What do you do if you're faced with a programming problem?

When facing a programming problem, the first thing is to understand it well. That means looking carefully at what the problem is asking and breaking it into smaller parts to see how it all fits together. By doing this, it becomes easier to figure out the best way to solve it. Understanding the problem clearly from the start is key to finding a good solution.

In a situation like this, I try to refer to relevant documents on the Internet and try to fully understand the topic and the cause of the issue. Then this knowledge gives me the reasonable confidence to solve it passionately.

Understanding the problem is critical. Make sure you have a clear picture of what output you expect to see and what output you are getting instead. If the problem seems complicated, ask subject matter experts to simplify it for you. Your main goal in the first stage must always be to understand the problem thoroughly.

First of all understand the problem well by reading or going through it several times. Grab or note down all the things you find important. This will help you to plan the solution well. Get an overall picture of the problem.

Understanding the root cause of any engineering problem is the first step to successfully solving it, but understanding how the solution could affect other system components is also a very important point to keep in mind as it helps making better and more responsible decisions.

Once you got the overall picture then plan the solution. Write some pseudocodes, I personally do some rough flow charts. It's easier to see when you have visual illustration of your problem and solution. Then it will also helpful to identify the edge cases in your solution.

Even though digital tools undoubtedly offer many advantages, sometimes it's advisable to grab a pen and paper, especially when it comes to planning how to tackle a problem. Physically sketching out a roadmap or writing pseudocode on paper can help organize thoughts and visualize complex interactions. It provides a way to keep track and ensure no critical steps are overlooked. Additionally, it allows for identifying and addressing potential issues early on, before they manifest in hundreds of lines of code. Sometimes, the traditional approach with pen and paper is still an effective method for developing a clear plan and successfully addressing a problem.

One big goal is hard to achieve. Braking it to 3-5 steps is ideal for reaching your target. After understanding the problem and setting clear steps for solving it, you’ll be able to get the right answer quickly.

First of all you need to understand the type of the problem you are facing (an error or a false result). After that try to break down your code. In fact, by breaking down your solution (code), it becomes easier to locate the source of the issue you're facing. Also, by trying to print the output of each function (piece of code) it helps you find the exact function that is causing the problem.

After planning the your solution, then try to break it down to several chunks. It is easier to handle several chunks than having some big solution. Break it down to smaller pieces. This is really important because once you face a issue you know where to correct in which part you have to correct. Actually as a real world analogy, solving a problem is like going from destination A to destination B. You have to break your journey in to small pieces. Then if you face a issue in a route you can take alternative route without changing the whole course, just change the part you want to change.

Understanding that every process is inherently comprised of many smaller processes is key to effective problem-solving. When faced with an overwhelming problem, it’s essential to break it down into smaller, more manageable pieces. Tackling each sub-problem individually instead of trying to solve everything at once not only makes the task less daunting but also enables you to isolate and address issues more efficiently. It’s akin to solving a puzzle—focus on putting together one section before moving on to the next. By decomposing a complex problem into its constituent parts, you’ll often discover that solutions can be reused for different components, ultimately saving time and effort in the long run.

When I am facing a programming problem, I always try to isolate it in order to minimize code execution and resolve it faster and easier.

Divide and Conquer: Confronted with an overwhelming problem? Break it down into manageable components for systematic resolution. Address each sub-problem sequentially, focusing on one segment at a time. This approach not only alleviates the daunting nature of the task but also facilitates efficient problem-solving. By decomposing complex problems, you'll uncover reusable solutions and expedite the resolution process.

After planning and breaking down the code you know what you need to know now you can execute your plan by writing code. When writing code use comments, meaningful comments to enhance readability. After writing test the code , optimize the code and identify bugs and fix those, then repeat this cycle.

It is very important to write comments while writing the code. It helps anyone, even yourself, when coming back to this code for debug or editing to target exactly the good group of code line. By putting comment, you improve understanding of what is doing each line. It is a basic step in programming but very very important

The best way to solve a big problem is to break it into several parts, so you can have a better visualization and understanding of the problem.

1. Use available tools to determine exact program or progams causing issue, then search for the error. 2. Use a test account and then step through the code

Use Boolean flag and debug/print command to go ahead steps by steps into the code to understand where does stand the error(s)

- Programming is the art of translating our logical reasoning into precise code. - Debugging is my preferred approach for uncovering bugs and understanding code behavior. By providing real-time insights into runtime execution, it allows me to compare expected logic with actual outcomes. This invaluable feedback loop helps me identify and resolve bugs effectively, ensuring the reliability and accuracy of my/any code. #debugging #programming

Dont understimate logging .by logging key events, errors, and system activities, you can track the behavior of your applications and quickly pinpoint issues. It helps you monitor the flow of your code, troubleshoot problems and enhance the performance and reliability .

I think Analysis should be the first step. First do the analysis of the problem, once we have all the gathered data we can try different approaches and scenarios to solve it effectively. It really helps me to solve the problems.

As I always say, each barrier overcome is an achievement, that is, when we can correct a problem we certainly learn, and if we try to understand it, we will be able to improve it with even greater ease to solve it if it occurs again. And we never stop trying to learn more.

It is the great occasion to create documentation about how to solve each problem you faced (and solved) till now. Whom forget will do the same error in future. To no forget, write it somewhere !

Learning is the key at least in the field of software engineering. The word "experienced" in an experienced software engineer comes from all the learnings they had from either learning new tech or learning from all the errors they face day in and day out. Getting errors or facing problem is a very common thing in a programmers life. Once the problem is fixed, one should try to do some post analysis of the problem so that it can be averted the next time. The problem could be in the code or in the design of the repo or even in the design of the entire system. That is ok, provided that you learn something from resolving it. That is how one grows in the field. That is what will make you a truly "experienced" developer.

In my experience, documenting not only the code itself but also the decision making process is very important, especially in complex systems with many dependencies. It can help explaining to your colleagues and to your future self why a specific decision was made, and the limitations that caused a solution to be implemented instead of others.

Apart from solving our own problems, I think one should also try to look into problems faced by fellow developers. Even if not very actively, still we should try to brain storm with fellow developers about ideas/ ways to solve their problem. This will not only help the product to be even better, but will also make our knowledge base broader. It will also help us to foresee any problem during our own programming/ designing session. This can be done easily if you are a part of a company and have peers working on other things. It can also be achieved by contributing to open source projects and working on open issues (you can find plenty of them on Github).

Cultivating Collaborative Learning: Foster a culture of collaboration and knowledge-sharing within the programming community. Share insights, experiences, and solutions to enrich collective learning. Embrace diverse perspectives and engage in constructive discussions to broaden your understanding and enhance problem-solving capabilities. By cultivating collaborative learning environments, you contribute to the collective advancement of the programming community.