Programming is about weighing the pros and cons

Programming is an ever-evolving field, and software engineers understand the importance of considering the pros and cons of different approaches. However, it is not always practiced as much as it should be. Often, engineers become fixated on finding the “perfect” solution, when in reality, the best decision is based on the available information at a particular point in time.

Software development is a dynamic process influenced by changing requirements, new insights, and evolving team dynamics. These factors can significantly impact the suitability of a particular solution at any given moment. It is crucial to avoid getting consumed by the pursuit of an elusive perfect solution and instead focus on understanding the “why” behind your choices.

Justifying your solution

Knowing the reason you chose a solution is often more important than the solution itself. Let’s take the example of selecting a JavaScript framework for an upcoming project. What factors matter to you and your team? Is it the framework's performance, the need for rapid development, or the team’s familiarity with a specific framework? The answers to these questions will all affect the decision you choose.

Rather than fretting over which framework is objectively better. Figure out what you care about and what the trade-offs are. Decide with a clear understanding of these trade-offs and proceed accordingly.

Pivot when you need to

It is easy to fall into the trap of the sunk cost fallacy, believing that once a decision is made, it cannot be reversed. However, changing your mind based on new information is not a sign of inconsistency but a testament to personal growth. Adaptability and openness to new insights are valuable traits in programming.

Think beyond

The decisions you make every day will have sizable effects in the future. Think beyond the problem at hand. How might your solution impact long-term maintenance? Is your code too overly optimized that it is resistant to change? Does the logic involve excessive complexity that will burden future engineers trying to understand it?

Conclusion

Programming is a dynamic field that requires careful consideration of the pros and cons. Instead of fixating on finding the “perfect” solution, it is more important to understand the underlying reasons behind your choices. By focusing on the why, justifying your solutions, and making decisions with a clear understanding of the trade-offs, you can navigate the ever-changing landscape of software development. Embrace flexibility, pivot when necessary, and always think beyond the immediate problem to ensure long-term success. By employing these principles, you can make informed decisions, create impactful solutions, and write better software.