#.net document rendering api

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.NET Full Stack Development AI + IoT Integrated Course | TechEntry

Join the best DotNet Full Stack Development AI and IoT Integrated Course in 2025. Learn DotNet Core, become a Full Stack Developer, and build advanced web applications with TechEntry.

Why Settle for Just Full Stack Development? Become an AI Full Stack Engineer!

Advance your skills with our AI-driven Full Stack . NET Development course, where you'll seamlessly integrate cutting-edge machine learning technologies with the .NET framework to build sophisticated, data-centric web applications.

Kickstart Your Development Journey!

Frontend Development

React: Build Dynamic, Modern Web Experiences:

What is Web?

Markup with HTML & JSX

Flexbox, Grid & Responsiveness

Bootstrap Layouts & Components

Frontend UI Framework

Core JavaScript & Object Orientation

Async JS promises, async/await

DOM & Events

Event Bubbling & Delegation

Ajax, Axios & fetch API

Functional React Components

Props & State Management

Dynamic Component Styling

Functions as Props

Hooks in React: useState, useEffect

Material UI

Custom Hooks

Supplement: Redux & Redux Toolkit

Version Control: Git & Github

Angular: Master a Full-Featured Framework:

What is Web?

Markup with HTML & Angular Templates

Flexbox, Grid & Responsiveness

Angular Material Layouts & Components

Core JavaScript & TypeScript

Asynchronous Programming Promises, Observables, and RxJS

DOM Manipulation & Events

Event Binding & Event Bubbling

HTTP Client, Ajax, Axios & Fetch API

Angular Components

Input & Output Property Binding

Dynamic Component Styling

Services & Dependency Injection

Angular Directives (Structural & Attribute)

Routing & Navigation

Reactive Forms & Template-driven Forms

State Management with NgRx

Custom Pipes & Directives

Version Control: Git & GitHub

Backend

.NET

Introduction to C#

What is C#?

Setting Up a C# Development Environment

Basic Syntax and Data Types in C#

Control Structures: If Statements, Loops

Methods and Parameters

Object-Oriented Programming Concepts

Classes and Objects

Inheritance and Polymorphism

Interfaces and Abstract Classes

Exception Handling in C#

Working with Collections: Arrays, Lists, Dictionaries

Introduction to .NET

Overview of .NET Framework and .NET Core

Differences Between .NET Framework and .NET Core

Understanding Networking and HTTP Basics

REST API Overview

ASP.NET Core Development

Creating a Basic ASP.NET Core Web API Project

Project Structure and Configuration in ASP.NET Core

Routing and URL Patterns in ASP.NET Core

Handling HTTP Requests and Responses

Model Binding and Validation

JSON Serialization and Deserialization

Using Razor Views for HTML Rendering

API Development with ASP.NET Core

CRUD API Creation and RESTful Services

Entity Framework Core Overview

CRUD Operations with Entity Framework Core

Database Connection Setup in ASP.NET Core

Querying and Data Handling with LINQ

User Authentication and Security

Advanced API Concepts

Pagination, Filtering, and Sorting

Caching Techniques for Performance Improvement

Rate Limiting and Security Practices

Logging and Exception Handling in ASP.NET Core

Deployment and Best Practices

Deployment of ASP.NET Core Applications

Best Practices for .NET Development

User Authentication Basics in ASP.NET Core

Implementing JSON Web Tokens (JWT) for Security

Role-Based Access Control in ASP.NET Core

Database

MongoDB (NoSQL)

Introduction to NoSQL and MongoDB

Understanding Collections and Documents

Basic CRUD Operations in MongoDB

MongoDB Query Language (MQL) Basics

Inserting, Finding, Updating, and Deleting Documents

Using Filters and Projections in Queries

Understanding Data Types in MongoDB

Indexing Basics in MongoDB

Setting Up a Simple MongoDB Database (e.g., MongoDB Atlas)

Connecting to MongoDB from a Simple Application

Basic Data Entry and Querying with MongoDB Compass

Data Modeling in MongoDB: Embedding vs. Referencing

Overview of Aggregation Framework in MongoDB

SQL

Introduction to SQL (Structured Query Language)

Basic CRUD Operations: Create, Read, Update, Delete

Understanding Tables, Rows, and Columns

Primary Keys and Unique Constraints

Simple SQL Queries: SELECT, WHERE, and ORDER BY

Filtering Data with Conditions

Using Aggregate Functions: COUNT, SUM, AVG

Grouping Data with GROUP BY

Basic Joins: Combining Tables (INNER JOIN)

Data Types in SQL (e.g., INT, VARCHAR, DATE)

Setting Up a Simple SQL Database (e.g., SQLite or MySQL)

Connecting to a SQL Database from a Simple Application

Basic Data Entry and Querying with a GUI Tool

Data Validation Basics

Overview of Transactions and ACID Properties

AI and IoT

AI & IoT Development with .NET

Introduction to AI Concepts

Getting Started with .NET for AI

Machine Learning Essentials with ML.NET

Introduction to Deep Learning

Practical AI Project Ideas

Introduction to IoT Fundamentals

Building IoT Solutions with .NET

IoT Communication Protocols

Building IoT Applications and Dashboards

IoT Security Basics

You're Ready to Become an IT Professional

Master the Skills and Launch Your Career: Upon mastering Frontend, Backend, Database, AI, and IoT, you’ll be fully equipped to launch your IT career confidently.

