#visual studio code linux

[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

[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.

[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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NetBeans, a Java IDE, helps create modular applications. If NetBeans doesn't operate on Windows, macOS, Linux, or Solaris, book free Java assignment help on our website.

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.

Dr. Java.

Our Java experts say DrJava is a lightweight Java IDE. Beginners use its cross-platform, Sun Microsystems Swing toolkit-based interface.

JCreator:&nbsp

Xinox Software Java IDEs are faster. Visual Studio-like C++ interface.

The Java IDE jGRASP auto-generates software to improve readability. The Java Virtual Machine, which requires Java 1.8 or later, runs the programme.

[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

[inestwebindia]

ASP.NET vs. Other Web Development Frameworks: Features, Benefits, and Use Cases

In the dynamic world of web development, selecting the right framework is crucial for creating robust and scalable web applications. Among the plethora of options, ASP.NET, a Microsoft-powered framework, stands out for its versatility and enterprise-grade capabilities. This article explores how ASP.NET compares with other popular frameworks like PHP, Ruby on Rails, and Django, focusing on their features, benefits, and use cases.

What is ASP.NET?

ASP.NET is a powerful server-side web development framework integrated into the .NET ecosystem. It supports multiple programming languages like C# and Visual Basic, offering developers a flexible and efficient environment. The framework’s adoption of the Model-View-Controller (MVC) architecture simplifies code organization, making development and maintenance more efficient.

Key highlights of ASP.NET include:

Cross-platform compatibility with .NET Core.

Seamless integration with Microsoft technologies.

A rich Integrated Development Environment (IDE) in Visual Studio.

Comparative Analysis: ASP.NET vs Other Frameworks

ASP.NET vs PHP

Performance: ASP.NET applications are compiled, ensuring faster execution compared to PHP’s interpreted scripts.

Security: The framework’s integration with the Windows operating system offers advanced security features, making it ideal for enterprise-grade applications.

Use Case: Choose ASP.NET for large-scale, performance-critical projects, while PHP is suited for lightweight and budget-conscious applications.

ASP.NET vs Ruby on Rails

Development Environment: ASP.NET’s Visual Studio IDE is a robust tool with features like code completion and debugging, offering a superior developer experience.

Scalability: Both frameworks support scalability, but ASP.NET’s deep integration with .NET technologies makes it ideal for enterprise applications.

Use Case: ASP.NET is preferred for projects needing comprehensive Microsoft ecosystem support, while Ruby on Rails is favored for startups emphasizing speed and simplicity.

ASP.NET vs Django

Modularity: Both frameworks excel in modularity and scalability. However, ASP.NET benefits from its extensive library support and Microsoft ecosystem.

Integration: ASP.NET’s compatibility with Microsoft technologies makes it a compelling choice for enterprises already invested in the ecosystem.

Use Case: ASP.NET is well-suited for large-scale applications requiring seamless integration with Windows systems, while Django shines in data-driven applications powered by Python.

Key Features of ASP.NET

MVC Architecture

Enhances maintainability and debugging.

Separates application concerns for better organization.

Visual Studio IDE

Offers tools like code completion, debugging, and performance analysis.

Cross-platform Support

Enabled by .NET Core, ASP.NET runs on Windows, macOS, and Linux.

Advantages of ASP.NET

Language Interoperability

Supports multiple languages, fostering team collaboration.

Scalability and Performance

Handles high user volumes effortlessly.

Robust Security Features

Built-in authentication and authorization mechanisms.

Choosing the right web development framework depends on your project requirements, team expertise, and long-term goals. ASP.NET excels in scalability, performance, and integration, making it a top contender for enterprise-level web applications.

Whether you opt for PHP’s simplicity, Ruby on Rails’ developer-friendly conventions, or Django’s modularity, understanding their strengths ensures an informed decision. As technology advances, ASP.NET continues to provide a comprehens

ive and reliable solution for building modern, scalable web applications.

Ready to build robust and scalable web applications? Contact iNstaweb today to harness the power of ASP.NET and elevate your web development projects!

