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-rw-r--r--Documentation/ABI/testing/debugfs-pktcdvd6
-rw-r--r--Documentation/ABI/testing/sysfs-firmware-acpi8
-rw-r--r--Documentation/ABI/testing/sysfs-kernel-slab479
-rw-r--r--Documentation/DocBook/Makefile16
-rw-r--r--Documentation/DocBook/kernel-api.tmpl6
-rw-r--r--Documentation/DocBook/kgdb.tmpl2
-rw-r--r--Documentation/block/biodoc.txt19
-rw-r--r--Documentation/cgroups/cpuacct.txt18
-rw-r--r--Documentation/cgroups/memory.txt55
-rw-r--r--Documentation/cgroups/resource_counter.txt27
-rw-r--r--Documentation/driver-model/platform.txt59
-rw-r--r--Documentation/feature-removal-schedule.txt9
-rw-r--r--Documentation/filesystems/Locking24
-rw-r--r--Documentation/filesystems/caching/cachefiles.txt8
-rw-r--r--Documentation/filesystems/pohmelfs/design_notes.txt5
-rw-r--r--Documentation/filesystems/pohmelfs/info.txt21
-rw-r--r--Documentation/filesystems/tmpfs.txt2
-rw-r--r--Documentation/filesystems/vfs.txt3
-rw-r--r--Documentation/hwmon/sysfs-interface6
-rw-r--r--Documentation/infiniband/ipoib.txt45
-rw-r--r--Documentation/input/bcm5974.txt65
-rw-r--r--Documentation/input/multi-touch-protocol.txt195
-rw-r--r--Documentation/input/rotary-encoder.txt101
-rw-r--r--Documentation/isdn/00-INDEX17
-rw-r--r--Documentation/isdn/INTERFACE.CAPI213
-rw-r--r--Documentation/kbuild/makefiles.txt93
-rw-r--r--Documentation/kernel-doc-nano-HOWTO.txt7
-rw-r--r--Documentation/kernel-parameters.txt96
-rw-r--r--Documentation/laptops/thinkpad-acpi.txt4
-rw-r--r--Documentation/lguest/.gitignore1
-rw-r--r--Documentation/lguest/lguest.txt11
-rw-r--r--Documentation/lockdep-design.txt6
-rw-r--r--Documentation/logo.gifbin0 -> 16335 bytes
-rw-r--r--Documentation/logo.svg2911
-rw-r--r--Documentation/logo.txt15
-rw-r--r--Documentation/networking/bonding.txt2
-rw-r--r--Documentation/networking/ip-sysctl.txt15
-rw-r--r--Documentation/powerpc/booting-without-of.txt89
-rw-r--r--Documentation/powerpc/dts-bindings/fsl/i2c.txt46
-rw-r--r--Documentation/powerpc/dts-bindings/mtd-physmap.txt80
-rw-r--r--Documentation/sound/alsa/ALSA-Configuration.txt32
-rw-r--r--Documentation/sound/alsa/HD-Audio-Models.txt19
-rw-r--r--Documentation/sound/alsa/HD-Audio.txt4
-rw-r--r--Documentation/sound/alsa/Procfile.txt5
-rw-r--r--Documentation/sound/alsa/README.maya44163
-rw-r--r--Documentation/sound/alsa/soc/dapm.txt1
-rw-r--r--Documentation/sparse.txt8
-rw-r--r--Documentation/spi/spi-summary6
-rw-r--r--Documentation/sysctl/net.txt2
-rw-r--r--Documentation/sysctl/vm.txt32
-rw-r--r--Documentation/sysfs-rules.txt2
-rw-r--r--Documentation/tomoyo.txt55
-rw-r--r--Documentation/trace/ftrace.txt (renamed from Documentation/ftrace.txt)0
-rw-r--r--Documentation/trace/kmemtrace.txt (renamed from Documentation/vm/kmemtrace.txt)0
-rw-r--r--Documentation/trace/mmiotrace.txt (renamed from Documentation/tracers/mmiotrace.txt)0
-rw-r--r--Documentation/trace/tracepoints.txt (renamed from Documentation/tracepoints.txt)0
-rw-r--r--Documentation/vm/00-INDEX2
-rw-r--r--Documentation/vm/active_mm.txt83
-rw-r--r--Documentation/vm/unevictable-lru.txt1041
59 files changed, 2602 insertions, 3638 deletions
diff --git a/Documentation/ABI/testing/debugfs-pktcdvd b/Documentation/ABI/testing/debugfs-pktcdvd
index bf9c16b64c3..cf11736acb7 100644
--- a/Documentation/ABI/testing/debugfs-pktcdvd
+++ b/Documentation/ABI/testing/debugfs-pktcdvd
@@ -1,4 +1,4 @@
1What: /debug/pktcdvd/pktcdvd[0-7] 1What: /sys/kernel/debug/pktcdvd/pktcdvd[0-7]
2Date: Oct. 2006 2Date: Oct. 2006
3KernelVersion: 2.6.20 3KernelVersion: 2.6.20
4Contact: Thomas Maier <balagi@justmail.de> 4Contact: Thomas Maier <balagi@justmail.de>
@@ -10,10 +10,10 @@ debugfs interface
10The pktcdvd module (packet writing driver) creates 10The pktcdvd module (packet writing driver) creates
11these files in debugfs: 11these files in debugfs:
12 12
13/debug/pktcdvd/pktcdvd[0-7]/ 13/sys/kernel/debug/pktcdvd/pktcdvd[0-7]/
14 info (0444) Lots of driver statistics and infos. 14 info (0444) Lots of driver statistics and infos.
15 15
16Example: 16Example:
17------- 17-------
18 18
19cat /debug/pktcdvd/pktcdvd0/info 19cat /sys/kernel/debug/pktcdvd/pktcdvd0/info
diff --git a/Documentation/ABI/testing/sysfs-firmware-acpi b/Documentation/ABI/testing/sysfs-firmware-acpi
index e8ffc70ffe1..4f9ba3c2fca 100644
--- a/Documentation/ABI/testing/sysfs-firmware-acpi
+++ b/Documentation/ABI/testing/sysfs-firmware-acpi
@@ -69,9 +69,13 @@ Description:
69 gpe1F: 0 invalid 69 gpe1F: 0 invalid
70 gpe_all: 1192 70 gpe_all: 1192
71 sci: 1194 71 sci: 1194
72 sci_not: 0
72 73
73 sci - The total number of times the ACPI SCI 74 sci - The number of times the ACPI SCI
74 has claimed an interrupt. 75 has been called and claimed an interrupt.
76
77 sci_not - The number of times the ACPI SCI
78 has been called and NOT claimed an interrupt.
75 79
76 gpe_all - count of SCI caused by GPEs. 80 gpe_all - count of SCI caused by GPEs.
77 81
diff --git a/Documentation/ABI/testing/sysfs-kernel-slab b/Documentation/ABI/testing/sysfs-kernel-slab
new file mode 100644
index 00000000000..6dcf75e594f
--- /dev/null
+++ b/Documentation/ABI/testing/sysfs-kernel-slab
@@ -0,0 +1,479 @@
1What: /sys/kernel/slab
2Date: May 2007
3KernelVersion: 2.6.22
4Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
5 Christoph Lameter <cl@linux-foundation.org>
6Description:
7 The /sys/kernel/slab directory contains a snapshot of the
8 internal state of the SLUB allocator for each cache. Certain
9 files may be modified to change the behavior of the cache (and
10 any cache it aliases, if any).
11Users: kernel memory tuning tools
12
13What: /sys/kernel/slab/cache/aliases
14Date: May 2007
15KernelVersion: 2.6.22
16Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
17 Christoph Lameter <cl@linux-foundation.org>
18Description:
19 The aliases file is read-only and specifies how many caches
20 have merged into this cache.
21
22What: /sys/kernel/slab/cache/align
23Date: May 2007
24KernelVersion: 2.6.22
25Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
26 Christoph Lameter <cl@linux-foundation.org>
27Description:
28 The align file is read-only and specifies the cache's object
29 alignment in bytes.
30
31What: /sys/kernel/slab/cache/alloc_calls
32Date: May 2007
33KernelVersion: 2.6.22
34Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
35 Christoph Lameter <cl@linux-foundation.org>
36Description:
37 The alloc_calls file is read-only and lists the kernel code
38 locations from which allocations for this cache were performed.
39 The alloc_calls file only contains information if debugging is
40 enabled for that cache (see Documentation/vm/slub.txt).
41
42What: /sys/kernel/slab/cache/alloc_fastpath
43Date: February 2008
44KernelVersion: 2.6.25
45Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
46 Christoph Lameter <cl@linux-foundation.org>
47Description:
48 The alloc_fastpath file is read-only and specifies how many
49 objects have been allocated using the fast path.
50 Available when CONFIG_SLUB_STATS is enabled.
51
52What: /sys/kernel/slab/cache/alloc_from_partial
53Date: February 2008
54KernelVersion: 2.6.25
55Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
56 Christoph Lameter <cl@linux-foundation.org>
57Description:
58 The alloc_from_partial file is read-only and specifies how
59 many times a cpu slab has been full and it has been refilled
60 by using a slab from the list of partially used slabs.
61 Available when CONFIG_SLUB_STATS is enabled.
62
63What: /sys/kernel/slab/cache/alloc_refill
64Date: February 2008
65KernelVersion: 2.6.25
66Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
67 Christoph Lameter <cl@linux-foundation.org>
68Description:
69 The alloc_refill file is read-only and specifies how many
70 times the per-cpu freelist was empty but there were objects
71 available as the result of remote cpu frees.
72 Available when CONFIG_SLUB_STATS is enabled.
73
74What: /sys/kernel/slab/cache/alloc_slab
75Date: February 2008
76KernelVersion: 2.6.25
77Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
78 Christoph Lameter <cl@linux-foundation.org>
79Description:
80 The alloc_slab file is read-only and specifies how many times
81 a new slab had to be allocated from the page allocator.
82 Available when CONFIG_SLUB_STATS is enabled.
83
84What: /sys/kernel/slab/cache/alloc_slowpath
85Date: February 2008
86KernelVersion: 2.6.25
87Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
88 Christoph Lameter <cl@linux-foundation.org>
89Description:
90 The alloc_slowpath file is read-only and specifies how many
91 objects have been allocated using the slow path because of a
92 refill or allocation from a partial or new slab.
93 Available when CONFIG_SLUB_STATS is enabled.
94
95What: /sys/kernel/slab/cache/cache_dma
96Date: May 2007
97KernelVersion: 2.6.22
98Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
99 Christoph Lameter <cl@linux-foundation.org>
100Description:
101 The cache_dma file is read-only and specifies whether objects
102 are from ZONE_DMA.
103 Available when CONFIG_ZONE_DMA is enabled.
104
105What: /sys/kernel/slab/cache/cpu_slabs
106Date: May 2007
107KernelVersion: 2.6.22
108Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
109 Christoph Lameter <cl@linux-foundation.org>
110Description:
111 The cpu_slabs file is read-only and displays how many cpu slabs
112 are active and their NUMA locality.
113
114What: /sys/kernel/slab/cache/cpuslab_flush
115Date: April 2009
116KernelVersion: 2.6.31
117Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
118 Christoph Lameter <cl@linux-foundation.org>
119Description:
120 The file cpuslab_flush is read-only and specifies how many
121 times a cache's cpu slabs have been flushed as the result of
122 destroying or shrinking a cache, a cpu going offline, or as
123 the result of forcing an allocation from a certain node.
124 Available when CONFIG_SLUB_STATS is enabled.
125
126What: /sys/kernel/slab/cache/ctor
127Date: May 2007
128KernelVersion: 2.6.22
129Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
130 Christoph Lameter <cl@linux-foundation.org>
131Description:
132 The ctor file is read-only and specifies the cache's object
133 constructor function, which is invoked for each object when a
134 new slab is allocated.
135
136What: /sys/kernel/slab/cache/deactivate_empty
137Date: February 2008
138KernelVersion: 2.6.25
139Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
140 Christoph Lameter <cl@linux-foundation.org>
141Description:
142 The file deactivate_empty is read-only and specifies how many
143 times an empty cpu slab was deactivated.
144 Available when CONFIG_SLUB_STATS is enabled.
145
146What: /sys/kernel/slab/cache/deactivate_full
147Date: February 2008
148KernelVersion: 2.6.25
149Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
150 Christoph Lameter <cl@linux-foundation.org>
151Description:
152 The file deactivate_full is read-only and specifies how many
153 times a full cpu slab was deactivated.
154 Available when CONFIG_SLUB_STATS is enabled.
155
156What: /sys/kernel/slab/cache/deactivate_remote_frees
157Date: February 2008
158KernelVersion: 2.6.25
159Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
160 Christoph Lameter <cl@linux-foundation.org>
161Description:
162 The file deactivate_remote_frees is read-only and specifies how
163 many times a cpu slab has been deactivated and contained free
164 objects that were freed remotely.
165 Available when CONFIG_SLUB_STATS is enabled.
166
167What: /sys/kernel/slab/cache/deactivate_to_head
168Date: February 2008
169KernelVersion: 2.6.25
170Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
171 Christoph Lameter <cl@linux-foundation.org>
172Description:
173 The file deactivate_to_head is read-only and specifies how
174 many times a partial cpu slab was deactivated and added to the
175 head of its node's partial list.
176 Available when CONFIG_SLUB_STATS is enabled.
177
178What: /sys/kernel/slab/cache/deactivate_to_tail
179Date: February 2008
180KernelVersion: 2.6.25
181Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
182 Christoph Lameter <cl@linux-foundation.org>
183Description:
184 The file deactivate_to_tail is read-only and specifies how
185 many times a partial cpu slab was deactivated and added to the
186 tail of its node's partial list.
187 Available when CONFIG_SLUB_STATS is enabled.
188
189What: /sys/kernel/slab/cache/destroy_by_rcu
190Date: May 2007
191KernelVersion: 2.6.22
192Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
193 Christoph Lameter <cl@linux-foundation.org>
194Description:
195 The destroy_by_rcu file is read-only and specifies whether
196 slabs (not objects) are freed by rcu.
197
198What: /sys/kernel/slab/cache/free_add_partial
199Date: February 2008
200KernelVersion: 2.6.25
201Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
202 Christoph Lameter <cl@linux-foundation.org>
203Description:
204 The file free_add_partial is read-only and specifies how many
205 times an object has been freed in a full slab so that it had to
206 added to its node's partial list.
207 Available when CONFIG_SLUB_STATS is enabled.
208
209What: /sys/kernel/slab/cache/free_calls
210Date: May 2007
211KernelVersion: 2.6.22
212Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
213 Christoph Lameter <cl@linux-foundation.org>
214Description:
215 The free_calls file is read-only and lists the locations of
216 object frees if slab debugging is enabled (see
217 Documentation/vm/slub.txt).
218
219What: /sys/kernel/slab/cache/free_fastpath
220Date: February 2008
221KernelVersion: 2.6.25
222Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
223 Christoph Lameter <cl@linux-foundation.org>
224Description:
225 The free_fastpath file is read-only and specifies how many
226 objects have been freed using the fast path because it was an
227 object from the cpu slab.
228 Available when CONFIG_SLUB_STATS is enabled.
229
230What: /sys/kernel/slab/cache/free_frozen
231Date: February 2008
232KernelVersion: 2.6.25
233Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
234 Christoph Lameter <cl@linux-foundation.org>
235Description:
236 The free_frozen file is read-only and specifies how many
237 objects have been freed to a frozen slab (i.e. a remote cpu
238 slab).
239 Available when CONFIG_SLUB_STATS is enabled.
240
241What: /sys/kernel/slab/cache/free_remove_partial
242Date: February 2008
243KernelVersion: 2.6.25
244Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
245 Christoph Lameter <cl@linux-foundation.org>
246Description:
247 The file free_remove_partial is read-only and specifies how
248 many times an object has been freed to a now-empty slab so
249 that it had to be removed from its node's partial list.
250 Available when CONFIG_SLUB_STATS is enabled.
251
252What: /sys/kernel/slab/cache/free_slab
253Date: February 2008
254KernelVersion: 2.6.25
255Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
256 Christoph Lameter <cl@linux-foundation.org>
257Description:
258 The free_slab file is read-only and specifies how many times an
259 empty slab has been freed back to the page allocator.
260 Available when CONFIG_SLUB_STATS is enabled.
261
262What: /sys/kernel/slab/cache/free_slowpath
263Date: February 2008
264KernelVersion: 2.6.25
265Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
266 Christoph Lameter <cl@linux-foundation.org>
267Description:
268 The free_slowpath file is read-only and specifies how many
269 objects have been freed using the slow path (i.e. to a full or
270 partial slab).
271 Available when CONFIG_SLUB_STATS is enabled.
272
273What: /sys/kernel/slab/cache/hwcache_align
274Date: May 2007
275KernelVersion: 2.6.22
276Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
277 Christoph Lameter <cl@linux-foundation.org>
278Description:
279 The hwcache_align file is read-only and specifies whether
280 objects are aligned on cachelines.
281
282What: /sys/kernel/slab/cache/min_partial
283Date: February 2009
284KernelVersion: 2.6.30
285Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
286 David Rientjes <rientjes@google.com>
287Description:
288 The min_partial file specifies how many empty slabs shall
289 remain on a node's partial list to avoid the overhead of
290 allocating new slabs. Such slabs may be reclaimed by utilizing
291 the shrink file.
292
293What: /sys/kernel/slab/cache/object_size
294Date: May 2007
295KernelVersion: 2.6.22
296Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
297 Christoph Lameter <cl@linux-foundation.org>
298Description:
299 The object_size file is read-only and specifies the cache's
300 object size.
301
302What: /sys/kernel/slab/cache/objects
303Date: May 2007
304KernelVersion: 2.6.22
305Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
306 Christoph Lameter <cl@linux-foundation.org>
307Description:
308 The objects file is read-only and displays how many objects are
309 active and from which nodes they are from.
310
311What: /sys/kernel/slab/cache/objects_partial
312Date: April 2008
313KernelVersion: 2.6.26
314Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
315 Christoph Lameter <cl@linux-foundation.org>
316Description:
317 The objects_partial file is read-only and displays how many
318 objects are on partial slabs and from which nodes they are
319 from.
320
321What: /sys/kernel/slab/cache/objs_per_slab
322Date: May 2007
323KernelVersion: 2.6.22
324Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
325 Christoph Lameter <cl@linux-foundation.org>
326Description:
327 The file objs_per_slab is read-only and specifies how many
328 objects may be allocated from a single slab of the order
329 specified in /sys/kernel/slab/cache/order.
330
331What: /sys/kernel/slab/cache/order
332Date: May 2007
333KernelVersion: 2.6.22
334Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
335 Christoph Lameter <cl@linux-foundation.org>
336Description:
337 The order file specifies the page order at which new slabs are
338 allocated. It is writable and can be changed to increase the
339 number of objects per slab. If a slab cannot be allocated
340 because of fragmentation, SLUB will retry with the minimum order
341 possible depending on its characteristics.
342
343What: /sys/kernel/slab/cache/order_fallback
344Date: April 2008
345KernelVersion: 2.6.26
346Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
347 Christoph Lameter <cl@linux-foundation.org>
348Description:
349 The file order_fallback is read-only and specifies how many
350 times an allocation of a new slab has not been possible at the
351 cache's order and instead fallen back to its minimum possible
352 order.
353 Available when CONFIG_SLUB_STATS is enabled.
354
355What: /sys/kernel/slab/cache/partial
356Date: May 2007
357KernelVersion: 2.6.22
358Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
359 Christoph Lameter <cl@linux-foundation.org>
360Description:
361 The partial file is read-only and displays how long many
362 partial slabs there are and how long each node's list is.
363
364What: /sys/kernel/slab/cache/poison
365Date: May 2007
366KernelVersion: 2.6.22
367Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
368 Christoph Lameter <cl@linux-foundation.org>
369Description:
370 The poison file specifies whether objects should be poisoned
371 when a new slab is allocated.
372
373What: /sys/kernel/slab/cache/reclaim_account
374Date: May 2007
375KernelVersion: 2.6.22
376Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
377 Christoph Lameter <cl@linux-foundation.org>
378Description:
379 The reclaim_account file specifies whether the cache's objects
380 are reclaimable (and grouped by their mobility).
381
382What: /sys/kernel/slab/cache/red_zone
383Date: May 2007
384KernelVersion: 2.6.22
385Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
386 Christoph Lameter <cl@linux-foundation.org>
387Description:
388 The red_zone file specifies whether the cache's objects are red
389 zoned.
390
391What: /sys/kernel/slab/cache/remote_node_defrag_ratio
392Date: January 2008
393KernelVersion: 2.6.25
394Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
395 Christoph Lameter <cl@linux-foundation.org>
396Description:
397 The file remote_node_defrag_ratio specifies the percentage of
398 times SLUB will attempt to refill the cpu slab with a partial
399 slab from a remote node as opposed to allocating a new slab on
400 the local node. This reduces the amount of wasted memory over
401 the entire system but can be expensive.
402 Available when CONFIG_NUMA is enabled.
403
404What: /sys/kernel/slab/cache/sanity_checks
405Date: May 2007
406KernelVersion: 2.6.22
407Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
408 Christoph Lameter <cl@linux-foundation.org>
409Description:
410 The sanity_checks file specifies whether expensive checks
411 should be performed on free and, at minimum, enables double free
412 checks. Caches that enable sanity_checks cannot be merged with
413 caches that do not.
414
415What: /sys/kernel/slab/cache/shrink
416Date: May 2007
417KernelVersion: 2.6.22
418Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
419 Christoph Lameter <cl@linux-foundation.org>
420Description:
421 The shrink file is written when memory should be reclaimed from
422 a cache. Empty partial slabs are freed and the partial list is
423 sorted so the slabs with the fewest available objects are used
424 first.
425
426What: /sys/kernel/slab/cache/slab_size
427Date: May 2007
428KernelVersion: 2.6.22
429Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
430 Christoph Lameter <cl@linux-foundation.org>
431Description:
432 The slab_size file is read-only and specifies the object size
433 with metadata (debugging information and alignment) in bytes.
434
435What: /sys/kernel/slab/cache/slabs
436Date: May 2007
437KernelVersion: 2.6.22
438Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
439 Christoph Lameter <cl@linux-foundation.org>
440Description:
441 The slabs file is read-only and displays how long many slabs
442 there are (both cpu and partial) and from which nodes they are
443 from.
444
445What: /sys/kernel/slab/cache/store_user
446Date: May 2007
447KernelVersion: 2.6.22
448Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
449 Christoph Lameter <cl@linux-foundation.org>
450Description:
451 The store_user file specifies whether the location of
452 allocation or free should be tracked for a cache.
453
454What: /sys/kernel/slab/cache/total_objects
455Date: April 2008
456KernelVersion: 2.6.26
457Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
458 Christoph Lameter <cl@linux-foundation.org>
459Description:
460 The total_objects file is read-only and displays how many total
461 objects a cache has and from which nodes they are from.
462
463What: /sys/kernel/slab/cache/trace
464Date: May 2007
465KernelVersion: 2.6.22
466Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
467 Christoph Lameter <cl@linux-foundation.org>
468Description:
469 The trace file specifies whether object allocations and frees
470 should be traced.
471
472What: /sys/kernel/slab/cache/validate
473Date: May 2007
474KernelVersion: 2.6.22
475Contact: Pekka Enberg <penberg@cs.helsinki.fi>,
476 Christoph Lameter <cl@linux-foundation.org>
477Description:
478 Writing to the validate file causes SLUB to traverse all of its
479 cache's objects and check the validity of metadata.
diff --git a/Documentation/DocBook/Makefile b/Documentation/DocBook/Makefile
index a3a83d38f96..b1eb661e630 100644
--- a/Documentation/DocBook/Makefile
+++ b/Documentation/DocBook/Makefile
@@ -31,7 +31,7 @@ PS_METHOD = $(prefer-db2x)
31 31
32### 32###
33# The targets that may be used. 33# The targets that may be used.
34PHONY += xmldocs sgmldocs psdocs pdfdocs htmldocs mandocs installmandocs 34PHONY += xmldocs sgmldocs psdocs pdfdocs htmldocs mandocs installmandocs cleandocs
35 35
36BOOKS := $(addprefix $(obj)/,$(DOCBOOKS)) 36BOOKS := $(addprefix $(obj)/,$(DOCBOOKS))
37xmldocs: $(BOOKS) 37xmldocs: $(BOOKS)
@@ -143,7 +143,8 @@ quiet_cmd_db2pdf = PDF $@
143 $(call cmd,db2pdf) 143 $(call cmd,db2pdf)
144 144
145 145
146main_idx = Documentation/DocBook/index.html 146index = index.html
147main_idx = Documentation/DocBook/$(index)
147build_main_index = rm -rf $(main_idx) && \ 148build_main_index = rm -rf $(main_idx) && \
148 echo '<h1>Linux Kernel HTML Documentation</h1>' >> $(main_idx) && \ 149 echo '<h1>Linux Kernel HTML Documentation</h1>' >> $(main_idx) && \
149 echo '<h2>Kernel Version: $(KERNELVERSION)</h2>' >> $(main_idx) && \ 150 echo '<h2>Kernel Version: $(KERNELVERSION)</h2>' >> $(main_idx) && \
@@ -213,11 +214,12 @@ silent_gen_xml = :
213dochelp: 214dochelp:
214 @echo ' Linux kernel internal documentation in different formats:' 215 @echo ' Linux kernel internal documentation in different formats:'
215 @echo ' htmldocs - HTML' 216 @echo ' htmldocs - HTML'
216 @echo ' installmandocs - install man pages generated by mandocs'
217 @echo ' mandocs - man pages'
218 @echo ' pdfdocs - PDF' 217 @echo ' pdfdocs - PDF'
219 @echo ' psdocs - Postscript' 218 @echo ' psdocs - Postscript'
220 @echo ' xmldocs - XML DocBook' 219 @echo ' xmldocs - XML DocBook'
220 @echo ' mandocs - man pages'
221 @echo ' installmandocs - install man pages generated by mandocs'
222 @echo ' cleandocs - clean all generated DocBook files'
221 223
222### 224###
223# Temporary files left by various tools 225# Temporary files left by various tools
@@ -231,10 +233,14 @@ clean-files := $(DOCBOOKS) \
231 $(patsubst %.xml, %.pdf, $(DOCBOOKS)) \ 233 $(patsubst %.xml, %.pdf, $(DOCBOOKS)) \
232 $(patsubst %.xml, %.html, $(DOCBOOKS)) \ 234 $(patsubst %.xml, %.html, $(DOCBOOKS)) \
233 $(patsubst %.xml, %.9, $(DOCBOOKS)) \ 235 $(patsubst %.xml, %.9, $(DOCBOOKS)) \
234 $(C-procfs-example) 236 $(C-procfs-example) $(index)
235 237
236clean-dirs := $(patsubst %.xml,%,$(DOCBOOKS)) man 238clean-dirs := $(patsubst %.xml,%,$(DOCBOOKS)) man
237 239
240cleandocs:
241 $(Q)rm -f $(call objectify, $(clean-files))
242 $(Q)rm -rf $(call objectify, $(clean-dirs))
243
238# Declare the contents of the .PHONY variable as phony. We keep that 244# Declare the contents of the .PHONY variable as phony. We keep that
239# information in a variable se we can use it in if_changed and friends. 245# information in a variable se we can use it in if_changed and friends.
240 246
diff --git a/Documentation/DocBook/kernel-api.tmpl b/Documentation/DocBook/kernel-api.tmpl
index d6ac5d61820..44b3def961a 100644
--- a/Documentation/DocBook/kernel-api.tmpl
+++ b/Documentation/DocBook/kernel-api.tmpl
@@ -190,16 +190,20 @@ X!Ekernel/module.c
190!Edrivers/pci/pci.c 190!Edrivers/pci/pci.c
191!Edrivers/pci/pci-driver.c 191!Edrivers/pci/pci-driver.c
192!Edrivers/pci/remove.c 192!Edrivers/pci/remove.c
193!Edrivers/pci/pci-acpi.c
194!Edrivers/pci/search.c 193!Edrivers/pci/search.c
195!Edrivers/pci/msi.c 194!Edrivers/pci/msi.c
196!Edrivers/pci/bus.c 195!Edrivers/pci/bus.c
196!Edrivers/pci/access.c
197!Edrivers/pci/irq.c
198!Edrivers/pci/htirq.c
197<!-- FIXME: Removed for now since no structured comments in source 199<!-- FIXME: Removed for now since no structured comments in source
198X!Edrivers/pci/hotplug.c 200X!Edrivers/pci/hotplug.c
199--> 201-->
200!Edrivers/pci/probe.c 202!Edrivers/pci/probe.c
203!Edrivers/pci/slot.c
201!Edrivers/pci/rom.c 204!Edrivers/pci/rom.c
202!Edrivers/pci/iov.c 205!Edrivers/pci/iov.c
206!Idrivers/pci/pci-sysfs.c
203 </sect1> 207 </sect1>
204 <sect1><title>PCI Hotplug Support Library</title> 208 <sect1><title>PCI Hotplug Support Library</title>
205!Edrivers/pci/hotplug/pci_hotplug_core.c 209!Edrivers/pci/hotplug/pci_hotplug_core.c
diff --git a/Documentation/DocBook/kgdb.tmpl b/Documentation/DocBook/kgdb.tmpl
index 372dec20c8d..5cff41a5fa7 100644
--- a/Documentation/DocBook/kgdb.tmpl
+++ b/Documentation/DocBook/kgdb.tmpl
@@ -281,7 +281,7 @@
281 seriously wrong while debugging, it will most often be the case 281 seriously wrong while debugging, it will most often be the case
282 that you want to enable gdb to be verbose about its target 282 that you want to enable gdb to be verbose about its target
283 communications. You do this prior to issuing the <constant>target 283 communications. You do this prior to issuing the <constant>target
284 remote</constant> command by typing in: <constant>set remote debug 1</constant> 284 remote</constant> command by typing in: <constant>set debug remote 1</constant>
285 </para> 285 </para>
286 </chapter> 286 </chapter>
287 <chapter id="KGDBTestSuite"> 287 <chapter id="KGDBTestSuite">
diff --git a/Documentation/block/biodoc.txt b/Documentation/block/biodoc.txt
index ecad6ee7570..6fab97ea7e6 100644
--- a/Documentation/block/biodoc.txt
+++ b/Documentation/block/biodoc.txt
@@ -1040,23 +1040,21 @@ Front merges are handled by the binary trees in AS and deadline schedulers.
