* MFC decode failed in S5PV210 in kernel 3.8
@ 2013-03-02 4:00 Lonsn
2013-03-02 9:19 ` Lonsn
2013-03-04 9:22 ` Kamil Debski
0 siblings, 2 replies; 8+ messages in thread
From: Lonsn @ 2013-03-02 4:00 UTC (permalink / raw)
To: linux-samsung-soc, linux-media; +Cc: k.debski, Sylwester Nawrocki
Hi,
I tested the MFC decode example v4l2_decode from
http://git.infradead.org/users/kmpark/public-apps and meet some problems
as following:
# ./v4l2_decode -f /dev/video5 -m /dev/video9 -d /dev/fb0 -c mpeg4 -i
shrek.m4v
V4L2 Codec decoding example application
Kamil Debski <k.debski@samsung.com>
Copyright 2012 Samsung Electronics Co., Ltd.
(fb.c:fb_open:51): Framebuffer properties: xres=1024, yres=768, bpp=32
(fb.c:fb_open:53): Virtual resolution: vxres=1024 vyres=768
(fimc.c:fimc_open:56): FIMC Info (/dev/video5): driver="s5pv210-fimc"
bus_info="" card="s5pv210-fimc" fd=0x5
(mfc.c:mfc_open:57): MFC Info (/dev/video9): driver="s5p-mfc"
bus_info="" card="s5p-mfc" fd=0x6
(main.c:main:415): Successfully opened all necessary files and devices
(mfc.c:mfc_dec_setup_output:101): Setup MFC decoding OUTPUT buffer
size=1048576 (requested=1048576)
(mfc.c:mfc_dec_setup_output:118): Number of MFC OUTPUT buffers is 2
(requested 2)
(mfc.c:mfc_dec_setup_output:148): Succesfully mmapped 2 MFC OUTPUT buffers
(main.c:extract_and_process_header:84): Extracted header of size 13089
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(mfc.c:mfc_stream:236): Stream ON on OUTPUT queue
(mfc.c:mfc_dec_setup_capture:277): MFC buffer parameters: 0x0 plane[0]=0
plane[1]=0
Error (mfc.c:mfc_dec_setup_capture:283): Failed to get crop information
And kernel print:
s5p_mfc_handle_error:420: Interrupt Error: 00000035
vidioc_g_crop:782: Cannont set crop
It seems MFC buffer parameters error first.
The shrek.m4v comes from http://www.uky.edu/~drlane/com351/shrek.m4v and
is H264 format. But if I use -c h264, then v4l2_decode will print:
Error (parser.c:parse_h264_stream:337): Output buffer too small for
current frame
Error (main.c:extract_and_process_header:71): Failed to extract header
from stream
Any suggestions?
Thanks.
^ permalink raw reply [flat|nested] 8+ messages in thread
* Re: MFC decode failed in S5PV210 in kernel 3.8
2013-03-02 4:00 MFC decode failed in S5PV210 in kernel 3.8 Lonsn
@ 2013-03-02 9:19 ` Lonsn
2013-03-04 9:22 ` Kamil Debski
1 sibling, 0 replies; 8+ messages in thread
From: Lonsn @ 2013-03-02 9:19 UTC (permalink / raw)
Cc: linux-samsung-soc, linux-media, k.debski, Sylwester Nawrocki
于 2013/3/2 12:00, Lonsn 写道:
> Hi,
> I tested the MFC decode example v4l2_decode from
> http://git.infradead.org/users/kmpark/public-apps and meet some problems
> as following:
> # ./v4l2_decode -f /dev/video5 -m /dev/video9 -d /dev/fb0 -c mpeg4 -i
> shrek.m4v
> V4L2 Codec decoding example application
> Kamil Debski <k.debski@samsung.com>
> Copyright 2012 Samsung Electronics Co., Ltd.
>
> (fb.c:fb_open:51): Framebuffer properties: xres=1024, yres=768, bpp=32
> (fb.c:fb_open:53): Virtual resolution: vxres=1024 vyres=768
> (fimc.c:fimc_open:56): FIMC Info (/dev/video5): driver="s5pv210-fimc"
> bus_info="" card="s5pv210-fimc" fd=0x5
> (mfc.c:mfc_open:57): MFC Info (/dev/video9): driver="s5p-mfc"
> bus_info="" card="s5p-mfc" fd=0x6
> (main.c:main:415): Successfully opened all necessary files and devices
> (mfc.c:mfc_dec_setup_output:101): Setup MFC decoding OUTPUT buffer
> size=1048576 (requested=1048576)
> (mfc.c:mfc_dec_setup_output:118): Number of MFC OUTPUT buffers is 2
> (requested 2)
> (mfc.c:mfc_dec_setup_output:148): Succesfully mmapped 2 MFC OUTPUT buffers
> (main.c:extract_and_process_header:84): Extracted header of size 13089
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
> (mfc.c:mfc_stream:236): Stream ON on OUTPUT queue
> (mfc.c:mfc_dec_setup_capture:277): MFC buffer parameters: 0x0 plane[0]=0
> plane[1]=0
> Error (mfc.c:mfc_dec_setup_capture:283): Failed to get crop information
>
> And kernel print:
> s5p_mfc_handle_error:420: Interrupt Error: 00000035
> vidioc_g_crop:782: Cannont set crop
>
> It seems MFC buffer parameters error first.
> The shrek.m4v comes from http://www.uky.edu/~drlane/com351/shrek.m4v and
> is H264 format. But if I use -c h264, then v4l2_decode will print:
> Error (parser.c:parse_h264_stream:337): Output buffer too small for
> current frame
> Error (main.c:extract_and_process_header:71): Failed to extract header
> from stream
>
> Any suggestions?
>
> Thanks.
>
Maybe the up issue due to the input file format. Now I use a H264 ES
file as input, failed with different output.
#./v4l2_decode -f /dev/video5 -m /dev/video9 -d /dev/fb0 -c h264 -i c.h264
Kernel print:
Unable to handle kernel NULL pointer dereference at virtual address 00000000
pgd = afa78000
[00000000] *pgd=4ea37831, *pte=00000000, *ppte=00000000
Internal error: Oops: 17 [#1] PREEMPT ARM
Modules linked in:
CPU: 0 Not tainted (3.8.0-dirty #26)
PC is at dma_cache_maint_page+0x58/0xa8
LR is at 0x80000000
pc : [<80014f2c>] lr : [<80000000>] psr: a0000013
sp : ae939ac8 ip : 8050378c fp : aead2240
r10: 00000000 r9 : 00000001 r8 : 804aceec
r7 : 00000001 r6 : 804b5b70 r5 : 0000fc03 r4 : 00000000
r3 : 00000001 r2 : 0006c000 r1 : 00000000 r0 : fc03bc00
Flags: NzCv IRQs on FIQs on Mode SVC_32 ISA ARM Segment user
Control: 10c5387d Table: 4fa78019 DAC: 00000015
Process v4l2_decode (pid: 2433, stack limit = 0xae938230)
Stack: (0xae939ac8 to 0xae93a000)
9ac0: 00000001 80778000 00000000 80015054 80019398
0000006c
9ae0: ace36e00 00000000 aead2b40 80015d34 00000001 00000000 8050378c
00000000
9b00: ae939b54 00000000 aead2b40 804aceec 00000001 00000001 aead2240
804b5b70
9b20: 00000000 80245a4c 00000000 000000d0 00000001 802e41c8 0006c000
aead2280
9b40: 72601000 0000006c 805037a8 0000006c af9f8e00 0004306b 00001020
acc3d400
9b60: ae939b98 accb9550 acc3d400 accb9550 00000000 00000000 805116c4
802411c8
9b80: afb1d900 acc3d400 805116c4 00000000 0006c000 0006c000 72601000
76f43000
9ba0: 00000003 00000000 afa0ca98 00001080 60000193 803604cc ae939bdc
800480a8
9bc0: 00000000 804ba074 af907000 00036000 00036000 725cb000 0c36d194
80036da4
9be0: 20000113 20000193 00000401 acd982b8 afb1d900 00000003 af9f6144
802b8698
9c00: af9f6000 afb1d900 af9f6144 acd982b8 00001080 802bc324 af9f6000
80342690
9c20: afb1d900 00001088 af9f6000 afb1d900 00001088 00000000 af9f6070
c802a8c0
9c40: 00001088 802b5338 af9f6000 afb1d900 00000000 af9f6038 acf01ee4
8030bdcc
9c60: af9f6000 80360504 af9f6000 8030d39c afb1d900 00000011 804d8988
804ab47c
9c80: acf01ee4 8030e5c0 00004003 00000002 804ab47c af989800 00000002
afb1d918
9ca0: 0000109c 804d8988 acf03310 00000000 1402a8c0 c802a8c0 00000000
afb1d900
9cc0: 80387d54 804aab68 804d8988 804d8988 00000000 00000011 00000001
802e41c8
9ce0: afb1d900 acf03310 afb1d918 ae939d5c 009c3f49 00000000 009c3ecd
802e3da8
9d00: af989800 00000084 00000029 804ab4ec 804aa66c ae938000 ae939d5c
00000008
9d20: af989800 afb1d900 804ab4ec 802c101c 804bbd74 00000000 804aa680
80512540
9d40: 804dde40 00400040 01400000 80065fe8 804ba828 af817020 af817020
8035e09c
9d60: af817034 ae938000 22222222 22222222 22222222 accb9550 acc3d400
accb9550
9d80: acc3d400 0000000a afa07600 00000000 8037cf88 8024366c accb9550
ae939e58
9da0: acd2dc88 802437d0 00000001 ae939e58 accb9400 8037cf88 ace36b3c
