deliver • snapshot • frameit • PEM • sigh
-------######fastlane lets you define and run your deployment pipelines for different environments. It helps you unify your apps release process and automate the whole process. fastlane connects all fastlane tools and third party tools, like CocoaPods and xctool.
Get in contact with the developer on Twitter: @KrauseFx
Features • Installation • Quick Start • Customise • Extensions • Jenkins • Tips • Need help?
- Connect all tools, part of the
fastlane
toolchain to work seamlessly together - Define different
deployment lanes
for App Store deployment, beta builds or testing - Deploy from any computer
- Jenkins Integration: Show the output directly in the Jenkins test results
- Write your own actions (extensions) to extend the functionality of
fastlane
- Store data like the
Bundle Identifier
or yourApple ID
once and use it across all tools - Never remember any difficult commands, just
fastlane
- Easy setup, which helps you getting up and running very fast
- Shared context, which is used to let the different deployment steps communicate with each other
- Store everything in git. Never lookup the used build commands in the
Jenkins
configs - Saves you hours of preparing app submission, uploading screenshots and deploying the app for each update
- Very flexible configuration using a fully customizable
Fastfile
- Once up and running, you have a fully working Continuous Deployment process. Just trigger
fastlane
and you're good to go.
Take a look at the fastlane website for more information about why and when to use fastlane
.
I recommend following the fastlane guide to get started.
If you are familiar with the command line and Ruby, install fastlane
yourself:
sudo gem install fastlane
Make sure, you have the latest version of the Xcode command line tools installed:
xcode-select --install
If you want to take a look at a project, already using fastlane
, check out the fastlane-example project on GitHub.
The setup assistent will create all the necessary files for you, using the existing app metadata from iTunes Connect.
cd [your_project_folder]
fastlane init
- Follow the setup assistent, which will set up
fastlane
for you - Further customise the
Fastfile
using the next section
For a more detailed setup, please follow the fastlane guide.
Why should you have to remember complicated commands and parameters?
Store your configuration in a text file to easily deploy from any computer.
Open the Fastfile
using a text editor and customise it even further. (Switch to Ruby Syntax Highlighting)
You can define multiple lanes
which are different workflows for a release process.
Examples are: appstore
, beta
and test
.
You define a lane
like this (more details about the commands in the Actions section):
lane :appstore do
increment_build_number
cocoapods
xctool
snapshot
sigh
deliver
frameit
sh "./customScript.sh"
slack
end
To launch the appstore
lane run
fastlane appstore
When one command fails, the execution will be aborted.
There are some predefined actions you can use. If you have ideas for more, please let me know.
Everyone using CocoaPods will probably want to run a pod install
before running tests and building the app.
cocoapods # this will run pod install
You can run any xctool action. This will require having xctool installed through homebrew.
xctool :test
It is recommended to have the xctool
configuration stored in a xctool-args
file.
snapshot
To make snapshot
work without user interaction, follow the CI-Guide of snapshot
.
This will generate and download your App Store provisioning profile. sigh
will store the generated profile in the ./fastlane
folder.
sigh
To use the Ad Hoc profile instead
sigh :adhoc
deliver
If you don't want a PDF report, which you have to approve first, append :force
to the command. This is useful when running fastlane
on your Continuous Integration server.
deliver :force
deliver :beta
: Upload a beta build for Apple TestFlightdeliver :skip_deploy
: To don't submit the app for review (works with both App Store and beta builds)deliver :force, :skip_deploy
: Combine options using,
By default, the device color will be black
frameit
To use white (sorry, silver) device frames
frameit :silver
This method will increment the build number, not the app version. Usually this is just an auto incremented number. You first have to set up your Xcode project, if you haven't done it already.
increment_build_number # automatically increment by one
increment_build_number '75' # set a specific number
hockey({
api_token: '...',
ipa: './app.ipa',
notes: "Changelog"
})
More information about the available options can be found in the HockeyApp Docs.
Run your functional tests on real iOS devices over the cloud (for free on an iPod). With this simple testcase you can ensure your app launches and there is no crash at launch. Tests can be extended with Testmunk's library or custom steps. More details about this action can be found in testmunk.rb
.
ENV['TESTMUNK_EMAIL'] = 'email@email.com'
# Additionally, you have to set TESTMUNK_API, TESTMUNK_APP and TESTMUNK_IPA
testmunk
sh "./your_bash_script.sh"
This block will get executed before running the requested lane. It supports the same actions as lanes.
before_all do
cocoapods
end
This block will get executed after running the requested lane. It supports the same actions as lanes.
