Mounting your Google Drive on Linux allows you to access your cloud storage as if it were a local directory. This guide will walk you through the complete process of setting up and mounting Google Drive using rclone, a powerful command-line tool for cloud storage management.

Prerequisites

Before starting, ensure you have:

• A Linux system with root or sudo access
• An active Google account with Google Drive
• Internet connection for authentication and file access
• Basic familiarity with the command line

Step 1: Install rclone

Ubuntu/Debian

sudo apt update
sudo apt install rclone

CentOS/RHEL/Fedora

# For CentOS/RHEL
sudo yum install rclone

# For Fedora
sudo dnf install rclone

Arch Linux

sudo pacman -S rclone

Install from Official Script

curl https://rclone.org/install.sh | sudo bash

Verify the installation:

rclone version

Step 2: Install FUSE

To mount filesystems, rclone requires FUSE (Filesystem in Userspace):

Ubuntu/Debian

sudo apt install fuse

CentOS/RHEL/Fedora

# For CentOS/RHEL
sudo yum install fuse

# For Fedora
sudo dnf install fuse

Arch Linux

sudo pacman -S fuse2

Step 3: Configure Google Drive Remote

Start the rclone configuration process:

rclone config

Follow these steps in the interactive setup:

1. Create a new remote: n) New remote
2. Name your remote: name> gdrive (You can use any name you prefer)
3. Select Google Drive: Storage> drive
4. Leave client ID and secret blank (unless you have your own): client_id> [Press Enter] client_secret> [Press Enter]
5. Choose scope (recommended: option 1 for full access): scope> 1 This gives full access to all files except the Application Data Folder.
6. Service Account file (leave blank for personal use): service_account_file> [Press Enter]
7. Enable web browser authentication: y) Yes
8. Browser authentication:
   • rclone will open your default browser
   • Log in to your Google account
   • Grant permissions to rclone
   • Copy the verification code back to the terminal
9. Shared Drive configuration: n) No (Unless you want to access a specific Shared Drive)
10. Confirm configuration: y) Yes this is OK

Read https://rclone.org/drive/#making-your-own-client-id

Step 4: Test the Configuration

Verify that rclone can access your Google Drive:

# List directories in your Google Drive
rclone lsd gdrive:

# List all files
rclone ls gdrive:

# List files with details
rclone lsl gdrive:

Step 5: Create Mount Point

Create a directory where you want to mount Google Drive:

mkdir ~/GoogleDrive

Step 6: Mount Google Drive

Basic Mount Command

rclone mount gdrive: ~/GoogleDrive --daemon

Recommended Mount Command with Options

rclone mount gdrive: ~/GoogleDrive \
  --vfs-cache-mode writes \
  --vfs-cache-max-age 100h \
  --vfs-cache-max-size 10G \
  --vfs-read-chunk-size 32M \
  --vfs-read-chunk-size-limit off \
  --buffer-size 32M \
  --daemon

Mount Options Explained

• --vfs-cache-mode writes: Cache file writes to improve performance
• --vfs-cache-max-age 100h: Keep cached files for 100 hours
• --vfs-cache-max-size 10G: Limit cache size to 10GB
• --vfs-read-chunk-size 32M: Read files in 32MB chunks
• --buffer-size 32M: Set buffer size for better performance
• --daemon: Run in background

Alternative: Mount with GUI Support

If you’re using a desktop environment and want the mount to appear in file managers:

rclone mount gdrive: ~/GoogleDrive \
  --vfs-cache-mode writes \
  --allow-other \
  --daemon

Step 7: Verify the Mount

Check if the mount is successful:

# List mounted filesystems
df -h | grep GoogleDrive

# Check if files are accessible
ls -la ~/GoogleDrive

Step 8: Unmount Google Drive

To unmount the drive:

# Method 1: Using fusermount
fusermount -u ~/GoogleDrive

# Method 2: Using umount
sudo umount ~/GoogleDrive

# Method 3: Kill rclone process
killall rclone

Step 9: Auto-Mount on Boot (Optional)

Using systemd Service

Create a systemd service file:

sudo nano /etc/systemd/system/rclone-gdrive.service

Add the following content (replace username with your actual username):

[Unit]
Description=rclone: Remote FUSE filesystem for Google Drive
After=network-online.target
Wants=network-online.target

