Aniketos-SSVV (Aniketos Security Service Validation and Verification) provides a series of modules that work together to validate the security properties of a Web service composition. The package is given a selection of service compositions (provided in the form of BPMN processes with Web services bound to the service tasks), along with the security policy to be fulfilled. The package then performs various checks on the services to establish whether each composition satisfies the policy, returning an ordered list (ordered in terms of security) of the services that do. It forms part of the larger Aniketos project comprised of four packages in total.
Moqui Framework is a seamlessly integrated, enterprise-ready framework for building enterprise automation applications based on Java. It includes tools for database interaction (relational, graph, document), logic in local and Web services, Web and other UIs with screens and forms, security, file/resource access, scripts, templates, localization, caching, logging, searching, business rules, workflow, multi-tenancy, and integration.
Id3 Tag Correction and Downloading is a PHP class that can be used to correct tags of MP3 tags of music with records stored in a MySQL database. It scans a MySQL database table with information about music albums to see which albums do not yet have the associated ID3 tags. The class accesses the Web services APIs of sites like audioscrobbler.com, last.fm, lyricwiki.org, and lyricsfly.com to correct the pending music tags and get other details about the stored music.
QtWebApp allows you to write standalone Web server applications in C++ as easily as Java Servlets. The HTTP 1.1 server supports persistent connections, sessions with cookies, and file uploads. It contains a template engine and a logger that can be configured at runtime. The application runs on Unix as a daemon, on Windows as a service, and on all operating systems on the command line. It is based on Nokia QT 4.7. Compatibility with QT 4.8 and 5.0 has been verified successfully.
XINS is a technology used to define, create, and invoke remote APIs. XINS is specification-oriented. When API specifications are written (in XML), XINS will transform them to HTML-based documentation and Java code for both the client-side and the server-side. The communication is based on HTTP. XINS competes with the complex SOAP technology. Main design goals include simplicity, scalability, and testability. XINS is not only a specification technology, but also an application development framework. It offers transaction logging, unique log documentation, and active code generation.
Moose is a framework for getting XML into and out of Java software. It integrates easily with Spring, Spring Web Services, or plain Java applications. It will generate an XML schema which describes your mapping configuration. Spring Web Services can wrap Moose's schema generator, creating a nice stack for simple, rapid development of SOAP Web services in Java.