TechEntry Highlights

In-Office Experience: Engage in a collaborative in-office environment (on-site) for hands-on learning and networking.

Learn from Software Engineers: Gain insights from experienced engineers actively working in the industry today.

Career Guidance: Receive tailored advice on career paths and job opportunities in tech.

Industry Trends: Explore the latest software development trends to stay ahead in your field.

1-on-1 Mentorship: Access personalized mentorship for project feedback and ongoing professional development.

Hands-On Projects: Work on real-world projects to apply your skills and build your portfolio.

What You Gain:

A deep understanding of Front-end React.js and Back-end .NET.

Practical skills in AI tools and IoT integration.

The confidence to work on real-time solutions and prepare for high-paying jobs.

The skills that are in demand across the tech industry, ensuring you're not just employable but sought-after.

Frequently Asked Questions

Q.) What is C#, what are its main features, and why is it a good choice for software development?

A: Ans: C# is a versatile and powerful programming language developed by Microsoft. It's widely used for web, desktop, and game development, offering numerous career opportunities in software development.

Q: Why should I learn Angular?

A: Angular is a powerful framework for building dynamic, single-page web applications. Learning Angular can enhance your ability to create scalable and maintainable web applications and is highly valued in the job market.

Q: What is .NET?

A: .NET is a comprehensive software development framework created by Microsoft. It supports the development and running of applications on Windows, macOS, and Linux. With .NET, you can build web, mobile, desktop, gaming, and IoT applications.

Q: What are the prerequisites for learning Angular?

A: A basic understanding of HTML, CSS, and JavaScript is recommended before learning Angular.

Q: What are the benefits of learning .NET?

A: Learning .NET offers several benefits, including cross-platform development, a large community and support, a robust framework, and seamless integration with other Microsoft services and technologies.

Q: What is React?

A: React is a JavaScript library developed by Facebook for building user interfaces, particularly for single-page applications where you need a dynamic and interactive user experience. It allows developers to create large web applications that can change data without reloading the page.

Q: Is C# suitable for beginners?

A: Yes, C# is an excellent language for beginners due to its simplicity and readability. It has a rich set of libraries and tools that make development easier, and it's well-documented, which helps new learners quickly grasp the concepts.

Q: Why use React?

A: React offers reusable components, fast performance through virtual DOM, one-way data flow, and a large community, making it ideal for developing dynamic user interfaces.

Q: What kind of projects can I create with C# and .NET?

A: With C# and .NET, you can create a wide range of projects, such as web applications, mobile apps (using Xamarin), desktop applications (Windows Forms, WPF), games (using Unity), cloud-based applications, and IoT solutions.

Q: What is JSX?

A: JSX is a syntax extension of JavaScript used to create React elements, which are rendered to the React DOM. React components are written in JSX, and JavaScript expressions within JSX are embedded using curly braces {}.

For more, visit our website:

https://techentry.in/courses/dotnet-fullstack-developer-course

[korshubudemycoursesblog]

Accelerate Your Learning: Master Angular 18 and ASP.NET 8.0

The ever-evolving world of web development has made Angular 18 and ASP NET 8.0 crucial for modern developers. Mastering these technologies not only equips you to build dynamic web applications but also accelerates your learning in an industry that demands constant innovation. This blog will guide you through Angular 18 and ASP NET 8.0 while providing top trends and essential keywords to help you stay ahead.

Why Learn Angular 18 and ASP NET 8.0?

Angular 18 is the latest version of the popular front-end framework developed by Google. It continues to be a favorite among developers because of its two-way data binding, component-driven architecture, and modular approach. Meanwhile, ASP NET 8.0, developed by Microsoft, offers a robust framework for building dynamic web applications with a focus on speed, flexibility, and scalability.

By mastering these two powerful frameworks, you can:

Build efficient, responsive, and user-friendly applications.

Develop cross-platform solutions with enhanced performance.

Utilize a broad range of libraries and tools available in the Angular ecosystem and ASP NET.

Key Features of Angular 18

The leap from Angular 17 to Angular 18 introduces several exciting features:

Enhanced Server-Side Rendering (SSR): Angular Universal makes it easier to render pages on the server for faster loading times.

Improved Ivy Rendering Engine: Angular 18 optimizes performance and offers better code-splitting capabilities.

Strict Typing: TypeScript integration has been upgraded to provide stricter typing, making Angular 18 more robust and developer-friendly.

Tailwind CSS Integration: Full support for Tailwind CSS allows for more efficient styling of applications.

RxJS 7 Compatibility: Reactive programming is now easier, with RxJS 7 natively supported, streamlining complex tasks like state management and data streams.

What’s New in ASP NET 8.0?