[atplblog]

Price: [price_with_discount] (as of [price_update_date] - Details) [ad_1] Publisher's Note: Microsoft ceased support for .NET Core 3.0 in March 2020. A new edition of this book is available that uses .NET 6 (an LTS release with support up until November 2024), C# 10, and Visual Studio 2022, as well as Visual Studio Code. Key Features: Build modern, cross-platform applications with .NET Core 3.0Get up to speed with C#, and up to date with all the latest features of C# 8.0Start creating professional web applications with ASP.NET Core 3.0Book DescriptionIn C# 8.0 and .NET Core 3.0 - Modern Cross-Platform Development, Fourth Edition, expert teacher Mark J. Price gives you everything you need to start programming C# applications.This latest edition uses the popular Visual Studio Code editor to work across all major operating systems. It is fully updated and expanded with new chapters on Content Management Systems (CMS) and machine learning with ML.NET.The book covers all the topics you need. Part 1 teaches the fundamentals of C#, including object-oriented programming, and new C# 8.0 features such as nullable reference types, simplified switch pattern matching, and default interface methods. Part 2 covers the .NET Standard APIs, such as managing and querying data, monitoring and improving performance, working with the filesystem, async streams, serialization, and encryption. Part 3 provides examples of cross-platform applications you can build and deploy, such as web apps using ASP.NET Core or mobile apps using Xamarin.Forms. The book introduces three technologies for building Windows desktop applications including Windows Forms, Windows Presentation Foundation (WPF), and Universal Windows Platform (UWP) apps, as well as web applications, web services, and mobile apps.What you will learn: Build cross-platform applications for Windows, macOS, Linux, iOS, and AndroidExplore application development with C# 8.0 and .NET Core 3.0Explore ASP.NET Core 3.0 and create professional web applicationsLearn object-oriented programming and C# multitaskingQuery and manipulate data using LINQUse Entity Framework Core and work with relational databasesDiscover Windows app development using the Universal Windows Platform and XAMLBuild mobile applications for iOS and Android using Xamarin.FormsWho this book is forReaders with some prior programming experience or with a science, technology, engineering, or mathematics (STEM) background, who want to gain a solid foundation with C# 8.0 and .NET Core 3.0. Publisher ‏ : ‎ Packt Publishing; 4th ed. edition (31 October 2019) Language ‏ : ‎ English Paperback ‏ : ‎ 818 pages ISBN-10 ‏ : ‎ 1788478126 ISBN-13 ‏ : ‎ 978-1788478120 Item Weight ‏ : ‎ 1 kg 400 g Dimensions ‏ : ‎ 23.5 x 19.05 x 4.26 cm Country of Origin ‏ : ‎ India [ad_2]

[labdeck123]

Revolutionizing Application Development with GUI Designers

In the evolving world of software development, creating an intuitive and visually appealing interface is as crucial as the functionality of the application itself. This is where GUI Designer (Graphical User Interface Designers) come into play. They empower developers and designers to create user-friendly, interactive interfaces with minimal effort, enhancing user experience and productivity.

What is a GUI Designer?

A GUI Designer is a software tool that facilitates the creation of graphical user interfaces. It provides a visual platform for arranging and customizing UI elements such as buttons, sliders, text boxes, and menus. Instead of writing extensive code to define layouts and interactions, developers can use GUI Designers to drag and drop components onto a canvas, configure their properties, and preview the design in real-time.

Why Use a GUI Designer?

Ease of Use GUI Designers simplify the complex process of interface design, making it accessible to developers and non-developers alike.

Time Efficiency By eliminating the need for manual coding of interface layouts, GUI Designers drastically reduce development time.

Consistency in Design Tools often come with pre-built components and templates, ensuring a consistent look and feel across the application.

Real-Time Feedback Preview changes instantly as you make them, allowing for quick iteration and refinement.

Cross-Platform Compatibility Many GUI Designers support designing interfaces that work seamlessly on multiple platforms like Windows, macOS, Linux, or mobile devices.