00000000
9dc0: 000f8335 8023dfc8 00000001 afa07600 ae939e58 8023114c ae939e58
af817080
9de0: c044560f 00000000 804d3194 80233038 94f9da8f 00000001 af85e930
ace7db00
9e00: ae939e58 ace36b3c 804ba828 ffffffff 00000000 800426c0 804acaec
ffffffff
9e20: acc6c000 c044560f ae939e58 00000078 7129fd08 ae939e8c ae8deb00
80232dd4
9e40: 7129fd80 80234200 ace7cf00 00000001 00000003 afa07600 00000000
0000000a
9e60: 00000000 00000000 00000000 00000000 00000000 00000000 00000000
00000000
9e80: 00000000 00000000 00000002 ae8deb00 00000002 00000000 00000000
80055ba4
9ea0: 00000032 76f25000 acd2dc40 af817020 af817020 8035e74c af817034
00000001
9ec0: 22222222 22222222 22222222 22222222 00000000 af817020 af817020
afa07600
9ee0: af817020 c044560f af817080 7129fd80 ae938000 00000000 712a06a4
8022ef70
9f00: 7129fd80 afa07600 af5eb098 c044560f 000021b0 800b5c38 ae939f30
aea4c0c8
9f20: 00000000 00000001 801b5a2c 00000000 00000000 00000000 0040004c
00000001
9f40: 00000081 76f256d8 00000001 00000000 ae938000 00000000 00000016
8005812c
9f60: 00000000 00000001 afa07600 7129fd80 c044560f 00000005 ae938000
00000000
9f80: 712a06a4 800b6214 00000000 00000001 712a0470 00000000 00000000
00000036
9fa0: 8000ede8 8000ec40 712a0470 00000000 00000005 c044560f 7129fd80
7129fd80
9fc0: 712a0470 00000000 00000000 00000036 00000000 00000000 00000000
712a06a4
9fe0: 000165e8 7129fcf4 0000b5d9 76ecfefc 00000010 00000005 00000000
00000000
[<80014f2c>] (dma_cache_maint_page+0x58/0xa8) from [<80015054>]
(arm_dma_map_page+0x80/0x84)
[<80015054>] (arm_dma_map_page+0x80/0x84) from [<80015d34>]
(arm_dma_map_sg+0x68/0x248)
[<80015d34>] (arm_dma_map_sg+0x68/0x248) from [<80245a4c>]
(vb2_dc_get_userptr+0x364/0x670)
[<80245a4c>] (vb2_dc_get_userptr+0x364/0x670) from [<802411c8>]
(__qbuf_userptr+0xac/0x3f0)
[<802411c8>] (__qbuf_userptr+0xac/0x3f0) from [<8024366c>]
(__buf_prepare+0xb4/0xd0)
[<8024366c>] (__buf_prepare+0xb4/0xd0) from [<802437d0>]
(vb2_qbuf+0x148/0x28c)
[<802437d0>] (vb2_qbuf+0x148/0x28c) from [<8023dfc8>]
(v4l2_m2m_qbuf+0x20/0x38)
[<8023dfc8>] (v4l2_m2m_qbuf+0x20/0x38) from [<8023114c>]
(v4l_qbuf+0x3c/0x40)
[<8023114c>] (v4l_qbuf+0x3c/0x40) from [<80233038>]
(__video_do_ioctl+0x264/0x324)
[<80233038>] (__video_do_ioctl+0x264/0x324) from [<80234200>]
(video_usercopy+0x118/0x3cc)
[<80234200>] (video_usercopy+0x118/0x3cc) from [<8022ef70>]
(v4l2_ioctl+0xe8/0x148)
[<8022ef70>] (v4l2_ioctl+0xe8/0x148) from [<800b5c38>]
(do_vfs_ioctl+0x84/0x624)
[<800b5c38>] (do_vfs_ioctl+0x84/0x624) from [<800b6214>]
(sys_ioctl+0x3c/0x60)
[<800b6214>] (sys_ioctl+0x3c/0x60) from [<8000ec40>]
(ret_fast_syscall+0x0/0x30)
Code: 11a0cb85 11a0cbac 1084418c e35e0000 (e594c000)
---[ end trace 13a7778bb939e49b ]---
v4l2_decode app print:
V4L2 Codec decoding example application
Kamil Debski <k.debski@samsung.com>
Copyright 2012 Samsung Electronics Co., Ltd.
(fb.c:fb_open:51): Framebuffer properties: xres=1024, yres=768, bpp=32
(fb.c:fb_open:53): Virtual resolution: vxres=1024 vyres=768
(fimc.c:fimc_open:56): FIMC Info (/dev/video5): driver="s5pv210-fimc"
bus_info="" card="s5pv210-fimc" fd=0x5
(mfc.c:mfc_open:57): MFC Info (/dev/video9): driver="s5p-mfc"
bus_info="" card="s5p-mfc" fd=0x6
(main.c:main:415): Successfully opened all necessary files and devices
(mfc.c:mfc_dec_setup_output:101): Setup MFC decoding OUTPUT buffer
size=1048576 (requested=1048576)
(mfc.c:mfc_dec_setup_output:118): Number of MFC OUTPUT buffers is 2
(requested 2)
(mfc.c:mfc_dec_setup_output:148): Succesfully mmapped 2 MFC OUTPUT buffers
(main.c:extract_and_process_header:84): Extracted header of size 80
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(mfc.c:mfc_stream:236): Stream ON on OUTPUT queue
(mfc.c:mfc_dec_setup_capture:277): MFC buffer parameters: 768x576
plane[0]=442368 plane[1]=221184
(mfc.c:mfc_dec_setup_capture:293): Crop parameters w=720 h=576 l=0 t=0
(mfc.c:mfc_dec_setup_capture:307): Number of MFC CAPTURE buffers is 6
(requested 6, extra 2)
(mfc.c:mfc_dec_setup_capture:342): Succesfully mmapped 6 MFC CAPTURE buffers
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
queue
(fimc.c:fimc_sfmt:114): Successful SFMT on OUTPUT of FIMC (768x576)
(fimc.c:fimc_setup_output_from_mfc:149): Succesfully setup OUTPUT of FIMC
(fimc.c:fimc_sfmt:114): Successful SFMT on CAPTURE of FIMC (1024x768)
(fimc.c:fimc_setup_capture_from_fb:193): Succesfully setup CAPTURE of FIMC
(main.c:main:457): I for one welcome our succesfully setup environment.
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 0
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 1
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 2
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 3
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 4
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 5
(mfc.c:mfc_stream:236): Stream ON on CAPTURE queue
(main.c:main:485): Launching threads
(main.c:fimc_thread_func:291): Before fimc.todo
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 67319
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 48927
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 1
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
queue
(main.c:parser_thread_func:180): After OUTPUT dequeue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 297
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 1 on OUTPUT
queue
(main.c:parser_thread_func:180): After OUTPUT dequeue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 31646
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 1
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on CAPTURE
queue
(main.c:fimc_thread_func:293): After fimc.todo
(main.c:fimc_thread_func:295): Processing by FIMC
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 2 on CAPTURE
queue
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
queue
(main.c:parser_thread_func:180): After OUTPUT dequeue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 45880
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 1 on OUTPUT
queue
(main.c:parser_thread_func:180): After OUTPUT dequeue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 3 on CAPTURE
queue
(main.c:mfc_thread_func:206): Before fimc.done
(main.c:parser_thread_func:166): Extracted frame of size 37290
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 1
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
queue
(main.c:parser_thread_func:180): After OUTPUT dequeue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 33533
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
^ permalink raw reply [flat|nested] 8+ messages in thread
* Re: MFC decode failed in S5PV210 in kernel 3.8
@ 2013-03-02 9:19 ` Lonsn
0 siblings, 0 replies; 8+ messages in thread
From: Lonsn @ 2013-03-02 9:19 UTC (permalink / raw)
Cc: linux-samsung-soc, linux-media, k.debski, Sylwester Nawrocki
于 2013/3/2 12:00, Lonsn 写道:
> Hi,
> I tested the MFC decode example v4l2_decode from
> http://git.infradead.org/users/kmpark/public-apps and meet some problems
> as following:
> # ./v4l2_decode -f /dev/video5 -m /dev/video9 -d /dev/fb0 -c mpeg4 -i
> shrek.m4v
> V4L2 Codec decoding example application
> Kamil Debski <k.debski@samsung.com>
> Copyright 2012 Samsung Electronics Co., Ltd.