1040iii. Plugging the queue to batch requests in anticipation of opportunities for 1040iii. Plugging the queue to batch requests in anticipation of opportunities for
1041 merge/sort optimizations 1041 merge/sort optimizations
1042 1042
1043This is just the same as in 2.4 so far, though per-device unplugging
1044support is anticipated for 2.5. Also with a priority-based i/o scheduler,
1045such decisions could be based on request priorities.
1046
1047Plugging is an approach that the current i/o scheduling algorithm resorts to so 1043Plugging is an approach that the current i/o scheduling algorithm resorts to so
1048that it collects up enough requests in the queue to be able to take 1044that it collects up enough requests in the queue to be able to take
1049advantage of the sorting/merging logic in the elevator. If the 1045advantage of the sorting/merging logic in the elevator. If the
1050queue is empty when a request comes in, then it plugs the request queue 1046queue is empty when a request comes in, then it plugs the request queue
1051(sort of like plugging the bottom of a vessel to get fluid to build up) 1047(sort of like plugging the bath tub of a vessel to get fluid to build up)
1052till it fills up with a few more requests, before starting to service 1048till it fills up with a few more requests, before starting to service
1053the requests. This provides an opportunity to merge/sort the requests before 1049the requests. This provides an opportunity to merge/sort the requests before
1054passing them down to the device. There are various conditions when the queue is 1050passing them down to the device. There are various conditions when the queue is
1055unplugged (to open up the flow again), either through a scheduled task or 1051unplugged (to open up the flow again), either through a scheduled task or
1056could be on demand. For example wait_on_buffer sets the unplugging going 1052could be on demand. For example wait_on_buffer sets the unplugging going
1057(by running tq_disk) so the read gets satisfied soon. So in the read case, 1053through sync_buffer() running blk_run_address_space(mapping). Or the caller
1058the queue gets explicitly unplugged as part of waiting for completion, 1054can do it explicity through blk_unplug(bdev). So in the read case,
1059in fact all queues get unplugged as a side-effect. 1055the queue gets explicitly unplugged as part of waiting for completion on that
1056buffer. For page driven IO, the address space ->sync_page() takes care of
1057doing the blk_run_address_space().
1060 1058
1061Aside: 1059Aside:
1062 This is kind of controversial territory, as it's not clear if plugging is 1060 This is kind of controversial territory, as it's not clear if plugging is
@@ -1067,11 +1065,6 @@ Aside:
1067 multi-page bios being queued in one shot, we may not need to wait to merge 1065 multi-page bios being queued in one shot, we may not need to wait to merge
1068 a big request from the broken up pieces coming by. 1066 a big request from the broken up pieces coming by.
1069 1067
1070 Per-queue granularity unplugging (still a Todo) may help reduce some of the
1071 concerns with just a single tq_disk flush approach. Something like
1072 blk_kick_queue() to unplug a specific queue (right away ?)
1073 or optionally, all queues, is in the plan.
1074
10754.4 I/O contexts 10684.4 I/O contexts
1076I/O contexts provide a dynamically allocated per process data area. They may 1069I/O contexts provide a dynamically allocated per process data area. They may
1077be used in I/O schedulers, and in the block layer (could be used for IO statis, 1070be used in I/O schedulers, and in the block layer (could be used for IO statis,
diff --git a/Documentation/cgroups/cpuacct.txt b/Documentation/cgroups/cpuacct.txt
index bb775fbe43d..8b930946c52 100644
--- a/Documentation/cgroups/cpuacct.txt
+++ b/Documentation/cgroups/cpuacct.txt
@@ -30,3 +30,21 @@ The above steps create a new group g1 and move the current shell
30process (bash) into it. CPU time consumed by this bash and its children 30process (bash) into it. CPU time consumed by this bash and its children
31can be obtained from g1/cpuacct.usage and the same is accumulated in 31can be obtained from g1/cpuacct.usage and the same is accumulated in
32/cgroups/cpuacct.usage also. 32/cgroups/cpuacct.usage also.
33
34cpuacct.stat file lists a few statistics which further divide the
35CPU time obtained by the cgroup into user and system times. Currently
36the following statistics are supported:
37
38user: Time spent by tasks of the cgroup in user mode.
39system: Time spent by tasks of the cgroup in kernel mode.
40
41user and system are in USER_HZ unit.
42
43cpuacct controller uses percpu_counter interface to collect user and
44system times. This has two side effects:
45
46- It is theoretically possible to see wrong values for user and system times.
47 This is because percpu_counter_read() on 32bit systems isn't safe
48 against concurrent writes.
49- It is possible to see slightly outdated values for user and system times
50 due to the batch processing nature of percpu_counter.
diff --git a/Documentation/cgroups/memory.txt b/Documentation/cgroups/memory.txt
index a98a7fe7aab..1a608877b14 100644
--- a/Documentation/cgroups/memory.txt
+++ b/Documentation/cgroups/memory.txt
@@ -6,15 +6,14 @@ used here with the memory controller that is used in hardware.
6 6
7Salient features 7Salient features
8 8
9a. Enable control of both RSS (mapped) and Page Cache (unmapped) pages 9a. Enable control of Anonymous, Page Cache (mapped and unmapped) and
10 Swap Cache memory pages.
10b. The infrastructure allows easy addition of other types of memory to control 11b. The infrastructure allows easy addition of other types of memory to control
11c. Provides *zero overhead* for non memory controller users 12c. Provides *zero overhead* for non memory controller users
12d. Provides a double LRU: global memory pressure causes reclaim from the 13d. Provides a double LRU: global memory pressure causes reclaim from the
13 global LRU; a cgroup on hitting a limit, reclaims from the per 14 global LRU; a cgroup on hitting a limit, reclaims from the per
14 cgroup LRU 15 cgroup LRU
15 16
16NOTE: Swap Cache (unmapped) is not accounted now.
17
18Benefits and Purpose of the memory controller 17Benefits and Purpose of the memory controller
19 18
20The memory controller isolates the memory behaviour of a group of tasks 19The memory controller isolates the memory behaviour of a group of tasks
@@ -290,34 +289,44 @@ will be charged as a new owner of it.
290 moved to the parent. If you want to avoid that, force_empty will be useful. 289 moved to the parent. If you want to avoid that, force_empty will be useful.
291 290
2925.2 stat file 2915.2 stat file
293 memory.stat file includes following statistics (now) 292
294 cache - # of pages from page-cache and shmem. 293memory.stat file includes following statistics
295 rss - # of pages from anonymous memory. 294
296 pgpgin - # of event of charging 295cache - # of bytes of page cache memory.
297 pgpgout - # of event of uncharging 296rss - # of bytes of anonymous and swap cache memory.
298 active_anon - # of pages on active lru of anon, shmem. 297pgpgin - # of pages paged in (equivalent to # of charging events).
299 inactive_anon - # of pages on active lru of anon, shmem 298pgpgout - # of pages paged out (equivalent to # of uncharging events).
300 active_file - # of pages on active lru of file-cache 299active_anon - # of bytes of anonymous and swap cache memory on active
301 inactive_file - # of pages on inactive lru of file cache 300 lru list.
302 unevictable - # of pages cannot be reclaimed.(mlocked etc) 301inactive_anon - # of bytes of anonymous memory and swap cache memory on
303 302 inactive lru list.
304 Below is depend on CONFIG_DEBUG_VM. 303active_file - # of bytes of file-backed memory on active lru list.
305 inactive_ratio - VM internal parameter. (see mm/page_alloc.c) 304inactive_file - # of bytes of file-backed memory on inactive lru list.
306 recent_rotated_anon - VM internal parameter. (see mm/vmscan.c) 305unevictable - # of bytes of memory that cannot be reclaimed (mlocked etc).
307 recent_rotated_file - VM internal parameter. (see mm/vmscan.c) 306
308 recent_scanned_anon - VM internal parameter. (see mm/vmscan.c) 307The following additional stats are dependent on CONFIG_DEBUG_VM.
309 recent_scanned_file - VM internal parameter. (see mm/vmscan.c) 308
310 309inactive_ratio - VM internal parameter. (see mm/page_alloc.c)
311 Memo: 310recent_rotated_anon - VM internal parameter. (see mm/vmscan.c)
311recent_rotated_file - VM internal parameter. (see mm/vmscan.c)
312recent_scanned_anon - VM internal parameter. (see mm/vmscan.c)
313recent_scanned_file - VM internal parameter. (see mm/vmscan.c)
314
315Memo:
312 recent_rotated means recent frequency of lru rotation. 316 recent_rotated means recent frequency of lru rotation.
313 recent_scanned means recent # of scans to lru. 317 recent_scanned means recent # of scans to lru.
314 showing for better debug please see the code for meanings. 318 showing for better debug please see the code for meanings.
315 319
320Note:
321 Only anonymous and swap cache memory is listed as part of 'rss' stat.
322 This should not be confused with the true 'resident set size' or the
323 amount of physical memory used by the cgroup. Per-cgroup rss
324 accounting is not done yet.
316 325
3175.3 swappiness 3265.3 swappiness
318 Similar to /proc/sys/vm/swappiness, but affecting a hierarchy of groups only. 327 Similar to /proc/sys/vm/swappiness, but affecting a hierarchy of groups only.
319 328
320 Following cgroup's swapiness can't be changed. 329 Following cgroups' swapiness can't be changed.
321 - root cgroup (uses /proc/sys/vm/swappiness). 330 - root cgroup (uses /proc/sys/vm/swappiness).
322 - a cgroup which uses hierarchy and it has child cgroup. 331 - a cgroup which uses hierarchy and it has child cgroup.
323 - a cgroup which uses hierarchy and not the root of hierarchy. 332 - a cgroup which uses hierarchy and not the root of hierarchy.
diff --git a/Documentation/cgroups/resource_counter.txt b/Documentation/cgroups/resource_counter.txt
index f196ac1d7d2..95b24d766ea 100644
--- a/Documentation/cgroups/resource_counter.txt
+++ b/Documentation/cgroups/resource_counter.txt
@@ -47,13 +47,18 @@ to work with it.
47 47
482. Basic accounting routines 482. Basic accounting routines
49 49
50 a. void res_counter_init(struct res_counter *rc) 50 a. void res_counter_init(struct res_counter *rc,
51 struct res_counter *rc_parent)
51 52
52 Initializes the resource counter. As usual, should be the first 53 Initializes the resource counter. As usual, should be the first
53 routine called for a new counter. 54 routine called for a new counter.
54 55
55 b. int res_counter_charge[_locked] 56 The struct res_counter *parent can be used to define a hierarchical
56 (struct res_counter *rc, unsigned long val) 57 child -> parent relationship directly in the res_counter structure,
58 NULL can be used to define no relationship.
59
60 c. int res_counter_charge(struct res_counter *rc, unsigned long val,
61 struct res_counter **limit_fail_at)
57 62
58 When a resource is about to be allocated it has to be accounted 63 When a resource is about to be allocated it has to be accounted
59 with the appropriate resource counter (controller should determine 64 with the appropriate resource counter (controller should determine
@@ -67,15 +72,25 @@ to work with it.
67 * if the charging is performed first, then it should be uncharged 72 * if the charging is performed first, then it should be uncharged
68 on error path (if the one is called). 73 on error path (if the one is called).
69 74
70 c. void res_counter_uncharge[_locked] 75 If the charging fails and a hierarchical dependency exists, the
76 limit_fail_at parameter is set to the particular res_counter element
77 where the charging failed.
78
79 d. int res_counter_charge_locked
80 (struct res_counter *rc, unsigned long val)
81
82 The same as res_counter_charge(), but it must not acquire/release the
83 res_counter->lock internally (it must be called with res_counter->lock
84 held).
85
86 e. void res_counter_uncharge[_locked]
71 (struct res_counter *rc, unsigned long val) 87 (struct res_counter *rc, unsigned long val)
72 88
73 When a resource is released (freed) it should be de-accounted 89 When a resource is released (freed) it should be de-accounted
74 from the resource counter it was accounted to. This is called 90 from the resource counter it was accounted to. This is called
75 "uncharging". 91 "uncharging".
76 92
77 The _locked routines imply that the res_counter->lock is taken. 93 The _locked routines imply that the res_counter->lock is taken.
78
79 94
80 2.1 Other accounting routines 95 2.1 Other accounting routines
81 96
diff --git a/Documentation/driver-model/platform.txt b/Documentation/driver-model/platform.txt
index 83009fdcbbc..2e2c2ea90ce 100644
--- a/Documentation/driver-model/platform.txt
+++ b/Documentation/driver-model/platform.txt
@@ -169,3 +169,62 @@ three different ways to find such a match:
169 be probed later if another device registers. (Which is OK, since 169 be probed later if another device registers. (Which is OK, since
170 this interface is only for use with non-hotpluggable devices.) 170 this interface is only for use with non-hotpluggable devices.)
171 171
172
173Early Platform Devices and Drivers
174~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
175The early platform interfaces provide platform data to platform device
176drivers early on during the system boot. The code is built on top of the
177early_param() command line parsing and can be executed very early on.
178
179Example: "earlyprintk" class early serial console in 6 steps
180
1811. Registering early platform device data
182~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
183The architecture code registers platform device data using the function
184early_platform_add_devices(). In the case of early serial console this
185should be hardware configuration for the serial port. Devices registered
186at this point will later on be matched against early platform drivers.
187
1882. Parsing kernel command line
189~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
190The architecture code calls parse_early_param() to parse the kernel
191command line. This will execute all matching early_param() callbacks.
192User specified early platform devices will be registered at this point.
193For the early serial console case the user can specify port on the
194kernel command line as "earlyprintk=serial.0" where "earlyprintk" is
195the class string, "serial" is the name of the platfrom driver and
1960 is the platform device id. If the id is -1 then the dot and the
197id can be omitted.
198
1993. Installing early platform drivers belonging to a certain class
200~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
201The architecture code may optionally force registration of all early
202platform drivers belonging to a certain class using the function
203early_platform_driver_register_all(). User specified devices from
204step 2 have priority over these. This step is omitted by the serial
205driver example since the early serial driver code should be disabled
206unless the user has specified port on the kernel command line.
207
2084. Early platform driver registration
209~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
210Compiled-in platform drivers making use of early_platform_init() are
211automatically registered during step 2 or 3. The serial driver example
212should use early_platform_init("earlyprintk", &platform_driver).
213
2145. Probing of early platform drivers belonging to a certain class
215~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
216The architecture code calls early_platform_driver_probe() to match
217registered early platform devices associated with a certain class with
218registered early platform drivers. Matched devices will get probed().
219This step can be executed at any point during the early boot. As soon
220as possible may be good for the serial port case.
221
2226. Inside the early platform driver probe()
223~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
224The driver code needs to take special care during early boot, especially
225when it comes to memory allocation and interrupt registration. The code
226in the probe() function can use is_early_platform_device() to check if
227it is called at early platform device or at the regular platform device
228time. The early serial driver performs register_console() at this point.
229
230For further information, see <linux/platform_device.h>.
diff --git a/Documentation/feature-removal-schedule.txt b/Documentation/feature-removal-schedule.txt
index 7e2af10e826..de491a3e231 100644
--- a/Documentation/feature-removal-schedule.txt
+++ b/Documentation/feature-removal-schedule.txt
@@ -428,3 +428,12 @@ Why: In 2.6.27, the semantics of /sys/bus/pci/slots was redefined to
428 After a reasonable transition period, we will remove the legacy 428 After a reasonable transition period, we will remove the legacy
429 fakephp interface. 429 fakephp interface.
430Who: Alex Chiang <achiang@hp.com> 430Who: Alex Chiang <achiang@hp.com>
431
432---------------------------
433
434What: i2c-voodoo3 driver
435When: October 2009
436Why: Superseded by tdfxfb. I2C/DDC support used to live in a separate
437 driver but this caused driver conflicts.
438Who: Jean Delvare <khali@linux-fr.org>
439 Krzysztof Helt <krzysztof.h1@wp.pl>
diff --git a/Documentation/filesystems/Locking b/Documentation/filesystems/Locking
index 76efe5b71d7..3120f8dd2c3 100644
--- a/Documentation/filesystems/Locking
+++ b/Documentation/filesystems/Locking
@@ -512,16 +512,24 @@ locking rules:
512 BKL mmap_sem PageLocked(page) 512 BKL mmap_sem PageLocked(page)
513open: no yes 513open: no yes
514close: no yes 514close: no yes
515fault: no yes 515fault: no yes can return with page locked
516page_mkwrite: no yes no 516page_mkwrite: no yes can return with page locked
517access: no yes 517access: no yes
518 518
519 ->page_mkwrite() is called when a previously read-only page is 519 ->fault() is called when a previously not present pte is about
520about to become writeable. The file system is responsible for 520to be faulted in. The filesystem must find and return the page associated
521protecting against truncate races. Once appropriate action has been 521with the passed in "pgoff" in the vm_fault structure. If it is possible that
522taking to lock out truncate, the page range should be verified to be 522the page may be truncated and/or invalidated, then the filesystem must lock
523within i_size. The page mapping should also be checked that it is not 523the page, then ensure it is not already truncated (the page lock will block
524NULL. 524subsequent truncate), and then return with VM_FAULT_LOCKED, and the page
525locked. The VM will unlock the page.
526
527 ->page_mkwrite() is called when a previously read-only pte is
528about to become writeable. The filesystem again must ensure that there are
529no truncate/invalidate races, and then return with the page locked. If
530the page has been truncated, the filesystem should not look up a new page
531like the ->fault() handler, but simply return with VM_FAULT_NOPAGE, which
532will cause the VM to retry the fault.
525 533
526 ->access() is called when get_user_pages() fails in 534 ->access() is called when get_user_pages() fails in
527acces_process_vm(), typically used to debug a process through 535acces_process_vm(), typically used to debug a process through
diff --git a/Documentation/filesystems/caching/cachefiles.txt b/Documentation/filesystems/caching/cachefiles.txt
index c78a49b7bba..748a1ae49e1 100644
--- a/Documentation/filesystems/caching/cachefiles.txt
+++ b/Documentation/filesystems/caching/cachefiles.txt
@@ -407,7 +407,7 @@ A NOTE ON SECURITY
407================== 407==================
408 408
409CacheFiles makes use of the split security in the task_struct. It allocates 409CacheFiles makes use of the split security in the task_struct. It allocates
410its own task_security structure, and redirects current->act_as to point to it 410its own task_security structure, and redirects current->cred to point to it
411when it acts on behalf of another process, in that process's context. 411when it acts on behalf of another process, in that process's context.
412 412
413The reason it does this is that it calls vfs_mkdir() and suchlike rather than 413The reason it does this is that it calls vfs_mkdir() and suchlike rather than
@@ -429,9 +429,9 @@ This means it may lose signals or ptrace events for example, and affects what
429the process looks like in /proc. 429the process looks like in /proc.
430 430
431So CacheFiles makes use of a logical split in the security between the 431So CacheFiles makes use of a logical split in the security between the
432objective security (task->sec) and the subjective security (task->act_as). The 432objective security (task->real_cred) and the subjective security (task->cred).
433objective security holds the intrinsic security properties of a process and is 433The objective security holds the intrinsic security properties of a process and
434never overridden. This is what appears in /proc, and is what is used when a 434is never overridden. This is what appears in /proc, and is what is used when a
435process is the target of an operation by some other process (SIGKILL for 435process is the target of an operation by some other process (SIGKILL for
436example). 436example).
437 437
diff --git a/Documentation/filesystems/pohmelfs/design_notes.txt b/Documentation/filesystems/pohmelfs/design_notes.txt
index 6d6db60d567..dcf83358716 100644
--- a/Documentation/filesystems/pohmelfs/design_notes.txt
+++ b/Documentation/filesystems/pohmelfs/design_notes.txt
@@ -56,9 +56,10 @@ workloads and can fully utilize the bandwidth to the servers when doing bulk
56data transfers. 56data transfers.
57 57
58POHMELFS clients operate with a working set of servers and are capable of balancing read-only 58POHMELFS clients operate with a working set of servers and are capable of balancing read-only
59operations (like lookups or directory listings) between them. 59operations (like lookups or directory listings) between them according to IO priorities.
60Administrators can add or remove servers from the set at run-time via special commands (described 60Administrators can add or remove servers from the set at run-time via special commands (described
61in Documentation/pohmelfs/info.txt file). Writes are replicated to all servers. 61in Documentation/pohmelfs/info.txt file). Writes are replicated to all servers, which are connected
62with write permission turned on. IO priority and permissions can be changed in run-time.
62 63
63POHMELFS is capable of full data channel encryption and/or strong crypto hashing. 64POHMELFS is capable of full data channel encryption and/or strong crypto hashing.
64One can select any kernel supported cipher, encryption mode, hash type and operation mode 65One can select any kernel supported cipher, encryption mode, hash type and operation mode
diff --git a/Documentation/filesystems/pohmelfs/info.txt b/Documentation/filesystems/pohmelfs/info.txt
index 4e3d5015708..db2e4139362 100644
--- a/Documentation/filesystems/pohmelfs/info.txt
+++ b/Documentation/filesystems/pohmelfs/info.txt
@@ -1,6 +1,8 @@
1POHMELFS usage information. 1POHMELFS usage information.
2 2
3Mount options: 3Mount options.
4All but index, number of crypto threads and maximum IO size can changed via remount.
5
4idx=%u 6idx=%u
5 Each mountpoint is associated with a special index via this option. 7 Each mountpoint is associated with a special index via this option.
6 Administrator can add or remove servers from the given index, so all mounts, 8 Administrator can add or remove servers from the given index, so all mounts,
@@ -52,16 +54,27 @@ mcache_timeout=%u
52 54
53Usage examples. 55Usage examples.
54 56
55Add (or remove if it already exists) server server1.net:1025 into the working set with index $idx 57Add server server1.net:1025 into the working set with index $idx
56with appropriate hash algorithm and key file and cipher algorithm, mode and key file: 58with appropriate hash algorithm and key file and cipher algorithm, mode and key file:
57$cfg -a server1.net -p 1025 -i $idx -K $hash_key -k $cipher_key 59$cfg A add -a server1.net -p 1025 -i $idx -K $hash_key -k $cipher_key
58 60
59Mount filesystem with given index $idx to /mnt mountpoint. 61Mount filesystem with given index $idx to /mnt mountpoint.
60Client will connect to all servers specified in the working set via previous command: 62Client will connect to all servers specified in the working set via previous command:
61mount -t pohmel -o idx=$idx q /mnt 63mount -t pohmel -o idx=$idx q /mnt
62 64
63One can add or remove servers from working set after mounting too. 65Change permissions to read-only (-I 1 option, '-I 2' - write-only, 3 - rw):
66$cfg A modify -a server1.net -p 1025 -i $idx -I 1
67
68Change IO priority to 123 (node with the highest priority gets read requests).
69$cfg A modify -a server1.net -p 1025 -i $idx -P 123
64 70
71One can check currect status of all connections in the mountstats file:
72# cat /proc/$PID/mountstats
73...
74device none mounted on /mnt with fstype pohmel
75idx addr(:port) socket_type protocol active priority permissions
760 server1.net:1026 1 6 1 250 1
770 server2.net:1025 1 6 1 123 3
65 78
66Server installation. 79Server installation.
67 80
diff --git a/Documentation/filesystems/tmpfs.txt b/Documentation/filesystems/tmpfs.txt
index 222437efd75..3015da0c6b2 100644
--- a/Documentation/filesystems/tmpfs.txt
+++ b/Documentation/filesystems/tmpfs.txt
@@ -133,4 +133,4 @@ RAM/SWAP in 10240 inodes and it is only accessible by root.
133Author: 133Author:
134 Christoph Rohland <cr@sap.com>, 1.12.01 134 Christoph Rohland <cr@sap.com>, 1.12.01
135Updated: 135Updated:
136 Hugh Dickins <hugh@veritas.com>, 4 June 2007 136 Hugh Dickins, 4 June 2007
diff --git a/Documentation/filesystems/vfs.txt b/Documentation/filesystems/vfs.txt
index deeeed0faa8..f49eecf2e57 100644
--- a/Documentation/filesystems/vfs.txt
+++ b/Documentation/filesystems/vfs.txt
@@ -277,8 +277,7 @@ or bottom half).
277 unfreeze_fs: called when VFS is unlocking a filesystem and making it writable 277 unfreeze_fs: called when VFS is unlocking a filesystem and making it writable
278 again. 278 again.
279 279
280 statfs: called when the VFS needs to get filesystem statistics. This 280 statfs: called when the VFS needs to get filesystem statistics.
281 is called with the kernel lock held
282 281
283 remount_fs: called when the filesystem is remounted. This is called 282 remount_fs: called when the filesystem is remounted. This is called
284 with the kernel lock held 283 with the kernel lock held
diff --git a/Documentation/hwmon/sysfs-interface b/Documentation/hwmon/sysfs-interface
index 2f10ce6a879..004ee161721 100644
--- a/Documentation/hwmon/sysfs-interface
+++ b/Documentation/hwmon/sysfs-interface
@@ -150,6 +150,11 @@ fan[1-*]_min Fan minimum value
150 Unit: revolution/min (RPM) 150 Unit: revolution/min (RPM)
151 RW 151 RW
152 152
153fan[1-*]_max Fan maximum value
154 Unit: revolution/min (RPM)
155 Only rarely supported by the hardware.
156 RW
157
153fan[1-*]_input Fan input value. 158fan[1-*]_input Fan input value.
154 Unit: revolution/min (RPM) 159 Unit: revolution/min (RPM)
155 RO 160 RO
@@ -390,6 +395,7 @@ OR
390in[0-*]_min_alarm 395in[0-*]_min_alarm
391in[0-*]_max_alarm 396in[0-*]_max_alarm
392fan[1-*]_min_alarm 397fan[1-*]_min_alarm
398fan[1-*]_max_alarm
393temp[1-*]_min_alarm 399temp[1-*]_min_alarm
394temp[1-*]_max_alarm 400temp[1-*]_max_alarm
395temp[1-*]_crit_alarm 401temp[1-*]_crit_alarm
diff --git a/Documentation/infiniband/ipoib.txt b/Documentation/infiniband/ipoib.txt
index 864ff328378..6d40f00b358 100644
--- a/Documentation/infiniband/ipoib.txt
+++ b/Documentation/infiniband/ipoib.txt
@@ -24,6 +24,49 @@ Partitions and P_Keys
24 The P_Key for any interface is given by the "pkey" file, and the 24 The P_Key for any interface is given by the "pkey" file, and the
25 main interface for a subinterface is in "parent." 25 main interface for a subinterface is in "parent."
26 26
27Datagram vs Connected modes
28
29 The IPoIB driver supports two modes of operation: datagram and
30 connected. The mode is set and read through an interface's
31 /sys/class/net/<intf name>/mode file.
32
33 In datagram mode, the IB UD (Unreliable Datagram) transport is used
34 and so the interface MTU has is equal to the IB L2 MTU minus the
35 IPoIB encapsulation header (4 bytes). For example, in a typical IB
36 fabric with a 2K MTU, the IPoIB MTU will be 2048 - 4 = 2044 bytes.
37
38 In connected mode, the IB RC (Reliable Connected) transport is used.
39 Connected mode is to takes advantage of the connected nature of the
40 IB transport and allows an MTU up to the maximal IP packet size of
41 64K, which reduces the number of IP packets needed for handling
42 large UDP datagrams, TCP segments, etc and increases the performance
43 for large messages.
44
45 In connected mode, the interface's UD QP is still used for multicast
46 and communication with peers that don't support connected mode. In
47 this case, RX emulation of ICMP PMTU packets is used to cause the
48 networking stack to use the smaller UD MTU for these neighbours.