Features of Modern GUI Designers

Drag-and-Drop Interface: Arrange UI components effortlessly without writing code.

Customizable Widgets: Adjust properties like size, color, font, and behavior to suit your needs.

Event Binding: Link UI elements to backend logic with ease.

Responsive Design Tools: Ensure your interface adapts to various screen sizes and resolutions.

Code Generation: Automatically generate code in your preferred programming language (e.g., Python, Java, C#).

Integration with Frameworks: Compatible with popular frameworks like Tkinter, PyQt, JavaFX, or WPF.

Popular GUI Designers in the Market

Tkinter GUI Designer Ideal for Python developers, it provides tools for creating lightweight interfaces using Tkinter.

Qt Designer A powerful tool for building complex GUIs in C++ and Python (PyQt/PySide).

Electron with Figma Plugins Combine the power of web technologies with GUI design tools for desktop applications.

Visual Studio WPF Designer Best suited for .NET developers, this tool enables creating rich Windows applications.

Glade A GTK+ interface designer that integrates seamlessly with GNOME applications.

Who Can Benefit from GUI Designers?

Developers: Speed up the process of creating interactive applications.

Designers: Focus on aesthetics without worrying about the underlying code.

Educators and Students: Teach and learn GUI concepts interactively.

Startups and Businesses: Quickly prototype applications for pitching or deployment.

Steps to Create a GUI Using a Designer

Choose the Right Tool Select a GUI Designer that aligns with your project requirements and programming language.

Plan Your Interface Sketch a layout of the components and their interactions.

Design the Layout Use the GUI Designer to drag and drop components, adjust their properties, and arrange them on the canvas.

Bind Events Connect buttons and other interactive elements to the application logic.

Preview and Test Run your design in the simulator to check functionality and aesthetics.

Export and Integrate Generate the code and integrate it into your main project.

Conclusion

GUI Designers are indispensable tools in modern application development. They not only make the design process more accessible but also foster collaboration between developers and designers. Whether you’re a seasoned coder or a beginner, incorporating a GUI Designer into your workflow can enhance efficiency and elevate the quality of your applications.

So, if you haven’t already, explore the world of GUI Designers today and revolutionize how you build applications!

[nonnemii]

what software do you use ask game

base distro - Arch Linux

browsing on desktop - Librewolf (Geral) Brave (Youtube) Ungoogled (Teams)(it is broken so i'm not using rn)

listening to music - Youtube, Gramaphone (mobile)

watching video files (or streaming video ig) - VLC, Youtube

text editing - Obsidian

code editing - Vs code or Visual studio code (school) VsCodium, one day i will go to vim

mobile OS - Unoficial version of LineageOS (I want a pixel so bad)

mobile browser - Mull (Youtube), Firefox (Ao3), Brave (Geral stuff)

chatting on desktop - nuh

chatting on mobile - WhatsApp

custom system font - idk

IRL navigation - Don´t get out enough for that

notes and/or to-do - Obsidian, Don't use to-do rn, tried A LOT of then tho

ebook/pdf reading - NightPDF, Tried a lot of those too, but none of the FOSS good ones have align to left thingy

bonus option for hobbies - Uhn PS5? (gaming being my only hobbie(?) is so lame man)

image editing - Gimp

email - Tunderbird (tutanota)

rss - Feeder, trying RssGuard on PC

file sync/sharing - Syncthing / LocalSend

terminal muxer - Tab on wezterm?