>
> (fb.c:fb_open:51): Framebuffer properties: xres=1024, yres=768, bpp=32
> (fb.c:fb_open:53): Virtual resolution: vxres=1024 vyres=768
> (fimc.c:fimc_open:56): FIMC Info (/dev/video5): driver="s5pv210-fimc"
> bus_info="" card="s5pv210-fimc" fd=0x5
> (mfc.c:mfc_open:57): MFC Info (/dev/video9): driver="s5p-mfc"
> bus_info="" card="s5p-mfc" fd=0x6
> (main.c:main:415): Successfully opened all necessary files and devices
> (mfc.c:mfc_dec_setup_output:101): Setup MFC decoding OUTPUT buffer
> size=1048576 (requested=1048576)
> (mfc.c:mfc_dec_setup_output:118): Number of MFC OUTPUT buffers is 2
> (requested 2)
> (mfc.c:mfc_dec_setup_output:148): Succesfully mmapped 2 MFC OUTPUT buffers
> (main.c:extract_and_process_header:84): Extracted header of size 13089
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
> (mfc.c:mfc_stream:236): Stream ON on OUTPUT queue
> (mfc.c:mfc_dec_setup_capture:277): MFC buffer parameters: 0x0 plane[0]=0
> plane[1]=0
> Error (mfc.c:mfc_dec_setup_capture:283): Failed to get crop information
>
> And kernel print:
> s5p_mfc_handle_error:420: Interrupt Error: 00000035
> vidioc_g_crop:782: Cannont set crop
>
> It seems MFC buffer parameters error first.
> The shrek.m4v comes from http://www.uky.edu/~drlane/com351/shrek.m4v and
> is H264 format. But if I use -c h264, then v4l2_decode will print:
> Error (parser.c:parse_h264_stream:337): Output buffer too small for
> current frame
> Error (main.c:extract_and_process_header:71): Failed to extract header
> from stream
>
> Any suggestions?
>
> Thanks.
>
Maybe the up issue due to the input file format. Now I use a H264 ES
file as input, failed with different output.
#./v4l2_decode -f /dev/video5 -m /dev/video9 -d /dev/fb0 -c h264 -i c.h264
Kernel print:
Unable to handle kernel NULL pointer dereference at virtual address 00000000
pgd = afa78000
[00000000] *pgd=4ea37831, *pte=00000000, *ppte=00000000
Internal error: Oops: 17 [#1] PREEMPT ARM
Modules linked in:
CPU: 0 Not tainted (3.8.0-dirty #26)
PC is at dma_cache_maint_page+0x58/0xa8
LR is at 0x80000000
pc : [<80014f2c>] lr : [<80000000>] psr: a0000013
sp : ae939ac8 ip : 8050378c fp : aead2240
r10: 00000000 r9 : 00000001 r8 : 804aceec
r7 : 00000001 r6 : 804b5b70 r5 : 0000fc03 r4 : 00000000
r3 : 00000001 r2 : 0006c000 r1 : 00000000 r0 : fc03bc00
Flags: NzCv IRQs on FIQs on Mode SVC_32 ISA ARM Segment user
Control: 10c5387d Table: 4fa78019 DAC: 00000015
Process v4l2_decode (pid: 2433, stack limit = 0xae938230)
Stack: (0xae939ac8 to 0xae93a000)
9ac0: 00000001 80778000 00000000 80015054 80019398
0000006c
9ae0: ace36e00 00000000 aead2b40 80015d34 00000001 00000000 8050378c
00000000
9b00: ae939b54 00000000 aead2b40 804aceec 00000001 00000001 aead2240
804b5b70
9b20: 00000000 80245a4c 00000000 000000d0 00000001 802e41c8 0006c000
aead2280
9b40: 72601000 0000006c 805037a8 0000006c af9f8e00 0004306b 00001020
acc3d400
9b60: ae939b98 accb9550 acc3d400 accb9550 00000000 00000000 805116c4
802411c8
9b80: afb1d900 acc3d400 805116c4 00000000 0006c000 0006c000 72601000
76f43000
9ba0: 00000003 00000000 afa0ca98 00001080 60000193 803604cc ae939bdc
800480a8
9bc0: 00000000 804ba074 af907000 00036000 00036000 725cb000 0c36d194
80036da4
9be0: 20000113 20000193 00000401 acd982b8 afb1d900 00000003 af9f6144
802b8698
9c00: af9f6000 afb1d900 af9f6144 acd982b8 00001080 802bc324 af9f6000
80342690
9c20: afb1d900 00001088 af9f6000 afb1d900 00001088 00000000 af9f6070
c802a8c0
9c40: 00001088 802b5338 af9f6000 afb1d900 00000000 af9f6038 acf01ee4
8030bdcc
9c60: af9f6000 80360504 af9f6000 8030d39c afb1d900 00000011 804d8988
804ab47c
9c80: acf01ee4 8030e5c0 00004003 00000002 804ab47c af989800 00000002
afb1d918
9ca0: 0000109c 804d8988 acf03310 00000000 1402a8c0 c802a8c0 00000000
afb1d900
9cc0: 80387d54 804aab68 804d8988 804d8988 00000000 00000011 00000001
802e41c8
9ce0: afb1d900 acf03310 afb1d918 ae939d5c 009c3f49 00000000 009c3ecd
802e3da8
9d00: af989800 00000084 00000029 804ab4ec 804aa66c ae938000 ae939d5c
00000008
9d20: af989800 afb1d900 804ab4ec 802c101c 804bbd74 00000000 804aa680
80512540
9d40: 804dde40 00400040 01400000 80065fe8 804ba828 af817020 af817020
8035e09c
9d60: af817034 ae938000 22222222 22222222 22222222 accb9550 acc3d400
accb9550
9d80: acc3d400 0000000a afa07600 00000000 8037cf88 8024366c accb9550
ae939e58
9da0: acd2dc88 802437d0 00000001 ae939e58 accb9400 8037cf88 ace36b3c
00000000
9dc0: 000f8335 8023dfc8 00000001 afa07600 ae939e58 8023114c ae939e58
af817080
9de0: c044560f 00000000 804d3194 80233038 94f9da8f 00000001 af85e930
ace7db00
9e00: ae939e58 ace36b3c 804ba828 ffffffff 00000000 800426c0 804acaec
ffffffff
9e20: acc6c000 c044560f ae939e58 00000078 7129fd08 ae939e8c ae8deb00
80232dd4
9e40: 7129fd80 80234200 ace7cf00 00000001 00000003 afa07600 00000000
0000000a
9e60: 00000000 00000000 00000000 00000000 00000000 00000000 00000000
00000000
9e80: 00000000 00000000 00000002 ae8deb00 00000002 00000000 00000000
80055ba4
9ea0: 00000032 76f25000 acd2dc40 af817020 af817020 8035e74c af817034
00000001
9ec0: 22222222 22222222 22222222 22222222 00000000 af817020 af817020
afa07600
9ee0: af817020 c044560f af817080 7129fd80 ae938000 00000000 712a06a4
8022ef70
9f00: 7129fd80 afa07600 af5eb098 c044560f 000021b0 800b5c38 ae939f30
aea4c0c8
9f20: 00000000 00000001 801b5a2c 00000000 00000000 00000000 0040004c
00000001
9f40: 00000081 76f256d8 00000001 00000000 ae938000 00000000 00000016
8005812c
9f60: 00000000 00000001 afa07600 7129fd80 c044560f 00000005 ae938000
00000000
9f80: 712a06a4 800b6214 00000000 00000001 712a0470 00000000 00000000
00000036
9fa0: 8000ede8 8000ec40 712a0470 00000000 00000005 c044560f 7129fd80
7129fd80
9fc0: 712a0470 00000000 00000000 00000036 00000000 00000000 00000000
712a06a4
9fe0: 000165e8 7129fcf4 0000b5d9 76ecfefc 00000010 00000005 00000000
00000000
[<80014f2c>] (dma_cache_maint_page+0x58/0xa8) from [<80015054>]
(arm_dma_map_page+0x80/0x84)
[<80015054>] (arm_dma_map_page+0x80/0x84) from [<80015d34>]
(arm_dma_map_sg+0x68/0x248)
[<80015d34>] (arm_dma_map_sg+0x68/0x248) from [<80245a4c>]
(vb2_dc_get_userptr+0x364/0x670)
[<80245a4c>] (vb2_dc_get_userptr+0x364/0x670) from [<802411c8>]
(__qbuf_userptr+0xac/0x3f0)
[<802411c8>] (__qbuf_userptr+0xac/0x3f0) from [<8024366c>]
(__buf_prepare+0xb4/0xd0)
[<8024366c>] (__buf_prepare+0xb4/0xd0) from [<802437d0>]
(vb2_qbuf+0x148/0x28c)
[<802437d0>] (vb2_qbuf+0x148/0x28c) from [<8023dfc8>]
(v4l2_m2m_qbuf+0x20/0x38)
[<8023dfc8>] (v4l2_m2m_qbuf+0x20/0x38) from [<8023114c>]
(v4l_qbuf+0x3c/0x40)
[<8023114c>] (v4l_qbuf+0x3c/0x40) from [<80233038>]
(__video_do_ioctl+0x264/0x324)
[<80233038>] (__video_do_ioctl+0x264/0x324) from [<80234200>]
(video_usercopy+0x118/0x3cc)
[<80234200>] (video_usercopy+0x118/0x3cc) from [<8022ef70>]
(v4l2_ioctl+0xe8/0x148)
[<8022ef70>] (v4l2_ioctl+0xe8/0x148) from [<800b5c38>]
(do_vfs_ioctl+0x84/0x624)
[<800b5c38>] (do_vfs_ioctl+0x84/0x624) from [<800b6214>]
(sys_ioctl+0x3c/0x60)
[<800b6214>] (sys_ioctl+0x3c/0x60) from [<8000ec40>]
(ret_fast_syscall+0x0/0x30)
Code: 11a0cb85 11a0cbac 1084418c e35e0000 (e594c000)
---[ end trace 13a7778bb939e49b ]---
v4l2_decode app print:
V4L2 Codec decoding example application
Kamil Debski <k.debski@samsung.com>
Copyright 2012 Samsung Electronics Co., Ltd.
