fruity loops 4.5.2
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Live Loops 1.0
Live Loops is a audio looping software for live music production. more>>
Live Loops is a audio looping software for live music production. You need to have allegro library installed to compile/run this:
Download the latest Work in Progress version from here: http://sunsite.dk/allegro/wip.html
NOTICE: This program wont run unless you create a sub-directory where you are executing it called samples with all of your samples in it (wav format).
This program will attempt to run in a window. If that fails it will attempt to use framebuffer (under linux).
Essentially i wrote this for my own purposes and i wanted a very simple way of putting loops together, and outputting them through existing soundcard hardware into an external mixer.
To do in the following versions:
1) put in some code to send a pulse to the parallel port to control the timing of my Commodore64 computer (running custom music software found on this server in /dev/aSid/current/) This functionality was present in v0.1 before I ported to linux.
2) Put in some audio-input functionality so that a user could record a bar of say, guitar, and that bar would be looped over whilst they played other stuff over the top. Nice for making very live sounding looped music. Sort of like a delay pedal.
<<lessDownload the latest Work in Progress version from here: http://sunsite.dk/allegro/wip.html
NOTICE: This program wont run unless you create a sub-directory where you are executing it called samples with all of your samples in it (wav format).
This program will attempt to run in a window. If that fails it will attempt to use framebuffer (under linux).
Essentially i wrote this for my own purposes and i wanted a very simple way of putting loops together, and outputting them through existing soundcard hardware into an external mixer.
To do in the following versions:
1) put in some code to send a pulse to the parallel port to control the timing of my Commodore64 computer (running custom music software found on this server in /dev/aSid/current/) This functionality was present in v0.1 before I ported to linux.
2) Put in some audio-input functionality so that a user could record a bar of say, guitar, and that bar would be looped over whilst they played other stuff over the top. Nice for making very live sounding looped music. Sort of like a delay pedal.
Download (0.005MB)
Added: 2006-07-21 License: GPL (GNU General Public License) Price:
1191 downloads
PikLoops 0.2.3
PikLoops is a simple KDE program used to generate assembly time delays for Microchip microcontrolers using Microchip instruction more>>
PikLoops is a simple KDE program used to generate assembly time delays for Microchip microcontrolers using Microchip instructions.
PikLoops is based on a program for Windows, originally created by William J. Boucher. Using his calculation formulas we can generate accurate assembly language time delay loops.
This application is an useful companion for Pikdev or Piklab IDE.
Enhancements:
- PikLoops is now localizable.
- A French localization and a German localization were added.
- French documentation was added.
<<lessPikLoops is based on a program for Windows, originally created by William J. Boucher. Using his calculation formulas we can generate accurate assembly language time delay loops.
This application is an useful companion for Pikdev or Piklab IDE.
Enhancements:
- PikLoops is now localizable.
- A French localization and a German localization were added.
- French documentation was added.
Download (0.56MB)
Added: 2007-07-27 License: GPL (GNU General Public License) Price:
823 downloads
Algorithm::Loops 1.031
Algorithm::Loops is a Perl module with looping constructs: NestedLoops, MapCar*, Filter, and NextPermute*. more>>
Algorithm::Loops is a Perl module with looping constructs: NestedLoops, MapCar*, Filter, and NextPermute*.
SYNOPSYS
use Algorithm::Loops qw(
Filter
MapCar MapCarU MapCarE MapCarMin
NextPermute NextPermuteNum
NestedLoops
);
my @copy= Filter {tr/A-Z.,"()/a-z/d} @list;
my $string= Filter {s/s*$/ /} @lines;
my @transposed= MapCarU {[@_]} @matrix;
my @list= sort getList();
do {
usePermutation( @list );
} while( NextPermute( @list ) );
my $len= @ARGV ? $ARGV[0] : 3;
my @list= NestedLoops(
[ ( [ 1..$len ] ) x $len ],
sub { "@_" },
);
If you want working sample code to try, see below in the section specific to the function(s) you want to try. The above samples only give a feel for how the functions are typically used.
<<lessSYNOPSYS
use Algorithm::Loops qw(
Filter
MapCar MapCarU MapCarE MapCarMin
NextPermute NextPermuteNum
NestedLoops
);
my @copy= Filter {tr/A-Z.,"()/a-z/d} @list;
my $string= Filter {s/s*$/ /} @lines;
my @transposed= MapCarU {[@_]} @matrix;
my @list= sort getList();
do {
usePermutation( @list );
} while( NextPermute( @list ) );
my $len= @ARGV ? $ARGV[0] : 3;
my @list= NestedLoops(
[ ( [ 1..$len ] ) x $len ],
sub { "@_" },
);
If you want working sample code to try, see below in the section specific to the function(s) you want to try. The above samples only give a feel for how the functions are typically used.
Download (0.022MB)
Added: 2006-10-12 License: Perl Artistic License Price:
1107 downloads
Closure::Loop 0.0.2
Closure::Loop is a Perl module with redo, last, next for closure based loops. more>>
Closure::Loop is a Perl module with redo, last, next for closure based loops.
