#visual studio code linux

[tamcode2023]

رفع ملفاتك على GitHub باستخدام Visual Studio Code

تريد رفع ملفات مشروعك على GitHub ولكن ليس لديك مهارة الـ Command line, إليك أسهل طريقة للتعامل المباشر بين Visual Studio Code & GitHub. مشكلة عند رفع الملفات على GitHub الكثير من المبرمجين المبتدأين تواجههم صعوبة في رفع ملفات المشروع علي موقع GitHub, وكثيراً ما تحدث أخطاء في الملفات وفي مسارات المجلدات. لا أستطيع استخدام الـ Command line فإذا كنت من مستخدمي Visual Studio Code, فهناك مساحة…

[recreationaldivorce]

man i love the jetbrains ides but they take up soooo much memory i wish they would just rewrite their ides in a native language...

[jl09238]

Top Linux IDEs to Supercharge Your Coding in 2024

Hey coders! 🖥️

Finding the perfect IDE can make a huge difference in your productivity and coding experience.

If you’re coding on Linux, you’ve got some fantastic options for 2024.

Here’s a quick rundown to help you choose the best one for your needs.

Why Choosing the Right IDE Matters

Efficiency: A good IDE can speed up your workflow.

Tools and Features: Integrated tools make coding easier.

Customization: Tailor your environment to fit your coding style.

Top IDEs for Linux in 2024

1. Visual Studio Code

Lightweight, versatile, and packed with features.

Perfect for almost any programming language.

2. IntelliJ IDEA

Great for Java and Kotlin development.

Offers smart code completion and powerful debugging tools.

3. PyCharm

Ideal for Python developers.

Provides excellent code analysis and project navigation.

For a detailed comparison and more IDE options, check out this guide on the best IDE for Linux in 2024.

Real-Life Example

Imagine you’re working on a complex Python project.

Using PyCharm, you get immediate feedback on errors, suggestions for code improvement, and easy navigation between files.

Your productivity soars, and the project progresses smoothly.

Final Thoughts

Choosing the right IDE is crucial for an efficient and enjoyable coding experience.

Want to explore more options and find out which IDE suits you best?

Read our full guide on the best IDE for Linux in 2024.

Happy coding! 🚀

[izicodes]

Programming stats for 2023

Always interesting to see what are the tops for 2023 in terms of programming~! 🥰🙌🏾 So, I got this email this morning from WakaTime (which is an extension on most IDEs and coding editors that tracks your coding process) and they gathered some information for 2023!

Remember these stats are according to WakaTime's data from more than 500k developers who spent a combined 51 million hours programming using their extension/plugin! > link to the website <

Top Languages

TypeScript

JavaScript

Python

PHP

Java

Vue.js

Dart

HTML

C#

Kotlin

Top Editors

VS Code

IntelliJ

WebStorm

PhpStorm

Android Studio

PyCharm

Visual Studio

Neovim

Rider

GoLand

Top Operating System Used

Windows

Mac

Linux

WSL

Unix

Android

[spieluhrzeit]

you can call me medoh, pronounced like 'meadow' and spelt like the divine beast in botw. i'm a non-binary, aroace lesbian who's also possibly autistic albeit self diagnosed (but i am working to get a formal diagnosis).

i'm a game development student and aside from my fandoms i talk about game development and other computer science related things. my main fandoms include the band rammstein, twitch streamers such as rtgame and jerma985 and some animes like evangelion, dungeon meshi and chainsaw man. this is not an extensive list, i post about anything i like, rammstein being the biggest tag on my blog.

i'm also left leaning, and while i do not talk about politics extensively on this blog aside from a few reblogs here and there you can rest assured that i hope to try my best to help others. i prefer sharing resources to get involved/educate. my go to is sharing fundraisers and ways to bring people together in times of conflict. i support a free ukraine and a free palestine and other causes like these, but also efforts to end the conflicts there and to promote peace. i also try to help people who are marginalised (like me, to an extent) and i try to learn right wing dogwhistles and rhetoric so i can warn others.