home automation - no but I wanted to get into this

git hosting (or svc if ur a boomer lol) - github (accept recs)

any miscellaneous tool you can't live without - I will just rec stuuf here mb - OpenReads is like open source Good Reads (you can create personalizad stuff, I use it for comics), Mindful is a time traking/bloking app usage for mobile Warden to see/disable app trakers (idk if it is effective but it gives the information), freyr (dowload music, very usefull) TagStudio - Image organizer. on beta, don't use it a lot (no mobile version) but it is a intresting project

screenshots - Spectacle

Fell free to recommend me stuff

i know you nerds have lots of opinions on this

what software do you use ask game

base distro

browsing on desktop

listening to music

watching video files (or streaming video ig)

text editing

code editing

mobile OS

mobile browser

chatting on desktop

chatting on mobile

custom system font

IRL navigation

notes and/or to-do

ebook/pdf reading

bonus option for hobbies

image editing

email

rss

file sync/sharing

terminal muxer

home automation

git hosting (or svc if ur a boomer lol)

any miscellaneous tool you can't live without

unrelated to the other questions what's the name of the plushie that's nearest to you rn

screenshots

[hats-off-solutions]

Upgrading .NET Framework Projects to .NET Core: A Comprehensive Guid

The transition from the .NET Framework to .NET Core is a significant step for modernizing applications. With its cross-platform capabilities, improved performance, and modular architecture, .NET Core (now unified as .NET 6 and beyond) offers a robust framework for building modern applications. In this blog, we will guide you through the process of upgrading your existing .NET Framework projects to .NET Core.

Why Upgrade to .NET Core?

Before diving into the upgrade process, let’s understand why upgrading is beneficial:

Cross-Platform Development: Build and run applications on Windows, macOS, and Linux.

Improved Performance: Optimized runtime and faster execution.

Unified Framework: Support for all application types (desktop, web, cloud, IoT, etc.) under the unified .NET platform.

Active Development: Access to the latest features, security updates, and community support.

Containerization and Cloud: Seamless integration with Docker and cloud services like Azure.

Pre-Upgrade Considerations

Before starting the upgrade, take note of the following:

Compatibility Check: Use the Portability Analyzer to identify unsupported APIs.

Project Type: Not all .NET Framework project types can be migrated directly. Confirm that your project type is supported by .NET Core.

Third-Party Dependencies: Ensure that all third-party libraries and NuGet packages used in your project are compatible with .NET Core.

Testing: Prepare a robust test plan to validate functionality post-migration.

Step-by-Step Upgrade Process

1. Analyze Your Project

Start by analyzing your existing .NET Framework project to determine compatibility and dependencies. Tools like the .NET Upgrade Assistant can automate much of this analysis.

2. Set Up Your Environment

Install the latest .NET SDK.

Update your IDE to the latest version (e.g., Visual Studio 2022).

3. Create a New .NET Core Project

Create a new .NET Core project using your IDE or command line:mkdir MyDotNetCoreApp cd MyDotNetCoreApp dotnet new <project_type>

Replace <project_type> with the appropriate template, such as console, webapi, or mvc.

4. Migrate Code

Copy Code: Move your existing code files into the new project.

Update References: Replace any references to .NET Framework libraries with .NET Core-compatible equivalents.

Replace Configuration: Migrate configuration files (e.g., Web.config to appsettings.json).

5. Update NuGet Packages

Ensure all NuGet packages are compatible with .NET Core. Use the following command to update packages:dotnet add package <package_name>

6. Address API Changes

Resolve API compatibility issues identified during the analysis phase. For unsupported APIs, look for alternative solutions or redesign parts of your application.

7. Rebuild and Test

Rebuild your project and fix any compilation errors.

Run your test suite to verify that the application behaves as expected.

8. Optimize for .NET Core

Leverage .NET Core-specific features such as:

Dependency Injection (DI)

Asynchronous programming with async/await

Lightweight middleware in ASP.NET Core

9. Deploy the Upgraded Application

Deploy your upgraded application to your preferred environment. .NET Core supports cross-platform deployment, so you can now target multiple operating systems.

Common Challenges and Solutions

Unsupported APIs: Use the .NET Compatibility Pack or rewrite code to avoid reliance on deprecated APIs.

Third-Party Libraries: Reach out to library maintainers or explore alternatives if certain libraries are not compatible.

Performance Issues: Profile your application to identify bottlenecks and optimize them using .NET Core’s performance features.

