I am building a collection of useful helper classes for Salesforce and Force.com.

You should contribute...

1. Fork this repo

2. Add some awesomeness (either classes of your own or enhancements to existing classes)

3. Submit pull request

4. Enjoy

The Async class aims to circumvent a limitation of asynchronous (@future) methods in Salesforce. The current @future implementation will only allow for primitives or collections of primitives to be passed into an @future method. The Async class uses native JSON serialization/deserialization to allow for passing an SObject, or List into an asynchronous method for DML operations. A helper method is also included for making the serialization processes simpler.

Usage:

List<Lead> leads = [SELECT Id, FirstName, LastName FROM Lead LIMIT 10];
  
for(Lead l : leads) {
  l.FirstName = 'Somethingelse';
}

// this will update asynchronously
Async.updateSObjects(Async.prepare(leads));

I find myself needing to run mass-updates on records once I finish an "On Update" trigger. I created this simple utility batch class that runs an update on all records retrieved by a SOQL query string that is supplied as the classes only argument. There is a static method that will run this in one line.

Usage:

String batchId = InvokeUpdateTriggerBatch.invoke('SELECT Id FROM Lead');

I created this class to automatically format US State names and State Codes from raw user input. The result is better reporting and cleaner data. The class has a single static method called getState() that accepts a String as its argument. It returns a State object with the formal State Name and State Code as its properties. See the test method for usage examples.

Usage:

String myState = 'mich';

// This will return MI
myState = StateFormatter.getState(myState).statecode;

// This will return Michigan
myState = StateFormatter.getState(myState).statename;

I created this class to help circumvent the 1000 element maximum in Map collections. It's not a wonderful solution, but until parameterization is allowed in Apex, this is a decent workaround.

Usage:

SuperMap mySuperMap = new SuperMap();

for(Integer i=1; i<=10000; i++) {
  mySuperMap.put(String.valueOf(i), 'value' + String.valueOf(i));
}

// remember to cast as the supermap stores generic objects
String val = (String) mySuperMap.get('10000');

• Kevin O'Hara
• {{Your Name Here}}