Integrate FitNesse with XCTest Using Xcode8
The latest release of the OCSlim project has integrated FitNesse test reports along with XCTest framework. In this post, we will see how to integrate Fitness with XCTest.
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fitnesse for ios
recently fitnesse has entered into the world of ios development. an ocslimproject has enabled an atdd and bdd practices in ios development world. this project enabled us writing and blazing fast acceptance test with fitnesse for ios. thanks to paul stringer and other contributors. you can read more about what are the problems that fitnesse can solve in article ‘ acceptance testing for ios ‘ by paul stringer.
as of now fitnesse acceptance for ios running in the separate process and reports are generated by a different mechanism which doesn't feel like fitnesse and is actually part of the development and ci workflow. the good news is the latest release of the ocslim project has integrated fitnesse test reports along with xctest framework which means we can execute fitnesse tests along with unit tests using xcode-build. in this post, we will see how to integrate fitness with xctest.
fitnesse and xctest
in order to get fitnesse and xctest working we need to have the following toolkit:
- rubygems setup and cocoapods [gem install cocoapods]
- xcode 8 (should work on 7.3 as well)
- java 1.8 – scared ? yes, java! required to launch fitnesse. don’t worry we are not touching it [brew install java]
- nodejs [brew install node]
- ios-sim [npm install -g ios-sim]
once we've got these we are good to go.
create a new xcode project
let’s create a new xcode project in swift with unit tests only, without ui tests and core data.
let’s build this project and run unit tests for the blank project by pressing cmd+b and cmd + u. now we have a blank app running in the simulator.
get fitnesse target templates for xcode
there are some pre-defined targets as part of the “ocslimproject” we need to download and add to xcode. just run these commands from terminal/iterm
$ git clone https://github.com/paulstringer/ocslimprojectxcodetemplates.git $ cd ocslimprojectxcodetemplates $ make
now we have all the necessary targets templates copied over to xcode. now launch xcode and select new targets for ios. you will see acceptance and acceptance unit tests bundle got added to xcode.
add acceptance and acceptance unit test target to project
now that we have all the predefined targets for fitnesse. just add “acceptance tests” target from the template and “acceptanceunittests” target from the bundle. you will need “fitnesse suite page name” to create this target but just put “ocslimprojectexamplepage” there for now . add your ‘acceptancetests’ target as a ‘target dependancy’ of this new target in build phases. this ensures that it the latest code has been built prior to the tests being run.
if you click build at this stage, it will fail because we don’t have pod dependencies added yet.
add pod dependencies
we need to create a “podfile” at the root of the project with the following content.
target 'acceptancetests' do pod 'ocslimproject' end target 'acceptanceunittests' do pod 'ocslimprojecttestbundlesupport' end
now, we can run ‘pod install’ at this stage and close the current xcode session and open project workspace.
build acceptance tests target
at this stage, we should be able to build the “acceptance tests” target. if you are using xcode8, you might see some warning related to the swift3 syntax. just click on ‘edit-> convert-> to current swift syntax
just click on ‘edit-> convert-> to current swift syntax and this error will go away.
now you should be able to build an “acceptance tests” target. once, build is successful, you should see “launchfitnesse” script is generated in the root of the project. we can launch and execute the fitness test as shown below.
test acceptanceunittests target
now if you select “acceptanceunittarget” and press cmd+u.
now we can see that fitnesse tests are running as shown above. we can add this to main scheme to make sure we are running it after the unit tests to follow proper development workflow. we can build and run it as our normal unit tests.
taking control with bundler, fastlane, and trainer
now that , we have seen how to run fitnesse acceptance tests from xcode but it’s a good idea to run it with fastlane. we can also take control of version of cocoapods and fastlane by using bundler . let’s create a gemfile at the root of the project with the following gem.
source "https://rubygems.org" gem 'cocoapods' gem 'fastlane' plugins_path = file.join(file.dirname(__file__), '.', 'pluginfile') eval(file.read(plugins_path), binding) if file.exist?(plugins_path)
let’s also create directory “fastlane” and make “fastfile” with following content
fastlane_version "1.104.0" default_platform :ios platform :ios do before_all do system "rm -rf ../test_reports/" system "bundle install" system "pod install" system "bundle exec fastlane add_plugin trainer" end desc "runs all the unit tests and fitnesse aceptance tests" lane :xctest_fitnesse do scan(scheme: "fitnessexctestdemo", destination: 'platform=ios simulator,name=iphone 7 plus,os=10.0', output_directory: "test_reports/", output_types: "html", fail_build: false ) trainer(output_directory: "test_reports/trainer_report/") end end
now we will create a “fastlane/pluginfile” to add “trainer” plugin.
after running “bundle install” we should be able to run those test from command line like this :
$ git clone https://github.com/shashikant86/fitnesse-xctest $ cdfitnesse-xctest$ bundle install $ bundle execfastlane xctest_fitnesse
in this way, we can execute fitnesse ios acceptance test as part of our development workflow along with our unit tests. this allows us to get early feedback and seamless integration with ide like xcode8.
Published at DZone with permission of Shashikant Jagtap, DZone MVB. See the original article here.
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