Click here to learn more about ASP.NET

Best Practices

Incremental Migration: Upgrade one project or module at a time instead of migrating everything at once.

Leverage Tools: Use tools like .NET Upgrade Assistant and Portability Analyzer to streamline the process.

Test Rigorously: Conduct extensive testing to ensure functionality, performance, and stability.

Documentation: Maintain detailed documentation of the migration process for future reference.

Extend your knowledge by watching this video

Conclusion

Upgrading from .NET Framework to .NET Core is a strategic move that positions your application for long-term success. While the migration process requires effort and careful planning, the benefits — including cross-platform support, improved performance, and access to modern features — make it worthwhile. By following this guide and adhering to best practices, you can transition your projects smoothly and unlock the full potential of the .NET ecosystem.

Start your migration journey today and take advantage of the future-proof capabilities of .NET Core!

[himanshu123]

Building and Deploying Your First Flutter App: A Step-by-Step Guide 

Flutter is one of the most popular open-source frameworks for mobile app development, thanks to its efficiency, cross-platform capabilities, and fast development cycle. If you're looking to develop your first Flutter app, you’ve made a great choice. Whether you’re a beginner or have prior experience in app development, Flutter offers an easy entry point into mobile app creation. In this step-by-step guide, we'll walk you through the essential stages of building and deploying your first Flutter app. As you embark on your Flutter journey, if you require assistance, consider partnering with a Flutter App Development Company to get expert guidance and tailored solutions. 

What is Flutter and Why Choose It? 

Before we dive into building your Flutter app, let's take a moment to understand why Flutter has become so widely adopted. Flutter is a free, open-source framework created by Google for building natively compiled applications for mobile, web, and desktop from a single codebase. This means you can develop apps for both Android and iOS using the same code, which saves time and reduces the complexity of managing two separate codebases. 

The main programming language used in Flutter is Dart, which is also developed by Google. Dart is easy to learn and well-suited for building high-performance apps, making it a great option for developers, both new and experienced. The Flutter framework comes with a rich set of pre-built widgets, which allows developers to create beautiful, responsive, and highly customizable user interfaces. 

Step 1: Setting Up the Flutter Environment 

The first step in building a Flutter app is to set up your development environment. This involves installing the necessary tools and dependencies. 

Install Flutter SDK: 

Download the Flutter SDK from the official Flutter website. 

Follow the installation instructions for your operating system (Windows, macOS, or Linux). 

Make sure that you have the latest version of Flutter and that your environment is correctly configured. You can run flutter doctor in your terminal to check for any issues. 

Install an IDE: 

Flutter supports a range of Integrated Development Environments (IDEs), including Android Studio, Visual Studio Code, and IntelliJ IDEA. 

Install the Flutter and Dart plugins in your chosen IDE to enable features like code completion, debugging, and UI design tools. 

Set Up Android Studio (Optional but Recommended): 

While Visual Studio Code is lightweight, Android Studio provides additional tools for Android-specific development, including an emulator and device management. 

Step 2: Creating Your First Flutter App 

Once the development environment is set up, it's time to create your first Flutter app. 

Create a New Flutter Project: 

Open your IDE and create a new Flutter project by selecting New Flutter Project. 

Choose a project name, set the location, and configure other project settings. 

This will create a basic Flutter project structure with default files like main.dart in the lib directory. 

Write the App Code: 

Navigate to the main.dart file in the lib folder and replace the default code with a simple "Hello World" app. 

dart 

Copy code 

import 'package:flutter/material.dart';    void main() {   runApp(MyApp());  }    class MyApp extends StatelessWidget {   @override   Widget build(BuildContext context) {     return MaterialApp(       home: Scaffold(         appBar: AppBar(title: Text('Hello Flutter')),         body: Center(child: Text('Hello, World!')),       ),     );   }  }   

This basic app will display a "Hello, World!" message in the center of the screen with a simple AppBar. 

Run the App: 

Connect a physical device or use an emulator to test your app. 

Use the command flutter run to launch your app on the connected device. You should see the "Hello World" app running on your device or emulator. 

