On the other hand, TeamCity provides the following key features: Git: free private repositories, pull requests.Reporting: dashboards, widgets, Power BI.Agile Tools: kanban boards, backlogs, scrum boards.Some of the features offered by Azure DevOps are: It is trivial to setup and absolutely free for small teams and open source projects.Īzure DevOps belongs to "Integrated Development Environment Tools" category of the tech stack, while TeamCity can be primarily classified under "Continuous Integration". TeamCity is a user-friendly continuous integration (CI) server for professional developers, build engineers, and DevOps. Includes broad IDE support TeamCity: TeamCity is an ultimate Continuous Integration tool for professionals. Azure DevOps provides unlimited private Git hosting, cloud build for continuous integration, agile planning, and release management for continuous delivery to the cloud and on-premises. Log output: While there’s an option to output log execution to TeamCity Build Log, the functionality has a nice TODO in it.Azure DevOps vs TeamCity: What are the differences?Īzure DevOps: Services for teams to share code, track work, and ship software.It seems Paul has been running it for the past few days in production successfully, but the code does still need some clean-up and there are a few TODO’s left, including The TeamCity documentation has more information on how to get started with plugin development as well as executing and debugging TeamCity. Rundeck-common: A module where, as its name indicates, you can place shared code. In the case of this plugin, most of the code is located in RunDeck.kt and RunDeckAPI.kt as the rest is very much boilerplate code. You’re basically doing is coding a command line application. This way, if for whatever reason the task crashes, it doesn’t affect the stability of the agent. Is to isolate them in their own equivalent of what would be a command line application. The recommended way to run tasks in TeamCity It’s where the runner invokes the RunDeck API and processes the result. Rundeck-agent: This is where the heavyweight part of the work gets done. The JSP file is where you define the actual configuration parameters for the runner. In essence everything dealing with the configuration page of the runner. Rundeck-server: This contains the code that is shown on the TeamCity server. Like all TeamCity plugins that require work to be performed on the agent, it consists of three modules: TeamCity plugins use Maven as the build tool and you can open the project in IntelliJ IDEA or any other IDE. While many are written in Java, I’ve chosen Kotlin. TeamCity plugins can basically be written in any language supported on the JVM. The rest of the parameters are pretty much self-descriptive. These can also be specified as part of the configuration. Node Filter: RunDeck allows you to filter nodes on which to execute a specific job. The format is the same as those required by RunDeck which is -param value Job Options: Allows you to specifiy any parameters RunDeck jobs need. In order to use it, you need to generate a tokenįrom RunDeck and provide this value to the configuration in the runner. Currently the plugin only provides token authentication. Once installed you can select it as a Build Step.ĪPI Token: RunDeck allows two forms of authentication, username/password and authentication token. The plugin basically adds a new runner type to TeamCity. It’s very similar to TeamCity, except its focus is interacting with services and machines as opposed to dealing with projects, builds and tests. Steps that can be a simple shell command, a script, a file copy, etc. If you’re notįamiliar with RunDeck, it’s basically a way for you to schedule and automate commands to be executed on a series of machines you can specify. Earlier this week I pushed a TeamCity plugin for RunDeck to GitHub.
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