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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 ... More
Tasked with building the embedded software component for a next-generation human prosthetic, the Johns Hopkins University Applied Physics Laboratory software team turned to Klocwork's source code analysis tools to help ... More
See how our tools perform rename and introduce variable refactoring for C/C++ in Eclipse and Visual Studio.
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
Finding and fixing defects at the desktop - as code is being written - is the most cost-effective and efficient way to ensure bug-free software. See how Klocwork Insight works with Eclipse in this short video.
Extracting methods or functions from large and unwieldy methods allows you to create smaller, more logical functions, and inlining a function or method allows you to remove the overhead of an overly segmented source layout. See how it’s done with Klocwork Refactoring.
Klocwork Refactoring helps you simplify the time-consuming task of code maintenance for C/C++. In this video, see how to use Klocwork Insight to analyze and optimize your header include directives.
In Motorola's continuous process improvement paradigm, the iDEN Mobile Devices software team implemented several processes and tools in 2005 - the combination of which has led to significant cost reductions and quality improvements. The Klocwork tool suite was a major contributor to achieving the quality and productivity results identified in this case study.
Tasked with building the embedded software component for a next-generation human prosthetic, the Johns Hopkins University Applied Physics Laboratory software team turned to Klocwork's source code analysis tools to help ensure the software's reliability and boost developer productivity.
Sencore needed a static analysis tool to help catch software defects to ensure high-reliability video transmissions to its customers. Sencore used Klocwork Insight to analyze its software builds for memory leaks and critical issues that might compromise the quality of the video stream its solutions deliver.
As a market-leading provider of healthcare technology, Schiller has deployed Klocwork tools, including the Connected Desktop, to help the company meet its MISRA standards, speed up testing, and achieve higher quality.
The driving objective of the Laboratory for Atmospheric and Space Physics (LASP) at the University of Colorado is research in atmospheric science, space physics, solar influences, and planetary science, supported by the technological contributions of its engineering and mission operations divisions. To better ensure the reliability of key data processing software, LASP introduced Klocwork Insight into several projects.