- #Maven install file example how to#
- #Maven install file example update#
- #Maven install file example code#
Durl= Where the ‘repositoryId’ is the in settings.xml. For a private Artifactory server as described in the article I wrote here, it would look like this: Īnd then you could publish the jar to the repository with the following syntax: mvn deploy:deploy-file -DgroupId=mycompany \ Once again let’s assume another department sends you a jar named graphing.jar, but instead of putting it in your local maven cache, you instead want to place it into your group’s private Maven repository so that everyone in your group has access to this dependency.įirst, make sure that the ‘~/.m2/settings.xml’ file has a element that has an id and credentials for the repository. Publishing to private remote Maven Repository If you have a multi-person development team, each one of them will need to run this same command to satisfy the dependency. The downside to this method is that it only satisfies the dependency on this single host. Let’s assume that the company ‘mycompany’ has another department that emails you a jar named graphing.jar: > mvn install:install-file -Dfile=graphing.jar -DgroupId=mycompany -DartifactId=graphing -Dversion=1.0 -Dpackaging=jar You can insert a 3rd party jar directly into this local cache. Ultimately, all the dependency jars for your project are retrieved and cached on your local disk in ‘~/.m2/repository’ directory. When this is the case, you can either publish to a private Maven repository that controls authorization or you can put them into your local cached maven repository. These may be internal, business specific libraries or licensed libraries that have limitations on usage.
#Maven install file example code#
Since Ktor supports two approaches for creating a server, you can choose one of the following: Create a server using embeddedServerĪdd the following code to Application.Especially in enterprise application development, there can be 3rd party dependencies that are not available in public Maven repositories. In the com.example package, add an empty Application.kt file. Now we a ready to add some code for creating a Ktor server and running our application:Ĭreate a com.example package within the src/main/kotlin folder.
#Maven install file example update#
To import the added dependencies and update a project, you can click Load Maven Changes at the right part of the editor. The properties and dependencies blocks might look as follows: Ktor-server-core: contains core Ktor functionality.Ī dependency for an engine (for example, ktor-server-netty). To create a simple Ktor application, we need to add at least the following dependencies: Since Ktor dependencies are stored in Maven Central, we don't need to change anything here. Moreover, it declares the Maven Central repository in the repositories block.
This configuration file includes the kotlin-maven-plugin for compiling Kotlin sources. Wait until IntelliJ IDEA creates and builds a project.Īfter creating an empty project, we are ready to examine a Maven configuration file and add Ktor dependencies to it:
On the next wizard page, leave the default settings and click Finish. In the New Project wizard, choose Kotlin from the list on the left and specify the following settings: Otherwise, from the main menu, select File | New | Project. On the Welcome screen, click New Project. To create a new Maven project, open IntelliJ IDEA, and follow the steps below: Make sure the Maven and Maven Extension plugins are installed and enabled. Make sure the Kotlin plugin is installed and enabled. Prerequisitesīefore starting this tutorial, do the following:
#Maven install file example how to#
In this tutorial, we'll show you how to integrate Ktor into the existing Maven project.