ASP NET 8.0 brings major updates to developers focused on building web APIs, blazing-fast web applications, and microservices:

Performance Boost: ASP NET 8.0 delivers even faster processing speeds than its predecessors, thanks to improvements in the Kestrel web server and gRPC.

Minimal APIs: The simplicity of defining APIs has been enhanced, allowing developers to build APIs faster and with less code.

Blazor Enhancements: Blazor, a feature of ASP NET for building interactive web UIs, sees enhanced WebAssembly support and improved server-side rendering.

Cross-Platform Compatibility: ASP NET 8.0 fully supports containerized applications, making it a favorite for DevOps workflows and microservices architecture.

Accelerate Your Learning with Project-Based Approach

While reading articles and documentation can provide valuable insights, nothing accelerates your learning more than working on real-life projects. Here's a structured learning path for Angular 18 and ASP NET 8.0 that can help you gain hands-on experience.

1. Build a Personal Portfolio with Angular 18

Start by creating a personal portfolio website using Angular 18. This project will allow you to:

Implement component-based architecture.

Use Tailwind CSS for modern and responsive design.

Handle form validations and input binding.

Practice routing and state management using RxJS.

2. Develop a Blog Platform with ASP NET 8.0

Once you’re comfortable with Angular, dive into ASP NET 8.0 by building a blog platform:

Set up RESTful APIs using Minimal API.

Learn how to implement authentication and authorization with ASP NET Identity.

Use Entity Framework Core 8 for database management.

Implement real-time functionalities using SignalR.

3. Full-Stack Application: Combine Angular 18 and ASP NET 8.0

Finally, put everything together by developing a full-stack application. You could build a task management system or an e-commerce platform where you:

Use Angular 18 for the front-end UI.

Handle backend processes like authentication and data management using ASP NET 8.0.

Deploy the full application using Docker containers for a cloud-ready solution.

Key Concepts to Master in Angular 18 and ASP NET 8.0

Angular 18:

Reactive Forms: Master reactive forms for robust form validation and input handling.

Dependency Injection (DI): Utilize Angular’s DI system for managing services.

Change Detection: Learn how Angular's change detection works to optimize performance.

ASP NET 8.0:

Middleware: Learn how to use middleware to handle HTTP requests and responses.

Authentication with JWT: Implement JWT-based authentication for secure APIs.

Dependency Injection in ASP NET Core: Like Angular, ASP NET also utilizes DI extensively, making it a crucial concept to master.

Best Resources for Learning Angular 18 and ASP NET 8.0

When learning Angular 18 and ASP NET 8.0, choosing the right resources can be a game-changer. Here are some top suggestions:

Udemy Courses: Courses like "Master Angular 18 and ASP NET 8.0" provide an in-depth understanding of both frameworks.

YouTube Tutorials: Channels like Academind and Net Ninja offer free yet comprehensive tutorials.

Official Documentation: Always refer to the official documentation of Angular and ASP NET for up-to-date information.

Forums and Communities: Engage in communities like Stack Overflow, Reddit, and GitHub to ask questions and get help.

Frequently Asked Questions (FAQs)

What are the benefits of mastering Angular 18 and ASP NET 8.0?

Mastering Angular 18 and ASP NET 8.0 provides a comprehensive skill set for full-stack development, enabling you to build responsive, scalable, and high-performance web applications.

How long does it take to learn Angular 18 and ASP NET 8.0?

Depending on your current knowledge and time commitment, it can take 3-6 months to become proficient in both frameworks.

Can I use Angular 18 and ASP NET 8.0 for mobile app development?

While Angular 18 is primarily used for web applications, it can be integrated with Ionic to develop mobile apps. Similarly, Blazor, part of ASP NET 8.0, allows for cross-platform app development.

Conclusion

Mastering Angular 18 and ASP NET 8.0 opens doors to a wide range of opportunities in the world of web development. Whether you're aiming to build complex web applications or simplify your development process with cutting-edge frameworks, this combination is your gateway to success. By following this guide and incorporating the right keywords like "Accelerate Your Learning: Master Angular 18 and ASP NET 8.0", you'll stay relevant and competitive in the ever-changing landscape of web development.

Take the next step in your learning journey, start building projects, and accelerate your learning to become a master of Angular 18 and ASP NET 8.0.

[apnadeveloper233]

Are You A Web Developer

Top Web Development Techniques to Master

In the ever-evolving global of net improvement, staying beforehand requires mastering key strategies. Here are a number of the handiest methods to beautify your internet improvement capabilities:

Responsive Design: Ensure your web sites appear brilliant on all devices by studying responsive layout. Use CSS media queries and flexible grids to conform your format to exclusive display screen sizes.

Progressive Web Apps (PWAs): Enhance user experience with PWAs, which integrate the quality of web and cellular apps. They provide offline capabilities, rapid load instances, and a native app-like revel in.

Server-Side Rendering (SSR): Improve your website's performance and search engine optimization by way of the use of SSR. Render content on the server earlier than sending it to the customer, lowering load instances and enhancing search engine indexing.

APIs and Microservices: Build scalable programs by integrating APIs and breaking down your backend into microservices. This technique permits for greater modular improvement and less complicated upkeep.

