Test Execution When all is said and done, this is where the real action begins. All the planning and management culminates into this — the Execution of the Software Test. This involves a thorough testing of the Software, yes, but also a recording of the test results at every point of the execution process.
So, not only will you be keeping a record of the defects or errors as and when they arise, but you will also be simultaneously tracking your progress with the traceability metrics that have been identified in the earlier stages. Test Conclusion This is where the Exit criteria begin by ensuring that all results of the Software Testing Process are duly reported to the concerned stakeholders.
There are different ways of making regular reports, weekly or daily. A consensus is to be arrived at between the stakeholders and the testers, to ensure that parties are up-to-date with which stage is the Software Testing Process at.
Depending on the Project Managers and their awareness of the Software Testing Process, the reports can be intensely technical or written in easily understandable non-technical language for a layman. It is where you tick off the checklist and make sure all actions that were started during the process have reached their completion. Also, a revisiting of the entire Software Testing Process as it concludes, will help the team in understanding and reviewing their activities so that lessons can be learned from the testing process and similar mistakes if any be avoided in the next Software Testing Cycle the team undertakes.
This is a complete guide to the Software Testing Process. While the particulars of the process might vary depending on the specific type of Software Testing Technique that is being used by the team, the process, in general, undergoes all these steps. Though, the end goal remains the same, i. There is no point to having a Software that is fueled with bugs that make it impossible for the end users to use it productively.
Therefore, irrespective of how it is undertaken, Software Testing is an important process in the Development of the Software. Double confirm the requirements from the client. Make sure there are no ambiguities. If there are any get them sorted out at the onset. The entire quality is based on the user requirements; you cannot afford to go wrong in this area. Get involved from the beginning of the development process to get a comprehensive understanding of the AUT which would, in turn, help you identify areas needing more intensive testing 3.
During the design phase, you can start working on test cases based on design documents and with the help of the developers.
This will mean less time for creating and updating test cases during the actual testing phase. The test plan should be written by a Manager or QA lead. The good test plan will cover deadlines, scope, schedule, risk identifications among other things. Make sure to have it reviewed by the project manager as well for concurrence. Ensure that the quality is maintained right from the beginning irrespective of whether it is development, testing or network support. Testing as early as possible and as frequently as possible also helps get more detailed testing done.
Do not worry about the number of modules delivered, if you have the bandwidth get the testing done for even a single module. User training should be provided to the QA team for a better understanding of the way the product is actually used by the clients or end users. This will also help them in testing the product better. While creating test cases make sure that all the permutation and combination of different types of data input are covered.
Always ensure that testing goes in parallel with development. Make sure to test individual modules as and when they are ready for testing instead of waiting for the completion of the entire module. Make use of stubs and drivers to testing smaller modules which requiring input from other modules or are pushing data to other subsystems.
Make a distinction between testable and non-testable items in the requirement document and include it as part of the test plan. This will be helpful in having confusion later on.
Always ensure that one test case covers only 1 validation point. Though in some cases it may lead to duplication and extra effort for writing the test cases, this is needed for better traceability of the bugs.
Test Coverage is an important aspect of ensuring a quality product. Use a traceability matrix to make sure each requirement is mapped to at least one or more test cases. This ensures complete coverage of the system. Ensure that the test case documents are completed, reviewed and signed off by the stakeholders before the actual testing starts.
Also, make sure that the test cases document is made available to the rest of the team for understanding and doubt clearance if any. Identify and group test cases based on their importance or priority. This is helpful at the time when only limited test cases can be run during a particular testing cycle.
This grouping is also needed when you aim to run or re-run only a particular set based on their priority. You can also have test cases grouped based on functionality. This is useful at the time of regression testing done after a bug fix in any particular module. For example, if there has been a bug fix related to functionality in module A, then you can pick all test cases grouped as module A for the next regression test. Reviews are important to ensure correctness, following of guidelines etc.
Ensure that all test cases are reviewed internally within the team peer review and once externally also to ensure correctness of the expected results and any other discrepancies.
Involve tools to make your life simpler. These tools help you manage your testing projects in a much better and more professional manner. Automation is very important.
It reduces manual effort on repetitive tasks. So it is always a good choice to go in for automation of modules or features which are stable and repetitive. Encourage team members to come up with innovative thoughts to make the testing process less time consuming but at the same time more fruitful. Many minds at work is always better than a single one. Always have clear precise and achievable deliverables. Keeps you and your plan safe and viable.
