Pyinotify is a simple yet useful Python module for monitoring filesystems changes in real-time in Linux.
As a System administrator, you can use it to monitor changes happening to a directory of interest such as web directory or application data storage directory and beyond.
It depends on inotify (a Linux kernel feature incorporated in kernel 2.6.13), which is an event-driven notifier, its notifications are exported from kernel space to user space via three system calls.
The purpose of pyinotify is to bind the three system calls, and support an implementation on top of them providing a common and abstract means to manipulate those functionalities.
In this article, we will show you how to install and use pyinotify in Linux to monitor filesystem changes or modifications in real-time.
In order to use pyinotify, your system must be running:
First start by checking the kernel and Python versions installed on your system as follows:
Once dependencies are met, we will use pip to install pynotify. In most Linux distributions, Pip is already installed if you’re using Python 2 >=2.7.9 or Python 3 >=3.4 binaries downloaded from python.org, otherwise, install it as follows:
Now, install pyinotify like so:
It will install available version from the default repository, if you are looking to have a latest stable version of pyinotify, consider cloning it’s git repository as shown.
In the example below, I am monitoring any changes to the user tecmint’s home (/home/tecmint) directory as root user (logged in via ssh) as shown in the screenshot:
Next, we will keep a watch for any changes to the web directory (/var/www/html/tecmint.com):
To exit the program, simply hit
Note: When you run pyinotify without specifying any directory to monitor, the
As a System administrator, you can use it to monitor changes happening to a directory of interest such as web directory or application data storage directory and beyond.
It depends on inotify (a Linux kernel feature incorporated in kernel 2.6.13), which is an event-driven notifier, its notifications are exported from kernel space to user space via three system calls.
The purpose of pyinotify is to bind the three system calls, and support an implementation on top of them providing a common and abstract means to manipulate those functionalities.
In this article, we will show you how to install and use pyinotify in Linux to monitor filesystem changes or modifications in real-time.
Dependencies
In order to use pyinotify, your system must be running:
- Linux kernel 2.6.13 or higher
- Python 2.4 or higher
How to Install Pyinotify in Linux
First start by checking the kernel and Python versions installed on your system as follows:
# uname -r
# python -V
Once dependencies are met, we will use pip to install pynotify. In most Linux distributions, Pip is already installed if you’re using Python 2 >=2.7.9 or Python 3 >=3.4 binaries downloaded from python.org, otherwise, install it as follows:
# yum install python-pip [On CentOS based Distros]
# apt-get install python-pip [On Debian based Distros]
# dnf install python-pip [On Fedora 22+]
Now, install pyinotify like so:
# pip install pyinotify
It will install available version from the default repository, if you are looking to have a latest stable version of pyinotify, consider cloning it’s git repository as shown.
# git clone https://github.com/seb-m/pyinotify.git
# cd pyinotify/
# ls
# python setup.py install
How to Use pyinotify in Linux
In the example below, I am monitoring any changes to the user tecmint’s home (/home/tecmint) directory as root user (logged in via ssh) as shown in the screenshot:
# python -m pyinotify -v /home/tecmint
Next, we will keep a watch for any changes to the web directory (/var/www/html/tecmint.com):
# python -m pyinotify -v /var/www/html/tecmint.com
To exit the program, simply hit
[Ctrl+C].Note: When you run pyinotify without specifying any directory to monitor, the
/tmp directory is considered by default.
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