transmission 0.81
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Transmission 0.81
Transmission is a BitTorrent client which aims to be as efficient as possible. more>>
Transmission is a free BitTorrent client written from scratch in C. Transmission is still in early development stage.
Transmission aims to be as efficient as possible. Transmission runs on Mac OS X, BeOS, Linux and NetBSD (and probably on other UNIX-like systems too). Only the Mac OS X version has a graphical interface yet.
Transmission is released under the MIT license.
Enhancements:
- Fix 0.80 assertion crashes
- Fix a bug that miscounted how many peers Transmission wants connected
- Correct incorrect error messages
- Memory leaks fixed
<<lessTransmission aims to be as efficient as possible. Transmission runs on Mac OS X, BeOS, Linux and NetBSD (and probably on other UNIX-like systems too). Only the Mac OS X version has a graphical interface yet.
Transmission is released under the MIT license.
Enhancements:
- Fix 0.80 assertion crashes
- Fix a bug that miscounted how many peers Transmission wants connected
- Correct incorrect error messages
- Memory leaks fixed
Download (4.2MB)
Added: 2007-08-24 License: MIT/X Consortium License Price:
805 downloads
MIDI 0.81
MIDI is a Perl module that can read, compose, modify, and write MIDI files. more>>
MIDI is a Perl module that can read, compose, modify, and write MIDI files.
SYNOPSIS
use MIDI;
use strict;
use warnings;
my @events = (
[text_event,0, MORE COWBELL],
[set_tempo, 0, 450_000], # 1qn = .45 seconds
);
for (1 .. 20) {
push @events,
[note_on , 90, 9, 56, 127],
[note_off, 6, 9, 56, 127],
;
}
foreach my $delay (reverse(1..96)) {
push @events,
[note_on , 0, 9, 56, 127],
[note_off, $delay, 9, 56, 127],
;
}
my $cowbell_track = MIDI::Track->new({ events => @events });
my $opus = MIDI::Opus->new(
{ format => 0, ticks => 96, tracks => [ $cowbell_track ] } );
$opus->write_to_file( cowbell.mid );
<<lessSYNOPSIS
use MIDI;
use strict;
use warnings;
my @events = (
[text_event,0, MORE COWBELL],
[set_tempo, 0, 450_000], # 1qn = .45 seconds
);
for (1 .. 20) {
push @events,
[note_on , 90, 9, 56, 127],
[note_off, 6, 9, 56, 127],
;
}
foreach my $delay (reverse(1..96)) {
push @events,
[note_on , 0, 9, 56, 127],
[note_off, $delay, 9, 56, 127],
;
}
my $cowbell_track = MIDI::Track->new({ events => @events });
my $opus = MIDI::Opus->new(
{ format => 0, ticks => 96, tracks => [ $cowbell_track ] } );
$opus->write_to_file( cowbell.mid );
Download (0.061MB)
Added: 2007-05-11 License: Perl Artistic License Price:
901 downloads
Gr_Monitor 0.81
Gr_Monitor displays a series of datasets as animated 3D bar charts. more>>
Gr_Monitor project displays a series of datasets as animated 3D bar charts. The latest version of Gr_monitor uses XML as for the gather-view interface. SGI IRIX support has been dropped - I no longer have easy access to an SGI box (donations welcome).
By default gr_monitor displays information about processes resident on a UNIX system. For each process it displays a 3D bar graph of CPU consumed, memory consumed, resident set size, and elapsed time. The processes are grouped by username. Each username grouping sits on its own little plinth.
There are controls for translating, rotating, scaling, lighting and fog effects. Gr_monitor receives info via an input stream and displays it in a X11 Mesa or X11 OpenGL window. The input is expected to be an XML document with a DTD that defines the data to be plotted.
Gr_gather is a default implementation of a data gatherer. It obtains data from the Linux process file system and reformats it as a suitable XML document. If you wish to record data for later playback, you can run a gather process stand alone and redirect its output to a file.
<<lessBy default gr_monitor displays information about processes resident on a UNIX system. For each process it displays a 3D bar graph of CPU consumed, memory consumed, resident set size, and elapsed time. The processes are grouped by username. Each username grouping sits on its own little plinth.