Step 3: Enhancing the User Interface 

Flutter allows you to easily build custom UIs using its rich set of widgets. You can start enhancing the UI of your app by adding buttons, text fields, images, and other elements. 

Add a Button: 

Update the body of the Scaffold widget to include a FlatButton that displays a message when clicked. 

dart 

Copy code 

body: Center(   child: Column(     mainAxisAlignment: MainAxisAlignment.center,     children: <Widget>[       Text('Hello, World!'),       FlatButton(         onPressed: () {           print('Button Pressed');         },         color: Colors.blue,         child: Text('Click Me', style: TextStyle(color: Colors.white)),       ),     ],   ),  ),   

Test the UI: 

Run the app again to see the changes in action. You should now have a button below the "Hello, World!" text, which will print "Button Pressed" in the terminal when clicked. 

Step 4: Preparing the App for Deployment 

Now that your Flutter app is ready for deployment, it’s time to prepare it for submission to app stores. 

Build the App for Release: 

Use the command flutter build apk to build the APK file for Android or flutter build ios to generate the iOS build. 

This process optimizes the app for release and ensures it runs efficiently on devices. 

Test on Real Devices: 

It’s essential to test the release build on real devices before deploying it to the app store. Install the APK on your Android device or use Xcode to test the iOS version. 

Sign the App: 

For Android, you’ll need to sign your APK with a release key. You can generate this key using keytool and configure it in the build.gradle file. 

For iOS, use Xcode to configure your app’s signing settings. 

Step 5: Deploying the App 

The final step is deploying your app to the app store. 

Publish to Google Play: 

Log in to your Google Play Developer account, upload the APK, and fill out the necessary app details. 

After submitting, your app will go through the review process before it is published. 

Publish to the Apple App Store: 

For iOS, use Xcode to upload your app to the Apple App Store Connect platform. 

Fill out app details, upload screenshots, and submit for review. 

How Much Does It Cost to Build a Flutter App? 

Developing a Flutter app involves several factors, including design, development, and testing. To get a rough estimate of the costs, you can use a mobile app cost calculator. This tool will help you determine the expenses based on the features and complexity of your app. 

If you're interested in exploring the benefits of Flutter app development services for your business, we encourage you to book an appointment with our team of experts. 

Book an Appointment 

Conclusion 

Building and deploying your first Flutter app is an exciting journey, and with the right tools and guidance, you can create high-quality apps quickly and efficiently. By following the steps outlined in this guide, you can create your app, test it, and deploy it to the app stores. If you want to ensure your app is developed and deployed with the best practices, consider reaching out to a Flutter App Development Company. Their expertise in Flutter App Development will help bring your app ideas to life while ensuring smooth performance and user experience. 

[argoslabs]

Whitepaper: Accelerating Digital Transformation with Low-Code AI/ML Integration

Executive Summary

This whitepaper explores how Argos Labs' innovative low-code platform, Argos Low-Code Python, is revolutionizing digital transformation by seamlessly integrating AI and ML capabilities. We highlight how our unique approach combines the simplicity of low-code development with the power of Python-based AI/ML solutions, enabling organizations to rapidly innovate and adapt in today's fast-paced digital landscape. The paper outlines the key features of our platform, its benefits, and provides a step-by-step guide for leveraging ARGOS to accelerate digital initiatives.

Introduction

Problem Statement

Organizations face significant challenges in implementing AI and ML solutions due to the complexity of these technologies and the scarcity of skilled professionals. Traditional development approaches often result in lengthy project timelines and high costs, hindering digital transformation efforts.

Background

Low-code platforms have emerged as a potential solution to accelerate application development. However, many lack the flexibility to incorporate advanced AI and ML functionalities, creating a gap in the market for a solution that combines low-code simplicity with AI/ML capabilities.

Purpose and Objectives

This whitepaper aims to demonstrate how ARGOS Low-Code Python bridges this gap, offering a comprehensive solution for organizations looking to accelerate their digital transformation initiatives. We will explore the platform's features, benefits, and provide a step-by-step guide for implementation.

