PEGA Testing is a different practice from traditional manual Testing software. PEGA includes an in-built feature of automation testing AUT-Automated Unit Testing. Moreover, it has a PRPC-PEGA Rules Process Commander that functions in automating the program code. PEGA is a popular automation tool also built using Java and OOP (Object-oriented programming). This mainly helps in developing user interfaces useful for BAs, system analysts, and developers. Moreover, these interfaces are also useful in developing PEGA apps.
In order to automate the QA Testing process, the analyst has to transform into PEGA Testing from conventional testing methods. There are various methods of testing an application in this platform but some of them are most reliable.
Let us discuss in detail the PEGA Testing and its usefulness over Manual/Traditional Testing methods.
PEGA Testing means
PEGA Testing refers to testing executed on PEGA apps. To execute PEGA Testing, the skills required for a person are- knowledge of TMF (Testing Management Framework), Manual & Regressive Testing. These skills help to perform testing on Pega apps. Moreover, to perform AUT or automated unit testing also, the PEGA Testing tool helps.
Furthermore, using the PEGA Unit Testing feature in this tool, users can perform testing of Decision Rules, Integrations, Flow Rules, and the ART Testing. Testing of PEGA apps is developed within an agile model with many features.
The below-mentioned rules can be tested using PEGA unit Testing in the latest version of this platform. These rules are essential features to improve the overall quality of the PEGA application.
Activities or Operations
Pages for Data needs
Flows of data
Rules to Data Transformation
Case Types etc.
Later, the term AUT or Automated Unit Testing feature comes to light. Using AUT, the above rules are automated and changes can be caught while their re-running.
The below given debugging rules also caught by PEGA testing apart from the automated unit testing feature. Such as –
PAL (Performance Analyzer) /PLA (PegaRULES Log Analyzer)
SMA – System Management Application
UI (User Interface) Inspection
Using the aid of this Testing suite, a user can easily test any application. The QA (Quality Assurance) team within an organization performs testing the apps using the above tools. This testing is conducted in an agile ecosystem. Moreover, this testing helps the developers, before getting to the development team, to fix the errors/bugs with less effort.
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PEGA Testing skills
Moreover, a PEGA tester should also know the following things before getting into testing the apps through this Testing feature. These skills are-
Laws of Operator ID
Rule Setting skills
Accessing Group data
Declarative Statements Like- Table for Decision making, Decision-making Trees, and so on.
Concept of Work-list
Concept of Work-Basket
Service Stage Agreements (SLAs) and so on.
These things will help any tester and developer to test the apps easily and effortlessly.
PEGA Testing concepts
Let us discuss further in this blog post regarding various PEGA Testing concepts that are essential. There are two different types of testing within this platform we can see such as Functional Testing, and Non-Functional Testing.
Functional testing within PEGA Testing is a process of QA or Quality Assurance. It’s also a type of black-box testing that puts a test case on the software component specifications and features within the test. In this type of testing, the functions are tested by inputting data and testing the results. Moreover, functional testing is conducted to assess the system rules with specific functional needs.
It is also not essential here to know the internal workings of the software functionality. That means the testers of PEGA doesn’t need to know the coding languages or the software implementation process. Besides, functional testing is different from system testing and it generally defines what the system actually performs.
The best practices of functional testing in this platform involves the following-
It makes sure that the “Definition OF Done-(DoD)” are contacted or sent to the whole team members of the project.
Makes sure that this DoD is complete in all aspects, measurable, and includes all things that met with user specifics.
Maintaining traceability and automating the test features with high scalability and easy execution throughout the project.
Further, Functional testing includes the following types of testing features also, like- rule-based testing, role-based testing, and debugging testing. Here the Rule-based testing includes testing the PEGA rules such as clipboards, flows, UI, reports, etc. Role-based testing includes other roles, skills, knowledge, workbaskets, etc. Debugging testing includes Clipboard, PAL, tracer, alerts, etc. features.
Hence, these are the functional testing features within this Testing suite.
Unlike functional testing that concentrates on the application relating to the business needs, non-functional testing determines whether the application is built effectively and useful for end-users. Moreover, non-functional testing covers different scenarios, not limited to performance testing, security, browser support, etc.
Non-functional type of testing within this suite includes the following types of testing.
Performance testing, load testing, UAT or User Acceptance Testing, and Regression Testing.
Performance testing in this platform involves database loading, server performance, and user performance. Similarly, Load testing in this regard includes testing of heavy data loads, server, and the database. Regression testing includes automated testing and is an internal part of the extreme coding under the software development process. Furthermore, User Acceptance testing or UA testing includes UI testing.
These are the non-functional testing types within this Testing platform.
Why PEGA Testing is useful?