SYNOPSIS
package MyIterator;
use Closure::Loop; # mixin
sub new {
my $class = shift;
return bless { }, $class;
}
sub forAll {
my $self = shift;
my $cb = pop || die "No callback";
for my $i (@_) {
eval {
$self->yield($cb, $i);
};
last if $self->is_last;
die $@ if $@;
}
}
package main;
my $iter = MyIterator->new();
my @in = ( 1, 2, 3 );
my @out = ( );
$iter->forAll(@in, sub {
my $i = shift;
$iter->next if $i == 2; # skip value
push @out, $i;
});
# @out is ( 1, 3 )
An idea that Perl programmers can usefully borrow from Ruby is the concept of synthesizing new looping constructs by passing a block of code to a function that repeatedly calls it with successive values in a sequence.
In Ruby this looks like this:
def count_to_ten
i = 1
while i<<less
SYNOPSIS
package MyIterator;
use Closure::Loop; # mixin
sub new {
my $class = shift;
return bless { }, $class;
}
sub forAll {
my $self = shift;
my $cb = pop || die "No callback";
for my $i (@_) {
eval {
$self->yield($cb, $i);
};
last if $self->is_last;
die $@ if $@;
}
}
package main;
my $iter = MyIterator->new();
my @in = ( 1, 2, 3 );
my @out = ( );
$iter->forAll(@in, sub {
my $i = shift;
$iter->next if $i == 2; # skip value
push @out, $i;
});
# @out is ( 1, 3 )
An idea that Perl programmers can usefully borrow from Ruby is the concept of synthesizing new looping constructs by passing a block of code to a function that repeatedly calls it with successive values in a sequence.
In Ruby this looks like this:
def count_to_ten
i = 1
while i<<less
Download (0.006MB)
Added: 2007-01-18 License: Perl Artistic License Price:
1009 downloads
Fruity Banking! 0.31
Fruity Banking is a double-entry accounting system that can be used for personal or business account management. more>>
Fruity Banking! is a double entry accounting system which can be used for personal or business account management.
Main features:
- GPL licensed.
- Intuitive, clear, Web-based interface
- uses the CherryPy framework to run as a self-contained application.
- Can be run via Apache/mod_rewrite or mod_python
- MySQL backend and simple database structure make it easy to write scripts in any language.
- Cross platform/portable and will run on Windows, OSX, Linux, *BSD, etc.
Enhancements:
- More presentation improvements.
<<lessMain features:
- GPL licensed.
- Intuitive, clear, Web-based interface
- uses the CherryPy framework to run as a self-contained application.
- Can be run via Apache/mod_rewrite or mod_python
- MySQL backend and simple database structure make it easy to write scripts in any language.
- Cross platform/portable and will run on Windows, OSX, Linux, *BSD, etc.
Enhancements:
- More presentation improvements.
Download (0.36MB)
Added: 2007-04-24 License: GPL (GNU General Public License) Price:
914 downloads
Animation fade-loop 1.02
Animation fade-loop is a plugin for GIMP that can convert an animation to make it look better when played in a continuous loop. more>>
Animation fade-loop is a plugin for GIMP that can convert an animation to make it look better when played in a continuous loop (e.g. for DVD menus).
"This plug-in copies an animation frame by frame and adds a cross-fade effect at the end so that the last frame blends seamlessly back to the first.
Note that because of the resulting overlap, the output animation is [fade_length] frames shorter than the input. The currently loaded gimp image should be the first frame of the input animation.
<<less"This plug-in copies an animation frame by frame and adds a cross-fade effect at the end so that the last frame blends seamlessly back to the first.
Note that because of the resulting overlap, the output animation is [fade_length] frames shorter than the input. The currently loaded gimp image should be the first frame of the input animation.
Download (MB)
Added: 2006-08-16 License: GPL (GNU General Public License) Price:
1173 downloads
POE::Loop 0.3502
POE::Loop is a documentation for POEs event loop bridge interface. more>>
POE::Loop is a documentation for POEs event loop bridge interface.
SYNOPSIS
$kernel->loop_initialize();
$kernel->loop_finalize();
$kernel->loop_do_timeslice();
$kernel->loop_run();
$kernel->loop_halt();
$kernel->loop_watch_signal($signal_name);
$kernel->loop_ignore_signal($signal_name);
$kernel->loop_attach_uidestroy($gui_window);
$kernel->loop_resume_time_watcher($next_time);
$kernel->loop_reset_time_watcher($next_time);
$kernel->loop_pause_time_watcher();
$kernel->loop_watch_filehandle($handle, $mode);
$kernel->loop_ignore_filehandle($handle, $mode);
$kernel->loop_pause_filehandle($handle, $mode);
$kernel->loop_resume_filehandle($handle, $mode);
POEs runtime kernel abstraction uses the "bridge" pattern to encapsulate services provided by different event loops. This abstraction allows POE to cooperate with several event loops and support new ones with a minimum amount of work.
POE relies on a relatively small number of event loop services: signal callbacks, time or alarm callbacks, and filehandle activity callbacks.
The rest of the bridge interface is administrative trivia such as initializing, executing, and finalizing event loop.
POE::Kernel uses POE::Loop classes internally as a result of detecting which event loop is loaded before POE is. You should almost never need to use a POE::Loop class directly, although there is some early support for doing so in cases where its absolutely necessary.
See "Using POE with Other Event Loops" in POE::Kernel for details about actually using POE with other event loops.
