Free primebase xt software for linux

PrimeBase XT (PBXT) is a transactional storage engine for MySQL. The project has been designed for modern, web-based, high concurrency environments and heavy update loads. PBXT uses a number of new techniques to achieve its goals.
Enhancements:
- This release makes changes to enable PBXT to handle databases containing thousands of tables.
- It also fixes a number of concurrency problems with operations like TRUNCATE TABLE, ALTER and REPAIR table when used in conjunction with other DML.

FreeDOS aims to be a complete, free, 100% MS-DOS compatible operating system. Mostly achieved except Windows compatibility - Windows standard-mode works on FreeDOS, but 386-mode / WfW 3.11 does not.
Main features:
- Easy multiboot with Win95-2003 and NT/XP/ME
- FAT32 file system and large disk support (LBA)
- LFN support (on command line with 4DOS, which is now freeware: 4DOS for OS/2 is even open source)
- LBACACHE - disk cache (harddisks in CHS and LBA mode, diskette)
- Memory Managers: HIMEM, EMM386, UMBPCI
- SHSUCDX (MSCDEX replacement) and CD-ROM driver (XCDROM)
- CUTEMOUSE - Mouse driver with scroll wheel support
- FDAPM - APM info/control/suspend/poweroff, ACPI throttle, HLT energy saving...
- XDMA - UDMA driver for DOS: up to 4 harddisks
- MPXPLAY - media player for mp3, ogg, wmv... with built-in AC97 and SB16 drivers
- 7ZIP, INFO-ZIP zip & unzip... - modern archivers are available for DOS
- EDIT / SETEDIT - multi window text editors
- HTMLHELP - help viewer, can read help directly from a zip file
- PG - powerful text viewer (similar to V. D. Buergs LIST)
- many text mode programs ported from Linux thanks to DJGPP
- GRAPHICS - greyscale hardcopy on ESC/P, HP PCL and PostScript printers
FreeDOS was previously known as "Free-DOS" and originally as "PD-DOS." For a little trip down memory lane: In 1994, I was a physics student at the University of Wisconsin-River Falls. Most of my work for school had been done using DOS - writing programs, dialing up to the university computer, network, analysing lab data, etc. I really loved DOS; I did everything with it. I had a 386 desktop system in my dorm room and an XT laptop that I would carry around with me to do work "on the go".

Encode::HanExtra Perl module contains extra sets of Chinese encodings.



SYNOPSIS

use Encode;

# Traditional Chinese
$euc_tw = encode("euc-tw", $utf8); # loads Encode::HanExtra implicitly
$utf8 = decode("euc-tw", $euc_tw); # ditto

# Simplified Chinese
$gb18030 = encode("gb18030", $utf8); # loads Encode::HanExtra implicitly
$utf8 = decode("gb18030", $gb18030); # ditto

Perl 5.7.3 and later ships with an adequate set of Chinese encodings, including the commonly used CP950, CP936 (also known as GBK), Big5 (alias for Big5-Eten), Big5-HKSCS, EUC-CN, HZ, and ISO-IR-165.

However, the numbers of Chinese encodings are staggering, and a complete coverage will easily increase the size of perl distribution by several megabytes; hence, this CPAN module tries to provide the rest of them.

If you are using perl 5.8 or later, Encode::CN and Encode::TW will automatically load the extra encodings for you, so theres no need to explicitly write use Encode::HanExtra if you are using one of them already.

ENCODINGS

This version includes the following encoding tables:

Canonical Alias Description
-----------------------------------------------------------------------------
big5-1984 /b(tca-)?big5-?(19)?84$/i TCAs original Big5-1984
big5ext /b(cmex-)?big5-?e(xt)?$/i CMEXs Big5e Extension
big5plus /b(cmex-)?big5-?p(lus)?$/i CMEXs Big5+ Extension
/b(cmex-)?big5+$/i
cccii /b(ccag-)?cccii$/i Chinese Character Code for
Information Interchange
cns11643-1 /bCNS[-_ ]?11643[-_]1$/i Taiwans CNS map, plane 1
cns11643-2 /bCNS[-_ ]?11643[-_]2$/i Taiwans CNS map, plane 2
cns11643-3 /bCNS[-_ ]?11643[-_]3$/i Taiwans CNS map, plane 3
cns11643-4 /bCNS[-_ ]?11643[-_]4$/i Taiwans CNS map, plane 4
cns11643-5 /bCNS[-_ ]?11643[-_]5$/i Taiwans CNS map, plane 5
cns11643-6 /bCNS[-_ ]?11643[-_]6$/i Taiwans CNS map, plane 6
cns11643-7 /bCNS[-_ ]?11643[-_]7$/i Taiwans CNS map, plane 7
cns11643-f /bCNS[-_ ]?11643[-_]f$/i Taiwans CNS map, plane F
euc-tw /beuc.*tw$/i EUC (Extended Unix Character)
/btw.*euc$/i
gb18030 /bGB[-_ ]?18030$/i GBK with Traditional Characters
unisys /bunisys$/i Unisys Traditional Chinese
unisys-sosi1 Unisys SOSI1 transport encoding
unisys-sosi2 Unisys SOSI2 transport encoding

Detailed descriptions are as follows:

BIG5-1984

This is the original Big5 encoding made by TCA Taiwan.

