Free c api doc software for linux

Wikipedia API is a simple API to embed Wikipedia content dynamically on a Web site.

Wikipedia is an online encyclopedia in which the user community is encouraged to submit information for its entries. Wikipedia is unique in that it is free to the public, the content is fairly well moderated, and its content is licensed under the GFDL (GNU Free Documentation License); therefore, all of its text can be copied, modified, and used any way you see fit.

The only stipulation to using its text, is that the names of the original authors must remain intact. KillerTux.com is currently embedding some of the relevant entries in its own site and has decided to make the API open for public use. It is a simple implementation and should be easy to use. If you are a webmaster and would like to use KillerTux.coms Wikipedia API, this is the place to learn how to do it.

What is an API

An API is an application programming interface with which external applications can communicate with. The syntax and usage of the API dictates the type of data, format, and other specifics of the information to be exchanged. In this case, the API is a simple call to KillerTux.coms web server via the HTTP protocol.

Wikipedia API usage

The URL for the API is "http://scrapers.killertux.com/wikipedia-api.php". It uses the get request method and only has 3 parameters. These parameters are as follows:

wikititle=
wikiformat=[html | text]
wikiimages=[yes | no ]

The wikititle value is the name of the Wikipedia entry you are looking for, in Wikipedias variable entry. This can be found by going to Wikipedia.org and finding an entry. The name is the last part of the URL. For instance, the Wikipedia entry for "Computer Program" is "http://en.wikipedia.org/wiki/Computer_Program". Notice the space is an underscore in the URL. Defining the wikititle value for this API would look like this: wikititle=Computer_Program. This value must be specified. A sample API call would be "http://scrapers.killertux.com/wikipedia-api.php?wikititle=Computer_Program". The wikiformat value currently has two possible values: html and text. html is the default if no value is specified. If you use HTML format, it is recommended that a style sheet be used, although it may not be necessary.

A sample CSS is provided here. The text format option strips all HTML code from the document and returns plain text formatted at 80 characters per column. A sample API call would be "http://scrapers.killertux.com/wikipedia-api.php?wikititle=Computer_Program&wikiformat=html". The wikiimages value is only valid for HTML format; images for the text format are disabled. Image source locations are preserved and images are loaded from Wikipedia, not KillerTux.com. If wikiimages=no is selected, all images and captions will be striped from the document, while other HTML code should remain intact such as links to other articles. A sample API call would be "http://scrapers.killertux.com/wikipedia-api.php?wikititle=Computer_Program&wikiimages=no".

PDL::API is a Perl module for making piddles from Perl and C/XS code.

A simple cookbook how to create piddles manually. It covers both the Perl and the C/XS level. Additionally, it describes the PDL core routines that can be accessed from other modules. These routines basically define the PDL API. If you need to access piddles from C/XS you probably need to know about these functions.

SYNOPSIS

use PDL;
sub mkmypiddle {
...
}

Catalyst::Helper::Doc is a documentation page generator.

SYNOPSIS

# execute helper script.
script/myapp_create.pl Doc

# you can set description
# default is "Catalyst based application"

script/myapp_create.pl Doc "This is description!"

# you can set language type used as xml:lang. defualt is "en"
script/myapp_create.pl Doc "This is description!" ja

# you also can set charset, default is UTF-8
script/myapp_create.pl Doc "This is description!" ja EUC-JP

This module allows you to parse your libraries POD, and generate documentation like pages in search.cpan.org

Execute according to SYNOPSIS, and doc directory will be created, and documentation will be put into it.

FEAR::API is a tool that helps reduce the time you spend creating site scraping scripts and helps you do it in a much more elegant way.
FEAR::API combines many strong and powerful features from various CPAN modules, such as LWP::UserAgent, Template::Extract, WWW::Mechanize, Encode, HTML::Parser, etc.
Enhancements:
- This release adds allow_domains() and deny_domains().

Star Asterisk API is a high performance API that connects to the manager interface of Asterisk or to AstManProxy.
Star Asterisk API is easy to use, object-oriented, and easy to extend to suit your particular requirements.
Main features:
- Easy to use -- Simple php
- Easy to extend -- Object oriented approach
- High performance -- Handles High volume of traffic

GTK-Doc is used to document C code. It is typically used to document the public API of libraries, such as the GTK+ and GNOME libraries, but it can also be used to document application code.

Note that GTK-Doc wasnt originally intended to be a general-purpose documentation tool, so it can be a bit awkward to setup and use. For a more polished general-purpose documentation tool you may want to look at Doxygen (http://www.doxygen.org/). However GTK-Doc has some special code to document the signals and properties of GTK+ widgets and GObject classes which other tools may not have.

GTK-Doc allows your documentation to be written in 2 ways:

a) Embedded inside the source code in specially-formatted comments.

or

b) Added to the template files which gtk-doc outputs after scanning all the header files and parsing the declarations.

From these source code comments and template files GTK-Doc generates a Docbook XML (or SGML) document, which is then transformed into HTML. The generated HTML documentation can be browsed in an ordinary web browser or by using the special Devhelp API browser (see http://developer.imendio.com/wiki/Devhelp).

Monitoring API project is a multi-user programming interface designed to simplify the development of network monitoring software and allows users to express their monitoring needs in a device-independent way.
The main abstraction provided by MAPI is the network flow. Although flows have been used before in network monitoring systems, MAPI gives flows a first-class status. Applications that uses MAPI can specify what flows or flow statistics they are interested in by applying functions to flows.
A MAPI function can be a BPF filter, string search, packet counter or more advanced like a NetFlow generator. These function will automatically run in hardware if there is support for it on the hardware being used.
MAPI currently supports the following hardware:
- Normal NICs through libpcap
- DAG cards without co-processor
- SCAMPI adapter
Enhancements:
- This release includes support for distributed monitoring, several new MAPI functions, demo applications, and a lot of bugfixes.