<<lessSYNOPSIS
$kernel->loop_initialize();
$kernel->loop_finalize();
$kernel->loop_do_timeslice();
$kernel->loop_run();
$kernel->loop_halt();
$kernel->loop_watch_signal($signal_name);
$kernel->loop_ignore_signal($signal_name);
$kernel->loop_attach_uidestroy($gui_window);
$kernel->loop_resume_time_watcher($next_time);
$kernel->loop_reset_time_watcher($next_time);
$kernel->loop_pause_time_watcher();
$kernel->loop_watch_filehandle($handle, $mode);
$kernel->loop_ignore_filehandle($handle, $mode);
$kernel->loop_pause_filehandle($handle, $mode);
$kernel->loop_resume_filehandle($handle, $mode);
POEs runtime kernel abstraction uses the "bridge" pattern to encapsulate services provided by different event loops. This abstraction allows POE to cooperate with several event loops and support new ones with a minimum amount of work.
POE relies on a relatively small number of event loop services: signal callbacks, time or alarm callbacks, and filehandle activity callbacks.
The rest of the bridge interface is administrative trivia such as initializing, executing, and finalizing event loop.
POE::Kernel uses POE::Loop classes internally as a result of detecting which event loop is loaded before POE is. You should almost never need to use a POE::Loop class directly, although there is some early support for doing so in cases where its absolutely necessary.
See "Using POE with Other Event Loops" in POE::Kernel for details about actually using POE with other event loops.
Download (0.32MB)
Added: 2006-07-12 License: Perl Artistic License Price:
1200 downloads
Dasher 4.5.2
Dasher is a zooming predictive text entry system. more>>
Dasher is a zooming predictive text entry system, designed for situations where keyboard input is impractical (for instance, accessibility or PDAs).
Dasher is usable with highly limited amounts of physical input while still allowing high rates of text entry.
Dasher is Free software released under the GPL. Further documentation may be found in the Doc/ subdirectory.
<<lessDasher is usable with highly limited amounts of physical input while still allowing high rates of text entry.
Dasher is Free software released under the GPL. Further documentation may be found in the Doc/ subdirectory.
Download (7.6MB)
Added: 2007-07-09 License: LGPL (GNU Lesser General Public License) Price:
854 downloads
filepp 1.8.0
filepp is a generic file preprocessor. more>>
filepp is a generic file preprocessor. It is designed to allow the functionality provided by the C preprocessor to be used with any file type. This project supports the following keywords, all of which have their usual C preprocessor meanings and usage:
- #include
- #define
- #if
- #elif
- #ifdef
- #ifndef
- #else
- #endif
- #undef
- #error
- #warning
However, filepp is much more than a rewrite of the C preprocessor, it features the following enhancements:
- An extended #if keyword which includes string and regular expression parsing.
- It works with all character sets including international characters, not just ASCII characters.
- The prefix to the keyword (normally #) and the line continuation character (normally ) can be set to any character, string or regular expression.
- Keywords can be added, removed or modified.
- Macro expansion can work on whole or part words (the C preprocessors macro expansion only works on whole words).
- Macros can have multiple arguments.
- Filepp has a debugging mode to help when things go wrong.
- Environment variables can be automatically defined as macros.
- Blank lines originating from include files can be suppressed.
- Filepp can be customised on the fly using the #pragma keyword which allows any of filepps internal functions to be called.
- Modules can be written (in Perl) to modify or extend the behaviour of filepp.
These are just some of the enhancements filepp has over the normal C preprocessor. Its main advantage is the ability to write modules to extend and modify its behaviour. Filepp is written in Perl and allows anyone who knows how to program in Perl to easily write modules. Filepp comes with a set of modules which do the following:
- for module: Implements the #for keyword. The allows loops to be generated, the behaviour is similar to Perl and C loops.
- foreach module: Implements the #foreach keyword. The allows loops to be generated for a list of strings, the behaviour is similar to Perl and csh foreach loops.
- c-comment module: Removes C and C++ style comments from a file.
- hash-comment module: Remove # style comments (as used in Perl and shell scripts) from a file.
- function module: Allows macros to be written which directly call Perl functions. This allows macros to give dynamic output.
- maths module: Implements basic maths functions including add, subtract, multiply, divide, sine, cosine, exponential, random etc.
- format module: Provides a list of functions for formatting text including a C/Perl style printf function and the Perl substr function.
- literal module: This module prevents macros appearing in strings being replaced.
- toupper module: Converts all lowercase letters in a file to uppercase.
- tolower module: Converts all uppercase letters in a file to lowercase.
- bigdef module: Enables multi-line macros to be defined without needing to put a line continuation character at the end of each line - makes large macros much more readable.
- bigfunc module: Same as bigdef, only difference is any keywords embedded in the macro are evaluated when the macro is replaced rather than when the macro is defined.
- defplus module: Enables existing macros to be appened to.
- blc module: Enables automatic line continuation if a closing bracket is on a line below the opening bracket.
- cmacro module: Makes certain macros more "C" like by putting quotes around their values.
- cpp module: Makes filepp behave as a basic C preprocessor.
- regexp module: Implements Perl style regular expression search and replacement, which allows regular expressions to be searched for and replaced with other strings.
- grab module: Used to grab input before any processing is done on it.
Enhancements:
- This release includes a rewrite of the processing chain so macros within macros behave correctly.
- Several other bugfixes and minor enhancements were made.
<<less- #include
- #define
- #if
- #elif
- #ifdef
- #ifndef
- #else
- #endif
- #undef
- #error
- #warning
However, filepp is much more than a rewrite of the C preprocessor, it features the following enhancements:
- An extended #if keyword which includes string and regular expression parsing.
- It works with all character sets including international characters, not just ASCII characters.
