Free ab cruncher software for linux

aB Backup Tools is a toolset for creating and maintaining backups and recoveries of important data on your system.
Enhancements:
- memory leaks fixed,
- options optimized,
- some look changes.

Music::Chord::Namer - You give it notes, it names the chord.

SYNOPSIS

use Music::ChordName qw/chordname/;

print chordname(qw/C E G/); # prints C
print chordname(q/C E G/); # same (yes, array or string!)
print chordname(qw/C Eb G Bb D/); # prints Cm9
print chordname(qw/G C Eb Bb D/); # prints Cm9/G

Music::ChordName optionally exports one sub, chordname, which accepts some notes as either a string or a list and returns the best chord name it can think of.

EXPORT

None by default.

$bestnamescalar|@namesarray = chordname($notesstring|@notesarray)
chordname() accepts either a string of notes such as "C Eb G A#" or a list of notes such as qw/Ab Bb F Bb D/. In a scalar context it returns the best name it could think of to describe the chord made from the notes you gave it. In an array context it returns all of the names it thought of, sorted from best to worst (shortest to longest!)

EXAMPLES

# to print a bunch of guitar chord names with at lest 4 notes each,
# all below 5th fret...

foreach my $s1(qw/- E F Gb G Ab/){
foreach my $s2(qw/- A Bb B C Db/){
foreach my $s3(qw/- D Eb E F Gb/){
foreach my $s4(qw/- G Ab A Bb/){
foreach my $s5(qw/- B C Db D Eb/){
foreach my $s6(qw/- E F Gb G Ab/){
my @notes = ();
push @notes, $s1 unless $s1 eq -;
push @notes, $s2 unless $s2 eq -;
push @notes, $s3 unless $s3 eq -;
push @notes, $s4 unless $s4 eq -;
push @notes, $s5 unless $s5 eq -;
push @notes, $s6 unless $s6 eq -;
if(@notes >= 4){
print scalar(chordname(@notes)), = ,join( ,@notes),"n";
}
}
}
}
}
}
}

cdenc lets you encode whole audio CDs in a special directory which can be burned on CDROM afterwards.
For other mp3 players like WinAmp the mp3 info tags are set correctly, so that you also get there the full title infos. Additionally you could generate long filenames, so that you could play the music via a shell or explorer environment. Last not least, cdenc generates html files to let you browse through with a normal html browser (but then you cant play more titles on one time).
Furthermore cdenc generates by using Gimp and mpeg2encode bitmaps for the osd of Yamakawa/Raite DVD/MP3 player. cdenc doesnt have a graphical user interfaces. As a clean commandline script, it is designed also to run on machines without X11 (number cruncher) and can work backgrounded. Once correct configured, the work with cdenc reduce to the insertion of an audio CD and the subsequent call of "cdenc -medname mp3cd001", which makes cdenc test if the CD ist not already on another media and if not starts the complete grabbing, compression and index generation.
Unfortunaly cda(xmcd) and gimp have changed a lot so that cdenc wont run with the actual versions. I will change the code to use libaudiocd, but that will take some time. Sorry for that.
Enhancements:
- replaced routine "double" through sprintf (thx to Travis Whitton)
- made cdenc ready to work with Gimp 1.1.18

MySQL Connector/ODBC project is an ODBC driver for the MySQL database server.
MySQL is a multithreaded, multi-user SQL database management system (DBMS) which has, according to MySQL AB, more than 10 million installations.
MySQL is owned and sponsored by a single for-profit firm, the Swedish company MySQL AB, which holds the copyright to most of the codebase.
This is similar to the JBoss model and how the Free Software Foundation handles copyright in its projects, and dissimilar to how the Apache project does it, where the software is developed by a public community and the copyright to the codebase is owned by its individual authors.
Enhancements:
- This release fixes a regression in the handling of character data from the server when the server misidentifies it as binary data. (The driver contains a workaround for this server bug that was inadvertantly removed.)

HTTPD::Bench::ApacheBench is a Perl API for Apache benchmarking and regression testing.

SYNOPSIS

use HTTPD::Bench::ApacheBench;

my $b = HTTPD::Bench::ApacheBench->new;

# global configuration
$b->concurrency(5);
$b->priority("run_priority");

# add HTTP request sequences (aka: runs)
my $run1 = HTTPD::Bench::ApacheBench::Run->new
({ urls => ["http://localhost/one", "http://localhost/two"] });
$b->add_run($run1);

my $run2 = HTTPD::Bench::ApacheBench::Run->new
({ urls => ["http://localhost/three", "http://localhost/four"],
cookies => ["Login_Cookie=b3dcc9bac34b7e60;"],
order => "depth_first",
repeat => 10,
memory => 2 });
$b->add_run($run2);