(fb.c:fb_open:51): Framebuffer properties: xres=1024, yres=768, bpp=32
(fb.c:fb_open:53): Virtual resolution: vxres=1024 vyres=768
(fimc.c:fimc_open:56): FIMC Info (/dev/video5): driver="s5pv210-fimc"
bus_info="" card="s5pv210-fimc" fd=0x5
(mfc.c:mfc_open:57): MFC Info (/dev/video9): driver="s5p-mfc"
bus_info="" card="s5p-mfc" fd=0x6
(main.c:main:415): Successfully opened all necessary files and devices
(mfc.c:mfc_dec_setup_output:101): Setup MFC decoding OUTPUT buffer
size=1048576 (requested=1048576)
(mfc.c:mfc_dec_setup_output:118): Number of MFC OUTPUT buffers is 2
(requested 2)
(mfc.c:mfc_dec_setup_output:148): Succesfully mmapped 2 MFC OUTPUT buffers
(main.c:extract_and_process_header:84): Extracted header of size 80
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(mfc.c:mfc_stream:236): Stream ON on OUTPUT queue
(mfc.c:mfc_dec_setup_capture:277): MFC buffer parameters: 768x576
plane[0]=442368 plane[1]=221184
(mfc.c:mfc_dec_setup_capture:293): Crop parameters w=720 h=576 l=0 t=0
(mfc.c:mfc_dec_setup_capture:307): Number of MFC CAPTURE buffers is 6
(requested 6, extra 2)
(mfc.c:mfc_dec_setup_capture:342): Succesfully mmapped 6 MFC CAPTURE buffers
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
queue
(fimc.c:fimc_sfmt:114): Successful SFMT on OUTPUT of FIMC (768x576)
(fimc.c:fimc_setup_output_from_mfc:149): Succesfully setup OUTPUT of FIMC
(fimc.c:fimc_sfmt:114): Successful SFMT on CAPTURE of FIMC (1024x768)
(fimc.c:fimc_setup_capture_from_fb:193): Succesfully setup CAPTURE of FIMC
(main.c:main:457): I for one welcome our succesfully setup environment.
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 0
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 1
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 2
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 3
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 4
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 5
(mfc.c:mfc_stream:236): Stream ON on CAPTURE queue
(main.c:main:485): Launching threads
(main.c:fimc_thread_func:291): Before fimc.todo
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 67319
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 48927
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 1
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
queue
(main.c:parser_thread_func:180): After OUTPUT dequeue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 297
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 1 on OUTPUT
queue
(main.c:parser_thread_func:180): After OUTPUT dequeue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 31646
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 1
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on CAPTURE
queue
(main.c:fimc_thread_func:293): After fimc.todo
(main.c:fimc_thread_func:295): Processing by FIMC
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 2 on CAPTURE
queue
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
queue
(main.c:parser_thread_func:180): After OUTPUT dequeue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 45880
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 1 on OUTPUT
queue
(main.c:parser_thread_func:180): After OUTPUT dequeue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 3 on CAPTURE
queue
(main.c:mfc_thread_func:206): Before fimc.done
(main.c:parser_thread_func:166): Extracted frame of size 37290
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 1
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
(mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
queue
(main.c:parser_thread_func:180): After OUTPUT dequeue
(main.c:parser_thread_func:153): parser.func = 0xa31d
(main.c:parser_thread_func:166): Extracted frame of size 33533
(main.c:parser_thread_func:168): Before OUTPUT queue
(mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
(main.c:parser_thread_func:170): After OUTPUT queue
(main.c:parser_thread_func:178): Before OUTPUT dequeue
^ permalink raw reply [flat|nested] 8+ messages in thread
* Re: MFC decode failed in S5PV210 in kernel 3.8
2013-03-02 9:19 ` Lonsn
(?)
@ 2013-03-03 3:10 ` Lonsn
2013-03-04 9:22 ` Kamil Debski
-1 siblings, 1 reply; 8+ messages in thread
From: Lonsn @ 2013-03-03 3:10 UTC (permalink / raw)
To: linux-samsung-soc; +Cc: linux-media, k.debski, Sylwester Nawrocki, arun.kk
Which firmware should be used for S5PV210 for kernel 3.8?
Here:
https://git.kernel.org/cgit/linux/kernel/git/firmware/linux-firmware.git/commit/?id=fb5cda9c70277f633ca0c1e81b6fa7b13007bbf6
It only says for Exynos4 series :
for s5p-mfc.fw - For v5 firmware used in Exynos4 series
Does the firmware have any relation with compiler armhf or armef?
Thanks.
于 2013/3/2 17:19, Lonsn 写道:
> 于 2013/3/2 12:00, Lonsn 写道:
>> Hi,
>> I tested the MFC decode example v4l2_decode from
>> http://git.infradead.org/users/kmpark/public-apps and meet some problems
>> as following:
>> # ./v4l2_decode -f /dev/video5 -m /dev/video9 -d /dev/fb0 -c mpeg4 -i
>> shrek.m4v
>> V4L2 Codec decoding example application
>> Kamil Debski <k.debski@samsung.com>
>> Copyright 2012 Samsung Electronics Co., Ltd.
>>
>> (fb.c:fb_open:51): Framebuffer properties: xres=1024, yres=768, bpp=32
>> (fb.c:fb_open:53): Virtual resolution: vxres=1024 vyres=768
>> (fimc.c:fimc_open:56): FIMC Info (/dev/video5): driver="s5pv210-fimc"
>> bus_info="" card="s5pv210-fimc" fd=0x5
>> (mfc.c:mfc_open:57): MFC Info (/dev/video9): driver="s5p-mfc"
>> bus_info="" card="s5p-mfc" fd=0x6
>> (main.c:main:415): Successfully opened all necessary files and devices
>> (mfc.c:mfc_dec_setup_output:101): Setup MFC decoding OUTPUT buffer
>> size=1048576 (requested=1048576)
>> (mfc.c:mfc_dec_setup_output:118): Number of MFC OUTPUT buffers is 2
>> (requested 2)
>> (mfc.c:mfc_dec_setup_output:148): Succesfully mmapped 2 MFC OUTPUT buffers
>> (main.c:extract_and_process_header:84): Extracted header of size 13089
>> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
>> (mfc.c:mfc_stream:236): Stream ON on OUTPUT queue
>> (mfc.c:mfc_dec_setup_capture:277): MFC buffer parameters: 0x0 plane[0]=0
>> plane[1]=0
>> Error (mfc.c:mfc_dec_setup_capture:283): Failed to get crop information
>>
>> And kernel print:
>> s5p_mfc_handle_error:420: Interrupt Error: 00000035
>> vidioc_g_crop:782: Cannont set crop
>>
>> It seems MFC buffer parameters error first.
>> The shrek.m4v comes from http://www.uky.edu/~drlane/com351/shrek.m4v and
>> is H264 format. But if I use -c h264, then v4l2_decode will print:
>> Error (parser.c:parse_h264_stream:337): Output buffer too small for
>> current frame
>> Error (main.c:extract_and_process_header:71): Failed to extract header
>> from stream
>>
>> Any suggestions?