Version Control Systems: Use model management gear like Git to manipulate your codebase efficiently. Track modifications, collaborate with others, and maintain a history of your project’s improvement.

6- Code Optimization: Write easy, efficient code to enhance web site performance. Minify CSS and JavaScript documents, optimize images, and keep away from redundant code to make sure a fast and smooth user revels in.

7. Security Best Practices: Protect your website from vulnerabilities by imposing  high-quality practices together with using HTTPS, validating user inputs, and frequently updating dependencies.

8. User Experience (UX) Design: Focus on growing intuitive and tasty person reports. Conduct a person trying out, analyze feedback, and constantly iterate to decorate usability and satisfaction.

By studying those techniques, you can construct stronger, efficient, and user-pleasant websites. Keep learning and experimenting to stay at the leading edge of web improvement!

Happy coding!

[scopethings-blog]

Scope Computers

AutoCAD Training

(Admission Open Come & join Now)

AutoCAD is a comprehensive computer-aided design (CAD) software developed by Autodesk. It is widely used by architects, engineers, drafters, and designers to create precise 2D and 3D drawings. AutoCAD's robust toolset and versatility make it a preferred choice for various design and drafting applications.

### Key Features:

1. **2D Drafting and Drawing:**

- **Drawing Tools:** Lines, arcs, circles, polygons, and more.

- **Annotation:** Text, dimensions, leaders, and tables for detailing designs.

- **Layers and Blocks:** Organize and reuse drawing components.

2. **3D Modeling:**

- **Solid, Surface, and Mesh Modeling:** Create and edit 3D models.

- **Visualization Tools:** Realistic rendering and shading.

3. **Customization and Automation:**

- **LISP, VBA, and AutoLISP:** Automate repetitive tasks and customize workflows.

- **APIs:** Access to .NET, ObjectARX, and JavaScript for advanced customizations.

4. **Collaboration and Sharing:**

- **DWG File Format:** Industry-standard format for drawings.

- **Xrefs and External References:** Manage complex projects with multiple files.

- **Cloud Integration:** Share and collaborate on designs through Autodesk’s cloud services.

5. **Precision and Accuracy:**

- **Snap and Grid Tools:** Ensure exact placement of elements.

- **Coordinate System:** Use Cartesian and polar coordinates for precision.

6. **Interoperability:**

- **Import/Export Options:** Compatibility with various file formats like DXF, DWF, PDF, and more.

- **Integration with Other Autodesk Products:** Seamless workflow with Revit, Inventor, and other software.

7. **User Interface:**

- **Customizable Workspaces:** Tailor the interface to suit specific tasks or personal preferences.

- **Command Line and Ribbon Interface:** Quick access to tools and commands.

### Applications:

- **Architecture:** Create detailed floor plans, elevations, and sections.

- **Engineering:** Design mechanical parts, electrical schematics, and civil infrastructure.

- **Construction:** Generate construction documents and site plans.

- **Manufacturing:** Draft components and assemblies for production.

AutoCAD remains a powerful tool in various industries due to its precision, versatility, and ability to handle complex designs. Its continuous updates and improvements ensure it meets the evolving needs of design professionals.

[teamflourish]

How to Choose the Best Framework for Web Apps

Choosing the right framework for your net programs is critical in internet development. Frameworks offer developers pre-built equipment, libraries, and structures to streamline the development device, decorate productivity, and ensure scalability. This guide explores some of the pinnacle net improvement frameworks and elements to consider while selecting high-quality ones for your net apps.

Choosing the proper framework can impact the success of your internet software program. Each framework has its strengths, and understanding their variations will assist you in making an informed choice that aligns with your assignment necessities.

Factors to Consider When Choosing a Framework

Project Requirements

Evaluate the precise desires of your venture, which consist of the complexity, scalability, and expected customer base.

Programming Language

Consider the programming language you are comfortable with or pick out (e., G., JavaScript, Python, Ruby).

Community Support

A strong community can offer assistance and resources collectively with plugins and extensions.

Learning Curve

Assess the analysing curve of the framework and the way you and your group can get up to rush.

Performance

Evaluate the overall basic performance metrics of the framework alongside tempo, regular overall performance, and useful resource intake.

Top Web Development Frameworks

React.Js

React.Js is a JavaScript library for building patron interfaces, for its detail-based total form.

Pros: Virtual DOM for quicker rendering, reusable components, strong network manual.

Cons: It requires integrating with greater libraries for an entire-fledged SPA, and there is a steep learning curve for novices.

Angular

Overview: Angular is a TypeScript-based framework maintained via Google appropriate for large-scale applications.

Pros: Two-way information binding, dependency injection, entire tooling.

Cons: It has a steep learning curve, is complicated for smaller initiatives, and has commonplace updates.

Vue.Js

Overview: Vue.Js is a current JavaScript framework that is stated for its simplicity and ease of integration.

Pros: Lightweight, smooth to examine, gradual adoption, top-notch documentation.

Cons: Smaller environment in assessment to React and Angular, much less organisation backing.

