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https://github.com/vdr-projects/vdr.git
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5076cfb2ed
VDR developer version 2.1.1 is now available at
ftp://ftp.tvdr.de/vdr/Developer/vdr-2.1.1.tar.bz2
A 'diff' against the previous version is available at
ftp://ftp.tvdr.de/vdr/Developer/vdr-2.0.0-2.1.1.diff
MD5 checksums:
b17f9838bb8ddee9620f838fea7a171d vdr-2.1.1.tar.bz2
8b8ca593885c380cd370e6d19a5b16a1 vdr-2.0.0-2.1.1.diff
WARNING:
========
This is a *developer* version. Even though *I* use it in my productive
environment, I strongly recommend that you only use it under controlled
conditions and for testing and debugging.
The main focus of this version is on adding basic support for positioners
to control steerable satellite dishes. Manually controlling the dish position
and storing individual positions will follow later.
The fixes contained in this version will be released in a stable version 2.0.3
later, if there are no problems.
From the HISTORY file:
- Fixed initializing cDevice::keepTracks.
- Fixed an endless loop in cTextWrapper::Set() in case the given Width is smaller than
one character (reported by Stefan Braun).
- Removed all "modified since version 1.6" markers from PLUGINS.html.
- Added definitions for older DVB API versions, back until 5.0 (based on a patch from
Udo Richter).
- Changed cThread::SetIOPriority() from "best effort class" to "idle class" in order to
improve overall performance when an editing process is running (thanks to Jochen
Dolze).
- Fixed handling '/' and '~' in recording file names in case DirectoryEncoding is
used (thanks to Lars Hanisch).
- Changed the sign of the satellite position value in cSource to reflect the standard
of western values being negative. The new member function cSource::Position() can be
used to retrieve the orbital position of a satellite.
- Fixed multiple occurrences of the same directory in the recordings list in case there
are directories that only differ in non-alphanumeric characters (was broken by
"Fixed selecting the last replayed recording in the Recordings menu in case there
are folders and plain recordings with names that differ only in non-alphanumeric
characters" in version 1.7.36).
- Fixed displaying the frame number when setting an editing mark (thanks to Thomas
Günther).
- Fixed no longer generating any editing marks if the edited recording results in just
one single sequence (reported by Halim Sahin).
- Fixed an error message when parsing SCR values in diseqc.conf.
- Fixed an unexpected RCS version tag in the newplugin script.
- Fixed an endless loop in the DrawEllipse() functions for very small ellipses (reported
by Stefan Braun).
- Fixed a crash in the LCARS skin's main menu in case there is no current channel
(reported by Dominique Dumont).
- Added basic support for positioners to control steerable satellite dishes (based on
a patch from Seppo Ingalsuo and Ales Jurik).
+ Supports GotoN (aka "DiSEqC 1.2") and GotoX (aka "USALS").
+ The new DiSEqC command code 'P' can be used to instruct a positioner to move the
dish to the required satellite position. When a 'P' code is processed, further
execution of the remaining DiSEqC sequence (if any) is postponed until the positioner
has reached the new satellite position.
+ The new special source value of "S360E" can be used in diseqc.conf to indicate that
an entry using a positioner can move the dish to any requested position within its
range. Think of it as "full circle".
+ The devices a particular cDiseqc or cScr applies to are now stored directly in each
cDiseqc or cScr, respectively.
+ A plugin can implement a custom positioner control (see PLUGINS.html, section "Positioners").
+ The new function cSkinDisplayChannel::SetPositioner() can be implemented by skins to
show the user a progress display when the dish is being moved. The default implementation
calls SetMessage() with a string indicating the new position the dish is being moved to.
The LCARS skin shows a progress bar indicating the movement of the dish.
+ The new parameters "Site latitude", "Site longitude", "Positioner speed", and
"Positioner swing" in the "Setup/LNB" menu can be used to configure the necessary
values for a steerable dish.
+ The cDvbTuner now has a new status tsPositioning, in which it waits until a steerable
dish has reached its target position. Parsing SI data is paused until the target
position has been reached.