Step-by-Step Analysis/Solution

Step 1: Leveraging ARGOS Low-Code Python for AI/ML Integration

Argos Low-Code Python provides a visual development environment that allows users to create applications incorporating AI and ML functionalities without extensive coding.

Key considerations and challenges

1.      Ensuring the platform is accessible to users with varying levels of technical expertise

2.      Maintaining flexibility for advanced users who require custom solutions

Expected outcomes and benefits

1.      Rapid development of AI/ML-powered applications

2.      Reduced reliance on scarce technical talent

3.      Improved collaboration between business and IT teams

Step 2: Customization through POT SDK

The Python-to-Operations Toolset (POT) SDK enables users to create custom low-code building blocks from any Python solution, ensuring maximum flexibility and extensibility.

Key considerations and challenges

1.      Providing comprehensive documentation and support for SDK users

2.      Ensuring compatibility with a wide range of Python libraries and frameworks

Expected outcomes and benefits

1.      Full customization of the Low-code Python platform

2.      Ability to integrate specialized AI/ML solutions

3.      Increased platform adoption among advanced users

Step 3: Implementing Cross-Platform Automation with ARGOS PAM

ARGOS PAM allows for the execution of business automation tasks across various platforms, including Windows, Android, Linux, and iOS.

Key considerations and challenges

Ensuring consistent performance across different operating systems

Managing security and permissions for cross-platform operations

Expected outcomes and benefits:

Seamless integration of AI/ML solutions into existing business processes

Improved efficiency through automation of repetitive tasks

Enhanced scalability of digital transformation initiatives

Step 4: Streamlining Development with ARGOS STU

ARGOS STU (Scenario Studio) provides a development toolkit for automating business process scenarios, enabling rapid prototyping and iteration.

Key considerations and challenges

1.     Designing an intuitive interface for creating complex business scenarios

2.     Balancing simplicity with the need for advanced functionality

Expected outcomes and benefits

4.     Faster development of end-to-end business process automation

5.     Improved collaboration between business analysts and developers

6.     Reduced time-to-market for new digital initiatives

Step 5: Centralized Management with ARGOS Supervisor

ARGOS Supervisor offers a comprehensive bot management dashboard for scheduling, controlling, and monitoring the execution of bots.

Key considerations and challenges

1.     Ensuring scalability to handle enterprise-level bot deployments

2.     Providing robust analytics and reporting capabilities

3.     Expected outcomes and benefits:

4.     Improved visibility and control over automated processes

5.     Enhanced operational efficiency through centralized management

6.     Data-driven decision making through comprehensive analytics

Conclusion

The ARGOS Low-Code Python platform and its ecosystem of tools provide a powerful solution for organizations looking to accelerate their digital transformation initiatives. By combining low-code simplicity with advanced AI/ML capabilities, ARGOS enables rapid innovation, reduces reliance on scarce technical talent, and improves collaboration between business and IT teams.

Key takeaways

ARGOS Low-Code Python bridges the gap between low-code development and advanced AI/ML integration.

The POT SDK enables full customization and flexibility for specialized solutions.

Cross-platform automation capabilities ensure seamless integration across diverse IT environments.

Rapid prototyping and development tools accelerate time-to-market for digital initiatives.

Centralized management and monitoring improve operational efficiency and decision-making.

The ARGOS ecosystem offers a comprehensive solution for organizations seeking to harness the power of AI and ML in their digital transformation journey. By leveraging our platform, businesses can overcome traditional barriers to innovation and gain a competitive edge in today's rapidly evolving digital landscape.

We invite organizations to explore the potential of ARGOS Low-Code Python and its associated tools. Take the first step towards accelerating your digital transformation by:

Requesting a demo of the ARGOS platform to see its capabilities firsthand.

Downloading a trial version of ARGOS Low-Code Python to experience its ease of use and flexibility.