Django

Overview: Django is an excessive Python framework for fast improvement in a clean, pragmatic format.

Pros: Batteries-included technique, incredible documentation, strong safety abilities.

Cons: The monolithic form is not a healthful microservices form, and sometimes, there needs to be more flexibility.

Ruby on Rails

Overview: Ruby on Rails is a complete-stack net framework optimised for programmer happiness and conference over configuration.

Pros: Rapid improvement, robust convention, and community help follow the MVC sample.

Cons: Performance may be a problem for big-scale applications, and there is a steep studying curve for beginners.

Express.Js (Node.Js)

Overview: Express.Js is a minimum and flexible Node.Js net software application framework.

Pros: Lightweight, speedy, exceptional for constructing APIs, huge middleware help.

Cons: Minimalistic, requires integrating with extra libraries for complicated applications.

How to Choose the Best Framework for Your Web App

Define Your Project Goals and Requirements

Consider factors like scalability, complexity, and improvement tempo.

Evaluate the Learning Curve

Choose a framework that fits your organisation's skills and allows for green onboarding.

Assess Community Support

A robust community can offer precious property, plugins, and solutions to unusual troubles.

Consider Performance

Analyse typical performance benchmarks and scalability alternatives to your specific use case.

Future Maintenance and Upgrades

Ensure the framework is actively maintained and lets in destiny upgrades and enhancements.

Conclusion

Choosing the remarkable framework for your net software program software is an essential desire that influences its scalability, everyday usual performance, and improvement of regular standard overall performance. By evaluating elements like assignment necessities, programming language familiarity, network help, and desired overall performance, you can pick a framework that aligns with your goals and complements your development device. For organizations in Ahmedabad searching to increase robust and scalable net programs, partnering with a web development company in Ahmedabad can provide information on selecting and implementing the notable framework in your unique dreams. They provide tailor-made solutions, from net format to development and digital advertising and marketing, ensuring your net applications meet contemporary requirements and consumer expectations.

[kodehashtechnology]

Cross-Platform Showdown: Flutter vs. Xamarin vs. React Native

In today's mobile-driven world, cross-platform development frameworks have become increasingly popular for building mobile applications that can run seamlessly across multiple platforms. Among the most prominent frameworks are Flutter, Xamarin, and React Native, each offering unique features and capabilities. In this article, we'll delve into a showdown between these cross-platform development giants—Flutter, Xamarin, and React Native—comparing their strengths, weaknesses, and suitability for various development scenarios.

Understanding Flutter:

Flutter, developed by Google, is an open-source UI toolkit for building natively compiled applications for mobile, web, and desktop from a single codebase. Let's explore its key features:

Performance and Speed:

Flutter offers exceptional performance and fast rendering speeds by compiling Dart code directly to native machine code, resulting in smooth animations and responsive UIs.

Its "hot reload" feature allows developers to make changes to the code and see the results instantly, enhancing productivity and iteration speed.

Rich UI Experience:

Flutter provides a rich set of customizable widgets and UI components, enabling developers to create beautiful, native-like interfaces across platforms.

Its "widget-based" architecture allows for highly flexible and expressive UI design, with support for animations, gestures, and custom styling.

Growing Ecosystem:

Flutter has a rapidly growing ecosystem of packages, plugins, and community support, offering developers access to a wide range of tools and resources.

Frameworks like FlutterFire provide seamless integration with Firebase services for backend functionality, while plugins extend Flutter's capabilities for tasks like navigation, state management, and data persistence.

Exploring Xamarin:

Xamarin, acquired by Microsoft, is a cross-platform framework for building native mobile apps using C# and the .NET framework. Here are its key features:

Native Performance:

Xamarin allows developers to build fully native applications for iOS, Android, and Windows using a single codebase, leveraging the performance and capabilities of each platform.

Its architecture enables direct access to native APIs and platform-specific functionality, ensuring a high level of performance and user experience.

Unified Development Environment:

Xamarin provides a unified development environment with Visual Studio and Visual Studio for Mac, allowing developers to write, debug, and test code seamlessly across platforms.

Its integration with Microsoft's ecosystem, including Azure services and .NET libraries, simplifies backend integration, authentication, and cloud-based functionality.

Large Community and Support:

Xamarin has a large and active community of developers, contributors, and enthusiasts, providing valuable resources, documentation, and support forums.

Microsoft offers extensive documentation, tutorials, and training materials for Xamarin, as well as dedicated support channels for enterprise customers.

Comparing React Native:

React Native, developed by Facebook, is a JavaScript framework for building native mobile apps using React. Let's examine its key features:

Code Reusability:

React Native allows developers to write code once and deploy it across multiple platforms, including iOS, Android, and web, using a single codebase.

Its "learn once, write anywhere" approach leverages React's declarative UI paradigm and component-based architecture for efficient code reuse and maintainability.

Fast Development Iterations:

React Native offers a fast development cycle with its "hot reload" feature, allowing developers to see changes instantly and iterate quickly during the development process.

Its large ecosystem of third-party libraries, components, and plugins further accelerates development by providing pre-built solutions for common tasks and functionalities.

