Free ts software for linux

Python Web Objects is a dynamic page generation system that allows the developer to embed Python code inside HTML. It is similar in function to what JSP is to Java. ts a module that runs under mod_python and the Apache webserver. It is designed to offer a good balance between a providing a clean way to integrate design content from code, while doing so as fast as possible.

Download the latest version, then read the documentation. If youre into antiques, you can always browse the archives, but theres no reason to use an old version.

To install PWO, first decompress the tarball you downloaded.
$ gunzip pwo-0.XX.tar.gz
$ tar xvf pwo-0.XX.tar

Then, copy the pwo.py module into some location in your PYTHONPATH. The proper location is usually /usr/local/lib/python2.x/site-packages/
$ cp pwo-0.XX/pwo.py /usr/local/lib/python2.2/site-packages/

PWO should now be ready to use.

To configure a directory to make PWO pages, you first need to make sure that the directory is visible on the web. Ask your friendly Apache sysadmin if you dont know what this means. In this document, the path youll be keeping your .pwo files in is called /path/to/pwodir/, and its corresponding URL is http://yourserver/url/to/pwodir/.
Let Apache and mod_python know that the pwo.py will be handling requests to .pwo files in that directory. Do this by adding a few lines to our entry in your httpd.conf file.


AddHandler python-program .pwo
PythonHandler pwo
PythonDebug On



The PythonDebug directive is optional, but you will most likely want it enabled while you are developing. It will make exceptions print tracebacks to the browser in plain-text format. For security reasons, you should comment it out on production systems.
Now a file /path/to/pwodir/some_file.pwo will generate its page at http://yourserver/url/to/pwodir/some_file.pwo. Try copying a simple one of the included samples, like hello.pwo, to this directory to test your installation.
If youve never used PWO before, learn the syntax, and/or check out some sample pages.

xbmsd project is a file sharing server implementing the Xbox Media Streaming Protocol (XBMSP) supported by the Xbox Media Center (XBMC). URLs in XboxMediaCenter.xml that start with "xbms://" use this protocol. xbmsd also supports the XBMSP Server Discovery Protocol (XBSDP).
The main features of xbmsd besides normal file sharing is mapping files to arbitrary local files or HTTP files/streams, the possibility of generating "synthetic" mplayer configuration files according to file extension and the possibility of specifying file processing filters by file extension. Mapping files to HTTP locations is useful because XBMC does not support HTTP locations natively.
Synthetic configuration files mean that files ending in a specified extension will all have a file-specific mplayer configuration file visible through xbmsd. If one does not already exist (real or mapped), it is mapped to the file specified in the specification command. Filters work so that if a file has the specified extension the filename is given as an argument to the specified command and the command output is sent to the XBMSP client as a stream.
Usage Example
Lets assume that we have a HTTP server running on localhost port 3000 that provides access to DVB TV channels via files /ts/channel. These are interlaced MPEG transport streams (TS), so we want to map these to local files and then create synthetic deinterlacing configuration files for them.
First we create a mplayer configuration file (/etc/xbmsd/deinterlace.conf) that turns on linear blend deinterlacing and sets the cache to a lower value so that the buffering does not take so long. The contents of the file is:
vf-pre=pp=lb
cache=2048
Then we create the xbmsd configuration file that maps the DVB streams to local files and configures the above file as a synthetic configuration file for files ending in ".ts". We use an empty root directory since we dont want to do anything else at this time:
root /var/empty
map ch1.ts http://localhost:3000/ts/1
map ch2.ts http://localhost:3000/ts/2
map ch3.ts http://localhost:3000/ts/3
conf ts /etc/xbmsd/deinterlace.conf
When xbmsd is started with this configuration the root directory of the server contains six files: ch1.ts, ch1.ts.conf, ch2.ts, ch2.ts.conf, ch3.ts, ch3.ts.conf.
Enhancements:
- Added IFACE configuration option (Linux only)
- Bugfix: the server discovery socket now listens to INADDR_ANY (or in6addr_any) and not the address specified by LISTEN, as it needs to receive all broadcasts.