i don't really have a byf or a dni, but if you send aggressive/harsh vibes my way or make me feel upset you may get blocked. if i do/say something stupid please tell me as i might not catch it initially. otherwise it's just respect me and i'll respect you :3

you can find me on itch.io as medohxamali and ao3 as spieluhrzeit, i have a few fics on the latter and nothing yet on the former but hope to start releasing some small games :)

✦ . 　⁺ 　 . ✦ . 　⁺ 　 . ✦ . 　⁺ 　 . ✦ . 　⁺ 　 . ✦ . 　⁺ 　 . ✦ . 　⁺ 　 .

tools i use (all run on my distro, linux mint, either as a program or in a browser):

*i use notion in the web browser to organise all my stuff for what i do, including my uni studies*

game development

godot 4.3

aseprite

inkscape

photopea

audacity

web development/general development

visual studio code

leprd.space (i'm waiting for a domain from there)

github

writing:

libreoffice writer

[mobstersandlobsters]

Free resources to learn hacking

- https://www.hacksplaining.com/ (A good site to learn all about different types of vulnerabilities, ways to hack, ways to prevent hacking, etc. with hands on basic labs as well as quizzes and terminology.)

- https://hackthissite.org/ (This site provides in depth hacking challenges for beginners and people of all knowledge sets, there isn't much hand-holding as you progress, but YouTube helps a LOT.)

- YouTube (Content creators such as David Bombal, NetworkChuck, etc. come to mind, although John Hammond I believe is a bit underrated and very well knowledgable as well as less of a snake oil salesman when it comes to his content and his abilities and also do not discount small YouTubers as well, because some can be very knowledgeable from some of the ones I've looked for help with, particularly Chuck Moore and Sean Mancini.)

- https://www.khanacademy.org/ (Now hear me out, it doesn't have a TON of hacking content but when you need help with some stuff, like for me I needed some basics of cryptography and things such as that, it helped a good bit with some fundamentals, so try seeing if it has some content you might like.)

- Keeping up with news also generally helps you see current trends in security which helps as well.

- https://hbh.sh/home (Personally have not tried this yet, but Hellbound Hackers I have heard is a great wealth of information as well as having their own discord I believe for communication which is exciting.)

- https://www.reddit.com/r/HowToHack/ 

Lastly I wanted to say if you are studying for Cybersecurity certs I heard Jason Dion and Professor Messer are quite good and if you download Visual Studio Code - https://code.visualstudio.com/ as well as the extension that you need, learning code such as HTML, CSS, JavaScript, etc. can NEVER hurt and can only help (especially when looking over code and connecting the dots), my personal favorites for coding/scripting for software languages that I am learning is Python as well as PowerShell because of the ease of use and ability to create decent projects in a reasonable amount of time (learning Linux and MySQL helps as well but it may take longer to learn, it all depends on your preferences and trial and error, as well as being determined.)

I hope my post helps! (and remember if you are a college student, particularly WGU, you get discounts/free offers for websites such as Udemy, LinkedIn Learning, etc.)

Thanks.

[vexacarnivorous]

day 26/100 | monday | 10/4/23

today i played around in the linux terminal, set up git to my github account, made a SSH key connected to it, installed visual studio code, looked around xubuntu, edited my github profile, and discovered i have no ink left in my printer.

[getbreaded]

I studied computer science and I never needed to install ubuntu on my laptop, I just used visual studio code wsl:ubuntu extension and ran my programs through that :)

Thank you for the input! Yeah, I don't think it's necessary, I definitely can get by with just windows as I've been doing, but I'm sort of curious about trying Linux from a privacy/security and customization standpoint :)

I'm still considering though, I might stick with windows, just for the sake of not worrying about the installation and adaptation process haha.

[rociortiz-pythonblog]

¡Conviértete en un master en python!

Aprovecha Este curso de Microsoff gratuito , bastante completo para conocer mejor Todo sobre python!

Consta de 7 unidades , con practicas cortas incluidas mediante un entorno aislado, ademas de eso te enseñan desde la instalación de python para windows, Linux y mac os , hasta como configurar visual studio code !