Community and Ecosystem:

React Native has a vibrant community of developers, contributors, and companies, with extensive documentation, tutorials, and resources available online.

The React Native community actively maintains a vast ecosystem of open-source libraries, tools, and plugins, enabling developers to extend and customize their applications with ease.

Cross-Platform Showdown:

Performance:

Flutter generally offers better performance compared to Xamarin and React Native due to its direct compilation to native machine code.

Xamarin provides native performance by accessing platform-specific APIs directly, while React Native may face occasional performance bottlenecks due to its JavaScript bridge.

Development Experience:

Flutter's "hot reload" feature and rich set of customizable widgets provide a smooth and efficient development experience.

Xamarin's unified development environment and strong integration with Microsoft's ecosystem offer a seamless experience for .NET developers.

React Native's fast development iterations and large ecosystem of third-party libraries enhance developer productivity and flexibility.

Ecosystem and Community Support:

Flutter and React Native have rapidly growing ecosystems and vibrant communities, offering extensive documentation, tutorials, and third-party libraries.

Xamarin benefits from strong support and resources from Microsoft, with dedicated documentation, training materials, and enterprise-level support.

Conclusion:

In conclusion, the showdown between Flutter, Xamarin, and React Native highlights the strengths, weaknesses, and unique features of each framework. Flutter excels in performance and rich UI experience, Xamarin offers native performance and strong integration with the .NET ecosystem, while React Native prioritizes fast development iterations and a large ecosystem of third-party libraries. The choice between these frameworks ultimately depends on your specific project requirements, development team's expertise, and long-term goals. By carefully evaluating these factors and comparing the features of Flutter, Xamarin, and React Native, you can choose the framework that best aligns with your needs and objectives, ensuring a successful and efficient cross-platform development process.

[crbtech-arun]

Mastering Cross-Platform App Development with Xamarin: Your Comprehensive Training Guide

In the dynamic landscape of mobile app development, the demand for cross-platform solutions continues to soar. Businesses are seeking efficient ways to reach users across various platforms without sacrificing quality or blowing out their budgets. One standout platform that addresses this need is Xamarin, a powerful toolset for building native mobile apps using and .NET. Whether you're a seasoned developer looking to expand your skill set or a newcomer eager to enter the world of mobile app development, mastering Xamarin can be a game-changer. In this comprehensive training guide, we'll delve into the essentials of Xamarin and how you can leverage it to obtain your .NET Core certification.

Understanding Xamarin: The Bridge to Cross-Platform Development

Xamarin, acquired by Microsoft in 2016, has quickly emerged as a top choice for developers aiming to build high-performance, native mobile applications across iOS, Android, and Windows platforms. What sets Xamarin apart is its ability to share code across platforms while still delivering a native user experience. By utilizing the power of and the .NET framework, developers can write code once and deploy it across multiple platforms, saving time and resources.

Getting Started with Xamarin: Essential Tools and Resources

Before diving into Xamarin development, it's crucial to set up your development environment. Microsoft offers Xamarin as part of Visual Studio, its integrated development environment (IDE). Visual Studio provides a comprehensive suite of tools tailored for Xamarin development, including debugging, testing, and UI design features. Additionally, Xamarin.Forms—a UI toolkit for building native cross-platform interfaces—streamlines the development process by allowing you to create a single, shared user interface for your app.

To kickstart your Xamarin journey, Microsoft offers an array of resources, including documentation, tutorials, and sample projects. These resources are invaluable for gaining a solid understanding of Xamarin's core concepts and best practices. Moreover, joining online communities such as Xamarin Forums or attending Xamarin meetups can provide valuable insights and networking opportunities.

Mastering Xamarin: Key Concepts and Techniques

To become proficient in Xamarin development, you'll need to grasp essential concepts such as Xamarin.Forms, Xamarin.Android, and Xamarin.iOS. Xamarin.Forms enables you to create a single codebase for your app's user interface, which can then be rendered natively on each platform. On the other hand, Xamarin.Android and Xamarin.iOS allow for platform-specific customization and optimization, ensuring that your app delivers a seamless experience to users on each platform.

Understanding MVVM (Model-View-ViewModel) architecture is crucial for building scalable and maintainable Xamarin apps. MVVM separates the presentation layer from the business logic, making your codebase more modular and easier to manage. By leveraging data binding and commands, you can create responsive and interactive user interfaces that enhance the user experience.

Furthermore, integrating third-party libraries and APIs is a common requirement in mobile app development. Xamarin's extensive ecosystem offers a vast array of plugins and NuGet packages that simplify tasks such as accessing device features, handling network requests, and implementing analytics. By harnessing the power of these libraries, you can extend the functionality of your app and accelerate the development process.

Real-World Applications: Putting Your Skills to the Test

Once you've gained proficiency in Xamarin development, it's time to put your skills to the test by building real-world applications. Consider starting with a small-scale project to reinforce your understanding of Xamarin's capabilities and best practices. As you gain confidence, you can gradually tackle more complex projects, such as e-commerce apps, social networking platforms, or productivity tools.

