Open Source Linux Code Coverage Tools - Page 3

Extends Cobertura to measure and report on code covered by unit tests in same package. Also adds improved reporting features, including measuring code coverage against a coverage policy.

Java Web Application Stack built on top of Wicket, Spring, Hibernate/Ibatis, Jetty, HSQLDB, Junit, functional testing (Selenium), code coverage(Cobertura), DB Migration and CI. Its intent is to provide a rapid method for creating java web new projects

A simple but feature-rich starter boilerplate for creating your own universal app. It built on the top of React, Redux, React Router and Express. Includes all the hot stuff and modern web development tools such as Redux Toolkit, TypeScript, Webpack, Babel, PostCSS, React Refresh, Jest and React Testing Library. See the “Features” section for other awesome features you can expect. They're several React frameworks today, however this is a DIY-oriented start-kit. It shows you how to build a universal web app from scratch and how to test it. Redux Toolkit is the official, opinionated, batteries-included toolset for efficient Redux development. It includes several utility functions that simplify the most common Redux use cases. In a word, we can do more work with less code, start from the tutorial to learn more about it.

STUBborn C is a tool that allows you to create a module test framework for SW modules developed in C. The framework includes: Stubs needed to link the module; A sample Makefile to build, run tests and check code coverage; Test templates using CUnit.

Code coverage for Ruby with a powerful configuration library and automatic merging of coverage across test suites. SimpleCov is a code coverage analysis tool for Ruby. It uses Ruby's built-in Coverage library to gather code coverage data, but makes processing its results much easier by providing a clean API to filter, group, merge, format, and display those results, giving you a complete code coverage suite that can be set up with just a couple lines of code. SimpleCov/Coverage track covered ruby code, gathering coverage for common templating solutions like erb, slim and haml is not supported. In most cases, you'll want overall coverage results for your projects, including all types of tests, Cucumber features, etc. SimpleCov automatically takes care of this by caching and merging results when generating reports, so your report actually includes coverage across your test suites and thereby gives you a better picture of blank spots.

NetBeans module that provides JaCoCo code coverage (Java7 compatible). For Ant based JavaSE projects. Maven and Gradle support may be added later. WARNING: Binary files have been removed. They're now on a NetBeans update center. Please check https://github.com/jonathanlermitage/tikione-jacocoverage#download-stable-and-dev-builds for details. ~Jonathan Lermitage <jonathan.lermitage@gmail.com>

Tiria is a eclipse-plugin to view code coverage data (e.g. from cobertura) within the IDE. Main objective of the plugin is to show how the code coverage changes during project progress.

A Unibasic Code Coverage tool. It produces formatted HTML reports on the statement coverage of selected source files. Designed for UniData but should is being ported to UniVerse (still in development, but compiles and works on demonstration programs).

ZK Unit extends JUnit to test your ZK project: ZUL pages, composers, event handlers, constraints and more. Use ZKUnit for test driven development, to achieve code coverage and integration with a continous build system.

A modern cmake starter project for C++ with a complete build lifecycle, testing, dependency management, etc. Portable across Linux, OS X and Windows. Have you ever found yourself spending countless hours trying to figure out how to start a professional C++ project with unit tests, a robust dev workflow, change logs, code coverage, linting, formatting...? The C++ ecosystem is getting better but is still very far away from other ecosystems such as JavaScript, or even Rust. It's certainly easy to use CMake, a compiler and vscode to start a hello world project, but as soon as you start having multiple modules, with third party dependencies, testing, coverage, and other development things that a professional quality project needs, you start wasting hours and hours troubleshooting and configuring until you make it work. This starter project solves most of your problems, using the best practices for C++ development and modern CMake and allows you to get started in minutes rather than days.

bcov is a code coverage tool similar to gcov. Unlike gcov, it does not require recompiling the project for coverage. Coverage is determined by using temporary breakpoints, which causes minimal overhead. gcov produces a lcov style coverge report.

Unzip buildtemplate and you will have a project set up with ant/junit/verifydesign/code coverage all out of the box. It is a great way to get started and then add to the build.xml as you go. netbuildtemplate is for .net and has nant/nunit/NCover, etc.

Coberclipse is a eclipse plugin for Corbertura. It will instrument the classes during the build and show the code coverage after executing unit test cases.

Codemon is a testing tool that enables code coverage of C codes. It supports the level of Decision Coverage and Condition Coverage.

Code Coverage Tool For Oracle PL/SQL

Use webpack to generate your static bundles without django's static files or opaque wrappers. Django webpack loader consumes the output generated by webpack-bundle-tracker and lets you use the generated bundles in Django. Test cases cover Django>=2.0 on Python>=3.5. 100% code coverage is the target so we can be sure everything works anytime. It should probably work on older versions of Django as well but the package does not ship any test cases for them. Before configuring django-webpack-loader, let's first configure what's necessary on the webpack-bundle-tracker side. Update your Webpack configuration file (it's usually on webpack.config.js in the project root). Make sure your file looks like this (adapt to your needs). The generated compiled files will be placed inside the /assets/webpack_bundles/ directory and the file with the information regarding the bundles and assets (webpack-stats.json) will be stored in the project root.

Build powerful, scalable applications, with minimal overhead and full out-of-the-box functionality. Originally developed to handle Walmart’s Black Friday scale, hapi continues to be the proven choice for enterprise-grade backend needs. When you npm install @hapi/hapi, every single line of code you get has been verified. You never have to worry about some deep dependency being poorly maintained (or handed over to someone sketchy). hapi is the only leading node framework without any external code dependencies. None. hapi has been pushing the envelope on quality from day one. It was the first node framework to require and achieve 100% code coverage across every dependency – when everyone thought it was crazy. Every hapi feature is designed to make the platform easier and more intuitive to use. That means there’s no need to hack things together, experiment to see what *might* work, or try to figure out hidden internals. There is no “magic” – the code does what you expect.

This starter pack is designed to allow you to use a full set of the latest and coolest front-end technologies, all of which are configurable, feature-rich, code hot-loading based on webpack, css preprocessing using sass, unit testing, code coverage reporting, Code splitting and more. The main purpose of this project is to preserve as decisively as possible. The goal is not to follow this structure to complete your project, but to make front-end development more robust, simpler, and most importantly, happier. You can get all the features below! In the end, this project wouldn't be so robust without everyone's contributions. All relevant libraries are ready and waiting to be called at any time. The structure of this project uses fractal (irregular fractal: suitable for large projects), the grouping of methods is mainly by characteristics rather than file types. Note that this directory structure is only a guideline and does not have to be followed.

Sourverage is a tool for measuring the source code coverage of C++ programs. It supports a non-intrusive instrumentation process, incremental coverage measurement, various measurement scopes and template based report generation.

1. What is torque Torque is automation testing tool which is used for C and C++ application in Linux platform. It covers major testing areas such as Unit Testing, Functional Testing and Regression Testing. Two major sections of the testing area like memory management and code coverage is accomplished by open source tools, such as, • Valgrind -- Memory Management • Lcov -- Code Coverage • splint -- Static Code Analysis 2. Supported Platform • Linux operating system on Intel x86 architecture • Linux operating system on Intel x86_64 architecture