Free descending order software for linux

Quick Order provides an ordering system using Java Wireless HTTP Form.
It uses J2ME libraries to submit forms to an HTTP server running PHP and MySQL. It can run on any embedded device that supports Java Wireless, including mobile phones and Palm systems.
It is ideal for making orders in restaurants, point of sale (POS), etc. It supports English and Chinese Big 5 encoding.
Enhancements:
- PASP is used for the server-side language font.
- An HTTP POST method was added to the server.
- A vector is used to allow flexibility of ordered items.

Test::XML::Order is a Perl module to compare the order of XML tags in perl tests.

SYNOPSIS

use Test::XML::Order tests => 3;
is_xml_in_order( , ); # PASS
is_xml_in_order( , ); # FAIL
isnt_xml_in_order( , ); # PASS

This module contains generic XML testing tools. See below for a list of other modules with functions relating to specific XML modules.

FUNCTIONS

is_xml_in_order ( GOT, EXPECTED [, TESTNAME ] )

This function compares GOT and EXPECTED, both of which are strings of XML. The comparison works only on the order of the tags, attributes are ignored.

Returns true or false, depending upon test success.

isnt_xml_in_order( GOT, MUST_NOT_BE [, TESTNAME ] )

This function is similar to is_xml_in_order(), except that it will fail if GOT and MUST_NOT_BE have elements in the same order.

NOTES

Please note the following about Test::XML::Order.

The package does not check that the input is well formed XML. You should use Test::XML or a similar package if you want to make sure the XML is well formed.
Only the order of tags are checked, so

is_xml_in_order(< a a="b"/ >x< b >< /b >, < a/ >< b a="c" >asdf< /b >);

passes as the inputs have the same order: < a/ >< b/ >.

The tree structure is tested so the the test below passes.

isnt_xml_in_order(< a >< b/ >< /a >, < a/ >< b/ >);

Build Order Anlyzer for the Axis & Allies RTS is a tool for analyzing builds in the Axis & Allies RTS game. Many sites go to great lengths to explain Build Orders, but the Build Order Analyzer is the first tool to actually allow players the ability to define a Build Order and then compare it to other Build Orders over time.

Key Facts to know about the Build Order Analyzer:

Only tool of its kind
Can support multiple types of RTS based games (not just Axis & Allies RTS!)
Built on Java technology & open source software

The Build Order Anlyzer 2.0 for Axis & Allies RTS is a tool for analyzing builds in the Axis & Allies RTS game. Wikipedia has a great defnition for a Build Order. To summarize, a Build Order in an RTS game defines the order in which a player builds their buildings, units, and upgrades. Understanding the timing and affect of various build trees is critical in making the appropriate tactical decisions during the game.

The BOA allows a player to build and analyze multiple Build Orders without playing a game. Lose to a player due to their build? Then plug it into the BOA and figure out a build to counter it! Gamers no longer have to play game, after game, after game to figure out a decent counter to another players Build Order, they can use the BOA to figure it out. The BOA can literally save serious gamers hundreds of hours of game play!

Adcd project is a cd player for Linux with a ncurses (text mode) interface.
Adcd can play all the tracks from a disc in order (linear mode), or in the order specified by the user (playlist mode), and includes all the functions expected in a stand-alone cd player, including random play and loop mode.
The functions adcd can perform are:
Open/Close
Play/Pause/Stop
Goto track
Goto Prev/next track
Seek forward/backward
Loop and Loop1 modes
Playlist edition
Random playlist
Set/Show volume
Show elapsed/remaining time of track/disc
Enhancements:
- The license has been updated to GPL version 3 or later.

Bio::SAGE::DataProcessing module processes raw serial analysis of gene expression (SAGE) data.

SYNOPSIS

use Bio::SAGE::DataProcessing;
$sage = Bio::SAGE::DataProcessing->new();

# open sequence and quality files
open( READS, "library.fasta" );
open( QUAL, "library.qual.fasta" );

# collect ditags and statistics from reads
$sage->process_library( *READS, *QUAL );

# close files
close( READS );
close( QUAL );

# output tags in descending order of expression
my %tags = %{$sage->get_tagcounts()};
open( TAGS, ">library.tags" );
map { print TAGS join( "t", $_, $tags{$_} ) . "n" } sort { $tags{$b} $tags{$a} } keys %tags;
close( TAGS );

# tag AAACCGGGTT matches two different genes
# so 15th base pair may help resolve this
$sage->print_extra_base_calculation( $sage->get_extract_base_calculation( "AAACCGGGTT" ) );

This module provides several tools for processing and analyzing serial analysis of gene expression (SAGE) libraries.

Serial analysis of gene expression (SAGE) is a molecular technique for generating a near-global snapshot of a cell population’s transcriptome. Briefly, the technique extracts short sequences at defined positions of transcribed mRNA. These short sequences are then paired to form ditags. The ditags are concatamerized to form long sequences that are then cloned. The cloned DNA is then sequenced. Bioinformatic techniques are then employed to determine the original short tag sequences, and to derive their progenitor mRNA. The number of times a particular tag is observed can be used to quantitate the amount of a particular transcript. The original technique was described by Velculescu et al. (1995) and utilized an ~14bp sequence tag. A modified protocol was introduced by Saha et al. (2002) that produced ~21bp tags.

PURPOSE

This module facilitates the processing of SAGE data. Specifically:

1. extracting ditags from raw sequence reads.
2. extracting tags from ditags, with the option to
exclude tags if the Phred scores (described by
Ewing and Green, 1998a and Ewing et al., 1998b)
do not meet a minimum cutoff value.
3. calculating descriptive values
4. statistical analysis to determine, where possible,
additional nucleotides to extend the length of the
SAGE tag (thus facilitating more accurate tag to
gene mapping).

Both regular SAGE (14mer tag) and LongSAGE (21mer tag) are supported by this module. Future protocols should be configurable with this module.

Shell::Parser is a simple shell script parser.

SYNOPSIS

use Shell::Parser;

my $parser = new Shell::Parser syntax => bash, handlers => {

};
$parser->parse(...);
$parser->eof;

This module implements a rudimentary shell script parser in Perl. It was primarily written as a backend for Syntax::Highlight::Shell, in order to simplify the creation of the later.