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Eprayer Beta 8.1
Eprayer is a prayer request script that is easy to install and customize. more>>
Eprayer is a prayer request script that is easy to install and customize. It requires a MySQL database, but also creates a flat file for exporting into Excel.
Main features:
- Easy to customize
- Sends to multiple recipients
- Sends reply email to requester
- Valid XHTML and CSS
- Records information to a MySQL database as well as a flatfile for excel exporting
- Requires confirmation before sending
- Checks for errors
- Displays random requests on prayer request page
- Ability to set banned email addresses and banned words
- Released under GPL
- Free support via message boards
<<lessMain features:
- Easy to customize
- Sends to multiple recipients
- Sends reply email to requester
- Valid XHTML and CSS
- Records information to a MySQL database as well as a flatfile for excel exporting
- Requires confirmation before sending
- Checks for errors
- Displays random requests on prayer request page
- Ability to set banned email addresses and banned words
- Released under GPL
- Free support via message boards
Download (0.015MB)
Added: 2007-03-09 License: GPL (GNU General Public License) Price:
961 downloads
PITA::XML::Request 0.30
PITA::XML::Request is a request for the testing of a software package. more>>
PITA::XML::Request is a request for the testing of a software package.
SYNOPSIS
# Create a request specification
my $dist = PITA::XML::Request->new(
scheme => perl5,
distname => PITA-XML,
# The package to test
file => PITA::XML::File->new(
filename => Foo-Bar-0.01.tar.gz,
digest => MD5.0123456789ABCDEF0123456789ABCDEF,
),
# Optional fields for repository-based requests
authority => cpan,
authpath => /id/A/AD/ADAMK/Foo-Bar-0.01.tar.gz,
);
PITA::XML::Request is an object for holding information about a request for a distribution to be tested. It is created most often as part of the parsing of a PITA::XML XML file.
It holds the testing scheme, name of the distribition, file information, and authority information (if the distribution was sourced from a repository such as CPAN)
<<lessSYNOPSIS
# Create a request specification
my $dist = PITA::XML::Request->new(
scheme => perl5,
distname => PITA-XML,
# The package to test
file => PITA::XML::File->new(
filename => Foo-Bar-0.01.tar.gz,
digest => MD5.0123456789ABCDEF0123456789ABCDEF,
),
# Optional fields for repository-based requests
authority => cpan,
authpath => /id/A/AD/ADAMK/Foo-Bar-0.01.tar.gz,
);
PITA::XML::Request is an object for holding information about a request for a distribution to be tested. It is created most often as part of the parsing of a PITA::XML XML file.
It holds the testing scheme, name of the distribition, file information, and authority information (if the distribution was sourced from a repository such as CPAN)
Download (0.070MB)
Added: 2007-01-10 License: Perl Artistic License Price:
1017 downloads
Yahoo::Search::Request 1.7.10
Yahoo::Search::Request is a container object for a Yahoo! Search request. more>>
Yahoo::Search::Request is a container object for a Yahoo! Search request. (This package is included in, and automatically loaded by, the Yahoo::Search package.)
Package Use
You never need to use this package directly -- it is loaded automatically by Yahoo::Search.
Object Creation
In practice, this class is generally not dealt with explicitly, but rather implicitly via functions in Yahoo::Search such as Query and Links, which build and use a Request object under the hood.
You also have access to the Request object via Request() method of resulting Response and Result objects.
To be clear, Request objects are created by the Request() method of a Search Engine object (Yahoo::Search).
<<lessPackage Use
You never need to use this package directly -- it is loaded automatically by Yahoo::Search.
Object Creation
In practice, this class is generally not dealt with explicitly, but rather implicitly via functions in Yahoo::Search such as Query and Links, which build and use a Request object under the hood.
You also have access to the Request object via Request() method of resulting Response and Result objects.
To be clear, Request objects are created by the Request() method of a Search Engine object (Yahoo::Search).
Download (0.004MB)
Added: 2006-12-06 License: Perl Artistic License Price:
1052 downloads
Apache2::RequestRec 2.0.3
Apache2::RequestRec is a Perl API for Apache request record accessors. more>>
Apache2::RequestRec is a Perl API for Apache request record accessors.
