If we are talking about black box end to end testing here then there are a range of tools, both licensed and open source on the market. I would suggest starting out looking a 'functional' open source testing tools. A list of these tools can be found using the links below
http://www.concordion.org/
OpenSourceTesting carries a large database of software testing tools. The database is a directory with descriptions of each tool and a link to the official website of the tool's developer.
Yes their is a site where you can access information regarding software testing tool and you could purchase software from them as well. The website address is www.softwaretesting.net.
Absolutely both are different platforms. Software Testing is the process to test the software/application fix without any bugs. Software Quality assurance is all about the delivering the right product to the end user.
Scenario-based testing is one method of documenting software specifications and requirements for the project. Scenario-based testing is used for writing tests for individual user scenario, which would check their work. Scenarios concentrate on the principal objectives and requirements. If the scenario runs from start to finish, then it passes. Scenario testing is done to make sure that the end to end functioning of software is working fine, or all the business process flows of the software are working fine. In scenario testing the testers put themselves in the end users shoes and figure out the the real world scenarios or use cases which can be performed on the software by the end user. In scenario testing, testers take assistance from clients, stakeholders and developers to create test scenarios. Scenario testing helps testers to explore how the software will work in the hands of an end user. Since scenario testing tests the business flow of the software, it helps in finding lot of defects which cannot be found with other types of testing. Importance of Scenario Testing As you know that exhaustive testing of any software application is not possible because of the following reasons: * Large number of data combinations. * Large number of possible paths in software.
Test management is basically everything that testers and QA teams do to manage the software testing process or lifecycle. Test case management tools enable software testers and Quality Assurance (QA) teams to manage test case environments, automated tests, bugs and project tasks.
Full Stack Development and Software Testing are two distinct areas within software development, each with its own focus and responsibilities. Full Stack Development: Definition: Full Stack Development refers to the practice of developing both the front-end (client-side) and back-end (server-side) parts of a web application or software product. Responsibilities: Front-end Development: Involves creating the user interface and experience that users interact with directly. This includes using technologies like HTML, CSS, and JavaScript to build responsive and visually appealing interfaces. Back-end Development: Involves working on the server-side logic and database management. This includes designing APIs, writing server-side code in languages like Python, Java, or Node.js, and interacting with databases like MySQL or MongoDB. Software Testing: Definition: Software Testing is the process of evaluating a software application or system to identify any discrepancies between expected and actual results. Responsibilities: Quality Assurance (QA): Involves creating test plans, designing test cases, and executing them to ensure that the software meets specified requirements and standards. Types of Testing: Includes various types such as unit testing, integration testing, system testing, regression testing, and acceptance testing, each targeting different aspects of the software's functionality. Bug Reporting and Tracking: Involves identifying and documenting defects found during testing and working with developers to resolve them. Key Differences: Focus: Full Stack Development focuses on building software applications from end to end, encompassing both front-end and back-end development. Software Testing, on the other hand, focuses on ensuring the quality and reliability of software through testing processes. Skill Set: Full Stack Developers need proficiency in a wide range of technologies, including front-end frameworks, back-end languages, and databases. Software Testers require expertise in testing methodologies, tools, and techniques for identifying and resolving defects. Goal: The goal of Full Stack Development is to create functional and user-friendly software applications. The goal of Software Testing is to validate the software's functionality, performance, and security, and to ensure it meets specified requirements and standards. In summary, while Full Stack Development involves building software applications, Software Testing ensures the quality and reliability of those applications through rigorous testing processes.
Static testing of software is where methods are used to detect defects in the software but the software is not actually executed.Some static testing methods are:Code inspections, where software code is manually reviewed for defectsCode analyzers, where code is analyzed by a tool that will check the code for things such a type errors, memory leaks, syntax errors, etc.Compiling, compiling code using the source compiler, or interpreter.Modeling techniques, where software requirements can be modeled to verify that they are correct.Answer by Johnmm, SoftwareTesting.net
meet with system users to understand the scope of projects. work with software developers and project support teams. identify business requirements. plan projects. monitor applications and software systems. carry out stress testing, performance testing, functional testing and scalability testing.
Yes there are websites that provide information on personal software testing. Some of these websites are 'Software-Testing', 'Wikipedia' and 'Software Testing Fundamentals'.
Software testing services refer to the specialized activities and processes that are undertaken to evaluate and assess the quality, functionality, performance, security, and overall reliability of software applications. These services are provided by companies or teams with expertise in software testing methodologies, tools, and best practices. The primary goal of software testing services is to identify defects, errors, or vulnerabilities in the software before it is released to end-users, ensuring that the software meets the intended requirements and functions as intended.
Software testing techniques are approaches you take towards running a test case. For example at the highest level you may take a black box approach or a white box approach to testing a piece of software. Where with a black box approach you don't understand the internals of the software you are testing but you do know what range of inputs the software can accept and from that you can deduce the expected results. With a white box approach you have a much better understanding of how the software works (perhaps you've been involved in a code review with the developers) and you can create your tests based on exercising the code knowing that the software should do x, y and z with the inputs. Software testing tools however would be employed to help you achieve the approaches you plan to take with testing a piece of software. So taking the black box testing approach discussed above you may use a test data generation tool to help you create the inputs for your black box testing technique. Another example would be using a data comparison test tool to compare expected results with actual results once the tests have been exercised. So in conclusion a test technique describes the approach you might take to test a piece of software, where as a software testing tool would be a method you employ to help you achieve the aims of the software test.