>>
>> Thanks.
>>
> Maybe the up issue due to the input file format. Now I use a H264 ES
> file as input, failed with different output.
> #./v4l2_decode -f /dev/video5 -m /dev/video9 -d /dev/fb0 -c h264 -i c.h264
> Kernel print:
> Unable to handle kernel NULL pointer dereference at virtual address 00000000
> pgd = afa78000
> [00000000] *pgd=4ea37831, *pte=00000000, *ppte=00000000
> Internal error: Oops: 17 [#1] PREEMPT ARM
> Modules linked in:
> CPU: 0 Not tainted (3.8.0-dirty #26)
> PC is at dma_cache_maint_page+0x58/0xa8
> LR is at 0x80000000
> pc : [<80014f2c>] lr : [<80000000>] psr: a0000013
> sp : ae939ac8 ip : 8050378c fp : aead2240
> r10: 00000000 r9 : 00000001 r8 : 804aceec
> r7 : 00000001 r6 : 804b5b70 r5 : 0000fc03 r4 : 00000000
> r3 : 00000001 r2 : 0006c000 r1 : 00000000 r0 : fc03bc00
> Flags: NzCv IRQs on FIQs on Mode SVC_32 ISA ARM Segment user
> Control: 10c5387d Table: 4fa78019 DAC: 00000015
> Process v4l2_decode (pid: 2433, stack limit = 0xae938230)
> Stack: (0xae939ac8 to 0xae93a000)
> 9ac0: 00000001 80778000 00000000 80015054 80019398
> 0000006c
> 9ae0: ace36e00 00000000 aead2b40 80015d34 00000001 00000000 8050378c
> 00000000
> 9b00: ae939b54 00000000 aead2b40 804aceec 00000001 00000001 aead2240
> 804b5b70
> 9b20: 00000000 80245a4c 00000000 000000d0 00000001 802e41c8 0006c000
> aead2280
> 9b40: 72601000 0000006c 805037a8 0000006c af9f8e00 0004306b 00001020
> acc3d400
> 9b60: ae939b98 accb9550 acc3d400 accb9550 00000000 00000000 805116c4
> 802411c8
> 9b80: afb1d900 acc3d400 805116c4 00000000 0006c000 0006c000 72601000
> 76f43000
> 9ba0: 00000003 00000000 afa0ca98 00001080 60000193 803604cc ae939bdc
> 800480a8
> 9bc0: 00000000 804ba074 af907000 00036000 00036000 725cb000 0c36d194
> 80036da4
> 9be0: 20000113 20000193 00000401 acd982b8 afb1d900 00000003 af9f6144
> 802b8698
> 9c00: af9f6000 afb1d900 af9f6144 acd982b8 00001080 802bc324 af9f6000
> 80342690
> 9c20: afb1d900 00001088 af9f6000 afb1d900 00001088 00000000 af9f6070
> c802a8c0
> 9c40: 00001088 802b5338 af9f6000 afb1d900 00000000 af9f6038 acf01ee4
> 8030bdcc
> 9c60: af9f6000 80360504 af9f6000 8030d39c afb1d900 00000011 804d8988
> 804ab47c
> 9c80: acf01ee4 8030e5c0 00004003 00000002 804ab47c af989800 00000002
> afb1d918
> 9ca0: 0000109c 804d8988 acf03310 00000000 1402a8c0 c802a8c0 00000000
> afb1d900
> 9cc0: 80387d54 804aab68 804d8988 804d8988 00000000 00000011 00000001
> 802e41c8
> 9ce0: afb1d900 acf03310 afb1d918 ae939d5c 009c3f49 00000000 009c3ecd
> 802e3da8
> 9d00: af989800 00000084 00000029 804ab4ec 804aa66c ae938000 ae939d5c
> 00000008
> 9d20: af989800 afb1d900 804ab4ec 802c101c 804bbd74 00000000 804aa680
> 80512540
> 9d40: 804dde40 00400040 01400000 80065fe8 804ba828 af817020 af817020
> 8035e09c
> 9d60: af817034 ae938000 22222222 22222222 22222222 accb9550 acc3d400
> accb9550
> 9d80: acc3d400 0000000a afa07600 00000000 8037cf88 8024366c accb9550
> ae939e58
> 9da0: acd2dc88 802437d0 00000001 ae939e58 accb9400 8037cf88 ace36b3c
> 00000000
> 9dc0: 000f8335 8023dfc8 00000001 afa07600 ae939e58 8023114c ae939e58
> af817080
> 9de0: c044560f 00000000 804d3194 80233038 94f9da8f 00000001 af85e930
> ace7db00
> 9e00: ae939e58 ace36b3c 804ba828 ffffffff 00000000 800426c0 804acaec
> ffffffff
> 9e20: acc6c000 c044560f ae939e58 00000078 7129fd08 ae939e8c ae8deb00
> 80232dd4
> 9e40: 7129fd80 80234200 ace7cf00 00000001 00000003 afa07600 00000000
> 0000000a
> 9e60: 00000000 00000000 00000000 00000000 00000000 00000000 00000000
> 00000000
> 9e80: 00000000 00000000 00000002 ae8deb00 00000002 00000000 00000000
> 80055ba4
> 9ea0: 00000032 76f25000 acd2dc40 af817020 af817020 8035e74c af817034
> 00000001
> 9ec0: 22222222 22222222 22222222 22222222 00000000 af817020 af817020
> afa07600
> 9ee0: af817020 c044560f af817080 7129fd80 ae938000 00000000 712a06a4
> 8022ef70
> 9f00: 7129fd80 afa07600 af5eb098 c044560f 000021b0 800b5c38 ae939f30
> aea4c0c8
> 9f20: 00000000 00000001 801b5a2c 00000000 00000000 00000000 0040004c
> 00000001
> 9f40: 00000081 76f256d8 00000001 00000000 ae938000 00000000 00000016
> 8005812c
> 9f60: 00000000 00000001 afa07600 7129fd80 c044560f 00000005 ae938000
> 00000000
> 9f80: 712a06a4 800b6214 00000000 00000001 712a0470 00000000 00000000
> 00000036
> 9fa0: 8000ede8 8000ec40 712a0470 00000000 00000005 c044560f 7129fd80
> 7129fd80
> 9fc0: 712a0470 00000000 00000000 00000036 00000000 00000000 00000000
> 712a06a4
> 9fe0: 000165e8 7129fcf4 0000b5d9 76ecfefc 00000010 00000005 00000000
> 00000000
> [<80014f2c>] (dma_cache_maint_page+0x58/0xa8) from [<80015054>]
> (arm_dma_map_page+0x80/0x84)
> [<80015054>] (arm_dma_map_page+0x80/0x84) from [<80015d34>]
> (arm_dma_map_sg+0x68/0x248)
> [<80015d34>] (arm_dma_map_sg+0x68/0x248) from [<80245a4c>]
> (vb2_dc_get_userptr+0x364/0x670)
> [<80245a4c>] (vb2_dc_get_userptr+0x364/0x670) from [<802411c8>]
> (__qbuf_userptr+0xac/0x3f0)
> [<802411c8>] (__qbuf_userptr+0xac/0x3f0) from [<8024366c>]
> (__buf_prepare+0xb4/0xd0)
> [<8024366c>] (__buf_prepare+0xb4/0xd0) from [<802437d0>]
> (vb2_qbuf+0x148/0x28c)
> [<802437d0>] (vb2_qbuf+0x148/0x28c) from [<8023dfc8>]
> (v4l2_m2m_qbuf+0x20/0x38)
> [<8023dfc8>] (v4l2_m2m_qbuf+0x20/0x38) from [<8023114c>]
> (v4l_qbuf+0x3c/0x40)
> [<8023114c>] (v4l_qbuf+0x3c/0x40) from [<80233038>]
> (__video_do_ioctl+0x264/0x324)
> [<80233038>] (__video_do_ioctl+0x264/0x324) from [<80234200>]
> (video_usercopy+0x118/0x3cc)
> [<80234200>] (video_usercopy+0x118/0x3cc) from [<8022ef70>]
> (v4l2_ioctl+0xe8/0x148)
> [<8022ef70>] (v4l2_ioctl+0xe8/0x148) from [<800b5c38>]
> (do_vfs_ioctl+0x84/0x624)
> [<800b5c38>] (do_vfs_ioctl+0x84/0x624) from [<800b6214>]
> (sys_ioctl+0x3c/0x60)
> [<800b6214>] (sys_ioctl+0x3c/0x60) from [<8000ec40>]
> (ret_fast_syscall+0x0/0x30)
> Code: 11a0cb85 11a0cbac 1084418c e35e0000 (e594c000)
> ---[ end trace 13a7778bb939e49b ]---
>
> v4l2_decode app print:
> V4L2 Codec decoding example application
> Kamil Debski <k.debski@samsung.com>
> Copyright 2012 Samsung Electronics Co., Ltd.