Version control all your artefacts. This is especially important if you are using automation. Make sure the code is version controlled so you are able to create multiple branches and each one should be easy to revert back to in the worst cases if needed. The Flow can be called directly instead of calling each Component separately.
Manual testers design the manual Component for the required functionality, which is automated by the automation tester. BPT defines different roles, performed by various resources.
BPT helps with optimization in the utilization of the resources and their expertise. Roles in BPT ar e classified as follows:. They design the manual Business Components which will test a specific action or functionality. While designing the manual Business Components, they will clearly mention the test steps and the expected results. As it is an inbuilt framework, you do not need to write code to build the framework.
You just need to prepare the required artifacts that are building the building blocks of BPT. Business Components Module: Enables us to create, manage, and automate reusable Business Components, which will contain the steps to perform a specific function in a Business process.
Components are typically classified as follows-. Test Lab module : Enables us to execute the Business process tests and view the results. Business Components and folders are identified by specific icons in the Component tree mentioned below-.
Obsolete Folder: You can move all the invalid Components to this folder, so that you can review before removing them permanently from QC.
Component: This is the symbol is used to represent Component. Manual Business Components are represented by an M symbol on the Component icon. As shown below. A Component can be any one of the following status in given time, which is Under Development, Ready, Maintenance and Error status respectively. Create the new folder so that you can create all your application related Components in one place. Enter the some meaning full name to represent your application and click on ok.
You can even create subfolders under your main folder. Click on ok button. Details Tab: It contains some basic fields like Component name, created by, creation date… etc.
In the summary section, you can mention the brief description of the Component functionality and its outcome. In the Pre-Condition section, mention application status that is required to use this Component.
In the Post-Condition section, mention the application status after performing the Component steps. Snapshot Tab: You can use this tab to capture a snapshot of the particular page, to which the Component belongs. Parameters Tab: You can use this tab if you want to pass data or retrieve data from the Component. Output parameters can be added or deleted similar to input parameters.
If you want to return any value s from the Component, then you have to use output parameters. Design Step Tab: Contains the steps which Component has to perform. Buttons in the design tab are displayed in the following order. Enter the step name to describe the step, description exact operation that you want to perform on the application and the expected result application status after performing the step.
You have the text editor toolbar in the step editor, which you can use to format the strings like bold, italic and underline. Automation Tab: Will displays the automation steps related to the Component, if the Component is already automated. Dependencies Tab: Will display the dependency relationships that exist betyouen other entities like Components, BPTs, flows, test resources, and application areas.
Dependencies tab contains following three tabs. Application Area tab displays the name of the application area used by the Component, as youll as Used By and Using grids, which display the entities that use the application area, and the resources that the application area uses. History tab: Displays changes made to any fields in an entity. However, one problem that many projects face is that they create lists of bad requirements.
Bad project requirements can delay the delivery time of the project, as well as result in a low quality of work. So, how do you stick to Thanks for sharing! This article is really informative and quality of the content is extraordinary. Every one of the tips is informative about your guide. Thanks for the post. This article is extremely enlightening and nature of the substance is remarkable. You are clarifying and covering every single little piece of programming testing and quality confirmation programming testing and quality assurance.
Every venture needs a Test Strategy and a Test Plan. Every one of the tips is enlightening about your guide. Thanks for sharing, software testing process are explain very clearly,this all valuable information about software testing is more useful for freshers or software tester beginners.
Keep sharing. Testing is all about providing vital information to stakeholders to help them take informed decisions. This Article is more informative for me and really helpful but i have seen another one that is also a great but you are my Cham website i want that you read this and update yours, You have a great blog here!
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These are key items of software testing and quality assurance. I have found a similar topic: Testing involves the creation of a number of other software test documents and work products besides the widely known Test Strategy and Test Plan. I have found a similar topic: The software test strategy, together with the Test documentation like Test Strategy is often under the test manager responsibility.
Save my name, email, and website in this browser for the next time I comment. Support Email: support reqtest. Invoice questions Email: invoice reqtest. Recent Blogs. Most Common Problems In Projects Using Excel And Mail Excel has come a long way since its first use within the world, however, there are still some pitfalls in using it.
Disadvantages of Ms. Bad Project Requirements Will Cause Delays Getting a comprehensive system in place for project requirements is essential as you prepare for a software development project.
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