Collaborating with other developers on open-source projects or contributing to Xamarin's official repositories can also enhance your skills and credibility within the developer community. Not only will you gain practical experience, but you'll also have the opportunity to receive feedback and guidance from seasoned developers.

Obtaining Your .NET Core Certification: A Path to Success

As you progress in your Xamarin journey, pursuing a .NET Core certification can validate your expertise and open up new career opportunities. Microsoft offers several certification paths for developers, including the Microsoft Certified: .NET Developer Associate certification. This certification validates your ability to design, build, and optimize .NET applications using best practices and industry standards.

To prepare for the .NET Core certification exam, Microsoft offers comprehensive training courses and study materials covering various aspects of .NET development, including Xamarin. By combining hands-on experience with targeted exam preparation, you can increase your chances of success and demonstrate your proficiency to potential employers.

Conclusion

In conclusion, mastering cross-platform app development with Xamarin is not only a rewarding endeavor but also a strategic investment in your career. By leveraging the power of .NET, you can build native mobile applications that run seamlessly across multiple platforms. Whether you're aiming to develop your own apps, advance your career, or pursue .NET Core certification, Xamarin provides the tools and resources you need to succeed. So, roll up your sleeves, dive into Xamarin development, and embark on a journey towards mobile app mastery.

If you are searching for a .net training institute then CRBtech is the best .net training institute. It has focused on training candidates in IT, Mechanical, Electrical,Civil and Clinical Research. It helps students to start their career journey with a good beginning in the industry.

[mobileappdevelopmentsolution]

The Best AR VR App Development Frameworks and Platforms for 2024

Augmented reality (AR) and virtual reality (VR) app development is rapidly evolving with new frameworks and platforms emerging every year. As an app developer looking to build AR/VR apps, choosing the right development tools is critical. The platform you select impacts factors like performance, ease of development, target devices, and capabilities. 

In this comprehensive blog post, we will dive into the top AR VR app development frameworks and platforms to consider for 2024 based on their features, strengths, and overall maturity. Whether you are building apps for headsets or mobile, these robust tools can accelerate development.

Why Does the Development Platform Matters? 

The augmented reality app development platform provides the foundation for building apps and unlocking the potential of immersive reality technology. The chosen framework handles critical functionality like 3D rendering, physics simulations, cross-platform deployments, and integration with AR/VR app development SDKs. Leveraging a mature platform substantially reduces the barrier to entry versus building from scratch.

When evaluating options, some key factors to consider are:

Cross-platform support - Ability to target both major mobile platforms (iOS, Android) as well as VR headsets (Oculus, HTC Vive etc) from a single codebase

Features - 3D rendering quality, physics, multi-user capabilities, ARCore/ARKit integration etc. 

Ease of use - Learning curve, documentation quality, community support

Performance - Factors like graphics fidelity, optimizations, and runtime efficiency

Deployment - How easy it is to publish on app stores and reach users across devices

The top platforms available today excel in these aspects to meet the demands of both consumer and enterprise AR/VR app development.

Unity

Unity is by far the most popular platform used for building AR/VR app experiences. According to a study, its engine powers over 60% of all mobile AR/VR app development content. Major companies like Microsoft, Disney, and Niantic use Unity for their AR/VR initiatives.

Why Choose Unity?

Unity's greatest strength is its accessibility and multi-platform capabilities. The intuitive editor and vast learning resources substantially lower the barrier to entry for developers. Knowledge gained from building AR VR apps translates directly to building mobile AR experiences and vice versa. 

Some key advantages of Unity include:

Powerful real-time 3D rendering- High-quality visuals enhanced by lighting, materials, and physics. Can render large complex scenes.

Cross-platform deployments - Build once, deploy to Oculus, HTC Vive, HoloLens, iOS, and Android.

AR Foundation - Provides unified ARKit, ARCore and other SDK support under a common API.

Multiplayer - Networking for multi-user experiences through UNET and spatial voip.

Visual scripting- Accelerate development with the Bolt visual scripting system.

For developing advanced applications, Unity provides the flexibility to code in C# and .NET. Overall, Unity streamlines development significantly while retaining the capabilities needed for high-end projects. It's why Unity will continue leading the market in 2024.

Unreal Engine

Unreal Engine by Epic Games is the other dominant player in the AR/VR app development platform space. It powers many popular enterprise applications, VR games, and training simulations. 

Why Choose Unreal Engine? 

Unreal Engine shines for building high-fidelity visuals and advanced physics simulations. Some key strengths:

Cutting edge 3D graphics - The latest real-time rendering technologies for photorealistic effects. Ideal for architect visualization.

Blueprints- Rapidly prototype and build logic without coding through the visual scripting system.

Maturity - Proven engine with 20+ years of development. Robust features and stability.

C++ programming - For developing complex systems, Unreal provides a mature C++ environment. 

While Unreal Engine has a higher learning curve than Unity, it provides richer capabilities for high-end projects. The visual editor greatly improves asset management and UI development. For these reasons, Unreal will continue as a compelling choice for augmented reality app development in 2024.

