#
-# Default configuration for tvheadend
+# Default configuration for Tvheadend.
# systemd
# See tvheadend --help for more - default "-u hts -g video"
## Overview
-This tab is used to configure various debugging options in tvheadend.
+This tab is used to configure various debugging options in Tvheadend.

## Subsystems
-The following options can be passed to tvheadend to provide detailed debugging
+The following options can be passed to Tvheadend to provide detailed debugging
information while the application is running.
<tvh_include>inc/config_notes</tvh_include>
-* You can put a custom M3U playlist (which will be advertised to clients) in your tvheadend configuration directory - filename *satip.m3u*.
+* You can put a custom M3U playlist (which will be advertised to clients) in your Tvheadend configuration directory - filename *satip.m3u*.
---
The documentation is written in markdown, and then converted for
direct inclusion to tvheadend binary. The markdown processor in
-tvheadend binary adds other information from the internal
+Tvheadend binary adds other information from the internal
class system.
The User Guide
[Networks](class/mpegts_network) | Where you configure networks
[Muxes](class/mpegts_mux) | Where you configure multiplexes
[Services](class/mpegts_service) | Discovered service(s) management
-[Mux Schedulers](class/mpegts_mux_sched) | Where you configure mux schedulers - schedule tvheadend to tune to a specific mux to receive different types of data, EMMs, EIT etc
+[Mux Schedulers](class/mpegts_mux_sched) | Where you configure mux schedulers - schedule Tvheadend to tune to a specific mux to receive different types of data, EMMs, EIT etc
---
## Overview
-This tab is where you configure how tvheadend manages your adapters/input,
+This tab is where you configure/manage your adapters/input,
networks, muxes and services.
## TV Adapters
-The adapter tree lists the available frontends, LNB configuration and
-so on related to your device(s) in sections. Clicking on these sections
-will display available parameters and device information. Bold sections
-and a green dot indicate that it's enabled. A red dot indicates that it's
-disabled. Please see the [Introduction](introduction) (Using the Interface) for
+The adapter tree lists the available frontends, LNB configuration and
+so on related to your device(s) in sections. Clicking on these sections
+will display available parameters and device information. Bold sections
+and a green dot indicate that it's enabled. A red dot indicates that it's
+disabled. Please see the [Introduction](introduction) (Using the Interface) for
details on how to use the tree/split panel.
### An Example TV Adapter Tree
-Here is an example of a device tree - yours will follow the same layout,
+Here is an example of a device tree - yours will follow the same layout,
but this is just to give you an idea as to what all the bits mean.

This guide is intended to give you a high-level overview of how to set
up and use Tvheadend. It does not aim to provide a complete description
of every step or answer every question: more details are available on the
-tvheadend [wiki](https://tvheadend.org/projects/tvheadend/wiki).
+Tvheadend [wiki](https://tvheadend.org/projects/tvheadend/wiki).
Tvheadend includes copies of many of these pages in the application, which
is easier to find when you're wondering what to do next.
: The data port(s) used by the client device.
**Username**
-: The username used to access tvheadend (a blank cell indicates no username was supplied).
+: The username used to access Tvheadend (a blank cell indicates no username was supplied).
**Started**
: Date the connection started - YYYY-MM-DD HH:MM:SS.
3. Obviously, fill in the minor gaps as highlighted in the document: buttons, descriptions, etc.
-4. Generate new webUI help pages and push them to the tvheadend repo
+4. Generate new webUI help pages and push them to the Tvheadend repo
5. Check all link from tvh (e.g. there are no help buttons on the 'Stream' tabs)
Use ts file (mux file) as input.
.TP
.SH "LOGGING"
-All activity inside tvheadend is logged to syslog using log facility
+All activity inside Tvheadend is logged to syslog using log facility
\fBLOG_DAEMON\fR.
.SH "SETUP"
.SS "Access to video adapters"
should be launched with the '-u' argument. Also notice that XMLTV will read/
store cache and configuration from the same user home directory.
