Free web service engine for mysql software for linux

Web Service Engine for MySQL is a storage engine for the MySQL database. The project takes basic SQL and translates this through the engine interface into HTTP request methods.
This gives you the ability to create, read, and delete pages on Web servers. Wikipedia becomes a table you can select on from your database.
Enhancements:
- Multiple attributes per table are now supported.
- The engine now handles tables with more than two columns by generating XML that is stored on the remote server.
- Tables with only two columns are stored as before, with the non-keyed attribute being directly provided to the remote provider.

Skeleton Engine for MySQL is a full framework to plug in a new storage engine. Comes with prebuild autoconf files, and a full framework to plug in your own design.

The AWS, HTTP, Memcache, Nitro, PBXT, and many other engines were put together from the skeleton engine.

To install, grab a copy of the mysql source code and run this:
./configure --with-mysql=/home/brian/mysql-5.1/ --libdir=/usr/local/lib/mysql/
make install

And then inside of MySQL:

mysql> INSTALL PLUGIN skeleton SONAME libskeleton_engine.so;

mysql> CREATE TABLE `d` (`a` varchar(125), b text, primary key(a)) ENGINE=skeleton DEFAULT
CHARSET=latin1;
Query OK, 0 rows affected (0.01 sec)

You will probably need to edit the Makefile.am in the src/ tree if you want to build on anything other then Linux (and the Makefile assumes that the server was not compiled for debug).

A MySQL Storage Engine for AWS S3 project is a plugin storage engine that allows MySQL to access Amazon Web Services Simple Storage Service (AWS S3) buckets and items.
You need a MySQL source tree, and you need to have it built.
Figure out where the source tree is.
In my case its /home/mark/mysql/mysql-5.1-arch
Figure out where the target install tree is.
In my case its /home/mark/mysql/builds/example
Figure out where the MySQL build puts storage engine plugins.
Its probably in lib/mysql under the install tree
Or its /usr/lib/mysql
Or its /usr/local/lib/mysql
For me its /home/mark/mysql/builds/example/lib/mysql
Then run:
./config/bootstrap
./configure --with-mysql=/path/to/mysql-source --libdir=/path/to/mysql-plugins
make && make install
You can optionally copy the "src" directory here into storage/ in the
MySQL server source, rebuild MySQL, and things should compile.
Next, you should probably install the S3 command line tools.
They depend on you having Python.
Get them at http://www.hanzoarchives.com/development-projects/s3-tools/
If you dont have one yet, you need an Amazon AWS account, and then
request that they enable S3. Go to http://amazonaws.com/ to do that.
You will need to get your "AWS Access Key Identifiers".
Assume they are
FV8CY5793BC7CY32YOSN
W9oQxQNJizGgjxNc82giE9/ipefQW19tuO2xpC9G
(I just made those up with a random number generator.)
Put this in your .bashrc file
AWS_ACCESS_KEY_ID=FV8CY5793BC7CY32YOSN
AWS_ACCESS_KEY_SECRET=W9oQxQNJizGgjxNc82giE9/ipefQW19tuO2xpC9G
export AWS_ACCESS_KEY_ID AWS_ACCESS_KEY_SECRET
This isnt used by the storage engine, but it makes using the s3 command
line tools easier.
Use s3mkbucket to create a bucket. Remember that buckets are in a
global namespace, and there are advantages to having them look lik a
domain name. I suggest you snap up "s3.example.com", where
"example.com" is your own domain name.
s3mkbucket s3.example.com
s3put -k solfege/Do -s "a deer, a female deer" s3.example.com
s3put -k solfege/Re -s "a drop of golden sun" s3.example.com
s3put -k solfege/Mi -s "a name I call myself" s3.example.com
s3put -k solfege/Fa -s "a long long way to run" s3.example.com
s3put -k solfege/So -s "a needle pulling thread" s3.example.com
s3put -k solfege/La -s "a note to follow So" s3.example.com
s3put -k solfege/Ti -s "a drink with jam and bread" s3.example.com
Then at the mysql> prompt
create table s3notes (s3id varchar(255) not null primary key, s3val blob)
engine=AWSS3
connection=awss3 s3.example.com FV8CY5793BC7CY32YOSN W9oQxQNJizGgjxNc82giE9/ipefQW19tuO2xpC9G;
select * from s3notes where s3id=solfege/Re;
insert into s3notes (s3id, s3val) values (color/Red, ff 00 00);
select * from s3notes where s3id=color/Red;
delete from s3notes where s3id=color/Red;
You can name the table anything you want, but the fields must be named s3id and s3val, and s3id must be the primary key.
Enhancements:
- More flexible schema, CREATE SERVER, and SELECT without WHERE are supported.

