Understanding Test Case Management

In the requirements-based testing approach, the application is validated on the basis of what it is supposed to do. This type of testing is less subjective as compared to exploratory testing but it utilizes carefully developed tests to validate requirements. This approach can be applied to both traditional and use case requirements.

It is a vital step in conducting all test-related activities efficiently and smoothly. This defines the test scope, strategy, objectives, suspension/exit criteria, resource planning, test deliverables, time scheduling, etc. Effective test planning is specifically significant in the development of large software systems. In 2012, Knight Capital Americas, a global financial firm, experienced an error in its automated routing system for equity orders – the team deployed untested software to a production environment. As a result, the company lost over $460 million in just 45 minutes, which basically led to its bankruptcy. Adopting smarter automation solutions will be essential for testing the emerging intelligent applications and products in their rapidly changing business environments.

During the execution tester needs to make sure, that the user’s need of the software is occupied in the software. Test execution is conducted by referring the document created during test design as step by step process. These methods can help you acquire better testing results and ensure speedier delivery of a high-quality product that improves your customer’s experience. A proper tooling strategy is required to leverage remote testing resources. A good solution for this is a test management tool that simplifies coordination among geographically distributed teams. A cloud-based tool allows distributed teams to have a common platform for sharing information anytime and from anywhere.

That process starts with defining requirements and risks, designing test cases, and plan the milestones and test runs. After testing, the analyze phase starts with investigating the test results, create and manage the issues, and make the reports for your stakeholders. A test management tool is a software solution used to achieve these phases.

Main Functionality of Test Management Tools

Defects can be categorized into different types, including bugs, enhancements, issues, change requests, and risks. Defects can be logged in the system either through the web interface or by sending an email to a specific email address. Within SpiraTest, you can map each requirement to one or more test case that validates that the functionality works as expected. Reusing test assets such as test automation scripts, test processes, and test cases, for example, can save a significant amount of time and work. You can use these abilities to predict which assets can be reused and which cannot.

But if you aren’t able to detect the mistake before the product is built, you might need to make some major changes to the design as well as the source code. In practice, we often hear that it takes so much extra work to use a test tool. That you have to learn the tool makes sense, but an excellent test management tool is intuitive. And that it is much work to set up the tool is of course nonsense. You still have to test, so in principle, you have the designs and planning ready, or you still have to make it. TestMonitor is up and running in 30 seconds, and you can get started right away.

Unlike black box testing, this method requires profound knowledge of the code as it entails testing of some structural part of the application. Therefore, generally, the developers directly involved in writing code are responsible for this type of testing. The purpose of white box testing is to enhance security, the flow of inputs/outputs through the application, and to improve design and usability. This method is mainly used at the unit and integration testing levels.

This is to be expected, since without functionality there would be no use of all other non-functional aspects of the system. According to the PractiTest survey, the Agile trend is an undisputed leader, while almost 90 percent of respondents work at least in some Agile projects within their organizations. That said, a third of the respondents is still applying the Waterfall model in some projects, following a steady decrease in the use of that method. The same is the case for errors produced in the process of implementation. If a feature has a flaw in its logic, building more functionality on top of it might cause a serious damage in the long run. Therefore, it is better to test every feature while the product is still being built.

The different types of testing, such as security, agile, mobile, analytics, big data, etc., require various testing approaches to suit the specific framework. Using a requirement-based testing approach is recommended to validate the application and estimate the amount of testing effort required. Different kinds of testing procedures need different types of testing approaches. Therefore, a test strategy based on your software testing requirement is always recommended.

We’ve already learned about risk management; however, what will happen if we fail to manage risks effectively, eventually becoming an issue? But what’s important is to stay prepared to deal with these issues efficiently, or they could negatively affect the project’s outcome. While the software is being tested, all the work progress must be monitored. You will have to oversee all activities during the testing period and maintain control of the process to ensure the project is within the budget, on schedule, and progressing well.

Software Testing Class

There are many test automation tools which help to automate the test management process. These tools are time-saving and help in improving testing outcomes. The test management tools help to track the relationship of testing to requirements. A good test management tool helps to document test configurations. They help in planning and coordination of test execution across multiple builds and applications. A test management tool allows calculating test coverage and generates various reports.

Reutilizing the test assets, such as test cases, procedures, etc., can save effort and time. Studying the company’s past project or consulting fellow team members responsible for the test phase can improve test estimation results. Project Controlling is a process of using data from monitoring activity to bring actual performance to planned performance.