>
> (fb.c:fb_open:51): Framebuffer properties: xres=1024, yres=768, bpp=32
> (fb.c:fb_open:53): Virtual resolution: vxres=1024 vyres=768
> (fimc.c:fimc_open:56): FIMC Info (/dev/video5): driver="s5pv210-fimc"
> bus_info="" card="s5pv210-fimc" fd=0x5
> (mfc.c:mfc_open:57): MFC Info (/dev/video9): driver="s5p-mfc"
> bus_info="" card="s5p-mfc" fd=0x6
> (main.c:main:415): Successfully opened all necessary files and devices
> (mfc.c:mfc_dec_setup_output:101): Setup MFC decoding OUTPUT buffer
> size=1048576 (requested=1048576)
> (mfc.c:mfc_dec_setup_output:118): Number of MFC OUTPUT buffers is 2
> (requested 2)
> (mfc.c:mfc_dec_setup_output:148): Succesfully mmapped 2 MFC OUTPUT buffers
> (main.c:extract_and_process_header:84): Extracted header of size 80
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
> (mfc.c:mfc_stream:236): Stream ON on OUTPUT queue
> (mfc.c:mfc_dec_setup_capture:277): MFC buffer parameters: 768x576
> plane[0]=442368 plane[1]=221184
> (mfc.c:mfc_dec_setup_capture:293): Crop parameters w=720 h=576 l=0 t=0
> (mfc.c:mfc_dec_setup_capture:307): Number of MFC CAPTURE buffers is 6
> (requested 6, extra 2)
> (mfc.c:mfc_dec_setup_capture:342): Succesfully mmapped 6 MFC CAPTURE buffers
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
> queue
> (fimc.c:fimc_sfmt:114): Successful SFMT on OUTPUT of FIMC (768x576)
> (fimc.c:fimc_setup_output_from_mfc:149): Succesfully setup OUTPUT of FIMC
> (fimc.c:fimc_sfmt:114): Successful SFMT on CAPTURE of FIMC (1024x768)
> (fimc.c:fimc_setup_capture_from_fb:193): Succesfully setup CAPTURE of FIMC
> (main.c:main:457): I for one welcome our succesfully setup environment.
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 0
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 1
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 2
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 3
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 4
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with index 5
> (mfc.c:mfc_stream:236): Stream ON on CAPTURE queue
> (main.c:main:485): Launching threads
> (main.c:fimc_thread_func:291): Before fimc.todo
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 67319
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 48927
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 1
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
> queue
> (main.c:parser_thread_func:180): After OUTPUT dequeue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 297
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 1 on OUTPUT
> queue
> (main.c:parser_thread_func:180): After OUTPUT dequeue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 31646
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 1
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on CAPTURE
> queue
> (main.c:fimc_thread_func:293): After fimc.todo
> (main.c:fimc_thread_func:295): Processing by FIMC
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 2 on CAPTURE
> queue
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
> queue
> (main.c:parser_thread_func:180): After OUTPUT dequeue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 45880
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 1 on OUTPUT
> queue
> (main.c:parser_thread_func:180): After OUTPUT dequeue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 3 on CAPTURE
> queue
> (main.c:mfc_thread_func:206): Before fimc.done
> (main.c:parser_thread_func:166): Extracted frame of size 37290
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 1
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
> queue
> (main.c:parser_thread_func:180): After OUTPUT dequeue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 33533
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index 0
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
>
>
^ permalink raw reply [flat|nested] 8+ messages in thread
* RE: MFC decode failed in S5PV210 in kernel 3.8
2013-03-03 3:10 ` Lonsn
@ 2013-03-04 9:22 ` Kamil Debski
0 siblings, 0 replies; 8+ messages in thread
From: Kamil Debski @ 2013-03-04 9:22 UTC (permalink / raw)
To: 'Lonsn', linux-samsung-soc
Cc: linux-media, 'Sylwester Nawrocki', arun.kk
Hi,
> From: Lonsn [mailto:lonsn2005@gmail.com]
> Sent: Sunday, March 03, 2013 4:10 AM
>
> Which firmware should be used for S5PV210 for kernel 3.8?
> Here:
> https://git.kernel.org/cgit/linux/kernel/git/firmware/linux-
> firmware.git/commit/?id=fb5cda9c70277f633ca0c1e81b6fa7b13007bbf6
> It only says for Exynos4 series :
> for s5p-mfc.fw - For v5 firmware used in Exynos4 series
> Does the firmware have any relation with compiler armhf or armef?
There is no relation. s5p-mfc.fw is good for Exynos4 you are using
(S5PV210).
>
> Thanks.
--
Kamil Debski
Linux Platform Group
Samsung Poland R&D Center
[snip]
^ permalink raw reply [flat|nested] 8+ messages in thread
* RE: MFC decode failed in S5PV210 in kernel 3.8
2013-03-02 4:00 MFC decode failed in S5PV210 in kernel 3.8 Lonsn
2013-03-02 9:19 ` Lonsn
@ 2013-03-04 9:22 ` Kamil Debski
1 sibling, 0 replies; 8+ messages in thread
From: Kamil Debski @ 2013-03-04 9:22 UTC (permalink / raw)
To: 'Lonsn', linux-samsung-soc, linux-media
Cc: 'Sylwester Nawrocki'
Hi Lonsn,
> From: Lonsn [mailto:lonsn2005@gmail.com]
> Sent: Saturday, March 02, 2013 5:00 AM
>
> Hi,
> I tested the MFC decode example v4l2_decode from
> http://git.infradead.org/users/kmpark/public-apps and meet some
> problems as following:
> # ./v4l2_decode -f /dev/video5 -m /dev/video9 -d /dev/fb0 -c mpeg4 -i
> shrek.m4v
> V4L2 Codec decoding example application
> Kamil Debski <k.debski@samsung.com>
> Copyright 2012 Samsung Electronics Co., Ltd.
>
> (fb.c:fb_open:51): Framebuffer properties: xres=1024, yres=768, bpp=32
> (fb.c:fb_open:53): Virtual resolution: vxres=1024 vyres=768
> (fimc.c:fimc_open:56): FIMC Info (/dev/video5): driver="s5pv210-fimc"
> bus_info="" card="s5pv210-fimc" fd=0x5
> (mfc.c:mfc_open:57): MFC Info (/dev/video9): driver="s5p-mfc"
> bus_info="" card="s5p-mfc" fd=0x6
> (main.c:main:415): Successfully opened all necessary files and devices
> (mfc.c:mfc_dec_setup_output:101): Setup MFC decoding OUTPUT buffer
> size=1048576 (requested=1048576)
> (mfc.c:mfc_dec_setup_output:118): Number of MFC OUTPUT buffers is 2
> (requested 2)
> (mfc.c:mfc_dec_setup_output:148): Succesfully mmapped 2 MFC OUTPUT
> buffers
> (main.c:extract_and_process_header:84): Extracted header of size 13089
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index
> 0
> (mfc.c:mfc_stream:236): Stream ON on OUTPUT queue
> (mfc.c:mfc_dec_setup_capture:277): MFC buffer parameters: 0x0
> plane[0]=0
> plane[1]=0
> Error (mfc.c:mfc_dec_setup_capture:283): Failed to get crop information
>
> And kernel print:
> s5p_mfc_handle_error:420: Interrupt Error: 00000035
> vidioc_g_crop:782: Cannont set crop
>
> It seems MFC buffer parameters error first.
> The shrek.m4v comes from http://www.uky.edu/~drlane/com351/shrek.m4v
> and is H264 format. But if I use -c h264, then v4l2_decode will print:
> Error (parser.c:parse_h264_stream:337): Output buffer too small for
> current frame Error (main.c:extract_and_process_header:71): Failed to
> extract header from stream
>
> Any suggestions?
As far as I know shrek.m4v is an MPEG4 stream. Did you try it as an MPEG4
stream?
> Thanks.
Best wishes,
--
Kamil Debski
Linux Platform Group
Samsung Poland R&D Center
^ permalink raw reply [flat|nested] 8+ messages in thread
* RE: MFC decode failed in S5PV210 in kernel 3.8
2013-03-02 9:19 ` Lonsn
(?)
(?)
@ 2013-03-04 9:30 ` Kamil Debski
2013-03-04 11:42 ` Lonsn
-1 siblings, 1 reply; 8+ messages in thread
From: Kamil Debski @ 2013-03-04 9:30 UTC (permalink / raw)
To: 'Lonsn', 'undisclosed-recipients:'
Cc: linux-samsung-soc, linux-media, 'Sylwester Nawrocki',
Marek Szyprowski
Hi,
This problem is known to us and Marek is planning a fix. However, the
problem
proved to be quite difficult, so please be patient.
