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Just another normal Linux install #linux #gentoo #programming #coding #tech Gentoo Linux is a source-based Linux distribution where you can compile software yourself and customize your system in an insane amount of detail. Instead of simply downloading precompiled packages, Gentoo gives you the option to build software from source...

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TheTechLarper

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65,900 görüntüleme • 1 ay önce •via TikTok

Bilim & Teknoloji#linux#gentoo#programming#coding#tech
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Arch Linux: The Minimalist Linux Distribution Built for Users Who Want Complete Control, Featuring a Rolling-Release Model, Powerful Customization, and a Legendary Learning Curve That Makes You Build the System Your Way 🐧💻 | Arch Linux, Linux, Customization, Open Source, Operating Systems #ArchLinux #Linux #LinuxDistro #TechExplained #OpenSource
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Arch Linux: The Minimalist Linux Distribution Built for Users Who Want Complete Control, Featuring a Rolling-Release Model, Powerful Customization, and a Legendary Learning Curve That Makes You Build the System Your Way 🐧💻 | Arch Linux, Linux, Customization, Open Source, Operating Systems #ArchLinux #Linux #LinuxDistro #TechExplained #OpenSource

vallarine99

10,100 görüntüleme • 2 ay önce

Bro... it's kind of crazy. You build a Linux SoC from scratch on an FPGA, get Linux running on it, and your original goal was simply to run a C64 emulator on your own Linux system. KianV StealthV.
3:01

Bro... it's kind of crazy. You build a Linux SoC from scratch on an FPGA, get Linux running on it, and your original goal was simply to run a C64 emulator on your own Linux system. KianV StealthV.

Logic Destroyer — Proven in Silicon.

11,710 görüntüleme • 3 ay önce

🐧 EVERY LINUX DISTRO SIMPLY EXPLAINED ⚠️ DISCLAIMER: This tutorial is for educational purposes. All demonstrations and installations should be performed on your own computer or an authorized virtual machine. Many people think Linux is just one operating system, but that's not entirely true. Linux is a kernel, and different communities and organizations build complete operating systems around it. These are called Linux distributions (distros). 💻 WHAT IS A LINUX DISTRO? A Linux distribution combines the Linux kernel with system tools, package managers, desktop environments, and applications to create a usable operating system. 🔥 POPULAR LINUX DISTRIBUTIONS 1. Ubuntu – Beginner-friendly, popular for desktops, servers, and development. 2. Debian – Known for stability and widely used as the foundation for other distributions. 3. Kali Linux – Designed for penetration testing, digital forensics, and security research. 4. Linux Mint – A user-friendly desktop distribution, especially for people moving from Windows. 5. Fedora – Features modern Linux technologies and is popular with developers. 6. Arch Linux – A flexible distribution that gives users extensive control over system configuration. 7. Parrot OS – Includes tools and features for cybersecurity, privacy, and digital forensics. 8. Rocky Linux – An enterprise-focused distribution commonly used for servers. 9. openSUSE – Offers powerful administration tools and desktop/server options. 10. Alpine Linux – Lightweight and commonly used in containers and minimal environments. 🧠 WHAT MAKES THEM DIFFERENT? Linux distributions can differ in: - Package managers and software repositories. - Desktop environments and user interfaces. - Security configurations. - System requirements. - Release cycles and update policies. - Intended use cases. 🎯 WHICH ONE SHOULD YOU LEARN? For beginners, Ubuntu or Linux Mint can be a good starting point. For cybersecurity labs, Kali Linux and Parrot OS provide specialized tools. For server administration, explore Debian, Ubuntu Server, and Rocky Linux. For deeper Linux knowledge, try Arch Linux in a virtual machine. 🔐 FINAL LESSON Learning Linux isn't about installing every distribution. It's about understanding the kernel, commands, file systems, permissions, networking, package management, and system administration. Start with one distro, build your skills, and explore others as you progress. Hackwithbanks — Learn. Practice. Understand. #Hackwithbanks #Linux #LinuxDistro #KaliLinux #Ubuntu
12:05