Synopsis
use Apache2::RequestRec ();
# set supported by the handler HTTP methods
$allowed = $r->allowed();
# auth type
$auth_type = $r->ap_auth_type();
# QUERY_STRING
$args = $r->args();
# non-parsed-headers handler
$status = $r->assbackwards();
# how many bytes were sent
$bytes_sent = $r->bytes_sent();
# client connection record
$c = $r->connection();
# "Content-Encoding" HTTP response header
$r->content_encoding("gzip");
# the languages of the content
$languages = $r->content_languages();
# "Content-Encoding" HTTP response header
$r->content_type(text/plain);
# special response headers table
$err_headers_out = $r->err_headers_out();
# request mapped filename
$filename = $r->filename();
# request finfo
$finfo = $r->finfo();
# SetHandler perl-script equivalent
$r->handler(perl-script);
# was it a HEAD request?
$status = $r->header_only();
# request input headers table
$headers_in = $r->headers_in();
# request output headers table
$headers_out = $r->headers_out();
# hostname
$hostname = $r->hostname();
# input filters stack
$input_filters = $r->input_filters();
# get the main request obj in a sub-request
$main_r = $r->main();
# whats the current request (GET/POST/etc)?
$method = $r->method();
# whats the current method number?
$methnum = $r->method_number();
# current resource last modified time
$mtime = $r->mtime();
# next request object (in redirect)
$next_r = $r->next();
# there is no local copy
$r->no_local_copy();
# Apache ascii notes table
$notes = $r->notes();
# output filters stack
$output_filters = $r->output_filters();
# PATH_INFO
$path_info = $r->path_info();
# used in configuration directives modules
$per_dir_config = $r->per_dir_config();
# pool with life span of the current request
$p = $r->pool();
# previous request object in the internal redirect
$prev_r = $r->prev();
# connection level input filters stack
$proto_input_filters = $r->proto_input_filters();
# HTTP protocol version number
$proto_num = $r->proto_num();
# connection level output filters stack
$proto_output_filters = $r->proto_output_filters();
# the protocol, the client speaks: "HTTP/1.0", "HTTP/1.1", etc.
$protocol = $r->protocol();
# is it a proxy request
$status = $r->proxyreq($val);
# Time when the request started
$request_time = $r->request_time();
# server object
$s = $r->server();
# response status
$status = $r->status();
# response status line
$status_line = $r->status_line();
# manipulate %ENV of the subprocess
$r->subprocess_env;
$r->subprocess_env($key => $val);
# first HTTP request header
$request = $r->the_request();
# the URI without any parsing performed
$unparsed_uri = $r->unparsed_uri();
# The path portion of the URI
$uri = $r->uri();
# auth username
$user = $r->user();
<<lessSynopsis
use Apache2::RequestRec ();
# set supported by the handler HTTP methods
$allowed = $r->allowed();
# auth type
$auth_type = $r->ap_auth_type();
# QUERY_STRING
$args = $r->args();
# non-parsed-headers handler
$status = $r->assbackwards();
# how many bytes were sent
$bytes_sent = $r->bytes_sent();
# client connection record
$c = $r->connection();
# "Content-Encoding" HTTP response header
$r->content_encoding("gzip");
# the languages of the content
$languages = $r->content_languages();
# "Content-Encoding" HTTP response header
$r->content_type(text/plain);
# special response headers table
$err_headers_out = $r->err_headers_out();
# request mapped filename
$filename = $r->filename();
# request finfo
$finfo = $r->finfo();
# SetHandler perl-script equivalent
$r->handler(perl-script);
# was it a HEAD request?
$status = $r->header_only();
# request input headers table
$headers_in = $r->headers_in();
# request output headers table
$headers_out = $r->headers_out();
# hostname
$hostname = $r->hostname();
# input filters stack
$input_filters = $r->input_filters();
# get the main request obj in a sub-request
$main_r = $r->main();
# whats the current request (GET/POST/etc)?
$method = $r->method();
# whats the current method number?
$methnum = $r->method_number();
# current resource last modified time
$mtime = $r->mtime();
# next request object (in redirect)
$next_r = $r->next();
# there is no local copy
$r->no_local_copy();
# Apache ascii notes table
$notes = $r->notes();
# output filters stack
$output_filters = $r->output_filters();
# PATH_INFO
$path_info = $r->path_info();
# used in configuration directives modules
$per_dir_config = $r->per_dir_config();
# pool with life span of the current request
$p = $r->pool();
# previous request object in the internal redirect
$prev_r = $r->prev();
# connection level input filters stack
$proto_input_filters = $r->proto_input_filters();
# HTTP protocol version number
$proto_num = $r->proto_num();
# connection level output filters stack
$proto_output_filters = $r->proto_output_filters();
# the protocol, the client speaks: "HTTP/1.0", "HTTP/1.1", etc.
$protocol = $r->protocol();
# is it a proxy request
$status = $r->proxyreq($val);
# Time when the request started
$request_time = $r->request_time();
# server object
$s = $r->server();
# response status
$status = $r->status();
# response status line
$status_line = $r->status_line();
# manipulate %ENV of the subprocess
$r->subprocess_env;
$r->subprocess_env($key => $val);
# first HTTP request header
$request = $r->the_request();
# the URI without any parsing performed
$unparsed_uri = $r->unparsed_uri();
# The path portion of the URI
$uri = $r->uri();
# auth username
$user = $r->user();
Download (3.5MB)
Added: 2007-07-16 License: The Apache License 2.0 Price:
830 downloads
Jifty::Request 0.60912
Jifty::Request is a canonical internal representation of an incoming Jifty request. more>>
Jifty::Request is a canonical internal representation of an incoming Jifty request.
