Parasoft's mission is to provide automated testing solutions and expertise that empower organizations to expedite delivery of safe and reliable software.
A powerful unified C and C++ test automation solution for static analysis, unit testing and structural code coverage, Parasoft C/C++test helps satisfy compliance with industry functional safety and security requirements for embedded software systems.
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You know that you could be testing more to catch bugs earlier, but QA testing can take a lot of time, effort and resources to do it right. MuukTest can get growing engineering teams up to 95% coverage of end-to-end tests in just 3 months.
Our QA experts create, manage, maintain, and update E2E tests on the MuukTest Platform for your web, API, and mobile apps at record speed. We begin exploratory and negative tests after achieving 100% regression coverage within 8 weeks to uncover bugs and increase coverage. The time you spend on development is reduced by managing your testing frameworks, scripts, libraries and maintenance.
We also proactively identify flaky tests and false test results to ensure the accuracy of your tests. Early and frequent testing allows you to detect errors in the early stages your development lifecycle. This reduces the burden of technical debt later on.
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Mocha Pro
Mocha Pro is an acclaimed software solution recognized globally for its capabilities in planar tracking, rotoscoping, and object removal. Integral to the workflows of visual effects and post-production, it has garnered prestigious accolades such as Academy and Emmy Awards for its significant impact on the film and television sectors. Recently, Mocha Pro has been employed in blockbuster hits like The Mandalorian, Stranger Things, and Avengers: Endgame, among others. The latest advancement in Mocha introduces PowerMesh, which features an innovative sub-planar tracking engine designed for visual effects, rotoscoping, and stabilization. This new technology allows for tracking on warped surfaces while maintaining precision, effortlessly handling complex organic shapes even through occlusions and blurs, all within Mocha’s user-friendly layer-based interface. It is not only easy to use but also quicker than many traditional optical flow methods. Users can apply it to source files for authentic match moves, transform data into AE Nulls to enhance motion graphics, render a mesh for stabilized or reversed plates in compositing, and even export dense tracking data for compatibility with other applications, further expanding its versatility and utility in modern visual effects production.
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Mocha
Mocha operates directly within the browser environment. Each version of Mocha releases updated builds of both ./mocha.js and ./mocha.css for browser integration. By including a parameter (commonly referred to as done) in the it() function for a test callback, Mocha understands that it should await the invocation of this function to finalize the test. This callback can receive either an Error instance (or its subclass) or a falsy value; anything deviating from this will lead to an error being thrown, typically resulting in a failed test. Reporters in Mocha anticipate knowledge of the total number of tests to execute prior to running them. However, this data is not accessible in parallel mode since test files are only loaded when set to run. Conversely, in serial mode, test outcomes are streamed live as they are generated. In parallel mode, however, the output from reporters is buffered, which means reporting will happen after the completion of each test file. Consequently, the reporter’s output will be presented in segments, while maintaining the same information. If a particular test file is notably sluggish, it could lead to a significant delay during its execution. Thus, understanding these nuances allows developers to better manage expectations regarding test performance and output.
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