🐧 EVERY LINUX DISTRO SIMPLY EXPLAINED ⚠️ DISCLAIMER: This tutorial is for educational purposes. All demonstrations and installations should be performed on your own computer or an authorized virtual machine. Many people think Linux is just one operating system, but that's not entirely true. Linux is a kernel, and different communities and organizations build complete operating systems around it. These are called Linux distributions (distros). 💻 WHAT IS A LINUX DISTRO? A Linux distribution combines the Linux kernel with system tools, package managers, desktop environments, and applications to create a usable operating system. 🔥 POPULAR LINUX DISTRIBUTIONS 1. Ubuntu – Beginner-friendly, popular for desktops, servers, and development. 2. Debian – Known for stability and widely used as the foundation for other distributions. 3. Kali Linux – Designed for penetration testing, digital forensics, and security research. 4. Linux Mint – A user-friendly desktop distribution, especially for people moving from Windows. 5. Fedora – Features modern Linux technologies and is popular with developers. 6. Arch Linux – A flexible distribution that gives users extensive control over system configuration. 7. Parrot OS – Includes tools and features for cybersecurity, privacy, and digital forensics. 8. Rocky Linux – An enterprise-focused distribution commonly used for servers. 9. openSUSE – Offers powerful administration tools and desktop/server options. 10. Alpine Linux – Lightweight and commonly used in containers and minimal environments. 🧠 WHAT MAKES THEM DIFFERENT? Linux distributions can differ in: - Package managers and software repositories. - Desktop environments and user interfaces. - Security configurations. - System requirements. - Release cycles and update policies. - Intended use cases. 🎯 WHICH ONE SHOULD YOU LEARN? For beginners, Ubuntu or Linux Mint can be a good starting point. For cybersecurity labs, Kali Linux and Parrot OS provide specialized tools. For server administration, explore Debian, Ubuntu Server, and Rocky Linux. For deeper Linux knowledge, try Arch Linux in a virtual machine. 🔐 FINAL LESSON Learning Linux isn't about installing every distribution. It's about understanding the kernel, commands, file systems, permissions, networking, package management, and system administration. Start with one distro, build your skills, and explore others as you progress. Hackwithbanks — Learn. Practice. Understand. #Hackwithbanks #Linux #LinuxDistro #KaliLinux #Ubuntu

Hackswithbanks

12,900 görüntüleme • 2 gün önce

The trades can build anything... except the software they run on. That changes today. We've raised $9.2M to build Dalton Mills. Software has spent its whole history getting closer to the people who do the work. First, the system of record. Software you stored your business in. Then, the agentic era. Software that did the work for you. Now, the bespoke era. Agentic software you build yourself, without code. Each era closed the gap and this one closes it for good. Software can finally work around your business, instead of you bending your business to make it fit. You ran on software made for everyone… never for you. That's over. Welcome to Dalton Mills. Let the builders build!
2:14

The trades can build anything... except the software they run on. That changes today. We've raised $9.2M to build Dalton Mills. Software has spent its whole history getting closer to the people who do the work. First, the system of record. Software you stored your business in. Then, the agentic era. Software that did the work for you. Now, the bespoke era. Agentic software you build yourself, without code. Each era closed the gap and this one closes it for good. Software can finally work around your business, instead of you bending your business to make it fit. You ran on software made for everyone… never for you. That's over. Welcome to Dalton Mills. Let the builders build!

Todd Saunders

113,189 görüntüleme • 5 ay önce

Linux is an operating system, much like Windows or macOS, but with some significant differences. It's the underlying software that allows you to interact with your computer. Unlike Windows or macOS, Linux is open-source, meaning it's freely available for anyone to use, modify, and distribute. This has led to a variety of different 'flavors' of Linux, known as distributions, each with their own unique features and interfaces. Linux is very popular in the world of servers and supercomputers because of its stability, security, and flexibility. It's also widely used in various devices you interact with daily, like your smartphone or smart TV, even if you don't realize it. 🖥️ While Linux may not be the go-to choice for typical desktop users, its open-source nature and versatility make it a key player in the world of technology and the backbone of many systems we use today. 🐧 #career #careeradvice #careertiktok #devops #devopsengineer #devopslife #techin60seconds #60secondsoftech #linux
1:00

