How do you practice programming regularly?

When I want to learn a new programming language, I follow these steps: 1. I use websites like exercism.io to set monthly learning goals. 2. I either get a learning plan from ChatGpt, considering the time I have, or I look at a book and divide it into daily parts to make sure I learn everything. 3. Every day, I work on solving at least three problems related to the programming language. 4. Finally, I build a small website or application based on what I've learned and upload it to GitHub to boost my confidence.

One thing I would like to add is programming is not only about practicing or learning a particular language. It more of solving a given problem. Every line you write is going to solve a real problem and will impact clients and end users. Below pointers should be taken in consideration while practicing programming. 1. Get your basics clear for the language you are using. 2. Always analyse the cost of something you write in terms of Big O notation. 3. Try to follow SOLID principles as much as you can. 4. Keep practicing DSA, it's helps you to program optimally.

Here are some tips for setting a programming goal: 1). Make it specific. Don't just say "I want to learn to code." Instead, say something like "I want to learn the basics of Python by the end of the month." 2). Make it measurable. You could track your progress by counting the number of hours you spend coding each week. 3). Make it achievable. Don't set a goal that is too difficult or unrealistic. Start with small, achievable goals and gradually work your way up to more challenging goals. 4). Make it relevant. Choose a goal that is relevant to your interests and career goals. Once you have set a goal, break it down into smaller, more manageable tasks. This will make it seem less daunting and help you to stay on track.

Few things that helped me to practice programming regularly are: 1. I have set a personal challenge of solving one problem each day for the next 365 days. 2. To learn in public as in solve a problem and describe my approach by making a post on LinkedIn. 3. To keep looking for new things to learn and how others are learning and learn from their insights.

1) Begin with manageable projects that you can complete in a reasonable amount of time. Building small projects allows you to practice your skills and gain confidence gradually. 2) Select projects that align with your interests and passions. Working on projects you're enthusiastic about makes the learning process more enjoyable and motivating. 3) If you encounter challenges or get stuck on a problem, don't hesitate to seek assistance from more experienced programmers or online communities. Asking for help is an essential part of the learning process and can provide valuable insights and guidance. 4) Sharing completed projects not only showcases your skills but also invites feedback, collaboration, and learning from others' experiences.

There are many different resources available, so it is important to choose one that is appropriate for your skill level and goals. Here are some tips for choosing a programming resource: 1). Consider your skill level. Are you a beginner, intermediate, or advanced programmer? Choose a resource that is appropriate for your skill level. 2). Consider your goals. What do you want to learn? Choose a resource that covers the topics you are interested in. 3). Read reviews. Read reviews of different resources before you choose one. 4). Try out a few resources. Once you have narrowed down your choices, try out a few different resources before you commit to one.

There are lots of things you can use on the internet to learn. Here's what I do: 1. Before I start learning a new language, I pick books that let me read a bit and check if it is easy to read and also watch interactive videos that show you how to code step by step. 2. I follow people on LinkedIn who know about the language I'm learning, and I read what they write. 3. I look for open-source projects related to that technology, and I check out the changes they make in the code. It helps me understand the problems and solutions better.

I have found that making a schedule is essential for practicing programming regularly and effectively. Here are some tips for making a programming practice schedule: 1). Be realistic. Don't try to schedule too much time for programming practice. Start with a small amount of time and gradually increase it as you become more comfortable. 2). Be consistent. Schedule your programming practice for the same time each day or week. 3). Find a time and place where you can focus. Avoid scheduling your programming practice for times when you are likely to be interrupted. 4). Take breaks. Don't try to code for hours on end. Take breaks every 20-30 minutes to stretch, walk around, or get a snack.

Being consistent is important for learning quickly. I really think so. Here's what I do: 1. I decide how many days I want to learn about a tech stack or programming. 2. I figure out when I work best and split my learning into times when I feel relaxed and can get a lot done. 3. I make sure I spend at least half an hour each time I learn. 4. I break my learning into small tasks that I know I can complete.

The best way to learn is by practicing. Here is the way to do that: 1. Build a small project. 2. Try to contribute to open-source projects. 3. Participate in online coding competitions related to the skills I'm learning. 4. Connect with people who share the same interests, discuss ideas, and work together on projects or help each other with challenges related to the tech stack I'm learning.

There's only one way to really grow and understand programming properly. Tutorials and small projects just don't cut it when it comes to breaking through a plateau. My greatest advice is to build a complex project. You can start slow and small but when you build something complex / not really done before you'll go deeper and start problem-solving yourself. This is the key and this is what software engineering and programming is really about!

I believe that reviewing your code regularly and critically is essential for writing high-quality, efficient, and maintainable code. It can help you to identify and fix errors, improve your code readability, and optimize your code for performance. Here are some tips for reviewing your code: 1). Use tools to help you. There are many tools available to help you review your code for errors, bugs, and performance issues. 2). Ask for feedback from others 3). Be open to criticism Here are some specific things to look for when reviewing your code: 1). Correctness: Is the code doing what it is supposed to do? 2). Completeness: Does the code handle all possible cases? 3). Efficiency: Is the code as efficient as possible?

Here is the way to review your code: 1. Ask for help from expert or experienced people of that tech stack. 2. Try to check if your code is readable, and formatted as per standard by using linting and quality standard tools which are usually available in languages. 3. Try to write unit test cases using the framework provided by the language. 4. Try to look at the alternative for the code you have written and then compare the previously written code with new one and try to check which one is more readable and simple to understand.

Es interesante. Pero pienso que es mejor hacerlo lo más eficiente posible desde el principio. Después en las actualizaciones que vas a tener que hacer puedes intentar mejorarlo. Si solo tienes un programa....pero si tienes unos centenares...

For me, the best way would be to reach out or observe the people around you and try to develop some software for them to automate their manual processes. This definitely gives us real-time exposure and also an understanding of the system and processes end to end.

The best way to become a programmer is not about the language. Always focus on considering the algorithm to solve the problem. Make pseudo code, make statement lines before start coding. Language syntax can be found easily by searching. But understanding the way to solve the problem is main.

The most effective way I've found to practice writing code is to program a collection of simple games. What I currently have is a single program that presents the player with a random module--for example, guess a number between 1 and 50, a Magic 8 Ball simulation, and play Tic Tac Toe. I started the project in Python, ported it to Go, and am now working on a Rust version. Since it's designed to be modular and to surprise the player, pretty much anything is in scope. Some of the modules make Web calls, inform the player how many days until Christmas, etc. It would be difficult to think of a language element or library that is too basic or too advanced to use to build a new module. It even tracks high scores in JSON! It makes programming fun.