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i3 logoi3lock

improved screen locker

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🍀 sweet looking lockscreen for linux system

i3lock script that takes a screenshot of the desktop, blurs the background and adds a lock icon and text

The world's most popular non-default computer lockscreen.

Quick Overview

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Competitor Comparisons

🍀 sweet looking lockscreen for linux system

Pros of betterlockscreen

  • Enhanced visual customization with blurred or dimmed background images
  • Caching mechanism for faster lock screen activation
  • Supports multiple monitors and custom text on the lock screen

Cons of betterlockscreen

  • Requires additional dependencies (e.g., imagemagick, xdpyinfo)
  • More complex setup and configuration process
  • May consume more system resources due to image processing

Code Comparison

i3lock (basic usage):

i3lock -c 000000

betterlockscreen (basic usage):

betterlockscreen -l dim

Key Differences

i3lock is a lightweight and straightforward screen locker, while betterlockscreen offers more advanced features and customization options. i3lock focuses on simplicity and efficiency, making it ideal for users who prefer a minimalist approach. betterlockscreen, on the other hand, provides a more visually appealing lock screen experience with the ability to use custom backgrounds and effects.

i3lock is part of the i3 window manager ecosystem, making it a natural choice for i3 users. betterlockscreen is a standalone project that can be used with various window managers and desktop environments.

Both projects are open-source and actively maintained, but betterlockscreen has a larger community and more frequent updates. i3lock's simplicity makes it easier to integrate into scripts and system configurations, while betterlockscreen's advanced features may require more setup but offer a more polished user experience.

i3lock script that takes a screenshot of the desktop, blurs the background and adds a lock icon and text

Pros of i3lock-fancy

  • Enhanced visual aesthetics with customizable background blur and lock icon
  • Supports displaying custom text on the lock screen
  • Includes additional features like pixelation and color overlay options

Cons of i3lock-fancy

  • Requires additional dependencies (e.g., ImageMagick) for image manipulation
  • May have slightly slower lock screen activation due to image processing
  • More complex setup and configuration compared to the simpler i3lock

Code Comparison

i3lock (basic usage):

i3lock

i3lock-fancy (basic usage with blur):

i3lock-fancy

i3lock-fancy (with custom text and icon):

i3lock-fancy -t "Custom Lock Message" -i /path/to/custom/icon.png

Summary

i3lock-fancy builds upon the foundation of i3lock, offering enhanced visual customization options and additional features. While it provides a more aesthetically pleasing lock screen experience, it comes at the cost of increased complexity and potential performance overhead. Users seeking a simple, lightweight solution may prefer i3lock, while those desiring a more visually appealing and customizable lock screen might opt for i3lock-fancy.

The world's most popular non-default computer lockscreen.

Pros of i3lock-color

  • Offers extensive customization options for colors and appearance
  • Supports displaying images and custom text on the lock screen
  • Provides more modern and visually appealing lock screen designs

Cons of i3lock-color

  • May have higher resource usage due to additional features
  • Potentially less stable or more prone to bugs than the original i3lock

Code Comparison

i3lock:

xcb_pixmap_t pixmap = XCB_NONE;
xcb_window_t win = XCB_NONE;
xcb_pixmap_t img = XCB_NONE;

i3lock-color:

xcb_pixmap_t pixmap = XCB_NONE;
xcb_window_t win = XCB_NONE;
xcb_pixmap_t img = XCB_NONE;
cairo_surface_t *img_surface = NULL;

The code comparison shows that i3lock-color introduces additional variables and structures to handle the extended functionality, such as custom images and colors.

i3lock-color is a fork of the original i3lock project, aiming to provide more customization options for users who want a more visually appealing lock screen. While it offers more features and flexibility, it may come at the cost of slightly higher resource usage and potential stability issues compared to the simpler, more focused original i3lock.

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README

i3lock - improved screen locker

i3lock is a simple screen locker like slock. After starting it, you will see a white screen (you can configure the color/an image). You can return to your screen by entering your password.

Many little improvements have been made to i3lock over time:

  • i3lock forks, so you can combine it with an alias to suspend to RAM (run "i3lock && echo mem > /sys/power/state" to get a locked screen after waking up your computer from suspend to RAM)

  • You can specify either a background color or a PNG image which will be displayed while your screen is locked. Note that i3lock is not an image manipulation software. If you need to resize the image to fill the screen or similar, use existing tooling to do this before passing it to i3lock.

  • You can specify whether i3lock should bell upon a wrong password.

  • i3lock uses PAM and therefore is compatible with LDAP etc. On OpenBSD i3lock uses the bsd_auth(3) framework.

Install

See the i3lock home page.

Requirements

  • pkg-config
  • libxcb
  • libxcb-util
  • libpam-dev
  • libcairo-dev
  • libxcb-xinerama
  • libxcb-randr
  • libev
  • libx11-dev
  • libx11-xcb-dev
  • libxkbcommon >= 0.5.0
  • libxkbcommon-x11 >= 0.5.0
  • libxcb-image
  • libxcb-xrm

Running i3lock

To test i3lock, you can directly run the i3lock command. To get out of it, enter your password and press enter.

For a more permanent setup, we strongly recommend using xss-lock so that the screen is locked before your laptop suspends:

xss-lock --transfer-sleep-lock -- i3lock --nofork

On OpenBSD the i3lock binary needs to be setgid auth to call the authentication helpers, e.g. /usr/libexec/auth/login_passwd.

Building i3lock

We recommend you use the provided package from your distribution. Do not build i3lock unless you have a reason to do so.

First install the dependencies listed in requirements section, then run these commands (might need to be adapted to your OS):

rm -rf build/
mkdir -p build && cd build/

meson .. -Dprefix=/usr
ninja

Upstream

Please submit pull requests to https://github.com/i3/i3lock