Salesforce Test Architecture for CRM

Tags: crm, salesforce, salesforcetestarchitecture
Published: 2020-08-12 06:21:42

Testing is a very essential part of any project, as it helps to debug and debug mistakes that were made during the development phase. This can lead to proper implementation and one can avoid any kind of hassle while running the program. Salesforce provides a very robust architecture for CRM and not only encourages a test environment, but also enforces it. Sometimes one can be rushed when applying and implementing the [CRM solution](https://www.cloudanalogy.com/), but it can lead to obsessive problems later on if the errors are not corrected before implementation. This makes it even more essential to have a well-planned and implemented architecture for the CRM, available through Salesforce. The benefit of using the platform, Force.com, is that it enables quick and easy application development using standard and custom functions, such as Visualforce pages and Apex classes. Force.com includes a framework that is used to create and run test classes, but when it comes to large data volumes and high-demand applications, unit tests may not be enough. The points listed below highlight the architecture of the Salesforce CRM solution and how they are helpful in maximizing efficiency.

![Alt Text](https://dev-to-uploads.s3.amazonaws.com/i/t2ju725hrwcim1qa6tb5.jpg)

**Types of evidence**

Salesforce offers a variety of methodologies to ensure that the end result is completely satisfactory and error-free. The different types of tests are mentioned below: -

**Stress test**
Lack of resources or excessive demands can lead to abnormal or extreme conditions and then stress tests are used to verify system performance. The main task of this is to understand the limits of the system.

**Load Test**
With the increase in the number of users, changes to the system can be expected and load testing can be performed at this instance. This allows you to verify variable charges, such as changing the number of users, transactions or even settings.

**Performance test**
This is done when there is a particular workload and you want to check performance. This can be done when the other two cases are finished.

**Testing for the Force.com platform**

[Salesforce.com](https://www.cloudanalogy.com/) tests and ensures that the Force.com platform has excess capacity to support over 1 billion transactions per day with ultra-fast response time. By using regulatory limits, the platform verifies highly inefficient code and ensures that users have a great experience with the application. So instead of passing a stress test, it is better to do load or performance tests at the expected loads. Salesforce.com only allows this in sandbox environments that are overstretched with regulatory limits. With highly custom code or high transaction volumes, this is recommended as this will ensure that the custom application or business logic matches the desired response time. In addition, it determines the precise flow of expected charges per estimated transaction. Unit testing before actual performance testing can be helpful in identifying performance benchmarks for requests. Developer console, workbench, etc. can be used to identify performance issues associated with visual force pages and Apex classes.

Salesforce gives its developers the freedom to write cases for their test code to be debugged. Test methods or test classes can be implemented in code written for testing purposes only. The focus of the test class is independent of the organizational limit of the Apex code, although one of them may be limited by license agreements on the amount of resources used.

**Automated testing**

The Force.com platform testing method is automated, allowing for a very creative and innovative approach to software testing methodology. Everything is fully automated, such as writing the code to test the data, using it in the test method, executing and removing the [test data](https://www.cloudanalogy.com/).