Curso apto para Estudiantes y principiantes que quieran adentrarse en Este Mundo de python:)

Solo necesitas una computadora y un servidor de internet y listo!!!!

¿Que estas esperando?

Te dejo el siguiente link del curso

https://learn.microsoft.com/es-es/training/paths/beginner-python/

(se encuentra disponible tanto en Ingles como en Español)

[singletutor]

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MS IDEA

IntelliJ IDEA creates software. Our professionals can explain why this company development product is only available in two editions—an Apache 2 Licensed community edition and a proprietary commercial edition.

BlueJ

BlueJ works great for small-scale software development, but our experts would tell you it was designed for teaching. Software works with JDK.

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[onthegreatsea]

i am not a fan of uhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh      version control. visual studio. code. linux.. docker??.............                             dev. game dev. too much. not a fan. illegal now.

[silverserpent]

Programmer here, and I want to add INFINITE AMOUNT OF NUANCE. Your average user probably wouldn't be able to operate a computer without a mouse, but it is completely possible.

Both Linux and Windows work in a way that it's possible to operate without a mouse with shortcuts like the windows key, and the alt+tab thing.

Using the command prompt, you can move in your file system, delete and copy and whatnot files, run programs, do a whole host of things. This is when you see white letters on a black background and type commands. You can run programs, delete and move and create files like this, and probably do a lot more.

There is also an accessibility function that lets you use the arrow keys to control the mouse.

But most websites and programs aren't built with that in mind, and they can vary WILDLY in whether or not doing things without mousing is possible. Tumblr is one that has its own hotkeys, but you need to learn specifically which does what to move effectively.

Also, the way you usually navigate a website without a mouse is by pressing tab and shift-tab to move to the next or previous item you would like to click on. Sometimes this is fine, and sometimes, there are five million repetitive social media links you want to skip, so doing that will often lose you a lot of time. "Move the mouse and click a link" is often an easy tab, then enter. And it's often tab-tab-tab-tab-tab-tab-tab-fucktoomuch-shift+tab-enter.

But I also use hotkeys to move the cursor and select text while typing, and it's a lot more efficient than you'd think!! Shift+arrrow keys let you select, ctrl+left and right let you jump one word at a time, ctrl+arrow+shift lets you select while moving one word at a time, home and end move your cursor to the start and end of a line, page up and page down make big jumps, and holding shift while doing any of this selects the entire thing you jumped over. Good stuff. Visual Studio and Visual Studio Code gives you even more fun features like that, and those make things go so much faster.

So, yeah. Nuance. it's based on the task, the character's skill and showoffyness, the computer, and whether a mouse is available.

Things that work in fiction but not real life

torture getting reliable information out of people

knocking someone out to harmlessly incapacitate them for like an hour

jumping into water from staggering heights and surviving the fall completely intact

calling the police to deescalate a situation

rafting your way off a desert island

correctly profiling total strangers based on vibes

effectively operating every computer by typing and nothing else

ripping an IV out of your arm without consequences

heterosexual cowboy

[maacsatara]

Introduction to Unreal Engine for Game Development

Unreal Engine (UE) is one of the most popular and powerful game development engines in the world. Developed by Epic Games, Unreal Engine has revolutionized the gaming industry with its state-of-the-art features, stunning visual quality, and versatility. From high-end AAA games to indie projects, Unreal Engine provides the tools needed to create immersive, visually spectacular worlds. Whether you're an aspiring game developer or a seasoned professional, Unreal Engine offers a comprehensive platform to turn your creative visions into reality.

In this article, we will introduce you to Unreal Engine, explore its key features, and discuss how to get started with game development using this powerful engine. By the end, you'll have a solid understanding of what Unreal Engine is capable of and how you can use it to build the next big hit in the gaming industry. Aspiring developers can benefit from enrolling in a game design institute in Pune, where you can gain hands-on experience with Unreal Engine and learn from industry experts.

 What is Unreal Engine?

