Testing Life Cycle (QA)

Testing Life Cycle

Software testing can be done with various plans to analyze the scope, approach, resources and schedule the testing activities to avoid risk associated with the plan. To test the software product different steps are involved in the testing process. Every phase in the process will have the specific input and output from the starting stage to the end phrase. Many cases the products are released without proper testing and facing the consequences, to avoid and overcome these situations, companies have concluded with the decision to involve the testing team from the requirement stage itself.

testing-life-cycle

testing-life-cycle

Figure: Testing Life Cycle

Analyzing

With the help of requirement review and the specification review, the project details can be analyzed to   automate the planning and execution process.  Enabling the document and stimulating the complex requirements can be done with the well designed description through the process by understanding the customers need and expectations. Testing the functional requirement is considered as the first phrase to any organization responsible to deliver the product. Practicing the testing task helps us to extract the complex task to simple process with the constant design and support module.

Requirements are the powerful source enables to identify the vulnerabilities and cause for the project by evaluating the business goals to strengthen and streamline the system. With the perfect understanding and knowledge the testers can evaluate the scope of the project to break the criticalities to achieve the success.

The well formulated functional set of requirements gives the definitive bases for the case design to check   whether the perspectives and functions are taken care according to the given requirements. Every single component is used to get analyzed based on the software specification by developing the functional designs to meet the business objectives.

Designing

Designing and planning is the second important phase to perform the process and to improve the overall complexity of the project. Test cases are prepared, prioritized and executed to reduce the project risk throughout the life cycle by determining the cost, effort, time and the cycle. Testing designs are differed based on the software requirement, incorporates the automation to complete the strategy, goal planning, analysis, design and coding. Based on the project requirement the evaluation design is constructed and clearly defined the test efforts to be carried on.

Designing the test systems are also based on the design activities, deliverables, and conditional basis for the test cases, procedures, expected results and business requirements. The specification test designs are based on the preparation of project documentation by defining conditions, analyzing the missing requirements, defining the test cases, identification of data to execute the test, determining the expected results and finally defining the test cycles.

All the outcomes are based only on the requirement analysis which are test and derived the techniques through which the test procedures normally begin. The functional validation matrix is the effective system is used to identify and revised the risk assessment of the project. This can be done through the evaluation by writing the test scripts to automate the environment. Scheduling, verifying and validating are prepared and performed through the procedures. Procedures consist of logical groups to test and convert the changes according to the procedural suite. Manual testing method or the automated testing method are used to identify the test procedures.

Structuring the automated test cases can be done through the testing scripts. The proper planning and review performed both the stress and performance by constructing and verifying the needs of the entire project. Development teams do support the testing team to perform the unit testing to fix the bugs and generate the reports to integrate for the performance assurance.

Implementation

The implementation shows the interim approach of recognition by using the advance technology to proceed with the needed changes in the future. The implementations were done based on the three main objectives to access the potential benefits, to evaluate the acceptability and developing the operational testing. Execution of completed task and the test cases derived the predefined condition to provide the complete final acceptance to recover and verified the entire application needs for the production purposes. Performance validations are parallel to eliminate the test beds at different levels of cache to validate the criteria and react with the identified issues. All the primary conditions are begin with the formal approaching system to call for the judgment based on the system pathway, there significant code and the critical mass.

The functional tests are the time consuming work and inefficient to some circumstances to perform the orders of the subsystem. Identifying the bottlenecks can be done through the testing implementation to achieve the solution that satisfies the recovery requirement plans to meet the expectation and to solve the implementation errors. These can be done through the crisis command, technical test for the primary and secondary test, application test and business process test confirms and acknowledges that the documentation part is completed and updated successfully.

This generally combines the testing phase and the distinct phase to retrieve the advantages and performs the features, not only employ but also deploys the testing capabilities to run under several scripting languages.

Deployment is the final section in the implementation phase were it clubs and calls the installer, server, protocols and the emails to build, test, integrated as the package, notify and deploy automatically by performing the running actions.

Final stage

The maintenance is the last phase helps you to track all the information’s effectively and accurately to identify and track the problems to solve and sustain with the quality standards to stabilize the product by generating the continuous reports. With this generated reports the developers set the functions to fix the problems immediately and quickly based on the problem found.  The patches can be quickly identified, solved and deliver the recovered product to the end users for the usage.

Integrated products re the end products for the usage and testing the continuous process to create the comprehensive software development for the quality assurance. The software companies are seamlessly gives the guidance and support to the users through the assisting the maintenence of the project.

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