Different Types of Software Testing

Software Testing & Types

Software testing can be defined as one of several testing activities, along with test strategy, test deliverables, an established test aim, etc. Software testing is the process of running the software to look for vulnerabilities. Here are the two different types of software testing:

1. Manual Testing

2. Automation Testing

What is Manual Testing?

Manual testing involves assessing any software or application component in compliance with client requirements beyond the use of any computerized techniques.

In other words, it is an approach of validation and verification. The operation of a program or form of software in contrast to the requirements specification is verified through manual testing.

To perform the manual test cases, we do not need to have a precise understanding of any testing apparatus. Creating the test document is a simple process that we can utilize to manually test any application.

Different Types of Manual Testing:

1) Black Box Testing

It is a sort of software testing method that focuses on evaluating a software system’s operation without having any prior knowledge of how it operates inside. With an emphasis on whether the system performs as anticipated and fulfills user demands, this approach is used to test the system from the viewpoint of the user. The tester is simply aware of the system’s inputs and anticipated results; they are unaware of how the system fundamentally functions.

Now, this testing also consists of two types:

Functional Testing:

It is the process through which the test engineer thoroughly examines each component with regard to the required requirements. Component testing is another name used for functional testing.

When conducting functional testing, each component is examined by providing a value, specifying an output, and comparing the actual output to the anticipated value.

Software functional testing is separated into many categories much like other types of testing are divided into numerous sections.

The following are among the several functional testing solutions:

Unit Testing: A software testing technique called unit testing involves evaluating each component or unit of a software program separately. These components may include classes, methods, or functions. Unit testing checks that each piece of code operates as anticipated and generates the right results for a range of inputs.

Integration Testing: A software testing technique called “integration testing” focuses on analyzing how various software system modules or components interact with one another. It guarantees that when combined, these parts operate effectively. Depending on the needs of the project, integration testing can be done using a variety of methodologies, including top-down, bottom-up, and incremental.

System Testing: A thorough step of software testing called “system testing” evaluates the complete software system as a whole. It assesses the system’s performance and behavior in a variety of real-world scenarios, taking into account varied inputs, settings, and usage circumstances. It examines problems including functional gaps, security flaws, performance issues, and compatibility difficulties while testing the entire program, including all connected components.

Non-functional Testing:

Non-functional testing is the next stage of black-box testing. It offers thorough details about the functionality and implemented technology of software products. Non-functional testing will assist us in lowering the software’s production risk and associated expenses.

Non-functional testing combines usability, compatibility, performance, load, and stress testing. The major types of non-functional testing are:

Performance Testing: The test engineer is going to launch an application during performance testing to check how well it functions. The test engineer will only pay attention to a few factors during this kind of non-functional testing, including response speed, load, scalability, and stability of the program or application.

The following are the numerous testing types that are included in performance testing:

• Load Testing
• Stress Testing
• Scalability Testing
• Stability Testing

Usability Testing: Usability testing is yet another category of non-functional testing. Through usability testing, we hope to determine how user-friendly a program is and identify any issues with the software’s end-user interface. As per this, a “user-friendly” program means:

1) For software to be intuitive to understand, all functionality must be available to users.

2) The program should have a decent look and feel, which refers to having a pleasing appearance and a user-friendly interface.

Compatibility Testing: We will verify an application’s functioning in particular hardware and software settings during compatibility testing. We only do compatibility testing when the application has shown to be functionally reliable.

Here, software refers to the ability to test the program on various operating systems and browsers, while hardware refers to the ability to test the application on various screen sizes.

After understanding the manual testing types, let’s focus on another type of software testing.

2) White Box Testing

It is a technique for testing software that focuses on assessing the manner in which a software system performs inside. This technique is used to assess the system from the perspective of a developer, with an emphasis on its fundamental logic, performance, and effectiveness. The tester is completely knowledgeable of the system’s internal workings, including the code and its implementation.

3) Grey Box Testing

The methods of both black box and white box are combined in the software testing methodology known as grey box testing. This approach is used to test the system from the perspective of a developer, focusing on looking at some, but not all, of the internal workings of the system. This strategy can be used in system integration testing since the tester has limited awareness of the system’s core operations.

What is Automated Testing?

Automation testing is the most significant element of software testing. Without human intervention, it automates manual design test cases using specialized tools. The most effective technique to increase software testing’s effectiveness, productivity, and coverage is through automation testing. It is used to replicate the manually, swiftly, and repeatedly completed test scenarios.

In other terms, we can say that automated testing occurs whenever you test an application utilizing specific technologies. When a program or component of software through a number of releases or failure tests, we go to automated testing services. Without knowing the programming language, we cannot develop the test script or run the automated testing.

In brief, the importance of effective software testing in the realm of technology cannot be overstated. JigNect Technologies specializes in offering a whole range of testing services, each of which is intended to target a particular aspect of software quality. It is a trusted partner in helping companies release dependable and profitable software products to the market, whether it’s guaranteeing performance, reliability, safety, or user experience.