[Service]
Type=notify
User=username
Group=username
ExecStart=/usr/bin/rclone mount gdrive: /home/username/GoogleDrive \
  --config=/home/username/.config/rclone/rclone.conf \
  --vfs-cache-mode writes \
  --vfs-cache-max-age 100h \
  --vfs-cache-max-size 10G \
  --vfs-read-chunk-size 32M \
  --buffer-size 32M \
  --allow-other
ExecStop=/bin/fusermount -u /home/username/GoogleDrive
Restart=always
RestartSec=10

[Install]
WantedBy=default.target

Enable and start the service:

sudo systemctl daemon-reload
sudo systemctl enable rclone-gdrive.service
sudo systemctl start rclone-gdrive.service

Check service status:

sudo systemctl status rclone-gdrive.service

Using /etc/fstab

Add the following line to /etc/fstab:

sudo nano /etc/fstab

Add this line (replace username with your actual username):

gdrive: /home/username/GoogleDrive rclone rw,noauto,nofail,_netdev,user,exec,allow_other 0 0

Performance Tips

Optimize for Your Use Case

For frequent small file access:

rclone mount gdrive: ~/GoogleDrive \
  --vfs-cache-mode full \
  --vfs-cache-max-size 10G \
  --vfs-read-ahead 256M \
  --daemon

For streaming large files:

rclone mount gdrive: ~/GoogleDrive \
  --vfs-cache-mode off \
  --vfs-read-chunk-size 128M \
  --vfs-read-chunk-size-limit 2G \
  --buffer-size 64M \
  --daemon

Troubleshooting

Common Issues and Solutions

Issue: Permission denied

# Add your user to the fuse group
sudo usermod -a -G fuse $USER
# Log out and log back in

Issue: Mount point is busy

# Force unmount
sudo umount -l ~/GoogleDrive

Issue: Slow performance

# Increase cache settings
rclone mount gdrive: ~/GoogleDrive \
  --vfs-cache-mode full \
  --vfs-cache-max-size 20G \
  --daemon

Issue: Files not showing immediately

# Add directory cache timeout
rclone mount gdrive: ~/GoogleDrive \
  --dir-cache-time 1000h \
  --daemon

Check rclone Logs

# View logs
rclone mount gdrive: ~/GoogleDrive --log-level INFO --log-file ~/rclone.log

# Or run in foreground for debugging
rclone mount gdrive: ~/GoogleDrive -v

Security Considerations

1. Token Security: Your authentication tokens are stored in ~/.config/rclone/rclone.conf. Protect this file with appropriate permissions: chmod 600 ~/.config/rclone/rclone.conf
2. Network Security: All communication with Google Drive is encrypted via HTTPS.
3. Local Access: Use --allow-other carefully as it allows other users to access the mount.

Conclusion

You now have Google Drive mounted on your Linux system! The mounted directory behaves like any other local directory, allowing you to:

• Copy files to and from Google Drive using standard commands
• Edit files directly in your preferred applications
• Access Google Drive through your file manager
• Use command-line tools on your cloud files

Remember that changes to files are synchronized with Google Drive, so always ensure you have a stable internet connection when working with important files.

For advanced usage and additional options, refer to the official rclone documentation.

The post How to Mount Google Drive using rclone on Linux appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

But let’s be real: remembering all those -S, -R, -Q, and -Syu flags gets confusing fast. I used to look them up constantly (even for simple stuff), until I sat down and made a simple system to actually remember them.

Basic Concept: Think in Categories

Rather than memorizing every command individually, we grouped them by what we needed to do. Just like you’d do in real life:

• Install something
• Remove something
• Search for something
• Get information
• Clean things up

Turns out, pacman follows this logic really well.

Install & Update Packages

Install a package:

pacman -S <package>

Remember -S as “Send it to me” (Sync from the repository).

Update everything (the Arch way):

pacman -Syu

Mnemonic: “Sync, refresh the repos with y, and update everything.”

You’ll use this more than anything else.

Remove Packages (Cleanly!)

Remove a package:

pacman -R <package>

Just deletes the program—not configs or dependencies.

Full, squeaky-clean removal:

pacman -Rns <package>

Rns = Remove Neatly & Squeaky — it deletes the package, its unused dependencies, and leftover config files. I use this when I’m done testing something.

