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RenderMan is a RenderMan binding as a Perl 5.6 module.

SYNOPSIS

use RenderMan;

This RenderMan module implements a Perl 5.6 binding for the BMRT client library (libribout). It fully supports the client library. Therefore, this module has the following limitations: Error Handling callbacks are not implemented, Filter function callbacks are not implemented, and the TransformPoints function does nothing. Also, Blobby is not yet supported by BMRT 2.5.0.8.

The full RenderMan specification is way beyond the scope of this man page. Please refer to the documents below for more information about RenderMan. The Perl binding is identical to the C binding except a few minor points: All "parameterlist"s are passed as a reference to a hash (i.e. %params).

Anywhere that a functions arguments can be terminated by RI_NULL, you can simply choose to not include that RI_NULL argument, which is incredibly nice.
All array, matrix, and basis types are single-dimension arrays of doubles in this Perl binding. The order for 2-dimension types is first-row followed by second-row, etc.

You will typically want to run your RenderMan Perl script and pipe the results into any RenderMan-compliant renderer, such as "rgl", "rendribv", or "rendrib", which all come with the excellent BMRT backage by Larry Gritz.

If using the WinNT version of BMRT, you can specify a filename, "rgl" or "rendrib" as the argument to Begin(); and the output will be sent to a file or automatically piped to "rgl" or "rendrib" since the piping mechanism (and general functionality) of WinNTs command line parser is, uh, limited.

Calyxo Web Application Framework encourages in MVC model 2 based web application development.

It offers support for true modular applications, i18n, a flexible view manager, a powerful validation engine, and more! Calyxo is entirely written in Java and builds on the latest Servlet and JSP technologies.

The Calyxo project divides into several components

Calyxo Base - this component collects some of the basic, reusable classes used throughout all the other components. It introduces basic concepts like modules, i18n, accessors and so on...

Calyxo Control - this component implements the Calyxo controller. Calyxo uses an approach similar to Struts here, so Struts users should feel familiar with Calyxo from the start. Calyxo Control may be considered as the "main part" of the Calyxo platform.

Calyxo Forms - this component allows the definition of forms, along with all their validation steps and lets you map inputs to properties of a data object. Complex validations, dependencies between inputs and mapping an input to a set of properties are supported. The Calyxo Forms JSP tag library provides replacements for HTML elements related to forms.

Calyxo Panels - this component allows the definition of pages in a container/component manner. Pages are dynamically composed from a tree of page fragments. Panel definitions may be nested to arbitrary depth and may use inheritance.

Calyxo Struts - this component focuses on integrating Calyxo parts into the very popular Apache Struts framework. The Calyxo Panels and Calyxo Forms components may be used with Struts to replace Struts Tiles and the Struts Validator.

Test::Unit is the main PerlUnit testing framework.

SYNOPSIS

This package provides only the project version number, copyright texts, and a framework overview in POD format.

This framework is intended to support unit testing in an object-oriented development paradigm (with support for inheritance of tests etc.) and is derived from the JUnit testing framework for Java by Kent Beck and Erich Gamma. To start learning how to use this framework, see Test::Unit::TestCase and Test::Unit::TestSuite. (There will also eventually be a tutorial in Test::Unit::Tutorial.

However Test::Unit::Procedural is the procedural style interface to a sophisticated unit testing framework for Perl that . Test::Unit is intended to provide a simpler interface to the framework that is more suitable for use in a scripting style environment. Therefore, Test::Unit does not provide much support for an object-oriented approach to unit testing.

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();

WWW::Scraper::Beaucoup it Scrapes Beaucoups Super Search.

SYNOPSIS

use WWW::Scraper;
use WWW::Scraper::Response::Job;

$search = new WWW::Scraper(Beaucoup);

$search->setup_query($query, {options});

while ( my $response = $scraper->next_response() ) {
# $response is a WWW::Scraper::Response::Job.
}

Beaucoup extends WWW::Scraper.
It handles making and interpreting Beaucoup searches of http://www.Beaucoup.com.

WWW::Search::Scraper::Google is a Perl module that scrapes www.Google.com.

SYNOPSIS

require WWW::Search::Scraper;
$search = new WWW::Search::Scraper(Google);

This class is an Google specialization of WWW::Search. It handles making and interpreting Google searches http://www.Google.com.

Java Unified Expression Language is an implementation of the unified expression language (EL) as specified by the JSP 2.1 standard (JSR-245).
The javax.el.ExpressionFactory implementation is de.odysseus.el.ExpressionFactoryImpl:
// create an expression factory
javax.el.ExpressionFactory factory = new de.odysseus.el.ExpressionFactoryImpl();
Package de.odysseus.el.util provides ready-to-use subclasses of javax.el.ELContext and javax.el.ELResolver:
// create a simple EL context
de.odysseus.el.util.SimpleContext context =
new de.odysseus.el.util.SimpleContext(new de.odysseus.el.util.SimpleResolver());
// define function math:max(int,int)
context.setFunction("math", "max", Math.class.getMethod("max", new Class[]{int.class, int.class}));
// define variable "foo"
context.setVariable("foo", factory.createValueExpression(0, null));
// create expression
javax.el.ValueExpression e = factory.createValueExpression(context, "${math:max(foo,bar)}", null);
// set value for top-level property "bar"
context.setValue(null, "bar", 1);
// evaluate expression...
System.out.println(e.getValue(context)); // --> 1
The JUEL jar may be run from the command line to dump the parse tree of an EL expression:
$ java -jar juel-2.1.x.jar "#{unified(expression[language])}"
+- #{...}
|
+- unified(...)
|
+- [...]
|
+- expression
|
+- language
Enhancements:
- Minor changes only since the last release candidate.
- A detailed list of changes is contained in the archives.

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).