The debugging tool in P圜harm uses dialog boxes to guide you through the code execution process and allow you to choose the various debugging parameters. I find the P圜harm interface not so difficult to use, but it requires some time to get used to, especially if you never used an IDE before.
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P圜harm is not just a debugging tool rather, it is a full development environment. The most famous Python IDE is P圜harm, which is a Python-Specific IDE developed by JetBrains. But, these IDES are often large in size and need further installation. IDEs offer a way to visually debug and test your code, debugging any codebase size easier and more efficiently. That’s one of the reasons IDEs are created (Integrated Development Environments). The pdb is a command-line debugger, which not all people find intriguing or easy to use. Pdb is a very basic debugger, but various extensions can be added to make it more useful, such as rpdb and pdb++, which can make the debugging experience better ipdb if you’re working with IPython. You can also extend the debugger if you want because it is implemented as a class in the Python standard library. Pdb can be used to skip some lines of code or iterate over a loop for specific times. You can start using the pdb by importing it at the beginning of your code. Using these breakpoints, you can inspect your code and the stack frames - it is very similar to using the print statement. The pdb is a command-line debugger where you can insert breakpoints in your code and then run your code using the debugger mode. PDB is a default debugger that comes with all versions of Python, which means no installation or hassle is needed you can just start using it if you already have any Python version installed on your machine. Let’s kick things off by talking about the simplest of debuggers, a debugger for small to medium size projects, the Python Standard Debugger (pdb). This article will go through 5 of these tools, and you can choose which one fits your style best. So it has many tools that you can use to debug your code that is way more efficient and feasible than inserting a print statement after every couple of code lines. Luckily, Python is one of the most popular programming languages. That may be a valid approach if your code is a few lines long or a maximum of a few hundred, but as your codebase gets longer, that approach becomes less feasible, and you will need to use something else. I know that the first thing most of us do when faced with a bug uses a bunch of print statements to track the execution of the code and to detect where the error occurs. The only way to discover where the bug in your code is and fix it to remove the error is debugging.