WebService::Mappoint is a client SOAP implementation for Mappoint, Microsofts geographic maps web service, based on SOAP::Lite.

SYNOPSIS

Map fetch example for use with Mappoint 3.0 service.

use WebService::Mappoint;
use MIME::Base64;

my $render = new WebService::Mappoint::Render();
my $map;

$map = $render->GetMap(
specification => [
DataSourceName => MapPoint.EU,
Options => [
Format => [
Height => 320,
Width => 320
],
],
Views => [
MapView:ViewByScale =>
[
CenterPoint =>
[ Latitude => 37.7632,
Longitude => -122.439702 ],
MapScale => 100000000
],
],
Pushpins => [
Pushpin =>
[
IconName => 176,
IconDataSource => MapPoint.Icons,
PinID => san_francisco,
Label => San Francisco,
ReturnsHotArea => false,
LatLong => [ Latitude => 37.7632,
Longitude => -122.439702 ],
]
]
] );

my $image = decode_base64($map->result->{MapImage}{MimeData}{Bits});
open( GIF, ">san_francisco.gif" );
print( GIF $image );

WebService::MusicBrainz is a Perl module that will act as a factory using static methods to return specific web service objects.

SYNOPSIS

use WebService::MusicBrainz;

my $artist_ws = WebService::MusicBrainz->new_artist();
my $track_ws = WebService::MusicBrainz->new_track();
my $release_ws = WebService::MusicBrainz->new_release();

METHODS

artist_new()

Return new instance of WebService::MusicBrainz::Artist object.

new_track

Return new instance of WebService::MusicBrainz::Track object.

new_release

Return new instance of WebService::MusicBrainz::Release object.

Absolut Engine is a PHP/MySQL framework built on the basis of a former news publishing system. The project features 3 layer access, article posting, editing, and deleting.
Included are a basic image and file manager as well as a related articles manager. Rich text editing is provided via a built-in WYSIWYG editor that produces XHTML 1.0 Strict compliant code.
It is easy to extend via the module functionality. It is fully configurable and easy-to-use. Modules include discussions, surveys, RSS feed export and import, search engine optimization, a messaging system, weather reports, and Google Maps.
Enhancements:
- Many bugs were fixed.
- It is now possible to plug in any WYSIWYG editor.

The KeyIntegrity family of products is intended for the service of the whole life cycle of program services and management of a Service-Oriented Architecture (SOA) based on any platform and technology, including Java and .NET.

KeyIntegrity allows the creation of crucially important business-applications for distributed heterogeneous spaces. KeyIntegrity ServiceHub also integrates people, systems, and applications with external and internal resources of the enterprise.

Keyinyegrity ServiceHub (SHB) is a midware package for Service-Oriented Architecture (SOA). Servicehub consists of:

Web container.
WS Engine. This module carries out the basic functions of Web-service management. Web-services are intended for creation of the distributed applications. Those applications function in the Internet environment (and its variations like - the intranet and the extranet) and their components interact on the basis of standard Web-protocols.
CSUL Engine. This module organizes GUI component model. Form and Report generators are parts of its structure. CSUL Engine is constructed on the basis of XML technologies.
Security Engine. This module provides a Single Sign-On. Single Sign-On allows a user who once passed the authentication to gain access to all the systems he has authorization for immediately, including the client/server and Web-resources. Security Engine supports the basic user authentication technologies and allows administrators to intensify the security of the protected resourses.
BPEL Engine. This module organizes Web-services orchestration. By means of BPEL typical business processes can be characterized as executable and capable of modelling the actual behavior of a business interaction participant. BPEL is focused on the Web services orchestration in the course of a business flow.
DATA Engine. This module organizes work with data pools. It describes the uniform interface for displaying Java objects to any storehouse of data. It is constructed on JDO basis and supports work with great volumes of data, transactions, and use of inquiries. It also allows to save objects in relational and objective databases, in files, etc. It grants independence from a data source.
Unified console for control and administration.