- The LCARS skin now shows the source value of the current channel in its channel display.
- Fixed asserting free disk space in the cutter.
- No longer trying to delete old recordings in AssertFreeDiskSpace() if the given
Priority is less than 1.
- Fixed handling LIRC events in case repeated events are lost.
- Fixed a possible crash when shutting down VDR while subtitles are being displayed
(reported by Ville Skyttä).
- cDevice::IsPrimaryDevice() now also checks whether the primary device actually has
a decoder and returns false otherwise. This should improve device allocation on
systems that are only used as a receiver and don't actually display anything.
- Increased the value of MAXRETRIES to 20 to reduce the probability of disturbances
in transfer mode.
- All bonded devices (except for the master) now turn off their LNB power completely
to avoid problems when receiving vertically polarized transponders (suggested by
Manfred Völkel and Oliver Endriss).
- Reverted the change from version 1.5.7 that made all logging go to LOG_ERR (thanks
to Christopher Reimer).
- Added Begin/EndSegmentTransfer() to the EPG handler interface (thanks to Jörg Wendel).
- The code for distributing recordings over several video directories is now
deprecated and disabled by default.
You can re-enable this feature by removing the comment sign ('//') from the beginning
of the line
//#define DEPRECATED_DISTRIBUTED_VIDEODIR // Code enclosed with this macro is ...
in the file videodir.c. Note, though, that this can only be a temporary workaround.
This feature will be completely removed in one of the next developer versions.
Distributing the video directory over several disks was a useful feature in times
when disks were still relatively small, but it also caused serious problems in case
one of the disks failed. Nowadays hard disks come in sizes measured in terabytes,
and tools like "mhddfs" can be used to combine several disks to form one large volume.
A recommended method for a relatively safe disk setup in a VDR system is to use two
1TB (or larger) disks and use them as a RAID-1 (mirrored). That way, if one disk
fails, you can replace it without data loss.
200 lines
3.8 KiB
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200 lines
3.8 KiB
Plaintext
# Sources configuration for VDR
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#
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# Format:
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#
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# code description
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#
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# S (satellite) xy.z (orbital position in degrees) E or W (east or west)
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# Note: only the first part is actually used by VDR. The description part
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# is for the "human" interface for clarity.
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#
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# '&' means same orbital position but different host company.
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# '/' means same (or very little deviation) orbital position & host.
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# A value in () means this satellite is still in it's test phase.
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#
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# Please contact vdr@tvdr.de before assigning a new code
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# to a description, in order to keep them unique.
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# Satellites
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# Europe
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S3E Eutelsat 3A & Rascom 1R
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S4E Eurobird 4A
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S4.8E Astra 4A
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S7E Eutelsat W3A
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S9E Eurobird 9A
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S10E Eutelsat W2A
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S13E Hotbird 6/8/9
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S16E Eutelsat W2M & Eurobird 16A
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S19.2E Astra 1H/1KR/1L/1M/2C
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S21.6E Eutelsat W6
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S23.5E Astra 3A/3B
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S25.5E Eurobird 2
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S26E Badr 4/5/6
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S28.2E Astra 2A/2B/2D
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S28.5E Eurobird 1
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S30.5E Arabsat 5A
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S31.5E Astra 1G
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S33E Eurobird 3 & Intelsat New Dawn
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S36E Eutelsat W4/W7
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S38E Paksat 1
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S39E Hellas Sat 2
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S40E Express AM1
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S42E Turksat 2A/3A
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S45E Intelsat 12
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S49E Yamal 202
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S53E Express AM22
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S55E Insat 3E
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S56E Bonum 1
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S57E NSS 12
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S60E Intelsat 904
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S62E Intelsat 902
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S64E Intelsat 906
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S66E Intelsat 17
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S68.5E Intelsat 7/10
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S70.5E Eutelsat W5
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S72E Intelsat 709
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# Asia
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S74E Insat 3C/4CR
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S75E ABS 1A
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S76.5E Apstar 2R
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S78.5E Thaicom 5
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S80E Express AM2/MD1
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S83E Insat 2E/4A
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S85.2E Intelsat 15
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S87.5E Chinasat 5A
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S88E ST 1/2
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S90E Yamal 201
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S91.5E Measat 3/3A
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S92.2E Chinasat 9
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S93.5E Insat 3A/4B
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S95E NSS 6
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S96.5E Express AM33
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S100.5E Asiasat 5
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S103E Express A2
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S105.5E Asiasat 3S
