Free result software for linux

Yahoo::Search::Result is a class representing a single result (single web page, image, video file, etc) from a Yahoo! search-engine query. (This package is included in, and automatically loaded by, the Yahoo::Search package.)

Package Use ^

You never need to use this package directly -- it is loaded automatically by Yahoo::Search.

Object Creation ^

Result objects are created automatically when a Response object is created (when a Request objects Fetch method is called, either directly, or indirectly via a shortcut such as Yahoo::Search->Query().

EasySQL is a front-end that provides a slightly extended version of the MySQL SQL syntax allowing for far more sophisticated tasks to be accomplished without resorting to using an external language such as Perl.
Main features:
- Iterate across a SQL result set, and execute multiple queries using the values from each result row.
- Connect to multiple data sources and issue individual queries against one or more data sources.

Chess::Elo is a Perl module to calculate Chess "Elo" ratings.

SYNOPSIS

use Chess::Elo qw(:all);

# Alice is going to thump Bob...
my ($alice_elo, $bob_elo) = (2100, 1200);

# Oh no, Alice lost to Bob!
my $result = 0; # 0.5 for draw, 1 for win

my @new_elo_alice_bob = elo ($alice, 0, $bob);
use Data::Dumper; warn Dumper(@new_elo_alice_bob);

[
2068.17894295388, # My, Alice took a hit on her rating :)
1231.82105704612 # Bob is setting pretty
];

This module provides a single function, elo which allows one to calculate individual ratings based on performance. Typically, a player is given an initial provisional rating of 1600 points. In all cases, one gains and loses points as a function of the playing strength of both parties and the result of their encounter.

The formula used is the same one used at magi-nation:

http://www.magi-nation.com/Tournaments/ratingsfaq.htm

Or, quantitatively speaking:

A2 = A1 + 32 ( G - ( 1 / ( 1 + 10 ** ( ( B1 -A1) / 400 ) ) ) )
A2 is Alices post-game rating
A1 is Alice rating before the game against Bob
B1 is Bobs rating before the game against Alice
G is the game result, in this case:

1, if A beats B

0, if A loses to B

0.5, if A draws to B

METHODS

($new_a, $new_b) = elo($elo_a, $result, $elo_b)

This function takes 3 arguments describing the result of a person with rating $elo_a competing with the person with rating $elo_b. The result argument is from the perspective of person A. Thus if A won $result is 1. If A lost, $result is 0. If A drew, $result is 0.5.

EXPORT

None by default, elo upon request.

Nerdy Lines theme is based on the Kreski Lines icon theme. The main problem was that the original theme was not scalable. And also incomplete.
That gave my desktop an incomplete look. So I decided to fix that. The result is that they were redrawn from scratch in SVG-format.
Installation:
Untar archive to ~/.icons
-or-
drag and drop to the gnome theme manager and it will automatically install
Enhancements:
- Getting my desktop icons done (part III)

Serp EasySurf provides an easy to use extention that makes some modification in search engines result pages.

An easy to use extention that makes some modification in search engines result pages (Google, MSN, Yahoo) and makes surfing in search engines easier!. Features: show numeration, add hotkeys, show results per page select, set|remove omitted results...

An easy to use extention that makes some modification in search engines result pages (Google, MSN, Yahoo) and makes surfing in search engines easier!. Features: show numeration, add hotkeys, show results per page select, set|remove omitted results filter.

RPC::pClient is a Perl extension for writing pRPC clients.

SYNOPSIS

use RPC::pClient;

$sock = IO::Socket::INET->new(PeerAddr => joes.host.de,
PeerPort => 2570,
Proto => tcp);

$connection = new RPC::pClient(sock => $sock,
application => My App,
version => 1.0,
user => joe,
password => hello!);

pRPC (Perl RPC) is a package that simplifies the writing of Perl based client/server applications. RPC::pServer is the package used on the server side, and you guess what RPC::pClient is for. See RPC::pClient(3) for this part.
pRPC works by defining a set of of functions that may be executed by the client. For example, the server might offer a function "multiply" to the client. Now a function call

@result = $con->Call(multiply, $a, $b);

on the client will be mapped to a corresponding call

multiply($con, $data, $a, $b);

on the server. (See the funcTable description below for $data.) The function calls result will be returned to the client and stored in the array @result. Simple, eh?

Client methods

new

The client constructor. Returns a client object or an error string, thus you typically use it like this:

$client = RPC::pClient->new ( ... );
if (!ref($client)) {
print STDERR "Error while creating client object: $clientn";
} else {
# Do real stuff
...
}

Call

calls a function on the server; the arguments are a function name, followed by function arguments. It returns the function results, if successfull. After executing Call() you should always check the error attribute: An empty string indicates success. Thus the equivalent to

$c = Add($a, $b)
# Use $c
...

is

$c = $client->Call("Add", $a, $b);
if ($client->error) {
# Do something in case of error
...
} else {
# Use $c
...
}

CallInt

Similar to and internally used by Call. Receives the same arguments, but the result is prepended by a status value: If this status value is TRUE, then all went fine and the following result array is valid. Otherwise an error occurred and the error message follows immediately after the status code. Example:

my($status, @result) = $client->CallInt("Add", $a, $b);
if (!$status) {
# Do something in case of error
my $errmsg = shift @result || "Unknown error";
...
} else {
...
}

Encrypt

This method can be used to get or set the cipher attribute, thus the encryption mode. If the method is passed an argument, the argument will be used as the new encryption mode. (undef for no encryption.) In either case the current encryption mode will be returned. Example:

# Get the current encryption mode
$mode = $server->Encrypt();

# Currently disable encryption
$server->Encrypt(undef);

# Switch back to the old mode
$server->Encrypt($mode);

nfcount is tool for count network traffic by using rules. Rule can be defined by source or destenation IP address, timeranges. Accounting result may be simple counter or hystogram.
Main features:
- In rule definition file You can use variables for addresses and timeranges.
- Many rules can update one counter/hystogram.
- Many formats of data file: argus files, IP Accounting text.
- Many formats of output result (perl, binary).
- In rule You can use list of addresses/networks.
- State files for incremental counting.
Installation:
./configure
make
make install

Blatte is a Perl module with text macro/markup/template language.

SYNOPSIS

use Blatte;
use Blatte::Builtins;

my $perl = &Blatte::Parse(...some Blatte program ...);
if (defined($perl)) {
my $result = eval $perl;
if (defined($result)) {
&Blatte::traverse($result, &callback);
} elsif ($@) {
...handle execution error...
}
} else {
...handle parsing error...
}

Blatte is a very powerful text markup and transformation language with a very simple syntax. A Blatte document can be translated into a Perl program that, when executed, produces a transformed version of the input document.

This module itself contains some utility functions for handling Blatte documents, described below in the FUNCTIONS section. However, writers of Blatte-based software will generally be more interested in other associated modules. See in particular Blatte::Compiler (for processing files full of Blatte code) and Blatte::Builtins (for a description of the Blatte languages intrinsic functions).

Most casual end users will probably be interested in Blattes ability to serve as a higher-level language for writing web pages. This requires the additional CPAN package Blatte::HTML.

Most of the remainder of this document describes the syntax and semantics of the Blatte language.