yazmin sullivan
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CPAINT 2.1.0
CPAINT is a true AJAX and JSRS implementation that supports both PHP and ASP/VBscript. more>>
CPAINT short from Cross-Platform Asynchronous INterface Toolkit is a true AJAX (Asynchronous JavaScript+XML) and JSRS (JavaScript Remote Scripting) implementation.
CPAINT provides you the code required to implement AJAX and JSRS on the back-end, while the returned data is manipulated, formatted, and displayed on the front-end in JavaScript.
This allows you to build web applications that can provide nearly real-time feedback to the user, including nearly real-time data updates.
Main features:
- Supports multiple scripting languages
- Unified JavaScript file for all functions
- Supports both Remote Scripting and XML
- Supports both local & remote functions
- Single or multiple XMLHTTP objects
- Returns backend data as text or as a JavaScript XML/DOM document object
- Can support both POST & GET requests
- Backend proxy functions for accessing remote functions and data
- Tested with all major browsers
- Distributed under the GNU GPL & LGPL
<<lessCPAINT provides you the code required to implement AJAX and JSRS on the back-end, while the returned data is manipulated, formatted, and displayed on the front-end in JavaScript.
This allows you to build web applications that can provide nearly real-time feedback to the user, including nearly real-time data updates.
Main features:
- Supports multiple scripting languages
- Unified JavaScript file for all functions
- Supports both Remote Scripting and XML
- Supports both local & remote functions
- Single or multiple XMLHTTP objects
- Returns backend data as text or as a JavaScript XML/DOM document object
- Can support both POST & GET requests
- Backend proxy functions for accessing remote functions and data
- Tested with all major browsers
- Distributed under the GNU GPL & LGPL
Download (0.96MB)
Added: 2006-10-20 License: GPL (GNU General Public License) Price:
1102 downloads
Date::Manip 5.44
Date::Manip is a date manipulation routines. more>>
Date::Manip is a date manipulation routines.
SYNOPSIS
use Date::Manip;
$version = DateManipVersion;
$date = ParseDate(@args);
$date = ParseDate($string);
$date = ParseDate($string);
@date = UnixDate($date,@format);
$date = UnixDate($date,@format);
$delta = ParseDateDelta(@args);
$delta = ParseDateDelta($string);
$delta = ParseDateDelta($string);
@str = Delta_Format($delta,$dec,@format);
$str = Delta_Format($delta,$dec,@format);
$recur = ParseRecur($string,$base,$date0,$date1,$flags);
@dates = ParseRecur($string,$base,$date0,$date1,$flags);
$flag = Date_Cmp($date1,$date2);
$d = DateCalc($d1,$d2 [,$errref] [,$del]);
$date = Date_SetTime($date,$hr,$min,$sec);
$date = Date_SetTime($date,$time);
$date = Date_SetDateField($date,$field,$val [,$nocheck]);
$date = Date_GetPrev($date,$dow,$today,$hr,$min,$sec);
$date = Date_GetPrev($date,$dow,$today,$time);
$date = Date_GetNext($date,$dow,$today,$hr,$min,$sec);
$date = Date_GetNext($date,$dow,$today,$time);
$name = Date_IsHoliday($date);
$listref = Events_List($date);
$listref = Events_List($date0,$date1);
$date = Date_ConvTZ($date);
$date = Date_ConvTZ($date,$from);
$date = Date_ConvTZ($date,"",$to);
$date = Date_ConvTZ($date,$from,$to);
$flag = Date_IsWorkDay($date [,$flag]);
$date = Date_NextWorkDay($date,$off [,$time]);
$date = Date_PrevWorkDay($date,$off [,$time]);
$date = Date_NearestWorkDay($date [,$tomorrowfirst]);
&Date_Init();
&Date_Init("VAR=VAL","VAR=VAL",...);
@list = Date_Init();
@list = Date_Init("VAR=VAL","VAR=VAL",...);
The above routines all check to make sure that Date_Init is called. If it hasnt been, they will call it automatically. As a result, there is usually no need to call Date_Init explicitely unless you want to change some of the config variables (described below). They also do error checking on the input.
The routines listed below are intended primarily for internal use by other Date::Manip routines. They do little or no error checking, and do not explicitely call Date_Init. Those functions are all done in the main Date::Manip routines above.