This document discusses the ins and outs of getting data from the web browser (or any other source) and figuring out what it means. Most of the time, you wont need to worry about the details, but they are provided below if youre curious.
This class parses the submission and makes it available as a protocol-independent Jifty::Request object.
Each request contains several types of information:
actions
A request may contain one or more actions; these are represented as Jifty::Request::Action objects. Each action request has a moniker, a set of submitted arguments, and an implementation class. By default, all actions that are submitted are run; it is possible to only mark a subset of the submitted actions as "active", and only the active actions will be run. These will eventually become full-fledge Jifty::Action objects.
state variables
State variables are used to pass around bits of information which are needed more than once but not often enough to be stored in the session. Additionally, they are per-browser window, unlike session information.
continuations
Continuations can be called or created during the course of a request, though each request has at most one "current" continuation. See Jifty::Continuation.
(optional) fragments
Fragments are standalone bits of reusable code. They are most commonly used in the context of AJAX, where fragments are the building blocks that can be updated independently. A request is either for a full page, or for multiple independent fragments. See Jifty::Web::PageRegion.
<<lessThis document discusses the ins and outs of getting data from the web browser (or any other source) and figuring out what it means. Most of the time, you wont need to worry about the details, but they are provided below if youre curious.
This class parses the submission and makes it available as a protocol-independent Jifty::Request object.
Each request contains several types of information:
actions
A request may contain one or more actions; these are represented as Jifty::Request::Action objects. Each action request has a moniker, a set of submitted arguments, and an implementation class. By default, all actions that are submitted are run; it is possible to only mark a subset of the submitted actions as "active", and only the active actions will be run. These will eventually become full-fledge Jifty::Action objects.
state variables
State variables are used to pass around bits of information which are needed more than once but not often enough to be stored in the session. Additionally, they are per-browser window, unlike session information.
continuations
Continuations can be called or created during the course of a request, though each request has at most one "current" continuation. See Jifty::Continuation.
(optional) fragments
Fragments are standalone bits of reusable code. They are most commonly used in the context of AJAX, where fragments are the building blocks that can be updated independently. A request is either for a full page, or for multiple independent fragments. See Jifty::Web::PageRegion.
Download (0.52MB)
Added: 2006-10-20 License: Perl Artistic License Price:
1099 downloads
Change Control Request Manager 0.3.0
Change Control Request Manager is an online system for managing change requests for businesses. more>>
Change Control Request Manager is an online system for managing change requests for businesses. Change Control Request Manager project can be customized to fit the needs of a particular business.
Main features:
- Abillity to customize data entry fields. Field type include test, dropdown list, boolean, date, and integer.
- Search for existing CCR records.
- Custom logo. You can place your companys logo at the top.
- Custom Disclaimer message.
- User administration.
- Install script.
Enhancements:
- A reporting system was added.
- Similar to the browse order screen, you can customize the report and display a date range to print.
<<lessMain features:
- Abillity to customize data entry fields. Field type include test, dropdown list, boolean, date, and integer.
- Search for existing CCR records.
- Custom logo. You can place your companys logo at the top.
- Custom Disclaimer message.
- User administration.
- Install script.
Enhancements:
- A reporting system was added.
- Similar to the browse order screen, you can customize the report and display a date range to print.
Download (0.17MB)
Added: 2006-07-21 License: GPL (GNU General Public License) Price:
1193 downloads
CGI::Request 2.0b1
CGI::Request is a parse client request via a CGI interface. more>>
CGI::Request is a parse client request via a CGI interface.
SYNOPSIS
use CGI::Request;
# Simple interface: (combines SendHeaders, new and import_names)
$req = GetRequest($pkg);
print FmtRequest(); # same as: print $req->as_string
# Full Interface:
$req = new CGI::Request; # fetch and parse request
$field_value = $req->param(FieldName);
@selected = $req->param(SelectMultiField);
@keywords = $req->keywords; # from ISINDEX
print $req->as_string; # format Form and CGI variables
# import form fields into a package as perl variables!
$req->import_names(R);
print "$R::FieldName";
print "@R::SelectMultiField";
@value = $req->param_or($fieldname, $default_return_value);
# Access to CGI interface (see CGI::Base)
$cgi_obj = $req->cgi;
$cgi_var = $req->cgi->var("REMOTE_ADDR");
# Other Functions:
CGI::Request::Interface($cgi); # specify alternative CGI
CGI::Request::Debug($level); # log to STDERR (see CGI::Base)
# Cgi-lib compatibility functions
# use CGI::Request qw(:DEFAULT :cgi-lib); to import them
&ReadParse(*input);
&MethGet;
&PrintHeader;
&PrintVariables(%input);
This module implements the CGI::Request object. This object represents a single query / request / submission from a WWW user. The CGI::Request class understands the concept of HTML forms and fields, specifically how to parse a CGI QUERY_STRING.