49
50Stateless offloads
51
52 If the IB HW supports IPoIB stateless offloads, IPoIB advertises
53 TCP/IP checksum and/or Large Send (LSO) offloading capability to the
54 network stack.
55
56 Large Receive (LRO) offloading is also implemented and may be turned
57 on/off using ethtool calls. Currently LRO is supported only for
58 checksum offload capable devices.
59
60 Stateless offloads are supported only in datagram mode.
61
62Interrupt moderation
63
64 If the underlying IB device supports CQ event moderation, one can
65 use ethtool to set interrupt mitigation parameters and thus reduce
66 the overhead incurred by handling interrupts. The main code path of
67 IPoIB doesn't use events for TX completion signaling so only RX
68 moderation is supported.
69
27Debugging Information 70Debugging Information
28 71
29 By compiling the IPoIB driver with CONFIG_INFINIBAND_IPOIB_DEBUG set 72 By compiling the IPoIB driver with CONFIG_INFINIBAND_IPOIB_DEBUG set
@@ -55,3 +98,5 @@ References
55 http://ietf.org/rfc/rfc4391.txt 98 http://ietf.org/rfc/rfc4391.txt
56 IP over InfiniBand (IPoIB) Architecture (RFC 4392) 99 IP over InfiniBand (IPoIB) Architecture (RFC 4392)
57 http://ietf.org/rfc/rfc4392.txt 100 http://ietf.org/rfc/rfc4392.txt
101 IP over InfiniBand: Connected Mode (RFC 4755)
102 http://ietf.org/rfc/rfc4755.txt
diff --git a/Documentation/input/bcm5974.txt b/Documentation/input/bcm5974.txt
new file mode 100644
index 00000000000..5e22dcf6d48
--- /dev/null
+++ b/Documentation/input/bcm5974.txt
@@ -0,0 +1,65 @@
1BCM5974 Driver (bcm5974)
2------------------------
3 Copyright (C) 2008-2009 Henrik Rydberg <rydberg@euromail.se>
4
5The USB initialization and package decoding was made by Scott Shawcroft as
6part of the touchd user-space driver project:
7 Copyright (C) 2008 Scott Shawcroft (scott.shawcroft@gmail.com)
8
9The BCM5974 driver is based on the appletouch driver:
10 Copyright (C) 2001-2004 Greg Kroah-Hartman (greg@kroah.com)
11 Copyright (C) 2005 Johannes Berg (johannes@sipsolutions.net)
12 Copyright (C) 2005 Stelian Pop (stelian@popies.net)
13 Copyright (C) 2005 Frank Arnold (frank@scirocco-5v-turbo.de)
14 Copyright (C) 2005 Peter Osterlund (petero2@telia.com)
15 Copyright (C) 2005 Michael Hanselmann (linux-kernel@hansmi.ch)
16 Copyright (C) 2006 Nicolas Boichat (nicolas@boichat.ch)
17
18This driver adds support for the multi-touch trackpad on the new Apple
19Macbook Air and Macbook Pro laptops. It replaces the appletouch driver on
20those computers, and integrates well with the synaptics driver of the Xorg
21system.
22
23Known to work on Macbook Air, Macbook Pro Penryn and the new unibody
24Macbook 5 and Macbook Pro 5.
25
26Usage
27-----
28
29The driver loads automatically for the supported usb device ids, and
30becomes available both as an event device (/dev/input/event*) and as a
31mouse via the mousedev driver (/dev/input/mice).
32
33USB Race
34--------
35
36The Apple multi-touch trackpads report both mouse and keyboard events via
37different interfaces of the same usb device. This creates a race condition
38with the HID driver, which, if not told otherwise, will find the standard
39HID mouse and keyboard, and claim the whole device. To remedy, the usb
40product id must be listed in the mouse_ignore list of the hid driver.
41
42Debug output
43------------
44
45To ease the development for new hardware version, verbose packet output can
46be switched on with the debug kernel module parameter. The range [1-9]
47yields different levels of verbosity. Example (as root):
48
49echo -n 9 > /sys/module/bcm5974/parameters/debug
50
51tail -f /var/log/debug
52
53echo -n 0 > /sys/module/bcm5974/parameters/debug
54
55Trivia
56------
57
58The driver was developed at the ubuntu forums in June 2008 [1], and now has
59a more permanent home at bitmath.org [2].
60
61Links
62-----
63
64[1] http://ubuntuforums.org/showthread.php?t=840040
65[2] http://http://bitmath.org/code/
diff --git a/Documentation/input/multi-touch-protocol.txt b/Documentation/input/multi-touch-protocol.txt
new file mode 100644
index 00000000000..a12ea3b586e
--- /dev/null
+++ b/Documentation/input/multi-touch-protocol.txt
@@ -0,0 +1,195 @@
1Multi-touch (MT) Protocol
2-------------------------
3 Copyright (C) 2009 Henrik Rydberg <rydberg@euromail.se>
4
5
6Introduction
7------------
8
9In order to utilize the full power of the new multi-touch devices, a way to
10report detailed finger data to user space is needed. This document
11describes the multi-touch (MT) protocol which allows kernel drivers to
12report details for an arbitrary number of fingers.
13
14
15Usage
16-----
17
18Anonymous finger details are sent sequentially as separate packets of ABS
19events. Only the ABS_MT events are recognized as part of a finger
20packet. The end of a packet is marked by calling the input_mt_sync()
21function, which generates a SYN_MT_REPORT event. This instructs the
22receiver to accept the data for the current finger and prepare to receive
23another. The end of a multi-touch transfer is marked by calling the usual
24input_sync() function. This instructs the receiver to act upon events
25accumulated since last EV_SYN/SYN_REPORT and prepare to receive a new
26set of events/packets.
27
28A set of ABS_MT events with the desired properties is defined. The events
29are divided into categories, to allow for partial implementation. The
30minimum set consists of ABS_MT_TOUCH_MAJOR, ABS_MT_POSITION_X and
31ABS_MT_POSITION_Y, which allows for multiple fingers to be tracked. If the
32device supports it, the ABS_MT_WIDTH_MAJOR may be used to provide the size
33of the approaching finger. Anisotropy and direction may be specified with
34ABS_MT_TOUCH_MINOR, ABS_MT_WIDTH_MINOR and ABS_MT_ORIENTATION. The
35ABS_MT_TOOL_TYPE may be used to specify whether the touching tool is a
36finger or a pen or something else. Devices with more granular information
37may specify general shapes as blobs, i.e., as a sequence of rectangular
38shapes grouped together by an ABS_MT_BLOB_ID. Finally, for the few devices
39that currently support it, the ABS_MT_TRACKING_ID event may be used to
40report finger tracking from hardware [5].
41
42Here is what a minimal event sequence for a two-finger touch would look
43like:
44
45 ABS_MT_TOUCH_MAJOR
46 ABS_MT_POSITION_X
47 ABS_MT_POSITION_Y
48 SYN_MT_REPORT
49 ABS_MT_TOUCH_MAJOR
50 ABS_MT_POSITION_X
51 ABS_MT_POSITION_Y
52 SYN_MT_REPORT
53 SYN_REPORT
54
55
56Event Semantics
57---------------
58
59The word "contact" is used to describe a tool which is in direct contact
60with the surface. A finger, a pen or a rubber all classify as contacts.
61
62ABS_MT_TOUCH_MAJOR
63
64The length of the major axis of the contact. The length should be given in
65surface units. If the surface has an X times Y resolution, the largest
66possible value of ABS_MT_TOUCH_MAJOR is sqrt(X^2 + Y^2), the diagonal [4].
67
68ABS_MT_TOUCH_MINOR
69
70The length, in surface units, of the minor axis of the contact. If the
71contact is circular, this event can be omitted [4].
72
73ABS_MT_WIDTH_MAJOR
74
75The length, in surface units, of the major axis of the approaching
76tool. This should be understood as the size of the tool itself. The
77orientation of the contact and the approaching tool are assumed to be the
78same [4].
79
80ABS_MT_WIDTH_MINOR
81
82The length, in surface units, of the minor axis of the approaching
83tool. Omit if circular [4].
84
85The above four values can be used to derive additional information about
86the contact. The ratio ABS_MT_TOUCH_MAJOR / ABS_MT_WIDTH_MAJOR approximates
87the notion of pressure. The fingers of the hand and the palm all have
88different characteristic widths [1].
89
90ABS_MT_ORIENTATION
91
92The orientation of the ellipse. The value should describe a signed quarter
93of a revolution clockwise around the touch center. The signed value range
94is arbitrary, but zero should be returned for a finger aligned along the Y
95axis of the surface, a negative value when finger is turned to the left, and
96a positive value when finger turned to the right. When completely aligned with
97the X axis, the range max should be returned. Orientation can be omitted
98if the touching object is circular, or if the information is not available
99in the kernel driver. Partial orientation support is possible if the device
100can distinguish between the two axis, but not (uniquely) any values in
101between. In such cases, the range of ABS_MT_ORIENTATION should be [0, 1]
102[4].
103
104ABS_MT_POSITION_X
105
106The surface X coordinate of the center of the touching ellipse.
107
108ABS_MT_POSITION_Y
109
110The surface Y coordinate of the center of the touching ellipse.
111
112ABS_MT_TOOL_TYPE
113
114The type of approaching tool. A lot of kernel drivers cannot distinguish
115between different tool types, such as a finger or a pen. In such cases, the
116event should be omitted. The protocol currently supports MT_TOOL_FINGER and
117MT_TOOL_PEN [2].
118
119ABS_MT_BLOB_ID
120
121The BLOB_ID groups several packets together into one arbitrarily shaped
122contact. This is a low-level anonymous grouping, and should not be confused
123with the high-level trackingID [5]. Most kernel drivers will not have blob
124capability, and can safely omit the event.
125
126ABS_MT_TRACKING_ID
127
128The TRACKING_ID identifies an initiated contact throughout its life cycle
129[5]. There are currently only a few devices that support it, so this event
130should normally be omitted.
131
132
133Event Computation
134-----------------
135
136The flora of different hardware unavoidably leads to some devices fitting
137better to the MT protocol than others. To simplify and unify the mapping,
138this section gives recipes for how to compute certain events.
139
140For devices reporting contacts as rectangular shapes, signed orientation
141cannot be obtained. Assuming X and Y are the lengths of the sides of the
142touching rectangle, here is a simple formula that retains the most
143information possible:
144
145 ABS_MT_TOUCH_MAJOR := max(X, Y)
146 ABS_MT_TOUCH_MINOR := min(X, Y)
147 ABS_MT_ORIENTATION := bool(X > Y)
148
149The range of ABS_MT_ORIENTATION should be set to [0, 1], to indicate that
150the device can distinguish between a finger along the Y axis (0) and a
151finger along the X axis (1).
152
153
154Finger Tracking
155---------------
156
157The kernel driver should generate an arbitrary enumeration of the set of
158anonymous contacts currently on the surface. The order in which the packets
159appear in the event stream is not important.
160
161The process of finger tracking, i.e., to assign a unique trackingID to each
162initiated contact on the surface, is left to user space; preferably the
163multi-touch X driver [3]. In that driver, the trackingID stays the same and
164unique until the contact vanishes (when the finger leaves the surface). The
165problem of assigning a set of anonymous fingers to a set of identified
166fingers is a euclidian bipartite matching problem at each event update, and
167relies on a sufficiently rapid update rate.
168
169There are a few devices that support trackingID in hardware. User space can
170make use of these native identifiers to reduce bandwidth and cpu usage.
171
172
173Notes
174-----
175
176In order to stay compatible with existing applications, the data
177reported in a finger packet must not be recognized as single-touch
178events. In addition, all finger data must bypass input filtering,
179since subsequent events of the same type refer to different fingers.
180
181The first kernel driver to utilize the MT protocol is the bcm5974 driver,
182where examples can be found.
183
184[1] With the extension ABS_MT_APPROACH_X and ABS_MT_APPROACH_Y, the
185difference between the contact position and the approaching tool position
186could be used to derive tilt.
187[2] The list can of course be extended.
188[3] The multi-touch X driver is currently in the prototyping stage. At the
189time of writing (April 2009), the MT protocol is not yet merged, and the
190prototype implements finger matching, basic mouse support and two-finger
191scrolling. The project aims at improving the quality of current multi-touch
192functionality available in the Synaptics X driver, and in addition
193implement more advanced gestures.
194[4] See the section on event computation.
195[5] See the section on finger tracking.
diff --git a/Documentation/input/rotary-encoder.txt b/Documentation/input/rotary-encoder.txt
new file mode 100644
index 00000000000..435102a26d9
--- /dev/null
+++ b/Documentation/input/rotary-encoder.txt
@@ -0,0 +1,101 @@
1rotary-encoder - a generic driver for GPIO connected devices
2Daniel Mack <daniel@caiaq.de>, Feb 2009
3
40. Function
5-----------
6
7Rotary encoders are devices which are connected to the CPU or other
8peripherals with two wires. The outputs are phase-shifted by 90 degrees
9and by triggering on falling and rising edges, the turn direction can
10be determined.
11
12The phase diagram of these two outputs look like this:
13
14 _____ _____ _____
15 | | | | | |
16 Channel A ____| |_____| |_____| |____
17
18 : : : : : : : : : : : :
19 __ _____ _____ _____
20 | | | | | | |
21 Channel B |_____| |_____| |_____| |__
22
23 : : : : : : : : : : : :
24 Event a b c d a b c d a b c d
25
26 |<-------->|
27 one step
28
29
30For more information, please see
31 http://en.wikipedia.org/wiki/Rotary_encoder
32
33
341. Events / state machine
35-------------------------
36
37a) Rising edge on channel A, channel B in low state
38 This state is used to recognize a clockwise turn
39
40b) Rising edge on channel B, channel A in high state
41 When entering this state, the encoder is put into 'armed' state,
42 meaning that there it has seen half the way of a one-step transition.
43
44c) Falling edge on channel A, channel B in high state
45 This state is used to recognize a counter-clockwise turn
46
47d) Falling edge on channel B, channel A in low state
48 Parking position. If the encoder enters this state, a full transition
49 should have happend, unless it flipped back on half the way. The
50 'armed' state tells us about that.
51
522. Platform requirements
53------------------------
54
55As there is no hardware dependent call in this driver, the platform it is
56used with must support gpiolib. Another requirement is that IRQs must be
57able to fire on both edges.
58
59
603. Board integration
61--------------------
62
63To use this driver in your system, register a platform_device with the
64name 'rotary-encoder' and associate the IRQs and some specific platform
65data with it.
66
67struct rotary_encoder_platform_data is declared in
68include/linux/rotary-encoder.h and needs to be filled with the number of
69steps the encoder has and can carry information about externally inverted
70signals (because of used invertig buffer or other reasons).
71
72Because GPIO to IRQ mapping is platform specific, this information must
73be given in seperately to the driver. See the example below.
74
75---------<snip>---------
76
77/* board support file example */
78
79#include <linux/input.h>
80#include <linux/rotary_encoder.h>
81
82#define GPIO_ROTARY_A 1
83#define GPIO_ROTARY_B 2
84
85static struct rotary_encoder_platform_data my_rotary_encoder_info = {
86 .steps = 24,
87 .axis = ABS_X,
88 .gpio_a = GPIO_ROTARY_A,
89 .gpio_b = GPIO_ROTARY_B,
90 .inverted_a = 0,
91 .inverted_b = 0,
92};
93
94static struct platform_device rotary_encoder_device = {
95 .name = "rotary-encoder",
96 .id = 0,
97 .dev = {
98 .platform_data = &my_rotary_encoder_info,
99 }
100};
101
diff --git a/Documentation/isdn/00-INDEX b/Documentation/isdn/00-INDEX
index 9fee5f2e5c6..5a2d69989a8 100644
--- a/Documentation/isdn/00-INDEX
+++ b/Documentation/isdn/00-INDEX
@@ -2,8 +2,14 @@
2 - this file (info on ISDN implementation for Linux) 2 - this file (info on ISDN implementation for Linux)
3CREDITS 3CREDITS
4 - list of the kind folks that brought you this stuff. 4 - list of the kind folks that brought you this stuff.
5HiSax.cert
6 - information about the ITU approval certification of the HiSax driver.
5INTERFACE 7INTERFACE
6 - description of Linklevel and Hardwarelevel ISDN interface. 8 - description of isdn4linux Link Level and Hardware Level interfaces.
9INTERFACE.fax
10 - description of the fax subinterface of isdn4linux.
11INTERFACE.CAPI
12 - description of kernel CAPI Link Level to Hardware Level interface.
7README 13README
8 - general info on what you need and what to do for Linux ISDN. 14 - general info on what you need and what to do for Linux ISDN.
9README.FAQ 15README.FAQ
@@ -12,6 +18,8 @@ README.audio
12 - info for running audio over ISDN. 18 - info for running audio over ISDN.
13README.fax 19README.fax
14 - info for using Fax over ISDN. 20 - info for using Fax over ISDN.
21README.gigaset
22 - info on the drivers for Siemens Gigaset ISDN adapters.
15README.icn 23README.icn
16 - info on the ICN-ISDN-card and its driver. 24 - info on the ICN-ISDN-card and its driver.
17README.HiSax 25README.HiSax
@@ -37,7 +45,8 @@ README.diversion
37README.sc 45README.sc
38 - info on driver for Spellcaster cards. 46 - info on driver for Spellcaster cards.
39README.x25 47README.x25
40 _ info for running X.25 over ISDN. 48 - info for running X.25 over ISDN.
41README.hysdn 49README.hysdn
42 - info on driver for Hypercope active HYSDN cards 50 - info on driver for Hypercope active HYSDN cards
43 51README.mISDN
52 - info on the Modular ISDN subsystem (mISDN).
diff --git a/Documentation/isdn/INTERFACE.CAPI b/Documentation/isdn/INTERFACE.CAPI
new file mode 100644
index 00000000000..786d619b36e
--- /dev/null
+++ b/Documentation/isdn/INTERFACE.CAPI
@@ -0,0 +1,213 @@
1Kernel CAPI Interface to Hardware Drivers
2-----------------------------------------
3
41. Overview
5
6From the CAPI 2.0 specification:
7COMMON-ISDN-API (CAPI) is an application programming interface standard used
8to access ISDN equipment connected to basic rate interfaces (BRI) and primary
9rate interfaces (PRI).
10
11Kernel CAPI operates as a dispatching layer between CAPI applications and CAPI
12hardware drivers. Hardware drivers register ISDN devices (controllers, in CAPI
13lingo) with Kernel CAPI to indicate their readiness to provide their service
14to CAPI applications. CAPI applications also register with Kernel CAPI,
15requesting association with a CAPI device. Kernel CAPI then dispatches the
16application registration to an available device, forwarding it to the
17corresponding hardware driver. Kernel CAPI then forwards CAPI messages in both
18directions between the application and the hardware driver.
19
20Format and semantics of CAPI messages are specified in the CAPI 2.0 standard.
21This standard is freely available from http://www.capi.org.
22
23
242. Driver and Device Registration
25
26CAPI drivers optionally register themselves with Kernel CAPI by calling the
27Kernel CAPI function register_capi_driver() with a pointer to a struct
28capi_driver. This structure must be filled with the name and revision of the
29driver, and optionally a pointer to a callback function, add_card(). The
30registration can be revoked by calling the function unregister_capi_driver()
31with a pointer to the same struct capi_driver.
32
33CAPI drivers must register each of the ISDN devices they control with Kernel
34CAPI by calling the Kernel CAPI function attach_capi_ctr() with a pointer to a
35struct capi_ctr before they can be used. This structure must be filled with
36the names of the driver and controller, and a number of callback function
37pointers which are subsequently used by Kernel CAPI for communicating with the
38driver. The registration can be revoked by calling the function
39detach_capi_ctr() with a pointer to the same struct capi_ctr.
40
41Before the device can be actually used, the driver must fill in the device
42information fields 'manu', 'version', 'profile' and 'serial' in the capi_ctr
43structure of the device, and signal its readiness by calling capi_ctr_ready().
44From then on, Kernel CAPI may call the registered callback functions for the
45device.
46
47If the device becomes unusable for any reason (shutdown, disconnect ...), the
48driver has to call capi_ctr_reseted(). This will prevent further calls to the
49callback functions by Kernel CAPI.
50
51
523. Application Registration and Communication
53
54Kernel CAPI forwards registration requests from applications (calls to CAPI
55operation CAPI_REGISTER) to an appropriate hardware driver by calling its
56register_appl() callback function. A unique Application ID (ApplID, u16) is
57allocated by Kernel CAPI and passed to register_appl() along with the
58parameter structure provided by the application. This is analogous to the
59open() operation on regular files or character devices.
60
61After a successful return from register_appl(), CAPI messages from the
62application may be passed to the driver for the device via calls to the
63send_message() callback function. The CAPI message to send is stored in the
64data portion of an skb. Conversely, the driver may call Kernel CAPI's
65capi_ctr_handle_message() function to pass a received CAPI message to Kernel
66CAPI for forwarding to an application, specifying its ApplID.
67
68Deregistration requests (CAPI operation CAPI_RELEASE) from applications are
69forwarded as calls to the release_appl() callback function, passing the same
70ApplID as with register_appl(). After return from release_appl(), no CAPI
71messages for that application may be passed to or from the device anymore.
72
73
744. Data Structures
75
764.1 struct capi_driver
77
78This structure describes a Kernel CAPI driver itself. It is used in the
79register_capi_driver() and unregister_capi_driver() functions, and contains
80the following non-private fields, all to be set by the driver before calling
81register_capi_driver():
82
83char name[32]
84 the name of the driver, as a zero-terminated ASCII string
85char revision[32]
86 the revision number of the driver, as a zero-terminated ASCII string
87int (*add_card)(struct capi_driver *driver, capicardparams *data)
88 a callback function pointer (may be NULL)
89
90
914.2 struct capi_ctr
92
93This structure describes an ISDN device (controller) handled by a Kernel CAPI
94driver. After registration via the attach_capi_ctr() function it is passed to
95all controller specific lower layer interface and callback functions to
96identify the controller to operate on.
97
98It contains the following non-private fields:
99
100- to be set by the driver before calling attach_capi_ctr():
101
102struct module *owner
103 pointer to the driver module owning the device
104
105void *driverdata
106 an opaque pointer to driver specific data, not touched by Kernel CAPI
107
108char name[32]
109 the name of the controller, as a zero-terminated ASCII string
110
111char *driver_name
112 the name of the driver, as a zero-terminated ASCII string
113
114int (*load_firmware)(struct capi_ctr *ctrlr, capiloaddata *ldata)
115 (optional) pointer to a callback function for sending firmware and
116 configuration data to the device
117
118void (*reset_ctr)(struct capi_ctr *ctrlr)
119 pointer to a callback function for performing a reset on the device,
120 releasing all registered applications
121
122void (*register_appl)(struct capi_ctr *ctrlr, u16 applid,
123 capi_register_params *rparam)
124void (*release_appl)(struct capi_ctr *ctrlr, u16 applid)
125 pointers to callback functions for registration and deregistration of
126 applications with the device
127
128u16 (*send_message)(struct capi_ctr *ctrlr, struct sk_buff *skb)
129 pointer to a callback function for sending a CAPI message to the
130 device
131
132char *(*procinfo)(struct capi_ctr *ctrlr)
133 pointer to a callback function returning the entry for the device in
134 the CAPI controller info table, /proc/capi/controller
135
136read_proc_t *ctr_read_proc
137 pointer to the read_proc callback function for the device's proc file
138 system entry, /proc/capi/controllers/<n>; will be called with a
139 pointer to the device's capi_ctr structure as the last (data) argument
140
141- to be filled in before calling capi_ctr_ready():
142
143u8 manu[CAPI_MANUFACTURER_LEN]
144 value to return for CAPI_GET_MANUFACTURER
145
146capi_version version
147 value to return for CAPI_GET_VERSION
148
149capi_profile profile
150 value to return for CAPI_GET_PROFILE
151
152u8 serial[CAPI_SERIAL_LEN]
153 value to return for CAPI_GET_SERIAL
154
155
1565. Lower Layer Interface Functions
157
158(declared in <linux/isdn/capilli.h>)
159
160void register_capi_driver(struct capi_driver *drvr)
161void unregister_capi_driver(struct capi_driver *drvr)
162 register/unregister a driver with Kernel CAPI
163
164int attach_capi_ctr(struct capi_ctr *ctrlr)
165int detach_capi_ctr(struct capi_ctr *ctrlr)
166 register/unregister a device (controller) with Kernel CAPI
167
168void capi_ctr_ready(struct capi_ctr *ctrlr)
169void capi_ctr_reseted(struct capi_ctr *ctrlr)
170 signal controller ready/not ready
171
172void capi_ctr_suspend_output(struct capi_ctr *ctrlr)
173void capi_ctr_resume_output(struct capi_ctr *ctrlr)
174 signal suspend/resume
175
176void capi_ctr_handle_message(struct capi_ctr * ctrlr, u16 applid,
177 struct sk_buff *skb)
178 pass a received CAPI message to Kernel CAPI
179 for forwarding to the specified application
180
181
1826. Helper Functions and Macros
183
184Library functions (from <linux/isdn/capilli.h>):
185
186void capilib_new_ncci(struct list_head *head, u16 applid,
187 u32 ncci, u32 winsize)
188void capilib_free_ncci(struct list_head *head, u16 applid, u32 ncci)
189void capilib_release_appl(struct list_head *head, u16 applid)
190void capilib_release(struct list_head *head)
191void capilib_data_b3_conf(struct list_head *head, u16 applid,
192 u32 ncci, u16 msgid)
193u16 capilib_data_b3_req(struct list_head *head, u16 applid,
194 u32 ncci, u16 msgid)
195
196
197Macros to extract/set element values from/in a CAPI message header
198(from <linux/isdn/capiutil.h>):
199
200Get Macro Set Macro Element (Type)
201
202CAPIMSG_LEN(m) CAPIMSG_SETLEN(m, len) Total Length (u16)
203CAPIMSG_APPID(m) CAPIMSG_SETAPPID(m, applid) ApplID (u16)
204CAPIMSG_COMMAND(m) CAPIMSG_SETCOMMAND(m,cmd) Command (u8)
205CAPIMSG_SUBCOMMAND(m) CAPIMSG_SETSUBCOMMAND(m, cmd) Subcommand (u8)
206CAPIMSG_CMD(m) - Command*256
207 + Subcommand (u16)
208CAPIMSG_MSGID(m) CAPIMSG_SETMSGID(m, msgid) Message Number (u16)
209
210CAPIMSG_CONTROL(m) CAPIMSG_SETCONTROL(m, contr) Controller/PLCI/NCCI
211 (u32)
212CAPIMSG_DATALEN(m) CAPIMSG_SETDATALEN(m, len) Data Length (u16)
213
diff --git a/Documentation/kbuild/makefiles.txt b/Documentation/kbuild/makefiles.txt
index 51104f9194a..d76cfd8712e 100644
--- a/Documentation/kbuild/makefiles.txt
+++ b/Documentation/kbuild/makefiles.txt
@@ -40,10 +40,16 @@ This document describes the Linux kernel Makefiles.
40 --- 6.7 Custom kbuild commands 40 --- 6.7 Custom kbuild commands
41 --- 6.8 Preprocessing linker scripts 41 --- 6.8 Preprocessing linker scripts
42 42
43 === 7 Kbuild Variables 43 === 7 Kbuild syntax for exported headers
44 === 8 Makefile language 44 --- 7.1 header-y
45 === 9 Credits 45 --- 7.2 objhdr-y
46 === 10 TODO 46 --- 7.3 destination-y
47 --- 7.4 unifdef-y (deprecated)
48
49 === 8 Kbuild Variables
50 === 9 Makefile language
51 === 10 Credits
52 === 11 TODO
47 53
48=== 1 Overview 54=== 1 Overview
49 55
@@ -310,6 +316,16 @@ more details, with real examples.
310 #arch/m68k/fpsp040/Makefile 316 #arch/m68k/fpsp040/Makefile
311 ldflags-y := -x 317 ldflags-y := -x
312 318
319 subdir-ccflags-y, subdir-asflags-y
320 The two flags listed above are similar to ccflags-y and as-falgs-y.
321 The difference is that the subdir- variants has effect for the kbuild
322 file where tey are present and all subdirectories.
323 Options specified using subdir-* are added to the commandline before
324 the options specified using the non-subdir variants.
325
326 Example:
327 subdir-ccflags-y := -Werror
328
313 CFLAGS_$@, AFLAGS_$@ 329 CFLAGS_$@, AFLAGS_$@
314 330
315 CFLAGS_$@ and AFLAGS_$@ only apply to commands in current 331 CFLAGS_$@ and AFLAGS_$@ only apply to commands in current
@@ -1143,8 +1159,69 @@ When kbuild executes, the following steps are followed (roughly):
1143 The kbuild infrastructure for *lds file are used in several 1159 The kbuild infrastructure for *lds file are used in several
1144 architecture-specific files. 1160 architecture-specific files.
