Resources

Klocwork product documentation is available here.

Article

Article

Migrating embedded software to Intel® architecture always requires an evaluation of code compatibility and dependencies between the existing code base and the Intel platform. Particularly in cases where the code base is a large, complex, legacy system - or a system hardcoded for big-endian memory - it is critical to understand the scope and eliminate the risk of the migration. This article on page 138 of the Intel Technology Journal describes how C/C++ source code analysis can help with architecture ... More

TAGS: EMBEDDED PROGRAMMING, ENDIAN, INTEL, LANGUAGE: C, MULTICORE, SOFTWARE ARCHITECTURE, SOURCE CODE ANALYSIS

Video

Video

Experience our new on-the-fly static analysis capabilities in this video which shows Klocwork Insight finding defects within Visual Studio.

TAGS: ENDIAN, INSIGHT, INSIGHT 9.5, SOFTWARE QUALITY, STATIC ANALYSIS, VISUAL STUDIO

White Paper

White Paper

Software teams are moving away from single processor architectures at a rapid rate. But the realities of developing software for these next-gen architectures is introducing significant complexity when it comes to identifying software issues - specifically concurrency errors and endian incompatibilities. This paper looks at the challenges of developing for multicore/multiprocessor environments, explains how Klocwork's tools can be used to address them, and provides two examples in prominent open source projects.

TAGS: CONCURRENCY ANALYSIS, DEADLOCK, ENDIAN, LIVELOCK, MULTICORE, SOURCE CODE ANALYSIS

On-Demand Webinar

On-Demand Webinar

The complexity of porting or developing for multicore or multiprocessor architectures can lead to increased project expenses and timelines. In this ready-to-watch webinar, learn about Klocwork's tools-oriented approach to overcoming these challenges which equips developers with a personal mentor to detail critical concurrency and endian incompatibility issues as they're introduced.

TAGS: CONCURRENCY ANALYSIS, DEADLOCK, ENDIAN, MULTI-CORE DEVELOPMENT, MULTICORE, STATIC ANALYSIS