- The prefix to the keyword (normally #) and the line continuation character (normally ) can be set to any character, string or regular expression.
- Keywords can be added, removed or modified.
- Macro expansion can work on whole or part words (the C preprocessors macro expansion only works on whole words).
- Macros can have multiple arguments.
- Filepp has a debugging mode to help when things go wrong.
- Environment variables can be automatically defined as macros.
- Blank lines originating from include files can be suppressed.
- Filepp can be customised on the fly using the #pragma keyword which allows any of filepps internal functions to be called.
- Modules can be written (in Perl) to modify or extend the behaviour of filepp.
These are just some of the enhancements filepp has over the normal C preprocessor. Its main advantage is the ability to write modules to extend and modify its behaviour. Filepp is written in Perl and allows anyone who knows how to program in Perl to easily write modules. Filepp comes with a set of modules which do the following:
- for module: Implements the #for keyword. The allows loops to be generated, the behaviour is similar to Perl and C loops.
- foreach module: Implements the #foreach keyword. The allows loops to be generated for a list of strings, the behaviour is similar to Perl and csh foreach loops.
- c-comment module: Removes C and C++ style comments from a file.
- hash-comment module: Remove # style comments (as used in Perl and shell scripts) from a file.
- function module: Allows macros to be written which directly call Perl functions. This allows macros to give dynamic output.
- maths module: Implements basic maths functions including add, subtract, multiply, divide, sine, cosine, exponential, random etc.
- format module: Provides a list of functions for formatting text including a C/Perl style printf function and the Perl substr function.
- literal module: This module prevents macros appearing in strings being replaced.
- toupper module: Converts all lowercase letters in a file to uppercase.
- tolower module: Converts all uppercase letters in a file to lowercase.
- bigdef module: Enables multi-line macros to be defined without needing to put a line continuation character at the end of each line - makes large macros much more readable.
- bigfunc module: Same as bigdef, only difference is any keywords embedded in the macro are evaluated when the macro is replaced rather than when the macro is defined.
- defplus module: Enables existing macros to be appened to.
- blc module: Enables automatic line continuation if a closing bracket is on a line below the opening bracket.
- cmacro module: Makes certain macros more "C" like by putting quotes around their values.
- cpp module: Makes filepp behave as a basic C preprocessor.
- regexp module: Implements Perl style regular expression search and replacement, which allows regular expressions to be searched for and replaced with other strings.
- grab module: Used to grab input before any processing is done on it.
Enhancements:
- This release includes a rewrite of the processing chain so macros within macros behave correctly.
- Several other bugfixes and minor enhancements were made.
Download (0.079MB)
Added: 2007-03-15 License: GPL (GNU General Public License) Price:
954 downloads
XLogo 0.9.25
XLogo is an interpreter for the Logo programming language. more>>
XLogo is known to work successfully with LINUX (Debian, Mandrake 9.*, SUSE 8.2)
XLogo is a Logo interpreter written in Java. This program is therefore free as in freedom and free as in beer.
Logo is a language developed in the 70s by Seymour Papert. It is an excellent language to begin learning programming with, and teaches the basics of things like loops, tests, procedures, etc.
The user is able to move an object called a "turtle" around the screen using commands as simple as forward, back, right, and so on. At each move, the turtle leaves a trail behind it, and it is therefore possible to create drawings. Operations on lists and words are also possible.
For example, forward 100 right 90 will make the turtle move 100 steps forward, and then turn the turtle 90° to the right.
This graphical approach makes Logo an ideal language for beginners, and especially easy for children!
Enhancements:
- Several bugs were fixed.
<<lessXLogo is a Logo interpreter written in Java. This program is therefore free as in freedom and free as in beer.
Logo is a language developed in the 70s by Seymour Papert. It is an excellent language to begin learning programming with, and teaches the basics of things like loops, tests, procedures, etc.
The user is able to move an object called a "turtle" around the screen using commands as simple as forward, back, right, and so on. At each move, the turtle leaves a trail behind it, and it is therefore possible to create drawings. Operations on lists and words are also possible.
For example, forward 100 right 90 will make the turtle move 100 steps forward, and then turn the turtle 90° to the right.
This graphical approach makes Logo an ideal language for beginners, and especially easy for children!
Enhancements:
- Several bugs were fixed.
Download (0.24MB)
Added: 2007-06-06 License: GPL (GNU General Public License) Price:
887 downloads
BitRock InstallBuilder 4.5.2
BitRock InstallBuilder is a tool to build easy-to-use installers for Linux, Solaris application. more>>
BitRock Installbuilder allows you to create easy to use multiplatform installers for Linux, Solaris and Windows. BitRock installers are native binaries that can run on Windows 98, ME, 2000, XP, 2003, Solaris and on virtually any Linux distribution.
The generated installers provide native look and feel and desktop integration for Windows, KDE and Gnome and are optimized in size and speed, reducing download, startup and installation time. BitRock Installers are single-file, self-contained native executables with no external dependencies and minimal overhead.
All BitRock installers are truly native code, do not require bundling a Java Runtime Environment and provide an intuitive interface on all platforms, even for users without previous Linux experience. BitRock InstallBuilder includes an easy to learn, easy to use GUI environment thar can be run on Windows and Linux.
Create Windows, Solaris and Linux installers from a single build environment. For advanced users, a friendly XML project format supports source control integration, collaborative development and customizing projects both by hand and using external scripts. A command line interface allows you to automate and integrate the building process.
