 # .. .. .. E : do not unroll for small stuff
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| /linux/Documentation/filesystems/ |
| A D | romfs.rst | 10 similar feature, and even the possibility of a small kernel, with a
30 However, the main purpose of romfs is to have a very small kernel,
41 module. The kernel can be small enough, since it doesn't have other
154 this file system is the small code. On the other hand, don't be
171 - The file system is read only, so it can be very small, but in case
175 similarly small writable filesystem for RAM disks.
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| A D | squashfs.rst | 10 directories. Inodes in the system are very small and all blocks are packed to
191 speed of access (and because it is small) is read at mount time and cached
201 is small) is read at mount time and cached in memory.
215 it is small) is read at mount time and cached in memory.
250 recently accessed data Squashfs uses two small metadata and fragment caches.
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| /linux/Documentation/trace/ |
| A D | events-kmem.rst | 8 - Slab allocation of small objects of unknown type (kmalloc)
9 - Slab allocation of small objects of known type
17 1. Slab allocation of small objects of unknown type
32 2. Slab allocation of small objects of known type
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| /linux/Documentation/ABI/testing/ |
| A D | sysfs-devices-platform-soc-ipa | 67 producer". An endpoint ID is a small unsigned integer.
78 consumer". An endpoint ID is a small unsigned integer.
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| A D | sysfs-class-chromeos-driver-cros-ec-vbc | 6 small nvram space on some EC implementations.
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| /linux/drivers/atm/ |
| A D | nicstarmac.copyright | 25 * IDT always receives data into a small buffer, then large buffers
30 * copy small buffer contents to head of large buffer.
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| /linux/arch/x86/include/asm/ |
| A D | page_64.h | 85 [small] "i" ((1ul << 47)-PAGE_SIZE), in task_size_max()
|