Plugins {#plugins}

Plugins are a tool to share and reuse Tuist artifacts across multiple projects. The following artifacts are supported:

• <LocalizedLink href="/guides/features/projects/code-sharing">Project description helpers</LocalizedLink> across multiple projects.
• <LocalizedLink href="/guides/features/projects/templates">Templates</LocalizedLink> across multiple projects.
• Tasks across multiple projects.
• <LocalizedLink href="/guides/features/projects/synthesized-files">Resource accessor</LocalizedLink> template across multiple projects

Note that plugins are designed to be a simple way to extend Tuist's functionality. Therefore there are some limitations to consider:

• A plugin cannot depend on another plugin.
• A plugin cannot depend on third-party Swift packages
• A plugin cannot use project description helpers from the project that uses the plugin.

If you need more flexibility, consider suggesting a feature for the tool or building your own solution upon Tuist's generation framework, TuistGenerator.

Plugin types {#plugin-types}

Project description helper plugin {#project-description-helper-plugin}

A project description helper plugin is represented by a directory containing a Plugin.swift manifest file that declares the plugin's name and a ProjectDescriptionHelpers directory containing the helper Swift files.

::: code-group

import ProjectDescription

let plugin = Plugin(name: "MyPlugin")

.
├── ...
├── Plugin.swift
├── ProjectDescriptionHelpers
└── ...

:::

Resource accessor templates plugin {#resource-accessor-templates-plugin}

If you need to share <LocalizedLink href="/guides/features/projects/synthesized-files#resource-accessors">synthesized resource accessors</LocalizedLink> you can use this type of plugin. The plugin is represented by a directory containing a Plugin.swift manifest file that declares the plugin's name and a ResourceSynthesizers directory containing the resource accessor template files.

::: code-group

import ProjectDescription

let plugin = Plugin(name: "MyPlugin")

.
├── ...
├── Plugin.swift
├── ResourceSynthesizers
├───── Strings.stencil
├───── Plists.stencil
├───── CustomTemplate.stencil
└── ...

:::

The name of the template is the camel case version of the resource type:

When defining the resource synthesizers in the project, you can specify the plugin name to use the templates from the plugin:

let project = Project(resourceSynthesizers: [.strings(plugin: "MyPlugin")])

Task plugin <Badge type="warning" text="deprecated" /> {#task-plugin-badge-typewarning-textdeprecated-}

[!WARNING] Deprecated

Task plugins are deprecated. Check out this blog post if you are looking for an automation solution for your project.

Tasks are $PATH-exposed executables that are invocable through the tuist command if they follow the naming convention tuist-<task-name>. In earlier versions, Tuist provided some weak conventions and tools under tuist plugin to build, run, test and archive tasks represented by executables in Swift Packages, but we have deprecated this feature since it increases the maintenance burden and complexity of the tool.

If you were using Tuist for distributing tasks, we recommend building your

• You can continue using the ProjectAutomation.xcframework distributed with every Tuist release to have access to the project graph from your logic with let graph = try Tuist.graph(). The command uses sytem process to run the tuist command, and return the in-memory representation of the project graph.
• To distribute tasks, we recommend including the a fat binary that supports the arm64 and x86_64 in GitHub releases, and using Mise as an installation tool. To instruct Mise on how to install your tool, you'll need a plugin repository. You can use Tuist's as a reference.
• If you name your tool tuist-{xxx} and users can install it by running mise install, they can run it either invoking it directly, or through tuist xxx.

[!NOTE] The Future Of Projectautomation

We plan to consolidate the models of ProjectAutomation and XcodeGraph into a single backward-compatible framework that exposes the entirity of the project graph to the user. Moreover, we'll extract the generation logic into a new layer, XcodeGraph that you can also use from your own CLI. Think of it as building your own Tuist.

Using plugins {#using-plugins}

To use a plugin, you'll have to add it to your project's <LocalizedLink href="/references/project-description/structs/tuist">Tuist.swift</LocalizedLink> manifest file:

import ProjectDescription


let tuist = Tuist(
    project: .tuist(plugins: [
        .local(path: "/Plugins/MyPlugin")
    ])
)

If you want to reuse a plugin across projects that live in different repositories, you can push your plugin to a Git repository and reference it in the Tuist.swift file:

import ProjectDescription


let tuist = Tuist(
    project: .tuist(plugins: [
        .git(url: "https://url/to/plugin.git", tag: "1.0.0"),
        .git(url: "https://url/to/plugin.git", sha: "e34c5ba")
    ])
)

After adding the plugins, tuist install will fetch the plugins in a global cache directory.

[!NOTE] No Version Resolution

As you might have noted, we don't provide version resolution for plugins. We recommend using Git tags or SHAs to ensure reproducibility.

[!TIP] Project Description Helpers Plugins

When using a project description helpers plugin, the name of the module that contains the helpers is the name of the plugin

swiftCopy

import ProjectDescription
import MyTuistPlugin
let project = Project.app(name: "MyCoolApp", platform: .iOS)