version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.14-1.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0-11-g38d1124
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-7.slh.1-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
version:i686-linux-gcc (GCC) 4.8.2
sparse version: v0.5.0
host hardware: x86_64
host os:3.13-5.slh.4-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git-blackfin
Finally! It's producing an OK result. It's been a long, long time since we
managed that.
Next step: continue whittling away at the sparse warnings/errors.
Regards,
Hans
On 11/25/2013 04:32 AM, Hans Verkuil wrote:
This message is generated daily by a cron job that builds media_tree
version:i686-linux-gcc (GCC) 4.8.1
sparse version: 0.4.5-rc1
host hardware: x86_64
host os:3.12-0.slh.2-amd64
linux-git-arm-at91: OK
linux-git-arm-davinci: OK
linux-git-arm-exynos: OK
linux-git-arm-mx: OK
linux-git-arm-omap: OK
linux-git-arm-omap1: OK
linux-git-arm-pxa: OK
linux-git
OK
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If firmware is not loaded for some reason, or if it is not ready
yet, it makes no sense to honour to any DVB callbacks.
So, return -EAGAIN, as the error condition may be temporary.
If the device doesn't initialize, either because it requires a
firmware or because there's an error during
[6.517631] rc0: IR-receiver inside an USB DVB receiver as
/devices/pci:00/:00:1d.7/usb2/2-4/rc/rc0
[6.517821] dvb-usb: schedule remote query interval to 50 msecs.
[6.517825] dvb-usb: Pinnacle PCTV 73e SE successfully initialized
and
connected.
[6.517951] dib0700: rc
On 06/26/2012 10:43 PM, cedric.dew...@telfort.nl wrote:
[6.517631] rc0: IR-receiver inside an USB DVB receiver as
/devices/pci:00/:00:1d.7/usb2/2-4/rc/rc0
[6.517821] dvb-usb: schedule remote query interval to 50 msecs.
[6.517825] dvb-usb: Pinnacle PCTV 73e SE successfully
On 06/23/2012 10:43 AM, cedric.dew...@telfort.nl wrote:
[6.517631] rc0: IR-receiver inside an USB DVB receiver as
/devices/pci:00/:00:1d.7/usb2/2-4/rc/rc0
[6.517821] dvb-usb: schedule remote query interval to 50 msecs.
[6.517825] dvb-usb: Pinnacle PCTV 73e SE successfully
On Tue, Dec 06, 2011 at 03:48:27PM +0100, Andreas Oberritter wrote:
On 06.12.2011 15:19, Mark Brown wrote:
Your assertatation that applications should ignore the underlying
transport (which seems to be a big part of what you're saying) isn't
entirely in line with reality.
Did you notice
On 07.12.2011 14:49, Mark Brown wrote:
On Tue, Dec 06, 2011 at 03:48:27PM +0100, Andreas Oberritter wrote:
On 06.12.2011 15:19, Mark Brown wrote:
Your assertatation that applications should ignore the underlying
transport (which seems to be a big part of what you're saying) isn't
entirely
On Wed, Dec 07, 2011 at 03:01:18PM +0100, Andreas Oberritter wrote:
Once and for all: We have *not* discussed a generic video streaming
application. It's only, I repeat, only about accessing a remote DVB API
tuner *as if it was local*. No data received from a satellite, cable or
terrestrial
On 07.12.2011 17:10, Mark Brown wrote:
a simple loopback in the style of FUSE which
bounces the kernel APIs up to userspace for virtual drivers would make
sense.
That's exactly what vtunerc is.
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the body of a message to
On 07.12.2011 17:10, Mark Brown wrote:
You're talking about a purely software defined thing that goes in the
kernel - it pretty much has to be able to scale to other applications
even if some of the implementation is left for later. Once things like
this get included in the kernel they become
On 12/07/2011 08:01 AM, Andreas Oberritter wrote:
On 07.12.2011 14:49, Mark Brown wrote:
On Tue, Dec 06, 2011 at 03:48:27PM +0100, Andreas Oberritter wrote:
On 06.12.2011 15:19, Mark Brown wrote:
Your assertatation that applications should ignore the underlying
transport (which seems to be a
2011/12/7 Patrick Dickey pdickeyb...@gmail.com:
On 12/07/2011 08:01 AM, Andreas Oberritter wrote:
On 07.12.2011 14:49, Mark Brown wrote:
On Tue, Dec 06, 2011 at 03:48:27PM +0100, Andreas Oberritter wrote:
On 06.12.2011 15:19, Mark Brown wrote:
Your assertatation that applications should
On 07.12.2011 22:48, Patrick Dickey wrote:
4 (and the reason I decided to chime in here). This email sums
everything up. Mark is pointing out that someone may want to use this in
a non LAN setting, and they may/will have problems due to the Internet
(and their specific way of accessing it).