• Make sure you follow the best test management practices and assure 100% customer satisfaction.
• This tool offers integration to other HP products like Load runner and UFT.
• Test management ensures the delivery of high-quality products that completely suffice on customers’ requirements.
• With TestMonitor, you can also send messages and @mentions, like and reply on posts, streamline notifications, and open dialogue boxes to improve overall communication among teams and stakeholders.
• The latter, in its turn, puts an emphasis on usability and speed.
• The method consists of organizing, controlling, ensuring traceability and visibility of the testing process in order to deliver a high-quality software application.
• It allows you to manage your testing activities from beginning to end and provides facilities for planning, controlling, tracking, and monitoring projects throughout the entire lifecycle.

Although identifying the test resources at an early stage can be difficult but the identification of high priority test cases can be done. With the development of use cases, the test procedures can be derived. In the absence of use cases, the tests can be derived from the validation of initial requirements. Developing the tests early on helps in overcoming the challenges posed due to time constraints. The testing team needs to keep up with the frequent changes in code, builds, and environments. The testers also need to communicate the bugs found to the development team.

Some of the test management tools had capabilities to design the test case with the help of requirements. Instead of having to buy separate requirements management, bug tracking and testing tools, SpiraTest® provides a http://1715.us/Glava%207/Index13.htm complete test management solution in one package. Test management is the process of taking your project’s requirements, building a test plan, writing the tests, planning the test activities and capturing the results.

vi. Use requirement-based testing strategies:

It allows individuals to be assigned to multiple projects at once. This flexibility is particularly valuable when there is a large volume of projects and limited resources. In this episode of Voices of Community webinar, we will dive deep into real-world test automation coding scenarios to showcase clean coding practices.

Therefore, it is important to review and update the tests regularly in order to adapt and potentially find more errors. Exhaustive testing is impossible.There is no way to test all combinations of data inputs, scenarios, and preconditions within an application. In order not to spend weeks creating millions of such less possible scenarios, it is better to focus on potentially more significant ones. This ensures that the end-to-end system functions as per business expectations all the time. These are some examples of the options for linking with external parties. Also, there is an open API, with which your entire database can be accessed for accessing data or adding data.

Test automation made easy

As different projects have different specific needs, defining and enforcing a flexible testing process will help to optimize testing to meet the changing needs. The requirements evolve during the course of the project which makes testing more complicated. Testing requires validating the requirements to ensure that they are complete, unambiguous, and testable requirements. There is also a need for communication and coordination among the team developing the requirements and team testing.

SpiraTest is available as both a cloud hosted service and also as an on-premise solution that can be deployed in your datacenter or private cloud. Our mission is to help all testers from beginners to advanced on latest testing trends. In my company on same line I am we are following test management process.

Functional testing is usually performed within the levels of system and acceptance. The smallest testable part of the software system is often referred to as a unit. Therefore, this testing level is aimed at examining every single unit of a software system in order to make sure that it meets the original requirements and functions as expected.

This whitepaper has the most focus on the dynamic testing process as a practical and most commonly used way to validate code behavior. Dynamic testing can be described by methods, levels, and types of underlying QA activities. Let’s have a closer look at this segment of the dynamic testing process.

Challenges in Test Management:

Having this data readily available makes compliance reporting faster and easier. And because this type of data provides the basis for most decisions, you can’t make good ones without it. Test management also helps development and QA teams stay aligned by giving full visibility to different testing assets. Everyone has easy access to the information they need, when they need it. A test case makes practical use of your risks and requirements by defining what must be done to verify a particular feature or functionality of your software application. A test management strategy enables you to assign a particular task to the person with the right skills to accomplish that task.

Test Management Process is a set of activities from the start of the testing to the end of the testing. Test process provides the facility to plan and control the testing throughout the project cycle. It helps to track and monitor the testing throughout the project. Provides transparent of testing among stakeholders and maintains the conducted test for future reference. Affords deep level of detail of the testing that’s being carrying out. Test process can be defined and practiced differently according to the necessity in test.

Test management helps ensure that high-quality software applications are delivered that meet the customers’ demands. However, the most effective testing approaches combine manual and automated testing activities in order to achieve the best results. As soon as the primary preparations are finished, the team proceeds with dynamic testing where software is tested during execution.