There are controls for translating, rotating, scaling, lighting and fog effects. Gr_monitor receives info via an input stream and displays it in a X11 Mesa or X11 OpenGL window. The input is expected to be an XML document with a DTD that defines the data to be plotted.
Gr_gather is a default implementation of a data gatherer. It obtains data from the Linux process file system and reformats it as a suitable XML document. If you wish to record data for later playback, you can run a gather process stand alone and redirect its output to a file.
Download (0.074MB)
Added: 2007-06-27 License: GPL (GNU General Public License) Price:
850 downloads
MIDI::Opus 0.81
MIDI::Opus are functions and methods for MIDI opuses. more>>
MIDI::Opus are functions and methods for MIDI opuses.
SYNOPSIS
use MIDI; # uses MIDI::Opus et al
foreach $one (@ARGV) {
my $opus = MIDI::Opus->new({ from_file => $one, no_parse => 1 });
print "$one has ", scalar( $opus->tracks ) " tracksn";
}
exit;
MIDI::Opus provides a constructor and methods for objects representing a MIDI opus (AKA "song"). It is part of the MIDI suite.
An opus object has three attributes: a format (0 for MIDI Format 0), a tick parameter (parameter "division" in MIDI::Filespec), and a list of tracks objects that are the real content of that opus.
Be aware that options specified for the encoding or decoding of an opus may not be documented in this modules documentation, as they may be (and, in fact, generally are) options just passed down to the decoder/encoder in MIDI::Event -- so see MIDI::Event for an explanation of most of them, actually.
<<lessSYNOPSIS
use MIDI; # uses MIDI::Opus et al
foreach $one (@ARGV) {
my $opus = MIDI::Opus->new({ from_file => $one, no_parse => 1 });
print "$one has ", scalar( $opus->tracks ) " tracksn";
}
exit;
MIDI::Opus provides a constructor and methods for objects representing a MIDI opus (AKA "song"). It is part of the MIDI suite.
An opus object has three attributes: a format (0 for MIDI Format 0), a tick parameter (parameter "division" in MIDI::Filespec), and a list of tracks objects that are the real content of that opus.
Be aware that options specified for the encoding or decoding of an opus may not be documented in this modules documentation, as they may be (and, in fact, generally are) options just passed down to the decoder/encoder in MIDI::Event -- so see MIDI::Event for an explanation of most of them, actually.
Download (0.061MB)
Added: 2006-08-30 License: Perl Artistic License Price:
1151 downloads
OpenAIS 0.81
OpenAIS is an open source implementation of the SA Forum Application Interface Specification. more>>
The openais project is a project to implement a production quality "Revised BSD" licensed implementation of the SA Forums Application Interface Specification. OpenAIS project implements cutting edge research on virtual synchrony to provide 100% correct operation in the face of failures or partitionable networks with excellent performance characteristics.
The Application Interface Specification is a software API and policies which are used to develop applications that maintain service during faults. The API consists of Availability Management Framework (AMF) which provides application failover, Cluster Membership (CLM), Checkpointing (CKPT), Event (EVT), Messaging (MSG), and Distributed Locks (DLOCK).
Faults occur for various reasons:
- Application Failure
- Middleware Failure
- Operating System Failure
- Hardware Failure
The major focus of high availability in the past has been to mask hardware faults. Faults in other components of the system have gone unsolved until AIS. AIS can mask many types of faults in applications, middleware, operating systems, or even hardware by providing a simple framework for allowing developers to create redundant applications. These redundant applications can be distributed over multiple nodes such that if any one node faults, another node can recover.
Application programmers develop applications to periodically record their state using the checkpointing service. When an active application fails, a standby application recovers the state of the application. This technique, called stateful application failover, provides the fundamental difference between openais and other systems that have come before it. With stateful application failover, the end-application user doesnt have to reload the application or redial a telephone. The full state is recorded, so the end-application user sees no interruption in service.
Because programmers can now distribute applications across multiple processes or nodes, a mechanism must exist for them to communicate. This mechanism is provided by two services. The event service provides a publish/subscribe model for events. The messaging service provides end to end messaging. Finally a mechanism to synchronize access is provided by the distributed lock service.