Linux is an operating system, much like Windows or macOS, but with some significant differences. It's the underlying software that allows you to interact with your computer. Unlike Windows or macOS, Linux is open-source, meaning it's freely available for anyone to use, modify, and distribute. This has led to a variety of different 'flavors' of Linux, known as distributions, each with their own unique features and interfaces. Linux is very popular in the world of servers and supercomputers because of its stability, security, and flexibility. It's also widely used in various devices you interact with daily, like your smartphone or smart TV, even if you don't realize it. 🖥️ While Linux may not be the go-to choice for typical desktop users, its open-source nature and versatility make it a key player in the world of technology and the backbone of many systems we use today. 🐧 #career #careeradvice #careertiktok #devops #devopsengineer #devopslife #techin60seconds #60secondsoftech #linux

markinthecloud

254,900 görüntüleme • 3 yıl önce

If you properly vendor your dependencies, you don't need a complicated build system like cmake, or nix. All you need is a simple build script, 90% of which will be setting your compiler flags. If you don't believe this - RAD Debugger is over 200k lines of code, and clean debug build takes just a few seconds, and it has two dead-simple build scripts - one for Linux, and one for Windows. That even a person who never seen a shell script in their life can instantly understand. Linux packagers hate when you say this, because "boo hoo what if freetype that you vendor has security bugs???", but real reason they hate this is because it strips their perceived importance of infinite Sisyphean ecosystem churn to make sure exponential explosion of packages on your system has illusion of working together. I guess eventually even Linux people realized that they can't take it anymore, and invented flatpaks. For me personally, I pretty much landed at a middle ground of "dependencies are good, but automated distributed dependency management is bad"
16:26

If you properly vendor your dependencies, you don't need a complicated build system like cmake, or nix. All you need is a simple build script, 90% of which will be setting your compiler flags. If you don't believe this - RAD Debugger is over 200k lines of code, and clean debug build takes just a few seconds, and it has two dead-simple build scripts - one for Linux, and one for Windows. That even a person who never seen a shell script in their life can instantly understand. Linux packagers hate when you say this, because "boo hoo what if freetype that you vendor has security bugs???", but real reason they hate this is because it strips their perceived importance of infinite Sisyphean ecosystem churn to make sure exponential explosion of packages on your system has illusion of working together. I guess eventually even Linux people realized that they can't take it anymore, and invented flatpaks. For me personally, I pretty much landed at a middle ground of "dependencies are good, but automated distributed dependency management is bad"

Valentin Ignatev

48,415 görüntüleme • 7 ay önce

The hardware you run no longer dictates where or what you can build macOS, Linux, Windows, and Android cloud environments on-demand with Devin
1:15

The hardware you run no longer dictates where or what you can build macOS, Linux, Windows, and Android cloud environments on-demand with Devin

Devin Developers

23,254 görüntüleme • 1 ay önce

Why every Linux user in your comments keeps talking about CachyOS 👀 CachyOS is a fast, performance-focused Linux distro built on Arch Linux. It comes with a custom optimized kernel, built-in performance tools, and multiple desktop environments like KDE Plasma and GNOME, so you can customize your setup however you want. It's also a popular pick for Linux gaming and benchmarking because of how smoothly it runs. Plus, you get access to the huge Arch ecosystem, including the AUR. Is CachyOS the best Linux distro for gaming and performance? Let me know in the comments 👇 Like and follow for more tech and Linux content! #linux #archlinux #cachyos #window #tech
0:45

Why every Linux user in your comments keeps talking about CachyOS 👀 CachyOS is a fast, performance-focused Linux distro built on Arch Linux. It comes with a custom optimized kernel, built-in performance tools, and multiple desktop environments like KDE Plasma and GNOME, so you can customize your setup however you want. It's also a popular pick for Linux gaming and benchmarking because of how smoothly it runs. Plus, you get access to the huge Arch ecosystem, including the AUR. Is CachyOS the best Linux distro for gaming and performance? Let me know in the comments 👇 Like and follow for more tech and Linux content! #linux #archlinux #cachyos #window #tech

nosashi_explain

30,600 görüntüleme • 1 ay önce

Would you try Linux? 🤔 Linux has gotten more and more popular recently, and it's a great alternate option for an operating system if you're tired of Windows or you just want to try something new. Because it's open source, there have been a lot of different Linux distributions created over the years, and each of them has their pros and cons. If you're looking for something similar to Windows, then I would choose Zorin OS or Linux Mint. If you're looking for something gaming-focused, I would choose Bazite or CachyOS. And if you just want something generic and popular and most compatible, I would go with Ubuntu. Recently on my Steam Machine Competitor build, I used Bazite because it's gaming-focused, and I was already familiar a bit with Linux because I used that on the Steam Deck. I am starting to enjoy the simplicity of Linux and the customization. #techtips #pcgaming #gadgets #windows #linux
1:06