Unreal Engine is a comprehensive suite of development tools used to create high-quality games and interactive experiences. First released in 1998, it has evolved over the years and is now in its fifth version, Unreal Engine 5 (UE5). The engine is known for its exceptional graphical fidelity, scalability, and user-friendly interface. It’s used by developers of all levels to create games for platforms such as PC, consoles, mobile devices, VR, and even films.

Unreal Engine is free to use, with Epic Games offering a revenue-sharing model where developers only need to pay royalties once their game exceeds a certain revenue threshold. This makes Unreal Engine an attractive choice for both independent developers and large studios.

 Key Features of Unreal Engine

Unreal Engine stands out due to its powerful features that enable game developers to create stunning visuals, complex game mechanics, and expansive worlds. Some of the key features include:

- High-Quality Graphics:

  Unreal Engine is renowned for its visual capabilities. The engine uses a physically-based rendering (PBR) system that allows for highly realistic lighting, materials, and shading. The introduction of Unreal Engine 5 has taken graphics to new heights with features like Nanite, a virtualized geometry system that enables developers to create and import highly detailed assets without worrying about polygon count limits.

- Blueprints Visual Scripting:

  One of the most exciting features of Unreal Engine is Blueprints, a visual scripting system that allows developers to design gameplay mechanics without writing a single line of code. This feature makes Unreal Engine more accessible to beginners, as you can prototype game ideas and interactions easily using a drag-and-drop interface.

- Unreal Marketplace:

  Unreal Engine has a robust online marketplace where developers can find assets, plugins, tools, and other resources to speed up development. Whether you need 3D models, textures, or sound effects, you can find it all in the Unreal Marketplace, some of which are free or available for a nominal fee.

- Real-Time Rendering:

  Unreal Engine’s real-time rendering capabilities are one of its key strengths. It allows developers to see changes and updates in real-time, which is essential for rapid iteration during the development process. This feature is especially important for large-scale projects that require constant feedback and fine-tuning.

- Multiplatform Support:

  Unreal Engine supports a wide range of platforms, from desktop computers (Windows, Mac, Linux) to consoles (PlayStation, Xbox) and mobile devices (iOS, Android). This cross-platform capability allows developers to create games for a wide variety of audiences.

- Advanced Physics Engine:

  Unreal Engine incorporates an advanced physics engine that supports real-world physics simulations, including rigid body dynamics, collisions, and gravity. It also includes support for soft-body physics, making it ideal for creating realistic interactions in games.

 Unreal Engine for Game Development

Unreal Engine is widely used for game development across various genres, from open-world adventures to first-person shooters, racing games, and more. The engine’s flexibility allows developers to create games that range from hyper-realistic simulations to stylized, artistic worlds. Here’s how Unreal Engine supports game development:

1. Level Design:

   Unreal Engine provides a powerful editor that allows developers to build, edit, and preview game levels directly within the engine. The editor supports drag-and-drop functionality, enabling you to quickly populate your world with assets, environments, and lighting. The Landscape Tool helps you sculpt terrains, while the Foliage Tool allows for the creation of natural vegetation.

2. Character Design and Animation:

   Unreal Engine supports character design through the Skeletal Mesh System, which allows you to create and animate 3D characters. You can import your character models and animations from external programs like Blender or Maya, and Unreal Engine’s Animation Blueprint system allows for advanced character animations, such as running, jumping, and fighting.

3. AI and Behavior Trees:

   Unreal Engine comes with robust tools for developing AI (Artificial Intelligence) behaviors. Using the Behavior Tree system, developers can create complex AI logic, such as enemy patrol routes, decision-making, and combat strategies. Unreal Engine also supports pathfinding algorithms that help AI characters navigate through the game world effectively.

4. Multiplayer and Networking:

   Unreal Engine provides the tools necessary for creating multiplayer games. With its built-in networking framework, developers can create both local and online multiplayer experiences. Unreal Engine’s Replication System ensures that game states are synchronized across multiple players, providing a smooth multiplayer experience.

5. Post-Processing Effects:

   Unreal Engine includes advanced post-processing tools that can enhance the visual quality of your game. With options for color correction, bloom, depth of field, motion blur, and more, you can fine-tune the visual aesthetics of your game to achieve the desired look and feel.