Best wishes,
--
Kamil Debski
Linux Platform Group
Samsung Poland R&D Center
> -----Original Message-----
> From: Lonsn [mailto:lonsn2005@gmail.com]
> Sent: Saturday, March 02, 2013 10:20 AM
> To: undisclosed-recipients:
> Cc: linux-samsung-soc@vger.kernel.org; linux-media@vger.kernel.org;
> k.debski@samsung.com; Sylwester Nawrocki
> Subject: Re: MFC decode failed in S5PV210 in kernel 3.8
>
> 于 2013/3/2 12:00, Lonsn 写道:
> > Hi,
> > I tested the MFC decode example v4l2_decode from
> > http://git.infradead.org/users/kmpark/public-apps and meet some
> problems
> > as following:
> > # ./v4l2_decode -f /dev/video5 -m /dev/video9 -d /dev/fb0 -c mpeg4 -i
> > shrek.m4v
> > V4L2 Codec decoding example application
> > Kamil Debski <k.debski@samsung.com>
> > Copyright 2012 Samsung Electronics Co., Ltd.
> >
> > (fb.c:fb_open:51): Framebuffer properties: xres=1024, yres=768,
> bpp=32
> > (fb.c:fb_open:53): Virtual resolution: vxres=1024 vyres=768
> > (fimc.c:fimc_open:56): FIMC Info (/dev/video5): driver="s5pv210-fimc"
> > bus_info="" card="s5pv210-fimc" fd=0x5
> > (mfc.c:mfc_open:57): MFC Info (/dev/video9): driver="s5p-mfc"
> > bus_info="" card="s5p-mfc" fd=0x6
> > (main.c:main:415): Successfully opened all necessary files and
> devices
> > (mfc.c:mfc_dec_setup_output:101): Setup MFC decoding OUTPUT buffer
> > size=1048576 (requested=1048576)
> > (mfc.c:mfc_dec_setup_output:118): Number of MFC OUTPUT buffers is 2
> > (requested 2)
> > (mfc.c:mfc_dec_setup_output:148): Succesfully mmapped 2 MFC OUTPUT
> buffers
> > (main.c:extract_and_process_header:84): Extracted header of size
> 13089
> > (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with
> index 0
> > (mfc.c:mfc_stream:236): Stream ON on OUTPUT queue
> > (mfc.c:mfc_dec_setup_capture:277): MFC buffer parameters: 0x0
> plane[0]=0
> > plane[1]=0
> > Error (mfc.c:mfc_dec_setup_capture:283): Failed to get crop
> information
> >
> > And kernel print:
> > s5p_mfc_handle_error:420: Interrupt Error: 00000035
> > vidioc_g_crop:782: Cannont set crop
> >
> > It seems MFC buffer parameters error first.
> > The shrek.m4v comes from http://www.uky.edu/~drlane/com351/shrek.m4v
> and
> > is H264 format. But if I use -c h264, then v4l2_decode will print:
> > Error (parser.c:parse_h264_stream:337): Output buffer too small for
> > current frame
> > Error (main.c:extract_and_process_header:71): Failed to extract
> header
> > from stream
> >
> > Any suggestions?
> >
> > Thanks.
> >
> Maybe the up issue due to the input file format. Now I use a H264 ES
> file as input, failed with different output.
> #./v4l2_decode -f /dev/video5 -m /dev/video9 -d /dev/fb0 -c h264 -i
> c.h264
> Kernel print:
> Unable to handle kernel NULL pointer dereference at virtual address
> 00000000
> pgd = afa78000
> [00000000] *pgd=4ea37831, *pte=00000000, *ppte=00000000
> Internal error: Oops: 17 [#1] PREEMPT ARM
> Modules linked in:
> CPU: 0 Not tainted (3.8.0-dirty #26)
> PC is at dma_cache_maint_page+0x58/0xa8
> LR is at 0x80000000
> pc : [<80014f2c>] lr : [<80000000>] psr: a0000013
> sp : ae939ac8 ip : 8050378c fp : aead2240
> r10: 00000000 r9 : 00000001 r8 : 804aceec
> r7 : 00000001 r6 : 804b5b70 r5 : 0000fc03 r4 : 00000000
> r3 : 00000001 r2 : 0006c000 r1 : 00000000 r0 : fc03bc00
> Flags: NzCv IRQs on FIQs on Mode SVC_32 ISA ARM Segment user
> Control: 10c5387d Table: 4fa78019 DAC: 00000015
> Process v4l2_decode (pid: 2433, stack limit = 0xae938230)
> Stack: (0xae939ac8 to 0xae93a000)
> 9ac0: 00000001 80778000 00000000 80015054 80019398
> 0000006c
> 9ae0: ace36e00 00000000 aead2b40 80015d34 00000001 00000000 8050378c
> 00000000
> 9b00: ae939b54 00000000 aead2b40 804aceec 00000001 00000001 aead2240
> 804b5b70
> 9b20: 00000000 80245a4c 00000000 000000d0 00000001 802e41c8 0006c000
> aead2280
> 9b40: 72601000 0000006c 805037a8 0000006c af9f8e00 0004306b 00001020
> acc3d400
> 9b60: ae939b98 accb9550 acc3d400 accb9550 00000000 00000000 805116c4
> 802411c8
> 9b80: afb1d900 acc3d400 805116c4 00000000 0006c000 0006c000 72601000
> 76f43000
> 9ba0: 00000003 00000000 afa0ca98 00001080 60000193 803604cc ae939bdc
> 800480a8
> 9bc0: 00000000 804ba074 af907000 00036000 00036000 725cb000 0c36d194
> 80036da4
> 9be0: 20000113 20000193 00000401 acd982b8 afb1d900 00000003 af9f6144
> 802b8698
> 9c00: af9f6000 afb1d900 af9f6144 acd982b8 00001080 802bc324 af9f6000
> 80342690
> 9c20: afb1d900 00001088 af9f6000 afb1d900 00001088 00000000 af9f6070
> c802a8c0
> 9c40: 00001088 802b5338 af9f6000 afb1d900 00000000 af9f6038 acf01ee4
> 8030bdcc
> 9c60: af9f6000 80360504 af9f6000 8030d39c afb1d900 00000011 804d8988
> 804ab47c
> 9c80: acf01ee4 8030e5c0 00004003 00000002 804ab47c af989800 00000002
> afb1d918
> 9ca0: 0000109c 804d8988 acf03310 00000000 1402a8c0 c802a8c0 00000000
> afb1d900
> 9cc0: 80387d54 804aab68 804d8988 804d8988 00000000 00000011 00000001
> 802e41c8
> 9ce0: afb1d900 acf03310 afb1d918 ae939d5c 009c3f49 00000000 009c3ecd
> 802e3da8
> 9d00: af989800 00000084 00000029 804ab4ec 804aa66c ae938000 ae939d5c
> 00000008
> 9d20: af989800 afb1d900 804ab4ec 802c101c 804bbd74 00000000 804aa680
> 80512540
> 9d40: 804dde40 00400040 01400000 80065fe8 804ba828 af817020 af817020
> 8035e09c
> 9d60: af817034 ae938000 22222222 22222222 22222222 accb9550 acc3d400
> accb9550
> 9d80: acc3d400 0000000a afa07600 00000000 8037cf88 8024366c accb9550
> ae939e58
> 9da0: acd2dc88 802437d0 00000001 ae939e58 accb9400 8037cf88 ace36b3c
> 00000000
> 9dc0: 000f8335 8023dfc8 00000001 afa07600 ae939e58 8023114c ae939e58
> af817080
> 9de0: c044560f 00000000 804d3194 80233038 94f9da8f 00000001 af85e930
> ace7db00
> 9e00: ae939e58 ace36b3c 804ba828 ffffffff 00000000 800426c0 804acaec
> ffffffff
> 9e20: acc6c000 c044560f ae939e58 00000078 7129fd08 ae939e8c ae8deb00
> 80232dd4
> 9e40: 7129fd80 80234200 ace7cf00 00000001 00000003 afa07600 00000000
> 0000000a
> 9e60: 00000000 00000000 00000000 00000000 00000000 00000000 00000000
> 00000000
> 9e80: 00000000 00000000 00000002 ae8deb00 00000002 00000000 00000000
> 80055ba4
> 9ea0: 00000032 76f25000 acd2dc40 af817020 af817020 8035e74c af817034
> 00000001
> 9ec0: 22222222 22222222 22222222 22222222 00000000 af817020 af817020
> afa07600
> 9ee0: af817020 c044560f af817080 7129fd80 ae938000 00000000 712a06a4
> 8022ef70
> 9f00: 7129fd80 afa07600 af5eb098 c044560f 000021b0 800b5c38 ae939f30
> aea4c0c8
> 9f20: 00000000 00000001 801b5a2c 00000000 00000000 00000000 0040004c
> 00000001
> 9f40: 00000081 76f256d8 00000001 00000000 ae938000 00000000 00000016
> 8005812c
> 9f60: 00000000 00000001 afa07600 7129fd80 c044560f 00000005 ae938000
> 00000000
> 9f80: 712a06a4 800b6214 00000000 00000001 712a0470 00000000 00000000
> 00000036
> 9fa0: 8000ede8 8000ec40 712a0470 00000000 00000005 c044560f 7129fd80
> 7129fd80
> 9fc0: 712a0470 00000000 00000000 00000036 00000000 00000000 00000000
> 712a06a4
> 9fe0: 000165e8 7129fcf4 0000b5d9 76ecfefc 00000010 00000005 00000000
> 00000000
> [<80014f2c>] (dma_cache_maint_page+0x58/0xa8) from [<80015054>]
> (arm_dma_map_page+0x80/0x84)
> [<80015054>] (arm_dma_map_page+0x80/0x84) from [<80015d34>]
> (arm_dma_map_sg+0x68/0x248)
