CocoaPods is a dependency management tool for iOS apps. Using it you can easily express the external libraries (like StackMob) your app relies on and install them.

Create a new iOS project in Xcode. Here we've created an app named "MobFind".

	$ cd MobFind
	$ ls -F
	MobFind/  MobFind.xcodeproj/  MobFindTests//

We need to create a Podfile to contain our project's configuration for CocoaPods.

	$ touch Podfile
	$ open Podfile 

Your Podfile defines your app's dependencies on other libraries. Add StackMob to it. The Podfile iOS Deployment Target should match your project's deployment target, being at least 5.0.

	platform :ios, '5.0'
	pod 'StackMob'

Now you can use CocoaPods to install your dependencies.

	$ pod install

Your now have a workspace containing your app's project and a project build by CocoaPods which will build a static library containing all of the dependencies listed in your Podfile.

	$ ls -F 
	MobFind/  MobFind.xcodeproj/  MobFind.xcworkspace/  MobFindTests/  Podfile  		Podfile.lock  Pods/

Open the new workspace and we can start developing using the StackMob library

	$ open MobFind.xcworkspace

The iOS SDK gives developers access to two global variables that will enable additional logging statements when using the Core Data integration:

• SM_CORE_DATA_DEBUG - In your AppDelegate's application:DidFinishLaunchingWithOptions: method, include the line SM_CORE_DATA_DEBUG = YES; to turn on log statements from SMIncrementalStore. This will provide information about the data store calls to StackMob happening behind the scenes during Core Data saves and fetches. The default is NO.
• SM_MAX_LOG_LENGTH - Used to control how many characters are printed when logging objects. The default is 10,000, which is plenty, so you will almost never have to set this. The only time you will see the string representation of an object truncated is when you have an Attribute of type String that maps to a field of type Binary on StackMob, because you are sending a string containing the binary of the image, etc. String representations of objects that have been truncated end with <MAX_LOG_LENGTH_REACHED>.

In order to test you must download the full source code: `git clone [email protected]:stackmob/stackmob-ios-sdk.git`.

Kiwi specs run just like OCUnit tests. In Xcode ⌘U will run all the tests for the currently selected scheme.

	describe(@"a public method or feature", ^{
		beforeEach(^{
			//set up
			[[someClass stubAndReturn:aResult] aMethod];
		});
		context(@"when some precondition exists", ^{
			beforeEach(^{
				//set the precondition
			});
			it(@"should have a specific behavior", ^{
				//verify the behavior
				[[aThing shouldNot] equal:someOtherThing];
			});
		    pending(@"should eventually have another behavior", ^{
		    	//pending specs will not execute and generate warnings
		    	[[[anObject should] receive] aMethodWith:anArgument];
		    	[anObject doStuff];
		    });
		    context(@"and another condition exists", ^{
		    	//...
		    });
		});
	});

Unit tests do not make network requests against StackMob. The project includes a seperate target of integration tests to verify communication with the StackMob API.

1. cp integration\ tests/StackMobCredentials.plist.example integration\ tests/StackMobCredentials.plist
2. open integration\ tests/StackMobCredentials.plist
3. Set the public for the StackMob account you want the tests to use.
4. Create a schema (using the StackMob web console) called places. Add a geopoint field called location and set all Schema Permissions to Open.
5. Create a schema (using the StackMob web console) called oauth2test. Add a string field called name and set all Schema Permissions to Allow to any logged in user.
6. Test the "integration tests" scheme.

1. Clone the custom code example repository: $ git clone [email protected]:stackmob/stackmob-customcode-example.git.
2. From the root folder navigate to /java/src/main/java/com/stackmob/example/.
3. Replace the contents of the /example folder with the files provided by stackmob-ios-sdk. They can be found by navigating from the root of your local stackmob-ios-sdk folder to /integration tests/CustomCodeFiles. The files are EntryPointExtender.java, HelloWorld.java, and HelloWorldParams.java.
4. Naviagate back to the root of your local stackmob-customcode-example folder and execute the command $ mvn clean package.
5. Go to your dashboard on stackmob.com and click on Manage Custom Code in the left sidebar.
6. Upload new code and choose the .jar file located, from the root of your local stackmob-customcode-example folder, in /java/target/. It's the only .jar file there, and NOT the .one-jar.jar. You should get feedback from the browser that the methods hello_world and hello_world_params have successfully been uploaded - it reports the version and create date.
7. Once you upload the custom code files you are ready to test. In Xcode, navigate to the file SMIntegrationTestHelpers.h in the folder Integration Tests. You will see #define TEST_CUSTOM_CODE 0. Just change that to a 1 and when you test the "integration tests" scheme you will run the custom code tests found in SMCusCodeReqIntegrationSpec.m.

0. Fork the repository on github and clone your fork.
1. Create a topic branch: git checkout -b make_sdk_better development.
2. Write some tests for your change.
3. Make the tests pass.
4. Commit your changes.
5. (Repeat Steps 2-4 as needed.)
6. Make sure your topic branch is up to date with any changes other developers have added to the development branch while you were working: git merge development (git rebase development for local branches if you prefer).
7. Push your topic branch to your fork: git push origin make_sdk_better.
8. Create a pull request on github asking StackMob to merge your topic branch into StackMob's development branch.