STAN encourages developers in visualizing their design, understanding code, measuring quality and reporting design flaws. STAN supports a set of carefully selected metrics, suitable to cover the most important aspects of structural quality. Special focus has been set on visual dependency analysis, a key to structure analysis. STAN provides its own perspective, showing various dependency graphs, ranking metric violations, generating HTML reports, etc.

Allmon is a generic system collecting and storing metrics used for performance and availability monitoring.

AssAnalyzer is a dependency management utility for .Net assemblies. It's primary purpose is to analyze the dependencies between assemblies. The output is an xml file representing the PhysicalDependencies between the assemblies, as well as a .grph file that can be used with GraphViz to generate a component diagram.

Beyond Compare is a directory compare utility and a file compare utility wrapped in one. Synchronize files between laptop and PC, home and office, etc. Compare directory trees side-by-side with mismatches highlighted. Display text files side-by-side with changes highlighted. Great for merging changes to source code. Supports minor editing, Unicode text files, and Delphi form files. Save favorite sessions for quick access. Built-in FTP and zip support.

Blue® is a java port of the popular host and service monitor system Nagios®. Project Blue will make available Blue Server, Blue Console, Blue Plugins and Blue Agent. It is the intention that each of the components will co-exist with all nagios components. Run Blue Server with the existing Nagios Console and Nagios Plugins (all combinations supported). By moving to a java platform developing, extending, designing of the system as a platform simplifies things, at least for some folks! The project has already ported the nagios server code and nagios cgis (to servlets).

Circa is a powerful and sophisticated software estimation application that allows you to plan, organise and control software development projects. Use XMI to import software artifacts such as classes and use cases from a CASE tool into Circa to produce instant estimates of effort, duration and cost for your project. Define resource availability and skill levels, analyse risk and produce accurate and detailed project plans and schedules. Use Circa’s built-in metrics to get started straight out of the box, then track progress and collect actuals which can be used to refine your metrics and improve the accuracy of future estimates.

The CodeCount toolset is a collection of tools designed to automate the collection of source code sizing information. The CodeCount toolset spans multiple programming languages and utilizes one of two possible Source Lines of Code (SLOC) definitions, physical or logical. The CodeCount toolset is provided in source code only, and may be used as is, modified or further distributed subject to certain limitations. The tools in the collection are supplied in C source code only. You are responsible for compiling and building executable versions.

The USC Center for Systems and Software Engineering (CSSE) has developed and released a code counting toolset called CodeCount to support sizing software code for historical data collection and reporting purposes. This toolset is a collection of tools designed to automate the collection of source code sizing information. It implements the popular code counting standards published by the Software Engineering Institute (SEI) and adapted by COCOMO®. Logical and physical SLOC are among the metrics generated by the toolset.

CodePro Analytix is a comprehensive set of software analysis tools composed of a collection of native Eclipse plugins. CodePro seamlessly integrates into any Eclipse based Java desktop development environment, adding static code analysis (with nearly 1,000 audit rules), metrics, automated test generation, JUnit test editing, and team collaboration functionality. Extensive security audit rules were recently added to enable developers to automatically detect and address security vulnerabilities as they are writing code, thus closing the opportunities for potential malicious users, and focusing on quality earlier in the software development lifecycle (SDLC). Seamless integration with Eclipse, IBM Rational, JBuilder and MyEclipse.

Commit Entropy is a tool that can be used to calculate the entropy of changes in a source code repository. Entropy for code changes is a measure of how specific each commit was in relation to the entire code base. Very specific commits only affect a small set of files, and thus have a low entropy. Commits that touch a large number of files are much less specific and have a higher entropy as a result. The term Entropy in this context is a simplified application of Shannon Entropy to commits in a source repository. It's simplified since we only look at the number of files changed each commit, with each file having an equal probability.