QuickBuild functionality allows you to update installers in a few seconds, without having to repack the entire application. BitRock InstallBuilder provides convenient built-in actions for commonly required installation functionality such as changing file permissions, substituting text in file, adding environment variables, adding directories to the path, changing the Windows registry, launching external scripts and so on.
BitRock installers can be customized in a variety of ways, both graphically and in functionality, and can be run on GUI, text and unattended modes. An uninstall program is created as part of every installation. BitRock Installers are platform and programming language independent. Internationalization: BitRock installers support 15 different languages.
Main features:
- Multiplatform Support : BitRock installers are native binaries that can run on Windows 98, ME, 2000, XP, 2003, Solaris Sparc and on virtually any Linux distribution. Contact us for legacy Windows 95 support.
- Desktop Integration : BitRock installers provide native look and feel and desktop integration for Windows, KDE and Gnome.
- Optimized : BitRock installers are optimized in size and speed and do not require a self-extraction step, reducing download, startup and installation time.
- No External Dependencies : BitRock installers are single-file, self-contained native executables with no external dependencies and minimal overhead. Unlike competing products, all BitRock installers are truly native code and do not require bundling a Java Runtime Environment.
- Ease of Use : BitRock installers provide an intuitive and easy to use interface on all platforms, even for end users without previous Linux experience.
- Ease of Development : BitRock InstallBuilder includes an easy to learn, easy to use GUI environment. Design, build and test installers with the click of a button.
- Time Saving Functionality : For advanced users, a friendly XML project format supports source control integration, collaborative development and customizing projects both by hand and using external scripts. A command line interface allows you to automate and integrate the building process. QuickBuild functionality allows you to update installers in a few seconds, without having to repack the entire application.
- Built-in actions : BitRock InstallBuilder provides convenient built-in actions for commonly required installation functionality such as autodetecting a Java(tm) Runtime, changing file permissions and ownership, substituting text in a file, adding environment variables, adding directories to the path, creating symbolic links, changing the Windows registry, launching external scripts and so on.
- Crossplatform Build Support : The installer builder tool can run on Windows, Solaris and Linux and generate installers for all target platforms from a single project file. Create Windows, Solaris and Linux installers from a single build environment!
- Customization : BitRock installers can be customized in a variety of ways, both graphically and in functionality.
- Multiple Installation modes : BitRock installers provide : several GUI modes with native look-and-feel, for installation in a variety of desktop environments; a text-based installation mode, for console-based and remote installations; a silent/unattended install mode which can be used for integration in shell scripts for automated deployment.
- Uninstall Functionality : An uninstall program is created as part of every installation, allowing users to easily uninstall the software. As the installer, it can be run in a variety of modes. On Windows, uninstall functionality can also be accessed from the Add/Remove Program entry in the Control Panel.
- Startup Failure Detection : BitRock installers will automatically detect the best installation mode available. Users also have the option to manually select a mode.
- Language and Platform Independent : BitRock installers can install applications written in any language, including: Java, PHP, Perl, Python, C/C++ and .NET/Mono.
- Multiple Language Support : BitRock installers support a variety of installation languages, including English, German, Spanish, Italian, French, Portuguese, Traditional Chinese, Dutch, Polish, Valencian, Catalan, Estonian, Slovenian, Romanian and Welsh. You can specify a default language or let the user decide. Please contact us if you require additional language support.
Version restrictions:
- 30-day trial
Enhancements:
- This release adds new actions to calculate md5 and specify the default user and group for installed files.
- It has improved error notification for external program execution.
- The ability to access standard Windows shell folder locations using installer variables has been added.
<<lessThe generated installers provide native look and feel and desktop integration for Windows, KDE and Gnome and are optimized in size and speed, reducing download, startup and installation time. BitRock Installers are single-file, self-contained native executables with no external dependencies and minimal overhead.
All BitRock installers are truly native code, do not require bundling a Java Runtime Environment and provide an intuitive interface on all platforms, even for users without previous Linux experience. BitRock InstallBuilder includes an easy to learn, easy to use GUI environment thar can be run on Windows and Linux.
Create Windows, Solaris and Linux installers from a single build environment. For advanced users, a friendly XML project format supports source control integration, collaborative development and customizing projects both by hand and using external scripts. A command line interface allows you to automate and integrate the building process.
QuickBuild functionality allows you to update installers in a few seconds, without having to repack the entire application. BitRock InstallBuilder provides convenient built-in actions for commonly required installation functionality such as changing file permissions, substituting text in file, adding environment variables, adding directories to the path, changing the Windows registry, launching external scripts and so on.
BitRock installers can be customized in a variety of ways, both graphically and in functionality, and can be run on GUI, text and unattended modes. An uninstall program is created as part of every installation. BitRock Installers are platform and programming language independent. Internationalization: BitRock installers support 15 different languages.
Main features:
- Multiplatform Support : BitRock installers are native binaries that can run on Windows 98, ME, 2000, XP, 2003, Solaris Sparc and on virtually any Linux distribution. Contact us for legacy Windows 95 support.
- Desktop Integration : BitRock installers provide native look and feel and desktop integration for Windows, KDE and Gnome.
- Optimized : BitRock installers are optimized in size and speed and do not require a self-extraction step, reducing download, startup and installation time.
- No External Dependencies : BitRock installers are single-file, self-contained native executables with no external dependencies and minimal overhead. Unlike competing products, all BitRock installers are truly native code and do not require bundling a Java Runtime Environment.