Contacting our team of experts to discuss how ARGOS can address your specific digital transformation challenges.

By partnering with Argos Labs, you'll gain access to cutting-edge technology and expert support, positioning your organization at the forefront of digital innovation.

References:

1.     Gartner

2.     Forrester Research

3.     IDC

4.     McKinsey & Company

5.     World Economic Forum

6.     MIT Sloan Management Review.

7.     Harvard Business Review

About Argos Labs:

Argos Labs is a leading provider of low-code AI/ML integration platforms, serving over 500 users globally. We empower businesses to harness the transformative power of AI without the complexities of traditional software development. Our solutions enable rapid prototyping, efficient deployment, and seamless integration of cutting-edge AI technologies, empowering organizations to achieve significant improvements in operational efficiency, decision-making, and overall business performance.

[mycplus]

Choosing the Right C++ Compiler for Your Project in 2025

Selecting the right C++ compiler is crucial for optimizing the performance, portability, and maintainability of your code. As technology evolves, compilers offer increasingly robust features to support modern C++ standards. Here’s a comprehensive guide to help you make an informed decision when choosing a compiler in 2025.

Choosing the Right Compiler for Your Needs

When choosing the right C++ compiler for your project, it’s helpful to explore the options available in the market. For a detailed overview of the best C++ compilers, including GCC, Clang, and MSVC, check out our guide on Best C++ Compilers to Use in 2024. This resource outlines features, use cases, and recommendations to help you make an informed decision.

For Beginners: Start with GCC or MSVC for their ease of use and excellent documentation.

For Advanced Developers: Use Clang or Intel C++ Compiler for their sophisticated optimization capabilities.

For Cross-Platform Projects: GCC and Clang are ideal due to their support for multiple operating systems.

For Enterprise Development: MSVC integrates seamlessly with enterprise Windows environments.

Key Factors to Consider

Standard Compliance Modern C++ compilers must support recent standards like C++20 and emerging features of C++23. Compliance ensures compatibility with cutting-edge libraries and features.

Platform Compatibility Consider the platforms your application will target. For instance, if you're building cross-platform software, a compiler like GCC or Clang is ideal due to its extensive OS support.

Performance Optimization Some compilers excel at producing highly optimized binaries. If runtime performance is critical, benchmarking compilers for your use case can provide valuable insights.

Development Ecosystem A compiler integrated into a robust IDE, like Microsoft Visual C++ with Visual Studio, can boost productivity with features such as advanced debugging and autocomplete.

Community and Support Active community support ensures access to tutorials, forums, and updates, which can be invaluable during development.

Popular C++ Compilers in 2025

GCC (GNU Compiler Collection)

Overview: Open-source and widely used across Linux systems, GCC supports the latest C++ standards and provides excellent optimizations.

Strengths: Cross-platform compatibility, strong community support, and frequent updates.

Use Cases: Ideal for cross-platform development and open-source projects.

Clang/LLVM

Overview: Known for its modular architecture and fast compilation speeds, Clang offers excellent diagnostics for developers.

Strengths: Advanced error messages, modern language feature support, and great integration with tools like Xcode.

Use Cases: Perfect for macOS and projects requiring integration with static analysis tools.

Microsoft Visual C++ (MSVC)

Overview: Integrated with the Visual Studio IDE, MSVC is a popular choice for Windows developers.

Strengths: Powerful debugging tools, easy integration with Windows APIs, and strong performance optimizations.

Use Cases: Best suited for Windows desktop and enterprise software development.

C++ Builder

Overview: A commercial compiler focused on rapid application development (RAD) for cross-platform applications.

Strengths: Easy-to-use visual tools, database integration, and support for multiple platforms.

Use Cases: Ideal for developers prioritizing GUI-heavy applications.

Intel C++ Compiler (ICX)

Overview: Tailored for performance-critical applications, ICX provides advanced optimizations for Intel processors.

Strengths: Best-in-class performance, compatibility with major development environments, and support for vectorization.

Use Cases: High-performance computing, machine learning, and scientific applications.