Searching for Packages

Search available packages (online repo):

pacman -Ss <keyword>

Ss = Search Store

Search only installed packages:

pacman -Qs <keyword>

Qs = Query System

Package Information

Get info about a package in the repo:

pacman -Si <package>

Get info about an installed package:

pacman -Qi <package>

List all files a package installed:

pacman -Ql <package>

Find out what package owns a file:

pacman -Qo /path/to/file

Cleanups & Maintenance

Arch doesn’t clean up after itself by default, so we run these occasionally:

Remove orphaned packages (leftovers):

pacman -Rns $(pacman -Qdtq)

Clean the package cache (but keep most recent):

pacman -Sc

Clean EVERYTHING in the cache:

pacman -Scc

Scc = Super clean cache (but be careful—you’ll need to re-download packages later).

Bonus: Troubleshooting Tools

These aren’t used often, but they’re lifesavers:

• Check missing files from installed packages: pacman -Qk
• Mark a package as explicitly installed: pacman -D --asexplicit <package>
• Mark it as a dependency instead: pacman -D --asdeps <package>

Trick to Memorize Them All

• We grouped all commands by action. Just ask yourself: Am I installing? Searching? Cleaning?
• Made up little mnemonics:
  • Syu = “Sync Your Universe”
  • Rns = “Remove Neatly & Squeaky”
  • Ss = “Search Store”
  • Qi = “Query Installed”
• Typed them often. Practice helps way more than reading.

Final Cheat Sheet

Here’s a quick reference:

The post Memorize Most Useful Pacman Commands appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

When it comes to customizing your shell experience, most people are familiar with Oh My Zsh, the popular Zsh configuration framework. But what if you’re a Bash user—loyal to the world’s most widely used shell? Enter Oh My BASH, a community-driven framework that brings power, flexibility, and style to Bash.

Whether you’re a casual Linux user, a seasoned sysadmin, or a developer who loves to tinker with terminal aesthetics and productivity tools, Oh My BASH might just be the productivity upgrade you’re looking for. In this post, we’ll dive deep into what Oh My BASH is, its origins, features, pros and cons, and who it’s best suited for.

What is Oh My BASH?

Oh My BASH is an open-source, community-maintained framework for managing your Bash shell configuration. Much like its inspiration, Oh My Zsh, this project aims to simplify the process of customizing and enhancing your Bash environment.

With features like themes, plugins, and modular configuration, Oh My BASH turns the plain, default Bash shell into a more vibrant, powerful, and efficient tool.

Origin and History

The project was created as a direct counterpart to Oh My Zsh, for users who prefer sticking with Bash rather than switching shells. Bash remains the default shell on many Unix-like systems, including most Linux distributions and macOS (until Catalina).

Oh My BASH started as a fork of Oh My Zsh and was adapted for Bash users by enthusiasts in the open-source community. Its development continues on GitHub:
https://github.com/ohmybash/oh-my-bash

Though not as widely adopted as Oh My Zsh, it has built a niche community of loyal users who appreciate what it offers without requiring them to abandon Bash.

Purpose of Oh My BASH

The primary goal of Oh My BASH is to:

• Make Bash customization easier.
• Provide a consistent and powerful shell experience.
• Add features like themes, aliases, and plugins without cluttering your .bashrc.

It acts as a productivity booster and aesthetic enhancer for your command-line interface, all while staying true to Bash’s simplicity and compatibility.

Advantages of Oh My BASH

Here are some of the standout benefits of using Oh My BASH:

1. Theming and Aesthetics

Oh My BASH includes a variety of prompt themes. These themes add colors, Git status indicators, timestamps, and other useful elements to your prompt, making it visually appealing and informative.

2. Modular Configuration

Rather than dumping all settings into a monolithic .bashrc, Oh My BASH supports a modular structure. You can organize custom aliases, environment variables, and plugin settings in separate files.

3. Plugin Support

It comes with a set of built-in plugins that extend Bash’s functionality. These include helpful aliases and functions for Git, Docker, system info, SSH, and more.

4. Predefined Aliases and Functions

Oh My BASH comes packed with smart defaults, including common aliases and shell functions that can save you typing time and reduce mistakes.

5. Community-Driven

It’s open-source and maintained by contributors around the world. You can create your own plugins or themes, or contribute back to the main repository.