Because they are significantly faster than the full Date::Manip routines, they are available for use with a few caveats. Since little or no error checking is done, it is the responsibility of the programmer to ensure that valid data (AND valid dates) are passed to them. Passing invalid data (such as a non-numeric month) or invalid dates (Feb 31) will fail in unpredictable ways (possibly returning erroneous results). Also, since Date_Init is not called by these, it must be called explicitely by the programmer before using these routines.
In the following routines, $y may be entered as either a 2 or 4 digit year (it will be converted to a 4 digit year based on the variable YYtoYYYY described below). Month and day should be numeric in all cases. Most (if not all) of the information below can be gotten from UnixDate which is really the way I intended it to be gotten, but there are reasons to use these (these are significantly faster).
$day = Date_DayOfWeek($m,$d,$y);
$secs = Date_SecsSince1970($m,$d,$y,$h,$mn,$s);
$secs = Date_SecsSince1970GMT($m,$d,$y,$h,$mn,$s);
$days = Date_DaysSince1BC($m,$d,$y);
$day = Date_DayOfYear($m,$d,$y);
($y,$m,$d,$h,$mn,$s) = Date_NthDayOfYear($y,$n);
$days = Date_DaysInYear($y);
$days = Date_DaysInMonth($m,$y);
$wkno = Date_WeekOfYear($m,$d,$y,$first);
$flag = Date_LeapYear($y);
$day = Date_DaySuffix($d);
$tz = Date_TimeZone();
<<lessSYNOPSIS
use Date::Manip;
$version = DateManipVersion;
$date = ParseDate(@args);
$date = ParseDate($string);
$date = ParseDate($string);
@date = UnixDate($date,@format);
$date = UnixDate($date,@format);
$delta = ParseDateDelta(@args);
$delta = ParseDateDelta($string);
$delta = ParseDateDelta($string);
@str = Delta_Format($delta,$dec,@format);
$str = Delta_Format($delta,$dec,@format);
$recur = ParseRecur($string,$base,$date0,$date1,$flags);
@dates = ParseRecur($string,$base,$date0,$date1,$flags);
$flag = Date_Cmp($date1,$date2);
$d = DateCalc($d1,$d2 [,$errref] [,$del]);
$date = Date_SetTime($date,$hr,$min,$sec);
$date = Date_SetTime($date,$time);
$date = Date_SetDateField($date,$field,$val [,$nocheck]);
$date = Date_GetPrev($date,$dow,$today,$hr,$min,$sec);
$date = Date_GetPrev($date,$dow,$today,$time);
$date = Date_GetNext($date,$dow,$today,$hr,$min,$sec);
$date = Date_GetNext($date,$dow,$today,$time);
$name = Date_IsHoliday($date);
$listref = Events_List($date);
$listref = Events_List($date0,$date1);
$date = Date_ConvTZ($date);
$date = Date_ConvTZ($date,$from);
$date = Date_ConvTZ($date,"",$to);
$date = Date_ConvTZ($date,$from,$to);
$flag = Date_IsWorkDay($date [,$flag]);
$date = Date_NextWorkDay($date,$off [,$time]);
$date = Date_PrevWorkDay($date,$off [,$time]);
$date = Date_NearestWorkDay($date [,$tomorrowfirst]);
&Date_Init();
&Date_Init("VAR=VAL","VAR=VAL",...);
@list = Date_Init();
@list = Date_Init("VAR=VAL","VAR=VAL",...);
The above routines all check to make sure that Date_Init is called. If it hasnt been, they will call it automatically. As a result, there is usually no need to call Date_Init explicitely unless you want to change some of the config variables (described below). They also do error checking on the input.
The routines listed below are intended primarily for internal use by other Date::Manip routines. They do little or no error checking, and do not explicitely call Date_Init. Those functions are all done in the main Date::Manip routines above.
Because they are significantly faster than the full Date::Manip routines, they are available for use with a few caveats. Since little or no error checking is done, it is the responsibility of the programmer to ensure that valid data (AND valid dates) are passed to them. Passing invalid data (such as a non-numeric month) or invalid dates (Feb 31) will fail in unpredictable ways (possibly returning erroneous results). Also, since Date_Init is not called by these, it must be called explicitely by the programmer before using these routines.
In the following routines, $y may be entered as either a 2 or 4 digit year (it will be converted to a 4 digit year based on the variable YYtoYYYY described below). Month and day should be numeric in all cases. Most (if not all) of the information below can be gotten from UnixDate which is really the way I intended it to be gotten, but there are reasons to use these (these are significantly faster).
