You're debugging your code and you can't find the problem. What's your next move?

Below are the pointers which can help when you're running your code and you noticed an error or bug. 1. Try to understand the error, read error description properly. 2. Now that if you have understood the error, go through the logs and find where exactly the error has happened. 3. Run same code a few more times with extra logging as it will help you with more information about the error. 4. If logging doesn't help, google the error and read few responses and it will surely help you to mitigate that error.

Depends on the kind of bug. Flyswatters work, so does bug spray. You'll find different bugs in different climates. It really just depends on whether you're comfortable with them.

Debugging code is considered tedious even by the best programmers. When you're faced with debugging code and you are unable to identify the problem, an effective strategy is to strategically insert print statements at key points in the code. By doing this, you can track the flow of the program and check for variable values at different stages. This would ultimately help find the bug in time.

- The ability to understand the status codes and error stack traces can help you a lot when you encounter errors while trying to run your code. - Also, using a debugger with suitable breakpoints attached helps you understand the flow of code much better. Using such a way you will be able to understand how I/O and logic are processed. - Always keep in mind the expectations of your code with suitable naming conventions, code readability and syntax has been taken care of.

When you try to run your code and get errors, knowing the meaning of status codes and error stack traces will come in rather handy. - Additionally, utilizing a debugger with appropriate breakpoints attached greatly improves your comprehension of the code flow. You will be able to comprehend how logic and I/O are handled in this fashion. - Always remember what is expected of your code: proper naming conventions, well-maintained syntax, and readability.

A debugger is a great way to recognize what part of your code is causing the bug instead of spending time on the already correct code. Choose a strategic point in your code to be your breakpoint and let your debugger tell you what each line of your code is doing to see the discrepancies between expected and actual values. By focusing on the relevant sections of code and avoiding unnecessary distractions, using a debugger in this manner can significantly streamline the debugging process and save time.

Print statements are amazing tools that can show you what your code is doing each step of the way. Using this with comments to remove some portions of code temporarily while investigating the solution will be an effective method to figure out the issue. When doing this strategy, don't forget to remove the comments as this can alter the logic of your code.

When debugging, I use stack overflow. This can help me understand the errors in my console. On top of this, print statements can be very helpful in determining if the code is executing how you think it should be.

When in doubt, add some print statements, slap some breakpoints down, and start stepping through where you think the problem area is. Something may have an interaction you didn't anticipate.

In certain languages, such as JavaScript, I find it easy for users to use console log or print statements to debug my code. This way, I can see if the output is what I expect and see where the code could be breaking if there is an output mismatch. However, with too many print statements, the code could look cluttered, negatively affecting the style. Thus, it's important to know what variables or segments of the code are most important to the overall functionality or blend in other tools to debug, such as using a debugging tool built into your IDE.

Stack Overflow is your best friend ???? Often, copying your error message into a search engine and looking at the results will give you a lot of useful information. Where possible, make sure the online resource or post is recent (within the last 5 years), and comes from someone using the same system as you (Windows, Linux, etc.) If this issue is occurring in a work/corporate context, make sure to check any internal forums, search through past Slack messages, or join any relevant Slack channels or office hours for the specific technology you're working with, as these can give more targeted support.

Stack overflow comes in handy. Programming involves repeatedly asking questions online especially when it comes to debugging code. There are community of programmers online who have run into your current problem before. Stay ready searching for resources and asking questions. It’s the best way to go!

As it's the era of AI, if you don't find the solution, you can ask AI to process your code and help you find a potential solution to the problem in many cases. If it's something that AI hasn't got covered, you can do some googling to find a fix for the problem. Stackoverflow, quora are the most popular websites for finding a relevant solution to your problems.

Online platforms such as Stack Overflow are particularly helpful. Chances are that for your current bug, a person had the exact same or a similar one in the best, and on Stack Overflow, you can learn how they went about solving the problem and the steps they took. Definitely take advantage of other channels such as Slack or Discord which are popular among engineers. They may also lend a helping hand or provide advice. Nowadays, ChatGPT has also become an alternative. Try copying and pasting your code into ChatGPT and see what kind of advice it can give you with your current bug.

If you are facing something, most probably it's the common problem that most people might have faced during their time. You can definitely look for stack overflow, GitHub issues and look for common cases. You'll be able to find a solution. Also you should contribute to such platforms if you encounter any new issues but it's not yet available easily to help others as well.

When you're trying to debug a very large codebase, it can be a bit overwhelming at the beginning. In cases like this, try to test your code out in chunks or blocks, such as every 25-50 lines or every method. Testing smaller chunks is a lot easier to debug rather than testing perhaps hundreds of lines of code at once. This helps you identify problems more quickly and avoids the case of them evolving into more serious bugs.

Creating a simple, executable program with a suspicious code base is an efficient way to identify issues. It follows a divide and conquer strategy—break the problem into smaller chunks and zoom in.

In my experience as a Software Developer I was able to understand that there are situations in which we are faced with a bug and no matter how hard we try we cannot find the solution, but when we take a break, to relax, take a walk, appreciate nature, the solution It often appears miraculously. That's why I believe that sometimes it's necessary to take a break.

Taking a break is essential, sometimes when you want to know what is the problem you keep focusing unintentionally on a specific part without thinking about other causes, so taking a break will help you to relax and start thinking clearly. One of the helpful things too to make someone other than you take a look at your code, in this case they might get to the problem faster than you

Pausing throughout the debugging process turns out to be a really successful tactic. The simple act of taking a short break and coming back to the code with new eyes regularly helps in detecting?errors that were previously muddled up. This approach helps to improve debugging accuracy and efficiency, which in turn improves code quality and problem solving.

Using tools that include artificial intelligence can be extremely useful in debugging code as it can be asked questions like a human and respond like robot with the correct answers.

I totally agree with this one! There've been times when I tried to debug my code for hours and still was unable to solve the problem. Thus, I decided to take a 15 minute break and come back later. Sometimes when I came back, ideas sometimes quickly popped into my head as to what the new idea could be, leaving me wondering: why didn't I think about this earlier? When we take breaks, we return to coding with a fresh mind or in many situations a new pair of eyes. Thus, we may be able to recognize things or identify bugs we previously didn't notice.

Look, if you aren't: using tools like debuggers, isolating and replicating, doing some research, etc, then you AREN'T debugging. That is table stakes. The piece of information you need is this: What is the context of this problem? Are you a professional and a team is depending on you? are you a student working on a problem with an insignificant effect on your grade? If you're a professional, you need to time-box your efforts. Do the debugging things. Definitely take a walk and get a cup of coffee... Come back and take a look again. But if your time envelope has expired, you owe it to your team to ASK FOR HELP. Walk someone through your problem, maybe escalate to management. If you're stalled, your team is stalled. Don't stall your team.