6. Easy Installation and Reset

Installing Oh My BASH is straightforward and reversible. You can easily uninstall it if needed, reverting to your old .bashrc setup.

Disadvantages of Oh My BASH

While Oh My BASH offers many benefits, it’s not without drawbacks. Here are some things to consider:

1. Slower Shell Startup

As with many feature-rich shell frameworks, Oh My BASH can slightly increase your shell’s startup time, especially if you enable many plugins and themes.

2. Less Active than Oh My Zsh

Oh My BASH is not as actively maintained or as widely used as Oh My Zsh. You may find fewer themes, plugins, and community tutorials available.

3. Plugin Limitations

The plugin ecosystem is smaller compared to other frameworks. Some power users may find it limited for more advanced workflows.

4. Not Meant for Minimalists

If you prefer a minimalist setup or enjoy hand-tweaking your .bashrc, this framework might feel like overkill or too opinionated.

Who Should Use Oh My BASH?

Oh My BASH is ideal for:

• Bash Users Who Want More – If you like Bash and don’t want to switch to Zsh or Fish, but still want themes and productivity tools.
• Developers and Sysadmins – Who work heavily in the terminal and appreciate added Git info, aliases, and clear prompts.
• New Linux Users – Who want to make their terminal more approachable and user-friendly.
• Customizers – If you enjoy tweaking your environment but don’t want to write everything from scratch.

However, it may not be the best fit for:

• Hardcore Minimalists – Who prefer plain Bash with minimal external dependencies.
• Performance Purists – Who want the fastest shell startup time possible.
• Zsh/Fish Advocates – Users already invested in other modern shells with more robust ecosystems.

Getting Started with Oh My BASH

To install Oh My BASH, run this command in your terminal:

bash -c "$(curl -fsSL https://raw.githubusercontent.com/ohmybash/oh-my-bash/master/tools/install.sh)"

This will back up your existing .bashrc and replace it with a new one using the Oh My BASH structure. You can start exploring themes by editing your .bashrc file and changing the OSH_THEME variable.

Example:

OSH_THEME="font"

To list available themes, check the themes/ directory in the cloned .oh-my-bash folder.

Tips and Tricks

• Use alias commands in your .bash_aliases.custom file.
• Create your own theme or modify existing ones for full control.
• Load additional scripts via the custom/ directory.
• Keep your .bashrc clean by leveraging modular files in .oh-my-bash/custom.

Final Thoughts

Oh My BASH is a solid choice for anyone looking to improve their Bash shell experience. It brings modern features, customization, and user-friendliness to a traditional and powerful shell without forcing you to switch ecosystems.

It may not have the flashiest bells and whistles of Oh My Zsh or Fish, but for many users, its blend of power and simplicity hits the sweet spot. If you’re someone who enjoys working in the terminal and wants a smoother, more expressive experience—give Oh My BASH a try.

Have you tried Oh My BASH? Got a favorite theme or plugin? Share your thoughts or custom setups in the comments below!

The post Exploring Oh My BASH: The Bash Framework You Might Be Missing Out On appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

For ham radio operators who frequently work in portable settings, efficient logging solutions that work on lightweight hardware can be a game-changer. One creative operator has developed a Vim syntax plugin specifically for creating Fast Log Entry (FLE) compatible log files directly in the Vim text editor.

The Problem This Plugin Solves

Fast Log Entry is an excellent tool for quick contest and DXpedition logging, but it doesn’t run natively on Linux. The developer of this plugin wanted something that would:

Run directly in a console/terminal
Work on a lightweight Linux laptop with minimal resources
Allow for creation of FLE-compatible logs for later import
Provide syntax highlighting for error detection while logging

The Solution: A Vim Syntax Plugin

The plugin enhances Vim by adding syntax highlighting when editing FLE-format log files. This makes portable logging much easier for Linux users. Key features include:

• Call signs, RST reports, and QSO data are color-coded for quick identification
• Invalid entries are highlighted differently, making errors easier to spot
• The structured format of FLE is preserved, ensuring smooth import into FLE

How It Works

The workflow is simple:

1⃣ Log contacts in Vim using FLE syntax while operating portable
2⃣ Copy/paste the log into Fast Log Entry when back at the main station
3⃣ Use FLE’s built-in tools to convert the log to ADIF or other formats

