Code Coverage is a promising measure of test effectiveness.
The findings from various organizations reveal that increasing code coverage decreases field related defects and increases the level of confidence in the quality of the code. The paper “Code Coverage Best Practices” discusses how one of the world's leading consumer giants, successfully deploys Testwell CTC++ to make unit testing and code coverage part of their Continuous Integration Flow. Download the white paper of our partner Lexington Soft
User Testimonial: Broadcom uses Testwell CTC++ for Code Coverage Analysis
Broadcom Corporation is one of the world's leading providers of infrastructure technologies, building on the rich technical heritage of AT&T/Bell Labs, Lucent and Hewlett-Packard/Agilent.
Broadcom Corporation has long relied on Testwell CTC++ to measure code coverage.
“… In the Testwell CTC++ tool, we were able to get Decision, Line and Multi-condition coverage in the way we want it. ... Not to mention the new Modified Condition/Decision coverage which gives more information on the True-False pair coverage for individual atomic condition in a Boolean expression is a feature which will be a great addition to the test metrics we use to validate our designs.” says Bharadwaj Sreenivasan, R&D Engineer, at Broadcom Corporation.
Read the full user testimonial here.
Seminar “Testing Embedded Software” available in English
Hundreds of customers attended our Seminar “Testing Embedded Software” over the years and learned how to avoid risks and costs through defective Embedded Software.
This seminar can be booked as an onsite seminar in English. We provide necessary knowledge to test high-quality and reliable Embedded Systems efficiently and effectively.
In addition to the test management, practice-oriented techniques and approaches will be explained. The participants will learn to adapt the seminar contents in their own projects by exercises and examples from practice. The speaker is Martin Heininger from HEICON Global Engineering who has over 20 years of experience in the field of methods and processes for the development of safety-critical embedded systems. He mainly advises consulting projects in the field of aerospace, industrial automation, railway technology and automotive industries. His main goal is to establish efficient, certifiable, and practical system and software development processes in accordance with the appropriate functional safety standard.