Test the functionality, reliability, performance, and security of APIs. examine the responses that are returned. Do all three phases of API testing, including the design phase, the implementation phase, and the testing phase.
The features your software testing process needs
1Run API test
It is a 5-minute test process that is automated according to the set-up of your API.
2Generate API issue reports
All test results are recorded for reference, and you get alerted in case of any API issue found.
Fix issues with no burden as Ui Inspector already gives the root cause analysis of the API issue.
Track the APIs performance over time
Create and execute tests that are specific to their APIs and requirements with customized test cases.
- Detect API issues that may affect performance.
- Ensure that their APIs are running smoothly and efficiently.
Receive detailed reports on the performance and functionality of their APIs.
- Understand how your APIs are being used.
- Identify any issues that may need to be addressed.
Metrics on API performance
Identify bottlenecks or issues that may be affecting the performance of an API, analyze trends and patterns in API usage, and monitor the overall health and reliability of an API.
- Key performance metrics, such as response time, error rates, and throughput.
- Gather API performance insights, including from monitoring tools, analytics platforms, and log analysis tools.
FAQs on API Testing
Integrated API testing is usually done with a combination of human and automated testing methods. Manual testing may entail sending calls to the API and manually examining the answers. Tools such as Postman, SoapUI, and Jmeter may be used to do automated testing. These solutions enable teams to automate repetitive operations and cut testing time in half.
Teams will often develop a collection of test cases that comprise predetermined actions and expected outcomes during integrated API testing. These test cases are then run against test data in a test environment. The test results are then examined to discover any system flaws.
The advantages of integrated API testing are various; it may assist in ensuring that the system is operating correctly and securely. It can detect flaws that would be missed if APIs were tested separately, such as conflicts or compatibility difficulties. It also enables testing of the system's overall performance and security. Furthermore, by finding and resolving errors early in the development process, integrated API testing can help boost productivity and minimize expenses.
- Detects errors that may arise when several APIs are utilised concurrently: Integrated API testing enables teams to evaluate the overall functionality, performance, and security of the system. Teams can uncover issues like as conflicts or compatibility concerns that may not be obvious when evaluating APIs individually by testing the system as a whole.
- Overall functioning, performance, and security are ensured: Integrated API testing enables teams to evaluate the system's overall functionality, performance, and security. This involves ensuring that the system functions properly and that the APIs execute as intended. It also involves testing for security flaws such as a lack of authentication or insufficient encryption.
- Increases efficiency and lowers costs: By finding and addressing issues early in the development process, integrated API testing can assist to enhance efficiency and lower expenses. Teams can uncover flaws that may not be obvious when evaluating APIs individually by testing the system as a whole, which can assist to decrease the time and resources necessary to remedy these issues.
- Improves customer happiness: Integrated API testing may boost customer satisfaction by assuring that the system is operating properly and securely. This can assist to limit the amount of problems that consumers may encounter, resulting in enhanced customer satisfaction and loyalty.
- Supports Continuous Integration and Continuous Delivery (CI/CD): By introducing it into the development process, integrated API testing may be incorporated into the entire testing strategy. This enables teams to automate testing and quickly discover and address issues, hence supporting the CI/CD workflow.
- Improves API scalability, backward compatibility, and documentation: Integrated API testing can also assist to evaluate the APIs' scalability, backward compatibility with previous versions of the system, and API documentation. This can aid in ensuring that the system operates appropriately and securely for all stakeholders.
- Create a test plan: Creating a detailed test plan is the first step in integrated API testing. This plan should include the test cases, test data, testing environment, and testing tools that will be utilized.
Next, prepare the test environment. This involves configuring the gear and software that will be used during testing.
- Execute the test cases: After establishing the test environment, teams may begin executing the test cases. This might entail sending API queries and evaluating the replies.
- Find the test findings: Once the test cases have been completed, teams will analyze the test results to discover any system faults.
- Document and report issues: Any issues discovered during testing should be thoroughly documented and communicated to the appropriate stakeholders.
- Automate the testing process: As much of the testing process as feasible should be automated in order to minimize testing time and enhance testing efficiency.
Testing should be done on a regular basis to ensure that the system is working properly and securely.
- Integration with CI/CD: By adding integrated API testing into the development process, it may be incorporated into the entire testing strategy. This enables teams to automate testing and quickly discover and address issues, hence supporting the CI/CD workflow.
- Test cases: A set of predefined steps and expected outcomes used to validate the functionality and performance of the API
- Test data: The data that is used in the test cases to validate the API's functionality and performance
- Test environment: The environment in which the test is run, including the hardware and software configuration
- Test tools: The tools used to perform the test, such as Postman, SoapUI, and Jmeter.
Automated UI testing made easier.
Requires little to no time for the maintenance of your web applications.
Schedule your tests to run at any specific intervals to catch any issues that may arise.
Run tests on different browsers, to ensure that your web application is fully tested across different platforms.
Update test URLs anytime your web application changes, & fix broken tests, and easily add and remove test actions.
Simple steps to install and organize your tests into folders and tags to keep track of your tests.
Get notifications when your tests fail or encounter an error, and stay informed of any issues with your web application.
Debug your tests by jumping ot tests. View test execution history. Access browser logs & console output.
24/7 with a real person for additional guidance and assistance, including documentation, and tutorials.
Get detailed reports on the results of your every test, Export & share reports with your team to rectify them instantly.
Automate your testing workflow and integrate it with your favorite tools, platforms, and processes.
Tired of writing scripts for your tests? We got you covered
Ui Inspector is an easy-to-use tool to create automated tests, run it and generate outputs to enhance your web application.
- No coding required
- Object recognition
- Test scheduling
- Compatibility with multiple browsers
- Testing on multiple operating systems
- Responsive design testing
- Functionality testing
- Performance testing
- Security testing
- Test data management
- Data validation