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GIMP User Manual project is a user manual for the GIMP. It is written for the GIMP Help Browser, but can produce help pages for other formats as well.
Enhancements:
- New content (incl. spelling and grammar fixes) for German, French, Italian, Norwegian, Russian, Spanish and Korean
- The PDF version of the manual is now generated using dblatex
- Lots of bug fixes

SQL::Translator::Manual is a Perl module that contains a manual for SQL translator.

SYNOPSIS

SQL::Translator (AKA "SQLFairy") is a collection of modules for transforming (mainly) SQL DDL files into a variety of other formats, including other SQL dialects, documentation, images, and code. In this manual, we will attempt to address how to use SQLFairy for common tasks. For a lower-level discussion of how the code works, please read the documentation for SQL::Translator.

It may prove helpful to have a general understanding of the SQLFairy code before continuing. The code can be broken into three conceptual groupings:

Parsers
The parsers are responsible for reading the input files and describing them to the Schema object middleware.

Producers
The producers create the output as described by the Schema middleware.

Schema objects
The Schema objects bridge the communication between the Parsers and Producers by representing any parsed file through a standard set of generic objects to represent concepts like Tables, Fields (columns), Indices, Constraints, etc.

Its not necessary to understand how to write or manipulate any of these for most common tasks, but you should aware of the concepts as they will be referenced later in this document.

Bio::Phylo::Manual is a Perl module that contains a Bio::Phylo v.0.14 user guide.

This is the manual for Bio::Phylo. Bio::Phylo is a perl5 package for phylogenetic analysis. For installation instructions, read the README file in the root directory of the distribution. The stable URL for the most recent distribution is http://search.cpan.org/~rvosa/Bio-Phylo/

Template::Manual::Plugins is Perl module for standard plugins.
This section lists the standard plugins which can be used to extend the runtime functionality of the Template Toolkit. The plugins are distributed with the Template Toolkit but may required additional modules from CPAN.
TEMPLATE TOOLKIT PLUGINS
The following plugin modules are distributed with the Template Toolkit. Some of the plugins interface to external modules (detailed below) which should be downloaded from any CPAN site and installed before using the plugin.
Enhancements:
- Perl

Maypole::Manual::View is a Perl module for Maypole View Classes.

In a large application, you will almost certainly want to customize the layout and design of the output pages. This task may even be the purview of a separate team of HTML designers rather than the programmers. Since a typical programmer will try to avoid touching HTML as much as possible and a typical designer will try to avoid touching Perl code, programmers have evolved a system of templating to separate the concerns of programming and designing.

One of the core concepts in Maypole is the view class, and this is responsible for routing the data produced in the model class into the templates produced by the designers. Of course, there are a great many possible templating systems and styles, and so there can be a great many possible Maypole view classes. Each view class will take the data from the controller, locate a template to be processed, and hand the whole lot to its preferred templating module, which will then do the hard work of filling in the template and coming up with the output.

You can choose whatever Maypole view class you want, but the default view class is Maypole::View::TT, and it feeds its data and templates to a module called the Template Toolkit.

This chapter serves as a gentle introduction to Maypole and setting up Maypole applications. We look at what Maypole is, how to get it up and running, and how to start thinking about building Maypole applications.

What is Maypole?

Presumably you have some idea of what Maypole is all about, or otherwise you wouldnt be reading this manual. But Maypole is good at many different things, and you may have accidentally focussed on one aspect of Maypole while missing the big picture.

For instance, you may know that Maypole is extremely good at putting web front-ends onto databases. This is true, but its only a part of what Maypole does. You may have heard that Maypole is a web application framework, which is true, but it doesnt mean very much. There are a huge number of things that Maypole can do, because its very much a blank slate. You can make it do what you will. In this manual, well be making it act as a front-end to a database, as a social network site, as an intranet portal, and many other things besides.It is a framework.