1145 1161
1162=== 7 Kbuild syntax for exported headers
1163
1164The kernel include a set of headers that is exported to userspace.
1165Many headers can be exported as-is but other headers requires a
1166minimal pre-processing before they are ready for user-space.
1167The pre-processing does:
1168- drop kernel specific annotations
1169- drop include of compiler.h
1170- drop all sections that is kernel internat (guarded by ifdef __KERNEL__)
1171
1172Each relevant directory contain a file name "Kbuild" which specify the
1173headers to be exported.
1174See subsequent chapter for the syntax of the Kbuild file.
1175
1176 --- 7.1 header-y
1177
1178 header-y specify header files to be exported.
1179
1180 Example:
1181 #include/linux/Kbuild
1182 header-y += usb/
1183 header-y += aio_abi.h
1184
1185 The convention is to list one file per line and
1186 preferably in alphabetic order.
1187
1188 header-y also specify which subdirectories to visit.
1189 A subdirectory is identified by a trailing '/' which
1190 can be seen in the example above for the usb subdirectory.
1191
1192 Subdirectories are visited before their parent directories.
1193
1194 --- 7.2 objhdr-y
1195
1196 objhdr-y specifies generated files to be exported.
1197 Generated files are special as they need to be looked
1198 up in another directory when doing 'make O=...' builds.
1199
1200 Example:
1201 #include/linux/Kbuild
1202 objhdr-y += version.h
1203
1204 --- 7.3 destination-y
1205
1206 When an architecture have a set of exported headers that needs to be
1207 exported to a different directory destination-y is used.
1208 destination-y specify the destination directory for all exported
1209 headers in the file where it is present.
1210
1211 Example:
1212 #arch/xtensa/platforms/s6105/include/platform/Kbuild
1213 destination-y := include/linux
1214
1215 In the example above all exported headers in the Kbuild file
1216 will be located in the directory "include/linux" when exported.
1217
1218
1219 --- 7.4 unifdef-y (deprecated)
1220
1221 unifdef-y is deprecated. A direct replacement is header-y.
1222
1146 1223
1147=== 7 Kbuild Variables 1224=== 8 Kbuild Variables
1148 1225
1149The top Makefile exports the following variables: 1226The top Makefile exports the following variables:
1150 1227
@@ -1206,7 +1283,7 @@ The top Makefile exports the following variables:
1206 INSTALL_MOD_STRIP will used as the option(s) to the strip command. 1283 INSTALL_MOD_STRIP will used as the option(s) to the strip command.
1207 1284
1208 1285
1209=== 8 Makefile language 1286=== 9 Makefile language
1210 1287
1211The kernel Makefiles are designed to be run with GNU Make. The Makefiles 1288The kernel Makefiles are designed to be run with GNU Make. The Makefiles
1212use only the documented features of GNU Make, but they do use many 1289use only the documented features of GNU Make, but they do use many
@@ -1225,14 +1302,14 @@ time the left-hand side is used.
1225There are some cases where "=" is appropriate. Usually, though, ":=" 1302There are some cases where "=" is appropriate. Usually, though, ":="
1226is the right choice. 1303is the right choice.
1227 1304
1228=== 9 Credits 1305=== 10 Credits
1229 1306
1230Original version made by Michael Elizabeth Chastain, <mailto:mec@shout.net> 1307Original version made by Michael Elizabeth Chastain, <mailto:mec@shout.net>
1231Updates by Kai Germaschewski <kai@tp1.ruhr-uni-bochum.de> 1308Updates by Kai Germaschewski <kai@tp1.ruhr-uni-bochum.de>
1232Updates by Sam Ravnborg <sam@ravnborg.org> 1309Updates by Sam Ravnborg <sam@ravnborg.org>
1233Language QA by Jan Engelhardt <jengelh@gmx.de> 1310Language QA by Jan Engelhardt <jengelh@gmx.de>
1234 1311
1235=== 10 TODO 1312=== 11 TODO
1236 1313
1237- Describe how kbuild supports shipped files with _shipped. 1314- Describe how kbuild supports shipped files with _shipped.
1238- Generating offset header files. 1315- Generating offset header files.
diff --git a/Documentation/kernel-doc-nano-HOWTO.txt b/Documentation/kernel-doc-nano-HOWTO.txt
index 026ec7d5738..4d04572b654 100644
--- a/Documentation/kernel-doc-nano-HOWTO.txt
+++ b/Documentation/kernel-doc-nano-HOWTO.txt
@@ -269,7 +269,10 @@ Use the argument mechanism to document members or constants.
269 269
270Inside a struct description, you can use the "private:" and "public:" 270Inside a struct description, you can use the "private:" and "public:"
271comment tags. Structure fields that are inside a "private:" area 271comment tags. Structure fields that are inside a "private:" area
272are not listed in the generated output documentation. 272are not listed in the generated output documentation. The "private:"
273and "public:" tags must begin immediately following a "/*" comment
274marker. They may optionally include comments between the ":" and the
275ending "*/" marker.
273 276
274Example: 277Example:
275 278
@@ -283,7 +286,7 @@ Example:
283struct my_struct { 286struct my_struct {
284 int a; 287 int a;
285 int b; 288 int b;
286/* private: */ 289/* private: internal use only */
287 int c; 290 int c;
288}; 291};
289 292
diff --git a/Documentation/kernel-parameters.txt b/Documentation/kernel-parameters.txt
index 6172e4360f6..fd5cac01303 100644
--- a/Documentation/kernel-parameters.txt
+++ b/Documentation/kernel-parameters.txt
@@ -17,6 +17,12 @@ are specified on the kernel command line with the module name plus
17 17
18 usbcore.blinkenlights=1 18 usbcore.blinkenlights=1
19 19
20Hyphens (dashes) and underscores are equivalent in parameter names, so
21 log_buf_len=1M print-fatal-signals=1
22can also be entered as
23 log-buf-len=1M print_fatal_signals=1
24
25
20This document may not be entirely up to date and comprehensive. The command 26This document may not be entirely up to date and comprehensive. The command
21"modinfo -p ${modulename}" shows a current list of all parameters of a loadable 27"modinfo -p ${modulename}" shows a current list of all parameters of a loadable
22module. Loadable modules, after being loaded into the running kernel, also 28module. Loadable modules, after being loaded into the running kernel, also
@@ -134,7 +140,7 @@ and is between 256 and 4096 characters. It is defined in the file
134./include/asm/setup.h as COMMAND_LINE_SIZE. 140./include/asm/setup.h as COMMAND_LINE_SIZE.
135 141
136 142
137 acpi= [HW,ACPI,X86-64,i386] 143 acpi= [HW,ACPI,X86]
138 Advanced Configuration and Power Interface 144 Advanced Configuration and Power Interface
139 Format: { force | off | ht | strict | noirq | rsdt } 145 Format: { force | off | ht | strict | noirq | rsdt }
140 force -- enable ACPI if default was off 146 force -- enable ACPI if default was off
@@ -218,7 +224,7 @@ and is between 256 and 4096 characters. It is defined in the file
218 acpi_osi="!string2" # remove built-in string2 224 acpi_osi="!string2" # remove built-in string2
219 acpi_osi= # disable all strings 225 acpi_osi= # disable all strings
220 226
221 acpi_pm_good [X86-32,X86-64] 227 acpi_pm_good [X86]
222 Override the pmtimer bug detection: force the kernel 228 Override the pmtimer bug detection: force the kernel
223 to assume that this machine's pmtimer latches its value 229 to assume that this machine's pmtimer latches its value
224 and always returns good values. 230 and always returns good values.
@@ -231,6 +237,35 @@ and is between 256 and 4096 characters. It is defined in the file
231 power state again in power transition. 237 power state again in power transition.
232 1 : disable the power state check 238 1 : disable the power state check
233 239
240 acpi_sci= [HW,ACPI] ACPI System Control Interrupt trigger mode
241 Format: { level | edge | high | low }
242
243 acpi_serialize [HW,ACPI] force serialization of AML methods
244
245 acpi_skip_timer_override [HW,ACPI]
246 Recognize and ignore IRQ0/pin2 Interrupt Override.
247 For broken nForce2 BIOS resulting in XT-PIC timer.
248
249 acpi_sleep= [HW,ACPI] Sleep options
250 Format: { s3_bios, s3_mode, s3_beep, s4_nohwsig,
251 old_ordering, s4_nonvs }
252 See Documentation/power/video.txt for information on
253 s3_bios and s3_mode.
254 s3_beep is for debugging; it makes the PC's speaker beep
255 as soon as the kernel's real-mode entry point is called.
256 s4_nohwsig prevents ACPI hardware signature from being
257 used during resume from hibernation.
258 old_ordering causes the ACPI 1.0 ordering of the _PTS
259 control method, with respect to putting devices into
260 low power states, to be enforced (the ACPI 2.0 ordering
261 of _PTS is used by default).
262 s4_nonvs prevents the kernel from saving/restoring the
263 ACPI NVS memory during hibernation.
264
265 acpi_use_timer_override [HW,ACPI]
266 Use timer override. For some broken Nvidia NF5 boards
267 that require a timer override, but don't have HPET
268
234 acpi_enforce_resources= [ACPI] 269 acpi_enforce_resources= [ACPI]
235 { strict | lax | no } 270 { strict | lax | no }
236 Check for resource conflicts between native drivers 271 Check for resource conflicts between native drivers
@@ -250,6 +285,9 @@ and is between 256 and 4096 characters. It is defined in the file
250 ad1848= [HW,OSS] 285 ad1848= [HW,OSS]
251 Format: <io>,<irq>,<dma>,<dma2>,<type> 286 Format: <io>,<irq>,<dma>,<dma2>,<type>
252 287
288 add_efi_memmap [EFI; X86] Include EFI memory map in
289 kernel's map of available physical RAM.
290
253 advansys= [HW,SCSI] 291 advansys= [HW,SCSI]
254 See header of drivers/scsi/advansys.c. 292 See header of drivers/scsi/advansys.c.
255 293
@@ -313,7 +351,7 @@ and is between 256 and 4096 characters. It is defined in the file
313 not play well with APC CPU idle - disable it if you have 351 not play well with APC CPU idle - disable it if you have
314 APC and your system crashes randomly. 352 APC and your system crashes randomly.
315 353
316 apic= [APIC,i386] Advanced Programmable Interrupt Controller 354 apic= [APIC,X86-32] Advanced Programmable Interrupt Controller
317 Change the output verbosity whilst booting 355 Change the output verbosity whilst booting
318 Format: { quiet (default) | verbose | debug } 356 Format: { quiet (default) | verbose | debug }
319 Change the amount of debugging information output 357 Change the amount of debugging information output
@@ -459,7 +497,7 @@ and is between 256 and 4096 characters. It is defined in the file
459 Also note the kernel might malfunction if you disable 497 Also note the kernel might malfunction if you disable
460 some critical bits. 498 some critical bits.
461 499
462 code_bytes [IA32/X86_64] How many bytes of object code to print 500 code_bytes [X86] How many bytes of object code to print
463 in an oops report. 501 in an oops report.
464 Range: 0 - 8192 502 Range: 0 - 8192
465 Default: 64 503 Default: 64
@@ -592,7 +630,7 @@ and is between 256 and 4096 characters. It is defined in the file
592 MTRR settings. This parameter disables that behavior, 630 MTRR settings. This parameter disables that behavior,
593 possibly causing your machine to run very slowly. 631 possibly causing your machine to run very slowly.
594 632
595 disable_timer_pin_1 [i386,x86-64] 633 disable_timer_pin_1 [X86]
596 Disable PIN 1 of APIC timer 634 Disable PIN 1 of APIC timer
597 Can be useful to work around chipset bugs. 635 Can be useful to work around chipset bugs.
598 636
@@ -624,7 +662,7 @@ and is between 256 and 4096 characters. It is defined in the file
624 UART at the specified I/O port or MMIO address. 662 UART at the specified I/O port or MMIO address.
625 The options are the same as for ttyS, above. 663 The options are the same as for ttyS, above.
626 664
627 earlyprintk= [X86-32,X86-64,SH,BLACKFIN] 665 earlyprintk= [X86,SH,BLACKFIN]
628 earlyprintk=vga 666 earlyprintk=vga
629 earlyprintk=serial[,ttySn[,baudrate]] 667 earlyprintk=serial[,ttySn[,baudrate]]
630 earlyprintk=dbgp 668 earlyprintk=dbgp
@@ -659,7 +697,7 @@ and is between 256 and 4096 characters. It is defined in the file
659 See Documentation/block/as-iosched.txt and 697 See Documentation/block/as-iosched.txt and
660 Documentation/block/deadline-iosched.txt for details. 698 Documentation/block/deadline-iosched.txt for details.
661 699
662 elfcorehdr= [IA64,PPC,SH,X86-32,X86_64] 700 elfcorehdr= [IA64,PPC,SH,X86]
663 Specifies physical address of start of kernel core 701 Specifies physical address of start of kernel core
664 image elf header. Generally kexec loader will 702 image elf header. Generally kexec loader will
665 pass this option to capture kernel. 703 pass this option to capture kernel.
@@ -670,7 +708,7 @@ and is between 256 and 4096 characters. It is defined in the file
670 to discrete, to make X server driver able to add WB 708 to discrete, to make X server driver able to add WB
671 entry later. This parameter enables that. 709 entry later. This parameter enables that.
672 710
673 enable_timer_pin_1 [i386,x86-64] 711 enable_timer_pin_1 [X86]
674 Enable PIN 1 of APIC timer 712 Enable PIN 1 of APIC timer
675 Can be useful to work around chipset bugs 713 Can be useful to work around chipset bugs
676 (in particular on some ATI chipsets). 714 (in particular on some ATI chipsets).
@@ -743,7 +781,7 @@ and is between 256 and 4096 characters. It is defined in the file
743 781
744 hashdist= [KNL,NUMA] Large hashes allocated during boot 782 hashdist= [KNL,NUMA] Large hashes allocated during boot
745 are distributed across NUMA nodes. Defaults on 783 are distributed across NUMA nodes. Defaults on
746 for IA-64, off otherwise. 784 for 64bit NUMA, off otherwise.
747 Format: 0 | 1 (for off | on) 785 Format: 0 | 1 (for off | on)
748 786
749 hcl= [IA-64] SGI's Hardware Graph compatibility layer 787 hcl= [IA-64] SGI's Hardware Graph compatibility layer
@@ -938,7 +976,7 @@ and is between 256 and 4096 characters. It is defined in the file
938 See comment before marvel_specify_io7 in 976 See comment before marvel_specify_io7 in
939 arch/alpha/kernel/core_marvel.c. 977 arch/alpha/kernel/core_marvel.c.
940 978
941 io_delay= [X86-32,X86-64] I/O delay method 979 io_delay= [X86] I/O delay method
942 0x80 980 0x80
943 Standard port 0x80 based delay 981 Standard port 0x80 based delay
944 0xed 982 0xed
@@ -1000,7 +1038,7 @@ and is between 256 and 4096 characters. It is defined in the file
1000 1038
1001 keepinitrd [HW,ARM] 1039 keepinitrd [HW,ARM]
1002 1040
1003 kernelcore=nn[KMG] [KNL,X86-32,IA-64,PPC,X86-64] This parameter 1041 kernelcore=nn[KMG] [KNL,X86,IA-64,PPC] This parameter
1004 specifies the amount of memory usable by the kernel 1042 specifies the amount of memory usable by the kernel
1005 for non-movable allocations. The requested amount is 1043 for non-movable allocations. The requested amount is
1006 spread evenly throughout all nodes in the system. The 1044 spread evenly throughout all nodes in the system. The
@@ -1034,7 +1072,7 @@ and is between 256 and 4096 characters. It is defined in the file
1034 Configure the RouterBoard 532 series on-chip 1072 Configure the RouterBoard 532 series on-chip
1035 Ethernet adapter MAC address. 1073 Ethernet adapter MAC address.
1036 1074
1037 kstack=N [X86-32,X86-64] Print N words from the kernel stack 1075 kstack=N [X86] Print N words from the kernel stack
1038 in oops dumps. 1076 in oops dumps.
1039 1077
1040 l2cr= [PPC] 1078 l2cr= [PPC]
@@ -1044,7 +1082,7 @@ and is between 256 and 4096 characters. It is defined in the file
1044 lapic [X86-32,APIC] Enable the local APIC even if BIOS 1082 lapic [X86-32,APIC] Enable the local APIC even if BIOS
1045 disabled it. 1083 disabled it.
1046 1084
1047 lapic_timer_c2_ok [X86-32,x86-64,APIC] trust the local apic timer 1085 lapic_timer_c2_ok [X86,APIC] trust the local apic timer
1048 in C2 power state. 1086 in C2 power state.
1049 1087
1050 libata.dma= [LIBATA] DMA control 1088 libata.dma= [LIBATA] DMA control
@@ -1229,7 +1267,7 @@ and is between 256 and 4096 characters. It is defined in the file
1229 [KNL,SH] Allow user to override the default size for 1267 [KNL,SH] Allow user to override the default size for
1230 per-device physically contiguous DMA buffers. 1268 per-device physically contiguous DMA buffers.
1231 1269
1232 memmap=exactmap [KNL,X86-32,X86_64] Enable setting of an exact 1270 memmap=exactmap [KNL,X86] Enable setting of an exact
1233 E820 memory map, as specified by the user. 1271 E820 memory map, as specified by the user.
1234 Such memmap=exactmap lines can be constructed based on 1272 Such memmap=exactmap lines can be constructed based on
1235 BIOS output or other requirements. See the memmap=nn@ss 1273 BIOS output or other requirements. See the memmap=nn@ss
@@ -1320,7 +1358,7 @@ and is between 256 and 4096 characters. It is defined in the file
1320 mousedev.yres= [MOUSE] Vertical screen resolution, used for devices 1358 mousedev.yres= [MOUSE] Vertical screen resolution, used for devices
1321 reporting absolute coordinates, such as tablets 1359 reporting absolute coordinates, such as tablets
1322 1360
1323 movablecore=nn[KMG] [KNL,X86-32,IA-64,PPC,X86-64] This parameter 1361 movablecore=nn[KMG] [KNL,X86,IA-64,PPC] This parameter
1324 is similar to kernelcore except it specifies the 1362 is similar to kernelcore except it specifies the
1325 amount of memory used for migratable allocations. 1363 amount of memory used for migratable allocations.
1326 If both kernelcore and movablecore is specified, 1364 If both kernelcore and movablecore is specified,
@@ -1422,7 +1460,7 @@ and is between 256 and 4096 characters. It is defined in the file
1422 when a NMI is triggered. 1460 when a NMI is triggered.
1423 Format: [state][,regs][,debounce][,die] 1461 Format: [state][,regs][,debounce][,die]
1424 1462
1425 nmi_watchdog= [KNL,BUGS=X86-32,X86-64] Debugging features for SMP kernels 1463 nmi_watchdog= [KNL,BUGS=X86] Debugging features for SMP kernels
1426 Format: [panic,][num] 1464 Format: [panic,][num]
1427 Valid num: 0,1,2 1465 Valid num: 0,1,2
1428 0 - turn nmi_watchdog off 1466 0 - turn nmi_watchdog off
@@ -1475,11 +1513,11 @@ and is between 256 and 4096 characters. It is defined in the file
1475 1513
1476 nodsp [SH] Disable hardware DSP at boot time. 1514 nodsp [SH] Disable hardware DSP at boot time.
1477 1515
1478 noefi [X86-32,X86-64] Disable EFI runtime services support. 1516 noefi [X86] Disable EFI runtime services support.
1479 1517
1480 noexec [IA-64] 1518 noexec [IA-64]
1481 1519
1482 noexec [X86-32,X86-64] 1520 noexec [X86]
1483 On X86-32 available only on PAE configured kernels. 1521 On X86-32 available only on PAE configured kernels.
1484 noexec=on: enable non-executable mappings (default) 1522 noexec=on: enable non-executable mappings (default)
1485 noexec=off: disable non-executable mappings 1523 noexec=off: disable non-executable mappings
@@ -1497,6 +1535,10 @@ and is between 256 and 4096 characters. It is defined in the file
1497 register save and restore. The kernel will only save 1535 register save and restore. The kernel will only save
1498 legacy floating-point registers on task switch. 1536 legacy floating-point registers on task switch.
1499 1537
1538 noxsave [BUGS=X86] Disables x86 extended register state save
1539 and restore using xsave. The kernel will fallback to
1540 enabling legacy floating-point and sse state.
1541
1500 nohlt [BUGS=ARM,SH] Tells the kernel that the sleep(SH) or 1542 nohlt [BUGS=ARM,SH] Tells the kernel that the sleep(SH) or
1501 wfi(ARM) instruction doesn't work correctly and not to 1543 wfi(ARM) instruction doesn't work correctly and not to
1502 use it. This is also useful when using JTAG debugger. 1544 use it. This is also useful when using JTAG debugger.
@@ -1525,7 +1567,7 @@ and is between 256 and 4096 characters. It is defined in the file
1525 noirqdebug [X86-32] Disables the code which attempts to detect and 1567 noirqdebug [X86-32] Disables the code which attempts to detect and
1526 disable unhandled interrupt sources. 1568 disable unhandled interrupt sources.
1527 1569
1528 no_timer_check [X86-32,X86_64,APIC] Disables the code which tests for 1570 no_timer_check [X86,APIC] Disables the code which tests for
1529 broken timer IRQ sources. 1571 broken timer IRQ sources.
1530 1572
1531 noisapnp [ISAPNP] Disables ISA PnP code. 1573 noisapnp [ISAPNP] Disables ISA PnP code.
@@ -1588,6 +1630,8 @@ and is between 256 and 4096 characters. It is defined in the file
1588 1630
1589 nowb [ARM] 1631 nowb [ARM]
1590 1632
1633 nox2apic [X86-64,APIC] Do not enable x2APIC mode.
1634
1591 nptcg= [IA64] Override max number of concurrent global TLB 1635 nptcg= [IA64] Override max number of concurrent global TLB
1592 purges which is reported from either PAL_VM_SUMMARY or 1636 purges which is reported from either PAL_VM_SUMMARY or
1593 SAL PALO. 1637 SAL PALO.
@@ -1689,7 +1733,7 @@ and is between 256 and 4096 characters. It is defined in the file
1689 disable the use of PCIE advanced error reporting. 1733 disable the use of PCIE advanced error reporting.
1690 nodomains [PCI] Disable support for multiple PCI 1734 nodomains [PCI] Disable support for multiple PCI
1691 root domains (aka PCI segments, in ACPI-speak). 1735 root domains (aka PCI segments, in ACPI-speak).
1692 nommconf [X86-32,X86_64] Disable use of MMCONFIG for PCI 1736 nommconf [X86] Disable use of MMCONFIG for PCI
1693 Configuration 1737 Configuration
1694 nomsi [MSI] If the PCI_MSI kernel config parameter is 1738 nomsi [MSI] If the PCI_MSI kernel config parameter is
1695 enabled, this kernel boot option can be used to 1739 enabled, this kernel boot option can be used to
@@ -1838,6 +1882,12 @@ and is between 256 and 4096 characters. It is defined in the file
1838 autoconfiguration. 1882 autoconfiguration.
1839 Ranges are in pairs (memory base and size). 1883 Ranges are in pairs (memory base and size).
1840 1884
1885 ports= [IP_VS_FTP] IPVS ftp helper module
1886 Default is 21.
1887 Up to 8 (IP_VS_APP_MAX_PORTS) ports
1888 may be specified.
1889 Format: <port>,<port>....
1890
1841 print-fatal-signals= 1891 print-fatal-signals=
1842 [KNL] debug: print fatal signals 1892 [KNL] debug: print fatal signals
1843 print-fatal-signals=1: print segfault info to 1893 print-fatal-signals=1: print segfault info to
@@ -2380,7 +2430,7 @@ and is between 256 and 4096 characters. It is defined in the file
2380 reported either. 2430 reported either.
2381 2431
2382 unknown_nmi_panic 2432 unknown_nmi_panic
2383 [X86-32,X86-64] 2433 [X86]
2384 Set unknown_nmi_panic=1 early on boot. 2434 Set unknown_nmi_panic=1 early on boot.
2385 2435
2386 usbcore.autosuspend= 2436 usbcore.autosuspend=
@@ -2447,12 +2497,12 @@ and is between 256 and 4096 characters. It is defined in the file
2447 medium is write-protected). 2497 medium is write-protected).
2448 Example: quirks=0419:aaf5:rl,0421:0433:rc 2498 Example: quirks=0419:aaf5:rl,0421:0433:rc
2449 2499
2450 vdso= [X86-32,SH,x86-64] 2500 vdso= [X86,SH]
2451 vdso=2: enable compat VDSO (default with COMPAT_VDSO) 2501 vdso=2: enable compat VDSO (default with COMPAT_VDSO)
2452 vdso=1: enable VDSO (default) 2502 vdso=1: enable VDSO (default)
2453 vdso=0: disable VDSO mapping 2503 vdso=0: disable VDSO mapping
2454 2504
2455 vdso32= [X86-32,X86-64] 2505 vdso32= [X86]
2456 vdso32=2: enable compat VDSO (default with COMPAT_VDSO) 2506 vdso32=2: enable compat VDSO (default with COMPAT_VDSO)
2457 vdso32=1: enable 32-bit VDSO (default) 2507 vdso32=1: enable 32-bit VDSO (default)
2458 vdso32=0: disable 32-bit VDSO mapping 2508 vdso32=0: disable 32-bit VDSO mapping
diff --git a/Documentation/laptops/thinkpad-acpi.txt b/Documentation/laptops/thinkpad-acpi.txt
index 3d7650768bb..e7e9a69069e 100644
--- a/Documentation/laptops/thinkpad-acpi.txt
+++ b/Documentation/laptops/thinkpad-acpi.txt
@@ -1,7 +1,7 @@
1 ThinkPad ACPI Extras Driver 1 ThinkPad ACPI Extras Driver
2 2
3 Version 0.22 3 Version 0.23
4 November 23rd, 2008 4 April 10th, 2009
5 5
6 Borislav Deianov <borislav@users.sf.net> 6 Borislav Deianov <borislav@users.sf.net>
7 Henrique de Moraes Holschuh <hmh@hmh.eng.br> 7 Henrique de Moraes Holschuh <hmh@hmh.eng.br>
diff --git a/Documentation/lguest/.gitignore b/Documentation/lguest/.gitignore
new file mode 100644
index 00000000000..115587fd5f6
--- /dev/null
+++ b/Documentation/lguest/.gitignore
@@ -0,0 +1 @@
lguest
diff --git a/Documentation/lguest/lguest.txt b/Documentation/lguest/lguest.txt
index 29510dc5151..28c747362f9 100644
--- a/Documentation/lguest/lguest.txt
+++ b/Documentation/lguest/lguest.txt
@@ -3,11 +3,11 @@
3 /, /` - or, A Young Coder's Illustrated Hypervisor 3 /, /` - or, A Young Coder's Illustrated Hypervisor
4 \\"--\\ http://lguest.ozlabs.org 4 \\"--\\ http://lguest.ozlabs.org
5 5
6Lguest is designed to be a minimal hypervisor for the Linux kernel, for 6Lguest is designed to be a minimal 32-bit x86 hypervisor for the Linux kernel,
7Linux developers and users to experiment with virtualization with the 7for Linux developers and users to experiment with virtualization with the
8minimum of complexity. Nonetheless, it should have sufficient 8minimum of complexity. Nonetheless, it should have sufficient features to
9features to make it useful for specific tasks, and, of course, you are 9make it useful for specific tasks, and, of course, you are encouraged to fork
10encouraged to fork and enhance it (see drivers/lguest/README). 10and enhance it (see drivers/lguest/README).
11 11
12Features: 12Features:
13 13
@@ -37,6 +37,7 @@ Running Lguest:
37 "Paravirtualized guest support" = Y 37 "Paravirtualized guest support" = Y
38 "Lguest guest support" = Y 38 "Lguest guest support" = Y
39 "High Memory Support" = off/4GB 39 "High Memory Support" = off/4GB
40 "PAE (Physical Address Extension) Support" = N
40 "Alignment value to which kernel should be aligned" = 0x100000 41 "Alignment value to which kernel should be aligned" = 0x100000
41 (CONFIG_PARAVIRT=y, CONFIG_LGUEST_GUEST=y, CONFIG_HIGHMEM64G=n and 42 (CONFIG_PARAVIRT=y, CONFIG_LGUEST_GUEST=y, CONFIG_HIGHMEM64G=n and
42 CONFIG_PHYSICAL_ALIGN=0x100000) 43 CONFIG_PHYSICAL_ALIGN=0x100000)
diff --git a/Documentation/lockdep-design.txt b/Documentation/lockdep-design.txt
index 938ea22f2cc..e20d913d591 100644
--- a/Documentation/lockdep-design.txt
+++ b/Documentation/lockdep-design.txt
@@ -54,9 +54,9 @@ locking error messages, inside curlies. A contrived example:
54The bit position indicates STATE, STATE-read, for each of the states listed 54The bit position indicates STATE, STATE-read, for each of the states listed
55above, and the character displayed in each indicates: 55above, and the character displayed in each indicates:
56 56
57 '.' acquired while irqs disabled 57 '.' acquired while irqs disabled and not in irq context
58 '+' acquired in irq context 58 '-' acquired in irq context
59 '-' acquired with irqs enabled 59 '+' acquired with irqs enabled
60 '?' acquired in irq context with irqs enabled. 60 '?' acquired in irq context with irqs enabled.