Enhancements:
- This version significantly improves support for AMF B.02.01 n+m failover of components.
- Most of the QA that went into Whitetank (0.80.2) has been merged.
<<lessThe Application Interface Specification is a software API and policies which are used to develop applications that maintain service during faults. The API consists of Availability Management Framework (AMF) which provides application failover, Cluster Membership (CLM), Checkpointing (CKPT), Event (EVT), Messaging (MSG), and Distributed Locks (DLOCK).
Faults occur for various reasons:
- Application Failure
- Middleware Failure
- Operating System Failure
- Hardware Failure
The major focus of high availability in the past has been to mask hardware faults. Faults in other components of the system have gone unsolved until AIS. AIS can mask many types of faults in applications, middleware, operating systems, or even hardware by providing a simple framework for allowing developers to create redundant applications. These redundant applications can be distributed over multiple nodes such that if any one node faults, another node can recover.
Application programmers develop applications to periodically record their state using the checkpointing service. When an active application fails, a standby application recovers the state of the application. This technique, called stateful application failover, provides the fundamental difference between openais and other systems that have come before it. With stateful application failover, the end-application user doesnt have to reload the application or redial a telephone. The full state is recorded, so the end-application user sees no interruption in service.
Because programmers can now distribute applications across multiple processes or nodes, a mechanism must exist for them to communicate. This mechanism is provided by two services. The event service provides a publish/subscribe model for events. The messaging service provides end to end messaging. Finally a mechanism to synchronize access is provided by the distributed lock service.
Enhancements:
- This version significantly improves support for AMF B.02.01 n+m failover of components.
- Most of the QA that went into Whitetank (0.80.2) has been merged.
Download (0.24MB)
Added: 2007-03-25 License: BSD License Price:
943 downloads
Wixi 0.81
Wixi is a personal wiki-like application for the desktop. more>>
Wixi is a personal wiki-like application for the desktop. It can be used to store information in an organized way.
Pages are rendered to html and can be accessed in a tree of categories. The project is written in python and uses wxpython for its GUI and sqlite for storing pages.
Wixi is still in development and there are more features to implement.
- making a documentation manual.
- function for printing/exporting pages.
- adding comment to the source code.
- lots of more things...
<<lessPages are rendered to html and can be accessed in a tree of categories. The project is written in python and uses wxpython for its GUI and sqlite for storing pages.
Wixi is still in development and there are more features to implement.
- making a documentation manual.
- function for printing/exporting pages.
- adding comment to the source code.
- lots of more things...
Download (0.28MB)
Added: 2007-04-23 License: GPL (GNU General Public License) Price:
561 downloads
MIDI::Simple 0.81
MIDI::Simple is a procedural/OOP interface for MIDI composition. more>>
MIDI::Simple is a procedural/OOP interface for MIDI composition.
SYNOPSIS
use MIDI::Simple;
new_score;
text_event http://www.ely.anglican.org/parishes/camgsm/bells/chimes.html;
text_event Lord through this hour/ be Thou our guide;
text_event so, by Thy power/ no foot shall slide;
set_tempo 500000; # 1 qn => .5 seconds (500,000 microseconds)
patch_change 1, 8; # Patch 8 = Celesta
noop c1, f, o5; # Setup
# Now play
n qn, Cs; n F; n Ds; n hn, Gs_d1;
n qn, Cs; n Ds; n F; n hn, Cs;
n qn, F; n Cs; n Ds; n hn, Gs_d1;
n qn, Gs_d1; n Ds; n F; n hn, Cs;
write_score westmister_chimes.mid;
This module sits on top of all the MIDI modules -- notably MIDI::Score (so you should skim MIDI::Score) -- and is meant to serve as a basic interface to them, for composition. By composition, I mean composing anew; you can use this module to add to or modify existing MIDI files, but that functionality is to be considered a bit experimental.
This module provides two related but distinct bits of functionality: 1) a mini-language (implemented as procedures that can double as methods) for composing by adding notes to a score structure; and 2) simple functions for reading and writing scores, specifically the scores you make with the composition language.