<<lessSYNOPSIS
use CGI::Request;
# Simple interface: (combines SendHeaders, new and import_names)
$req = GetRequest($pkg);
print FmtRequest(); # same as: print $req->as_string
# Full Interface:
$req = new CGI::Request; # fetch and parse request
$field_value = $req->param(FieldName);
@selected = $req->param(SelectMultiField);
@keywords = $req->keywords; # from ISINDEX
print $req->as_string; # format Form and CGI variables
# import form fields into a package as perl variables!
$req->import_names(R);
print "$R::FieldName";
print "@R::SelectMultiField";
@value = $req->param_or($fieldname, $default_return_value);
# Access to CGI interface (see CGI::Base)
$cgi_obj = $req->cgi;
$cgi_var = $req->cgi->var("REMOTE_ADDR");
# Other Functions:
CGI::Request::Interface($cgi); # specify alternative CGI
CGI::Request::Debug($level); # log to STDERR (see CGI::Base)
# Cgi-lib compatibility functions
# use CGI::Request qw(:DEFAULT :cgi-lib); to import them
&ReadParse(*input);
&MethGet;
&PrintHeader;
&PrintVariables(%input);
This module implements the CGI::Request object. This object represents a single query / request / submission from a WWW user. The CGI::Request class understands the concept of HTML forms and fields, specifically how to parse a CGI QUERY_STRING.
Download (0.12MB)
Added: 2006-10-21 License: Perl Artistic License Price:
1099 downloads
Yet Another Object Request Broker 0.2
Yet Another Object Request Broker is an implementation of the CORBA ORB. more>>
Yet Another Object Request Broker is an implementation of the CORBA ORB.
YaOrb advanced installation
YaOrb uses the GNU tools (Autoconf, Automake, ...).
See the GNU documentation for complete instructions, in file $/INSTALL.GNU.
Optional features
The configure script also supports package specific options :
-enable-yoconf=DEV : build in "Development" configuration
-enable-yoconf=TCOV : build in "Coverage" configuration
-enable-yoconf=GPROF : build in "Profiling" configuration
These options are private for the maintainer of this package, and will only work in a specific environment (since assumptions are made about which compiler is used, ...). You may try them, but dont need them to make a build.
The "DEV" (Development) configuration is used to perform a build with all the possible warning options turned on, and warnings are considered errors (using gcc with -Wall -Werror). This configuration is used to enforce that the code is as clean as possible.
The "TCOV" (Coverage) configuration is used to collect code coverage statistics, and also depend on gcc. After running tests, use make profiling to collect code coverage, and read the resulting files :
- $/.SCORE
- $/.MISSING
The "GPROF" (Profiling) configuration is used to collect performance data, and relies on specific gcc options and gprof. After running tests, use make profiling to collect statistics generated.
Enhancements:
- First public release of Yet Another Object Request Broker. Pre alpha, release 0.2
<<lessYaOrb advanced installation
YaOrb uses the GNU tools (Autoconf, Automake, ...).
See the GNU documentation for complete instructions, in file $/INSTALL.GNU.
Optional features
The configure script also supports package specific options :
-enable-yoconf=DEV : build in "Development" configuration
-enable-yoconf=TCOV : build in "Coverage" configuration
-enable-yoconf=GPROF : build in "Profiling" configuration
These options are private for the maintainer of this package, and will only work in a specific environment (since assumptions are made about which compiler is used, ...). You may try them, but dont need them to make a build.
The "DEV" (Development) configuration is used to perform a build with all the possible warning options turned on, and warnings are considered errors (using gcc with -Wall -Werror). This configuration is used to enforce that the code is as clean as possible.
The "TCOV" (Coverage) configuration is used to collect code coverage statistics, and also depend on gcc. After running tests, use make profiling to collect code coverage, and read the resulting files :
- $/.SCORE
- $/.MISSING
The "GPROF" (Profiling) configuration is used to collect performance data, and relies on specific gcc options and gprof. After running tests, use make profiling to collect statistics generated.
Enhancements:
- First public release of Yet Another Object Request Broker. Pre alpha, release 0.2
Download (0.94MB)
Added: 2006-03-01 License: GPL (GNU General Public License) Price:
1332 downloads
Generic Apache Request Library 2.08
Generic Apache Request Libr is a shared library with associated modules for manipulating client request data via the Apache API. more>>
libapreq is a shared library with associated modules for manipulating client request data via the Apache API.
Generic Apache Request Library also includes language bindings for Perl (Apache::Request and Apache::Cookie). Functionality includes:
parsing of application/x-www-form-urlencoded data
parsing of multipart/form-data
parsing of HTTP cookies
Enhancements:
- This release adds some Perl/C API fixes and build improvements.