On Mon, Dec 05, 2011 at 10:20:03PM +0100, Andreas Oberritter wrote:
On 05.12.2011 21:55, Alan Cox wrote:
The USB case is quite different because your latency is very tightly
bounded, your dead device state is rigidly defined, and your loss of
device is accurately and immediately signalled.
On Mon, Dec 05, 2011 at 09:41:38PM +0100, Andreas Oberritter wrote:
On 05.12.2011 18:39, Mauro Carvalho Chehab wrote:
When you put someone via the network, issues like latency, package
drops, IP
congestion, QoS issues, cryptography, tunneling, etc should be taken
into account
by the
On 06.12.2011 12:18, Mark Brown wrote:
On Mon, Dec 05, 2011 at 10:20:03PM +0100, Andreas Oberritter wrote:
On 05.12.2011 21:55, Alan Cox wrote:
The USB case is quite different because your latency is very tightly
bounded, your dead device state is rigidly defined, and your loss of
device is
On 06.12.2011 12:21, Mark Brown wrote:
On Mon, Dec 05, 2011 at 09:41:38PM +0100, Andreas Oberritter wrote:
On 05.12.2011 18:39, Mauro Carvalho Chehab wrote:
When you put someone via the network, issues like latency, package
drops, IP
congestion, QoS issues, cryptography, tunneling, etc
On 06-12-2011 10:01, Andreas Oberritter wrote:
On 06.12.2011 12:18, Mark Brown wrote:
On Mon, Dec 05, 2011 at 10:20:03PM +0100, Andreas Oberritter wrote:
On 05.12.2011 21:55, Alan Cox wrote:
The USB case is quite different because your latency is very tightly
bounded, your dead device state
for DVB-C tune?
With strace. See how many ioctl's are called for each tune. Ok, perhaps scandvb
is badly written, but if your idea is to support 100% of the applications, you
should be prepared for badly written applications.
$strace -e ioctl scandvb dvbc-teste
scanning dvbc-teste
using '/dev
On 06.12.2011 14:10, Mauro Carvalho Chehab wrote:
On 06-12-2011 10:01, Andreas Oberritter wrote:
On 06.12.2011 12:18, Mark Brown wrote:
On Mon, Dec 05, 2011 at 10:20:03PM +0100, Andreas Oberritter wrote:
On 05.12.2011 21:55, Alan Cox wrote:
The USB case is quite different because your latency
-hack works.
But you surelly didn't try to do it at all.
How do you find those 45 ioctls for DVB-C tune?
With strace. See how many ioctl's are called for each tune. Ok, perhaps
scandvb
is badly written, but if your idea is to support 100% of the
applications, you
should be prepared for badly
, but the
non-userspace daemon aware applications will know nothing about it, and
this is the flaw on this design: Applications can't negotiate what network
parameters are ok or not for its usecase.
For a DVB API application it doesn't matter whether a tuning
request fails with EIO because a USB
On Tue, Dec 06, 2011 at 01:01:43PM +0100, Andreas Oberritter wrote:
On 06.12.2011 12:21, Mark Brown wrote:
On Mon, Dec 05, 2011 at 09:41:38PM +0100, Andreas Oberritter wrote:
Are you serious? Lower networking layers should be transparent to the
upper layers. You don't implement VPN or say
Le mardi 6 décembre 2011 15:49:11 Andreas Oberritter, vous avez écrit :
You don't need to wait for write-only operations. Basically all demux
ioctls are write-only. Since vtunerc is using dvb-core's software demux
*locally*, errors for invalid arguments etc. will be returned as usual.
That's a
-that-ugly-hack works.
But you surelly didn't try to do it at all.
How do you find those 45 ioctls for DVB-C tune?
With strace. See how many ioctl's are called for each tune. Ok, perhaps
scandvb
is badly written, but if your idea is to support 100% of the
applications, you
should be prepared
nothing about it, and
this is the flaw on this design: Applications can't negotiate what network
parameters are ok or not for its usecase.