61 61
62Unused mutexes cannot be part of the cause of an error. 62Unused mutexes cannot be part of the cause of an error.
diff --git a/Documentation/logo.gif b/Documentation/logo.gif
new file mode 100644
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deleted file mode 100644
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diff --git a/Documentation/logo.txt b/Documentation/logo.txt
index a2e62445e28..296f0f7f67e 100644
--- a/Documentation/logo.txt
+++ b/Documentation/logo.txt
@@ -1,4 +1,13 @@
1Tux is taking a three month sabbatical to work as a barber, so Tuz is 1This is the full-colour version of the currently unofficial Linux logo
2standing in. He's taken pains to ensure you'll hardly notice. 2("currently unofficial" just means that there has been no paperwork and
3that I have not really announced it yet). It was created by Larry Ewing,
4and is freely usable as long as you acknowledge Larry as the original
5artist.
6
7Note that there are black-and-white versions of this available that
8scale down to smaller sizes and are better for letterheads or whatever
9you want to use it for: for the full range of logos take a look at
10Larry's web-page:
11
12 http://www.isc.tamu.edu/~lewing/linux/
3 13
4Image by Andrew McGown and Josh Bush. Image is licensed CC BY-SA.
diff --git a/Documentation/networking/bonding.txt b/Documentation/networking/bonding.txt
index 5ede7473b42..08762750f12 100644
--- a/Documentation/networking/bonding.txt
+++ b/Documentation/networking/bonding.txt
@@ -1242,7 +1242,7 @@ monitoring is enabled, and vice-versa.
1242To add ARP targets: 1242To add ARP targets:
1243# echo +192.168.0.100 > /sys/class/net/bond0/bonding/arp_ip_target 1243# echo +192.168.0.100 > /sys/class/net/bond0/bonding/arp_ip_target
1244# echo +192.168.0.101 > /sys/class/net/bond0/bonding/arp_ip_target 1244# echo +192.168.0.101 > /sys/class/net/bond0/bonding/arp_ip_target
1245 NOTE: up to 10 target addresses may be specified. 1245 NOTE: up to 16 target addresses may be specified.
1246 1246
1247To remove an ARP target: 1247To remove an ARP target:
1248# echo -192.168.0.100 > /sys/class/net/bond0/bonding/arp_ip_target 1248# echo -192.168.0.100 > /sys/class/net/bond0/bonding/arp_ip_target
diff --git a/Documentation/networking/ip-sysctl.txt b/Documentation/networking/ip-sysctl.txt
index ec5de02f543..b121c5db707 100644
--- a/Documentation/networking/ip-sysctl.txt
+++ b/Documentation/networking/ip-sysctl.txt
@@ -1266,13 +1266,22 @@ sctp_rmem - vector of 3 INTEGERs: min, default, max
1266sctp_wmem - vector of 3 INTEGERs: min, default, max 1266sctp_wmem - vector of 3 INTEGERs: min, default, max
1267 See tcp_wmem for a description. 1267 See tcp_wmem for a description.
1268 1268
1269UNDOCUMENTED:
1270 1269
1271/proc/sys/net/core/* 1270/proc/sys/net/core/*
1272 dev_weight FIXME 1271dev_weight - INTEGER
1272 The maximum number of packets that kernel can handle on a NAPI
1273 interrupt, it's a Per-CPU variable.
1274
1275 Default: 64
1273 1276
1274/proc/sys/net/unix/* 1277/proc/sys/net/unix/*
1275 max_dgram_qlen FIXME 1278max_dgram_qlen - INTEGER
1279 The maximum length of dgram socket receive queue
1280
1281 Default: 10
1282
1283
1284UNDOCUMENTED:
1276 1285
1277/proc/sys/net/irda/* 1286/proc/sys/net/irda/*
1278 fast_poll_increase FIXME 1287 fast_poll_increase FIXME
diff --git a/Documentation/powerpc/booting-without-of.txt b/Documentation/powerpc/booting-without-of.txt
index 0ab0230cbcb..d16b7a1c379 100644
--- a/Documentation/powerpc/booting-without-of.txt
+++ b/Documentation/powerpc/booting-without-of.txt
@@ -43,12 +43,11 @@ Table of Contents
43 2) Representing devices without a current OF specification 43 2) Representing devices without a current OF specification
44 a) PHY nodes 44 a) PHY nodes
45 b) Interrupt controllers 45 b) Interrupt controllers
46 c) CFI or JEDEC memory-mapped NOR flash 46 c) 4xx/Axon EMAC ethernet nodes
47 d) 4xx/Axon EMAC ethernet nodes 47 d) Xilinx IP cores
48 e) Xilinx IP cores 48 e) USB EHCI controllers
49 f) USB EHCI controllers 49 f) MDIO on GPIOs
50 g) MDIO on GPIOs 50 g) SPI busses
51 h) SPI busses
52 51
53 VII - Marvell Discovery mv64[345]6x System Controller chips 52 VII - Marvell Discovery mv64[345]6x System Controller chips
54 1) The /system-controller node 53 1) The /system-controller node
@@ -999,7 +998,7 @@ compatibility.
999 translation of SOC addresses for memory mapped SOC registers. 998 translation of SOC addresses for memory mapped SOC registers.
1000 - bus-frequency: Contains the bus frequency for the SOC node. 999 - bus-frequency: Contains the bus frequency for the SOC node.
1001 Typically, the value of this field is filled in by the boot 1000 Typically, the value of this field is filled in by the boot
1002 loader. 1001 loader.
1003 1002
1004 1003
1005 Recommended properties: 1004 Recommended properties:
@@ -1287,71 +1286,7 @@ platforms are moved over to use the flattened-device-tree model.
1287 device_type = "open-pic"; 1286 device_type = "open-pic";
1288 }; 1287 };
1289 1288
1290 c) CFI or JEDEC memory-mapped NOR flash 1289 c) 4xx/Axon EMAC ethernet nodes
1291
1292 Flash chips (Memory Technology Devices) are often used for solid state
1293 file systems on embedded devices.
1294
1295 - compatible : should contain the specific model of flash chip(s)
1296 used, if known, followed by either "cfi-flash" or "jedec-flash"
1297 - reg : Address range of the flash chip
1298 - bank-width : Width (in bytes) of the flash bank. Equal to the
1299 device width times the number of interleaved chips.
1300 - device-width : (optional) Width of a single flash chip. If
1301 omitted, assumed to be equal to 'bank-width'.
1302 - #address-cells, #size-cells : Must be present if the flash has
1303 sub-nodes representing partitions (see below). In this case
1304 both #address-cells and #size-cells must be equal to 1.
1305
1306 For JEDEC compatible devices, the following additional properties
1307 are defined:
1308
1309 - vendor-id : Contains the flash chip's vendor id (1 byte).
1310 - device-id : Contains the flash chip's device id (1 byte).
1311
1312 In addition to the information on the flash bank itself, the
1313 device tree may optionally contain additional information
1314 describing partitions of the flash address space. This can be
1315 used on platforms which have strong conventions about which
1316 portions of the flash are used for what purposes, but which don't
1317 use an on-flash partition table such as RedBoot.
1318
1319 Each partition is represented as a sub-node of the flash device.
1320 Each node's name represents the name of the corresponding
1321 partition of the flash device.
1322
1323 Flash partitions
1324 - reg : The partition's offset and size within the flash bank.
1325 - label : (optional) The label / name for this flash partition.
1326 If omitted, the label is taken from the node name (excluding
1327 the unit address).
1328 - read-only : (optional) This parameter, if present, is a hint to
1329 Linux that this flash partition should only be mounted
1330 read-only. This is usually used for flash partitions
1331 containing early-boot firmware images or data which should not
1332 be clobbered.
1333
1334 Example:
1335
1336 flash@ff000000 {
1337 compatible = "amd,am29lv128ml", "cfi-flash";
1338 reg = <ff000000 01000000>;
1339 bank-width = <4>;
1340 device-width = <1>;
1341 #address-cells = <1>;
1342 #size-cells = <1>;
1343 fs@0 {
1344 label = "fs";
1345 reg = <0 f80000>;
1346 };
1347 firmware@f80000 {
1348 label ="firmware";
1349 reg = <f80000 80000>;
1350 read-only;
1351 };
1352 };
1353
1354 d) 4xx/Axon EMAC ethernet nodes
1355 1290
1356 The EMAC ethernet controller in IBM and AMCC 4xx chips, and also 1291 The EMAC ethernet controller in IBM and AMCC 4xx chips, and also
1357 the Axon bridge. To operate this needs to interact with a ths 1292 the Axon bridge. To operate this needs to interact with a ths
@@ -1499,7 +1434,7 @@ platforms are moved over to use the flattened-device-tree model.
1499 available. 1434 available.
1500 For Axon: 0x0000012a 1435 For Axon: 0x0000012a
1501 1436
1502 e) Xilinx IP cores 1437 d) Xilinx IP cores
1503 1438
1504 The Xilinx EDK toolchain ships with a set of IP cores (devices) for use 1439 The Xilinx EDK toolchain ships with a set of IP cores (devices) for use
1505 in Xilinx Spartan and Virtex FPGAs. The devices cover the whole range 1440 in Xilinx Spartan and Virtex FPGAs. The devices cover the whole range
@@ -1761,7 +1696,7 @@ platforms are moved over to use the flattened-device-tree model.
1761 listed above, nodes for these devices should include a phy-handle 1696 listed above, nodes for these devices should include a phy-handle
1762 property, and may include other common network device properties 1697 property, and may include other common network device properties
1763 like local-mac-address. 1698 like local-mac-address.
1764 1699
1765 iv) Xilinx Uartlite 1700 iv) Xilinx Uartlite
1766 1701
1767 Xilinx uartlite devices are simple fixed speed serial ports. 1702 Xilinx uartlite devices are simple fixed speed serial ports.
@@ -1793,7 +1728,7 @@ platforms are moved over to use the flattened-device-tree model.
1793 - reg-offset : A value of 3 is required 1728 - reg-offset : A value of 3 is required
1794 - reg-shift : A value of 2 is required 1729 - reg-shift : A value of 2 is required
1795 1730
1796 f) USB EHCI controllers 1731 e) USB EHCI controllers
1797 1732
1798 Required properties: 1733 Required properties:
1799 - compatible : should be "usb-ehci". 1734 - compatible : should be "usb-ehci".
@@ -1819,7 +1754,7 @@ platforms are moved over to use the flattened-device-tree model.
1819 big-endian; 1754 big-endian;
1820 }; 1755 };
1821 1756
1822 g) MDIO on GPIOs 1757 f) MDIO on GPIOs
1823 1758
1824 Currently defined compatibles: 1759 Currently defined compatibles:
1825 - virtual,gpio-mdio 1760 - virtual,gpio-mdio
@@ -1839,7 +1774,7 @@ platforms are moved over to use the flattened-device-tree model.
1839 &qe_pio_c 6>; 1774 &qe_pio_c 6>;
1840 }; 1775 };
1841 1776
1842 h) SPI (Serial Peripheral Interface) busses 1777 g) SPI (Serial Peripheral Interface) busses
1843 1778
1844 SPI busses can be described with a node for the SPI master device 1779 SPI busses can be described with a node for the SPI master device
1845 and a set of child nodes for each SPI slave on the bus. For this 1780 and a set of child nodes for each SPI slave on the bus. For this
diff --git a/Documentation/powerpc/dts-bindings/fsl/i2c.txt b/Documentation/powerpc/dts-bindings/fsl/i2c.txt
index d0ab33e21fe..b6d2e21474f 100644
--- a/Documentation/powerpc/dts-bindings/fsl/i2c.txt
+++ b/Documentation/powerpc/dts-bindings/fsl/i2c.txt
@@ -7,8 +7,10 @@ Required properties :
7 7
8Recommended properties : 8Recommended properties :
9 9
10 - compatible : Should be "fsl-i2c" for parts compatible with 10 - compatible : compatibility list with 2 entries, the first should
11 Freescale I2C specifications. 11 be "fsl,CHIP-i2c" where CHIP is the name of a compatible processor,
12 e.g. mpc8313, mpc8543, mpc8544, mpc5200 or mpc5200b. The second one
13 should be "fsl-i2c".
12 - interrupts : <a b> where a is the interrupt number and b is a 14 - interrupts : <a b> where a is the interrupt number and b is a
13 field that represents an encoding of the sense and level 15 field that represents an encoding of the sense and level
14 information for the interrupt. This should be encoded based on 16 information for the interrupt. This should be encoded based on
@@ -16,17 +18,31 @@ Recommended properties :
16 controller you have. 18 controller you have.
17 - interrupt-parent : the phandle for the interrupt controller that 19 - interrupt-parent : the phandle for the interrupt controller that
18 services interrupts for this device. 20 services interrupts for this device.
19 - dfsrr : boolean; if defined, indicates that this I2C device has 21 - fsl,preserve-clocking : boolean; if defined, the clock settings
20 a digital filter sampling rate register 22 from the bootloader are preserved (not touched).
21 - fsl5200-clocking : boolean; if defined, indicated that this device 23 - clock-frequency : desired I2C bus clock frequency in Hz.
22 uses the FSL 5200 clocking mechanism. 24
23 25Examples :
24Example : 26
25 i2c@3000 { 27 i2c@3d00 {
26 interrupt-parent = <40000>; 28 #address-cells = <1>;
27 interrupts = <1b 3>; 29 #size-cells = <0>;
28 reg = <3000 18>; 30 compatible = "fsl,mpc5200b-i2c","fsl,mpc5200-i2c","fsl-i2c";
29 device_type = "i2c"; 31 cell-index = <0>;
30 compatible = "fsl-i2c"; 32 reg = <0x3d00 0x40>;
31 dfsrr; 33 interrupts = <2 15 0>;
34 interrupt-parent = <&mpc5200_pic>;
35 fsl,preserve-clocking;
32 }; 36 };
37
38 i2c@3100 {
39 #address-cells = <1>;
40 #size-cells = <0>;
41 cell-index = <1>;
42 compatible = "fsl,mpc8544-i2c", "fsl-i2c";
43 reg = <0x3100 0x100>;
44 interrupts = <43 2>;
45 interrupt-parent = <&mpic>;
46 clock-frequency = <400000>;
47 };
48
diff --git a/Documentation/powerpc/dts-bindings/mtd-physmap.txt b/Documentation/powerpc/dts-bindings/mtd-physmap.txt
new file mode 100644
index 00000000000..667c9bde869
--- /dev/null
+++ b/Documentation/powerpc/dts-bindings/mtd-physmap.txt
@@ -0,0 +1,80 @@
1CFI or JEDEC memory-mapped NOR flash
2
3Flash chips (Memory Technology Devices) are often used for solid state
4file systems on embedded devices.
5
6 - compatible : should contain the specific model of flash chip(s)
7 used, if known, followed by either "cfi-flash" or "jedec-flash"
8 - reg : Address range(s) of the flash chip(s)
9 It's possible to (optionally) define multiple "reg" tuples so that
10 non-identical NOR chips can be described in one flash node.
11 - bank-width : Width (in bytes) of the flash bank. Equal to the
12 device width times the number of interleaved chips.
13 - device-width : (optional) Width of a single flash chip. If
14 omitted, assumed to be equal to 'bank-width'.
15 - #address-cells, #size-cells : Must be present if the flash has
16 sub-nodes representing partitions (see below). In this case
17 both #address-cells and #size-cells must be equal to 1.
18
19For JEDEC compatible devices, the following additional properties
20are defined:
21
22 - vendor-id : Contains the flash chip's vendor id (1 byte).
23 - device-id : Contains the flash chip's device id (1 byte).
24
25In addition to the information on the flash bank itself, the
26device tree may optionally contain additional information
27describing partitions of the flash address space. This can be
28used on platforms which have strong conventions about which
29portions of the flash are used for what purposes, but which don't
30use an on-flash partition table such as RedBoot.
31
32Each partition is represented as a sub-node of the flash device.
33Each node's name represents the name of the corresponding
34partition of the flash device.
35
36Flash partitions
37 - reg : The partition's offset and size within the flash bank.
38 - label : (optional) The label / name for this flash partition.
39 If omitted, the label is taken from the node name (excluding
40 the unit address).
41 - read-only : (optional) This parameter, if present, is a hint to
42 Linux that this flash partition should only be mounted
43 read-only. This is usually used for flash partitions
44 containing early-boot firmware images or data which should not
45 be clobbered.
46
47Example:
48
49 flash@ff000000 {
50 compatible = "amd,am29lv128ml", "cfi-flash";
51 reg = <ff000000 01000000>;
52 bank-width = <4>;
53 device-width = <1>;
54 #address-cells = <1>;
55 #size-cells = <1>;
56 fs@0 {
57 label = "fs";
58 reg = <0 f80000>;
59 };
60 firmware@f80000 {
61 label ="firmware";
62 reg = <f80000 80000>;
63 read-only;
64 };
65 };
66
67Here an example with multiple "reg" tuples:
68
69 flash@f0000000,0 {
70 #address-cells = <1>;
71 #size-cells = <1>;
72 compatible = "intel,PC48F4400P0VB", "cfi-flash";
73 reg = <0 0x00000000 0x02000000
74 0 0x02000000 0x02000000>;
75 bank-width = <2>;
76 partition@0 {
77 label = "test-part1";
78 reg = <0 0x04000000>;
79 };
80 };
diff --git a/Documentation/sound/alsa/ALSA-Configuration.txt b/Documentation/sound/alsa/ALSA-Configuration.txt
index 11a80a9c715..5c08d96f407 100644
--- a/Documentation/sound/alsa/ALSA-Configuration.txt
+++ b/Documentation/sound/alsa/ALSA-Configuration.txt
@@ -460,6 +460,25 @@ Prior to version 0.9.0rc4 options had a 'snd_' prefix. This was removed.
460 460
461 The power-management is supported. 461 The power-management is supported.
462 462
463 Module snd-ctxfi
464 ----------------
465
466 Module for Creative Sound Blaster X-Fi boards (20k1 / 20k2 chips)
467 * Creative Sound Blaster X-Fi Titanium Fatal1ty Champion Series
468 * Creative Sound Blaster X-Fi Titanium Fatal1ty Professional Series
469 * Creative Sound Blaster X-Fi Titanium Professional Audio
470 * Creative Sound Blaster X-Fi Titanium
471 * Creative Sound Blaster X-Fi Elite Pro
472 * Creative Sound Blaster X-Fi Platinum
473 * Creative Sound Blaster X-Fi Fatal1ty
474 * Creative Sound Blaster X-Fi XtremeGamer
475 * Creative Sound Blaster X-Fi XtremeMusic
476
477 reference_rate - reference sample rate, 44100 or 48000 (default)
478 multiple - multiple to ref. sample rate, 1 or 2 (default)
479
480 This module supports multiple cards.
481
463 Module snd-darla20 482 Module snd-darla20
464 ------------------ 483 ------------------
465 484
@@ -925,6 +944,7 @@ Prior to version 0.9.0rc4 options had a 'snd_' prefix. This was removed.
925 * Onkyo SE-90PCI 944 * Onkyo SE-90PCI
926 * Onkyo SE-200PCI 945 * Onkyo SE-200PCI
927 * ESI Juli@ 946 * ESI Juli@
947 * ESI Maya44
928 * Hercules Fortissimo IV 948 * Hercules Fortissimo IV
929 * EGO-SYS WaveTerminal 192M 949 * EGO-SYS WaveTerminal 192M
930 950
@@ -933,7 +953,7 @@ Prior to version 0.9.0rc4 options had a 'snd_' prefix. This was removed.
933 prodigy71xt, prodigy71hifi, prodigyhd2, prodigy192, 953 prodigy71xt, prodigy71hifi, prodigyhd2, prodigy192,
934 juli, aureon51, aureon71, universe, ap192, k8x800, 954 juli, aureon51, aureon71, universe, ap192, k8x800,
935 phase22, phase28, ms300, av710, se200pci, se90pci, 955 phase22, phase28, ms300, av710, se200pci, se90pci,
936 fortissimo4, sn25p, WT192M 956 fortissimo4, sn25p, WT192M, maya44
937 957
938 This module supports multiple cards and autoprobe. 958 This module supports multiple cards and autoprobe.
939 959
@@ -1093,6 +1113,13 @@ Prior to version 0.9.0rc4 options had a 'snd_' prefix. This was removed.
1093 This module supports multiple cards. 1113 This module supports multiple cards.
1094 The driver requires the firmware loader support on kernel. 1114 The driver requires the firmware loader support on kernel.
1095 1115
1116 Module snd-lx6464es
1117 -------------------
1118
1119 Module for Digigram LX6464ES boards
1120
1121 This module supports multiple cards.
1122
1096 Module snd-maestro3 1123 Module snd-maestro3
1097 ------------------- 1124 -------------------
1098 1125
@@ -1861,7 +1888,8 @@ Prior to version 0.9.0rc4 options had a 'snd_' prefix. This was removed.
1861 ------------------- 1888 -------------------
1862 1889
1863 Module for sound cards based on the Asus AV100/AV200 chips, 1890 Module for sound cards based on the Asus AV100/AV200 chips,
1864 i.e., Xonar D1, DX, D2, D2X, HDAV1.3 (Deluxe), and Essence STX. 1891 i.e., Xonar D1, DX, D2, D2X, HDAV1.3 (Deluxe), Essence ST
1892 (Deluxe) and Essence STX.
1865 1893
1866 This module supports autoprobe and multiple cards. 1894 This module supports autoprobe and multiple cards.
1867 1895
diff --git a/Documentation/sound/alsa/HD-Audio-Models.txt b/Documentation/sound/alsa/HD-Audio-Models.txt
index 8eec05bc079..de8e10a9410 100644
--- a/Documentation/sound/alsa/HD-Audio-Models.txt
+++ b/Documentation/sound/alsa/HD-Audio-Models.txt
@@ -36,6 +36,7 @@ ALC260
36 acer Acer TravelMate 36 acer Acer TravelMate
37 will Will laptops (PB V7900) 37 will Will laptops (PB V7900)
38 replacer Replacer 672V 38 replacer Replacer 672V
39 favorit100 Maxdata Favorit 100XS
39 basic fixed pin assignment (old default model) 40 basic fixed pin assignment (old default model)
40 test for testing/debugging purpose, almost all controls can 41 test for testing/debugging purpose, almost all controls can
41 adjusted. Appearing only when compiled with 42 adjusted. Appearing only when compiled with
@@ -85,10 +86,11 @@ ALC269
85 eeepc-p703 ASUS Eeepc P703 P900A 86 eeepc-p703 ASUS Eeepc P703 P900A
86 eeepc-p901 ASUS Eeepc P901 S101 87 eeepc-p901 ASUS Eeepc P901 S101
87 fujitsu FSC Amilo 88 fujitsu FSC Amilo
89 lifebook Fujitsu Lifebook S6420
88 auto auto-config reading BIOS (default) 90 auto auto-config reading BIOS (default)
89 91
90ALC662/663 92ALC662/663/272
91========== 93==============
92 3stack-dig 3-stack (2-channel) with SPDIF 94 3stack-dig 3-stack (2-channel) with SPDIF
93 3stack-6ch 3-stack (6-channel) 95 3stack-6ch 3-stack (6-channel)
94 3stack-6ch-dig 3-stack (6-channel) with SPDIF 96 3stack-6ch-dig 3-stack (6-channel) with SPDIF
@@ -107,6 +109,9 @@ ALC662/663
107 asus-mode4 ASUS 109 asus-mode4 ASUS
108 asus-mode5 ASUS 110 asus-mode5 ASUS
109 asus-mode6 ASUS 111 asus-mode6 ASUS
112 dell Dell with ALC272
113 dell-zm1 Dell ZM1 with ALC272
114 samsung-nc10 Samsung NC10 mini notebook
110 auto auto-config reading BIOS (default) 115 auto auto-config reading BIOS (default)
111 116
112ALC882/885 117ALC882/885
@@ -118,6 +123,7 @@ ALC882/885
118 asus-a7j ASUS A7J 123 asus-a7j ASUS A7J
119 asus-a7m ASUS A7M 124 asus-a7m ASUS A7M
120 macpro MacPro support 125 macpro MacPro support
126 mb5 Macbook 5,1
121 mbp3 Macbook Pro rev3 127 mbp3 Macbook Pro rev3
122 imac24 iMac 24'' with jack detection 128 imac24 iMac 24'' with jack detection
123 w2jc ASUS W2JC 129 w2jc ASUS W2JC
@@ -133,10 +139,12 @@ ALC883/888
133 acer Acer laptops (Travelmate 3012WTMi, Aspire 5600, etc) 139 acer Acer laptops (Travelmate 3012WTMi, Aspire 5600, etc)
134 acer-aspire Acer Aspire 9810 140 acer-aspire Acer Aspire 9810
135 acer-aspire-4930g Acer Aspire 4930G 141 acer-aspire-4930g Acer Aspire 4930G
142 acer-aspire-8930g Acer Aspire 8930G
136 medion Medion Laptops 143 medion Medion Laptops
137 medion-md2 Medion MD2 144 medion-md2 Medion MD2
138 targa-dig Targa/MSI 145 targa-dig Targa/MSI
139 targa-2ch-dig Targs/MSI with 2-channel 146 targa-2ch-dig Targa/MSI with 2-channel
147 targa-8ch-dig Targa/MSI with 8-channel (MSI GX620)
140 laptop-eapd 3-jack with SPDIF I/O and EAPD (Clevo M540JE, M550JE) 148 laptop-eapd 3-jack with SPDIF I/O and EAPD (Clevo M540JE, M550JE)
141 lenovo-101e Lenovo 101E 149 lenovo-101e Lenovo 101E
142 lenovo-nb0763 Lenovo NB0763 150 lenovo-nb0763 Lenovo NB0763
@@ -150,6 +158,9 @@ ALC883/888
150 fujitsu-pi2515 Fujitsu AMILO Pi2515 158 fujitsu-pi2515 Fujitsu AMILO Pi2515
151 fujitsu-xa3530 Fujitsu AMILO XA3530 159 fujitsu-xa3530 Fujitsu AMILO XA3530
152 3stack-6ch-intel Intel DG33* boards 160 3stack-6ch-intel Intel DG33* boards
161 asus-p5q ASUS P5Q-EM boards
162 mb31 MacBook 3,1
163 sony-vaio-tt Sony VAIO TT
153 auto auto-config reading BIOS (default) 164 auto auto-config reading BIOS (default)
154 165
155ALC861/660 166ALC861/660
@@ -334,6 +345,7 @@ STAC9227/9228/9229/927x
334 ref-no-jd Reference board without HP/Mic jack detection 345 ref-no-jd Reference board without HP/Mic jack detection
335 3stack D965 3stack 346 3stack D965 3stack
336 5stack D965 5stack + SPDIF 347 5stack D965 5stack + SPDIF
348 5stack-no-fp D965 5stack without front panel
337 dell-3stack Dell Dimension E520 349 dell-3stack Dell Dimension E520
338 dell-bios Fixes with Dell BIOS setup 350 dell-bios Fixes with Dell BIOS setup
339 auto BIOS setup (default) 351 auto BIOS setup (default)
@@ -347,6 +359,7 @@ STAC92HD71B*
347 hp-m4 HP mini 1000 359 hp-m4 HP mini 1000
348 hp-dv5 HP dv series 360 hp-dv5 HP dv series
349 hp-hdx HP HDX series 361 hp-hdx HP HDX series
362 hp-dv4-1222nr HP dv4-1222nr (with LED support)
350 auto BIOS setup (default) 363 auto BIOS setup (default)
351 364
352STAC92HD73* 365STAC92HD73*
diff --git a/Documentation/sound/alsa/HD-Audio.txt b/Documentation/sound/alsa/HD-Audio.txt
index c5948f2f9a2..88b7433d2f1 100644
--- a/Documentation/sound/alsa/HD-Audio.txt
+++ b/Documentation/sound/alsa/HD-Audio.txt
@@ -169,7 +169,7 @@ PCI SSID look-up.
169What `model` option values are available depends on the codec chip. 169What `model` option values are available depends on the codec chip.
170Check your codec chip from the codec proc file (see "Codec Proc-File" 170Check your codec chip from the codec proc file (see "Codec Proc-File"
171section below). It will show the vendor/product name of your codec 171section below). It will show the vendor/product name of your codec
172chip. Then, see Documentation/sound/alsa/HD-Audio-Modelstxt file, 172chip. Then, see Documentation/sound/alsa/HD-Audio-Models.txt file,
173the section of HD-audio driver. You can find a list of codecs 173the section of HD-audio driver. You can find a list of codecs
174and `model` options belonging to each codec. For example, for Realtek 174and `model` options belonging to each codec. For example, for Realtek
175ALC262 codec chip, pass `model=ultra` for devices that are compatible 175ALC262 codec chip, pass `model=ultra` for devices that are compatible
@@ -177,7 +177,7 @@ with Samsung Q1 Ultra.
