How to achieve 100% Coverage with Macros
Code coverage and test reporting over projects add major benefits to the Cantata desktop product, enabling teams to work more effectively.
How to achieve 100% Coverage with Macros
Presentation: Static Analysis and Dynamic Testing: A Combined Approach
Combining Static Analysis and Dynamic Testing: The Key to Efficient Software Quality Assurance
Presentation During Embedded World 2022
Static Analysis and Dynamic Testing can streamline software quality assurance and save costs. At Embedded World 2022, Adam Mackay, Integrations Manager at QA Systems, shared insights on the benefits of combining these two approaches. This includes earlier identification and prevention of defects, bugs, non-conformities, and coding flaws.
As testing becomes more complex in later project stages, robust unit testing and automated code checking become crucial. Mackay emphasized the importance of implementing these practices early on.
Quality assurance testing tools that perform static and dynamic analysis can save developers significant time, money, and effort. They enable earlier detection of issues, reducing costly fixes late in development. Automation also speeds up tedious and repetitive testing tasks.
Learn how this proven approach of integrating static analysis and dynamic testing can help achieve more successful testing phases. With the right quality assurance tools and strategy, organizations can release higher-quality software faster and more efficiently.
Webinar: How to make use of Impact Analysis and Regression Testing for robust C/C++ applications
Webinar: How to make use of Impact Analysis and Regression Testing for robust C/C++ applications
In this webinar, Adam Mackay (Integrations Manager at QA Systems Ltd) and Rafael Taubinger (Technical Marketing Specialist at IAR Systems AB) discuss the importance of impact analysis and regression testing in improving safety-critical software development projects. They showcase the latest tools and techniques for performing comprehensive analysis and testing to identify potential risks and ensure software projects are developed with precision and rigour. By using accessible tools to manage software projects, development teams can reduce maintenance costs, accelerate release schedules, and mitigate risks.
Webinar: Automate your code compliance by using a static source code analysis tool
Webinar: Automate your code compliance by using a static source code analysis tool
Navigating international standards like ISO 26262 for road vehicles, DO-178C for airborne software, and EN 50128 for railway signalling can be a daunting task. These standards require the implementation of software coding standards to ensure functional safety and security in critical software development.
Compliance with essential C and C++ coding standards such as MISRA C, MISRA C++, AUTOSAR C++14, CERT C & C++, and CWE is necessary, but managing and identifying violations of these coding rules manually can be time-consuming and challenging. Luckily, there’s a solution – the QA-MISRA automated static source code analysis tool.
Discover how our reliable tool can streamline your compliance process by addressing all these standards with a single qualified solution.
Webinar: Automatisieren Sie Ihre Code-Compliance durch den Einsatz eines statischen Source-Code-Analyse-Tools
SofiaTech and QA Systems Webinaire: Tracez, vérifiez, dérisquez votre code embarqué
Webinar: Best Practices for Aviation Software Testing
Webinar: Best Practices for Aviation Software Testing
This online presentation featuring Vance Hilderman, CEO AFuzion Incorporated, and Matt Davis, Managing Director of QA Systems, highlights the best software testing practices for DO-178C. It is also applicable to DO-278A software testing and even DO-200B testing of aeronautical data processing systems. QA Systems demonstrates software test tools for DO-178C traceability, functional testing, and structural coverage testing. Don’t miss out on this informative session!
Webinar: Automated verification of safety-critical code
Webinar: Automated verification of safety-critical code
Explore our advanced automated software verification tools, meticulously designed to optimize your workflow and maximize efficiency. With a strong focus on compliance with coding standards such as MISRA, AUTOSAR, CERT, CWE, and safety regulations like ISO 26262, IEC 61508, and more, these tools are your key to success.
Industry experts Daniel Kaestner from AbsInt and Haydar Akbulut from QA Systems as they demonstrate the exceptional power of these verification tools in the context of safety-critical projects. Specially designed for software developers engaged in safety-critical projects across diverse industries, including automotive, aerospace, medical devices, industrial automation, railways, and nuclear.
Webinar: Best Practices for Software Verification under ISO 26262
Webinar: Best Practices for ISO 26262 Software Verification
Are you ready to unlock ISO 26262 software verification? In this presentation, our panel of automotive industry experts will take you on a journey through the intricacies of software verification for ISO 26262.
Here’s what you can expect from this insightful presentation:
- Test Automation and Requirements Traceability
- Compliance Tips from Functional Safety Certification Body
- Static Analysis Techniques
- Unit and Integration Testing Best Practices
- Organizational Factors for Functional Safety Compliance
Don’t miss out on this opportunity to learn from the best in the field. Watch the video now and witness how our industry experts leverage these best practices in ISO 26262 software verification. Accelerate your time-to-market, boost the reliability of your software, and maximize your return on investment in software verification activities.
Cantata Use with Green Hills® MULTI®
Cantata Use with Green Hills® MULTI®
This Technical Note provides the information required to successfully install and set up Cantata for use with the Green Hills® MULTI® v4.2.x development environment. It has been assumed that the default installation is in C:\GHS\ppc423 and that builds are targeting the PowerPC 7450 for use on the simulator. Any differences to these assumptions may require appropriate changes to what is stated in this document.
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