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Software development involves creating code that can either be heavy or lean, with some code being bloated due to excess lines of code. Code bloat can put pressure on the computing end of deployments, affecting performance. Inefficiencies in code often arise from redundant logic, complexities, and suboptimal algorithms. Developers need to prioritize testing non-functional requirements, such as performance and scalability, to address these issues upfront. Maintainability is another key factor causing inefficiency in code, as inadequately maintained code leads to challenges in comprehension and modification, increasing development costs and time-to-market.

Code bloat can be attributed to the addition of unnecessary and redundant code, often a result of ignoring best practices. Lack of comments and the addition of codes as workarounds or shortcuts can contribute to code bloat. Refactoring is a common approach adopted by developers to clean up code and avoid carrying over existing inefficiencies. However, excessive refactoring can lead to ignoring the strategic view of code architecture and design. Developers need to approach refactoring with a futuristic mindset and ensure proper governance and guardrails throughout the software development lifecycle.

Recognizing the common culprits of inefficient code, understanding the origins of code bloat, and embracing systematic code refactoring can help software developers navigate the complexities of software development more efficiently. This is crucial to meet the demands of today’s evolving technological landscape. By acknowledging code bloat exists and working towards healthier software execution, organizations across all business verticals can improve the performance and maintainability of their software applications. Clean coding practices, the removal of dead code, and clear end-of-life practices can help prevent code bloat and ensure optimal coding practices are followed.

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