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Integrating Java Code Coverage Tools With Squish Tests
Read moreIn test-driven development, a common challenge is to decide which tests to write and how many are necessary. Ideally, one would have as many tests as there are possible deviations in a program’s behavior. This is often very hard to achieve though, so it is necessary to determine how...
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Code Coverage for VxWorks Applications
Read moreVxWorks is an embedded operating system provided by Wind River and is widely used for building safety systems. The development environment is based on Eclipse and uses a GCC compiler. This article will present how to integrate Squish Coco with VxWorks. It is based on a video embedded into...
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Code Coverage for C# Programs With Visual Studio
Read moreSquish Coco is mostly used for programs written in C++, but it also supports code coverage for C# programs. The preparation of a C# program for code coverage is rather simple, thanks to a Visual Studio add-in that is part of Coco. This post is a short tutorial about...
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Measure code coverage on ARM Cortex-M microcontrollers
Read moreARM Cortex-M microcontrollers are becoming more and more popular. This article will show you how to use Squish Coco to get code coverage from one of such microcontrollers.
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Maintenance Release Coco 4.2.2
Read moreRelease Announcement Hamburg, Germany – 2018-08-08 – froglogic GmbH is pleased to announce a maintenance release of its code coverage tool Coco 4.2.2, a complete C, C++, C# and Tcl code coverage tool chain for Windows, Linux, macOS X, and Embedded Systems. Improvements The main improvements since the initial...
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Squish Coco 4.2 introduces Code Complexity Metrics And Unifies Cross-platform Code Analysis
Read moreThe froglogic team is proud to announce the Squish Coco 4.2 release. This version introduces new metrics for the Code Complexity Analysis: McCabe and eLOC. Furthermore, it comes with a feature to unify the Code Analysis of Cross-platform applications. Squish Coco is a complete C, C++, C#, Tcl and...
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Coco – How to measure code coverage on embedded systems via CAN Bus
Read moreIntroduction Squish Coco generates the code execution measurement using streams and by default, the output of these streams is piped to a file on the file system. For embedded devices without a file system, this leads to problems. Squish Coco allows you to redirect the measurements stream via Custom...
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What exactly is cyclomatic complexity?
Read moreThe cyclomatic complexity is a measurement of the code complexity proposed by Thomas J. McCabe which is often considered as a magic number which allows us to measure the complexity of a program. It is common to say that a function with a cyclomatic complexity higher than 10 is...
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FreeRTOS and code coverage on embedded systems
Read moreCode coverage for embedded systems poses some questions that do not occur with desktop applications. In this post I will show the first steps on how to measure code coverage with Squish Coco on an embedded system. We will use the FreeRTOS Kernel as our example.