$day = Date_DayOfWeek($m,$d,$y);
$secs = Date_SecsSince1970($m,$d,$y,$h,$mn,$s);
$secs = Date_SecsSince1970GMT($m,$d,$y,$h,$mn,$s);
$days = Date_DaysSince1BC($m,$d,$y);
$day = Date_DayOfYear($m,$d,$y);
($y,$m,$d,$h,$mn,$s) = Date_NthDayOfYear($y,$n);
$days = Date_DaysInYear($y);
$days = Date_DaysInMonth($m,$y);
$wkno = Date_WeekOfYear($m,$d,$y,$first);
$flag = Date_LeapYear($y);
$day = Date_DaySuffix($d);
$tz = Date_TimeZone();
Download (0.14MB)
Added: 2006-06-14 License: Perl Artistic License Price:
1240 downloads
Term::TUI 1.20
Term::TUI is a simple tool for building text-based user interfaces. more>>
Term::TUI is a simple tool for building text-based user interfaces.
SYNOPSIS
If TUI_Run is the only routine being used:
use Term::TUI;
$flag=&TUI_Run($command,%desc);
$version=&Term::TUI::TUI_Version;
If other TUI subroutines are used:
use Term::TUI qw(:all);
$flag=&TUI_Run($command,%desc);
&TUI_Out($message);
$flag=&TUI_Script(%desc,$script,$sep);
Many times, Ive wanted to quickly write a nice text-based user interface around a set of perl routines only to end up writing the full (though simple) parser and interface to make it nice enough, and friendly enough, to be usable.
This module creates a simple but powerful text based user interface around perl routines, adding such features as command line history, command line editing, and online help (command completion will also be implemented), while hiding all details of the interface from the programmer.
The interface is described in a simple hash which is passed to the TUI_Run command. This routine exits only when the user has exited the program (returning a flag signalling any special exit conditions).
<<lessSYNOPSIS
If TUI_Run is the only routine being used:
use Term::TUI;
$flag=&TUI_Run($command,%desc);
$version=&Term::TUI::TUI_Version;
If other TUI subroutines are used:
use Term::TUI qw(:all);
$flag=&TUI_Run($command,%desc);
&TUI_Out($message);
$flag=&TUI_Script(%desc,$script,$sep);
Many times, Ive wanted to quickly write a nice text-based user interface around a set of perl routines only to end up writing the full (though simple) parser and interface to make it nice enough, and friendly enough, to be usable.
This module creates a simple but powerful text based user interface around perl routines, adding such features as command line history, command line editing, and online help (command completion will also be implemented), while hiding all details of the interface from the programmer.
The interface is described in a simple hash which is passed to the TUI_Run command. This routine exits only when the user has exited the program (returning a flag signalling any special exit conditions).
Download (0.007MB)
Added: 2006-09-05 License: Perl Artistic License Price:
1144 downloads
SMTPHandler 0.6
SMTPHandler is a handler for the java.util.logging library. more>>
SMTPHandler is a handler for the java.util.logging library. SMTPHandler sends LogRecords via email using the Simple Mail Transfer Protocol.
The SMTPHandler code is derived from log4js SMTPAppender.
After downloading the SMTPHandler software, you will need to download two additional JAR files:
1) Sun JavaMail
http://java.sun.com/products/javamail
2) Sun JavaBeans Activiation Framework
http://java.sun.com/products/javabeans/glasgow/jaf.html
Enhancements:
- This release adds SMTP server authentication.
- You can specify an SMTP username and SMTP password.
<<lessThe SMTPHandler code is derived from log4js SMTPAppender.
After downloading the SMTPHandler software, you will need to download two additional JAR files:
1) Sun JavaMail
http://java.sun.com/products/javamail
2) Sun JavaBeans Activiation Framework
http://java.sun.com/products/javabeans/glasgow/jaf.html
Enhancements:
- This release adds SMTP server authentication.
- You can specify an SMTP username and SMTP password.
Download (0.025MB)
Added: 2006-05-15 License: The Apache License 2.0 Price:
1262 downloads
Cicerone 1.4 RC1
Cicerone is a multi-platform/server/database, Web-based corporate information system that allows to maintain infos on the fly. more>>
Cicerone is a multi-platform/server/database, Web-based corporate information system that allows to maintain infos on the fly.