177 177
178Thus, the first thing you can do for any brand-new, unsupported and 178Thus, the first thing you can do for any brand-new, unsupported and
179non-working HD-audio hardware is to check HD-audio codec and several 179non-working HD-audio hardware is to check HD-audio codec and several
180different `model` option values. If you have a luck, some of them 180different `model` option values. If you have any luck, some of them
181might suit with your device well. 181might suit with your device well.
182 182
183Some codecs such as ALC880 have a special model option `model=test`. 183Some codecs such as ALC880 have a special model option `model=test`.
diff --git a/Documentation/sound/alsa/Procfile.txt b/Documentation/sound/alsa/Procfile.txt
index bba2dbb79d8..cfac20cf9e3 100644
--- a/Documentation/sound/alsa/Procfile.txt
+++ b/Documentation/sound/alsa/Procfile.txt
@@ -104,6 +104,11 @@ card*/pcm*/xrun_debug
104 When this value is greater than 1, the driver will show the 104 When this value is greater than 1, the driver will show the
105 stack trace additionally. This may help the debugging. 105 stack trace additionally. This may help the debugging.
106 106
107 Since 2.6.30, this option also enables the hwptr check using
108 jiffies. This detects spontaneous invalid pointer callback
109 values, but can be lead to too much corrections for a (mostly
110 buggy) hardware that doesn't give smooth pointer updates.
111
107card*/pcm*/sub*/info 112card*/pcm*/sub*/info
108 The general information of this PCM sub-stream. 113 The general information of this PCM sub-stream.
109 114
diff --git a/Documentation/sound/alsa/README.maya44 b/Documentation/sound/alsa/README.maya44
new file mode 100644
index 00000000000..0e41576fa13
--- /dev/null
+++ b/Documentation/sound/alsa/README.maya44
@@ -0,0 +1,163 @@
1NOTE: The following is the original document of Rainer's patch that the
2current maya44 code based on. Some contents might be obsoleted, but I
3keep here as reference -- tiwai
4
5----------------------------------------------------------------
6
7STATE OF DEVELOPMENT:
8
9This driver is being developed on the initiative of Piotr Makowski (oponek@gmail.com) and financed by Lars Bergmann.
10Development is carried out by Rainer Zimmermann (mail@lightshed.de).
11
12ESI provided a sample Maya44 card for the development work.
13
14However, unfortunately it has turned out difficult to get detailed programming information, so I (Rainer Zimmermann) had to find out some card-specific information by experiment and conjecture. Some information (in particular, several GPIO bits) is still missing.
15
16This is the first testing version of the Maya44 driver released to the alsa-devel mailing list (Feb 5, 2008).
17
18
19The following functions work, as tested by Rainer Zimmermann and Piotr Makowski:
20
21- playback and capture at all sampling rates
22- input/output level
23- crossmixing
24- line/mic switch
25- phantom power switch
26- analogue monitor a.k.a bypass
27
28
29The following functions *should* work, but are not fully tested:
30
31- Channel 3+4 analogue - S/PDIF input switching
32- S/PDIF output
33- all inputs/outputs on the M/IO/DIO extension card
34- internal/external clock selection
35
36
37*In particular, we would appreciate testing of these functions by anyone who has access to an M/IO/DIO extension card.*
38
39
40Things that do not seem to work:
41
42- The level meters ("multi track") in 'alsamixer' do not seem to react to signals in (if this is a bug, it would probably be in the existing ICE1724 code).
43
44- Ardour 2.1 seems to work only via JACK, not using ALSA directly or via OSS. This still needs to be tracked down.
45
46
47DRIVER DETAILS:
48
49the following files were added:
50
51pci/ice1724/maya44.c - Maya44 specific code
52pci/ice1724/maya44.h
53pci/ice1724/ice1724.patch
54pci/ice1724/ice1724.h.patch - PROPOSED patch to ice1724.h (see SAMPLING RATES)
55i2c/other/wm8776.c - low-level access routines for Wolfson WM8776 codecs
56include/wm8776.h
57
58
59Note that the wm8776.c code is meant to be card-independent and does not actually register the codec with the ALSA infrastructure.
60This is done in maya44.c, mainly because some of the WM8776 controls are used in Maya44-specific ways, and should be named appropriately.
61
62
63the following files were created in pci/ice1724, simply #including the corresponding file from the alsa-kernel tree:
64
65wtm.h
66vt1720_mobo.h
67revo.h
68prodigy192.h
69pontis.h
70phase.h
71maya44.h
72juli.h
73aureon.h
74amp.h
75envy24ht.h
76se.h
77prodigy_hifi.h
78
79
80*I hope this is the correct way to do things.*
81
82
83SAMPLING RATES:
84
85The Maya44 card (or more exactly, the Wolfson WM8776 codecs) allow a maximum sampling rate of 192 kHz for playback and 92 kHz for capture.
86
87As the ICE1724 chip only allows one global sampling rate, this is handled as follows:
88
89* setting the sampling rate on any open PCM device on the maya44 card will always set the *global* sampling rate for all playback and capture channels.
90
91* In the current state of the driver, setting rates of up to 192 kHz is permitted even for capture devices.
92
93*AVOID CAPTURING AT RATES ABOVE 96kHz*, even though it may appear to work. The codec cannot actually capture at such rates, meaning poor quality.
94
95
96I propose some additional code for limiting the sampling rate when setting on a capture pcm device. However because of the global sampling rate, this logic would be somewhat problematic.
97
98The proposed code (currently deactivated) is in ice1712.h.patch, ice1724.c and maya44.c (in pci/ice1712).
99
100
101SOUND DEVICES:
102
103PCM devices correspond to inputs/outputs as follows (assuming Maya44 is card #0):
104
105hw:0,0 input - stereo, analog input 1+2
106hw:0,0 output - stereo, analog output 1+2
107hw:0,1 input - stereo, analog input 3+4 OR S/PDIF input
108hw:0,1 output - stereo, analog output 3+4 (and SPDIF out)
109
110
111NAMING OF MIXER CONTROLS:
112
113(for more information about the signal flow, please refer to the block diagram on p.24 of the ESI Maya44 manual, or in the ESI windows software).
114
115
116PCM: (digital) output level for channel 1+2
117PCM 1: same for channel 3+4
118
119Mic Phantom+48V: switch for +48V phantom power for electrostatic microphones on input 1/2.
120 Make sure this is not turned on while any other source is connected to input 1/2.
121 It might damage the source and/or the maya44 card.
122
123Mic/Line input: if switch is is on, input jack 1/2 is microphone input (mono), otherwise line input (stereo).
124
125Bypass: analogue bypass from ADC input to output for channel 1+2. Same as "Monitor" in the windows driver.
126Bypass 1: same for channel 3+4.
127
128Crossmix: cross-mixer from channels 1+2 to channels 3+4
129Crossmix 1: cross-mixer from channels 3+4 to channels 1+2
130
131IEC958 Output: switch for S/PDIF output.
132 This is not supported by the ESI windows driver.
133 S/PDIF should output the same signal as channel 3+4. [untested!]
134
135
136Digitial output selectors:
137
138 These switches allow a direct digital routing from the ADCs to the DACs.
139 Each switch determines where the digital input data to one of the DACs comes from.
140 They are not supported by the ESI windows driver.
141 For normal operation, they should all be set to "PCM out".
142
143H/W: Output source channel 1
144H/W 1: Output source channel 2
145H/W 2: Output source channel 3
146H/W 3: Output source channel 4
147
148H/W 4 ... H/W 9: unknown function, left in to enable testing.
149 Possibly some of these control S/PDIF output(s).
150 If these turn out to be unused, they will go away in later driver versions.
151
152Selectable values for each of the digital output selectors are:
153 "PCM out" -> DAC output of the corresponding channel (default setting)
154 "Input 1"...
155 "Input 4" -> direct routing from ADC output of the selected input channel
156
157
158--------
159
160Feb 14, 2008
161Rainer Zimmermann
162mail@lightshed.de
163
diff --git a/Documentation/sound/alsa/soc/dapm.txt b/Documentation/sound/alsa/soc/dapm.txt
index 9e6763264a2..9ac842be9b4 100644
--- a/Documentation/sound/alsa/soc/dapm.txt
+++ b/Documentation/sound/alsa/soc/dapm.txt
@@ -62,6 +62,7 @@ Audio DAPM widgets fall into a number of types:-
62 o Mic - Mic (and optional Jack) 62 o Mic - Mic (and optional Jack)
63 o Line - Line Input/Output (and optional Jack) 63 o Line - Line Input/Output (and optional Jack)
64 o Speaker - Speaker 64 o Speaker - Speaker
65 o Supply - Power or clock supply widget used by other widgets.
65 o Pre - Special PRE widget (exec before all others) 66 o Pre - Special PRE widget (exec before all others)
66 o Post - Special POST widget (exec after all others) 67 o Post - Special POST widget (exec after all others)
67 68
diff --git a/Documentation/sparse.txt b/Documentation/sparse.txt
index 42f43fa59f2..34c76a55bc0 100644
--- a/Documentation/sparse.txt
+++ b/Documentation/sparse.txt
@@ -42,6 +42,14 @@ sure that bitwise types don't get mixed up (little-endian vs big-endian
42vs cpu-endian vs whatever), and there the constant "0" really _is_ 42vs cpu-endian vs whatever), and there the constant "0" really _is_
43special. 43special.
44 44
45__bitwise__ - to be used for relatively compact stuff (gfp_t, etc.) that
46is mostly warning-free and is supposed to stay that way. Warnings will
47be generated without __CHECK_ENDIAN__.
48
49__bitwise - noisy stuff; in particular, __le*/__be* are that. We really
50don't want to drown in noise unless we'd explicitly asked for it.
51
52
45Getting sparse 53Getting sparse
46~~~~~~~~~~~~~~ 54~~~~~~~~~~~~~~
47 55
diff --git a/Documentation/spi/spi-summary b/Documentation/spi/spi-summary
index 0f5122eb282..4a02d2508bc 100644
--- a/Documentation/spi/spi-summary
+++ b/Documentation/spi/spi-summary
@@ -511,10 +511,16 @@ SPI MASTER METHODS
511 This sets up the device clock rate, SPI mode, and word sizes. 511 This sets up the device clock rate, SPI mode, and word sizes.
512 Drivers may change the defaults provided by board_info, and then 512 Drivers may change the defaults provided by board_info, and then
513 call spi_setup(spi) to invoke this routine. It may sleep. 513 call spi_setup(spi) to invoke this routine. It may sleep.
514
514 Unless each SPI slave has its own configuration registers, don't 515 Unless each SPI slave has its own configuration registers, don't
515 change them right away ... otherwise drivers could corrupt I/O 516 change them right away ... otherwise drivers could corrupt I/O
516 that's in progress for other SPI devices. 517 that's in progress for other SPI devices.
517 518
519 ** BUG ALERT: for some reason the first version of
520 ** many spi_master drivers seems to get this wrong.
521 ** When you code setup(), ASSUME that the controller
522 ** is actively processing transfers for another device.
523
518 master->transfer(struct spi_device *spi, struct spi_message *message) 524 master->transfer(struct spi_device *spi, struct spi_message *message)
519 This must not sleep. Its responsibility is arrange that the 525 This must not sleep. Its responsibility is arrange that the
520 transfer happens and its complete() callback is issued. The two 526 transfer happens and its complete() callback is issued. The two
diff --git a/Documentation/sysctl/net.txt b/Documentation/sysctl/net.txt
index a34d55b6544..df38ef046f8 100644
--- a/Documentation/sysctl/net.txt
+++ b/Documentation/sysctl/net.txt
@@ -95,7 +95,7 @@ of struct cmsghdr structures with appended data.
95 95
96There is only one file in this directory. 96There is only one file in this directory.
97unix_dgram_qlen limits the max number of datagrams queued in Unix domain 97unix_dgram_qlen limits the max number of datagrams queued in Unix domain
98socket's buffer. It will not take effect unless PF_UNIX flag is spicified. 98socket's buffer. It will not take effect unless PF_UNIX flag is specified.
99 99
100 100
1013. /proc/sys/net/ipv4 - IPV4 settings 1013. /proc/sys/net/ipv4 - IPV4 settings
diff --git a/Documentation/sysctl/vm.txt b/Documentation/sysctl/vm.txt
index 97c4b328432..c302ddf629a 100644
--- a/Documentation/sysctl/vm.txt
+++ b/Documentation/sysctl/vm.txt
@@ -39,8 +39,6 @@ Currently, these files are in /proc/sys/vm:
39- nr_hugepages 39- nr_hugepages
40- nr_overcommit_hugepages 40- nr_overcommit_hugepages
41- nr_pdflush_threads 41- nr_pdflush_threads
42- nr_pdflush_threads_min
43- nr_pdflush_threads_max
44- nr_trim_pages (only if CONFIG_MMU=n) 42- nr_trim_pages (only if CONFIG_MMU=n)
45- numa_zonelist_order 43- numa_zonelist_order
46- oom_dump_tasks 44- oom_dump_tasks
@@ -90,6 +88,10 @@ will itself start writeback.
90If dirty_bytes is written, dirty_ratio becomes a function of its value 88If dirty_bytes is written, dirty_ratio becomes a function of its value
91(dirty_bytes / the amount of dirtyable system memory). 89(dirty_bytes / the amount of dirtyable system memory).
92 90
91Note: the minimum value allowed for dirty_bytes is two pages (in bytes); any
92value lower than this limit will be ignored and the old configuration will be
93retained.
94
93============================================================== 95==============================================================
94 96
95dirty_expire_centisecs 97dirty_expire_centisecs
@@ -465,32 +467,6 @@ The default value is 0.
465 467
466============================================================== 468==============================================================
467 469
468nr_pdflush_threads_min
469
470This value controls the minimum number of pdflush threads.
471
472At boot time, the kernel will create and maintain 'nr_pdflush_threads_min'
473threads for the kernel's lifetime.
474
475The default value is 2. The minimum value you can specify is 1, and
476the maximum value is the current setting of 'nr_pdflush_threads_max'.
477
478See 'nr_pdflush_threads_max' below for more information.
479
480==============================================================
481
482nr_pdflush_threads_max
483
484This value controls the maximum number of pdflush threads that can be
485created. The pdflush algorithm will create a new pdflush thread (up to
486this maximum) if no pdflush threads have been available for >= 1 second.
487
488The default value is 8. The minimum value you can specify is the
489current value of 'nr_pdflush_threads_min' and the
490maximum is 1000.
491
492==============================================================
493
494overcommit_memory: 470overcommit_memory:
495 471
496This value contains a flag that enables memory overcommitment. 472This value contains a flag that enables memory overcommitment.
diff --git a/Documentation/sysfs-rules.txt b/Documentation/sysfs-rules.txt
index 6049a2a84dd..5d8bc2cd250 100644
--- a/Documentation/sysfs-rules.txt
+++ b/Documentation/sysfs-rules.txt
@@ -113,7 +113,7 @@ versions of the sysfs interface.
113 "devices" directory at /sys/subsystem/<name>/devices. 113 "devices" directory at /sys/subsystem/<name>/devices.
114 114
115 If /sys/subsystem exists, /sys/bus, /sys/class and /sys/block can be 115 If /sys/subsystem exists, /sys/bus, /sys/class and /sys/block can be
116 ignored. If it does not exist, you have always to scan all three 116 ignored. If it does not exist, you always have to scan all three
117 places, as the kernel is free to move a subsystem from one place to 117 places, as the kernel is free to move a subsystem from one place to
118 the other, as long as the devices are still reachable by the same 118 the other, as long as the devices are still reachable by the same
119 subsystem name. 119 subsystem name.
diff --git a/Documentation/tomoyo.txt b/Documentation/tomoyo.txt
new file mode 100644
index 00000000000..b3a232cae7f
--- /dev/null
+++ b/Documentation/tomoyo.txt
@@ -0,0 +1,55 @@
1--- What is TOMOYO? ---
2
3TOMOYO is a name-based MAC extension (LSM module) for the Linux kernel.
4
5LiveCD-based tutorials are available at
6http://tomoyo.sourceforge.jp/en/1.6.x/1st-step/ubuntu8.04-live/
7http://tomoyo.sourceforge.jp/en/1.6.x/1st-step/centos5-live/ .
8Though these tutorials use non-LSM version of TOMOYO, they are useful for you
9to know what TOMOYO is.
10
11--- How to enable TOMOYO? ---
12
13Build the kernel with CONFIG_SECURITY_TOMOYO=y and pass "security=tomoyo" on
14kernel's command line.
15
16Please see http://tomoyo.sourceforge.jp/en/2.2.x/ for details.
17
18--- Where is documentation? ---
19
20User <-> Kernel interface documentation is available at
21http://tomoyo.sourceforge.jp/en/2.2.x/policy-reference.html .
22
23Materials we prepared for seminars and symposiums are available at
24http://sourceforge.jp/projects/tomoyo/docs/?category_id=532&language_id=1 .
25Below lists are chosen from three aspects.
26
27What is TOMOYO?
28 TOMOYO Linux Overview
29 http://sourceforge.jp/projects/tomoyo/docs/lca2009-takeda.pdf
30 TOMOYO Linux: pragmatic and manageable security for Linux
31 http://sourceforge.jp/projects/tomoyo/docs/freedomhectaipei-tomoyo.pdf
32 TOMOYO Linux: A Practical Method to Understand and Protect Your Own Linux Box
33 http://sourceforge.jp/projects/tomoyo/docs/PacSec2007-en-no-demo.pdf
34
35What can TOMOYO do?
36 Deep inside TOMOYO Linux
37 http://sourceforge.jp/projects/tomoyo/docs/lca2009-kumaneko.pdf
38 The role of "pathname based access control" in security.
39 http://sourceforge.jp/projects/tomoyo/docs/lfj2008-bof.pdf
40
41History of TOMOYO?
42 Realities of Mainlining
43 http://sourceforge.jp/projects/tomoyo/docs/lfj2008.pdf
44
45--- What is future plan? ---
46
47We believe that inode based security and name based security are complementary
48and both should be used together. But unfortunately, so far, we cannot enable
49multiple LSM modules at the same time. We feel sorry that you have to give up
50SELinux/SMACK/AppArmor etc. when you want to use TOMOYO.
51
52We hope that LSM becomes stackable in future. Meanwhile, you can use non-LSM
53version of TOMOYO, available at http://tomoyo.sourceforge.jp/en/1.6.x/ .
54LSM version of TOMOYO is a subset of non-LSM version of TOMOYO. We are planning
55to port non-LSM version's functionalities to LSM versions.
diff --git a/Documentation/ftrace.txt b/Documentation/trace/ftrace.txt
index fd9a3e69381..fd9a3e69381 100644
--- a/Documentation/ftrace.txt
+++ b/Documentation/trace/ftrace.txt
diff --git a/Documentation/vm/kmemtrace.txt b/Documentation/trace/kmemtrace.txt
index a956d9b7f94..a956d9b7f94 100644
--- a/Documentation/vm/kmemtrace.txt
+++ b/Documentation/trace/kmemtrace.txt
diff --git a/Documentation/tracers/mmiotrace.txt b/Documentation/trace/mmiotrace.txt
index 5731c67abc5..5731c67abc5 100644
--- a/Documentation/tracers/mmiotrace.txt
+++ b/Documentation/trace/mmiotrace.txt
diff --git a/Documentation/tracepoints.txt b/Documentation/trace/tracepoints.txt
index c0e1ceed75a..c0e1ceed75a 100644
--- a/Documentation/tracepoints.txt
+++ b/Documentation/trace/tracepoints.txt
diff --git a/Documentation/vm/00-INDEX b/Documentation/vm/00-INDEX
index 2131b00b63f..2f77ced35df 100644
--- a/Documentation/vm/00-INDEX
+++ b/Documentation/vm/00-INDEX
@@ -1,5 +1,7 @@
100-INDEX 100-INDEX
2 - this file. 2 - this file.
3active_mm.txt
4 - An explanation from Linus about tsk->active_mm vs tsk->mm.
3balance 5balance
4 - various information on memory balancing. 6 - various information on memory balancing.
5hugetlbpage.txt 7hugetlbpage.txt
diff --git a/Documentation/vm/active_mm.txt b/Documentation/vm/active_mm.txt
new file mode 100644
index 00000000000..4ee1f643d89
--- /dev/null
+++ b/Documentation/vm/active_mm.txt
@@ -0,0 +1,83 @@
1List: linux-kernel
2Subject: Re: active_mm
3From: Linus Torvalds <torvalds () transmeta ! com>
4Date: 1999-07-30 21:36:24
5
6Cc'd to linux-kernel, because I don't write explanations all that often,
7and when I do I feel better about more people reading them.
8
9On Fri, 30 Jul 1999, David Mosberger wrote:
10>
11> Is there a brief description someplace on how "mm" vs. "active_mm" in
12> the task_struct are supposed to be used? (My apologies if this was
13> discussed on the mailing lists---I just returned from vacation and
14> wasn't able to follow linux-kernel for a while).
15
16Basically, the new setup is:
17
18 - we have "real address spaces" and "anonymous address spaces". The
19 difference is that an anonymous address space doesn't care about the
20 user-level page tables at all, so when we do a context switch into an
21 anonymous address space we just leave the previous address space
22 active.
23
24 The obvious use for a "anonymous address space" is any thread that
25 doesn't need any user mappings - all kernel threads basically fall into
26 this category, but even "real" threads can temporarily say that for
27 some amount of time they are not going to be interested in user space,
28 and that the scheduler might as well try to avoid wasting time on
29 switching the VM state around. Currently only the old-style bdflush
30 sync does that.
31
32 - "tsk->mm" points to the "real address space". For an anonymous process,
33 tsk->mm will be NULL, for the logical reason that an anonymous process
34 really doesn't _have_ a real address space at all.
35
36 - however, we obviously need to keep track of which address space we
37 "stole" for such an anonymous user. For that, we have "tsk->active_mm",
38 which shows what the currently active address space is.
39
40 The rule is that for a process with a real address space (ie tsk->mm is
41 non-NULL) the active_mm obviously always has to be the same as the real
42 one.
43
44 For a anonymous process, tsk->mm == NULL, and tsk->active_mm is the
45 "borrowed" mm while the anonymous process is running. When the
46 anonymous process gets scheduled away, the borrowed address space is
47 returned and cleared.
48
49To support all that, the "struct mm_struct" now has two counters: a
50"mm_users" counter that is how many "real address space users" there are,
51and a "mm_count" counter that is the number of "lazy" users (ie anonymous
52users) plus one if there are any real users.
53
54Usually there is at least one real user, but it could be that the real
55user exited on another CPU while a lazy user was still active, so you do
56actually get cases where you have a address space that is _only_ used by
57lazy users. That is often a short-lived state, because once that thread
58gets scheduled away in favour of a real thread, the "zombie" mm gets
59released because "mm_users" becomes zero.
60
61Also, a new rule is that _nobody_ ever has "init_mm" as a real MM any
62more. "init_mm" should be considered just a "lazy context when no other
63context is available", and in fact it is mainly used just at bootup when
64no real VM has yet been created. So code that used to check
65
66 if (current->mm == &init_mm)
67
68should generally just do
69
70 if (!current->mm)
71
72instead (which makes more sense anyway - the test is basically one of "do
73we have a user context", and is generally done by the page fault handler
74and things like that).
75
76Anyway, I put a pre-patch-2.3.13-1 on ftp.kernel.org just a moment ago,
77because it slightly changes the interfaces to accomodate the alpha (who
78would have thought it, but the alpha actually ends up having one of the
79ugliest context switch codes - unlike the other architectures where the MM
80and register state is separate, the alpha PALcode joins the two, and you
81need to switch both together).
82
83(From http://marc.info/?l=linux-kernel&m=93337278602211&w=2)
diff --git a/Documentation/vm/unevictable-lru.txt b/Documentation/vm/unevictable-lru.txt
index 0706a7282a8..2d70d0d9510 100644
--- a/Documentation/vm/unevictable-lru.txt
+++ b/Documentation/vm/unevictable-lru.txt
@@ -1,588 +1,691 @@
1 1 ==============================
2This document describes the Linux memory management "Unevictable LRU" 2 UNEVICTABLE LRU INFRASTRUCTURE
3infrastructure and the use of this infrastructure to manage several types 3 ==============================
4of "unevictable" pages. The document attempts to provide the overall 4
5rationale behind this mechanism and the rationale for some of the design 5========
6decisions that drove the implementation. The latter design rationale is 6CONTENTS
7discussed in the context of an implementation description. Admittedly, one 7========
8can obtain the implementation details--the "what does it do?"--by reading the 8
9code. One hopes that the descriptions below add value by provide the answer 9 (*) The Unevictable LRU
10to "why does it do that?". 10
11 11 - The unevictable page list.
12Unevictable LRU Infrastructure: 12 - Memory control group interaction.
13 13 - Marking address spaces unevictable.
14The Unevictable LRU adds an additional LRU list to track unevictable pages 14 - Detecting Unevictable Pages.
15and to hide these pages from vmscan. This mechanism is based on a patch by 15 - vmscan's handling of unevictable pages.
16Larry Woodman of Red Hat to address several scalability problems with page 16
17 (*) mlock()'d pages.
18
19 - History.
20 - Basic management.
21 - mlock()/mlockall() system call handling.
22 - Filtering special vmas.
23 - munlock()/munlockall() system call handling.
24 - Migrating mlocked pages.
25 - mmap(MAP_LOCKED) system call handling.
26 - munmap()/exit()/exec() system call handling.
27 - try_to_unmap().
28 - try_to_munlock() reverse map scan.
29 - Page reclaim in shrink_*_list().
30
31
32============
33INTRODUCTION
34============
35
36This document describes the Linux memory manager's "Unevictable LRU"
37infrastructure and the use of this to manage several types of "unevictable"
38pages.
39
40The document attempts to provide the overall rationale behind this mechanism
41and the rationale for some of the design decisions that drove the
42implementation. The latter design rationale is discussed in the context of an
43implementation description. Admittedly, one can obtain the implementation
44details - the "what does it do?" - by reading the code. One hopes that the
45descriptions below add value by provide the answer to "why does it do that?".
46
47
48===================
49THE UNEVICTABLE LRU
50===================
51
52The Unevictable LRU facility adds an additional LRU list to track unevictable
53pages and to hide these pages from vmscan. This mechanism is based on a patch
54by Larry Woodman of Red Hat to address several scalability problems with page
17reclaim in Linux. The problems have been observed at customer sites on large 55reclaim in Linux. The problems have been observed at customer sites on large
18memory x86_64 systems. For example, a non-numal x86_64 platform with 128GB 56memory x86_64 systems.
19of main memory will have over 32 million 4k pages in a single zone. When a 57
20large fraction of these pages are not evictable for any reason [see below], 58To illustrate this with an example, a non-NUMA x86_64 platform with 128GB of
21vmscan will spend a lot of time scanning the LRU lists looking for the small 59main memory will have over 32 million 4k pages in a single zone. When a large
22fraction of pages that are evictable. This can result in a situation where 60fraction of these pages are not evictable for any reason [see below], vmscan
23all cpus are spending 100% of their time in vmscan for hours or days on end, 61will spend a lot of time scanning the LRU lists looking for the small fraction
24with the system completely unresponsive. 62of pages that are evictable. This can result in a situation where all CPUs are
25 63spending 100% of their time in vmscan for hours or days on end, with the system
26The Unevictable LRU infrastructure addresses the following classes of 64completely unresponsive.
27unevictable pages: 65
28 66The unevictable list addresses the following classes of unevictable pages:
29+ page owned by ramfs 67
30+ page mapped into SHM_LOCKed shared memory regions 68 (*) Those owned by ramfs.
31+ page mapped into VM_LOCKED [mlock()ed] vmas 69
32 70 (*) Those mapped into SHM_LOCK'd shared memory regions.
33The infrastructure might be able to handle other conditions that make pages 71
72 (*) Those mapped into VM_LOCKED [mlock()ed] VMAs.
73
74The infrastructure may also be able to handle other conditions that make pages
34unevictable, either by definition or by circumstance, in the future. 75unevictable, either by definition or by circumstance, in the future.
35 76
36 77
37The Unevictable LRU List 78THE UNEVICTABLE PAGE LIST
79-------------------------
38 80
39The Unevictable LRU infrastructure consists of an additional, per-zone, LRU list 81The Unevictable LRU infrastructure consists of an additional, per-zone, LRU list
40called the "unevictable" list and an associated page flag, PG_unevictable, to 82called the "unevictable" list and an associated page flag, PG_unevictable, to
41indicate that the page is being managed on the unevictable list. The 83indicate that the page is being managed on the unevictable list.
