Microsoft VSTS/TFS plugin
Important: This topic describes using a CI tool plugin to interact with XL Deploy. However, as a preferred alternative starting with version 9.0, you can utilize a wrapper script to bootstrap XL CLI commands on your Unix or Windows-based Continuous Integration (CI) servers without having to install the XL CLI executable itself. The script is stored with your project YAML files and you can execute XL CLI commands from within your CI tool scripts. For details, see the following topics:
As of version 7.0.0 the Team Foundation Server 2015 XL Deploy plugin has been renamed to the Visual Studio Team Services (VSTS)/ Team Foundation Server (TFS) XL Deploy plugin.
The XL Deploy extension for Visual Studio Team Services (VSTS) provides automated deployment functionality through an XL Deploy build task for Microsoft TFS 2015, Microsoft TFS 2017, and Visual Studio Team Services (VSTS), which is also known as Visual Studio Online.
The plugin provides custom build activities to interface with XL Deploy, a sample build template, and an editor to help you modify the build script with custom build actions.
The build template extends a default build template with an XL Deploy-specific part that packages your software in an XL Deploy deployment package (DAR file), uploads the DAR file to an XL Deploy server, and deploy the software to an environment with XL Deploy. You can reuse these custom activities in your own variants of the build template.
- Visual Studio Team Services Plugin Reference
- The XL Deploy plugin on the Visual Studio Marketplace
- Introduction to the Team Foundation Server XAML plugin for the XL Deploy plugin for TFS 2010, TFS 2012, and TFS 2013
- Team Foundation Server 2015 Update 2, Team Foundation Server 2017, or Visual Studio Team Services (VSTS)
- XL Deploy version 5.1.0 and later
Note: If you are using TFS 2015 or TFS 2015 Update 1, the Team Foundation Server 2015 version of the plugin is still available.
|TFS 2010, 2012, 2013||Team Foundation Server XAML plugin|
|TFS 2015 or TFS 2015 Update 1||Team Foundation Server 2015 version of the plugin|
|TFS 2015 Update 2, 2017, VSTS||Visual Studio Team Services (VSTS)/ Team Foundation Server (TFS) plugin|
- Create a deployment package (DAR file)
- Import a deployment package into XL Deploy
- Upload a deployment package to TFS
- Version a deployment package
- Deploy an imported package to a specified environment
Before using the XL Deploy build task for TFS 2015, TFS 2017 or Visual Studio Team Services, ensure that you have installed the build task as described in Install a build task in TFS.
Also, ensure that you are not searching for the custom activities used for XAML builds. For information about custom activities, see the documentation on the XL Deploy plugin for earlier versions of TFS.
Tip: You can use the Visual Studio Marketplace to install the XL Deploy extension in VSTS.
After you install the XL Deploy build task, it is available in the Deploy category. In your build definition, add a new task and search for the XL Deploy task.
Ensure that the task is added after the build steps that create the artifacts you want to package.
The task has the following options:
Set the Manifest Path to the TFS path of the manifest to be included. Example:
$/MyApplication/src/deployit-manifest.xml. The deployment package will be created based on the information that is present in the manifest file indicated in this option.
The manifest path is a TFS path, not a local path, so that any TFS Build Agent can download and package the manifest and perform an automated deployment. Click … to use the file explorer to select the manifest file.
An endpoint is a pointer to an XL Deploy instance. Select the instance that you want to use from the XL Deploy Endpoint list.
If this is the first task you are configuring, you must add a new endpoint. If you have other build definitions that use XL Deploy tasks, you can select an endpoint that is already defined.
For information about adding an XL Deploy endpoint, see Add an endpoint in Team Foundation Server 2015.
To upload the artifact after a DAR file is generated, select Publish the artifacts to TFS. This allows Microsoft Release Management to pick up the artifact for further processing.
If Version is selected, the version in the manifest file will be updated. You do not need to set a placeholder in the manifest. The build task will process the manifest file, search for the version attribute, and set its value to the build number.
You can define the build number format on the General tab of the build definition. If you want to assign a different value as the package version, set the Version value override under Advanced options.
Select Deploy to configure the build task to trigger a deployment for the imported package. Additional options will appear.
When you select this, extra options are shown. By selecting it, you are setting your build task to trigger a deployment for the just imported package.
In Target Environment box, enter the name of the environment to use for deployment, without the Environments root. Example: Production/PROD01.
If you want XL Deploy to roll back the deployment if it fails, select Rollback on deployment failure.
Use the Advanced options selection to override the default values of certain parameters.
By default, the folder where the DAR file is created is the build staging folder. If you want the DAR file to be placed in a different location, specify the path in Output Folder.
Each time a package is created, relative paths are collected from the manifest file. In the build task, each relative path has a build staging folder as a root. If your deployment files are located elsewhere, specify the root path to be used in the Package root folder box.
If Version is selected, the version in the manifest file will be updated. By default, the build number is used. To override this, set the Version value override to a custom value.