The fact that this modules interface is both procedural and object-oriented makes it a definite two-headed beast. The parts of the guts of the source code are not for the faint of heart.
<<lessSYNOPSIS
use MIDI::Simple;
new_score;
text_event http://www.ely.anglican.org/parishes/camgsm/bells/chimes.html;
text_event Lord through this hour/ be Thou our guide;
text_event so, by Thy power/ no foot shall slide;
set_tempo 500000; # 1 qn => .5 seconds (500,000 microseconds)
patch_change 1, 8; # Patch 8 = Celesta
noop c1, f, o5; # Setup
# Now play
n qn, Cs; n F; n Ds; n hn, Gs_d1;
n qn, Cs; n Ds; n F; n hn, Cs;
n qn, F; n Cs; n Ds; n hn, Gs_d1;
n qn, Gs_d1; n Ds; n F; n hn, Cs;
write_score westmister_chimes.mid;
This module sits on top of all the MIDI modules -- notably MIDI::Score (so you should skim MIDI::Score) -- and is meant to serve as a basic interface to them, for composition. By composition, I mean composing anew; you can use this module to add to or modify existing MIDI files, but that functionality is to be considered a bit experimental.
This module provides two related but distinct bits of functionality: 1) a mini-language (implemented as procedures that can double as methods) for composing by adding notes to a score structure; and 2) simple functions for reading and writing scores, specifically the scores you make with the composition language.
The fact that this modules interface is both procedural and object-oriented makes it a definite two-headed beast. The parts of the guts of the source code are not for the faint of heart.
Download (0.061MB)
Added: 2007-07-06 License: Perl Artistic License Price:
841 downloads
Graph 0.81
Graph is a Perl module with graph data structures and algorithms. more>>
Graph is a Perl module with graph data structures and algorithms.
SYNOPSIS
use Graph;
my $g0 = Graph->new; # A directed graph.
use Graph::Directed;
my $g1 = Graph::Directed->new; # A directed graph.
use Graph::Undirected;
my $g2 = Graph::Undirected->new; # An undirected graph.
$g->add_edge(...);
$g->has_edge(...)
$g->delete_edge(...);
$g->add_vertex(...);
$g->has_vertex(...);
$g->delete_vertex(...);
$g->vertices(...)
$g->edges(...)
<<lessSYNOPSIS
use Graph;
my $g0 = Graph->new; # A directed graph.
use Graph::Directed;
my $g1 = Graph::Directed->new; # A directed graph.
use Graph::Undirected;
my $g2 = Graph::Undirected->new; # An undirected graph.
$g->add_edge(...);
$g->has_edge(...)
$g->delete_edge(...);
$g->add_vertex(...);
$g->has_vertex(...);
$g->delete_vertex(...);
$g->vertices(...)
$g->edges(...)
Download (0.12MB)
Added: 2007-07-02 License: Perl Artistic License Price:
1427 downloads
ppminfo 0.1
ppminfo shows details of an ppm-file on the console. more>>
ppminfo is a project that shows details of an ppm-file on the console. seems this is the only utility missing from netpbm.
Example:
folkert@belle:~/Personal/src/ppminfo$ jpegtopnm ~/Pictures/friends.jpg | ppminfo -vv
Resolution: 4288x2848
Maximum value: 255
Format: 20534
min avg max stddev
red: 2 126 255 52
green: 0 95 255 45
blue: 0 81 255 46
<<lessExample:
folkert@belle:~/Personal/src/ppminfo$ jpegtopnm ~/Pictures/friends.jpg | ppminfo -vv
Resolution: 4288x2848
Maximum value: 255
Format: 20534
min avg max stddev
red: 2 126 255 52
green: 0 95 255 45
blue: 0 81 255 46
Download (0.008MB)
Added: 2007-08-10 License: GPL (GNU General Public License) Price:
806 downloads
The Doorman 0.81
The doorman guards the door of a server, manipulating firewall rules to admit only recognized parties. more>>
The doorman guards the door of a server, manipulating firewall rules to admit only recognized parties.
The doorman is intended to run on systems which have their firewall rules turned down tightly enough as to be effectively invisible to the outside world. The doorman adds and removes extra rules in a very controlled manner.
Using metaphor 1...