42PG_unevictable flag is analogous to, and mutually exclusive with, the PG_active 84
43flag in that it indicates on which LRU list a page resides when PG_lru is set. 85The PG_unevictable flag is analogous to, and mutually exclusive with, the
44The unevictable LRU list is source configurable based on the UNEVICTABLE_LRU 86PG_active flag in that it indicates on which LRU list a page resides when
45Kconfig option. 87PG_lru is set. The unevictable list is compile-time configurable based on the
88UNEVICTABLE_LRU Kconfig option.
46 89
47The Unevictable LRU infrastructure maintains unevictable pages on an additional 90The Unevictable LRU infrastructure maintains unevictable pages on an additional
48LRU list for a few reasons: 91LRU list for a few reasons:
49 92
501) We get to "treat unevictable pages just like we treat other pages in the 93 (1) We get to "treat unevictable pages just like we treat other pages in the
51 system, which means we get to use the same code to manipulate them, the 94 system - which means we get to use the same code to manipulate them, the
52 same code to isolate them (for migrate, etc.), the same code to keep track 95 same code to isolate them (for migrate, etc.), the same code to keep track
53 of the statistics, etc..." [Rik van Riel] 96 of the statistics, etc..." [Rik van Riel]
97
98 (2) We want to be able to migrate unevictable pages between nodes for memory
99 defragmentation, workload management and memory hotplug. The linux kernel
100 can only migrate pages that it can successfully isolate from the LRU
101 lists. If we were to maintain pages elsewhere than on an LRU-like list,
102 where they can be found by isolate_lru_page(), we would prevent their
103 migration, unless we reworked migration code to find the unevictable pages
104 itself.
54 105
552) We want to be able to migrate unevictable pages between nodes--for memory
56 defragmentation, workload management and memory hotplug. The linux kernel
57 can only migrate pages that it can successfully isolate from the lru lists.
58 If we were to maintain pages elsewise than on an lru-like list, where they
59 can be found by isolate_lru_page(), we would prevent their migration, unless
60 we reworked migration code to find the unevictable pages.
61 106
107The unevictable list does not differentiate between file-backed and anonymous,
108swap-backed pages. This differentiation is only important while the pages are,
109in fact, evictable.
62 110
63The unevictable LRU list does not differentiate between file backed and swap 111The unevictable list benefits from the "arrayification" of the per-zone LRU
64backed [anon] pages. This differentiation is only important while the pages 112lists and statistics originally proposed and posted by Christoph Lameter.
65are, in fact, evictable.
66 113
67The unevictable LRU list benefits from the "arrayification" of the per-zone 114The unevictable list does not use the LRU pagevec mechanism. Rather,
68LRU lists and statistics originally proposed and posted by Christoph Lameter. 115unevictable pages are placed directly on the page's zone's unevictable list
116under the zone lru_lock. This allows us to prevent the stranding of pages on
117the unevictable list when one task has the page isolated from the LRU and other
118tasks are changing the "evictability" state of the page.
69 119
70The unevictable list does not use the lru pagevec mechanism. Rather,
71unevictable pages are placed directly on the page's zone's unevictable
72list under the zone lru_lock. The reason for this is to prevent stranding
73of pages on the unevictable list when one task has the page isolated from the
74lru and other tasks are changing the "evictability" state of the page.
75 120
121MEMORY CONTROL GROUP INTERACTION
122--------------------------------
76 123
77Unevictable LRU and Memory Controller Interaction 124The unevictable LRU facility interacts with the memory control group [aka
125memory controller; see Documentation/cgroups/memory.txt] by extending the
126lru_list enum.
127
128The memory controller data structure automatically gets a per-zone unevictable
129list as a result of the "arrayification" of the per-zone LRU lists (one per
130lru_list enum element). The memory controller tracks the movement of pages to
131and from the unevictable list.
78 132
79The memory controller data structure automatically gets a per zone unevictable
80lru list as a result of the "arrayification" of the per-zone LRU lists. The
81memory controller tracks the movement of pages to and from the unevictable list.
82When a memory control group comes under memory pressure, the controller will 133When a memory control group comes under memory pressure, the controller will
83not attempt to reclaim pages on the unevictable list. This has a couple of 134not attempt to reclaim pages on the unevictable list. This has a couple of
84effects. Because the pages are "hidden" from reclaim on the unevictable list, 135effects:
85the reclaim process can be more efficient, dealing only with pages that have 136
86a chance of being reclaimed. On the other hand, if too many of the pages 137 (1) Because the pages are "hidden" from reclaim on the unevictable list, the
87charged to the control group are unevictable, the evictable portion of the 138 reclaim process can be more efficient, dealing only with pages that have a
88working set of the tasks in the control group may not fit into the available 139 chance of being reclaimed.
89memory. This can cause the control group to thrash or to oom-kill tasks. 140
90 141 (2) On the other hand, if too many of the pages charged to the control group
91 142 are unevictable, the evictable portion of the working set of the tasks in
92Unevictable LRU: Detecting Unevictable Pages 143 the control group may not fit into the available memory. This can cause
93 144 the control group to thrash or to OOM-kill tasks.
94The function page_evictable(page, vma) in vmscan.c determines whether a 145
95page is evictable or not. For ramfs pages and pages in SHM_LOCKed regions, 146
96page_evictable() tests a new address space flag, AS_UNEVICTABLE, in the page's 147MARKING ADDRESS SPACES UNEVICTABLE
97address space using a wrapper function. Wrapper functions are used to set, 148----------------------------------
98clear and test the flag to reduce the requirement for #ifdef's throughout the 149
99source code. AS_UNEVICTABLE is set on ramfs inode/mapping when it is created. 150For facilities such as ramfs none of the pages attached to the address space
100This flag remains for the life of the inode. 151may be evicted. To prevent eviction of any such pages, the AS_UNEVICTABLE
101 152address space flag is provided, and this can be manipulated by a filesystem
102For shared memory regions, AS_UNEVICTABLE is set when an application 153using a number of wrapper functions:
103successfully SHM_LOCKs the region and is removed when the region is 154
104SHM_UNLOCKed. Note that shmctl(SHM_LOCK, ...) does not populate the page 155 (*) void mapping_set_unevictable(struct address_space *mapping);
105tables for the region as does, for example, mlock(). So, we make no special 156
106effort to push any pages in the SHM_LOCKed region to the unevictable list. 157 Mark the address space as being completely unevictable.
107Vmscan will do this when/if it encounters the pages during reclaim. On 158
108SHM_UNLOCK, shmctl() scans the pages in the region and "rescues" them from the 159 (*) void mapping_clear_unevictable(struct address_space *mapping);
109unevictable list if no other condition keeps them unevictable. If a SHM_LOCKed 160
110region is destroyed, the pages are also "rescued" from the unevictable list in 161 Mark the address space as being evictable.
111the process of freeing them. 162
112 163 (*) int mapping_unevictable(struct address_space *mapping);
113page_evictable() detects mlock()ed pages by testing an additional page flag, 164
114PG_mlocked via the PageMlocked() wrapper. If the page is NOT mlocked, and a 165 Query the address space, and return true if it is completely
115non-NULL vma is supplied, page_evictable() will check whether the vma is 166 unevictable.
167
168These are currently used in two places in the kernel:
169
170 (1) By ramfs to mark the address spaces of its inodes when they are created,
171 and this mark remains for the life of the inode.
172
173 (2) By SYSV SHM to mark SHM_LOCK'd address spaces until SHM_UNLOCK is called.
174
175 Note that SHM_LOCK is not required to page in the locked pages if they're
176 swapped out; the application must touch the pages manually if it wants to
177 ensure they're in memory.
178
179
180DETECTING UNEVICTABLE PAGES
181---------------------------
182
183The function page_evictable() in vmscan.c determines whether a page is
184evictable or not using the query function outlined above [see section "Marking
185address spaces unevictable"] to check the AS_UNEVICTABLE flag.
186
187For address spaces that are so marked after being populated (as SHM regions
188might be), the lock action (eg: SHM_LOCK) can be lazy, and need not populate
189the page tables for the region as does, for example, mlock(), nor need it make
190any special effort to push any pages in the SHM_LOCK'd area to the unevictable
191list. Instead, vmscan will do this if and when it encounters the pages during
192a reclamation scan.
193
194On an unlock action (such as SHM_UNLOCK), the unlocker (eg: shmctl()) must scan
195the pages in the region and "rescue" them from the unevictable list if no other
196condition is keeping them unevictable. If an unevictable region is destroyed,
197the pages are also "rescued" from the unevictable list in the process of
198freeing them.
199
200page_evictable() also checks for mlocked pages by testing an additional page
201flag, PG_mlocked (as wrapped by PageMlocked()). If the page is NOT mlocked,
202and a non-NULL VMA is supplied, page_evictable() will check whether the VMA is
116VM_LOCKED via is_mlocked_vma(). is_mlocked_vma() will SetPageMlocked() and 203VM_LOCKED via is_mlocked_vma(). is_mlocked_vma() will SetPageMlocked() and
117update the appropriate statistics if the vma is VM_LOCKED. This method allows 204update the appropriate statistics if the vma is VM_LOCKED. This method allows
118efficient "culling" of pages in the fault path that are being faulted in to 205efficient "culling" of pages in the fault path that are being faulted in to
119VM_LOCKED vmas. 206VM_LOCKED VMAs.
120 207
121 208
122Unevictable Pages and Vmscan [shrink_*_list()] 209VMSCAN'S HANDLING OF UNEVICTABLE PAGES
210--------------------------------------
123 211
124If unevictable pages are culled in the fault path, or moved to the unevictable 212If unevictable pages are culled in the fault path, or moved to the unevictable
125list at mlock() or mmap() time, vmscan will never encounter the pages until 213list at mlock() or mmap() time, vmscan will not encounter the pages until they
126they have become evictable again, for example, via munlock() and have been 214have become evictable again (via munlock() for example) and have been "rescued"
127"rescued" from the unevictable list. However, there may be situations where we 215from the unevictable list. However, there may be situations where we decide,
128decide, for the sake of expediency, to leave a unevictable page on one of the 216for the sake of expediency, to leave a unevictable page on one of the regular
129regular active/inactive LRU lists for vmscan to deal with. Vmscan checks for 217active/inactive LRU lists for vmscan to deal with. vmscan checks for such
130such pages in all of the shrink_{active|inactive|page}_list() functions and 218pages in all of the shrink_{active|inactive|page}_list() functions and will
131will "cull" such pages that it encounters--that is, it diverts those pages to 219"cull" such pages that it encounters: that is, it diverts those pages to the
132the unevictable list for the zone being scanned. 220unevictable list for the zone being scanned.
133 221
134There may be situations where a page is mapped into a VM_LOCKED vma, but the 222There may be situations where a page is mapped into a VM_LOCKED VMA, but the
135page is not marked as PageMlocked. Such pages will make it all the way to 223page is not marked as PG_mlocked. Such pages will make it all the way to
136shrink_page_list() where they will be detected when vmscan walks the reverse 224shrink_page_list() where they will be detected when vmscan walks the reverse
137map in try_to_unmap(). If try_to_unmap() returns SWAP_MLOCK, shrink_page_list() 225map in try_to_unmap(). If try_to_unmap() returns SWAP_MLOCK,
138will cull the page at that point. 226shrink_page_list() will cull the page at that point.
139 227
140To "cull" an unevictable page, vmscan simply puts the page back on the lru 228To "cull" an unevictable page, vmscan simply puts the page back on the LRU list
141list using putback_lru_page()--the inverse operation to isolate_lru_page()-- 229using putback_lru_page() - the inverse operation to isolate_lru_page() - after
142after dropping the page lock. Because the condition which makes the page 230dropping the page lock. Because the condition which makes the page unevictable
143unevictable may change once the page is unlocked, putback_lru_page() will 231may change once the page is unlocked, putback_lru_page() will recheck the
144recheck the unevictable state of a page that it places on the unevictable lru 232unevictable state of a page that it places on the unevictable list. If the
145list. If the page has become unevictable, putback_lru_page() removes it from 233page has become unevictable, putback_lru_page() removes it from the list and
146the list and retries, including the page_unevictable() test. Because such a 234retries, including the page_unevictable() test. Because such a race is a rare
147race is a rare event and movement of pages onto the unevictable list should be 235event and movement of pages onto the unevictable list should be rare, these
148rare, these extra evictabilty checks should not occur in the majority of calls 236extra evictabilty checks should not occur in the majority of calls to
149to putback_lru_page(). 237putback_lru_page().
150 238
151 239
152Mlocked Page: Prior Work 240=============
241MLOCKED PAGES
242=============
153 243
154The "Unevictable Mlocked Pages" infrastructure is based on work originally 244The unevictable page list is also useful for mlock(), in addition to ramfs and
245SYSV SHM. Note that mlock() is only available in CONFIG_MMU=y situations; in
246NOMMU situations, all mappings are effectively mlocked.
247
248
249HISTORY
250-------
251
252The "Unevictable mlocked Pages" infrastructure is based on work originally
155posted by Nick Piggin in an RFC patch entitled "mm: mlocked pages off LRU". 253posted by Nick Piggin in an RFC patch entitled "mm: mlocked pages off LRU".
156Nick posted his patch as an alternative to a patch posted by Christoph 254Nick posted his patch as an alternative to a patch posted by Christoph Lameter
157Lameter to achieve the same objective--hiding mlocked pages from vmscan. 255to achieve the same objective: hiding mlocked pages from vmscan.
158In Nick's patch, he used one of the struct page lru list link fields as a count 256
159of VM_LOCKED vmas that map the page. This use of the link field for a count 257In Nick's patch, he used one of the struct page LRU list link fields as a count
160prevented the management of the pages on an LRU list. Thus, mlocked pages were 258of VM_LOCKED VMAs that map the page. This use of the link field for a count
161not migratable as isolate_lru_page() could not find them and the lru list link 259prevented the management of the pages on an LRU list, and thus mlocked pages
162field was not available to the migration subsystem. Nick resolved this by 260were not migratable as isolate_lru_page() could not find them, and the LRU list
163putting mlocked pages back on the lru list before attempting to isolate them, 261link field was not available to the migration subsystem.
164thus abandoning the count of VM_LOCKED vmas. When Nick's patch was integrated 262
165with the Unevictable LRU work, the count was replaced by walking the reverse 263Nick resolved this by putting mlocked pages back on the lru list before
166map to determine whether any VM_LOCKED vmas mapped the page. More on this 264attempting to isolate them, thus abandoning the count of VM_LOCKED VMAs. When
167below. 265Nick's patch was integrated with the Unevictable LRU work, the count was
168 266replaced by walking the reverse map to determine whether any VM_LOCKED VMAs
169 267mapped the page. More on this below.
170Mlocked Pages: Basic Management 268
171 269
172Mlocked pages--pages mapped into a VM_LOCKED vma--represent one class of 270BASIC MANAGEMENT
173unevictable pages. When such a page has been "noticed" by the memory 271----------------
174management subsystem, the page is marked with the PG_mlocked [PageMlocked()] 272
175flag. A PageMlocked() page will be placed on the unevictable LRU list when 273mlocked pages - pages mapped into a VM_LOCKED VMA - are a class of unevictable
176it is added to the LRU. Pages can be "noticed" by memory management in 274pages. When such a page has been "noticed" by the memory management subsystem,
177several places: 275the page is marked with the PG_mlocked flag. This can be manipulated using the
178 276PageMlocked() functions.
1791) in the mlock()/mlockall() system call handlers. 277
1802) in the mmap() system call handler when mmap()ing a region with the 278A PG_mlocked page will be placed on the unevictable list when it is added to
181 MAP_LOCKED flag, or mmap()ing a region in a task that has called 279the LRU. Such pages can be "noticed" by memory management in several places:
182 mlockall() with the MCL_FUTURE flag. Both of these conditions result 280
183 in the VM_LOCKED flag being set for the vma. 281 (1) in the mlock()/mlockall() system call handlers;
1843) in the fault path, if mlocked pages are "culled" in the fault path, 282
185 and when a VM_LOCKED stack segment is expanded. 283 (2) in the mmap() system call handler when mmapping a region with the
1864) as mentioned above, in vmscan:shrink_page_list() when attempting to 284 MAP_LOCKED flag;
187 reclaim a page in a VM_LOCKED vma via try_to_unmap(). 285
188 286 (3) mmapping a region in a task that has called mlockall() with the MCL_FUTURE
189Mlocked pages become unlocked and rescued from the unevictable list when: 287 flag
190 288
1911) mapped in a range unlocked via the munlock()/munlockall() system calls. 289 (4) in the fault path, if mlocked pages are "culled" in the fault path,
1922) munmapped() out of the last VM_LOCKED vma that maps the page, including 290 and when a VM_LOCKED stack segment is expanded; or
193 unmapping at task exit. 291
1943) when the page is truncated from the last VM_LOCKED vma of an mmap()ed file. 292 (5) as mentioned above, in vmscan:shrink_page_list() when attempting to
1954) before a page is COWed in a VM_LOCKED vma. 293 reclaim a page in a VM_LOCKED VMA via try_to_unmap()
196 294
197 295all of which result in the VM_LOCKED flag being set for the VMA if it doesn't
198Mlocked Pages: mlock()/mlockall() System Call Handling 296already have it set.
297
298mlocked pages become unlocked and rescued from the unevictable list when:
299
300 (1) mapped in a range unlocked via the munlock()/munlockall() system calls;
301
302 (2) munmap()'d out of the last VM_LOCKED VMA that maps the page, including
303 unmapping at task exit;
304
305 (3) when the page is truncated from the last VM_LOCKED VMA of an mmapped file;
306 or
307
308 (4) before a page is COW'd in a VM_LOCKED VMA.
309
310
311mlock()/mlockall() SYSTEM CALL HANDLING
312---------------------------------------
199 313
200Both [do_]mlock() and [do_]mlockall() system call handlers call mlock_fixup() 314Both [do_]mlock() and [do_]mlockall() system call handlers call mlock_fixup()
201for each vma in the range specified by the call. In the case of mlockall(), 315for each VMA in the range specified by the call. In the case of mlockall(),
202this is the entire active address space of the task. Note that mlock_fixup() 316this is the entire active address space of the task. Note that mlock_fixup()
203is used for both mlock()ing and munlock()ing a range of memory. A call to 317is used for both mlocking and munlocking a range of memory. A call to mlock()
204mlock() an already VM_LOCKED vma, or to munlock() a vma that is not VM_LOCKED 318an already VM_LOCKED VMA, or to munlock() a VMA that is not VM_LOCKED is
205is treated as a no-op--mlock_fixup() simply returns. 319treated as a no-op, and mlock_fixup() simply returns.
206 320
207If the vma passes some filtering described in "Mlocked Pages: Filtering Vmas" 321If the VMA passes some filtering as described in "Filtering Special Vmas"
208below, mlock_fixup() will attempt to merge the vma with its neighbors or split 322below, mlock_fixup() will attempt to merge the VMA with its neighbors or split
209off a subset of the vma if the range does not cover the entire vma. Once the 323off a subset of the VMA if the range does not cover the entire VMA. Once the
210vma has been merged or split or neither, mlock_fixup() will call 324VMA has been merged or split or neither, mlock_fixup() will call
211__mlock_vma_pages_range() to fault in the pages via get_user_pages() and 325__mlock_vma_pages_range() to fault in the pages via get_user_pages() and to
212to mark the pages as mlocked via mlock_vma_page(). 326mark the pages as mlocked via mlock_vma_page().
213 327
214Note that the vma being mlocked might be mapped with PROT_NONE. In this case, 328Note that the VMA being mlocked might be mapped with PROT_NONE. In this case,
215get_user_pages() will be unable to fault in the pages. That's OK. If pages 329get_user_pages() will be unable to fault in the pages. That's okay. If pages
216do end up getting faulted into this VM_LOCKED vma, we'll handle them in the 330do end up getting faulted into this VM_LOCKED VMA, we'll handle them in the
217fault path or in vmscan. 331fault path or in vmscan.
218 332
219Also note that a page returned by get_user_pages() could be truncated or 333Also note that a page returned by get_user_pages() could be truncated or
220migrated out from under us, while we're trying to mlock it. To detect 334migrated out from under us, while we're trying to mlock it. To detect this,
221this, __mlock_vma_pages_range() tests the page_mapping after acquiring 335__mlock_vma_pages_range() checks page_mapping() after acquiring the page lock.
222the page lock. If the page is still associated with its mapping, we'll 336If the page is still associated with its mapping, we'll go ahead and call
223go ahead and call mlock_vma_page(). If the mapping is gone, we just 337mlock_vma_page(). If the mapping is gone, we just unlock the page and move on.
224unlock the page and move on. Worse case, this results in page mapped 338In the worst case, this will result in a page mapped in a VM_LOCKED VMA
225in a VM_LOCKED vma remaining on a normal LRU list without being 339remaining on a normal LRU list without being PageMlocked(). Again, vmscan will
226PageMlocked(). Again, vmscan will detect and cull such pages. 340detect and cull such pages.
227 341
228mlock_vma_page(), called with the page locked [N.B., not "mlocked"], will 342mlock_vma_page() will call TestSetPageMlocked() for each page returned by
229TestSetPageMlocked() for each page returned by get_user_pages(). We use 343get_user_pages(). We use TestSetPageMlocked() because the page might already
230TestSetPageMlocked() because the page might already be mlocked by another 344be mlocked by another task/VMA and we don't want to do extra work. We
231task/vma and we don't want to do extra work. We especially do not want to 345especially do not want to count an mlocked page more than once in the
232count an mlocked page more than once in the statistics. If the page was 346statistics. If the page was already mlocked, mlock_vma_page() need do nothing
233already mlocked, mlock_vma_page() is done. 347more.
234 348
235If the page was NOT already mlocked, mlock_vma_page() attempts to isolate the 349If the page was NOT already mlocked, mlock_vma_page() attempts to isolate the
236page from the LRU, as it is likely on the appropriate active or inactive list 350page from the LRU, as it is likely on the appropriate active or inactive list
237at that time. If the isolate_lru_page() succeeds, mlock_vma_page() will 351at that time. If the isolate_lru_page() succeeds, mlock_vma_page() will put
238putback the page--putback_lru_page()--which will notice that the page is now 352back the page - by calling putback_lru_page() - which will notice that the page
239mlocked and divert the page to the zone's unevictable LRU list. If 353is now mlocked and divert the page to the zone's unevictable list. If
240mlock_vma_page() is unable to isolate the page from the LRU, vmscan will handle 354mlock_vma_page() is unable to isolate the page from the LRU, vmscan will handle
241it later if/when it attempts to reclaim the page. 355it later if and when it attempts to reclaim the page.
242 356
243 357
244Mlocked Pages: Filtering Special Vmas 358FILTERING SPECIAL VMAS
359----------------------
245 360
246mlock_fixup() filters several classes of "special" vmas: 361mlock_fixup() filters several classes of "special" VMAs:
247 362
2481) vmas with VM_IO|VM_PFNMAP set are skipped entirely. The pages behind 3631) VMAs with VM_IO or VM_PFNMAP set are skipped entirely. The pages behind
249 these mappings are inherently pinned, so we don't need to mark them as 364 these mappings are inherently pinned, so we don't need to mark them as
250 mlocked. In any case, most of the pages have no struct page in which to 365 mlocked. In any case, most of the pages have no struct page in which to so
251 so mark the page. Because of this, get_user_pages() will fail for these 366 mark the page. Because of this, get_user_pages() will fail for these VMAs,
252 vmas, so there is no sense in attempting to visit them. 367 so there is no sense in attempting to visit them.
253 368
2542) vmas mapping hugetlbfs page are already effectively pinned into memory. 3692) VMAs mapping hugetlbfs page are already effectively pinned into memory. We
255 We don't need nor want to mlock() these pages. However, to preserve the 370 neither need nor want to mlock() these pages. However, to preserve the
256 prior behavior of mlock()--before the unevictable/mlock changes-- 371 prior behavior of mlock() - before the unevictable/mlock changes -
257 mlock_fixup() will call make_pages_present() in the hugetlbfs vma range 372 mlock_fixup() will call make_pages_present() in the hugetlbfs VMA range to
258 to allocate the huge pages and populate the ptes. 373 allocate the huge pages and populate the ptes.
259 374
2603) vmas with VM_DONTEXPAND|VM_RESERVED are generally user space mappings of 3753) VMAs with VM_DONTEXPAND or VM_RESERVED are generally userspace mappings of
261 kernel pages, such as the vdso page, relay channel pages, etc. These pages 376 kernel pages, such as the VDSO page, relay channel pages, etc. These pages
262 are inherently unevictable and are not managed on the LRU lists. 377 are inherently unevictable and are not managed on the LRU lists.
263 mlock_fixup() treats these vmas the same as hugetlbfs vmas. It calls 378 mlock_fixup() treats these VMAs the same as hugetlbfs VMAs. It calls
264 make_pages_present() to populate the ptes. 379 make_pages_present() to populate the ptes.
265 380
266Note that for all of these special vmas, mlock_fixup() does not set the 381Note that for all of these special VMAs, mlock_fixup() does not set the
267VM_LOCKED flag. Therefore, we won't have to deal with them later during 382VM_LOCKED flag. Therefore, we won't have to deal with them later during
268munlock() or munmap()--for example, at task exit. Neither does mlock_fixup() 383munlock(), munmap() or task exit. Neither does mlock_fixup() account these
269account these vmas against the task's "locked_vm". 384VMAs against the task's "locked_vm".
270 385
271Mlocked Pages: Downgrading the Mmap Semaphore. 386
272 387munlock()/munlockall() SYSTEM CALL HANDLING
273mlock_fixup() must be called with the mmap semaphore held for write, because 388-------------------------------------------
274it may have to merge or split vmas. However, mlocking a large region of 389
275memory can take a long time--especially if vmscan must reclaim pages to 390The munlock() and munlockall() system calls are handled by the same functions -
276satisfy the regions requirements. Faulting in a large region with the mmap 391do_mlock[all]() - as the mlock() and mlockall() system calls with the unlock vs
277semaphore held for write can hold off other faults on the address space, in 392lock operation indicated by an argument. So, these system calls are also
278the case of a multi-threaded task. It can also hold off scans of the task's 393handled by mlock_fixup(). Again, if called for an already munlocked VMA,
279address space via /proc. While testing under heavy load, it was observed that 394mlock_fixup() simply returns. Because of the VMA filtering discussed above,
280the ps(1) command could be held off for many minutes while a large segment was 395VM_LOCKED will not be set in any "special" VMAs. So, these VMAs will be
281mlock()ed down.
282
283To address this issue, and to make the system more responsive during mlock()ing
284of large segments, mlock_fixup() downgrades the mmap semaphore to read mode
285during the call to __mlock_vma_pages_range(). This works fine. However, the
286callers of mlock_fixup() expect the semaphore to be returned in write mode.
287So, mlock_fixup() "upgrades" the semphore to write mode. Linux does not
288support an atomic upgrade_sem() call, so mlock_fixup() must drop the semaphore
289and reacquire it in write mode. In a multi-threaded task, it is possible for
290the task memory map to change while the semaphore is dropped. Therefore,
291mlock_fixup() looks up the vma at the range start address after reacquiring
292the semaphore in write mode and verifies that it still covers the original
293range. If not, mlock_fixup() returns an error [-EAGAIN]. All callers of
294mlock_fixup() have been changed to deal with this new error condition.
295
296Note: when munlocking a region, all of the pages should already be resident--
297unless we have racing threads mlocking() and munlocking() regions. So,
298unlocking should not have to wait for page allocations nor faults of any kind.
299Therefore mlock_fixup() does not downgrade the semaphore for munlock().
300
301
302Mlocked Pages: munlock()/munlockall() System Call Handling
303
304The munlock() and munlockall() system calls are handled by the same functions--
305do_mlock[all]()--as the mlock() and mlockall() system calls with the unlock
306vs lock operation indicated by an argument. So, these system calls are also
307handled by mlock_fixup(). Again, if called for an already munlock()ed vma,
308mlock_fixup() simply returns. Because of the vma filtering discussed above,
309VM_LOCKED will not be set in any "special" vmas. So, these vmas will be
310ignored for munlock. 396ignored for munlock.
311 397
312If the vma is VM_LOCKED, mlock_fixup() again attempts to merge or split off 398If the VMA is VM_LOCKED, mlock_fixup() again attempts to merge or split off the
313the specified range. The range is then munlocked via the function 399specified range. The range is then munlocked via the function
314__mlock_vma_pages_range()--the same function used to mlock a vma range-- 400__mlock_vma_pages_range() - the same function used to mlock a VMA range -
315passing a flag to indicate that munlock() is being performed. 401passing a flag to indicate that munlock() is being performed.
316 402
317Because the vma access protections could have been changed to PROT_NONE after 403Because the VMA access protections could have been changed to PROT_NONE after
318faulting in and mlocking pages, get_user_pages() was unreliable for visiting 404faulting in and mlocking pages, get_user_pages() was unreliable for visiting
319these pages for munlocking. Because we don't want to leave pages mlocked(), 405these pages for munlocking. Because we don't want to leave pages mlocked,
320get_user_pages() was enhanced to accept a flag to ignore the permissions when 406get_user_pages() was enhanced to accept a flag to ignore the permissions when
321fetching the pages--all of which should be resident as a result of previous 407fetching the pages - all of which should be resident as a result of previous
322mlock()ing. 408mlocking.
