A 6 Point Checklist of Best Software for Test Automation

In the past, manual testing was used for exploratory and black box testing, while test automation was used for unit and integration tests. But, now automated testing is done for both.

The argument that automated testing for Salesforce should completely replace manual testing is not fully correct. The manual tester's role is not lessened by the use of automated testing; rather, it is complemented by the automated testing process, which is responsible for developing models and analysing test results. Thanks to test automation, which substitutes manual testing techniques, releases may be done more rapidly and accurately. The challenges of manual testing serve to emphasise the necessity for automated testing.

Characteristics of Software for Test Automation (Checklist)

Consider the following recommendations to avoid spending money on an inefficient test automation technology.

● To begin with, it is available to everyone.

Many organisations cannot operate without Salesforce. So, rather of depending just on testers, new processes are built in partnership with business logic experts. Users of varying skill levels may develop test models and scripts using a low-code or no-code test automation system.

● Conduct a thorough examination of the Salesforce ecosystem

Salesforce is seldom seen functioning in isolation. In contemporary enterprises, the proliferation of APIs, third-party applications, and mission-critical activities adds another layer of complexity to the underlying infrastructure. Testing all these stacked technological components often demands a huge number of costly devices. For exhaustive testing, a test automation system that can connect to everything is required.

● There is no need for substantial framework modifications.

Model-based test automation solutions provide a great deal of flexibility. You simply need to create one model to test both the Classic and Lightning user interfaces. We are aware that some businesses continue to use Salesforce Classic, and that there are use cases in which staff switch between the two user interfaces.

In addition, each user flow may be evaluated on a variety of user interfaces, devices, and browsers. However, your framework will not grow if you continually run fresh tests with various inputs.

● Create tests that cannot be circumvented.

Salesforce creates issues for manual testers and applications that rely on discovering web components to guarantee UI functionality. Find an automated testing solution that verifies web components and the user interface to ensure that your test assets do not break with each release, update, or upgrade.

● Make crucial decisions depending on the outcomes of your experiments.

Certainly, computerised algorithms cannot completely replace human judgement. With the use of accurate test statistics, you may prioritise the Salesforce areas that need testing the most.

● Accelerate the speed of every release cycle.

Due to the fact that no two Salesforce instances are similar, it is laborious and time-consuming to design and release a battery of tests that must be routinely updated. What if you had a solution that could generate Salesforce-specific test cases automatically, enabling you to accelerate every deployment? That seems to be too good to be true.

Conclusion:

With customised procedures of test automation solutions, input fields, and a profusion of third-party interfaces, organisations can customise their IT to match their own needs. Even if Opkey's improvements accelerate processes and provide new features, implementing them without test automation might create delivery delays and user interface errors (UI). By integrating with your enterprise resource planning (ERP) system, Opkey's test automation solution can instantly detect your current tests. Opkey may also examine your system's process logs to identify missing data. This indicates that your Salesforce installation is not functioning properly, and you should expect receiving calls and emails from dissatisfied clients.