The doorman daemon "guards the door" of a host, admitting only recognized parties. It allows a server which is not intended for general public access to run with all of its TCP ports closed to the outside world. A matching "knocker" is provided, with which to persuade the doorman to open the door a crack, just wide enough for a single TCP connection from a single IP address.
And now, switching to metaphor 2... :)
A private server thus rigged for silent running has greatly enhanced security. Port scans cannot reveal its existence. Even if its existence is known by other means (or the firewall isnt all that tight), possible bugs in server code cannot be exploited; packets from unknown sources simply never get to the bug.
The current implementation of the doorman, "doormand", is suitable for protecting only TCP services on Unix-type systems. The door-knocker, "knock", can be run under Unix, GNU/Linux, or Microsoft Windows.
The doorman is based on an original idea of Martin Krzywinski, who proposed watching firewall logs for a sequence of packets directed to closed ports, which method he described in Sysadmin magazine and linuxjournal.com.
You might also visit his pages at www.portknocking.org.
This particular implementation deviates a bit from his original proposal, in that the doorman watches for only a single UDP packet. To get the doorman to open up, the packet must contain an MD5 hash which correctly hashes a shared secret, salted with a 32-bit random number, the identifying user or group-name, and the requested service port-number.
Enhancements:
- Added support for linux cooked socket header len; thanks to Markus Hoffmann.
- Fixed guestlist hostname-parsing bug; also thanks to Markus.
- Changed method of remembering old knock hashes, without use of Berkeley DB.
- Kinda-fixed a bug handling pcapnext-returns-null condition. I hope.
- Included lexer.c (flex output from lexer.l) in distribution. Duh.
- Fixed doorman bug when creating new new hashfile; thanks to Robert Koropcak
- No changes made to knock.c; however, it will report being V0.81
<<lessThe doorman is intended to run on systems which have their firewall rules turned down tightly enough as to be effectively invisible to the outside world. The doorman adds and removes extra rules in a very controlled manner.
Using metaphor 1...
The doorman daemon "guards the door" of a host, admitting only recognized parties. It allows a server which is not intended for general public access to run with all of its TCP ports closed to the outside world. A matching "knocker" is provided, with which to persuade the doorman to open the door a crack, just wide enough for a single TCP connection from a single IP address.
And now, switching to metaphor 2... :)
A private server thus rigged for silent running has greatly enhanced security. Port scans cannot reveal its existence. Even if its existence is known by other means (or the firewall isnt all that tight), possible bugs in server code cannot be exploited; packets from unknown sources simply never get to the bug.
The current implementation of the doorman, "doormand", is suitable for protecting only TCP services on Unix-type systems. The door-knocker, "knock", can be run under Unix, GNU/Linux, or Microsoft Windows.
The doorman is based on an original idea of Martin Krzywinski, who proposed watching firewall logs for a sequence of packets directed to closed ports, which method he described in Sysadmin magazine and linuxjournal.com.
You might also visit his pages at www.portknocking.org.
This particular implementation deviates a bit from his original proposal, in that the doorman watches for only a single UDP packet. To get the doorman to open up, the packet must contain an MD5 hash which correctly hashes a shared secret, salted with a 32-bit random number, the identifying user or group-name, and the requested service port-number.
Enhancements:
- Added support for linux cooked socket header len; thanks to Markus Hoffmann.
- Fixed guestlist hostname-parsing bug; also thanks to Markus.
- Changed method of remembering old knock hashes, without use of Berkeley DB.
- Kinda-fixed a bug handling pcapnext-returns-null condition. I hope.
- Included lexer.c (flex output from lexer.l) in distribution. Duh.
- Fixed doorman bug when creating new new hashfile; thanks to Robert Koropcak
- No changes made to knock.c; however, it will report being V0.81
Download (0.13MB)
Added: 2006-07-12 License: GPL (GNU General Public License) Price:
1202 downloads
Eispice 0.10
Eispice is a ground-up re-write of the Berkley Spice 3 Simulator targeted to PCB level simulation. more>>
Eispice is a ground-up re-write of the Berkley Spice 3 Simulator targeted to PCB level simulation. Eispice runs in batch-mode only (i.e. no nutmeg) and doesnt include a plot utility. I use the original nutmeg but any plot utility that can read rawspice files will work (i.e. gwave).
