To touch all the  files recursively, you need to walk the directory tree using os.walk and add touch all the files in it using os.utime(path_to_file). exampleimport os # Recursively walk the tree for root, dirs, files in os.walk(path):     for file in files:         # Set utime to current time         os.utime(os.path.join(root, file))In Python 3.4+, you can directly use the pathlib module to touch files.  examplefrom pathlib import Path import os # Recursively walk the tree for root, dirs, files in os.walk(path):     for file in files:         Path(os.path.join(root, file)).touch()Read More

It is known that file compression is a routine task in software development and data management in Python. The act of zipping folders recursively is a valuable skill that allows you to compress not only the top-level folder but also all its subdirectories and files; this results in creating a well-organized and space-efficient archive. Python, with its versatility and extensive standard library, makes available multiple approaches to achieve this task effectively. In this comprehensive and exhaustive article, we will explore various methods of how to zip a folder recursively using Python. We have provided step-by-step explanations and code examples to ... Read More

In Python, there is a vast ecosystem of libraries and packages, and it provides developers with a multitude of tools to build powerful applications. For example, the "pip" package manager simplifies the process of installing Python packages from the Python Package Index (PyPI) into the default system−wide site−packages directory. However, in some cases, you might want to install packages into a different directory to maintain better control over dependencies and avoid potential conflicts. In this detailed article, we will explore various methods to install a Python package into a different directory using pip. We will provide step-by-step explanations and code ... Read More

When using file operations and directory structures, working with file paths is a typical task in Python programming. You may occasionally need to strip off particular parts of a file path, such a directory name, in order to analyze or alter it independently. Python offers a number of methods to carry out this work quickly and effectively. This extensive article will examine various techniques for extracting a directory in Python from a file path. We will walk you through the procedure with step-by-step explanations and code samples. You may divide a file path into several parts, get the parent directory, ... Read More

Iterating over files in a given directory can be helpful for doing things like finding files that match a certain criterion, or counting the number of files in a directory. Python provides the following five ways to walk through all the existing files in a directory os.listdir() method os.walk() method os.scandir() method Using pathlib module glob.iglob() method Let us look at these methods in detail. Using os.listdir() Method The os.listdir() method is used to list all the files present in a directory. It accepts the path of the directory as an argument and all the entries, apart from ... Read More

While working with file systems and directories in Python, understanding the directories’ structure and their contents is essential for efficient file management and organization. Python makes available various methods and libraries that allow you to list the directory tree structure, including all subdirectories and files, in a comprehensive and exhaustive manner. Whether you're organizing files, analyzing directory structures, or performing data processing tasks, knowing how to list the directory tree structure in Python will significantly enhance your file handling capabilities. In this extensive article, we will explore different methods to list the directory tree structure in Python. We will also ... Read More

When dealing with and handling file systems and directory structures in Python, it's important to find if a given directory contains any other directories. This data becomes invaluable in various situations, such as organizing files, managing hierarchical data, or implementing conditional logic based on the presence of subdirectories. Python has provision for several methods and techniques to efficiently check for the existence of directories within a given directory. In this informative article, we will explore different methods to check if a given directory contains any other directories in Python. We will also provide step−by−step explanations and code examples to help ... Read More

When working with directories in Python, it's often necessary to obtain a list of files and subdirectories within a given directory. Moreover, sorting this directory listing by their names can be beneficial for better organization and readability. Python provides several methods and techniques to achieve this goal efficiently. Sorting the directory listing alphabetically can help you quickly locate specific files or directories and facilitate various file management tasks. In this comprehensive article, we will explore different methods to get a directory listing sorted by name in Python. We will provide step−by−step explanations and code examples to guide you through the ... Read More

In the process of managing files and directories in Python, there are often situations where you need to obtain a directory listing sorted by creation date. The task of sorting files and directories by their creation timestamps can be beneficial for various purposes, such as analyzing the most recently added files or organizing data based on chronological order. Python has several methods and techniques to achieve this goal effectively and efficiently. By making use of the "os" module, the "pathlib" module, or third−party libraries, you can effortlessly obtain a sorted directory listing based on creation date. In this exhaustive article, ... Read More

A portable method of interacting with the operating system is offered through the OS Python Module. The module, which is a part of the default Python library, contains tools for locating and modifying the working directory. The following contents are described in this article. How to obtain the current working directory: os.getcwd() Changing the current working directory: os.chdir() The __file__ function returns the path to the current script file (.py). Getting the current working directory- os.getcwd() The function os.getcwd() returns as a string str the absolute path to Python's current working directory. "Get current working directory" (getcwd) refers ... Read More