- Ease of Use : BitRock installers provide an intuitive and easy to use interface on all platforms, even for end users without previous Linux experience.
- Ease of Development : BitRock InstallBuilder includes an easy to learn, easy to use GUI environment. Design, build and test installers with the click of a button.
- Time Saving Functionality : For advanced users, a friendly XML project format supports source control integration, collaborative development and customizing projects both by hand and using external scripts. A command line interface allows you to automate and integrate the building process. QuickBuild functionality allows you to update installers in a few seconds, without having to repack the entire application.
- Built-in actions : BitRock InstallBuilder provides convenient built-in actions for commonly required installation functionality such as autodetecting a Java(tm) Runtime, changing file permissions and ownership, substituting text in a file, adding environment variables, adding directories to the path, creating symbolic links, changing the Windows registry, launching external scripts and so on.
- Crossplatform Build Support : The installer builder tool can run on Windows, Solaris and Linux and generate installers for all target platforms from a single project file. Create Windows, Solaris and Linux installers from a single build environment!
- Customization : BitRock installers can be customized in a variety of ways, both graphically and in functionality.
- Multiple Installation modes : BitRock installers provide : several GUI modes with native look-and-feel, for installation in a variety of desktop environments; a text-based installation mode, for console-based and remote installations; a silent/unattended install mode which can be used for integration in shell scripts for automated deployment.
- Uninstall Functionality : An uninstall program is created as part of every installation, allowing users to easily uninstall the software. As the installer, it can be run in a variety of modes. On Windows, uninstall functionality can also be accessed from the Add/Remove Program entry in the Control Panel.
- Startup Failure Detection : BitRock installers will automatically detect the best installation mode available. Users also have the option to manually select a mode.
- Language and Platform Independent : BitRock installers can install applications written in any language, including: Java, PHP, Perl, Python, C/C++ and .NET/Mono.
- Multiple Language Support : BitRock installers support a variety of installation languages, including English, German, Spanish, Italian, French, Portuguese, Traditional Chinese, Dutch, Polish, Valencian, Catalan, Estonian, Slovenian, Romanian and Welsh. You can specify a default language or let the user decide. Please contact us if you require additional language support.
Version restrictions:
- 30-day trial
Enhancements:
- This release adds new actions to calculate md5 and specify the default user and group for installed files.
- It has improved error notification for external program execution.
- The ability to access standard Windows shell folder locations using installer variables has been added.
Download (34MB)
Added: 2007-07-24 License: Free for non-commercial use Price: $395
822 downloads
HPC Toolkit 4.2.1
HPC Toolkit is a tool for profile-based performance analysis of applications. more>>
HPCToolkit is an open-source suite of multi-platform tools for profile-based performance analysis of applications. The figure provides an overview of the toolkit components and their relationships.
Main features:
- hpcrun: a tool for profiling executions of unmodified application binaries using statistical sampling of hardware performance counters.
- hpcprof & xprof: tools for interpeting sample-based execution profiles and relating them back to program source lines.
- bloop: a tool for analyzing application binaries to recover program structure; namely, to identify where loops are present and what program source lines they contain.
- hpcview: a tool for correlating program structure information, multiple sample-based performance profiles, and program source code to produce a performance database.
- hpcviewer: a java-based GUI for exploring databases consisting of performance information correlated with program source.
A program called hpcview is at the toolkits center. It takes performance profiles, program structure information, and, under the direction of a configuration file, correlates it with application source code to produce a browsable performance database.
hpcview also enables the user to define expressions to compute derived metrics as functions other metrics already defined (e.g. measured metrics read from data files or previously-computed derived metrics).
Performance databases are explored using our Java-based hpcviewer user interface that enables one to explore an applications performance data in a top-down fashion and enables one to easily navigate back and forth between performance data and source code.
The user interface presents performance data in a hierarchical display. At any time, you are looking at some program context (program, file, procedure, loop, or line). Also displayed is the data for both the parent and the children of the current context. Up and down arrows on the lines of the display are used to walk the hierarchy.
In order to speed up top-down analysis, the interface also provides `flatten and `un-flatten buttons. Their icons hint at their function. `Flatten modifies the hierarchy by eliding non-leaf children of the current node and replacing them with the grandchildren.
Unflatten reverses this. Since the tables are sorted, the flatten operation makes short work of diving into the program from the top to identify the most important files, procedures, loops and statements.
Performance data manipulated by hpcview can come from any source, as long as the profile data can be translated or saved directly to a standard, profile-like input format. To date, the principal sources of input data for hpcview have been hardware performance counter profiles.
Such profiles are generated by setting up a hardware counter to monitor events of interest (e.g., primary cache misses), to generate a trap when the counter overflows, and then to histogram the program counter values at which these traps occur. For Linux, we developed the hpcrun tool to collect profiles by sampling hardware performance counters.
This tool uses UTKs PAPI library for access to hardware performance counters. A second tool, hpcprof is used to map profiles collected using hpcrun back to program source lines. hpcprof is based on code from Curt Janssens cprof/vprof profiler. On operating systems other than Linux, we use vendor-supplied tools to collect profile data. On MIPS+Irix platforms, we use SGIs ssrun tool to collect profiles. On Alpha+Tru64, we use either with Compaqs uprofile or DCPI utilities for this purpose.
hpcview and hpcviewer can be used to view profile-like data of any type, not just data sampled from hardware performance counters. To analyze one program that contained many register spills, we built a perl script to examine assembly code generated by the SGI compilers for MIPS+Irix and create profiles that map register spills back to source code lines.