I had two primary motivations for starting this project. I have been using Berkley Spice 3 to do PCB level SI simulations but found it a little slow. Eispice should run faster for most sims, mainly because the SuplerLU matrix library is faster than spices Sparse Matrix library.
I also wanted to add direct ibis support to spice but when I started working through the source code I came to the conclusion that it may be easier to start from scratch. So many global variables...
The current release is an alpha release. It doesnt contain all of the features that Id like it to contain, it may be unstable, it may not even compile on your machine.
Main features:
- Operating Point Analysis
- Transient Analysis
- CCVS, CCCS, VCVS, VCCS models
- I, V models
- R, L, C models
- T -- lossless transmission line model
- B -- non-linear current and voltage source models
Enhancements:
- The performance of the PyB model was greatly improved for this release.
- PyB error messages have been improved, and there is a handful of other minor bugfixes.
- This release also coincides with the release of a new eispice IDE (eide), which includes a simple PyQt based test editor, a Python Interpreter, and eispice rolled into a single application using pyinstaller.
- It is primarily intended for Windows users.
<<lessI had two primary motivations for starting this project. I have been using Berkley Spice 3 to do PCB level SI simulations but found it a little slow. Eispice should run faster for most sims, mainly because the SuplerLU matrix library is faster than spices Sparse Matrix library.
I also wanted to add direct ibis support to spice but when I started working through the source code I came to the conclusion that it may be easier to start from scratch. So many global variables...
The current release is an alpha release. It doesnt contain all of the features that Id like it to contain, it may be unstable, it may not even compile on your machine.
Main features:
- Operating Point Analysis
- Transient Analysis
- CCVS, CCCS, VCVS, VCCS models
- I, V models
- R, L, C models
- T -- lossless transmission line model
- B -- non-linear current and voltage source models
Enhancements:
- The performance of the PyB model was greatly improved for this release.
- PyB error messages have been improved, and there is a handful of other minor bugfixes.
- This release also coincides with the release of a new eispice IDE (eide), which includes a simple PyQt based test editor, a Python Interpreter, and eispice rolled into a single application using pyinstaller.
- It is primarily intended for Windows users.
Download (1.5MB)
Added: 2007-01-11 License: GPL (GNU General Public License) Price:
1016 downloads
Netcount 0.8i
Netcount is a package for logging and displaying PPP network traffic on Linux machines. more>>
Netcount is a package for logging and displaying PPP network traffic on Linux machines. Logging is done via a small shell script which is called during the ip-up, ip-down and system startup processes and from cron, while analysis and printing is done by a program written in Python.
The display is highly customizable. You can select from different types of records as well as from different columns to print. netcount shows, among other things, network uptime, byte counts and transmission speeds (either as Tx and Rx bytes or summed up). Command line options also allow you to select from per-connection summaries as well as from daily and monthly summaries and from uptime and byte count percentages with respect to a daily and monthly total. These settings can be made permanent through the use of a configuration file which is written when using a simple command line option.
netcount uses the kernels ppp0 counter (found in /proc/net/dev), so packet filtering does not need to be installed. It is safe against this counters overflow, so there is no 2 or 4 GiB limit. It should work under any flavor of Linux, including other families than the x86 systems.
You might want to have a look at its man page to see more of its features.
Enhancements:
- Makefile (final-words): If no "final-words" was created, an error was generated after successfull installation. Thanks to Iain Lea for pointing this out. Now a final-words file (which consists of a leading n, possibly followed by nothing) is always generated.
<<lessThe display is highly customizable. You can select from different types of records as well as from different columns to print. netcount shows, among other things, network uptime, byte counts and transmission speeds (either as Tx and Rx bytes or summed up). Command line options also allow you to select from per-connection summaries as well as from daily and monthly summaries and from uptime and byte count percentages with respect to a daily and monthly total. These settings can be made permanent through the use of a configuration file which is written when using a simple command line option.
netcount uses the kernels ppp0 counter (found in /proc/net/dev), so packet filtering does not need to be installed. It is safe against this counters overflow, so there is no 2 or 4 GiB limit. It should work under any flavor of Linux, including other families than the x86 systems.