323 409
324For munlock(), __mlock_vma_pages_range() unlocks individual pages by calling 410For munlock(), __mlock_vma_pages_range() unlocks individual pages by calling
325munlock_vma_page(). munlock_vma_page() unconditionally clears the PG_mlocked 411munlock_vma_page(). munlock_vma_page() unconditionally clears the PG_mlocked
326flag using TestClearPageMlocked(). As with mlock_vma_page(), munlock_vma_page() 412flag using TestClearPageMlocked(). As with mlock_vma_page(),
327use the Test*PageMlocked() function to handle the case where the page might 413munlock_vma_page() use the Test*PageMlocked() function to handle the case where
328have already been unlocked by another task. If the page was mlocked, 414the page might have already been unlocked by another task. If the page was
329munlock_vma_page() updates that zone statistics for the number of mlocked 415mlocked, munlock_vma_page() updates that zone statistics for the number of
330pages. Note, however, that at this point we haven't checked whether the page 416mlocked pages. Note, however, that at this point we haven't checked whether
331is mapped by other VM_LOCKED vmas. 417the page is mapped by other VM_LOCKED VMAs.
332 418
333We can't call try_to_munlock(), the function that walks the reverse map to check 419We can't call try_to_munlock(), the function that walks the reverse map to
334for other VM_LOCKED vmas, without first isolating the page from the LRU. 420check for other VM_LOCKED VMAs, without first isolating the page from the LRU.
335try_to_munlock() is a variant of try_to_unmap() and thus requires that the page 421try_to_munlock() is a variant of try_to_unmap() and thus requires that the page
336not be on an lru list. [More on these below.] However, the call to 422not be on an LRU list [more on these below]. However, the call to
337isolate_lru_page() could fail, in which case we couldn't try_to_munlock(). 423isolate_lru_page() could fail, in which case we couldn't try_to_munlock(). So,
338So, we go ahead and clear PG_mlocked up front, as this might be the only chance 424we go ahead and clear PG_mlocked up front, as this might be the only chance we
339we have. If we can successfully isolate the page, we go ahead and 425have. If we can successfully isolate the page, we go ahead and
340try_to_munlock(), which will restore the PG_mlocked flag and update the zone 426try_to_munlock(), which will restore the PG_mlocked flag and update the zone
341page statistics if it finds another vma holding the page mlocked. If we fail 427page statistics if it finds another VMA holding the page mlocked. If we fail
342to isolate the page, we'll have left a potentially mlocked page on the LRU. 428to isolate the page, we'll have left a potentially mlocked page on the LRU.
343This is fine, because we'll catch it later when/if vmscan tries to reclaim the 429This is fine, because we'll catch it later if and if vmscan tries to reclaim
344page. This should be relatively rare. 430the page. This should be relatively rare.
345 431
346Mlocked Pages: Migrating Them... 432
347 433MIGRATING MLOCKED PAGES
348A page that is being migrated has been isolated from the lru lists and is 434-----------------------
349held locked across unmapping of the page, updating the page's mapping 435
350[address_space] entry and copying the contents and state, until the 436A page that is being migrated has been isolated from the LRU lists and is held
351page table entry has been replaced with an entry that refers to the new 437locked across unmapping of the page, updating the page's address space entry
352page. Linux supports migration of mlocked pages and other unevictable 438and copying the contents and state, until the page table entry has been
353pages. This involves simply moving the PageMlocked and PageUnevictable states 439replaced with an entry that refers to the new page. Linux supports migration
354from the old page to the new page. 440of mlocked pages and other unevictable pages. This involves simply moving the
355 441PG_mlocked and PG_unevictable states from the old page to the new page.
356Note that page migration can race with mlocking or munlocking of the same 442
357page. This has been discussed from the mlock/munlock perspective in the 443Note that page migration can race with mlocking or munlocking of the same page.
358respective sections above. Both processes [migration, m[un]locking], hold 444This has been discussed from the mlock/munlock perspective in the respective
359the page locked. This provides the first level of synchronization. Page 445sections above. Both processes (migration and m[un]locking) hold the page
360migration zeros out the page_mapping of the old page before unlocking it, 446locked. This provides the first level of synchronization. Page migration
361so m[un]lock can skip these pages by testing the page mapping under page 447zeros out the page_mapping of the old page before unlocking it, so m[un]lock
362lock. 448can skip these pages by testing the page mapping under page lock.
363 449
364When completing page migration, we place the new and old pages back onto the 450To complete page migration, we place the new and old pages back onto the LRU
365lru after dropping the page lock. The "unneeded" page--old page on success, 451after dropping the page lock. The "unneeded" page - old page on success, new
366new page on failure--will be freed when the reference count held by the 452page on failure - will be freed when the reference count held by the migration
367migration process is released. To ensure that we don't strand pages on the 453process is released. To ensure that we don't strand pages on the unevictable
368unevictable list because of a race between munlock and migration, page 454list because of a race between munlock and migration, page migration uses the
369migration uses the putback_lru_page() function to add migrated pages back to 455putback_lru_page() function to add migrated pages back to the LRU.
370the lru. 456
371 457
372 458mmap(MAP_LOCKED) SYSTEM CALL HANDLING
373Mlocked Pages: mmap(MAP_LOCKED) System Call Handling 459-------------------------------------
374 460
375In addition the the mlock()/mlockall() system calls, an application can request 461In addition the the mlock()/mlockall() system calls, an application can request
376that a region of memory be mlocked using the MAP_LOCKED flag with the mmap() 462that a region of memory be mlocked supplying the MAP_LOCKED flag to the mmap()
377call. Furthermore, any mmap() call or brk() call that expands the heap by a 463call. Furthermore, any mmap() call or brk() call that expands the heap by a
378task that has previously called mlockall() with the MCL_FUTURE flag will result 464task that has previously called mlockall() with the MCL_FUTURE flag will result
379in the newly mapped memory being mlocked. Before the unevictable/mlock changes, 465in the newly mapped memory being mlocked. Before the unevictable/mlock
380the kernel simply called make_pages_present() to allocate pages and populate 466changes, the kernel simply called make_pages_present() to allocate pages and
381the page table. 467populate the page table.
382 468
383To mlock a range of memory under the unevictable/mlock infrastructure, the 469To mlock a range of memory under the unevictable/mlock infrastructure, the
384mmap() handler and task address space expansion functions call 470mmap() handler and task address space expansion functions call
385mlock_vma_pages_range() specifying the vma and the address range to mlock. 471mlock_vma_pages_range() specifying the vma and the address range to mlock.
386mlock_vma_pages_range() filters vmas like mlock_fixup(), as described above in 472mlock_vma_pages_range() filters VMAs like mlock_fixup(), as described above in
387"Mlocked Pages: Filtering Vmas". It will clear the VM_LOCKED flag, which will 473"Filtering Special VMAs". It will clear the VM_LOCKED flag, which will have
388have already been set by the caller, in filtered vmas. Thus these vma's need 474already been set by the caller, in filtered VMAs. Thus these VMA's need not be
389not be visited for munlock when the region is unmapped. 475visited for munlock when the region is unmapped.
390 476
391For "normal" vmas, mlock_vma_pages_range() calls __mlock_vma_pages_range() to 477For "normal" VMAs, mlock_vma_pages_range() calls __mlock_vma_pages_range() to
392fault/allocate the pages and mlock them. Again, like mlock_fixup(), 478fault/allocate the pages and mlock them. Again, like mlock_fixup(),
393mlock_vma_pages_range() downgrades the mmap semaphore to read mode before 479mlock_vma_pages_range() downgrades the mmap semaphore to read mode before
394attempting to fault/allocate and mlock the pages; and "upgrades" the semaphore 480attempting to fault/allocate and mlock the pages and "upgrades" the semaphore
395back to write mode before returning. 481back to write mode before returning.
396 482
397The callers of mlock_vma_pages_range() will have already added the memory 483The callers of mlock_vma_pages_range() will have already added the memory range
398range to be mlocked to the task's "locked_vm". To account for filtered vmas, 484to be mlocked to the task's "locked_vm". To account for filtered VMAs,
399mlock_vma_pages_range() returns the number of pages NOT mlocked. All of the 485mlock_vma_pages_range() returns the number of pages NOT mlocked. All of the
400callers then subtract a non-negative return value from the task's locked_vm. 486callers then subtract a non-negative return value from the task's locked_vm. A
401A negative return value represent an error--for example, from get_user_pages() 487negative return value represent an error - for example, from get_user_pages()
402attempting to fault in a vma with PROT_NONE access. In this case, we leave 488attempting to fault in a VMA with PROT_NONE access. In this case, we leave the
403the memory range accounted as locked_vm, as the protections could be changed 489memory range accounted as locked_vm, as the protections could be changed later
404later and pages allocated into that region. 490and pages allocated into that region.
405 491
406 492
407Mlocked Pages: munmap()/exit()/exec() System Call Handling 493munmap()/exit()/exec() SYSTEM CALL HANDLING
494-------------------------------------------
408 495
409When unmapping an mlocked region of memory, whether by an explicit call to 496When unmapping an mlocked region of memory, whether by an explicit call to
410munmap() or via an internal unmap from exit() or exec() processing, we must 497munmap() or via an internal unmap from exit() or exec() processing, we must
411munlock the pages if we're removing the last VM_LOCKED vma that maps the pages. 498munlock the pages if we're removing the last VM_LOCKED VMA that maps the pages.
412Before the unevictable/mlock changes, mlocking did not mark the pages in any 499Before the unevictable/mlock changes, mlocking did not mark the pages in any
413way, so unmapping them required no processing. 500way, so unmapping them required no processing.
414 501
415To munlock a range of memory under the unevictable/mlock infrastructure, the 502To munlock a range of memory under the unevictable/mlock infrastructure, the
416munmap() hander and task address space tear down function call 503munmap() handler and task address space call tear down function
417munlock_vma_pages_all(). The name reflects the observation that one always 504munlock_vma_pages_all(). The name reflects the observation that one always
418specifies the entire vma range when munlock()ing during unmap of a region. 505specifies the entire VMA range when munlock()ing during unmap of a region.
419Because of the vma filtering when mlocking() regions, only "normal" vmas that 506Because of the VMA filtering when mlocking() regions, only "normal" VMAs that
420actually contain mlocked pages will be passed to munlock_vma_pages_all(). 507actually contain mlocked pages will be passed to munlock_vma_pages_all().
421 508
422munlock_vma_pages_all() clears the VM_LOCKED vma flag and, like mlock_fixup() 509munlock_vma_pages_all() clears the VM_LOCKED VMA flag and, like mlock_fixup()
423for the munlock case, calls __munlock_vma_pages_range() to walk the page table 510for the munlock case, calls __munlock_vma_pages_range() to walk the page table
424for the vma's memory range and munlock_vma_page() each resident page mapped by 511for the VMA's memory range and munlock_vma_page() each resident page mapped by
425the vma. This effectively munlocks the page, only if this is the last 512the VMA. This effectively munlocks the page, only if this is the last
426VM_LOCKED vma that maps the page. 513VM_LOCKED VMA that maps the page.
427
428 514
429Mlocked Page: try_to_unmap()
430 515
431[Note: the code changes represented by this section are really quite small 516try_to_unmap()
432compared to the text to describe what happening and why, and to discuss the 517--------------
433implications.]
434 518
435Pages can, of course, be mapped into multiple vmas. Some of these vmas may 519Pages can, of course, be mapped into multiple VMAs. Some of these VMAs may
436have VM_LOCKED flag set. It is possible for a page mapped into one or more 520have VM_LOCKED flag set. It is possible for a page mapped into one or more
437VM_LOCKED vmas not to have the PG_mlocked flag set and therefore reside on one 521VM_LOCKED VMAs not to have the PG_mlocked flag set and therefore reside on one
438of the active or inactive LRU lists. This could happen if, for example, a 522of the active or inactive LRU lists. This could happen if, for example, a task
439task in the process of munlock()ing the page could not isolate the page from 523in the process of munlocking the page could not isolate the page from the LRU.
440the LRU. As a result, vmscan/shrink_page_list() might encounter such a page 524As a result, vmscan/shrink_page_list() might encounter such a page as described
441as described in "Unevictable Pages and Vmscan [shrink_*_list()]". To 525in section "vmscan's handling of unevictable pages". To handle this situation,
442handle this situation, try_to_unmap() has been enhanced to check for VM_LOCKED 526try_to_unmap() checks for VM_LOCKED VMAs while it is walking a page's reverse
443vmas while it is walking a page's reverse map. 527map.
444 528
445try_to_unmap() is always called, by either vmscan for reclaim or for page 529try_to_unmap() is always called, by either vmscan for reclaim or for page
446migration, with the argument page locked and isolated from the LRU. BUG_ON() 530migration, with the argument page locked and isolated from the LRU. Separate
447assertions enforce this requirement. Separate functions handle anonymous and 531functions handle anonymous and mapped file pages, as these types of pages have
448mapped file pages, as these types of pages have different reverse map 532different reverse map mechanisms.
449mechanisms. 533
450 534 (*) try_to_unmap_anon()
451 try_to_unmap_anon() 535
452 536 To unmap anonymous pages, each VMA in the list anchored in the anon_vma
453To unmap anonymous pages, each vma in the list anchored in the anon_vma must be 537 must be visited - at least until a VM_LOCKED VMA is encountered. If the
454visited--at least until a VM_LOCKED vma is encountered. If the page is being 538 page is being unmapped for migration, VM_LOCKED VMAs do not stop the
455unmapped for migration, VM_LOCKED vmas do not stop the process because mlocked 539 process because mlocked pages are migratable. However, for reclaim, if
456pages are migratable. However, for reclaim, if the page is mapped into a 540 the page is mapped into a VM_LOCKED VMA, the scan stops.
457VM_LOCKED vma, the scan stops. try_to_unmap() attempts to acquire the mmap 541
458semphore of the mm_struct to which the vma belongs in read mode. If this is 542 try_to_unmap_anon() attempts to acquire in read mode the mmap semphore of
459successful, try_to_unmap() will mlock the page via mlock_vma_page()--we 543 the mm_struct to which the VMA belongs. If this is successful, it will
460wouldn't have gotten to try_to_unmap() if the page were already mlocked--and 544 mlock the page via mlock_vma_page() - we wouldn't have gotten to
461will return SWAP_MLOCK, indicating that the page is unevictable. If the 545 try_to_unmap_anon() if the page were already mlocked - and will return
462mmap semaphore cannot be acquired, we are not sure whether the page is really 546 SWAP_MLOCK, indicating that the page is unevictable.
463unevictable or not. In this case, try_to_unmap() will return SWAP_AGAIN. 547
464 548 If the mmap semaphore cannot be acquired, we are not sure whether the page
465 try_to_unmap_file() -- linear mappings 549 is really unevictable or not. In this case, try_to_unmap_anon() will
466 550 return SWAP_AGAIN.
467Unmapping of a mapped file page works the same, except that the scan visits 551
468all vmas that maps the page's index/page offset in the page's mapping's 552 (*) try_to_unmap_file() - linear mappings
469reverse map priority search tree. It must also visit each vma in the page's 553
470mapping's non-linear list, if the list is non-empty. As for anonymous pages, 554 Unmapping of a mapped file page works the same as for anonymous mappings,
471on encountering a VM_LOCKED vma for a mapped file page, try_to_unmap() will 555 except that the scan visits all VMAs that map the page's index/page offset
472attempt to acquire the associated mm_struct's mmap semaphore to mlock the page, 556 in the page's mapping's reverse map priority search tree. It also visits
473returning SWAP_MLOCK if this is successful, and SWAP_AGAIN, if not. 557 each VMA in the page's mapping's non-linear list, if the list is
474 558 non-empty.
475 try_to_unmap_file() -- non-linear mappings 559
476 560 As for anonymous pages, on encountering a VM_LOCKED VMA for a mapped file
477If a page's mapping contains a non-empty non-linear mapping vma list, then 561 page, try_to_unmap_file() will attempt to acquire the associated
478try_to_un{map|lock}() must also visit each vma in that list to determine 562 mm_struct's mmap semaphore to mlock the page, returning SWAP_MLOCK if this
479whether the page is mapped in a VM_LOCKED vma. Again, the scan must visit 563 is successful, and SWAP_AGAIN, if not.
480all vmas in the non-linear list to ensure that the pages is not/should not be 564
481mlocked. If a VM_LOCKED vma is found in the list, the scan could terminate. 565 (*) try_to_unmap_file() - non-linear mappings
482However, there is no easy way to determine whether the page is actually mapped 566
483in a given vma--either for unmapping or testing whether the VM_LOCKED vma 567 If a page's mapping contains a non-empty non-linear mapping VMA list, then
484actually pins the page. 568 try_to_un{map|lock}() must also visit each VMA in that list to determine
485 569 whether the page is mapped in a VM_LOCKED VMA. Again, the scan must visit
486So, try_to_unmap_file() handles non-linear mappings by scanning a certain 570 all VMAs in the non-linear list to ensure that the pages is not/should not
487number of pages--a "cluster"--in each non-linear vma associated with the page's 571 be mlocked.
488mapping, for each file mapped page that vmscan tries to unmap. If this happens 572
489to unmap the page we're trying to unmap, try_to_unmap() will notice this on 573 If a VM_LOCKED VMA is found in the list, the scan could terminate.
490return--(page_mapcount(page) == 0)--and return SWAP_SUCCESS. Otherwise, it 574 However, there is no easy way to determine whether the page is actually
491will return SWAP_AGAIN, causing vmscan to recirculate this page. We take 575 mapped in a given VMA - either for unmapping or testing whether the
492advantage of the cluster scan in try_to_unmap_cluster() as follows: 576 VM_LOCKED VMA actually pins the page.
493 577
494For each non-linear vma, try_to_unmap_cluster() attempts to acquire the mmap 578 try_to_unmap_file() handles non-linear mappings by scanning a certain
495semaphore of the associated mm_struct for read without blocking. If this 579 number of pages - a "cluster" - in each non-linear VMA associated with the
496attempt is successful and the vma is VM_LOCKED, try_to_unmap_cluster() will 580 page's mapping, for each file mapped page that vmscan tries to unmap. If
497retain the mmap semaphore for the scan; otherwise it drops it here. Then, 581 this happens to unmap the page we're trying to unmap, try_to_unmap() will
498for each page in the cluster, if we're holding the mmap semaphore for a locked 582 notice this on return (page_mapcount(page) will be 0) and return
499vma, try_to_unmap_cluster() calls mlock_vma_page() to mlock the page. This 583 SWAP_SUCCESS. Otherwise, it will return SWAP_AGAIN, causing vmscan to
500call is a no-op if the page is already locked, but will mlock any pages in 584 recirculate this page. We take advantage of the cluster scan in
501the non-linear mapping that happen to be unlocked. If one of the pages so 585 try_to_unmap_cluster() as follows:
502mlocked is the page passed in to try_to_unmap(), try_to_unmap_cluster() will 586
503return SWAP_MLOCK, rather than the default SWAP_AGAIN. This will allow vmscan 587 For each non-linear VMA, try_to_unmap_cluster() attempts to acquire the
504to cull the page, rather than recirculating it on the inactive list. Again, 588 mmap semaphore of the associated mm_struct for read without blocking.
505if try_to_unmap_cluster() cannot acquire the vma's mmap sem, it returns 589
506SWAP_AGAIN, indicating that the page is mapped by a VM_LOCKED vma, but 590 If this attempt is successful and the VMA is VM_LOCKED,
507couldn't be mlocked. 591 try_to_unmap_cluster() will retain the mmap semaphore for the scan;
508 592 otherwise it drops it here.
509 593
510Mlocked pages: try_to_munlock() Reverse Map Scan 594 Then, for each page in the cluster, if we're holding the mmap semaphore
511 595 for a locked VMA, try_to_unmap_cluster() calls mlock_vma_page() to
512TODO/FIXME: a better name might be page_mlocked()--analogous to the 596 mlock the page. This call is a no-op if the page is already locked,
513page_referenced() reverse map walker. 597 but will mlock any pages in the non-linear mapping that happen to be
514 598 unlocked.
515When munlock_vma_page()--see "Mlocked Pages: munlock()/munlockall() 599
516System Call Handling" above--tries to munlock a page, it needs to 600 If one of the pages so mlocked is the page passed in to try_to_unmap(),
517determine whether or not the page is mapped by any VM_LOCKED vma, without 601 try_to_unmap_cluster() will return SWAP_MLOCK, rather than the default
518actually attempting to unmap all ptes from the page. For this purpose, the 602 SWAP_AGAIN. This will allow vmscan to cull the page, rather than
519unevictable/mlock infrastructure introduced a variant of try_to_unmap() called 603 recirculating it on the inactive list.
520try_to_munlock(). 604
605 Again, if try_to_unmap_cluster() cannot acquire the VMA's mmap sem, it
606 returns SWAP_AGAIN, indicating that the page is mapped by a VM_LOCKED
607 VMA, but couldn't be mlocked.
608
609
610try_to_munlock() REVERSE MAP SCAN
611---------------------------------
612
613 [!] TODO/FIXME: a better name might be page_mlocked() - analogous to the
614 page_referenced() reverse map walker.
615
616When munlock_vma_page() [see section "munlock()/munlockall() System Call
617Handling" above] tries to munlock a page, it needs to determine whether or not
618the page is mapped by any VM_LOCKED VMA without actually attempting to unmap
619all PTEs from the page. For this purpose, the unevictable/mlock infrastructure
620introduced a variant of try_to_unmap() called try_to_munlock().
521 621
522try_to_munlock() calls the same functions as try_to_unmap() for anonymous and 622try_to_munlock() calls the same functions as try_to_unmap() for anonymous and
523mapped file pages with an additional argument specifing unlock versus unmap 623mapped file pages with an additional argument specifing unlock versus unmap
524processing. Again, these functions walk the respective reverse maps looking 624processing. Again, these functions walk the respective reverse maps looking
525for VM_LOCKED vmas. When such a vma is found for anonymous pages and file 625for VM_LOCKED VMAs. When such a VMA is found for anonymous pages and file
526pages mapped in linear VMAs, as in the try_to_unmap() case, the functions 626pages mapped in linear VMAs, as in the try_to_unmap() case, the functions
527attempt to acquire the associated mmap semphore, mlock the page via 627attempt to acquire the associated mmap semphore, mlock the page via
528mlock_vma_page() and return SWAP_MLOCK. This effectively undoes the 628mlock_vma_page() and return SWAP_MLOCK. This effectively undoes the
529pre-clearing of the page's PG_mlocked done by munlock_vma_page. 629pre-clearing of the page's PG_mlocked done by munlock_vma_page.
530 630
531If try_to_unmap() is unable to acquire a VM_LOCKED vma's associated mmap 631If try_to_unmap() is unable to acquire a VM_LOCKED VMA's associated mmap
532semaphore, it will return SWAP_AGAIN. This will allow shrink_page_list() 632semaphore, it will return SWAP_AGAIN. This will allow shrink_page_list() to
533to recycle the page on the inactive list and hope that it has better luck 633recycle the page on the inactive list and hope that it has better luck with the
534with the page next time. 634page next time.
535 635
536For file pages mapped into non-linear vmas, the try_to_munlock() logic works 636For file pages mapped into non-linear VMAs, the try_to_munlock() logic works
537slightly differently. On encountering a VM_LOCKED non-linear vma that might 637slightly differently. On encountering a VM_LOCKED non-linear VMA that might
538map the page, try_to_munlock() returns SWAP_AGAIN without actually mlocking 638map the page, try_to_munlock() returns SWAP_AGAIN without actually mlocking the
539the page. munlock_vma_page() will just leave the page unlocked and let 639page. munlock_vma_page() will just leave the page unlocked and let vmscan deal
540vmscan deal with it--the usual fallback position. 640with it - the usual fallback position.
541 641
542Note that try_to_munlock()'s reverse map walk must visit every vma in a pages' 642Note that try_to_munlock()'s reverse map walk must visit every VMA in a page's
543reverse map to determine that a page is NOT mapped into any VM_LOCKED vma. 643reverse map to determine that a page is NOT mapped into any VM_LOCKED VMA.
544However, the scan can terminate when it encounters a VM_LOCKED vma and can 644However, the scan can terminate when it encounters a VM_LOCKED VMA and can
545successfully acquire the vma's mmap semphore for read and mlock the page. 645successfully acquire the VMA's mmap semphore for read and mlock the page.
546Although try_to_munlock() can be called many [very many!] times when 646Although try_to_munlock() might be called a great many times when munlocking a
547munlock()ing a large region or tearing down a large address space that has been 647large region or tearing down a large address space that has been mlocked via
548mlocked via mlockall(), overall this is a fairly rare event. 648mlockall(), overall this is a fairly rare event.
549 649
550Mlocked Page: Page Reclaim in shrink_*_list() 650
551 651PAGE RECLAIM IN shrink_*_list()
552shrink_active_list() culls any obviously unevictable pages--i.e., 652-------------------------------
553!page_evictable(page, NULL)--diverting these to the unevictable lru 653
554list. However, shrink_active_list() only sees unevictable pages that 654shrink_active_list() culls any obviously unevictable pages - i.e.
555made it onto the active/inactive lru lists. Note that these pages do not 655!page_evictable(page, NULL) - diverting these to the unevictable list.
556have PageUnevictable set--otherwise, they would be on the unevictable list and 656However, shrink_active_list() only sees unevictable pages that made it onto the
557shrink_active_list would never see them. 657active/inactive lru lists. Note that these pages do not have PageUnevictable
658set - otherwise they would be on the unevictable list and shrink_active_list
659would never see them.
558 660
559Some examples of these unevictable pages on the LRU lists are: 661Some examples of these unevictable pages on the LRU lists are:
560 662
5611) ramfs pages that have been placed on the lru lists when first allocated. 663 (1) ramfs pages that have been placed on the LRU lists when first allocated.
664
665 (2) SHM_LOCK'd shared memory pages. shmctl(SHM_LOCK) does not attempt to
666 allocate or fault in the pages in the shared memory region. This happens
667 when an application accesses the page the first time after SHM_LOCK'ing
668 the segment.
562 669
5632) SHM_LOCKed shared memory pages. shmctl(SHM_LOCK) does not attempt to 670 (3) mlocked pages that could not be isolated from the LRU and moved to the
564 allocate or fault in the pages in the shared memory region. This happens 671 unevictable list in mlock_vma_page().
565 when an application accesses the page the first time after SHM_LOCKing
566 the segment.
567 672
5683) Mlocked pages that could not be isolated from the lru and moved to the 673 (4) Pages mapped into multiple VM_LOCKED VMAs, but try_to_munlock() couldn't
569 unevictable list in mlock_vma_page(). 674 acquire the VMA's mmap semaphore to test the flags and set PageMlocked.
675 munlock_vma_page() was forced to let the page back on to the normal LRU
676 list for vmscan to handle.
570 677
5713) Pages mapped into multiple VM_LOCKED vmas, but try_to_munlock() couldn't 678shrink_inactive_list() also diverts any unevictable pages that it finds on the
572 acquire the vma's mmap semaphore to test the flags and set PageMlocked. 679inactive lists to the appropriate zone's unevictable list.
573 munlock_vma_page() was forced to let the page back on to the normal
574 LRU list for vmscan to handle.
575 680
576shrink_inactive_list() also culls any unevictable pages that it finds on 681shrink_inactive_list() should only see SHM_LOCK'd pages that became SHM_LOCK'd
577the inactive lists, again diverting them to the appropriate zone's unevictable 682after shrink_active_list() had moved them to the inactive list, or pages mapped
578lru list. shrink_inactive_list() should only see SHM_LOCKed pages that became 683into VM_LOCKED VMAs that munlock_vma_page() couldn't isolate from the LRU to
579SHM_LOCKed after shrink_active_list() had moved them to the inactive list, or 684recheck via try_to_munlock(). shrink_inactive_list() won't notice the latter,
580pages mapped into VM_LOCKED vmas that munlock_vma_page() couldn't isolate from 685but will pass on to shrink_page_list().
581the lru to recheck via try_to_munlock(). shrink_inactive_list() won't notice
582the latter, but will pass on to shrink_page_list().
583 686
584shrink_page_list() again culls obviously unevictable pages that it could 687shrink_page_list() again culls obviously unevictable pages that it could
585encounter for similar reason to shrink_inactive_list(). Pages mapped into 688encounter for similar reason to shrink_inactive_list(). Pages mapped into
586VM_LOCKED vmas but without PG_mlocked set will make it all the way to 689VM_LOCKED VMAs but without PG_mlocked set will make it all the way to
587try_to_unmap(). shrink_page_list() will divert them to the unevictable list 690try_to_unmap(). shrink_page_list() will divert them to the unevictable list
588when try_to_unmap() returns SWAP_MLOCK, as discussed above. 691when try_to_unmap() returns SWAP_MLOCK, as discussed above.