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S108.2E Telkom 1 & NSS 11 & SES 7
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S110E N-Sat 110 & BSAT 2C/3A
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S110.5E Chinasat 10
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S113E Palapa D & Koreasat 5
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S116E Koreasat 6
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S118E Telkom 2
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S122.2E Asiasat 4
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S124E JCSAT 4A
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S125E Chinasat 6A
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S128E JCSAT RA
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S132E Vinasat 1 & JCSAT5A
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S134E Apstar 6
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S138E Telstar 18
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S140E Express AM3
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S144E Superbird C2
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S146E ABS 5
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S150E JCSAT 1B
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S152E Optus D2
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S154E JCSAT 2A
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S156E Optus C1/D3
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S160E Optus D1
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S162E Superbird B2
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S164E Optus B3
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S166E Intelsat 8
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S169E Intelsat 5
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S172E GE 23
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S180E Intelsat 701
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S177W NSS 9
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# Atlantic
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S1W Thor 5/6 & Intelsat 10-02
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S4W Amos 2/3
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S5W Atlantic Bird 3
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S7W Nilesat 101/102/201 & Atlantic Bird 4A
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S8W Telecom 2D & Atlantic Bird 2
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S11W Express AM44
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S12.5W Atlantic Bird 1
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S14W Express A4
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S15W Telstar 12
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S18W Intelsat 901
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S20W NSS 5
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S22W NSS 7
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S24.5W Intelsat 905
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S27.5W Intelsat 907
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S30W Hispasat 1C/1D/1E
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S31.5W Intelsat 25
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S34.5W Intelsat 903
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S37.5W NSS 10 & Telstar 11N
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S40.5W NSS 806
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S43W Intelsat 11
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S45W Intelsat 14
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S50W Intelsat 1R
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S53W Intelsat 707
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S55.5W Intelsat 805
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S58W Intelsat 9/16
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S61W Amazonas 1/2
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# America
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S61.5W Echostar 12/15
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S63W Telstar 14R
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S65W Star One C1
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S70W Star One C2
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S72W AMC 6
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S72.5W DirecTV 1R & Nimiq 5
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S74W Horizons 2
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S77W Echostar 1/8
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S79W AMC 2/5
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S82W Nimiq 4
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S83W AMC 9
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S84W Brasilsat B4
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S85W AMC 16
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S85.1W XM 3
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S87W AMC 3
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S89W Galaxy 28
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S91W Galaxy 17 & Nimiq 1
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S93W Galaxy 25
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S95W Galaxy 3C
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S97W Galaxy 19
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S99W Galaxy 16
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S99.2W Spaceway 2 & DirecTV 11
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S101W DirecTV 4S/8 & SES 1
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S103W AMC 1
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S105W AMC 15/18
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S107.3W Anik F1/F1R
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S110W DirecTV 5 & Echostar 10/11
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S111.1W Anik F2
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S113W SatMex 6
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S116.8W SatMex 5
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S118.8W Anik F3
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S119W Echostar 14 & DirecTV 7S
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S121W Echostar 9/Galaxy 23
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S123W Galaxy 18
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S125W Galaxy 14 & AMC 21
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S127W Galaxy 13/Horizons 1
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S129W Ciel 2
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S131W AMC 11
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S133W Galaxy 13/15
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S135W AMC 10
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S137W AMC 7
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S139W AMC 8
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S360E Any satellite
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# Cable
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C DVB-C
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# Terrestrial
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T DVB-T
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# ATSC
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A ATSC
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# Plugins
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I IPTV
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V Analog Video
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