css

All posts tagged css by Linux Bash
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    This guide on Linuxbash.sh explains how to minimize JavaScript and CSS files using Linux Bash, enhancing website performance by speeding up load times and reducing bandwidth. It provides step-by-step instructions on setting up tools like UglifyJS and clean-css, and crafting scripts to automate minification, thus boosting user experience and SEO rankings.
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    Learn how to manage CSS effectively in a modular architecture using Linux Bash in this guide. Uncover methods to streamline CSS tasks like minification and compilation through Bash scripting, benefiting from methodologies such as BEM, SMACSS, and OOCSS. Essential for developers seeking to enhance workflow and maintain scalable, efficient style management systems in complex web projects.
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    Explore strategies for enhancing web page rendering through the preloading of critical CSS specifically tailored for Linux Bash users. Learn how identifying and integrating critical CSS can drastically improve load times and user experience by minimizing render-blocking. The guide also includes practical instructions on employing tools like `Critical` by Addy Osmani and Bash scripting for automating CSS extraction and implementation to optimize performance metrics such as First Contentful Paint (FCP).
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    Explore the essential skills of CSS debugging using browser developer tools in this detailed guide. Aimed at web developers at all levels, it covers how to utilize tools in browsers like Chrome, Firefox, Edge, and Safari for inspecting and modifying CSS properties, understanding computed values, and troubleshooting layout issues. Learn to manage responsive design and pseudo-classes, enhancing webpage quality and developer efficiency.
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    This guide explores responsive web design using CSS media queries, outlining their essential role in adapting content to different devices. It delves into media queries' syntax, practical implementation, and setting breakpoints, with a focus on fluid grids and flexible images. Tips for mobile-first design and testing responsiveness are also included, ensuring optimal user experiences across all devices.
Master the management of Linux system services with this guide on using `systemctl`. Learn how to enable, disable, start, stop, and check the status of services to optimize system performance and boot times. This comprehensive article provides practical examples and clear explanations, making it an essential tool for both new and experienced Linux users aiming to master service management.
Discover how to create a basic port scanner using Linux's `/dev/tcp` and the `timeout` command in this blog post. The `/dev/tcp` pseudo-device facilitates direct TCP socket interactions from the Bash shell, enabling users to assess port availability. The post showcases how to manage connection timeouts with the `timeout` command to make scanning efficient and provides a script that demonstrates detecting open ports on specified host and port range.
Learn how to mount virtual disk images in Linux with this detailed guide for beginners. Explore essential tools like 'mount' and 'losetup', and processes for handling ISO, IMG, and VDI file types. Utilize `qemu` for advanced disk image types, and uncover the steps for partitioned images and VDI files in VirtualBox using `qemu-nbd`. Ideal for developers and tech aficionados looking to enhance their Linux skills and streamline their workflow.
Learn to tidy up Linux systems by managing unnecessary packages and dependencies via popular package managers like APT, DNF, and Zypper. The guide covers critical steps such as updating lists, upgrading packages, and safely removing unneeded dependencies, enhancing system efficiency. Practical tips and additional resources for deeper understanding are also provided.
Learn to use `curl` in bash scripts for API calls with this comprehensive guide on LinuxBash.sh. Covering installation on various Linux distributions, the article delves deep into basics and advanced uses, including GET and POST requests, handling API responses with tools like `jq`, and security practices. Ideal for system administrators and developers aiming to automate API interactions.
This article on LinuxBash.sh explains mounting filesystems as read-only in Linux, crucial for data integrity and security. It offers practical guidance for using the `mount` command and modifying `/etc/fstab` for permanent changes. Detailed scenarios, command examples, and tips ensure users can safely manage filesystem operations and enhance system stability. Further resources are recommended for deeper learning on Linux filesystem management.
Learn how to securely mount encrypted drives in Linux with this guide covering LUKS and cryptsetup use. Essential for users concerned about data protection, this tutorial offers detailed steps for encryption, including tools installation, drive setup, secure mounting, and automated boot processes. Ideal for ensuring compliance and safeguarding sensitive information against unauthorized access. Further reading is provided for more advanced topics.
This guide offers insights on managing Flatpak packages, enhancing Linux application distribution via standardized, secure, sandboxed environments. Learn to install Flatpak, add Flathub repositories, and handle applications. Also find commands for installing, updating, and uninstalling software, plus tips for system efficiency and links for deeper exploration of Flatpak's potential. Ideal for both newcomers and seasoned Linux users aiming to refine their software deployment strategies.
The article details best practices for managing temporary files in Linux's `/tmp` and `/var/tmp` directories. It distinguishes between their usages: `/tmp` for data needing persistence only within a current boot session, and `/var/tmp` for files needed beyond a reboot. It emphasizes the importance of properly setting permissions, selecting appropriate storage directories, routinely cleaning up these spaces, and monitoring disk usage for optimal system performance. It also suggests automating cleanups with tools like `tmpreaper` and `tmpwatch`.
This detailed guide explains how to configure gzip compression for Nginx on Linux, highlighting its benefits such as reduced bandwidth use and faster loading times. It covers prerequisites like having Nginx and Linux skills, steps to edit the Nginx config file to enable gzip, setting compression levels, file types for compression, and methods to test the setup. The article ends with best practices and further reading suggestions to enhance understanding of Nginx optimizations.