> [<80015d34>] (arm_dma_map_sg+0x68/0x248) from [<80245a4c>]
> (vb2_dc_get_userptr+0x364/0x670)
> [<80245a4c>] (vb2_dc_get_userptr+0x364/0x670) from [<802411c8>]
> (__qbuf_userptr+0xac/0x3f0)
> [<802411c8>] (__qbuf_userptr+0xac/0x3f0) from [<8024366c>]
> (__buf_prepare+0xb4/0xd0)
> [<8024366c>] (__buf_prepare+0xb4/0xd0) from [<802437d0>]
> (vb2_qbuf+0x148/0x28c)
> [<802437d0>] (vb2_qbuf+0x148/0x28c) from [<8023dfc8>]
> (v4l2_m2m_qbuf+0x20/0x38)
> [<8023dfc8>] (v4l2_m2m_qbuf+0x20/0x38) from [<8023114c>]
> (v4l_qbuf+0x3c/0x40)
> [<8023114c>] (v4l_qbuf+0x3c/0x40) from [<80233038>]
> (__video_do_ioctl+0x264/0x324)
> [<80233038>] (__video_do_ioctl+0x264/0x324) from [<80234200>]
> (video_usercopy+0x118/0x3cc)
> [<80234200>] (video_usercopy+0x118/0x3cc) from [<8022ef70>]
> (v4l2_ioctl+0xe8/0x148)
> [<8022ef70>] (v4l2_ioctl+0xe8/0x148) from [<800b5c38>]
> (do_vfs_ioctl+0x84/0x624)
> [<800b5c38>] (do_vfs_ioctl+0x84/0x624) from [<800b6214>]
> (sys_ioctl+0x3c/0x60)
> [<800b6214>] (sys_ioctl+0x3c/0x60) from [<8000ec40>]
> (ret_fast_syscall+0x0/0x30)
> Code: 11a0cb85 11a0cbac 1084418c e35e0000 (e594c000)
> ---[ end trace 13a7778bb939e49b ]---
>
> v4l2_decode app print:
> V4L2 Codec decoding example application
> Kamil Debski <k.debski@samsung.com>
> Copyright 2012 Samsung Electronics Co., Ltd.
>
> (fb.c:fb_open:51): Framebuffer properties: xres=1024, yres=768, bpp=32
> (fb.c:fb_open:53): Virtual resolution: vxres=1024 vyres=768
> (fimc.c:fimc_open:56): FIMC Info (/dev/video5): driver="s5pv210-fimc"
> bus_info="" card="s5pv210-fimc" fd=0x5
> (mfc.c:mfc_open:57): MFC Info (/dev/video9): driver="s5p-mfc"
> bus_info="" card="s5p-mfc" fd=0x6
> (main.c:main:415): Successfully opened all necessary files and devices
> (mfc.c:mfc_dec_setup_output:101): Setup MFC decoding OUTPUT buffer
> size=1048576 (requested=1048576)
> (mfc.c:mfc_dec_setup_output:118): Number of MFC OUTPUT buffers is 2
> (requested 2)
> (mfc.c:mfc_dec_setup_output:148): Succesfully mmapped 2 MFC OUTPUT
> buffers
> (main.c:extract_and_process_header:84): Extracted header of size 80
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index
> 0
> (mfc.c:mfc_stream:236): Stream ON on OUTPUT queue
> (mfc.c:mfc_dec_setup_capture:277): MFC buffer parameters: 768x576
> plane[0]=442368 plane[1]=221184
> (mfc.c:mfc_dec_setup_capture:293): Crop parameters w=720 h=576 l=0 t=0
> (mfc.c:mfc_dec_setup_capture:307): Number of MFC CAPTURE buffers is 6
> (requested 6, extra 2)
> (mfc.c:mfc_dec_setup_capture:342): Succesfully mmapped 6 MFC CAPTURE
> buffers
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
> queue
> (fimc.c:fimc_sfmt:114): Successful SFMT on OUTPUT of FIMC (768x576)
> (fimc.c:fimc_setup_output_from_mfc:149): Succesfully setup OUTPUT of
> FIMC
> (fimc.c:fimc_sfmt:114): Successful SFMT on CAPTURE of FIMC (1024x768)
> (fimc.c:fimc_setup_capture_from_fb:193): Succesfully setup CAPTURE of
> FIMC
> (main.c:main:457): I for one welcome our succesfully setup environment.
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with
> index 0
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with
> index 1
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with
> index 2
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with
> index 3
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with
> index 4
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on CAPTURE queue with
> index 5
> (mfc.c:mfc_stream:236): Stream ON on CAPTURE queue
> (main.c:main:485): Launching threads
> (main.c:fimc_thread_func:291): Before fimc.todo
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 67319
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index
> 0
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 48927
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index
> 1
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
> queue
> (main.c:parser_thread_func:180): After OUTPUT dequeue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 297
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index
> 0
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 1 on OUTPUT
> queue
> (main.c:parser_thread_func:180): After OUTPUT dequeue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 31646
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index
> 1
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on
> CAPTURE
> queue
> (main.c:fimc_thread_func:293): After fimc.todo
> (main.c:fimc_thread_func:295): Processing by FIMC
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 2 on
> CAPTURE
> queue
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
> queue
> (main.c:parser_thread_func:180): After OUTPUT dequeue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 45880
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index
> 0
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 1 on OUTPUT
> queue
> (main.c:parser_thread_func:180): After OUTPUT dequeue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 3 on
> CAPTURE
> queue
> (main.c:mfc_thread_func:206): Before fimc.done
> (main.c:parser_thread_func:166): Extracted frame of size 37290
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index
> 1
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
> (mfc.c:mfc_dec_dequeue_buf:218): Dequeued buffer with index 0 on OUTPUT
> queue
> (main.c:parser_thread_func:180): After OUTPUT dequeue
> (main.c:parser_thread_func:153): parser.func = 0xa31d
> (main.c:parser_thread_func:166): Extracted frame of size 33533
> (main.c:parser_thread_func:168): Before OUTPUT queue
> (mfc.c:mfc_dec_queue_buf:178): Queued buffer on OUTPUT queue with index
> 0
> (main.c:parser_thread_func:170): After OUTPUT queue
> (main.c:parser_thread_func:178): Before OUTPUT dequeue
^ permalink raw reply [flat|nested] 8+ messages in thread
* Re: MFC decode failed in S5PV210 in kernel 3.8
2013-03-04 9:30 ` Kamil Debski
@ 2013-03-04 11:42 ` Lonsn
0 siblings, 0 replies; 8+ messages in thread
From: Lonsn @ 2013-03-04 11:42 UTC (permalink / raw)
To: Kamil Debski
Cc: linux-samsung-soc, linux-media, 'Sylwester Nawrocki',
Marek Szyprowski
于 2013/3/4 17:30, Kamil Debski 写道:
> Hi,
>
> This problem is known to us and Marek is planning a fix. However, the
> problem
> proved to be quite difficult, so please be patient.
>
> Best wishes,
>
Kamil,
Thanks for your information.
Is there any workaround method which can let me continue the MFC decoder
test? Is it a MFC driver or v4l2_deocde app question? If it is just an
app question, then I would like to use gstreamer with mfc plugin to have
a test.
Regards,
Lonsn
^ permalink raw reply [flat|nested] 8+ messages in thread
end of thread, other threads:[~2013-03-04 11:42 UTC | newest]
Thread overview: 8+ messages (download: mbox.gz / follow: Atom feed)
-- links below jump to the message on this page --
2013-03-02 4:00 MFC decode failed in S5PV210 in kernel 3.8 Lonsn
2013-03-02 9:19 ` Lonsn
2013-03-02 9:19 ` Lonsn
2013-03-03 3:10 ` Lonsn
2013-03-04 9:22 ` Kamil Debski
2013-03-04 9:30 ` Kamil Debski
2013-03-04 11:42 ` Lonsn
2013-03-04 9:22 ` Kamil Debski
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