libdvbpsi is a very simple and fully portable library designed for MPEG TS and DVB PSI table decoding and generation.
Currently supported platforms are GNU/Linux, Windows and Mac OS X, but it should work on almost any platform.
Main features:
- Program Association Table (PAT), decoder and generator.
- Program Map Table (PMT), decoder and generator.
- All MPEG 2 descriptors, decoders and generators.
Enhancements:
- This release fixes the handling of duplicate packets and packets containing multiple PSI sections and a crash in the subtitles descriptor decoder.
- New decoders (EBU teletext, DVB parental rating descriptor, stream identifier, EIT) and a new generator (SDT) were implemented.
- The library was also ported to Windows CE.

The Austhex IRCD is the irc daemon used on Austnet.

The protocols described here implement TimeStamps on IRC channels and nicks. The idea of IRC TimeStamps was started on Undernet, and first implemented by Run .

The protocols used here are not exactly the same as the ones used on Undernet; the nick-kill handling is very similar and must be credited to Run, while the
"TimeStamped channel description" protocol is quite different.

TSora servers keep track of which version of the TS protocol (if any) their neighboring servers are using, and take it into account when sending messages to them. This allows for seamless integration of TS servers into a non-TS net, and for upgrades of the protocol.

Each server knows which is the lowest and the highest version of the TS protocol it can interact with; currently both of these are set to 1:

#define TS_CURRENT 1 /* the highest TS ver we can do */
#define TS_MIN 1 /* the lowest TS ver we can do */

ccextractor project is a fast closed captions extractor for MPEG files.
ccextractor is mostly a mildly optimized C port of McPoodles excellent but painfully slow Perl script SCC_RIP. It lets you rip the raw closed captions (read: subtitles) data from a number of sources, such as DVD or replay TV.
As an added bonus compared to the original SCC_RIP, ccextractor can extract subtitles from the HDTV transport streams that are becoming more common.
At this point ccextractor extracts the line 21 captions (which must legally be present for a number of years until the transition to digital is complete). Note that in most .ts you can find, there will be subtitle data for both analog (EIA-608) decoders and digital (EIA-708). AFAIK there are not
freely available EIA-708 rippers.
Anyway, since line 21 captions will be available for some time, we have time to build a decent 708 ripper.
Basic Usage
For details on CC, please go to McPoodles page:
http://www.geocities.com/mcpoodle43/SCC_TOOLS/DOCS/SCC_TOOLS.HTML
You will need his tools to use ccextrators output.
The basic idea is that you get the raw closed caption dump from ccextractor.
Then you need other tools (which vary depending on what you want to do) to continue processing.
To get a transcript from a .ts file in .srt (I assume this will be the most common use) do this:
ccextractor -12 input_file
-12 means "extract both subtitle tracks" (actually technical names are fields but tracks is easier to understand). 1 is almost always English. 2 is Spanish in HBO (at least in the few samples Ive seen) but could be anything. Just extract both of them and check.
Example: cctractor -12 house315.ts
ccextractor will create two files, called house315_1.bin and _2.
Then use McPoodles RAW2SCC to create a temporary SCC file (means Scenerist, which is originally the native format for some program, its not important here).
raw2scc house315_1.bin
This creates house315_1.scc
From this .scc file, you can get the final .srt by using McPoodles CCASDI:
ccasdi -s house315_1.srt
Which looks like this (just 3 random lines shown).
514
00:24:07,400 --> 00:24:09,300
Theyve got another trial
going on at Duke.
515
00:24:09,367 --> 00:24:12,567
15% extend their lives
beyond five years.
516
00:24:12,634 --> 00:24:13,701
If youre positive
for protein PHF--
Enhancements:
- This release adds support for DVR-MS files.
- It improves the CC decoder.
- There are several bugfixes, a major speed boost (20%-40%), improved timing for non-TS files, improved format autodetection, and other minor improvements.

Tk::form is a Perl module with a geometry manager based on attachment rules.

