SolidFX performs static analysis of large C/C++ programs to extract design details and metrics. SolidSX visually analyzes metrics and dependencies in software stacks written in various languages. SolidCD detects and manages code duplication in different languages. SolidTA analyzes development trends over time based on version control systems and software metrics. The tools can be used individually or together and work with various languages and version control systems.

1. Software maintenance tools and servicesApplication Portfolio

2. Application Portfolio Overview (1/2)SolidFX: Solid Fact ExtractorStatic analysis of large C/C++ programs (> 10 MLOC) (C/C++)SolidSX: Solid Software ExplorerVisual analysis of metrics and dependencies in software stacks (C/C++, Java, C#)SolidCD: Solid Code Clone DetectorDetection and management of code duplication (C, C++, C#, Java)SolidTA: Solid Trend AnalyzerAnalysis of development trends based on the change history stored in versioning systems and on software metrics computed on specified snapshots (CVS, Subversion – off the shelf; GIT, PVCS, CM Synergy, ClearCase– with customization).

3. Application Portfolio Overview (2/2)Maintenance(ISO 9126)UnderstandModifyVerifySolidCDSolidTASolidFXSolidFXAssess and monitorImproveSolidFXSolidCDEnforce (rules)SolidCDSolidFXSolidSXSupport

4. SolidFX – Solid Fact Extractor for C/C++The Solid Fact eXtractor (SolidFX)is a standalone, non-intrusive solution for analyzing industry-size projects written in the C and C++ programming languages. SolidFX uses proprietary technology to analyze even the most complex C/C++ code bases efficiently and robustly.SolidFX offers detailed design extraction, as well as predefined analysis scenarios and metrics to measure C and C++ code quality, maintainability, modularity, and defect potential -- all at your fingertips to allow you to code faster, cleaner, safer.The SolidFX framework provides several tools that can be used together or separately:a fact extractor that can parse, type check, and analyze the full C and C++ languages;

5. easy configuration tools for several compilers (gcc, Visual C++, Kyle C), and platforms (Linux, Windows, Solaris, Mac OS);

6. a fact database that manages a wide range of static information: syntax, semantics (types), preprocessor, metrics, patterns, and dependency graphs;

7. several easy-to-use tools for quick, automated analyses: structural metrics, dependencies, call graphs, class information;

8. several visualization tools for source code, call and dependency graphs, class diagrams, software metrics;