<<lessGeneric Apache Request Library also includes language bindings for Perl (Apache::Request and Apache::Cookie). Functionality includes:
parsing of application/x-www-form-urlencoded data
parsing of multipart/form-data
parsing of HTTP cookies
Enhancements:
- This release adds some Perl/C API fixes and build improvements.
Download (0.76MB)
Added: 2006-08-11 License: GPL (GNU General Public License) Price:
1169 downloads
PrayerWall 60912-2115
This script is great for churches: put a prayer wall up on your web site. more>> This script is free for a limited time.Does your church web site have a way for people to post prayer requests? If not, this script may be a nice enhancement.With the integrated RSS feed, people can subscribe using their RSS reader and always have the latest prayer requests available.Be alerted everytime there is a new request. Even allow the whole church to subscribe to requests (using a group, such as Yahoo groups). When there are new requests, the group gets an email and the RSS feed is automatically updated.Theres a sample script running in the test area, so give it a try. Login as admin/password to view the adminsration area.<<less
Download (10KB)
Added: 2009-04-05 License: Freeware Price: Free
201 downloads
Request Tracker 3.6.1
Request Tracker is a web, command-line, and email-based trouble ticketing and bugtracking package. more>>
Request Tracker (RT) is an enterprise-grade ticketing system which enables a group of people to intelligently and efficiently manage tasks, issues, and requests submitted by a community of users.
The RT platform has been under development since 1996, and is used by systems administrators, customer support staffs, IT managers, developers and marketing departments at thousands of sites around the world.
Written in object-oriented Perl, RT is a high-level, portable, platform independent system that eases collaboration within organizations and makes it easy for them to take care of their customers.
RT manages key tasks such as the identification, prioritization, assignment, resolution and notification required by enterprise-critical applications including project management, help desk, NOC ticketing, CRM and software development.
RT is used by Fortune 100 companies, government agencies, educational institutions, and development organizations worldwide.
Main features:
- RT is your organizations focal point for tracking tasks, issues, knowledge, and collaboration.
- Its easy to submit, assign, prioritize, search, escalate, and report on issues.
- RT keeps track of each tickets full history and metadata to help your organization better retain knowledge and analyze trends.
- RT can track multiple projects for multiple teams within a single installation.
- RT tracks critical system metadata, including time spent per action, due dates, and estimated time to completion.
- Its easy to record private comments that are not available to end-users.
- RTs web interface comes complete with an intuitive "iterative" search interface that allows end users to construct complex queries by pointing and clicking within their web browsers.
- Users can save and edit queries later, using their browsers "bookmarks" feature.
- Users dont need to do anything special -- they can just send email to RT. RT will take care of thanking them for their message, automatically routing it to the appropriate staff, and making sure all future correspondence gets to the right place.
- RT provides a simple, self-service interface that allows end users to view their own active and resolved tickets online.
- RTs web interface is designed to be easy to use from any browser. Just working in Internet Explorer and Netscape isnt enough. Your staff need to be able to get work done anytime, anywhere.
- Whether you use Windows, MacOS or Unix, your staff already have everything they need to access RT.
- RT works great from a handheld or screen-reader (for the blind.) Best Practical is working with users to ensure that a future release is fully compliant with Section 508 accessibility requirements.
- A powerful new command-line interface that allows power users to quickly and easily work with RT, even if theyre out of the office is currently available for testing by the public.
- Youve got customers around the world. RT lets you interact with them in their own language. Internally, RT converts all data to UnicodeTM, so you can respond to users in their native tongue, but work in yours.
- Youve got staff around the globe. RTs web interface has been fully internationalized. Right now, RT speaks English, German, French, Dutch, Portuguese, Russian, Czech, Japanese, Traditional Chinese, and Simplified Chinese. Adding new languages is a breeze, if you need something RT doesnt support yet. On login, RT automatically detects which language each user prefers, so staff members can collaborate even if they speak different languages.
- Unlike costly proprietary issue tracking systems, an administrator can have a basic RT system up and running in an afternoon.
- RT is built to be useful right out of the box. You dont need expensive consultants
- Theres no client software to manage or keep up to date. Your existing web browser and email clients are all you need.
- RT is written in object-oriented perl. Not only do you get the complete source code to the product with every download, but your staff can begin customizing RT to meet your needs within hours.
- RTs web interface and mail gateway are built on top of the same API we publish for you to write your own tools on top of. The interface is documented and there are numerous third party tools to use as examples and templates.
- Every organization needs to track specialized data. RT lets you define list-based and freeform custom fields to help track your tickets. Once you create custom fields, its easy to search on them, just like RTs predefined fields.
- All of RTs mailing rules are based around a powerful custom business logic system called "Scrips." Scrips make it easy for a local administrator to make RT do ANYTHING whenever a ticket is created or updated, without making it hard to upgrade.
