When faced with conflicting coding practices, first understand the project's requirements and the team's coding standards. Then, evaluate the pros and cons of each approach. By discussing with the team and gathering everyone's feedback, you can choose an approach that works best for everyone. This way, you can reach a consensus and make the best decision.

🤔 Choosing the Best Coding Practices: Navigating the Dilemma! 🤔 Stuck between conflicting coding practices? You’re not alone! It’s important to find the best approach that keeps the project on track while maintaining consistency. 💡 Here’s how to choose wisely: 1️⃣ Evaluate Pros and Cons: Analyze both practices—consider readability, maintainability, and scalability. 📊 2️⃣ Team Consensus: Get everyone on the same page! A quick discussion can help resolve conflicts and promote a unified approach. 🤝 3️⃣ Adopt Industry Standards: Sometimes, the easiest way forward is to stick with widely-accepted best practices that ensure longevity and ease for future developers. 📘

Best approach requires a balance of technical reasoning, team dynamics (Skill set/ experience), and long-term project goals. Here’s how I would navigate the situation, 1. Consider Industry Best Practices - Follow widely accepted industry standards like the SOLID principles, DRY (Don't Repeat Yourself), KISS (Keep It Simple, Stupid), and other design patterns that have been proven to enhance code quality. 2. Long-Term Code Maintenance: Consider how easy it will be for future developers (or even your current team) to maintain and extend the code. 3. POC: Develop a small POC for each approach to see how it works in practice. This can reveal potential issues that are not apparent from theoretical discussions.

Conflicting coding practices can slow projects down unnecessarily that's why it is important to put the project first. Find what features need to be implemented and work backwards to which coding conventions and tech stacks are ideal

Understand the Practices: Review and understand each coding practice in context to identify the rationale behind them. Evaluate Project Requirements: Analyze the project’s needs, considering factors like performance, scalability, maintainability, and team skills.