 Getting Started with Unreal Engine

For newcomers, getting started with Unreal Engine can seem daunting, but there are plenty of resources available to help you learn. Whether you’re an aspiring game developer or a seasoned professional, Unreal Engine has the tools you need to create your own game.

Here’s a step-by-step guide to getting started with Unreal Engine:

1. Download and Install:

   The first step is to download Unreal Engine from the Epic Games website. You can use the Epic Games Launcher to install the engine and access various assets and tutorials.

2. Learn the Basics:

   Once you’ve installed Unreal Engine, take the time to familiarize yourself with the interface. Unreal Engine offers an abundance of tutorials, both official and community-created, to help you get started. You can explore everything from basic game creation to more advanced techniques like AI programming and multiplayer development.

3. Start a New Project:

   Unreal Engine offers different templates for various types of games, such as first-person shooters, side-scrolling platformers, and top-down shooters. Choose a template based on the type of game you want to create and start experimenting.

4. Use Blueprints for Prototyping:

   Use Unreal Engine’s Blueprints Visual Scripting to quickly prototype your game mechanics. This tool allows you to design complex gameplay systems without writing code, which is especially helpful for beginners.

5. Experiment with Assets:

   Try importing your 3D models, textures, and animations into the engine to see how they look in the game world. Take advantage of the Unreal Marketplace to find free or paid assets that you can use in your game.

 Conclusion

Unreal Engine is one of the most powerful and accessible game development engines available today. With its exceptional visual quality, real-time rendering, cross-platform support, and extensive tools, Unreal Engine provides everything you need to create stunning, interactive 3D games. Whether you’re a beginner or an experienced developer, Unreal Engine offers the resources and flexibility to turn your game development ideas into reality. By taking the time to learn the basics and experimenting with its many features, you’ll be on your way to building the next great game. Aspiring developers can enhance their skills by enrolling in an animation academy in Pune, where you can gain hands-on experience with Unreal Engine and receive guidance from industry professionals.

[tumnikkeimatome]

定期的にLinuxサーバーからファイルをダウンロードするTeraTermマクロ作成手順【サンプルコード付き】

TeraTermマクロの基礎知識 TeraTermマクロは、TeraTermで実行可能な自動化スクリプトです。 拡張子は.ttlを使用します。 マクロ言語は基���的なプログラミング機能を備えており、変数の定義、条件分岐、ループ処理などを実装できます。 マクロ作成に必要な環境準備 TeraTermのインストールが完了している状態から始めます。 マクロエディタは標準のメモ帳でも作成可能ですが、シンタックスハイライトに対応したテキストエディタの使用を推奨します。 Visual Studio CodeやSublime…

[rahul-juego]

The Best Game Engines for Desktop Game Development: Unity vs. Unreal Engine

When it comes to desktop game development, choosing the right game engine is one of the most critical decisions a developer can make. Two of the most popular and powerful game engines on the market today are Unity and Unreal Engine. Each engine has its strengths and is suitable for different types of projects, but understanding the key differences can help developers make informed decisions. In this article, we will compare Unity and Unreal Engine to help you choose the best platform for your next desktop game project.

Unity: Versatility and Ease of Use

1. User-Friendly Interface

Unity is widely recognized for its intuitive interface, making it a popular choice for both beginners and experienced developers. It has a drag-and-drop system and a modular component-based architecture, allowing users to quickly prototype games without extensive coding experience. For those new to game development, Unity’s straightforward layout, coupled with a massive collection of online tutorials and documentation, makes it an ideal starting point.

2. Wide Platform Support

One of Unity’s key strengths is its flexibility in supporting various platforms. Whether you’re developing for desktops (Windows, macOS, Linux), mobile devices, consoles, or even augmented and virtual reality (AR/VR), Unity allows seamless cross-platform deployment. This means developers can build a game for desktop and then easily port it to mobile or consoles with minimal adjustments. This wide platform support has made Unity a popular choice for indie developers and smaller studios looking to reach multiple audiences without needing different development pipelines for each platform.

