1/26/2024 0 Comments Teamcity dockerYes, the tool we’ve talked about in part 4 of the series, Docker Compose. Not that complicated, but we know the better way since we’ve learned a tool we can use when we need to run multiple containers that are connected. NET/C# content and get paid? > JOIN US! :/data/teamcity_server/datadir \ Wanna join Code Maze Team, help us produce more awesome. If you’ve visited the pages of the TeamCity Server and Agent, you’ve probably seen the instructions on how to run them. So, we need to type docker pull jetbrains/teamcity-agent to pull the image to the local machine. We’ll also need the TeamCity Agent, which we can acquire by pulling the official TeamCity Agent image form the jetbrains/teamcity-agent repo. So we are going to pull it by typing the docker pull jetbrains/teamcity-server command. We’ll need a TeamCity Server, which can be found on the jetbrains/teamcity-server repo. Sounds a bit complicated, but stay with us, it’s not that bad. And then, we’ll use them to build and test our application by utilizing TeamCity’s Docker features. So we are going to run TeamCity Server and Agent as Docker containers. Instead of downloading TeamCity directly from the website, we are going to use the Docker images provided by JetBrains on their official DockerHub account. If you haven’t and it’s your first time configuring TeamCity, you might find this chapter a bit confusing, but we’ll do our best to explain it as simple as possible. Hopefully, you did install and try out TeamCity on your machine before this chapter. Of course, you can use your own tool of choice to follow along, but it might be a bit harder since some concepts may differ between tools. We have an introductory article about TeamCity that can help you understand how the tool works. So if you aren’t familiar with TeamCity, I recommend you download it and try it out on your local machine first. That, and the fact TeamCity is a mature and excellent tool that can be used both by small teams and enterprises alike. TeamCity is a latter type, and that will enable us to try out all of the concepts we’ve talked about so far. Those hosted and maintained by another company, and those that you can host yourself. Some of them are even made ground up around Docker.įor this article and series, our tool of choice will be TeamCity.Īs you know there are two types of CI tools. We’ve described our favorite CI tools, and all of them support Docker integration to a degree. NET/C# content and get paid? > JOIN US! << We’ve all heard the expression “But it works on my machine!”. When we develop an application locally on your machine, the environment is configured to your needs and “polluted” with a lot of different libraries, SDKs, and whatnot, and that’s not the ideal environment to test if we want a production-ready application. Simply put, continuous integration is a process that helps us find problems in our applications sooner than later. If you are still not sure why we need to do continuous integration, I suggest you read through our article about continuous integration and its importance. Building and Running our App with TeamCity.What Makes a Modern CI Tool and Which One We’re Going to Use.Here are some of the things we are going to learn in this part: The starting point for this part is the docker-series-local-registry-end branch of the docker-series repo on our GitHub. Continuous Integration with Jenkins and Docker.Continuous Integration with TeamCity and Docker.Preparing a Continuous Integration Environment for Docker (Current article).Docker Hub vs Creating a Local Docker Registry.Adding MySQL to ASP.NET Core App With Docker Compose.Dockerizing ASP.NET Core Application with Dockerfiles.Why Docker: Docker CLI Through Examples.How to Prepare an ASP.NET Core Project for Dockerization.We can deploy applications easier than ever and that’s all because of the power of Docker. Now we need to tie everything up in a neat little bundle of joy and connect our containerized application to the continuous integration server.ĭocker revolutionized the way we think about developing applications, but at the same time, it improved the entire continuous delivery lifecycle. We had to clear some air around concepts like repositories and registries and learned how to set up and push to our own registry.Īll the things we have learned up till now led to this exact moment. We dockerized our ASP.NET Core application and added MySQL image to it using Docker Compose. We’ve learned how powerful it can be and how to build and run images in several different ways. So far in this series, we’ve gone through a lot of different concepts and learned a thing or two about Docker.
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