How do you negotiate network parameters with your ISP and all involved
parties on the internet on the way from your DSL line to some other
peer? Let me answer
On 06.12.2011 15:19, Mark Brown wrote:
On Tue, Dec 06, 2011 at 01:01:43PM +0100, Andreas Oberritter wrote:
On 06.12.2011 12:21, Mark Brown wrote:
On Mon, Dec 05, 2011 at 09:41:38PM +0100, Andreas Oberritter wrote:
Are you serious? Lower networking layers should be transparent to the
upper
are not treating me as partner for
discussion.
Otherwise you should try to understand how-that-ugly-hack works.
But you surelly didn't try to do it at all.
How do you find those 45 ioctls for DVB-C tune?
With strace. See how many ioctl's are called for each tune. Ok, perhaps
scandvb
is badly
On 06.12.2011 15:19, Rémi Denis-Courmont wrote:
Le mardi 6 décembre 2011 15:49:11 Andreas Oberritter, vous avez écrit :
You don't need to wait for write-only operations. Basically all demux
ioctls are write-only. Since vtunerc is using dvb-core's software demux
*locally*, errors for invalid
flow over the network and to return errors
to vtunerc.
Yes, you can do anything you want at the userspace daemon, but the
non-userspace daemon aware applications will know nothing about it, and
this is the flaw on this design: Applications can't negotiate what network
parameters are ok
will know nothing about it, and
this is the flaw on this design: Applications can't negotiate what
network
parameters are ok or not for its usecase.
How do you negotiate network parameters with your ISP and all involved
parties on the internet on the way from your DSL line to some other
peer
On Tue, Dec 6, 2011 at 7:49 PM, Mark Brown
broo...@opensource.wolfsonmicro.com wrote:
On Tue, Dec 06, 2011 at 01:01:43PM +0100, Andreas Oberritter wrote:
On 06.12.2011 12:21, Mark Brown wrote:
On Mon, Dec 05, 2011 at 09:41:38PM +0100, Andreas Oberritter wrote:
Are you serious? Lower
from the switch. If tuning fails, it has to retry
anyway, even if all ioctls returned 0.
Ok, the driver could be smarter than that, and some heuristics could be
added into it, in order to foresee the likely error code, returning it
in advance, and then implementing some asynchronous mechanism
Hello,
On 12/03/11 01:37, HoP wrote:
Hi Alan.
2011/12/3 Alan Coxa...@lxorguk.ukuu.org.uk:
On Thu, 1 Dec 2011 15:58:41 +0100
HoPjpetr...@gmail.com wrote:
Hi,
let me ask you some details of your interesting idea (how to
achieve the same functionality as with vtunerc driver):
[...]
The
Hi
2011/12/5 Florian Fainelli f.faine...@gmail.com:
Hello,
On 12/03/11 01:37, HoP wrote:
Hi Alan.
2011/12/3 Alan Coxa...@lxorguk.ukuu.org.uk:
On Thu, 1 Dec 2011 15:58:41 +0100
HoPjpetr...@gmail.com wrote:
Hi,
let me ask you some details of your interesting idea (how to
achieve
You know - I'm a bit confused. Somebody are pointing on double
data copying (userspace networked daemon - kernel - application)
issue and another one warn me to not start network connection
from the kernel. But if it works for NFS or CIFS then it should not
be so weaky, isn't it?
And then
On Mon, Dec 5, 2011 at 9:28 AM, HoP jpetr...@gmail.com wrote:
Hi
2011/12/5 Florian Fainelli f.faine...@gmail.com:
Hello,
On 12/03/11 01:37, HoP wrote:
Hi Alan.
2011/12/3 Alan Coxa...@lxorguk.ukuu.org.uk:
On Thu, 1 Dec 2011 15:58:41 +0100
HoPjpetr...@gmail.com wrote:
Hi,
let me
On 05-12-2011 12:28, HoP wrote:
And here is a new hack.
I'm really tired from all those hack, crap, pigback ... wordings.
What exactly vtuner aproach does so hackish (other then exposing
DVB internals, what is every time made if virtualization support is developing)?
The code itself no need
On 05.12.2011 18:39, Mauro Carvalho Chehab wrote:
On 05-12-2011 12:28, HoP wrote:
And here is a new hack.
