How can you improve your coding speed?

Je pense qu'il est plus avisé de planifier ce que l'on veut faire avec de coder. En suite, Il faut se servir des IDE(Integrated Development Environment) où utiliser les Editeurs de code avancés. De plus il faut connaitre quelques raccourcis clavier qui vous permettra de vite accéder aux données. En fin connaitre les bonnes pratiques comme le principe SOLID, TDD, DDD, BDD et certains design patterns.

Solve coding challenges, participate in coding competitions, and work on small projects to reinforce your skills. Break larger coding tasks into smaller, manageable parts. Familiarize yourself with keyboard shortcuts in your preferred integrated development environment (IDE)

Planning well and building roadmap are fundamental to any large initiative. From the broader perspective of project or initiative planning it’s essential to work out your kpis and exit/success metrics and then break the project into smaller executables. Well defined tasks will help accelerate the process of going from idea to deliverable, and cut down on churn. However, allow space to plan and manage for change and pivots. From a pure coding perspective: - find or build tools that work for you (IDEs, CLI, etc) - take the time to learn how to manage and upkeep your environment - layout a plan and design before you write code - start with tests or UA criteria to keep your task streamlined and focused. - code, code, code. Build the muscle!

Improving our coding speed involves a combination of practice, effective learning strategies, and adopting efficient coding habits. Engaging ourselves in coding challenges on platforms like LeetCode, HackerRank, or CodeSignal. Regular practice sharpens your problem-solving skills and boosts your coding speed. Also, Improve your typing speed by practicing touch typing. Knowing how to type without looking at the keyboard enhances your coding efficiency. Set Realistic Goals: Break your coding tasks into smaller, achievable goals. Setting realistic objectives helps you stay focused and prevents feeling overwhelmed.

The very first step towards writing a successful code is understanding the requirement behind the need of coding. I always end up visualizing a way out of this. Pen this down on paper and then you can spend some more time before jumping on to the code directly.

Leveraging modern editors and IDEs is crucial for faster coding. Features like intelligent code completion, built-in debugging tools, and easy refactoring dramatically cut development time versus basic text editors. Visual Studio Code strikes an optimal balance between utility and performance. However, be careful not to become overreliant on shortcuts, as manually practicing foundational coding has merits too. Overall, advanced editors allow focusing more time on programming logic rather than syntax or builds. But customize to not undermine learning core concepts.

Make use of all the tools an IDE offer. An IDE, especially the advanced ones, usually offers a lot of advanced features such as debugger, command run presets, test coverage UI, and many others. Many developers don't really invest their time in learning these tools and instead just focus on writing codes. However, these tools can help developers in debugging their codes faster.

Don’t be afraid of generative AI tools. GitHub Copilot for example is a simple tool that when leveraged correctly will drastically increase your productivity and help you understand your code base better. I would stress that these tools should be viewed exactly as that: tools. They shouldn’t be a crutch and are no replacement for technical skill or critical thinking, but they will help you get to resolution faster and save time on googling… While hopefully helping to elevate your understanding and knowledge of your craft along the way.

Sure thing! Utilizing a robust IDE and quality plugins can significantly speed up coding and reduce bugs. However, for junior developers starting out, it might be beneficial to initially avoid powerful IDEs or plugins. This approach allows them to gain experience by encountering and solving simple mistakes firsthand. Writing code from scratch provides a chance to ponder over what's being written and the specific problems being solved, a process that's more enriching than mere code copying. Additionally, AI-powered plugins have the potential to save substantial amounts of time while coding. They can automate tasks and streamline processes, offering significant efficiency benefits.

Caveat. Be aware that powerful features can also enable powerfully bad habits. Being able to very quickly rename something that's being referenced in 800 places without accidentally hitting dupe names can make it a lot easier to miss the fact that it's often an incredibly brittle-bad idea to be referencing the same thing in 800 different places in the first place. Bad idea in a less advanced editor and bad architecture tend to go hand in hand. There is value in learning the craft of how to not hang yourself with a dynamically typed language's lengthy rope in a less heavily featured editor that you can bring back to a more verbose strictly typed language that practically demands an IDE by default.

Boost coding speed with keyboard shortcuts: Master Basics: Learn fundamental shortcuts for common actions like copy, paste, and undo. IDE-Specific Shortcuts: Familiarize yourself with IDE-specific shortcuts, including navigation and debugging. Customize for Efficiency: Personalize shortcuts to match your workflow and boost coding efficiency. Leverage code snippets: Create Reusables: Identify and save recurring code patterns for reuse. Use Built-in Libraries: Explore IDE or community-supported snippet libraries for quick insertion. Maintain a Personal Repository: Build and organize a personal snippet repository for easy access. These strategies optimize your coding workflow, saving time and improving overall efficiency.

Get to you know your tools, try to master your tools. This is not only the editor, but the console as well, and other pages like github, or jira.

For increased coding speed, get comfortable with keyboard shortcuts and code snippets. They're like magic tricks for coders – helping you zip through tasks without mouse-clicking or typing your fingers off. With a few keystrokes, you're navigating, copying, pasting, and running your code at warp speed. You can grab these handy shortcuts and cool code bits for your editor or IDE online. Plus, why not cook up your own shortcuts? It gives you more control and makes coding a whole lot easier.

Learning the essential shortcuts is an absolute must for writing code quickly. It will feel weird at first, but over time you will ask yourself why you didn't learn them sooner!