It will only be called, if the selected lane was executed successfully.
after_all do |lane|
say "Successfully finished deployment (#{lane})!"
slack({
message: "Successfully submitted new App Update"
})
sh "./send_screenshots_to_team.sh" # Example
end
This block will get executed when an error occurs, in any of the blocks (before_all, the lane itself or after_all).
error do |lane, exception|
slack({
message: "Successfully deployed new App Update for [AppName](http://link.com).",
success: false,
channel: 'development'
})
end
Why only use the default actions? Create your own to extend the functionality of fastlane
.
The build step you create will behave exactly like the built in actions.
Just run fastlane new_action
. Then enter the name of the action and edit the generated Ruby file in fastlane/actions/[action_name].rb
.
From then on, you can just start using your action in your Fastfile
.
If you think your extension can be used by other developers as well, let me know, and we can bundle it with fastlane
.
fastlane
automatically generates a JUnit report for you. This allows Continuous Integration systems, like Jenkins
, access the results of your deployment.
The recommended way to install Jenkins is through homebrew:
brew update && brew install jenkins
From now on start Jenkins
by running:
jenkins
To store the password in the Keychain of your remote machine, I recommend running sigh
or deliver
using ssh or remote desktop at least once.
If you're using Jenkins
as its own user, you might run into problems with homebrew
and phantomjs
.
You should not deploy a new App Store update after every commit, since you still have to wait 1-2 weeks for the review. Instead I recommend using Git Tags, or custom triggers to deploy a new update.
You can set up your own Release
job, which is only triggered manually.
I recommend the following plugins:
- HTML Publisher Plugin: Can be used to show the generated screenshots right inside Jenkins.
- AnsiColor Plugin: Used to show the coloured output of the fastlane tools. Dont' forget to enable
Color ANSI Console Output
in theBuild Environment
or your project. - Rebuild Plugin: This plugin will save you a lot of time.
Use the following as your build step:
fastlane appstore --trace
Replace appstore
with the lane you want to use. I recommend appending the --trace
to make debugging easier in case something goes wrong.
To show the deployment result right in Jenkins
- Add post-build action
- Publish JUnit test result report
- Test report XMLs:
fastlane/report.xml
To show the generated screenhots right in Jenkins
- Add post-build action
- Publish HTML reports
- HTML directory to archive:
fastlane/screenshots
- Index page:
screenshots.html
Save and run. The result should look like this:
fastlane
Toolchain
deliver
: Upload screenshots, metadata and your app to the App Store using a single commandsnapshot
: Automate taking localized screenshots of your iOS app on every deviceframeit
: Quickly put your screenshots into the right device framesPEM
: Automatically generate and renew your push notification profilessigh
: Because you would rather spend your time building stuff than fighting provisioning
The different actions can communicate with each other using a shared hash. Access them in your scrips using:
Actions.lane_context[Actions::SharedValues::LANE_NAME] # the name of the current lane
Available variables (put that inside the square brackets of the above snippet)
Actions::SharedValues::BUILD_NUMBER # generated by `increment_build_number`
Actions::SharedValues::SNAPSHOT_SCREENSHOTS_PATH # generated by `snapshot`
Actions::SharedValues::DELIVER_IPA_PATH
Actions::SharedValues::SIGH_PROFILE_PATH # generated by `sigh`
Actions::SharedValues::HOCKEY_DOWNLOAD_LINK #generated by `hockey`
before_all do
ENV["SLACK_URL"] = "https://hooks.slack.com/services/..."
increment_build_number
cocoapods
xctool :test
end
lane :beta do
sigh :adhoc
deliver :beta
hockey({
api_token: '...',
ipa: './app.ipa'
})
end
lane :deploy do
sigh
snapshot
deliver :force
frameit
end
after_all do |lane|
slack({
message: "Successfully deployed a new version."
})
say "My job is done here"
end
error do |lane, exception|
slack({
message: "An error occured"
})
end
To skip cleaning the project on every build
snapshot :noclean
You can run multiple lanes
(in the given order) using
fastlane test inhouse appstore
Keep in mind the before_all
and after_all
block will be executed for each of the lanes
.
Just rename the folder to .fastlane
in case you don't want it to be visible in the Finder.
Add this to the top of your Fastfile
(. is the fastlane
folder)
actions_path '../custom_actions_folder/'
A detailed description about your credentials is available on a separate repo.
- If there is a technical problem with
fastlane
, submit an issue. Runfastlane --trace
to get the stack trace. - I'm available for contract work - drop me an email: fastlane@krausefx.com
This project is licensed under the terms of the MIT license. See the LICENSE file.
- Create an issue to discuss about your idea
- Fork it (https://github.com/KrauseFx/fastlane/fork)
- Create your feature branch (
git checkout -b my-new-feature
) - Commit your changes (
git commit -am 'Add some feature'
) - Push to the branch (
git push origin my-new-feature
) - Create a new Pull Request