Why This Approach Works Well

This approach offers several benefits:

Minimal Requirements – Works on any Linux system with Vim
Battery Efficiency – Terminal-based tools consume significantly less power
Reliability – Vim is stable and lightweight, perfect for field operations
Offline Capable – Works even in remote locations without internet access

For Those New to Fast Log Entry

Fast Log Entry is a highly efficient program for contest and expedition logging. It uses a clever shorthand format that speeds up logging and reduces errors. If you’re unfamiliar with FLE, check out WB3GCK’s excellent write-up on the subject (originally shared by W8EMV).

Visit https://rz01.org/vim-fle-syntax/

The post Vim Syntax Plugin for Fast Log Entry Log Files appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

For amateur radio operators, QRZ.com is an essential resource for looking up callsigns and obtaining detailed operator information. While the website provides an intuitive interface, sometimes a quick command-line query is more efficient—especially for Linux users who prefer the terminal.

That’s where qrz.sh comes in—a lightweight CLI tool that allows you to query QRZ.com directly from your terminal. This guide will walk you through installing, configuring, and using qrz.sh on your system.

What is qrz.sh?

qrz.sh is a shell script that interacts with the QRZ.com database via its XML API, allowing users to fetch callsign details quickly. However, to use it, you must have an XML subscription plan from QRZ.com.

Installation Guide

Follow these steps to install qrz.sh on your system.

Step 1: Download the Script

First, download the script archive from the official source:

wget https://example.com/qrz.sh.tar.gz  # Replace with the actual link

Extract the contents:

tar -xzf qrz.sh.tar.gz
cd qrz.sh

Step 2: Install Dependencies

Ensure curl is installed, as it is required for fetching data from QRZ.com:

sudo apt update && sudo apt install curl

Step 3: Move Files to the Correct Locations

Copy the configuration file to your home directory:

cp .qrz.conf ~/

Move the script to a directory in your system’s $PATH (e.g., /usr/local/bin):

sudo cp qrz.sh /usr/local/bin/

Make the script executable:

chmod u+x /usr/local/bin/qrz.sh

Configuration

Before using qrz.sh, you need to configure it with your QRZ.com credentials.

Edit the configuration file:

nano ~/.qrz.conf

Add the following lines, replacing with your actual QRZ.com credentials:

user=<your QRZ.com username>
password=<your QRZ.com password>

Save and exit (Ctrl + X, then Y, then Enter).

Important: This script requires your actual QRZ.com password, not your API key. If you’re concerned about security, ensure that .qrz.conf has the correct file permissions:

chmod 600 ~/.qrz.conf

How to Use qrz.sh

Once installed and configured, using qrz.sh is simple. Just type:

qrz.sh <callsign>

For example, to look up 9M2PJU:

qrz.sh 9M2PJU

If your credentials are correct and you have an active XML subscription, the script will return detailed information about the callsign directly in your terminal.

Final Thoughts

The qrz.sh tool is a great way to streamline callsign lookups, making it a valuable tool for amateur radio operators who prefer the command line. If you’re a Linux user and frequently query QRZ.com, this script can save you time and effort.

Give it a try, visit https://rz01.org/qrz-sh/

The post qrz.sh – A Simple Command-Line QRZ.com Query Tool appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.

In the world of Linux and Unix-based systems, text editors play a vital role in editing system configurations, writing scripts, and handling various programming tasks. Whether you are a system administrator, developer, or simply working on a server, choosing the right text editor can impact your productivity and workflow. Today, we will take a look at some of the most popular text editors: vi, vim, nano, edit, and pico. Each of these editors has its own strengths, weaknesses, and use cases.

1. vi: The Classic Workhorse

vi is one of the oldest and most basic text editors available on Unix systems. Released in 1976, it has remained a cornerstone for many Linux users. One of the key reasons for its popularity is that vi comes pre-installed in almost every Unix-based operating system, making it an editor that you can always rely on to be available.

• Ease of Use: Intermediate
• Key Features: Minimalist, with basic functionality like modal editing (command and insert modes).
• Pros:
• Lightweight and consumes very few resources.
• Always available by default on Unix systems.
• Cons:
• Steep learning curve, as vi relies heavily on keyboard shortcuts, and its modal nature can be confusing for beginners.

vi is perfect for users who prefer something lightweight and don’t need advanced features. It’s especially handy in situations where only a command-line interface is available, and graphical editors are not an option.