Nowadays, testing a software application is quite a difficult task that too testing the whole app is an impossible one. Today, technology is ever-changing and the apps need continuous updates also from time-to-time. Moreover, the scenarios also pushing the organizations to adopt the latest technologies with automation features. This gives rise to automation and the development of the latest tech features and products. While coming to automation testing, PEGA Testing can be the best choice for most businesses. Besides, this Testing allows users to perform automated unit testing at a continuous and faster rate.
Hence, there are many benefits of adopting PEGA Testing features for testing apps for a business entity.
This testing feature allows users to save a lot of time, cost, and effort made.
The automation testing provides the ability to test many apps at a time in parallel. This gives more fruitful results.
Here, test scripts are passed from one workflow to another which makes it easier to test.
Furthermore, this Testing platform also tests the app’s behavior to make sure that it complies with the business needs.
Moreover, the developer can check that it meets the business needs before it goes into the market or real-word.
It helps the developer to build test cases in accordance with user requirements and also error-free.
Hence, these are the best features that make this Testing platform much useful for the users.
Developing an Automation Test Suite in PEGA Testing
The automation test suite within PEGA testing comprises of various things. It includes UI-based scenario testing, API-based functional Testing, and Unit testing. UI-based testing involves scenario testing and test ID. API-based functional testing involves PEGA API, REST API, and SOAP APIs. Unit testing in the sense involves the PEGA Unit.
The PEGA Testing cycle includes making the testing easier (development, measurement, and test apps). Next, Continuous testing to find and bugs/errors and fixing, and delivering the test case to end-user and getting feedback.
Features of PEGA
There are many useful features of PEGA which are as follows. ;-
The greatest feature of the PEGA learner is that he doesn’t need to design the apps at ground level or he needs to code.
It involves an in-built system with designer dashboards for process management. Using them users can view various dashboards and reports along with allotted tasks easily.
The testing tools of this platform help to deploy apps in an agile (faster) way than JAVA apps. This testing suite also saves a lot of time and effort for the users as well as developers.
Moreover, it has a versatile, extensible, and reliable coding ecosystem with ease of working.
Automated Unit Testing (PEGA Testing)
The capabilities that AUT or Automated Unit Testing within PEGA Testing involves the following things.-
Building and performance of test cases within the application itself for the flows and other built rules.
Inputting test case values and the predicted results.
Auto-production of test cases for various rulings and decisions.
Updating earlier reported test cases with the latest inputs and corresponding results checking.
Making potential test cases and data preserved for future use. It involves the implementation and versioning of various test cases.
The capability of running test cases in manual, run as a suite or through the Test Management System (TMS).
Ability to depict and save the test case findings involved during the process.
Moreover, there are many other features that AUT testing involves with this testing suite.
Understanding of unit test cases where reusable test cases offer support to the continuous delivery model giving way to the test rules.
It groups test cases into test suites that help to run various test cases/suites in a specific order.
This testing feature also clears the context of the test case or suite for further testing in PEGA Testing.
Displays unit test reports in a graphical way. It also shows the trends of the passing of the test cases. Also, presents the summary report of unit tests in PEGA.
It helps in viewing unit tests without the laws depicted.
This platform also has features working with many deprecated AUT tools. The AUT tool is the best one which is replaced by PegaUnit Testing.
Key features of Automated Unit Testing (AUT)
The following points are the key features associated with automated unit testing within PEGA testing.
Here, the user can record the running of a rule flow and other supported types of rule. And also can save that test run as a test case inside the application. The predicted results are saved within the test-case itself, and that test-case is directly related to the flow or rule within the system. Moreover, from the earlier recorded test cases for a flow or decision, the user can open up the outcomes and test them. Further, the user can run an individual test case also directly from the flow data that is related to.
During the replay of a recorded test case, contrasts are visualized and users can choose to ignore contrasts for future runs. He can also enter the latest input data, and rewrite the saved test cases using the new input data. This he can do along with the latest prediction outcomes.
Auto-produce Ruling Test Cases
For rulings, users can auto produce test cases for the entire decision grouping within Pega testing. The decisions made through this feature involve various test cases also.
Suites of Unit Test
Users can group/batch the test cases into a unit test suite and run that suite to run the set of test cases all at the same time. Moreover, there is an option to run the test suites once or can be can plan to run automatically at regular intervals. This includes daily, weekly, monthly, or yearly runs. Further, test suites can be built and planned from a single location, the scheduled gadget of the AUT landing page. AUT stands Automated Unit Testing here.
Landing page for AUT
Using the AUT landing page, users can work with test cases and unit test suites from an individual area. This testing is applicable for a single unit or area only.
Thus, you have gone through the PEGA Testing and its useful features, and so on. I hope you got the overview of this automation testing platform in brief.
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