To facilitate automation, the programs in HPCToolkit are intended to be run using scripts and configuration files. Once these are set up, rerunning the program to collect new data, and all of the steps that go into generating a browsable dataset can be completely automated. The scripts automate the collection of data and conversion of profile data into a common, XML-based format.
Other performance tools (e.g. SGIs ssrun) report performance data at the line, procedure, and program level. However, since much of the time in scientific programs is spent in loops; having data at the loop level as well is critical to facilitate performance tuning.
For this reason, HPCToolkit includes a binary analyzer bloop that extracts loop nesting structure from application binaries and uses symbol table line map information to map this structure back to the source programs level. Because bloop works on binaries, this process is independent of the language used (though in practice it can be somewhat compiler dependent).
The loop nesting structure information produced by bloop enables hpcview to associate performance data with each loop in a program without incurring any additional overhead for data collection during program execution.
Supported platforms: Pentium+Linux, Opteron+Linux, Athlon+Linux, Itanium+Linux, Alpha+Tru64 and MIPS+Irix.
HPCToolkit is open-source software released with a BSD-like license.
<<lessMain features:
- hpcrun: a tool for profiling executions of unmodified application binaries using statistical sampling of hardware performance counters.
- hpcprof & xprof: tools for interpeting sample-based execution profiles and relating them back to program source lines.
- bloop: a tool for analyzing application binaries to recover program structure; namely, to identify where loops are present and what program source lines they contain.
- hpcview: a tool for correlating program structure information, multiple sample-based performance profiles, and program source code to produce a performance database.
- hpcviewer: a java-based GUI for exploring databases consisting of performance information correlated with program source.
A program called hpcview is at the toolkits center. It takes performance profiles, program structure information, and, under the direction of a configuration file, correlates it with application source code to produce a browsable performance database.
hpcview also enables the user to define expressions to compute derived metrics as functions other metrics already defined (e.g. measured metrics read from data files or previously-computed derived metrics).
Performance databases are explored using our Java-based hpcviewer user interface that enables one to explore an applications performance data in a top-down fashion and enables one to easily navigate back and forth between performance data and source code.
The user interface presents performance data in a hierarchical display. At any time, you are looking at some program context (program, file, procedure, loop, or line). Also displayed is the data for both the parent and the children of the current context. Up and down arrows on the lines of the display are used to walk the hierarchy.
In order to speed up top-down analysis, the interface also provides `flatten and `un-flatten buttons. Their icons hint at their function. `Flatten modifies the hierarchy by eliding non-leaf children of the current node and replacing them with the grandchildren.
Unflatten reverses this. Since the tables are sorted, the flatten operation makes short work of diving into the program from the top to identify the most important files, procedures, loops and statements.
Performance data manipulated by hpcview can come from any source, as long as the profile data can be translated or saved directly to a standard, profile-like input format. To date, the principal sources of input data for hpcview have been hardware performance counter profiles.
Such profiles are generated by setting up a hardware counter to monitor events of interest (e.g., primary cache misses), to generate a trap when the counter overflows, and then to histogram the program counter values at which these traps occur. For Linux, we developed the hpcrun tool to collect profiles by sampling hardware performance counters.
This tool uses UTKs PAPI library for access to hardware performance counters. A second tool, hpcprof is used to map profiles collected using hpcrun back to program source lines. hpcprof is based on code from Curt Janssens cprof/vprof profiler. On operating systems other than Linux, we use vendor-supplied tools to collect profile data. On MIPS+Irix platforms, we use SGIs ssrun tool to collect profiles. On Alpha+Tru64, we use either with Compaqs uprofile or DCPI utilities for this purpose.
hpcview and hpcviewer can be used to view profile-like data of any type, not just data sampled from hardware performance counters. To analyze one program that contained many register spills, we built a perl script to examine assembly code generated by the SGI compilers for MIPS+Irix and create profiles that map register spills back to source code lines.
To facilitate automation, the programs in HPCToolkit are intended to be run using scripts and configuration files. Once these are set up, rerunning the program to collect new data, and all of the steps that go into generating a browsable dataset can be completely automated. The scripts automate the collection of data and conversion of profile data into a common, XML-based format.
Other performance tools (e.g. SGIs ssrun) report performance data at the line, procedure, and program level. However, since much of the time in scientific programs is spent in loops; having data at the loop level as well is critical to facilitate performance tuning.
For this reason, HPCToolkit includes a binary analyzer bloop that extracts loop nesting structure from application binaries and uses symbol table line map information to map this structure back to the source programs level. Because bloop works on binaries, this process is independent of the language used (though in practice it can be somewhat compiler dependent).
The loop nesting structure information produced by bloop enables hpcview to associate performance data with each loop in a program without incurring any additional overhead for data collection during program execution.
Supported platforms: Pentium+Linux, Opteron+Linux, Athlon+Linux, Itanium+Linux, Alpha+Tru64 and MIPS+Irix.
HPCToolkit is open-source software released with a BSD-like license.
Download (0.30MB)
Added: 2006-11-28 License: GPL (GNU General Public License) Price:
1066 downloads
POE::Loop::Event 0.3502
POE::Loop::Event is a bridge that supports Gtks event loop from POE. more>>
POE::Loop::Event is a bridge that supports Gtks event loop from POE.