2. vim: Vi Improved

vim, released in 1991, stands for “Vi IMproved.” As its name suggests, vim is an enhanced version of vi that offers a wealth of additional features. It retains the same modal nature as vi but includes many conveniences for modern programmers and power users, such as syntax highlighting, multi-level undo, and plugin support.

• Ease of Use: Intermediate to Advanced
• Key Features: Extensive customization, syntax highlighting, and support for plugins and scripting.
• Pros:
• Highly configurable and ideal for coding and scripting.
• Large community support with a variety of plugins for specific programming languages.
• Cons:
• The learning curve is steep for new users due to its complexity.

vim is a go-to editor for developers and system administrators who need the power and flexibility to work efficiently. Once you master its commands and keybindings, it becomes a highly efficient tool.

3. nano: Simplicity at Its Best

For users looking for an easy-to-learn and intuitive text editor, nano is a great choice. It was released in 1999 as a free replacement for pico and has become widely popular due to its simplicity. Unlike vi or vim, nano does not have modes, and all the available commands are clearly listed at the bottom of the screen, making it very approachable for beginners.

• Ease of Use: Beginner-friendly
• Key Features: No modes, simple interface, and basic commands visible on-screen.
• Pros:
• Easy to use and available on most Linux distributions.
• Perfect for beginners or users who just want to make quick edits.
• Cons:
• Lacks advanced features like syntax highlighting, plugins, or scripting capabilities.

If you’re new to the Linux environment and need a no-frills editor to get things done, nano is likely your best bet.

4. edit: A DOS Throwback

edit was originally released in 1981 for the MS-DOS environment and became the default editor for many DOS and early Windows users. While it was simple and effective for its time, edit is largely outdated and rarely seen in modern Unix or Linux systems.

• Ease of Use: Beginner-friendly (for DOS/Windows users)
• Key Features: Classic DOS-style interface, simple for basic text editing.
• Pros:
• Lightweight and familiar to users who have worked in DOS environments.
• Cons:
• Very outdated, with limited functionality compared to modern text editors.
• Irrelevant in most modern Unix/Linux systems.

edit might evoke nostalgia for users who spent time on early DOS-based systems, but it’s not a practical choice in today’s Linux environment.

5. pico: The Original Simplicity

pico, released in 1989, was originally bundled with the Pine email client. Like nano, it is designed for simplicity, with a focus on ease of use. In fact, nano was created as a free clone of pico. While pico was once popular, it has largely been replaced by nano in most Linux systems.

• Ease of Use: Beginner-friendly
• Key Features: Simple navigation, basic functionality, no modes.
• Pros:
• Straightforward and easy to use.
• Best for quick text editing without the need for advanced features.
• Cons:
• Lacks many features, including plugins, syntax highlighting, and scripting.

While pico has fallen out of favor compared to nano, it still serves its purpose as a simple, lightweight editor for users who value ease of use over advanced features.

Choosing the Right Text Editor

So which one should you use? The answer depends on your needs and experience level:

• For Beginners: If you’re new to Linux or Unix, start with nano or pico. They are simple, intuitive, and get the job done without much hassle.
• For Intermediate Users: vim is a powerful tool with a large feature set. If you’re willing to invest time in learning it, vim will reward you with faster editing and more customization.
• For Minimalists: Stick with vi if you want a light, quick-to-open editor that’s always available.
• For DOS Fans: If you’re feeling nostalgic, you can still give edit a try, but it’s mostly a relic of the past.

Each text editor has its place in the Linux/Unix world, and the right one for you depends on how comfortable you are with the system and what features you need.

Final Thoughts

While text editors like vi, vim, and nano have different strengths, it’s important to remember that there is no “best” text editor. The best one is the one that fits your workflow and comfort level. Whether you’re just getting started or are a seasoned sysadmin, knowing the right tool for the job will make your life easier.

Which text editor do you use? Share your thoughts in the comments!

The post A Comparison of Text Editors – vi, vim, nano, edit, and pico appeared on Hamradio.my - Amateur Radio, Tech Insights and Product Reviews by 9M2PJU.