3. Graphics and Performance

While Unity is highly versatile, its graphics capabilities are often perceived as less powerful than Unreal Engine, particularly when it comes to photorealism. Unity uses the Universal Render Pipeline (URP) and High Definition Render Pipeline (HDRP) to improve visual fidelity, but it tends to shine more in 2D, stylized, or mobile games rather than highly detailed 3D games. That said, many desktop games with excellent graphics have been developed using Unity, thanks to its extensive asset store and customizable shaders.

4. C# Scripting Language

Unity uses C# as its primary scripting language, which is relatively easy to learn and widely supported in the programming community. C# allows for efficient, object-oriented programming, making it a good choice for developers who prefer a manageable learning curve. Unity’s scripting also integrates smoothly with its user interface, giving developers control over game mechanics, physics, and other elements.

5. Asset Store

Unity’s asset store is another standout feature, offering a wide range of assets, tools, and plugins. From pre-made 3D models to game templates and AI systems, the asset store allows developers to speed up the development process by purchasing or downloading assets that fit their game.

Unreal Engine: Power and Photorealism

1. Unmatched Graphics and Visual Quality

Unreal Engine is renowned for its stunning graphics capabilities. It excels in creating high-fidelity, photorealistic visuals, making it the go-to choice for AAA game studios that require visually complex environments and characters. Unreal’s graphical power is largely attributed to its Unreal Engine 5 release, which includes cutting-edge features such as Lumen (a dynamic global illumination system) and Nanite (a virtualized geometry system that allows for the use of highly detailed models without performance hits).

If your desktop game requires breathtaking visual effects and highly detailed textures, Unreal Engine provides the best tools to achieve that. It’s particularly suited for action, adventure, and open-world games that need to deliver immersive, cinematic experiences.

2. Blueprints Visual Scripting

One of Unreal Engine’s defining features is its Blueprints Visual Scripting system. This system allows developers to create game logic without writing a single line of code, making it incredibly user-friendly for designers and non-programmers. Developers can use Blueprints to quickly build prototypes or game mechanics and even create entire games using this system. While Unreal also supports C++ for those who prefer traditional coding, Blueprints offer an accessible way to develop complex systems.

3. Advanced Physics and Animation Systems

Unreal Engine is also praised for its robust physics and animation systems. It uses Chaos Physics to simulate realistic destruction, making it perfect for games that require accurate physics-based interactions. Additionally, Unreal Engine’s animation tools, including Control Rig and Animation Blueprints, offer in-depth control over character movements and cinematics, helping developers craft highly polished, fluid animations.

4. High-Performance Real-Time Rendering

Thanks to its real-time rendering capabilities, Unreal Engine is often the engine of choice for cinematic trailers, architectural visualization, and other projects that require real-time photorealism. These rendering tools allow developers to achieve high-quality visuals without compromising on performance, which is particularly important for large-scale desktop games that demand a balance between graphics and frame rates.

5. Open-Source Flexibility

Unreal Engine is open-source, which means that developers have access to the engine’s full source code. This level of access allows for complete customization, enabling developers to modify the engine to suit their specific game needs. This is an attractive feature for larger studios or developers working on ambitious projects where customization and optimization are critical.

Which Engine Is Best for Desktop Game Development?

Both Unity and Unreal Engine have their strengths and are widely used in desktop game development. The choice between the two largely depends on the type of game you want to create and your specific needs as a developer:

Choose Unity if you’re looking for versatility, ease of use, and multi-platform support. Unity excels in 2D games, mobile games, and projects that require quick prototyping or simple development pipelines. It’s ideal for indie developers or small teams who want a cost-effective solution with a gentle learning curve.

Choose Unreal Engine if your goal is to create a visually stunning, high-performance desktop game. Unreal is the best choice for AAA-quality games or those that require photorealistic graphics, complex environments, and advanced physics. It’s suited for larger teams or developers with experience in game development who want to push the boundaries of what’s visually possible.

Ultimately, both Unity and Unreal Engine are powerful tools in their own right, and the best engine for you depends on your game’s goals and technical requirements.