SYNOPSIS
See POE::Loop.
This class is an implementation of the abstract POE::Loop interface. It follows POE::Loops public interface exactly. Therefore, please see POE::Loop for its documentation.
<<lessSYNOPSIS
See POE::Loop.
This class is an implementation of the abstract POE::Loop interface. It follows POE::Loops public interface exactly. Therefore, please see POE::Loop for its documentation.
Download (0.32MB)
Added: 2006-07-18 License: Perl Artistic License Price:
1193 downloads
getmail 4.7.6
getmail is a mail retriever designed to allow you to get your mail from one or more mail accounts on various mail servers. more>>
getmail is a mail retriever designed to allow you to get your mail from one or more mail accounts on various mail servers to your local machine for reading with a minimum of fuss.
getmail it is secure, flexible, reliable, and easy-to-use. getmail is designed to replace other mail retrievers such as fetchmail.
Main features:
- simple to install, configure, and use
- retrieve virtually any mail
- support for accessing mailboxes with the following protocols:
- POP3
- POP3-over-SSL
- IMAP4
- IMAP4-over-SSL
- SDPS (Demon UKs extensions to POP3)
- support for single-user and domain mailboxes
- retrieve mail from an unlimited number of mailboxes and servers
- can remember which mail it has already retrieved, and can be set to only download new messages
- support for message filtering, classification, and annotation by external programs like spam filters and anti-virus programs
- support for delivering messages to different destinations based on the message recipient
- reliability
- native safe and reliable delivery support for maildirs and mboxrd files, in addition to delivery through arbitrary external message delivery agents (MDAs)
- does not destroy information by rewriting mail headers
- does not cause mail loops by doing SMTP injection, and therefore does not require that you run an MTA (like qmail or sendmail) on your host
- written in Python, and therefore easy to extend or customize
- a flexible, extensible architecture so that support for new mail access protocols, message filtering operations, or destination types can be easily added
- cross-platform operation; getmail 4 should work on Unix/Linux, Macintosh, and other platforms. Windows support available under the free Cygwin package.
- winner of various software awards, including DaveCentrals "Best of Linux.
Enhancements:
- A fix for an exception when getmail is trying to report a POP3 server that completely missed generating a UIDL token for a message. .
<<lessgetmail it is secure, flexible, reliable, and easy-to-use. getmail is designed to replace other mail retrievers such as fetchmail.
Main features:
- simple to install, configure, and use
- retrieve virtually any mail
- support for accessing mailboxes with the following protocols:
- POP3
- POP3-over-SSL
- IMAP4
- IMAP4-over-SSL
- SDPS (Demon UKs extensions to POP3)
- support for single-user and domain mailboxes
- retrieve mail from an unlimited number of mailboxes and servers
- can remember which mail it has already retrieved, and can be set to only download new messages
- support for message filtering, classification, and annotation by external programs like spam filters and anti-virus programs
- support for delivering messages to different destinations based on the message recipient
- reliability
- native safe and reliable delivery support for maildirs and mboxrd files, in addition to delivery through arbitrary external message delivery agents (MDAs)
- does not destroy information by rewriting mail headers
- does not cause mail loops by doing SMTP injection, and therefore does not require that you run an MTA (like qmail or sendmail) on your host
- written in Python, and therefore easy to extend or customize
- a flexible, extensible architecture so that support for new mail access protocols, message filtering operations, or destination types can be easily added
- cross-platform operation; getmail 4 should work on Unix/Linux, Macintosh, and other platforms. Windows support available under the free Cygwin package.
- winner of various software awards, including DaveCentrals "Best of Linux.
Enhancements:
- A fix for an exception when getmail is trying to report a POP3 server that completely missed generating a UIDL token for a message. .
Download (0.14MB)
Added: 2007-08-09 License: GPL (GNU General Public License) Price:
809 downloads
BitRock InstallBuilder for Qt 4.5.2 (Pro)
BitRock InstallBuilder for Qt allows you to create easy-to-use installers for Unix, Windows and OS X. more>>
BitRock InstallBuilder for Qt allows you to create easy-to-use installers for Unix, Windows and OS X.
The generated installer for an application has a native look-and-feel and no external dependencies, and can be run in GUI, text, and unattended modes. In addition to self-contained installers, the installation tool is also able to generate standalone RPM packages.
This edition uses Qt as the default GUI toolkit. It offers free licenses for open source projects.
Enhancements:
- This release adds new actions to calculate md5 and specify the default user and group for installed files.
- It has improved error notification for external program execution.
- The ability to access standard Windows shell folder locations using installer variables has been added.
<<lessThe generated installer for an application has a native look-and-feel and no external dependencies, and can be run in GUI, text, and unattended modes. In addition to self-contained installers, the installation tool is also able to generate standalone RPM packages.
This edition uses Qt as the default GUI toolkit. It offers free licenses for open source projects.
Enhancements:
- This release adds new actions to calculate md5 and specify the default user and group for installed files.
- It has improved error notification for external program execution.
- The ability to access standard Windows shell folder locations using installer variables has been added.
Download (22.3MB)
Added: 2007-07-24 License: Free for non-commercial use Price:
832 downloads
Other version of BitRock InstallBuilder for Qt
BitRock S.L. - BitRock InstallBuilder for Qt allows you to create easy ... BitRock InstallBuilder for Qt. BitRockLicense:Free for non-commercial use
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