You might want to have a look at its man page to see more of its features.
Enhancements:
- Makefile (final-words): If no "final-words" was created, an error was generated after successfull installation. Thanks to Iain Lea for pointing this out. Now a final-words file (which consists of a leading n, possibly followed by nothing) is always generated.
Download (0.078MB)
Added: 2006-06-30 License: GPL (GNU General Public License) Price:
1212 downloads
Cutlass 0.2.0
Cutlass is a cross-platform system for secure peer to peer communication, oriented towards small groups. more>>
Cutlass is a cross-platform system for secure peer to peer communication, oriented towards small groups. It provides IM and file transfer. A major design goal is to be easy to use, even by non-security conscious users. The Cutlass main goals are :
Easy enough to use for broad adoption
Coded using widely supported APIs, to be multiplatform
Secure by default, using encrypted channels
Useful for everyday Internet functionality. Transmit sound, files, text.
P2P as independent of central servers/failure points as possible.
Extendable (both in functionality and paranoia)
Not dependent on central servers
Cutlass is currently under development. The current version provides message, file and voice transmission, but grouping, directory services and connection forwarding are not yet implemented.
Cutlass was originally named DEFJAM (Distributed, Encrypted File Journalling And Messaging), and was the subject of a presentation at Notacon.
<<lessEasy enough to use for broad adoption
Coded using widely supported APIs, to be multiplatform
Secure by default, using encrypted channels
Useful for everyday Internet functionality. Transmit sound, files, text.
P2P as independent of central servers/failure points as possible.
Extendable (both in functionality and paranoia)
Not dependent on central servers
Cutlass is currently under development. The current version provides message, file and voice transmission, but grouping, directory services and connection forwarding are not yet implemented.
Cutlass was originally named DEFJAM (Distributed, Encrypted File Journalling And Messaging), and was the subject of a presentation at Notacon.
Download (0.25MB)
Added: 2006-06-24 License: BSD License Price:
1217 downloads
Echomine Muse 0.81
Echomine Muse is aJava API that provides quick and easy access to network collaboration services. more>> <<less
Download (1.5MB)
Added: 2006-09-05 License: The Apache License Price:
1144 downloads
Draco GNU/Linux 0.1
Draco GNU/Linux is a Linux distribution based on Slackware 11.0 and featuring packages from pkgsrc 2007Q1. more>>
Draco GNU/Linux is a Linux distribution based on Slackware 11.0 and featuring packages from pkgsrc 2007Q1.
Main features:
- Kernel 2.6.19
- Glibc 2.3.6
- GCC 3.4.6
- X.org 7.2
- XFCE 4.4.1
- GNOME 2.16.3
- KDE 3.5.6
And many more (678 precompiled packages available and over 8000 from source).
It also contains the following applications:
- Slim
- Firefox
- MPlayer
- Thunderbird
- Gaim
- XChat
- Liferea
- Transmission
- GIMP
- Inkscape
- GQview
- Abiword
- Gnumeric
- Bluefish
- Audacious
- GXine
- Graveman
- SeaMonkey
- Epiphany
- Evolution
- Rhythmbox
- Totem
- KTorrent
- KOffice
- Amarok
- Kaffeine
<<lessMain features:
- Kernel 2.6.19
- Glibc 2.3.6
- GCC 3.4.6
- X.org 7.2
- XFCE 4.4.1
- GNOME 2.16.3
- KDE 3.5.6
And many more (678 precompiled packages available and over 8000 from source).
It also contains the following applications:
- Slim
- Firefox
- MPlayer
- Thunderbird
- Gaim
- XChat
- Liferea
- Transmission
- GIMP
- Inkscape
- GQview
- Abiword
- Gnumeric
- Bluefish
- Audacious
- GXine
- Graveman
- SeaMonkey
- Epiphany
- Evolution
- Rhythmbox
- Totem
- KTorrent
- KOffice
- Amarok
- Kaffeine
Download (170.7MB)
Added: 2007-07-09 License: GPL (GNU General Public License) Price:
839 downloads
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