JitPack.io


Source link: https://jitpack.io

JitPack.io

JitPack is a novel package repository for JVM and Android projects. It builds Git projects on demand and provides you with ready-to-use artifacts (jar, aar).

If you want your library to be available to the world there is no need to go through project build and upload steps. All you need to do is push your project to GitHub and JitPack will take care of the rest. That’s really it! Need help setting up a repo? Come to Gitter

In case your project is already on GitHub JitPack makes sure I can be built by anyone. Want to use a GitHub library in your project project? Follow the simple steps explained in the ‘Building with Jitpack’ section.

For issues and enhancements please use the JitPack GitHub repository. The repository contains this documentation and contributions are welcome there as well.

Building with JitPack

If you are using Gradle to get a GitHub project into your build you will need to:

Step 1. Add the JitPack maven repository to the list of repositories:

 url "https://jitpack.io"

Step 2. Add the dependency information:

  • Group: com.github.Username
  • Artifact: Repository Name
  • Version: Release tag, commit hash or -SNAPSHOT

That's it! The first time you request a project JitPack checks out the code, builds it and sends the Jar files back to you.

To see an example head to jitpack.io and 'Look Up' a GitHub repository by url.

Gradle example:

 allprojects {

repositories {

 jcenter()

 maven {
 url "https://jitpack.io" 
}

}

 
}

 dependencies {

compile 'com.github.User:Repo:Version'
 
}

Note: when using multiple repositories in build.gradle it is recommended to add JitPack at the end. Gradle will go through all repositories in order until it finds a dependency.

Snapshots

Snapshot versions are useful during development. A snapshot is a version that has not been released. The difference between a real version and a snapshot is that snapshot might still get updates. Snapshot versions are useful during development process and JitPack provides two ways to get them. You can specify a version for your dependency as:

  • commit hash

  • branch-SNAPSHOT (replace 'branch' with any branch name, e.g. master)

For example:

 // dependency on the latest commit in the master branch
  compile 'com.github.jitpack:gradle-simple:master-SNAPSHOT'

Adding -SNAPSHOT will build the latest commit on the master branch.

Gradle can cache the SNAPSHOT builds. You could add the following configuration in your build.gradle file in order to ensure Gradle always picks up the 'freshest' version of the build.

configurations.all {

  resolutionStrategy.cacheChangingModulesFor 0, 'seconds' 
}

Or you could also run Gradle from the command line with the --refresh-dependencies flag. See the Gradle documentation for more information on how to configure caching for changing dependencies.

Note If using Android Studio don't forget to press File->Synchronize after updating to a newer snapshot.

See also the Guide to building for more details and for instructions on building multi-module projects.

If the project doesn't have any GitHub Releases you can get the latest snapshot build. In this case use the short commit id as the version. You can also place tags on other branches and then build using those tags.

Tip: You can also automate GitHub releases with Gradle release & version management plugin

Publishing on JitPack

Publishing your library on JitPack is very simple:

As long as there's a build file in your repository and it can install your library in the local Maven repository, it is sufficient for JitPack. See the Guide to building on how to publish JVM libraries and Guide to Android on how to publish Android libraries.

Tip: You can try out your code before a release by using the commit hash as the version.

** Some extras to consider **

Add dependency information in your README. Tell the world where to get your library:

repositories {

jcenter()

maven {
 url "https://jitpack.io" 
}

 
}

 dependencies {

 compile 'com.github.jitpack:gradle-simple:1.0'
 
}
  • Add sources jar. Creating the sources jar makes it easier for others to use your code and contribute.

  • Show up-to-date version in HTML. If your project has a website or GitHub pages then you can display the latest release using this script

Features

  • Javadoc publishing. If the project produces a javadoc.jar then you can browse the javadoc files directly at:

    • https://jitpack.io/com/github/USER/REPO/VERSION/javadoc/
    • See the example projects on how to configure your build file. Android example
  • Private repositories

  • Dynamic versions. You can youse Gradle's dynamic version '1.+' and Maven's version ranges for releases. They resolve to releases that have already been built. JitPack periodically checks for new releases and builds them ahead-of-time.

  • Build by tag, commit id or anyBranch-SNAPSHOT.

  • You can also use your own domain name for groupId

Other Git hosts

JitPack also works with other Git hosting providers. The only difference is the groupId of your artifacts:

  • BitBucket: org.bitbucket.Username:Repo:Tag

  • GitLab: com.gitlab.Username:Repo:Tag

Too see an example head to https://jitpack.io and 'Look Up' a Git repository by url.

Custom domain name

If you want to use your own domain name as the groupId instead of com.github.yourcompany, you can. We support mapping your domain name to your GitHub organization. Then instead of 'com.github.yourcompany' groupId you can use 'com.yourcompany' while the name of the project and version remains the same.

To enable your own domain name:

  1. Add a DNS TXT record that maps git.yourcompany.com to https://github.com/yourcompany. This needs to be configured at your domain name provider such as GoDaddy. For example see How to add a TXT record.

  2. Go to https://jitpack.io/#com.example/yourrepo and click Look up. If DNS resolution worked then you should see a list of versions.

  3. Select the version you want and click 'Get it' to see Maven/Gradle instructions.

Example: https://jitpack.io/#io.jitpack/gradle-simple

To check that the DNS TXT record was added run the command dig txt git.yourcompany.com. For example:

~$ dig txt git.jitpack.io ... ;; ANSWER SECTION: git.jitpack.io.
  600 IN  TXT "https://github.com/jitpack" 

Badges

Add this line to your README.md to show a status badge with the latest release:

[![Release](https://jitpack.io/v/User/Repo.svg)](https://jitpack.io/#User/Repo)

Release

If you are using a custom domain or BitBucket then use:

[![Release](https://jitpack.io/v/com.example/Repo.svg)](https://jitpack.io/#com.example/Repo)

[![Release](https://jitpack.io/v/org.bitbucket.User/Repo.svg)](https://jitpack.io/#org.bitbucket.User/Repo)

Or if you prefer the flat-squared style:

https://jitpack.io/v/User/Repo.svg?style=flat-square

Release

FAQ

See the FAQ page

Resources

A sample Android application to demonstrate how to build screens as fully independent modules.

It relies on a Finite State Machine (EasyFlow), to handle screens as states and trigger/consume events. Events allow the application to handle navigation between screens. The global context of the FSM is used to pass arguments as a Bundle. It also shows how to use dependency injection (via Dagger 2 for example) in modules.

This way:

  • modules are fully independent
  • modules declare the dependencies they need
  • modules declare the states they correspond to
  • modules declare the events that can be triggered
  • the hosting application sets up the states it uses (i.e., "screens")
  • the hosting application sets up how to navigation between states (with events)
  • the hosting application sets up the dependency injection mechanism

One of the fastest caching libraries for Java. Lots of features for advanced integrations of external systems: (Variable entry) expiry, exception handling with configurable resilience, loaders/writers, events, statistics. Configuration can also be done via XML (optional feature).

SimpleTabBar is customizable tab bar for viewpager

A Dialog fragment with date pickers which can be used to select a time range.

Tab Stacker is an Android library that handles Multiple Fragment History (Back Stacks), like it is done on iOS Apps.

Simplified Android Rest API wrapper on-top of okHttp

Topics


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