Would you try Linux? 🤔 Linux has gotten more and more popular recently, and it's a great alternate option for an operating system if you're tired of Windows or you just want to try something new. Because it's open source, there have been a lot of different Linux distributions created over the years, and each of them has their pros and cons. If you're looking for something similar to Windows, then I would choose Zorin OS or Linux Mint. If you're looking for something gaming-focused, I would choose Bazite or CachyOS. And if you just want something generic and popular and most compatible, I would go with Ubuntu. Recently on my Steam Machine Competitor build, I used Bazite because it's gaming-focused, and I was already familiar a bit with Linux because I used that on the Steam Deck. I am starting to enjoy the simplicity of Linux and the customization. #techtips #pcgaming #gadgets #windows #linux

GG_Sheed

649,400 görüntüleme • 3 ay önce

I'm begging you to try systems programming. I built tiny AWS - a cloud using no Docker, no VMs, just 10,000 lines of Golang and Rust code with this same mindset. Tiny AWS is legit just cli, and not even React or NextJS codes. Stop spending all your time learning another framework, another library, another abstraction. Go figure out what actually happens underneath. - Write your own memory allocator. - Build an operating system kernel. - Implement a TCP stack. - Write a compiler. - Build a database engine. - Understand how Linux schedules processes, manages memory, handles interrupts, and talks to hardware. Learn C. Get your hands dirty with Rust. Read source code. Read the Linux kernel. Break things. Spend time debugging a segmentation fault because you forgot how pointers work. And then experience the satisfaction of finally understanding WHY something works, instead of just knowing WHICH API to call. We're entering an era where AI can generate thousands of lines of code in seconds. Frameworks are getting easier. Abstractions are getting higher. The barrier to shipping software is collapsing. But here's the interesting part: The easier it becomes to generate code, the more valuable it becomes to understand what's happening underneath it. Anyone can ask an AI to build an application. But can you explain WHt happens when a process gets created? How memory is allocated? What happens when a packet travels through a network? Why a database quEry becomes slow? Can you debug something when the abstraction leaks and the documentation stops helping? That's the difference between knowing how to use technology and understanding how to engineer it. You don't need to become a kernel developer. You don't need to abandon web development. And you certainly don't need to reinvent everything. Just spend some time building things that force you to think. Because there's something incredibly beautiful about programming when you stop treating computers as magical boxes that execute your JavaScript. Don't just learn to build software. Learn how the machine works. I'm telling you, try systems programming at least once.
2:24

I'm begging you to try systems programming. I built tiny AWS - a cloud using no Docker, no VMs, just 10,000 lines of Golang and Rust code with this same mindset. Tiny AWS is legit just cli, and not even React or NextJS codes. Stop spending all your time learning another framework, another library, another abstraction. Go figure out what actually happens underneath. - Write your own memory allocator. - Build an operating system kernel. - Implement a TCP stack. - Write a compiler. - Build a database engine. - Understand how Linux schedules processes, manages memory, handles interrupts, and talks to hardware. Learn C. Get your hands dirty with Rust. Read source code. Read the Linux kernel. Break things. Spend time debugging a segmentation fault because you forgot how pointers work. And then experience the satisfaction of finally understanding WHY something works, instead of just knowing WHICH API to call. We're entering an era where AI can generate thousands of lines of code in seconds. Frameworks are getting easier. Abstractions are getting higher. The barrier to shipping software is collapsing. But here's the interesting part: The easier it becomes to generate code, the more valuable it becomes to understand what's happening underneath it. Anyone can ask an AI to build an application. But can you explain WHt happens when a process gets created? How memory is allocated? What happens when a packet travels through a network? Why a database quEry becomes slow? Can you debug something when the abstraction leaks and the documentation stops helping? That's the difference between knowing how to use technology and understanding how to engineer it. You don't need to become a kernel developer. You don't need to abandon web development. And you certainly don't need to reinvent everything. Just spend some time building things that force you to think. Because there's something incredibly beautiful about programming when you stop treating computers as magical boxes that execute your JavaScript. Don't just learn to build software. Learn how the machine works. I'm telling you, try systems programming at least once.

