Salesforce testing is difficult. It’s not simple to figure out what went wrong and where because many of the classes are predefined Salesforce classes over which you have no say and can’t make any changes. Whenever something stops working, the first step is always a tense search to make sure you haven’t accidentally inherited the wrong class or clashed with some built-in CSS.
The very term “debugging” strikes fear into the hearts of both inexperienced and seasoned designers. However, despite this, testing in Salesforce automated testing is not hard, and you can save a lot of time on testing, especially repetitive testing, by adopting a best-practices-based strategy and using some great tools.
Methods For Evaluating Success –
The language used to create the force dot com platform, is a high-level programming language. That means it comes with a built-in feature that facilitates the creation, execution, and tracking of test cases. Even the most observant people might forget that at times. So, testing in Salesforce via classic to lighting migration is not that dissimilar from testing in general. Thus, article will not discuss the obvious (but still widely disregarded) techniques of writing well-structured code, commenting to clarify how a function will be used or testing one hundred percent of the code.
Mobility Of Code –
Most professionals think that this is the single most important factor. Do not make your code too reliant on certain external data. You’ll need to write code that validates against or relies on the information user’s username or some other piece of information, but if you rely on these things too heavily, your app’s functionality will be broken when you transfer it from development to production. Every piece of code needs to be able to handle the possibility of missing or null data. Use SOQL searches and relative URLs to access data records. Use cases where there is no data should also be tested in the sandbox environment. If it can handle these kinds of situations, it can handle any setting.
Assertion-Based Testing –
Assert is a condition-checking helper class (). This feature is fantastic since it allows you to test whether or not a condition has been satisfied, or whether or not a method has carried out a given function as intended. Check out this thread on the Salesforce forums and this page on the Salesforce system for more information.
Examining Mass Information –
Users can initiate data operations with an apex trigger by clicking a button or by using the SFDC API. The execution of Apex Code in bulk means that you must ensure that your use cases, especially those that use APIs, are robust when dealing with huge data sets. It’s crucial to check that your code doesn’t overshoot the governor’s boundaries, as doing so can lead to catastrophic data loss. That’s based on lots of practice providing automated services for moving data from classic to lighting migration in Salesforce.
Instruments For Evaluation –
The majority in Salesforce automated testing is done in a browser or Eclipse-based environment. Excellent debugging tools may be found in both Eclipse and modern web browsers; when used in conjunction with test classes, these tools can be extremely useful. however, has released a Chrome extension called Salesforce Lightning Inspector for testing Salesforce Lightning for those who need more.
Conclusion
The process of evaluating and selecting automation technologies like Opkey is challenging but important. When equipped with the correct instruments, test automation allows you to maximise output while minimising input. Since not every automation solution will be appropriate for your business, you should evaluate your team’s many different characteristics before deciding on a set of automation standards.
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