It supports any type of file attachment, built in security levels, user and system-wide customizations, automatic import of syndicated news and content, custom email notification of new content, and ease of use.
It is ideal for community-driven Internet/Intranet/Extranet sites or as a standalone document/content management system.
Main features:
- Content Forums
- Content Management
- Document Attachments
- News Monitoring
- Security Features
- User Subscriptions
<<lessIt supports any type of file attachment, built in security levels, user and system-wide customizations, automatic import of syndicated news and content, custom email notification of new content, and ease of use.
It is ideal for community-driven Internet/Intranet/Extranet sites or as a standalone document/content management system.
Main features:
- Content Forums
- Content Management
- Document Attachments
- News Monitoring
- Security Features
- User Subscriptions
Download (0.12MB)
Added: 2006-09-05 License: GPL (GNU General Public License) Price:
1145 downloads
Linux Napster Client 1.5.4
Linux Napster Client is a console napster client. more>>
Linux Napster Client is a console napster client written by Kevin Sullivan. It runs on Linux, OpenBSD, and other systems. Current releases of nap, such as 1.5.4, are very stable. They can run for weeks at a time without crashing or user intervention.
Nap, writtin by Kevin Sullivan sometime in 1999, was one of the first napster clients besides Shawn Fannings original Windows client. It was also the first client that ran on linux. Kevin learned much about the inner workings of the napster protocol by collaborating with Jordan Ritter, who was one of the co-founders of Napster and its Chief Server Architect at the time.
I took over the development of nap in February 2001. First I posted patches, but soon the patches became so long that I started making releases. A lot of features were added, and some existing ones redesigned, to make nap more stable, user-friendly, and reliable. However, the original "look and feel" has been preserved. Probably nap is one of the most robust napster clients for linux today. It has been packaged for a variety of popular platforms, and it is now shipped with some distributions of Debian Linux and OpenBSD.
Enhancements:
- This release changes the default meta-server to www.gotnap.com.
<<lessNap, writtin by Kevin Sullivan sometime in 1999, was one of the first napster clients besides Shawn Fannings original Windows client. It was also the first client that ran on linux. Kevin learned much about the inner workings of the napster protocol by collaborating with Jordan Ritter, who was one of the co-founders of Napster and its Chief Server Architect at the time.
I took over the development of nap in February 2001. First I posted patches, but soon the patches became so long that I started making releases. A lot of features were added, and some existing ones redesigned, to make nap more stable, user-friendly, and reliable. However, the original "look and feel" has been preserved. Probably nap is one of the most robust napster clients for linux today. It has been packaged for a variety of popular platforms, and it is now shipped with some distributions of Debian Linux and OpenBSD.
Enhancements:
- This release changes the default meta-server to www.gotnap.com.
Download (0.60MB)
Added: 2006-11-07 License: BSD License Price:
1084 downloads
SpoonRPC 0.1.1
SpoonRPC is a python module that provides a distributed communication system for interprocess communication. more>>
SpoonRPC is a python module that provides a distributed communication system for interprocess communication. The project doesnt actually provide RPC at the moment, because message passing turned out to be a lot easier, and probably more useful anyway.
Main features:
- Safe, efficient object serialization with ASN.1 BER
- Simple, easy messaging between nodes
- Message routing
- Transport agnostic, just needs a stream of some kind.
- Can create ad-hoc networks of nodes with multiple links for reliability
- Licensed under the MIT license.
poonRPC provides the ability to connect many different processes together and send messages between them. The processes can be running across any number of hosts. Security is up to the implementation, but by using SSL or paramiko adding a layer of security is easy.
A message consists of a string to identify the message type, and an arbitrary object attachment. Messages can be dispatched, by the message type, to functions by using a decorator. Arbitrary python objects are serialized using BER, however only the data members of the object are serialized. Code cannot be serialized, this is a feature, not an oversight. Each process must have a copy of the class for the objects serialized.
Each node has one or more links to other nodes which forms a larger network of nodes. Messages are routed using a dynamic routing algorithm, the most efficient route is chosen as nodes and links come and go. This allows nodes that do not have a direct connection between eachother to communicate.
<<lessMain features:
- Safe, efficient object serialization with ASN.1 BER
- Simple, easy messaging between nodes
- Message routing
- Transport agnostic, just needs a stream of some kind.
- Can create ad-hoc networks of nodes with multiple links for reliability
- Licensed under the MIT license.
poonRPC provides the ability to connect many different processes together and send messages between them. The processes can be running across any number of hosts. Security is up to the implementation, but by using SSL or paramiko adding a layer of security is easy.
