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You dream in code, the exploration of programs, the revision of applications. Your mind is filled to the strange (and sometimes indecipherable) language of computers and their methods. You do not pretend to understand it all. No one ever could. But you have learned how to create what you need, rather than simply accepting what companies have offered you. You are a visionary.
Others, however, are not. They do not recognize the subtle components of software, the elements that brand it worthy. They must instead seek out ways to determine quality and convenience. And those ways must be learned before they can then be utilized.
Software is a common part of our daily lives, but many confuse its intentions or do not understand its value. And this is why software quality must therefore be calculated, to ensure that all users receive the best programs possible.
Typically this calculation includes specific questions, such as:
1. Can it be maintained? No program is considered valid if it will be without purpose in a matter of years. It must instead be able to have a necessary function that will not change or can instead be reinvented as needed – a flexible source code is essential.
2. Is is concise? Code, to the casual computer enthusiast, is a string of letters and patterns that offer no answers. To those with discerning eyes, however, the flaws of parentheses and loops will be offered immediately. If the program is filled to unnecessary designs or functions, it is not of good quality.
3. Is it safe? No worry is greater than a computer being infused with a sudden virus, made into a series of errors and mistakes. Software must therefore be protected throughout its entire production, and must also include the essential countermeasures (such as firewalls, secure coding and an assurance of no Integer overflow).
These questions are vital in assessing a software’s quality. They must be asked again and again to ensure no complications arise and no user suffers.