- RTs entire web interface is built on a flexible templating system that lets you build your own web-based tools or alter RTs look and feel to better fit your organization.
- If you dont want to radically change RTs interface, you can add your own components to RTs pages. A web callback system lets you drop miniature templates into RTs web pages.
- If you need even more power, "Code overlays" let you customize RTs internal behaviour without touching RTs core libraries.
Enhancements:
- This release includes numerous small cleanups and improvements.
- It fixes the dreaded "infinite relogin" bug.
<<lessThe RT platform has been under development since 1996, and is used by systems administrators, customer support staffs, IT managers, developers and marketing departments at thousands of sites around the world.
Written in object-oriented Perl, RT is a high-level, portable, platform independent system that eases collaboration within organizations and makes it easy for them to take care of their customers.
RT manages key tasks such as the identification, prioritization, assignment, resolution and notification required by enterprise-critical applications including project management, help desk, NOC ticketing, CRM and software development.
RT is used by Fortune 100 companies, government agencies, educational institutions, and development organizations worldwide.
Main features:
- RT is your organizations focal point for tracking tasks, issues, knowledge, and collaboration.
- Its easy to submit, assign, prioritize, search, escalate, and report on issues.
- RT keeps track of each tickets full history and metadata to help your organization better retain knowledge and analyze trends.
- RT can track multiple projects for multiple teams within a single installation.
- RT tracks critical system metadata, including time spent per action, due dates, and estimated time to completion.
- Its easy to record private comments that are not available to end-users.
- RTs web interface comes complete with an intuitive "iterative" search interface that allows end users to construct complex queries by pointing and clicking within their web browsers.
- Users can save and edit queries later, using their browsers "bookmarks" feature.
- Users dont need to do anything special -- they can just send email to RT. RT will take care of thanking them for their message, automatically routing it to the appropriate staff, and making sure all future correspondence gets to the right place.
- RT provides a simple, self-service interface that allows end users to view their own active and resolved tickets online.
- RTs web interface is designed to be easy to use from any browser. Just working in Internet Explorer and Netscape isnt enough. Your staff need to be able to get work done anytime, anywhere.
- Whether you use Windows, MacOS or Unix, your staff already have everything they need to access RT.
- RT works great from a handheld or screen-reader (for the blind.) Best Practical is working with users to ensure that a future release is fully compliant with Section 508 accessibility requirements.
- A powerful new command-line interface that allows power users to quickly and easily work with RT, even if theyre out of the office is currently available for testing by the public.
- Youve got customers around the world. RT lets you interact with them in their own language. Internally, RT converts all data to UnicodeTM, so you can respond to users in their native tongue, but work in yours.
- Youve got staff around the globe. RTs web interface has been fully internationalized. Right now, RT speaks English, German, French, Dutch, Portuguese, Russian, Czech, Japanese, Traditional Chinese, and Simplified Chinese. Adding new languages is a breeze, if you need something RT doesnt support yet. On login, RT automatically detects which language each user prefers, so staff members can collaborate even if they speak different languages.
- Unlike costly proprietary issue tracking systems, an administrator can have a basic RT system up and running in an afternoon.
- RT is built to be useful right out of the box. You dont need expensive consultants
- Theres no client software to manage or keep up to date. Your existing web browser and email clients are all you need.
- RT is written in object-oriented perl. Not only do you get the complete source code to the product with every download, but your staff can begin customizing RT to meet your needs within hours.
- RTs web interface and mail gateway are built on top of the same API we publish for you to write your own tools on top of. The interface is documented and there are numerous third party tools to use as examples and templates.
- Every organization needs to track specialized data. RT lets you define list-based and freeform custom fields to help track your tickets. Once you create custom fields, its easy to search on them, just like RTs predefined fields.
- All of RTs mailing rules are based around a powerful custom business logic system called "Scrips." Scrips make it easy for a local administrator to make RT do ANYTHING whenever a ticket is created or updated, without making it hard to upgrade.
- RTs entire web interface is built on a flexible templating system that lets you build your own web-based tools or alter RTs look and feel to better fit your organization.
- If you dont want to radically change RTs interface, you can add your own components to RTs pages. A web callback system lets you drop miniature templates into RTs web pages.
- If you need even more power, "Code overlays" let you customize RTs internal behaviour without touching RTs core libraries.
Enhancements:
- This release includes numerous small cleanups and improvements.
- It fixes the dreaded "infinite relogin" bug.
Download (1.2MB)
Added: 2006-09-11 License: GPL (GNU General Public License) Price:
1364 downloads
rrouted
rrouted project is a Linux 2.2 replacement for request-route. more>>
rrouted project is a Linux 2.2 replacement for request-route.
This daemon transparently replaces the request-route functionality that was removed from Linux 2.1. I.e. run this and on every IP packet with unreachable destination a script is called with the destination address as argument.