I'm really tired from all those hack, crap, pigback ... wordings.
What exactly vtuner aproach does so hackish (other then exposing
DVB internals, what is every time made if
The USB case is quite different because your latency is very tightly
bounded, your dead device state is rigidly defined, and your loss of
device is accurately and immediately signalled.
Quite different.
Alan
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On 05.12.2011 21:55, Alan Cox wrote:
The USB case is quite different because your latency is very tightly
bounded, your dead device state is rigidly defined, and your loss of
device is accurately and immediately signalled.
Quite different.
How can usbip work if networking and usb are so
How can usbip work if networking and usb are so different and what's so
different between vtunerc and usbip, that made it possible to put usbip
into drivers/staging?
Where usbip seems to have remained for a long time without actually being
made useful or correct enough to progress. Meanwhile
I doubt that scan or w_scan would support it. Even if it supports, that
would mean that,
for each ioctl that would be sent to the remote server, the error code would
take 480 ms
to return. Try to calculate how many time w_scan would work with that. The
calculus is easy:
see how many ioctl's
Hi Michael
2011/12/5 Michael Krufky mkru...@linuxtv.org:
On Mon, Dec 5, 2011 at 9:28 AM, HoP jpetr...@gmail.com wrote:
Hi
2011/12/5 Florian Fainelli f.faine...@gmail.com:
Hello,
On 12/03/11 01:37, HoP wrote:
Hi Alan.
2011/12/3 Alan Coxa...@lxorguk.ukuu.org.uk:
On Thu, 1 Dec 2011
While I agree with your more broad view of the issue, I specifically
talked about VDR. AFAIK Klaus has no intention of adding true
server/client support to VDR, so for VDR users, this sounds like it
could be a working solution without the strict limitations of
streamdev.
So fix Klaus rather
Hi.
2011/12/3 VDR User user@gmail.com:
On Sat, Dec 3, 2011 at 8:13 AM, Andreas Oberritter o...@linuxtv.org wrote:
You could certainly build a library to reach a different goal. The goal
of vtuner is to access remote tuners with any existing program
implementing the DVB API.
So you could
Devin,
I perfectly remember your opinion regarding vtuner.
2011/12/3 Devin Heitmueller dheitmuel...@kernellabs.com:
On Sat, Dec 3, 2011 at 12:42 PM, Alan Cox a...@lxorguk.ukuu.org.uk wrote:
On Sat, 3 Dec 2011 09:21:23 -0800
VDR User user@gmail.com wrote:
On Sat, Dec 3, 2011 at 8:13 AM,
Hi,
Some input from the sideline reading this discussion. As a FreeBSD'er I would
very much like to see two things happen:
- vtunerc goes into userspace like a client/server daemon pair using CUSE and
can support _any_ /dev/dvb/adapter, also those created by CUSE itself. That
means I could
On Sun, Dec 4, 2011 at 3:22 PM, HoP jpetr...@gmail.com wrote:
Well, initial report was made on vdr-portal because of our hardware announce,
but you can be sure the same is true if server is build on any linux hardware.
Here is some note:
Well, initial report was made on vdr-portal because of our hardware announce,
but you can be sure the same is true if server is build on any linux
hardware.
Here is some note:
Hello Alan,
On 03.12.2011 00:19, Alan Cox wrote:
On Thu, 1 Dec 2011 15:58:41 +0100
HoP jpetr...@gmail.com wrote:
Hi,
let me ask you some details of your interesting idea (how to
achieve the same functionality as with vtunerc driver):
[...]
The driver, as proposed, is not really a
FWIW, the virtual DVB device we're talking about doesn't have any
networking capabilities by itself. It only allows to create virtual DVB
adapters and to relay DVB API ioctls to userspace in a
transport-agnostic way.
Which you can do working from CUSE already, as has been pointed out or
with
On Sat, Dec 3, 2011 at 8:13 AM, Andreas Oberritter o...@linuxtv.org wrote:
You could certainly build a library to reach a different goal. The goal
of vtuner is to access remote tuners with any existing program
implementing the DVB API.
So you could finally use VDR as a server/client setup
On 03.12.2011 17:42, Alan Cox wrote:
FWIW, the virtual DVB device we're talking about doesn't have any
networking capabilities by itself. It only allows to create virtual DVB
adapters and to relay DVB API ioctls to userspace in a
transport-agnostic way.
Which you can do working from CUSE
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