What is Dynamic testing technique? Examples, Types, Advantages & Disadvantages
The functional testing is used to validate the software application’s functionality, whether the function is working as per the requirement specification. If the function produced the correct output, then the particular function will be marked as pass. The word white box is used to describe the core perspective of the system. The developers will perform the white box testing, where they will test every line of the program’s code. Once we successfully install the test environment, we will execute those test cases prepared in the primary stage of the dynamic testing process.
Dynamic testing can find the uncovered bugs, which are considered difficult or complex, that are not covered through static analysis. Test design and Implementation −At this stage, the features to be tested, the test conditions, coverage items, and the test cases are identified. Recovery testing − This testing method is used to verify the ability of the system to recover from crashes and failures. The main objective of this testing is to confirm that the software product works in conformance with the business requirements. This testing is also called an Execution technique or validation testing. Static testing is performed before compilation whereas Dynamic testing is performed after compilation.
Characteristics of Dynamic Testing
With this, you can ensure the accuracy and responsiveness of the dynamic applications that help in reliable testing in different test scenarios. In the STLC, we can consider the actual dynamic test process to begin with creating the test case design. This is where the test cases are created, specifying the inputs, expected outputs, and steps to be executed. Dynamic testing in the Software Testing Life Cycle involves several important phases. These phases include requirements analysis, test planning, test case design and implementation, test environment setup, test case execution, bug reporting, and test closure.
- We have to ensure that Testing Environment should always be similar to the Production environment, in this phase we have to install the build and manage the test machines.
- The team can start with the inspection of any of the artifacts as mentioned earlier such the code or the test cases or the product docs walkthroughs.
- This enables efficient and reliable testing of dynamic mobile applications, ensuring their responsiveness and functionality under various conditions and user interactions.
- It involves testing factors like usability, effectiveness, maintainability, and performance.
- In this testing test, engineers have to test the software as per the requirements and specifications.
- In the test environment phase, we will make sure that the testing environment should always be parallel to the production environment because the testing is implemented directly on the software product.
- If there are any discrepancies or differences between the expected and actual results, it indicates a potential issue or bug.
Static testing has better line coverage than the dynamic testing in the short duration. The essential artifacts which get tested are the source code of the application’s various modules. These tests are used to ensure that the system meets its functional requirement and has a good user experience. The dynamic testing of any component or system is approached in 2 different ways.
Dynamic testing Process
You can use what is dynamic testing in all software development stages – from unit testing to test a single module to system testing, where the complete software is tested. Testing takes 2 Vs to complete the testing process and combines verification and validation. Of these 2 Vs, verification is known as static testing, and validation is referred to as dynamic testing.
BlackBox Testing focuses only on the software system input and output without disturbing the software’s inner understanding. For instance, an OS such as Windows, a site like Google, an Oracle database, or a custom application for yourself. The test cases must be prepared in the early stage of dynamic testing. Prefer using automation testing frameworks like Selenium, Cypress, etc., to perform the test mainly for repetitive tasks.
What is Context-Driven Testing?
Also, Non-functional testing like performance, Security Testing fall under the category of dynamic testing. Dynamic testing can be performed manually or through the use of automated testing tools. Automated testing tools can be used to run test cases repeatedly and quickly, making it easier to identify and fix any issues that are found. We perform dynamic testing by providing inputs and validate the result or output value of behavior. The primary goal of dynamic testing is to evaluate software functionality under dynamic conditions, such as those that cannot be predicted ahead of time.
Because of this, any bugs fixed in later stages may result in an increase in cost. It is a time-consuming process since it executes the application/software or code, which needs a huge amount of resources. We can identify security issues, which improves the quality and security of our application.
Static Testing:
Finds vulnerabilities and potential points of exploitation in the application’s design, implementation, or configuration so that the software does not stop working. Security testing involves simulating various attack scenarios, such as penetration testing, vulnerability scanning, or ethical hacking, to assess the application’s resilience against potential threats. It may also involve compliance testing to ensure the application adheres to specific security standards, regulations, or industry best practices. It is challenging to pinpoint the exact root cause of the software applications with dynamic tests. Consistency in dynamic tests is not limited to just functional aspects. It also encompasses standards such as performance, usability, compatibility, and more.
If expected and actual results are not the same according to executing, we will consider those test cases as fail, and log the Bug in the bug repository. After executing the test cases, we will analyse and evaluate the outcomes derived from the testing. And we also learn about https://www.globalcloudteam.com/, why we use it, how to perform it, what are a different technique for Dynamic testing, various tools for Dynamic Testing. White Box Testing means testing a software solution’s inner structure, layout, and coding.
Dynamic Testing Example
To illustrate the significance of consistency in dynamic testing, let’s consider an example related to a banking application. This application includes various screens such as “My Accounts,” “Funds Transfer,” and “Bill Pay,” each containing an amount field that accepts numeric characters. This proactive approach allows developers to address these issues early in the development cycle, reducing the risk of costly and time-consuming fixes at later stages. This approach provides valuable insights into how the application handles different scenarios and reveals potential weaknesses that may go unnoticed during static testing. Dynamic testing supports application analysis even if the tester does not have an actual code.
The business users write their own test cases and perform testing more geared towards the user’s perspective unlike what the QA does, more toward system’s perspective. Since we are interested more in learning about Blackbox testing, we also need to know that there are again two broad types of Blackbox testing. These are nothing but different conditions or parameters and if the user inputs any value that deviate from these rules, the application should either warn or reject. The name itself suggests that it is “Dynamic” in nature, which means changing. This is the kind of testing that we do with changing values or conditions by executing the code. Since, we are not changing anything in the documents, but also reviewing them, it is called static testing.
Exploring the Key Features and Benefits of Selenium and Appium
In simple terms dynamic testing is performed by actually using the application and seeing if a functionality works the way it is expected to. Learning about static testing helps understand dynamic testing better, so let’s summarize static testing first. It is a crucial type of non-functional testing that analyzes the behavior and working of the software application under particular conditions or loads.