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1. #Ubuntu configure svn for ci how to
2. #Ubuntu configure svn for ci install
3. #Ubuntu configure svn for ci code
4. #Ubuntu configure svn for ci windows

#Ubuntu configure svn for ci install

◾install - install the package into the local repository, for use as a dependency in other projects locally ◾verify - run any checks to verify the package is valid and meets quality criteria ◾integration-test - process and deploy the package if necessary into an environment where integration tests can be run

#Ubuntu configure svn for ci code

◾package - take the compiled code and package it in its distributable format, such as a JAR. These tests should not require the code be packaged or deployed ◾test - test the compiled source code using a suitable unit testing framework. ◾compile - compile the source code of the project There are three built-in build lifecycles:įor example the default life cycle comprises of the following Build Phases: ◾validate - validate the project is correct and all necessary information is available

Maven is based around the central concept of a build lifecycle. For the Goal, you can provide different options according to the task. Select the maven you added in the global configurations. and configure repo name and add credentials as necessary.Īdd a build step into the Jenkins project.Ĭlick Add Build Step -> select Invoke Top-level Maven Targets eg: .Ĭreate the project with Source code management as Git. Lets assume that the project is in Git hub. Goto Manage Jenkins->Global Tool Configuration->Maven give a name and select the maven version to install from Apache. So we will need Maven to build the project.

#Ubuntu configure svn for ci how to

This time lets inspect how to build an app server project with Maven and push the builds to the Subversion(SVN). Create user, your repository, etc.In my early posts I have described how to use Jenkins to build a sample project. You can now access your repository via url: $ svn info svn+ssh://nassau/lt Send the public key to sysadmin or configure the authorized_keys yourself. The User is the system username used for SVN over SSH connections. You can as well use your other rsa key, but let’s not mix things up.Ĭonfigure the connection in /config: Host nassau Generate the needed pub/priv keys $ ssh_keygen -q -t rsa In case you’re trying to do the same on a Linux client, the process is far more simple. You can checkout the repo using URL in form svn+ssh://session-name/repo-name

#Ubuntu configure svn for ci windows

This way the configuration will be saved to Windows Registry, so that Tortoise can retrieve it later. The last part - this is important - go back to the first screen ( Session), name the session and hit „Save”. Next select the Connection / SSH / Auth section and use the private key saved in step one. Open PuTTY and enter URL in the form Remember, that it’s not your username - it’s the system user used for SVN (see server configuration below). You will not need to connect using PuTTY, you will however need to define a new session using it. Just copy the „paste ready” version - this will be used for the server configuration. Save the generated private key, the public key won’t be needed. Just use the defaults and enter a blank passphrase (convinience over security, it’s your call). Run PuTTYgen to generate a private/public key pair.

PuTTY won’t be used per se, but it’s required for the configuration. Tortoise SVN is the best SVN client ever made, so I’m sticking to that.