Works as follows: a default route is installed via a SLIP device on which this daemon listens, and a packet sent over this device is queued and request-route invoked. After request-route has finished, the daemon tries to resend the packet. The program called from request-route has to establish its own default route (unlike diald).
Needs SLIP support in the kernel (or as a module).
Compile this with
gcc -O3 -Wall -s -o rrouted rrouted.c -lpthread
If you dont have pthreads,
gcc -O3 -Wall -DNO_THREADS -s -o rrouted rrouted.c
(Note that even with threads, only one request-route is invoked for each destination at once.)
Usage: rrouted [-h host | -n net -m mask] [-d dummynet] [-s script]
sets a route to the target "host" rsp. "net/mask" and invokes "script" when packets are routed via it.
The default is "-n 0.0.0.0 -m 0.0.0.0 -s /sbin/request-route" which means that without any arguments, 2.0 kerneld behaviour is matched.
"dummynet" is a netmask of unused addresses from which rrouted picks one for its SLIP device, default 10.255.255.0.
Device and route are taken down when the daemon is killed.
<<lessThis daemon transparently replaces the request-route functionality that was removed from Linux 2.1. I.e. run this and on every IP packet with unreachable destination a script is called with the destination address as argument.
Works as follows: a default route is installed via a SLIP device on which this daemon listens, and a packet sent over this device is queued and request-route invoked. After request-route has finished, the daemon tries to resend the packet. The program called from request-route has to establish its own default route (unlike diald).
Needs SLIP support in the kernel (or as a module).
Compile this with
gcc -O3 -Wall -s -o rrouted rrouted.c -lpthread
If you dont have pthreads,
gcc -O3 -Wall -DNO_THREADS -s -o rrouted rrouted.c
(Note that even with threads, only one request-route is invoked for each destination at once.)
Usage: rrouted [-h host | -n net -m mask] [-d dummynet] [-s script]
sets a route to the target "host" rsp. "net/mask" and invokes "script" when packets are routed via it.
The default is "-n 0.0.0.0 -m 0.0.0.0 -s /sbin/request-route" which means that without any arguments, 2.0 kerneld behaviour is matched.
"dummynet" is a netmask of unused addresses from which rrouted picks one for its SLIP device, default 10.255.255.0.
Device and route are taken down when the daemon is killed.
Download (0.015MB)
Added: 2007-01-25 License: Public Domain Price:
1003 downloads
SQL::Amazon::Request::Help 0.10
SQL::Amazon::Request::Help is an Interface to retrieve Help content. more>>
SQL::Amazon::Request::Help is an Interface to retrieve Help content.
SYNOPSIS
$dbh = DBI->connect(dbi:Amazon:, $amznid, undef,
{ amzn_mode => books,
amzn_locale => us,
amzn_max_pages => 3
})
or die "Cannot connect: " . $DBI::errstr;
#
# search for some Perl DBI books
#
$sth = $dbh->prepare("
SELECT ASIN,
Title,
Publisher,
PublicationDate,
Author,
SmallImageURL,
URL,
SalesRank,
ListPriceAmt,
AverageRating
FROM Books
WHERE MATCHES ALL(Perl, DBI) AND
PublicationDate >= 2000-01-01
ORDER BY SalesRank DESC,
ListPriceAmt ASC,
AverageRating DESC");
$sth->execute or die Cannot execute: . $sth->errstr;
print join(, , @$row), "n"
while $row = $sth->fetchrow_arrayref;
$dbh->disconnect;
DBD::Amazon provides a DBI and SQL syntax abstraction for the Amazon(R) E-Commerce Services 4.0 API *aka* ECS. < http://www.amazon.com/gp/ >. Using the REST interface, and a limited SQL dialect, it provides a DBI-friendly interface to ECS.
Be advised that this is ALPHA release software and subject to change at the whim of the author(s).
<<lessSYNOPSIS
$dbh = DBI->connect(dbi:Amazon:, $amznid, undef,
{ amzn_mode => books,
amzn_locale => us,
amzn_max_pages => 3
})
or die "Cannot connect: " . $DBI::errstr;
#
# search for some Perl DBI books
#
$sth = $dbh->prepare("
SELECT ASIN,
Title,
Publisher,
PublicationDate,
Author,
SmallImageURL,
URL,
SalesRank,
ListPriceAmt,
AverageRating
FROM Books
WHERE MATCHES ALL(Perl, DBI) AND
PublicationDate >= 2000-01-01
ORDER BY SalesRank DESC,
ListPriceAmt ASC,
AverageRating DESC");
$sth->execute or die Cannot execute: . $sth->errstr;
print join(, , @$row), "n"
while $row = $sth->fetchrow_arrayref;
$dbh->disconnect;
DBD::Amazon provides a DBI and SQL syntax abstraction for the Amazon(R) E-Commerce Services 4.0 API *aka* ECS. < http://www.amazon.com/gp/ >. Using the REST interface, and a limited SQL dialect, it provides a DBI-friendly interface to ECS.