SYNOPSIS

$widget->form?(args)?
$widget->formOption?(args)?

The form method is used to communicate with the form Geometry Manager, a geometry manager that arranges the geometry of the children in a parent window according to attachment rules. The form geometry manager is very flexible and powerful; it can be used to emulate all the existing features of the Tk packer and placer geometry managers (see pack, place). The form method can have any of several forms, depending on Option:

$slave->form?(options)?

Sets or adjusts the attachment values of the slave window according to the -option=>value argument pairs.

-b => attachment

Abbreviation for the -bottom option.

-bottom => attachment

Specifies an attachment for the bottom edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.

-bottomspring => weight

Specifies the weight of the spring at the bottom edge of the slave window. See "USING SPRINGS" below.

-bp => value

Abbreviation for the -padbottom option.

-bs => weight

Abbreviation for the -bottomspring option.

-fill => style

Specifies the fillings when springs are used for this widget. The value must be x, y, both or none.

-in => $master

Places the slave window into the specified $master window. If the slave was originally in another master window, all attachment values with respect to the original master window are discarded. Even if the attachment values are the same as in the original master window, they need to be specified again. The -in flag, when needed, must appear as the first flag of options. Otherwise an error is generated.

-l => attachment

Abbreviation for the -left option.

-left => attachment

Specifies an attachment for the left edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.

-leftspring => weight

Specifies the weight of the spring at the left edge of the slave window. See "USING SPRINGS" below.

-lp => value

Abbreviation for the -padleft option.

-ls => weight

Abbreviation for the -leftspring option.

-padbottom => value

Specifies the amount of external padding to leave on the bottom side of the slave. The value may have any of the forms acceptable to Tk_GetPixels.

-padleft => value

Specifies the amount of external padding to leave on the left side of the slave.

-padright => value

Specifies the amount of external padding to leave on the right side of the slave.

-padtop => value

Specifies the amount of external padding to leave on the top side of the slave.

-padx => value

Specifies the amount of external padding to leave on both the left and the right sides of the slave.

-pady => value

Specifies the amount of external padding to leave on both the top and the bottom sides of the slave.

-r => attachment

Abbreviation for the -right option.

-right => attachment

Specifies an attachment for the right edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.

-rightspring => weight

Specifies the weight of the spring at the right edge of the slave window. See "USING SPRINGS" below.

-rp => value

Abbreviation for the -padright option.

-rs => weight

Abbreviation for the -rightspring option.

-t => attachment

Abbreviation for the -top option.

-top => attachment

Specifies an attachment for the top edge of the slave window. The attachment must specified according to "SPECIFYING ATTACHMENTS" below.

-topspring => weight

Specifies the weight of the spring at the top edge of the slave window. See "USING SPRINGS" below.

-tp => value

Abbreviation for the -padtop option.

-ts => weight

Abbreviation for the -topspring option.

$master->formCheck

This method checks whether there is circular dependency in the attachments of the masters slaves (see "CIRCULAR DEPENDENCY" below). It returns the Boolean value TRUE if it discover circular dependency and FALSE otherwise.

$slave->formForget

Removes the slave from its master and unmaps its window. The slave will no longer be managed by form. All attachment values with respect to its master window are discarded. If another slave is attached to this slave, then the attachment of the other slave will be changed to grid attachment based on its geometry.

$master->formGrid?(x_size, y_size)?

When x_size and y_size are given, this method returns the number of grids of the $master window in a pair of integers of the form (x_size, y_size). When both x_size and y_size are given, this method changes the number of horizontal and vertical grids on the master window.

$slave->formInfo?(-option)?

Queries the attachment options of a slave window. -option can be any of the options accepted by the form method. If -option is given, only the value of that option is returned. Otherwise, this method returns a list whose elements are the current configuration state of the slave given in the same option-value form that might be specified to form. The first two elements in this list list are "-in=>$master" where $master is the slaves master window.

$master->formSlaves

Returns a list of all of the slaves for the master window. The order of the slaves in the list is the same as their order in the packing order. If master has no slaves then an empty string is returned.