WEEK 10.2 STAQ ASSIGMENTS P

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CIS 623-T201 SOFTWARE TESTING AND QUALITY WEEK 10.2 ASSIGNMENT STUDENT NAME: YAMINI PRIYA KARASALA STUDENT ID: 21422810 PROFESSOR: MICHAEL MCGEE

1.How does risk impact testing? Risk is the likelihood that a negative event may occur in the future. To completely minimize the danger or significantly lessen its consequences, we must prepare for these negative outcomes. To lessen the impact on the quality of the product, a QA manager must be aware of these risks from the perspective of testing. Does this mean that the QA manager should oversee managing any risks that the project may encounter? Yes, in an ideal world, but in the actual world, he would never have the resources or the time to consider every scenario. Consequently, we need to prioritize issues that might cause substantial harm to software. How will we go about doing that? We achieve this by determining the level of risk. Software risk is tracked during testing using code analysers, which can assess the code for risks both inside the code and between units that need to communicate inside the program. These interactions highlight the biggest software risk. The most significant software outages are typically caused by complex projects using many frameworks and languages, as well as occasionally even by elusive problems. There are two distinct aspects to risks: Probability: There is always a chance of risk. When things get perilous, there's never a 100% guarantee. There is never a completely safe environment. Since there wouldn't be any risk, there can never be absolute certainty. For instance, the server that hosts our website makes a 99% uptime guarantee. What is the probability of a server failure or crash? You made the correct guess! There is a 1% involvement. Impact: Risk has a negative outcome. However, the degree of impact varies according on the threat. High Impact and High Probability is the highest level of risk in software testing, hence it's critical to concentrate the most effort and planning into this bucket. These risks provide a serious risk of totally

derailing testing, which can result in longer than expected test completion times or software of poor quality. 2.Why should risk be considered when testing? When software is being tested, risk analysis is frequently used to identify any issues with the program before it is put into use. To find potential production problems caused by software flaws, a risk analysis is carried out during software testing. By proactively correcting problems and detecting problem areas early on, developers can lower the probability of a production mishap. The key components of a test strategy seem to have been succinctly and clearly summarized by you. To ensure a thorough and rigorous testing process, which can ultimately increase the reliability and quality of the final product, this technique is crucial. Scope, planning, resource allotment, test environment, tools, defect management, risk management, and exit criteria are among the components that must be given top priority in a successful testing phase. Examining potential scenarios and addressing them using risk management approaches is a proactive approach that can help minimize issues before they arise. The components of the test plan have been accurately and thoroughly broken down by you. It demonstrates in detail the crucial elements to consider while creating a test strategy. It is essential to carefully define the scope, allocate resources appropriately, and control risks to ensure a successful testing process. Emphasizing the need of defining clear exit criteria for testing procedures is another way to uphold quality standards. All things considered; your detailed explanation demonstrates that you have a firm grasp of the essential components of a comprehensive test strategy.

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Reference: 1.Sharma, L. (2022, November 21). What is Risk in Software Testing? and How to Analyse risk? TOOLSQA. https://www.toolsqa.com/software- testing/istqb/risk-in-software-testing/ 2.Black, R., Graham, D., Veenendaal, E. van, & van Veenendaal, E. (2012). Foundations of Software Testing: ISTQB Certification. Cengage Learning. 3.Risk Analysis in Software Testing. (n.d.). Default. https://www.castsoftware.com/research-labs/risk-analysis-in-software- testing

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