# send HTTP request sequences to server and time responses
my $ro = $b->execute;

# calculate hits/sec
print ((1000*$b->total_requests/$b->total_time)." req/secn");

# show request times (in ms) for $run1, 1st repetition
print join(, , @{$run1->request_times}) . "n";

# show response times (in ms) for $run2, 7th repetition
print join(, , @{$run2->iteration(6)->response_times}) . "n";

# dump the entire regression object (WARNING, this could be a LOT OF DATA)
use Data::Dumper;
my $d = Data::Dumper->new([$ro]);
print $d->Dumpxs;

GOALS

This project is meant to be the foundation of a complete benchmarking and regression testing suite for an advanced, transaction-based mod_perl site. We need to be able to stress our server to its limit while also having a way to verify the HTTP responses for correctness. Since our site is transaction-based (as opposed to content-based), we needed to extend the single-URL ab model to a multiple-URL sequence model.

ApacheBench is based on the Apache 1.3.12 ab code (src/support/ab.c).

Note: although this tool was designed to be used on an Apache mod_perl site, it is generally applicable to any HTTP-compliant server. Beware, however, that it sends a high volume of HTTP requests in a very short period of time, which may overwhelm some weaker HTTP server implementations like NT/IIS.

ApacheBench sends sequences of HTTP requests to an HTTP server and keeps track of the time taken to receive a response, the data that was returned, the size of the data that was returned, and various other bits of information.
Since it is implemented in C, it sends HTTP requests in a tight loop which can stress your server to 100% capacity, especially if invoked in multiple concurrent instances. It gives accurate time measurements down to the millisecond for each HTTP request-response interval.

Included is a simplified re-implementation of ab using the ApacheBench Perl API. This should help get you started with ApacheBench.

MindTerm is an SSH Java library and an SSH client. The library is available for OEM customers to include in third party applications to enable secure communication. The SSH client is an implementation on top of the SSH library implementing a secure shell client that supports both SSH-1 and SSH-2 protocols.
MindTerm is small, portable and secure. MindTerm contains an extremely powerful and easy to use SSH client that provides advanced features such as tunneling support, file transfer GUI as well as support for HTTP and SOCKS proxies. MindTerm client also includes an integrated xterm/vt100 terminal emulator. It has the ability to run both a standalone application and as an applet.
Main features:
- 100% Java based
- Support for SSH-1 & SSH-2 protocols
- Support for tunnels and port forwards
- X11 forwarding
- Active tunnel display
- Integrated, full-featured terminal emulator:
- - Full clipboard support (edit, copy, paste) - Send text file support - Save to text file support - Terminal types: xterm, linux, scoansi, att6386,sun, aixterm, vt220, vt100, ansi, vt52, xtermcolor, linux-lat, at386, vt320, vt102 - Terminal colors - Fonts and font sizes - Copy-select via mouse selection - xterm mouse support
- Ability to save passwords in encrypted files with a global password protecting all settings
- Ability to connect through HTTP & SOCKS proxies
- Support for keep-alive packets
- Integrated ftp proxy which allows the user to connect with a normal ftp client to an ftp server
- Integrated ftp to sftp proxy which allows the user to connect with a normal ftp client to an sftp enabled SSH-2 server
- Zlib compression
- Strict host-key checking
- Supported Ciphers: AES (128, 192, 256), Blowfish, Twofish, Cast, 3DES, Arcfour
- Key exchange support: Diffie-Hellman group-exchange protocol & Diffie-Hellman group1-sha1
- Ability to generate key pairs for DSA & RSA
- Supported macs: hmac-md5, hmac-sha1, hmac-sha1-96, hmac-md5-96, hmac-ripemd160
- MindTerm supports password authentication, SecurID token cards, public key authentication and certificates.

C Generic Library is a generic data structure library is a bunch of data structures that are designed and created in as generic a fashion as possible.
Each data structure will contain its own basic memory management, be able to handle any object type, and hopefully constraint to strict algorithmic constraints. When the library hits version 1.0, it will contain the following data structures:
- Doubly Linked List - Done
- List-based Queue - Done
- List-based Deque - Done
- List-based Stack - Done
- Vector - Done
- Vector-based Queue - Done
- Vector-based Deque - Done
- Vector-based Stack -Done
- Binary Tree - Done(No BFS/DFS iterators)
- Hash Table - In progress
- Priority Queue - In progress
- Heap - In progress
- Memory Manager
- Object Cache w/ Garbage Collection
- AB Tree
- Split Lists
- RB Tree
- AVL Tree
Enhancements:
- Support for compilation on Windows using VS.net was added.

MySQL Query Browser is a database querying tool.

MySQL Query Browser combines the simplicity of a Web-browser-like interface with powerful features like multiple result sets on tab sheets, query history, storing query "bookmarks", editing and comparing resultsets, SQL script debugging, and more.

MySQL Query Browser is available under the MySQL AB "dual licensing" model. Under this model, users may choose to use MySQL products under the free software/opensource GNU General Public License (commonly known as the "GPL") or under a commercial license.