Automated Business Logic (ABL) is a transaction logic engine. You define the behavior of your persistent objects declaratively, and the engine will take care of executing and enforcing your logic at commit time. Despite its simplicity, this approach is remarkably powerful, and can replace a large portion of the code in most transactional applications that use Hibernate.
Bear is a lightweight remote automation tool for Groovy/Java/JVM. It allows you to deploy projects, setup your cluster, and install software to your remote machines. It differs from other existing tools in that it uses a programmatic approach - your deployment is a regular Java class. It also uses static types, chained method calls, FP, and fluent programming techniques.
CRET is a code review tool for reviewing and committing patches to a Subversion repository. It hooks into SVN's commit procedure and only performs the commit if the patch file has an "approved" status. When somebody wants to commit a patch file to an SVN repository, the patch file must first be added to CRET. The person committing must the select reviewers and enter an objective and title for the patch. This operation notifies the reviewers through email. A reviewer can add comments to a patch, approve it, or reject it. Comments are sent to the requestor via email. If a patch is approved, the requestor can commit the code. When the code is committed, email is sent to the requestor and reviewers for notification.
CTL is a cross-platform control dispatching tool that makes it easy to automate any kind of distributed systems management or application provisioning task. Rather than writing complex and error-prone scripts that over utilize "for loops", CTL handles the network dispatching for you and allows you to focus on the actual management tasks you need to accomplish. In addition to being a dispatching tool, CTL comes with pre-built cross-platform utilities so you don't have to script actions like file distribution or process and port checking. You can also write your own custom utilities and share them with others in your organization. Custom utilities are defined in XML, and your scripting can be done in multiple scripting languages (Perl, Python, etc.), *nix shell, Windows batch, and/or Ant.
Catharsis.Grails.Widgets is a Grails 2 tag library that provides useful social media tags to include in Web pages. The following areas are covered : Cackle [Comments, OAuth Login]; Disqus [Comments]; Facebook [Activity Feed, Recommendations Feed, Follow Button, Like Button, Like Box, Send Button, Comments, Facepile, Embedded Post, Embedded Video]; Google [Google Analytics, Google "+1" Button]; IntenseDebate [Comments, Comments Count Hyperlink]; Mail.ru [ICQ On-Site, Like Button, Embedded Video]; RuTube [Embedded Video]; Surfingbird [Like Button]; Tumblr [Follow Button, Share Button]; Twitter [Follow Button, Tweet Button]; Vimeo [Embedded Video]; VKontakte [Comments, Community, Like Button, Subscribe, Embedded Video]; Yandex [Yandex Analytics, Ya Button, Share Button, Embedded Video, Yandex.Money Payment Button, Yandex.Money Donate Form, Yandex.Money Payment Form]; YouTube [Embedded Video].
CodaServer is a database that makes building business applications easy. It uses a SQL-like language that lets you describe your workflow and business processes, and uses this information to enforce your business rules and guarantee data integrity. It also has a rich set of metadata commands so that your applications can get the information they need to build intelligent, process-aware user interfaces. CodaServer's listener is Web service-based, making it truly cross-platform, and it uses standard SQL databases for storing data, protecting your current investment.
Combean is a Java framework for combinatorial structures like graphs or linear programs and optimization algorithms working with these structures. The objective of Combean is to integrate existing proven optimization packages as well as new implementations through a set of lean Java interfaces. Using a JavaBeans-based configuration mechanism, solvers for real-world optimization problems can be generated by plugging together the best-performing components. Using Combean as "glue" between optimization packages leads to more interoperable, adaptable, and flexible solutions.