.PP
-If daemonizing, tvheadend will writes its pid in /var/run/tvheadend.pid
+If daemonizing, Tvheadend will writes its pid in /var/run/tvheadend.pid
.SH "AUTHOR"
.B Tvheadend
and this man page is maintained by the Tvheadend team. Please see the
tvherror(LS_CONFIG, "executed in directory '%s'", root);
tvherror(LS_CONFIG, "please DON'T report this as an error, you may use --nobackup to skip");
tvherror(LS_CONFIG, "... or run the above command in the printed directory");
- tvherror(LS_CONFIG, "... using the same user/group as for the tvheadend executable");
+ tvherror(LS_CONFIG, "... using the same user/group as for the Tvheadend executable");
tvherror(LS_CONFIG, "... to check the reason for the unfinished backup");
free(s);
htsbuf_queue_flush(&q);
.name = N_("Use A/V library"),
.desc = N_("The input stream is remuxed with A/V library (libav or"
" or ffmpeg) to the MPEG-TS format which is accepted by"
- " tvheadend."),
+ " Tvheadend."),
.off = offsetof(iptv_network_t, in_libav),
.opts = PO_ADVANCED
},
.name = N_("Use A/V library"),
.desc = N_("The input stream is remuxed with A/V library (libav or"
" or ffmpeg) to the MPEG-TS format which is accepted by"
- " tvheadend."),
+ " Tvheadend."),
.list = iptv_mux_libav_enum,
.off = offsetof(iptv_mux_t, mm_iptv_libav),
},
"case, the position, the polarization and low-high "
"band settings must be equal. If you set another "
"tuner as master, then this tuner will act as "
- "a slave and tvheadend will assure that this tuner "
+ "a slave and Tvheadend will assure that this tuner "
"will not use incompatible parameters (position, "
"polarization, lo-hi)."),
.list = linuxdvb_frontend_dvbs_class_master_enum,
htsbuf_queue_init(&q, 0);
htsbuf_append(&q, MSG, sizeof(MSG)-1);
- htsbuf_qprintf(&q, "USER-AGENT: unix/1.0 UPnP/1.1 TVHeadend/%s\r\n", tvheadend_version);
+ htsbuf_qprintf(&q, "USER-AGENT: unix/1.0 UPnP/1.1 tvheadend/%s\r\n", tvheadend_version);
htsbuf_append(&q, "\r\n", 2);
upnp_send(&q, NULL, 0, 0);
htsbuf_queue_flush(&q);
"case, the position, the polarization and low-high "
"band settings must be equal."
"if you set other tuner as master, then this tuner "
- "will act like a slave one and tvheadend will "
+ "will act like a slave one and Tvheadend will "
"assure that this tuner will not use incompatible "
"parameters (position, polarization, lo-hi)."),
.set = satip_frontend_dvbs_class_master_set,
"case, the position, the polarization and low-high "
"band settings must be equal."
"if you set other tuner as master, then this tuner "
- "will act like a slave one and tvheadend will "
+ "will act like a slave one and Tvheadend will "
"assure that this tuner will not use incompatible "
"parameters (position, polarization, lo-hi)."),
.set = satip_frontend_dvbs_class_master_set,
<friendlyName>%s%s</friendlyName>\n\
<manufacturer>TVHeadend Team</manufacturer>\n\
<manufacturerURL>http://tvheadend.org</manufacturerURL>\n\
-<modelDescription>TVHeadend %s</modelDescription>\n\
+<modelDescription>Tvheadend %s</modelDescription>\n\
<modelName>TVHeadend SAT>IP</modelName>\n\
<modelNumber>1.1</modelNumber>\n\
<modelURL></modelURL>\n\
So this program allow you to pass two command line arguments.
-The first argument is the name of the EIT scraper file (read by tvheadend) that
+The first argument is the name of the EIT scraper file (read by Tvheadend) that
is typically in the epggrab/eit/conf directory.
The second argument is a test input file which is in JSON format and lives
filename = DIR + '/' + asciize(filename)
fp = open(filename, "w+")
- fp.write('# Generated by tvheadend from satellites.xml\n')
+ fp.write('# Generated by Tvheadend from satellites.xml\n')
for child in node:
if child.tag == 'transponder':