Jensen Huang

120,033 görüntüleme • 8 gün önce

I built a Linux server without knowing Linux. Turns out, the best part of AI isn’t what it can do for you. It’s what it can help you learn to do yourself. Sponsored by @ChatGPT #tech #linux #apple #server #ChatGPT_Partner
1:12

I built a Linux server without knowing Linux. Turns out, the best part of AI isn’t what it can do for you. It’s what it can help you learn to do yourself. Sponsored by @ChatGPT #tech #linux #apple #server #ChatGPT_Partner

andresvidoza

12,100 görüntüleme • 2 ay önce

this is truly the year of the linux desktop (I will continue using davinci resolve 😭😭) #linux #techtok #Tech #gentoo #adobe
0:35

this is truly the year of the linux desktop (I will continue using davinci resolve 😭😭) #linux #techtok #Tech #gentoo #adobe

gentoolarp

22,700 görüntüleme • 4 gün önce

The problem is that conventional Linux distributions are designed for traditional computers/servers. They are not convenient for a multitool like Flipper One, which can be a network router, a radio lab, a desktop computer, or a TV media box all on the same device. What we want to build into Flipper OS: * System profiles — preconfigured operating system images for different tasks, such as a network router, radio lab, desktop computer, and TV media box. Each profile has its own settings, kernel, device tree, and set of applications. * Unbreakable playground — users can clone profiles and modify anything inside them, from the kernel to the system files. You can install whatever you want without worrying about breaking the device. * Reset to default — wow, what an innovation💀! Yet even in 2026, most Linux systems still don't let you roll back your changes and return to a clean system after breaking it. * Atomic updates — updating Linux today is still an unpredictable operation. No matter how badly you've broken the system, we want to guarantee that it can still update to a new version.
4:03

The problem is that conventional Linux distributions are designed for traditional computers/servers. They are not convenient for a multitool like Flipper One, which can be a network router, a radio lab, a desktop computer, or a TV media box all on the same device. What we want to build into Flipper OS: * System profiles — preconfigured operating system images for different tasks, such as a network router, radio lab, desktop computer, and TV media box. Each profile has its own settings, kernel, device tree, and set of applications. * Unbreakable playground — users can clone profiles and modify anything inside them, from the kernel to the system files. You can install whatever you want without worrying about breaking the device. * Reset to default — wow, what an innovation💀! Yet even in 2026, most Linux systems still don't let you roll back your changes and return to a clean system after breaking it. * Atomic updates — updating Linux today is still an unpredictable operation. No matter how badly you've broken the system, we want to guarantee that it can still update to a new version.

Flipper Devices

18,648 görüntüleme • 3 ay önce

Box CEO Aaron Levie's defense of software over vibe-coded, n-of-1 internal tools: "If you're Ford, and you're doing your supply chain on an ERP system, you want that to work the exact same way every single time." "The billions of transactions going through that ERP system, you cannot take for granted. So the idea that you're going to go vibe-code that is not possible, or at least not likely." "The other point is: your company has a fixed amount of IT resources. And you have to decide what you're going to spend your time on as an organization." "Do you want to spend time on rebuilding something that the market can supply you, that's seen best practices thousands of times? Or do you want to go and build that out with your n-of-1 experience?" "Or do you want to spend your limited, scarce resources on building software, and building experiences, that will make you more money, and that will actually be used by your customers?" "I think on the margin the average enterprise is going to spend their time and energy on the latter." "I'm 100% bullish on vibe-coding, 100% bullish that we're going to have 100x more software. But that still doesn't cross the threshold where I would want to go build our own CRM system."
1:37

Box CEO Aaron Levie's defense of software over vibe-coded, n-of-1 internal tools: "If you're Ford, and you're doing your supply chain on an ERP system, you want that to work the exact same way every single time." "The billions of transactions going through that ERP system, you cannot take for granted. So the idea that you're going to go vibe-code that is not possible, or at least not likely." "The other point is: your company has a fixed amount of IT resources. And you have to decide what you're going to spend your time on as an organization." "Do you want to spend time on rebuilding something that the market can supply you, that's seen best practices thousands of times? Or do you want to go and build that out with your n-of-1 experience?" "Or do you want to spend your limited, scarce resources on building software, and building experiences, that will make you more money, and that will actually be used by your customers?" "I think on the margin the average enterprise is going to spend their time and energy on the latter." "I'm 100% bullish on vibe-coding, 100% bullish that we're going to have 100x more software. But that still doesn't cross the threshold where I would want to go build our own CRM system."

