3/28/2023 0 Comments Teamcity continuous integration![]() When you use TeamCity to organize continuous integration processes, it covers the following stages: TeamCity Server is a powerful solution with robust functionality “out of the box.” It runs in a Java environment and is compatible with Apache Tomcat, Windows servers, and Linux servers. As a result, the process becomes faster, smoother, and all team members interact more effectively. It analyzes the source code and changes in it, manages builds, and performs other tasks to ensure that the CI phases are performed correctly. The continuous integration (CI) server deals with the development processes. TeamCity is a Continuous Integration server that is popular among developers mainly due to the fact that it allows the most flexibility for all sorts of workflows and development practices. In our case, these phases take place on the TeamCity server. The NuGet package then gets put into a dedicated folder or published in the NuGet repository. The changes get into an artifact (NuGet package). The Publish Database phase completes the CI process.It is crucial to launch unit tests because thus you make sure that the changes won’t affect the required functionality. The Unit Test stage involves testing the created database with SQL unit tests.When this phase is over, you get a new database. The Build phase entails creating a database from scripts on the SQL server.You need to configure your workflow to run for one or more events that will trigger build creation. The Version Control step involves committing changes to the version control system (Git, SVN, etc.).The Development step presupposes making changes to the database schema.Automatic Database Releases with TeamCity and dbForgeīefore the database version comes into Production, the process passes through several stages or steps: To ensure all that, we need tools to test, package, and deploy database changes. The more they can build and test, the fewer issues appear on production. The specialists get the necessary feedback immediately and thus do not allow bugs to accumulate. According to this concept, every time developers add changes to the database, a new build is created and tested. This way, we come down to the Database Continuous Integration concept. Enterprises can not afford to miss the database challenges. ![]() Should they get into the release, the problems will start to arise. Moreover, issues that originate from databases are usually much more complicated. However, the databases (the base for those applications) behave differently. Those tools work with the application code. There are application release automation solutions, but they are not enough. There are lots of tools to automate processes, accelerate performances, and eliminate the risks of errors. Thus the idea is to make software development and releases faster and safer. End-users get updates immediately, their applications and systems work seamlessly, and both the software manufacturers and customers are happy. ![]()
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