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1. SOFTWARE TESTTING REYMART DOCTOLERO

2. TABLE OF CONTENT WHAT IS SOFTWARE TESTING TY PES OF SOFTWARE TESTING TYPES OF FUNCTIONAL TESTING TYPES OF NON FUNCTIONAL TESTING METHODS AND LEVEL OF SOFTWARE TESTING 03 04 05 07 08 02

3. WHAT IS SOFTWARE TESTING? 03 Software testing is a critical process within the realm of software development that helps to identify defects or bugs in a program or application. It involves running the software in different scenarios to ensure that it meets the specified requirements and functions as intended. Testing can be done manually by a tester or automated using specialized tools. The goal of software testing is to ensure the quality, reliability, and performance of the software before it is released to end-users. It is an essential part of the development cycle that helps in delivering a seamless and error-free user experience.

4. 04 Unit Testing : Testing individual units or components of the software to ensure they function correctly. Integration Testing : Testing how different units or components work together when integrated. System Testing: Testing the entire system as a whole to verify that it meets the specified requirements. Acceptance Testing: Testing the software from the end-user's perspective to ensure it meets their needs. Regression Testing: Testing to ensure that new changes do not negatively impact existing functionality. TYPES OF SOFTWARE TESTING

5. 04 6. Performance Testing: Testing the software's performance under different conditions to ensure it meets performance requirements. 7. Security Testing: Testing the software for vulnerabilities and ensuring it is secure from potential threats. 8. Usability Testing: Testing the software's user interface to ensure it is user-friendly and intuitive. 9. Compatibility Testing: Testing the software on different devices, browsers, and operating systems to ensure compatibility. 10. Exploratory Testing: Testing the software by exploring it without predefined test cases to uncover unexpected issues. TYPES OF SOFTWARE TESTING

6. UNIT TESTING INTEGRATION TESTING TYPES OF FUNTIONAL TESTING 05 Unit testing is vital in software development, where individual units are tested independently to identify bugs early, enhance code quality, ease debugging, and improve software reliability. It acts as a safety net for future changes and helps teams create more robust software applications. Integration testing combines and tests individual units to uncover inconsistencies in software development. It ensures smooth functioning of different components interacting, leading to a robust and reliable end product.

7. INTERFACE TESTING REGRESSION TESTING TYPES OF FUNTIONAL TESTING 05 Interface testing in software development ensures components interact correctly. It detects data communication issues, protocols, and integration points to enhance reliability and performance of software applications. Regression testing in software development ensures recent changes do not impact existing features. It helps identify defects introduced during modifications, maintaining software quality and reliability. Developers can confidently update software while ensuring existing functionalities remain intact through this iterative process.

8. SYSTEM TESTING SANITY TESTING TYPES OF FUNTIONAL TESTING 05 System testing is essential in software development to evaluate functionality and performance, ensuring requirements are met. It helps detect and fix issues before software release, enhancing user experience and product quality. Sanity testing, or smoke testing, is a vital initial software testing step to check basic functionality after updates. It focuses on critical features, helps identify early defects, and ensures software stability before more testing. This testing phase saves time and resources, instills confidence in software quality, and aids informed decisions on further testing and deployment.

9. USER ACCEPTANCE TESTING TYPES OF FUNTIONAL TESTING 05 User acceptance testing (UAT) is vital in software development as end-users validate the system to ensure it meets requirements. It involves simulating real-world scenarios to test usability, performance, and user experience, identifying issues before the official launch. Involving end-users provides valuable feedback for refining the software to meet user needs.

10. COMPATABILITY TESTING TYPES OF NON-FUNCTIONAL TESTING 06 Compatibility testing ensures software functions well across various devices, operating systems, browsers, and networks. It helps developers identify and fix issues, leading to a better user experience. COMPLIANCE TESTING Conducting compliance testing ensures adherence to rules and standards, identifies deviations, and mitigates risks. It maintains integrity, trust, ethical practices, and legal obligations within organizations. Safeguards against non-compliance, promotes accountability, and transparency.

11. INSTALL TESTING TYPES OF NON-FUNCTIONAL TESTING 06 LOAD TESTING Installing testing is vital in software development to detect and address bugs before user exposure, ensuring high-quality, functional, reliable, and user-friendly products. Proper testing improves performance and user experience, contributing to successful outcomes. Load testing is vital in software development, simulating demand to assess performance under different conditions, identifying bottlenecks, weaknesses, and areas for improvement. It ensures reliable and efficient application performance for real-world users, leading to a successful software product.

12. LOCALIZATION TESTING TYPES OF NON-FUNCTIONAL TESTING 06 RECOVERY TESTING Localization testing ensures software is adapted for specific markets by verifying language, cultural elements, and regional preferences. It addresses compatibility issues with languages, currencies, and date formats to create a seamless user experience globally. Recovery testing in software development ensures the system can recover from failures gracefully, maintaining data integrity. It helps identify weaknesses in recovery mechanisms for improved reliability, reduced downtime, enhanced user experience, and system integrity in challenging scenarios.

13. RELIABILITY TESTING TYPES OF NON-FUNCTIONAL TESTING 06 SECURITY TESTING Reliability testing in product development assesses consistency and dependability under various conditions. It helps identify weaknesses, simulate real-world scenarios, and ensure product reliability, meeting quality standards and consumer expectations. Security testing is essential for software safety. It identifies vulnerabilities like unauthorized access and data breaches before exploitation. Rigorous testing enhances protection against cyber threats, ensuring long-term security and reliability.

14. GRAY BOX TESTING Gray box testing in software development combines black box and white box testing, providing insights into the system's architecture while maintaining a user's perspective. It offers a comprehensive examination, identifying vulnerabilities related to integration, security, and performance. This hybrid approach enhances software quality by uncovering hidden defects and improving the user experience. METHODS OF SOFTWARE TESTING BLACK BOX TESTING Black box testing in software development focuses on functionality by analyzing inputs and outputs without examining internal code. Testers simulate inputs to assess performance, identify bugs, and ensure software meets requirements. This user-centric approach enhances quality and reliability before release. WHITE BOX TESTING White box testing examines the internal structure, design, and code of software to identify errors, gaps, and vulnerabilities. It requires a deep understanding of the code and can lead to more robust and reliable software, ensuring higher quality and better performance for end-users.

15. SOFTWARE TESTING LEVELS There are different levels of software testing that are crucial in ensuring the quality and functionality of a software product. These levels include unit testing, integration testing, system testing, and acceptance testing. Unit Testing: This level involves testing individual components or modules of the software to ensure that each unit functions correctly in isolation. Integration Testing: Integration testing focuses on testing the interaction between different units or modules to uncover any issues that may arise when they are integrated. System Testing: System testing involves testing the entire software system as a whole to validate that it meets the specified requirements and functions correctly in the intended environment. Acceptance Testing: Acceptance testing is the final level where the software is tested by end-users to ensure that it meets their expectations and is ready for deployment. By conducting thorough testing at each of these levels, software developers can identify and address any issues early in the development process, ultimately leading to a more reliable and high-quality software product.

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