TBPN

34,601 görüntüleme • 8 ay önce

Box CEO Aaron Levie's defense of software over vibe-coded, n-of-1 internal tools: "If you're Ford, and you're doing your supply chain on an ERP system, you want that to work the exact same way every single time." "The billions of transactions going through that ERP system, you cannot take for granted. So the idea that you're going to go vibe-code that is not possible, or at least not likely." "The other point is: your company has a fixed amount of IT resources. And you have to decide what you're going to spend your time on as an organization." "Do you want to spend time on rebuilding something that the market can supply you, that's seen best practices thousands of times? Or do you want to go and build that out with your n-of-1 experience?" "Or do you want to spend your limited, scarce resources on building software, and building experiences, that will make you more money, and that will actually be used by your customers?" "I think on the margin the average enterprise is going to spend their time and energy on the latter." "I'm 100% bullish on vibe-coding, 100% bullish that we're going to have 100x more software. But that still doesn't cross the threshold where I would want to go build our own CRM system."
1:37

Box CEO Aaron Levie's defense of software over vibe-coded, n-of-1 internal tools: "If you're Ford, and you're doing your supply chain on an ERP system, you want that to work the exact same way every single time." "The billions of transactions going through that ERP system, you cannot take for granted. So the idea that you're going to go vibe-code that is not possible, or at least not likely." "The other point is: your company has a fixed amount of IT resources. And you have to decide what you're going to spend your time on as an organization." "Do you want to spend time on rebuilding something that the market can supply you, that's seen best practices thousands of times? Or do you want to go and build that out with your n-of-1 experience?" "Or do you want to spend your limited, scarce resources on building software, and building experiences, that will make you more money, and that will actually be used by your customers?" "I think on the margin the average enterprise is going to spend their time and energy on the latter." "I'm 100% bullish on vibe-coding, 100% bullish that we're going to have 100x more software. But that still doesn't cross the threshold where I would want to go build our own CRM system."

TBPN

385,535 görüntüleme • 9 ay önce

Now in preview: The ChatGPT desktop app for Linux. Use ChatGPT, ChatGPT Work, and Codex where you already work and build, with your projects and browser workflows on supported Linux systems.
0:45

Now in preview: The ChatGPT desktop app for Linux. Use ChatGPT, ChatGPT Work, and Codex where you already work and build, with your projects and browser workflows on supported Linux systems.

OpenAI

2,457,042 görüntüleme • 3 ay önce

Before You Start Working on Linux, Check what your System did During Boot
3:38

Before You Start Working on Linux, Check what your System did During Boot

The Hacker

39,615 görüntüleme • 2 ay önce

It's time you all know exactly what we're building here at Opacity. We've been hard at work building a visual-first, full-stack software development platform, that gives you a team of autonomous AI agents to build and grow your software products and businesses. The future of software development is here. 😏
9:50

It's time you all know exactly what we're building here at Opacity. We've been hard at work building a visual-first, full-stack software development platform, that gives you a team of autonomous AI agents to build and grow your software products and businesses. The future of software development is here. 😏

Zoah (formerly Opacity)

16,370 görüntüleme • 3 ay önce

gentoo ain't letting me down after all these months 🥹 #linux #techtok #gentoo #edit #Tech
0:20

gentoo ain't letting me down after all these months 🥹 #linux #techtok #gentoo #edit #Tech

gentoolarp

298,500 görüntüleme • 26 gün önce

Installed Linux and already feeling lost trying to install software? Whether you need common programs or custom hacking tools from GitHub, this video shows you how to install pretty much anything! Check out the video:
0:20

Installed Linux and already feeling lost trying to install software? Whether you need common programs or custom hacking tools from GitHub, this video shows you how to install pretty much anything! Check out the video:

NetworkChuck

25,739 görüntüleme • 4 ay önce