Cause software error

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The easiest way to understand root cause analysis is to think about everyday problems. If we are sick, we will go to a doctor and ask them to look for the cause of our illness. If our car stops working, we will ask a mechanic to find the root cause of the problem.

To solve or analyze a problem, we will need to perform a root cause analysis and find out precisely what the reason is and how to solve it. The root cause analysis is like a chain of events that go backward. It starts from the last possible action to the previous one, so on and so forth.

It continues until it reaches the beginning of the problem. Hence, it's called reverse engineering. With the help of these questions, we can delve into each phase of the software life cycle. We do it to accurately track the origin of the defect and the point of time when it injected into the system. Before we dive further into Root Cause Analysis, let's first understand the common factors responsible for defects in software:.

Root Cause Analysis is a 4 step process. We need to ask 4 Questions that will summarize the RCA process :. It is resulting in the loss of money, time, and reputation. So Root Cause Analysis discovers what went wrong.

Usually, we use RCA as a way to diagnose problems. However, it can be equally effective in finding the root cause of success. This type of analysis can help prioritize and proactively fix future errors that occur due to the same root cause. We have seen how root cause analysis helps in identifying the problem and take the next steps. Not only execution software but coding standards; manuals, messages displayed , resources needed. Shortcomings of the testing process.

Failure to fix the errors duo to time constraints. Failure to document, report detected errors and faults. User interface and procedure errors.

Documentation error. Errors in the documentation within the software "User manual". Listing of non-existing functions Planned but dropped.