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Best Software Testing Course

Software testing is the primary process that to learn by all the beginners who are aspiring about testing. It is a process that we want to find the errors during the time of program or application executes.

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Best Software Testing Course

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  1. BEST SOFTWARE TESTING COURSE B E S T O N L I N E C O U R S E S C O U P O N . C O M

  2. CONTENT  About software testing Quality Testing Quality Assurance Quality Control ISO Standards Types of Testing Methods Levels Documentation Estimation Techniques

  3. ABOUT SOFTWARE TESTING Software testing is the primary process of verifying and validating the software program or the product. It is also an investigation which is conducted to offer stakeholders with required information about service test or the product quality. It has a view that the software allows you to check out the software implementation by understanding and appreciate it. On the other side, usually, the test techniques majorly include the program to execute and find the errors to check out whether the product is ready to use or not.

  4. QUALITY TESTING It includes activities that ensure the identification of bugs/error/defects in a software. Focuses on actual testing. Product-oriented activities. It is a preventive process. Testing is the subset of Quality Control.

  5. QUALITY ASSURANCE QA includes activities that ensure the implementation of processes, procedures and standards in context to verification of developed software and intended requirements. Focuses on processes and procedures rather than conducting actual testing on the system. Process-oriented activities. Preventive activities. It is a subset of Software Test Life Cycle (STLC).

  6. QUALITY CONTROL It includes activities that ensure the verification of a developed software with respect to documented (or not in some cases) requirements. Focuses on actual testing by executing the software with an aim to identify bug/defect through implementation of procedures and process. Product-oriented activities. It is a corrective process. QC can be considered as the subset of Quality Assurance.

  7. ISO STANDARDS    Many organizations around the globe develop and implement different standards to improve the quality needs of their software. This chapter briefly describes some of the widely used standards related to Quality Assurance and Testing. ISO/IEC 9126 ISO/IEC 9241-11 ISO/IEC 25000:2005 ISO/IEC 12119

  8. ISO/IEC 9126 This standard deals with the following aspects to determine the quality of a software application:Quality model,External metrics,Internal metrics,Quality in use metrics quality attributes for any software such as: Functionality,Reliability,Usability,Efficiency, Maintainability,Portability

  9. ISO/IEC 9241-11 Part 11 of this standard deals with the extent to which a product can be used by specified users to achieve specified goals with Effectiveness, Efficiency and Satisfaction in a specified context of use. This standard proposed a framework that describes the usability components and the relationship between them. the usability is considered in terms of user performance and satisfaction.

  10. ISO/IEC 25000:2005 ISO/IEC 25000:2005 is commonly known as the standard that provides the guidelines for Software Quality Requirements and Evaluation (SQuaRE). ISO-25000 replaces the two old ISO standards, i.e. ISO-9126 and ISO-14598.

  11. ISO/IEC 12119 This standard deals with software packages delivered to the client. It does not focus or deal with the clients’ production process. The main contents are related to the following items: Set of requirements for software packages. Instructions for testing a delivered software package against the specified requirements.

  12. TYPES OF TESTING The testing has the different types of testing which are mainly used to test software.They are Manual Testing Automation Testing

  13. MANUAL TESTING Manual testing includes the testing of software manually which means without using any of the automated script or the tool. In this manual testing type, the tester will take over the testing to check out whether there is an identity of any unexpected errors or behavior occurs.

  14. AUTOMATION TESTING Test Automation, whereas on the other side tester which will help to write the scripts and it uses the other software which is use to test the product. Thus the process involves the manual process of its automation. It also helps to re-run the performance to look for scenarios which are performed quickly, manually and the repeatedly.

  15. METHODS The software methods are used for the testing software purposes. There are different methods that can be used for software testing.: Black-Box Testing White-Box Testing Grey-Box Testing

  16. BLACK-BOX TESTING The internal workings of an application need not be known. Also known as closed-box testing, data-driven testing, or functional testing. Performed by end-users and also by testers and developers. Not suited for algorithm testing. Testing is based on external expectations - Internal behavior of the application is unknown. This can only be done by trial-and-error method.

  17. WHITE-BOX TESTING Tester has full knowledge of the internal workings of the application. Also known as clear-box testing, structural testing, or code-based testing. Normally done by testers and developers. The most exhaustive and time-consuming type of testing. Suited for algorithm testing. Data domains and internal boundaries can be better tested.

  18. GREY-BOX TESTING The tester has limited knowledge of the internal workings of the application. Also known as translucent testing, as the tester has limited knowledge of the insides of the application. Performed by end-users and also by testers and developers. Partly time-consuming and exhaustive. Not suited for algorithm testing. Data domains and internal boundaries can be tested, if known.

  19. LEVELS The online software testing course has two different level testing. The level of testing which mainly includes the different method that is used during the software testing. The two main levels are, Functional Testing Non-functional Testing

  20. FUNCTIONAL TESTING Functional Testing is the type of black box testing which is based on the software specifications to be tested. Thus the application is tested by the results and the inputs according to the functionality. Functional testing of the software is placed on the integrated system to correct the system’s observance with requirements.

  21. NON-FUNCTIONAL TESTING Non-Functional Testing is based on testing the application from its attributes.specifications to be tested. It mainly involves the software testing from the given requirements as well.

  22. DOCUMENTATION The software Testing documentation is an IEEE standard specifies the set of documents for the primary use in different defined stages of system testing and software testing. There are different types of documents are Test Plan Test Scenario Test Case Traceability Matrix

  23. TEST PLAN A Test Plan includes the following: Introduction to the Test Plan document Assumptions while testing the application List of test cases included in testing the application List of features to be tested What sort of approach to use while testing the software List of deliverables that need to be tested The resources allocated for testing the application Any risks involved during the testing process A schedule of tasks and milestones to be achieved

  24. TEST SCENARIO It is a one line statement that notifies what area in the application will be tested. Test scenarios are used to ensure that all process flows are tested from end to end. A particular area of an application can have as little as one test scenario to a few hundred scenarios depending on the magnitude and complexity of the application.

  25. TEST CASE Test cases involve a set of steps, conditions, and inputs that can be used while performing testing tasks. components are always available and included in every test case: Test case ID Product module Product version Revision history Purpose Assumptions Pre-conditions Steps Expected outcome Actual outcome Post-conditions

  26. TRACEABILITY MATRIX Traceability Matrix (also known as Requirement Traceability Matrix - RTM) is a table that is used to trace the requirements during the Software Development Life Cycle. The main goals for this matrix are: Make sure the software is developed as per the mentioned requirements. Helps in finding the root cause of any bug. Helps in tracing the developed documents during different phases of SDLC.

  27. ESTIMATION TECHNIQUES The testing has the estimation which is mainly required one of the important things in SDLC. Based on the correct estimation it will help the software testing process with the perfect coverage. Functional point analysis is based on the analysis of user requirements of software with the various categories like outputs, inquiries, inputs, Internal files, External files. Test point analysis is used with estimation process for acceptance testing or black box.Software testing online courses explain clear concepts of testing.

  28. BEST   SOFTWARE   TESTING COURSE   2017 Linkable Link Best Software Testing Course Get A job In Technology Without Coding ISTQB Foundation Certification Certified Tester Foundation Level Training QA Expert BEST   SOFTWARE   TESTING COURSE

  29. FOLLOWS  US Bestonlinecoursescoupon bestcourses @best_coursess

  30. THANKS FOR YOUR TIME! B E S T O N L I N E C O U R S E S C O U P O N . C O M

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