BIG5PLUS

This encoding, while not heavily used, is an attempt to bring all Taiwans conflicting internal-use encodings together, and fit it as an extension to the widely-deployed Big5 range, by CMEX Taiwan.

BIG5EXT

The CMEXs second (and less ambitious) try at unifying the most commonly used characters not covered by Big5, while not polluting out of the 94x94 arragement like BIG5PLUS did.

CCCII

The earliest (and most sophisticated) Traditional Chinese encoding, with a three-byte raw character map, made in 1980 by the Chinese Character Analysis Group (CCAG), used mostly in library systems.

EUC-TW

The EUC transport version of CNS11643 (planes 1-7), the comprehensive character set used by the Taiwan government.

CNS11643-*

The raw character map extracted from the Unihan database, including the plane F which wasnt included in EUC-TW.

GB18030

An extension to GBK, this encoding lists most Han characters (both simplified and traditional), as well as some other encodings used by other peoples in China.

UNISYS

Unisys Systems internal Chinese mapping.

Crystal Vista XT Paolo Icon Mod is NOT my theme, I modified Vista Inspirate, Crystal Clear, Nuove XT and other Icons like Debian Icons, Firefox Alternative and much more.

I take my favourite icons from these Icons-theme and I create my Mod, Crystal Vista XT Paolo Mod.

Vista Inspirate is created by Saki
(http://www.kde-look.org/content/show.php?content=31585)

Crystal Clear is created by Everaldo
(http://www.kde-look.org/content/show.php?content=25668)

Nuove XT is created by Saki
(http://www.kde-look.org/content/show.php?content=26449)

OsX is created by kiddo
(http://www.gnome-look.org/content/show.php?content=31618)

Debian Icons is created by OnkelchenTobi
(http://www.kde-look.org/content/show.php?content=26430)

Sparkling Icon Folder (for non debian linux) is created by flow:
(http://www.kde-look.org/content/show.php?content=9245)

gtk-Xt provides helper functions to use Xt (X Toolkit Intrinsics) together with GTK.

XML::XSLT::Wrapper is a consistent interface to XSLT processors.

SYNOPSIS

use XML::XSLT::Wrapper;
my $xslt = XML::XSLT::Wrapper->new(
ProcessorList => [libxslt, sablotron],
)

$result = $xslt->transform(
XMLFile => $xml_filename
XSLFile => $xsl_filename
#OR: XMLString => $xml_string
#OR: XSLString => $xsl_string
#OR: xml => $xml_filename_or_string,
#OR: xsl => $xsl_filename_or_string,
XSLParams => { COMEIN => knock knock,
GOAWAY => conk conk },
);

$result = $xslt->transform(
OutFile => $output_filename,
XMLFile => $xml_filename
XSLFile => $xsl_filename
XSLParams => [ COMEIN, knock knock,
GOAWAY, conk conk ],
);


# NB: The pre_parsing interface is likely to change:
%pre_parsed = $xslt->pre_parse(
XSLFile => $xsl_filename
);
$pre_parsed{$processor}{xsl} = $parsed_xsl;

foreach (@xml_files) {
$result = $xslt->transform(
XSLParsed = $parsed_xsl;
OutFile => $output_filename,
XMLFile => $_,
XSLParams => [ COMEIN, knock knock,
GOAWAY, conk conk ],
);
}
See also examples/*.pl, t/*.t and Driver/*.pm in the distribution directory.

Provides a consistent interface to various XSLT processors. Tries each of a supplied list of processors in turn until one performs a successful transform. If no list is given, tries all the processors it knows until one works. Does its best to fail gracefully whenever a processor does not work for some reason.
Can return the result of the transform as a string, or write it to a specified file.
For those processors which can accept parameters to an XSLT stylesheet, XML::XSLT::Wrapper can accept these as hash of name-value pairs, or as an array of [name, value, name, value, ...]

On completion, returns: - if it has written an output file - the result string if it has succeeded but not written an output file - undef if it has failed

Currently knows how to use XML::LibXSLT, XML::Xalan, XML::Sablotron, XML::XSLT as well as the Java processors XT and Saxon. You need to set your CLASSPATH environment variable first for the Java processors, or pass it to the transform in a JavaClassPath hash element. In a future version, there will be a parameter to turn off support for the Java processors. The XML::Sablotron Ive tested with is 0.52.