Choose a code editor or IDE that aligns with your preferences and provides features like autocompletion, syntax highlighting, and integrated debugging tools. Customize your environment to suit your workflow and make repetitive tasks more efficient.

I would also offer up that it is good for any engineer to understand both industry and company standards. It’s important to understand what industry best practice are, but also very important for you to understand how and why your team does things. The impact is twofold: 1. You are making sure to align your practices with your team and promote cohesion and uniformity across your codebases. 2. You will have the insight and context necessary to affect change. Identify gaps and use your knowledge to bridge them and elevate your team. Side note: Just because a suggestion isn’t integrated doesn’t mean it wasn’t valuable, so don’t be scared to share ideas.

I wholeheartedly advocate embracing coding standards and best practices for efficient and robust development. Think of it like laying a strong foundation for a building. Consistent naming, indentation, and spacing make your code readable and collaborative. Comments add clarity, vital when revisiting code. Modularization and code reuse boost efficiency and ensure long-term project health. Following these practices is like a safety net, catching potential errors early and enhancing security. It's not just about speedy coding; it's a commitment to building resilient, scalable, and secure software solutions.

Enhance coding speed through practice, strategy, and ongoing learning. Tips included: 1. Regular Practice - Consistent coding practice. 2. Set Achievable Goals - Break down projects into manageable tasks. 3. Learn Shortcuts - Master keyboard shortcuts. 4. Use Code Snippets - Implement time-saving code snippets. 5. Read Documentation- Efficiently navigate and understand documentation. 6. Master Tools- Proficiency with development environment and tools. 7. Stay Organized - Logical code structure and meaningful names. 8. Take Breaks - Prevent burnout with regular breaks. 9. Collaborate - Engage with coding communities and learn from others. 10. Continuous Learning - Stay updated on new technologies and languages. Like & Comment????

Let's assume 2 different approaches to producing code: Approach 01: Just jump into writing code without following any coding standards, naming conventions, proper formatting, making code modular, avoiding code smell, and just getting into a rush of producing code. While this approach may help you get the initial code out quickly, just imagine the amount of time you'll spend on refactoring it, solving the bugs ??, making it reusable and understandable, etc. Sounds like a lot of mess, right? Now, let's see the second approach. Approach 02: Follow the best practices, and get well-defined, commented, modular, well-optimised, and well-structured with proper naming conventions. Making the second approach a habit will do wonders for you!!!

A colleague's code review can be valuable input, mainly if it is explained why. This input, divided into several goals, improves the coding speed because you have a problem definition, so you can now choose how to refactor it. I recommend writing a library or templates that several people, teams, or projects use. These projects require constant refactoring and building abstract blocks, which are reusable by many. Moreover, you will get feedback from coworkers, reviews, and new requirements. As a result, you will learn to see the bigger picture and build code in a straightforward and adaptable way from the beginning. In the long run, knowing patterns will increase the coding speed because you practice.

That's a fantastic and comprehensive guide to improving coding speed! Here are some additional thoughts and suggestions to build upon your points: Take care of yourself. Get enough sleep, eat healthy foods, and exercise regularly. A healthy body and mind lead to a sharper focus and improved coding performance. Join the community: Connect with other developers online or in person. Share your experiences, learn from others, and participate in coding challenges and hackathons. Never stop learning: The tech landscape is constantly evolving, so commit to continuous learning. Learn to love the command line: Familiarize yourself with the command line interface (CLI) for your operating system and relevant tools.

?? Keeping it simple and adhering to the KISS principle (Keep It Simple, Stupid) is a game-changer for coding speed. Breaking down complex problems into smaller, manageable tasks, using meaningful variable names, and focusing on clear, concise code can significantly enhance productivity. Embracing simplicity not only accelerates coding but also aids in maintaining clean and maintainable code. ?? #CodingTips #KISSPrinciple #Productivity"

Boosting coding speed involves a mix of strategies and practices. Firstly, practice regularly to enhance muscle memory and familiarity with coding patterns. Break down complex problems into smaller tasks for more manageable solutions. Efficiently use code snippets, templates, and shortcuts to reduce repetitive typing. Embrace touch typing to minimize time spent looking at the keyboard. Prioritize understanding over memorization to navigate through code effortlessly. Leverage integrated development environments (IDEs) with features like autocompletion and debugging tools. Collaborate with peers to gain diverse insights and learn new approaches. Lastly, stay updated with industry best practices and technologies.

Write automated tests. Tests will help you iterate faster and build something more stable. You can rely on your refactorings, cause your tests will catch mistakes. Your code will be easier to read, reuse and will be less coupled. Tests are a document of requirements helping you to onboard new developers. Automated tests will make you look more professional and will safe you so much time in the long run! Those who debugged on production and resolved incidents with bugs in databases will know. Testing makes you think about your code before writing it. It's a mini plan for your code you will write.

I would also recommend using a typing training app such as type fu. It will help build muscle memory and over time make you much more effective at typing quickly.

Keep a stock of the functions that are commonly used. You should be knowing, which all functions has a chance for repeating in your project. Even if not in that project, there could be certain functions like XML to Data table parsing which will be useful in many projects. You can keep a stock of these functions outside the project for reuse. This saves a lot of time. And try to keep such functions in the universal use format, so that you just have to copy and paste.