If you are developing software, sooner or later you are going to run automated tests on your code. This might be integration tests, acceptance tests, or functional tests – it doesn’t matter as long as they target the same areas of your software. If you run these tests often and are inclined towards automating them even more — then this article is for you. In this blog post we will explain what is FAT Factory Acceptance Test and why you should use it in your software development process? Let’s get started!
What is Factory Acceptance Testing?
Factory Acceptance Testing is a testing process that builds and runs acceptance tests on an automated build environment. This might be a Continuous Integration server, a Continuous Deployment pipeline, or a Continuous Delivery pipeline. If you have ever used a software development process with a test-driven approach, you will know that you need to run a set of acceptance tests on the software. These tests will be used by the development team to determine if the software is ready for deployment or if it has any major issues that should be fixed before it is deployed to the production environment.
Benefits of Factory Acceptance Testing
– Factory Acceptance Testing is a powerful way to gain confidence in a new feature before it is released to production. – It allows you to use existing code in your acceptance tests. This can be helpful in reducing the amount of code you need to write. – You can automate code that is manually tested as part of manual testing. – You can use a continuous integration server, such as Jenkins, to build your software and then run automated acceptance tests on a continuous integration server. This allows you to get feedback on your software as soon as you have a change that includes a new feature. – You can set up a staging environment where you perform more rigorous testing on your software before you deploy it to production. – You can use automated acceptance tests to help identify security vulnerabilities in your code, to detect regression issues, and to determine if new features are affecting existing functionality. – Factory Acceptance Testing helps you get feedback on your software faster, which can be helpful for new team members who are unfamiliar with all the code in the system.
Requirements for Factory Acceptance Tests
– Your continuous integration server can run automated acceptance tests. – Your build machine can run a programming language that can compile your code and run the tests. – Your build machine can run a programming language that can run the tests. – Your build machine can have enough disk space to run the automated acceptance tests. – You can set up a build server to run your continuous integration server.
Steps for Factory Acceptance Testing
– Set up your continuous integration server to build your code. – Set up your build machine to compile your code, run the automated acceptance tests, and output a report indicating if the tests passed. – Set up your continuous delivery pipeline to deploy your software to a staging environment. – Set up your testing environment to run the automated acceptance tests. – Set up your continuous delivery pipeline to automatically trigger the test environment when you push a change to your code. – Set up a test environment on your test machine to run the automated acceptance tests. – Set up your automated acceptance tests to run on a schedule. – Set up your automation tools to run your acceptance tests. – Set up your application on a device to run your acceptance tests. – Start writing unit tests for new features. – Start writing acceptance tests for new features. – Start automating manual testing.
Bottom line
Factory Acceptance Testing is a kind of continuous testing that allows you to run and automate acceptance tests on a build environment. These tests are usually used to determine whether your software is ready for deployment, but they can be used for many other purposes as well. If you want to gain confidence in new features before you release them to production or if you want to detect any issues with your software, then you will want to use Factory Acceptance Testing. This type of testing can also be used to help you identify security vulnerabilities, detect regression issues, and determine if new features affect existing functionality.