I like to think that Maypole is a way of going from a URL to a method call to some output. If you have a URL like /product/order/12, Maypole is a way of having it load up product number 12, call an order method, and produce a page about what its just done. The reason Maypole is such a big deal is because it does all this for you. You no longer have to care about your web server. You hardly have to care about your database. You dont have to care about templating modules, parsing CGI parameters, or anything else. You only need to care about business logic, and the business logic in this instance is how you order a product, and what you need to display about it once youve done so. This is what programming should be: only caring about the work that distinguishes one program from another.

It does this using a technique called MVC for web applications.

What is MVC for web applications?

Maypole was originally called Apache::MVC, reflecting its basis in the Model-View-Controller design pattern. (I had to change it firstly because Maypole isnt tied to Apache, and secondly because Apache::MVC is a really dull name.) Its the same design pattern that forms the foundation of similar projects in other languages, such as Javas Struts framework.

This design pattern is found primarily in graphical applications; the idea is that you have a Model class which represents and manipulates your data, a View class which is responsible for displaying that data to the user, and a Controller class which controls the other classes in response to events triggered by the user. This analogy doesnt correspond precisely to a web-based application, but we can take an important principle from it. As Template Toolkit author Andy Wardley explains:

What the MVC-for-the-web crowd are really trying to achieve is a clear
separation of concerns. Put your database code in one place, your
application code in another, your presentation code in a third place.
That way, you can chop and change different elements at will,
hopefully without affecting the other parts (depending on how well your
concerns are separated, of course). This is common sense and good practice.
MVC achieves this separation of concerns as a by-product of clearly
separating inputs (controls) and outputs (views).

This is what Maypole does. It has a number of database drivers, a number of front-end drivers and a number of templating presentation drivers. In common cases, Maypole provides precisely what you need for all of these areas, and you get to concentrate on writing just the business logic of your application. This is one of the reasons why Maypole lets you develop so rapidly: because most of the time, you dont need to do any development at all.

CapiSuite is an ISDN telecommunication suite providing easy to use telecommunication functions which can be controlled from Python scripts. Currently, mainly voice functions and fax sending/receiving are supported. CapiSuite is Open Source under the terms of the GNU General Public License (GPL).
It uses a CAPI-compatible driver for accessing the ISDN-hardware, so youll need an Eicon or AVM card with the according driver.
CapiSuite is distributed with some scripts that are providing a multi user answering machine with automatic fax recognition, remote inquiry and fax send/receive functions.
Enhancements:
- docs/manual.docbook: update to new features of 0.4.5, mention the mISDN project, mention other binary packages besides SUSE/Debian, kick out old Debian documentation, replace occurences of CVS with SVN, remove requirement of autotools for SVN build, mention Docbook/XML tools, include documentation for DDI, add update chapter
- docs/manual-de.docbook: Likewise.
- docs/Makefile.am: add generation of documentation tar-balls and german docu

OpenInteract2::Manual::I18N is an internationalization in OpenInteract2.

SYNOPSIS

This part of the manual will describe i18n efforts in OpenInteract2, how to create message bundles to distribute with your application, and how you can customize the process.

CAVEATS

Im a newbie at i18n/l10n efforts. The main purpose is to find the path I think most web applications will trod and make that as simple as possible to navigate. The hooks in the framework to enable localization should be sufficiently unobtrusive so as not to preclude other efforts you may have in this area.

So if you have ideas about how things can be done better or more flexibly, please join the openinteract-dev mailing list and chime in. (See "SEE ALSO" for more info on the mailing list.)

WRITING LOCALIZED APPLICATIONS

100% localization is hard

Localizing every aspect of your application is extremely difficult. There are the easy things like translating words on the screen, date/time formats and money. Then there are the tough things: what does this shade of yellow mean in China versus Saudi Arabia? What happens if someone reads this sequence of graphics from right-to-left instead of left-to-right? And on and on for many more items you couldnt have even thought up yet.

OpenInteract wont presume to take care of all these for you. Instead we try to make the most common operations as simple as possible. Hopefully that will be sufficient for your needs.