A message consists of a string to identify the message type, and an arbitrary object attachment. Messages can be dispatched, by the message type, to functions by using a decorator. Arbitrary python objects are serialized using BER, however only the data members of the object are serialized. Code cannot be serialized, this is a feature, not an oversight. Each process must have a copy of the class for the objects serialized.
Each node has one or more links to other nodes which forms a larger network of nodes. Messages are routed using a dynamic routing algorithm, the most efficient route is chosen as nodes and links come and go. This allows nodes that do not have a direct connection between eachother to communicate.
Download (0.023MB)
Added: 2006-11-30 License: MIT/X Consortium License Price:
1058 downloads
Class::Simple 0.07
Class::Simple is a simple Object-Oriented Base Class. more>>
Class::Simple is a simple Object-Oriented Base Class.
SYNOPSIS
package Foo:
use base qw(Class::Simple);
BEGIN
{
Foo->privatize(qw(attrib1 attrib2)); # ...or not.
}
my $obj = Foo->new();
$obj->attrib(1); # The same as...
$obj->set_attrib(1); # ...this.
my $var = $obj->get_attrib(); # The same as...
$var = $obj->attrib; # ...this.
$obj->raise_attrib(); # The same as...
$obj->set_attrib(1); # ...this.
$obj->clear_attrib(); # The same as...
$obj->set_attrib(undef); # ...this
$obj->attrib(undef); # ...and this.
$obj->readonly_attrib(4);
sub foo
{
my $self = shift;
my $value = shift;
$self->_foo($value);
do_other_things(@_);
...
}
my $str = $obj->DUMP;
my $new_obj = Foo->new();
$new_obj->SLURP($str);
sub BUILD
{
my $self = shift;
# Various initializations
}
There are plenty of others that are much more thorough and whatnot but sometimes I want something simple so I can get just going (no doubt because I am a simple guy) so I use this.
What do I mean by simple? First off, I dont want to have to list out all my methods beforehand. I just want to use them (Yeah, yeah, it doesnt catch typos--thats what testing and Class::Std are for :-). Next, I want to be able to call my methods by $obj->foo(1) or $obj->set_foo(1), by $obj->foo() or $obj->get_foo(). Dont tell ME I have to use get_ and set_ (I would just override that restriction in Class::Std anyway). Simple!
I did want some neat features, though, so these are inside-out objects (meaning the object isnt simply a hash so you cant just go in and muck with attributes outside of methods), privatization of methods is supported, as is serialization out and back in again.
<<lessSYNOPSIS
package Foo:
use base qw(Class::Simple);
BEGIN
{
Foo->privatize(qw(attrib1 attrib2)); # ...or not.
}
my $obj = Foo->new();
$obj->attrib(1); # The same as...
$obj->set_attrib(1); # ...this.
my $var = $obj->get_attrib(); # The same as...
$var = $obj->attrib; # ...this.
$obj->raise_attrib(); # The same as...
$obj->set_attrib(1); # ...this.
$obj->clear_attrib(); # The same as...
$obj->set_attrib(undef); # ...this
$obj->attrib(undef); # ...and this.
$obj->readonly_attrib(4);
sub foo
{
my $self = shift;
my $value = shift;
$self->_foo($value);
do_other_things(@_);
...
}
my $str = $obj->DUMP;
my $new_obj = Foo->new();
$new_obj->SLURP($str);
sub BUILD
{
my $self = shift;
# Various initializations
}
There are plenty of others that are much more thorough and whatnot but sometimes I want something simple so I can get just going (no doubt because I am a simple guy) so I use this.
What do I mean by simple? First off, I dont want to have to list out all my methods beforehand. I just want to use them (Yeah, yeah, it doesnt catch typos--thats what testing and Class::Std are for :-). Next, I want to be able to call my methods by $obj->foo(1) or $obj->set_foo(1), by $obj->foo() or $obj->get_foo(). Dont tell ME I have to use get_ and set_ (I would just override that restriction in Class::Std anyway). Simple!
I did want some neat features, though, so these are inside-out objects (meaning the object isnt simply a hash so you cant just go in and muck with attributes outside of methods), privatization of methods is supported, as is serialization out and back in again.
Download (0.009MB)
Added: 2007-07-31 License: Perl Artistic License Price:
815 downloads
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