Be advised that this is ALPHA release software and subject to change at the whim of the author(s).
Download (0.057MB)
Added: 2006-10-31 License: Perl Artistic License Price:
1088 downloads
Pluto Request Action Library 2.0.0.36
Pluto Request Action Library is a library that makes it easy to create a client/server application. more>>
Pluto Request Action Library allows you to create a client/server application, where client sends requests, server replies with responses and optional actions. Very object oriented, and takes only minutes to get going. Same library used for both server & client side.
How does it work?
The client creates "Requests" which it sends to the server. The server will process the request, set some return variables, and can optionally add "Actions" it wants the client to execute in response. An example is a cashiers computer (the client) sends the central credit card processing server a request to "process a credit card", the server responds with the authorization code and also includes an action "give customer a message" which causes a message to appear on the cashiers computer.
Both the client and server use the same library. Both create an instance of RA_Processor.
The only difference is the server calls "ReceiveRequest" and the client creates the actual requests, and calls RA_Processors "SendRequest".
To create a request, just create a class derived from RA_Request. Add some member variables for the request and variables for the response. Your request must be derived from SerializeClass--a base class that facilitates taking an object (a request in this case), serializing the variables into a binary block, and then on the other end reconstructing the class with all the data. The framework handles everything. You just add the data members.
In the above example, the request variables would probably be the credit card information and maybe the customer ID, and the response variables would be the authorization code. RA_Request has a pure virtual function "ProcessRequest" which will be called on the server to handle the request. Both the client and the server have the same Request/Action classes. When the client side passes a request to the RequestProcessor, the framework handles serializing all the request member variables, making the socket connection to the server and sending the request to the server.
On the server, the framework will create an instance of the request class and deserialize all the data and call the "ProcessRequest" member function. That is the only function the server needs to implement. From within ProcessRequest, the server needs to set the response variables. When ProcessRequest returns, the framework will serialize the response variables, send them back to the client, update the clients original request with the response, and execution will continue. Less than 10 lines of code are required to make it work, and the project includes a sample client/server application you can extend.
<<lessHow does it work?
The client creates "Requests" which it sends to the server. The server will process the request, set some return variables, and can optionally add "Actions" it wants the client to execute in response. An example is a cashiers computer (the client) sends the central credit card processing server a request to "process a credit card", the server responds with the authorization code and also includes an action "give customer a message" which causes a message to appear on the cashiers computer.
Both the client and server use the same library. Both create an instance of RA_Processor.
The only difference is the server calls "ReceiveRequest" and the client creates the actual requests, and calls RA_Processors "SendRequest".
To create a request, just create a class derived from RA_Request. Add some member variables for the request and variables for the response. Your request must be derived from SerializeClass--a base class that facilitates taking an object (a request in this case), serializing the variables into a binary block, and then on the other end reconstructing the class with all the data. The framework handles everything. You just add the data members.
In the above example, the request variables would probably be the credit card information and maybe the customer ID, and the response variables would be the authorization code. RA_Request has a pure virtual function "ProcessRequest" which will be called on the server to handle the request. Both the client and the server have the same Request/Action classes. When the client side passes a request to the RequestProcessor, the framework handles serializing all the request member variables, making the socket connection to the server and sending the request to the server.
On the server, the framework will create an instance of the request class and deserialize all the data and call the "ProcessRequest" member function. That is the only function the server needs to implement. From within ProcessRequest, the server needs to set the response variables. When ProcessRequest returns, the framework will serialize the response variables, send them back to the client, update the clients original request with the response, and execution will continue. Less than 10 lines of code are required to make it work, and the project includes a sample client/server application you can extend.
Download (0.37MB)
Added: 2006-02-09 License: GPL (GNU General Public License) Price:
1354 downloads
Sporniket Web Site System 0006.11.08 (src-request)
Sporniket Web Site System is a set of PHP scripts that allow you to build and manage a Web site. more>>
Sporniket Web Site System project is a set of PHP scripts that allow you to build and manage a Web site.
Two modules are available: Mini File Commander, a Web interface to manage files, and Cabbage, a system to quickly build a Website with organised content without using a database.
Enhancements:
- This release added the possibility to export the request precessor definition to a bean (src-bean) definition file.
- There is now an optionnal task "ExportFiles" in the ant script.
<<lessTwo modules are available: Mini File Commander, a Web interface to manage files, and Cabbage, a system to quickly build a Website with organised content without using a database.
Enhancements:
- This release added the possibility to export the request precessor definition to a bean (src-bean) definition file.
- There is now an optionnal task "ExportFiles" in the ant script.
Download (0.012MB)
Added: 2006-11-09 License: LGPL (GNU Lesser General Public License) Price:
1080 downloads
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