Platform

Strengths

Limitations

Unity

Multiplatform support, ease of use, strong 3D capabilities

Less photorealistic than Unreal, C# programming

Unreal

Cutting edge graphics, C++ programming, enterprise-ready

Steeper learning curve than Unity

React Native

Leverage JS skills, extend existing apps

Not full game engine capabilities

React Native

For AR VR app developers already working with React Native for mobile, it's also possible to utilize it for building AR apps. 

React Native allows creating AR experiences using familiar React patterns and JavaScript. 

Why Choose React Native? 

Cross-platform- Write once and target both iOS and Android.

Existing expertise - Leverage existing JS/React skills and ecosystem.

Native performance- Renders via native APIs so no performance hit.

AR modules - Plug and play modules to add AR capabilities.

While React Native has limitations for advanced 3D apps, it enables extending existing apps with AR functionality. The declarative nature of React fits well with building AR UIs and interactions. For these reasons, React Native offers a compelling framework option for AR VR app development in 2024.

Conclusion

The AR/VR app development landscape has matured with robust platforms available to build next-generation immersive experiences. 

Unity and Unreal provide the most complete all-in-one solutions today, while ARKit and ARCore own the mobile AR space. 

For developers looking to augment existing apps with AR capabilities, React Native is a solid framework option. Overall the tools are in place today to build performant and cutting-edge apps for AR headsets, mobile devices, and more. The future looks bright for AR/VR app development.

At Consagous Technologies, a leading AR VR app development company, we help companies navigate this complex landscape to successfully deliver AR/VR solutions. With expertise in Unity, Unreal, and mobile app development, our premium engineering teams build award-winning immersive experiences.

Ready to discuss your AR/VR app idea? Contact us today to schedule a consultation. Our solutions architects can guide you in selecting the optimal platform to bring your product vision to life.

[987654521]

What is the difference between Front End Services and Back End Services?

Frontend and backend are the two most commonly used terminology in web development. The front end is what users see and interact with, while the back end is where everything happens. Each component must cooperate and perform as a single unit in order to boost the website's functionality.

The portion of a website that users can see and interact with is called the front end. This includes the graphical user interface (GUI), command line, design, navigation menus, texts, photographs, videos, and other elements. The backend, on the other hand, is a section of the website that users cannot see or interact with.

Frontend refers to the visual aspects of a website that users can see and experience. On the other hand, anything that happens in the background can be attributed to the backend.

Back-end languages include Java, Ruby, Python, and Net, whereas front-end languages include HTML, CSS, and JavaScript.

Let's delve further to better comprehend these words and learn about some prominent frontend and backend technologies today.

What is frontend development?

In recent years, a new type of site rendering known as client-side rendering or front-end development has arisen.

Client-side rendering renders the content on your computer rather than a distant web server, and it uses JavaScript, the de facto web language. In practice, this implies that a server is only required to supply the raw web application, and the browser is in charge of rendering the application in its final form, HTML. Additionally, it suggests that some of the logic used to build the web page, notably the presentation logic (also known as user interface logic) that controls how things are displayed to users on screens, is handled on the client side.

Client-side rendering became popular with the introduction of JavaScript libraries such as Angular, React, and Vue.

What is Back End Development?

The server side of the website is referred to as the backend. It saves and organizes data while also ensuring that everything on the client side of the website works properly. It is a section of the website that you cannot see or interact with. It is the part of the software that does not have direct interaction with the users. Through a front-end application, users have indirect access to the components and characteristics set up by back-end designers. The backend also includes activities such as API development, library development, and working with system components without user interfaces or even scientific programming systems.

How does an application's front end work?

The term frontend refers to the graphical user interface (GUI) with which your users can interact directly, such as navigation menus, design elements, buttons, photos, and graphs. A document object model (DOM) is a page or screen that your user sees that has multiple UI components.

Three major computer languages have an impact on how your users interact with your frontend:

HTML defines the structure as well as the various DOM elements.

CSS (Cascading Style Sheets) defines a web application's style, including layout, fonts, colors, and visual design.

By altering the DOM, JavaScript adds a layer of dynamic capability.

JavaScript can cause modifications to be made to a page and show new information. This means that it can handle basic user interactions (or requests), such as showing a calendar or determining whether your user has supplied a valid email address. More complicated requests are routed to the backend by the front end.

How does an application's backend work?

The backend of your program, often known as the server side, oversees the general operation of your online application. When your user interacts with the front end, a request in HTTP format is sent to the backend. The request is processed by the backend, which then returns a response.

When your backend handles a request, it often communicates with:

Database servers are used to retrieve and alter important data.

Microservices that accomplish only a part of the tasks requested by your user

Third-party APIs for gathering additional data or performing additional services

To complete a request, the backend employs a variety of communication protocols and technologies.

It also handles thousands of different requests at the same time.

The backend employs concurrency and parallelism techniques such as request distribution over several servers, caching, and data duplication.

Backend vs. front-end developers

By this time, it should be clearer how the front end and back end are different, as well as the many duties that developers working on both ends of the wire perform. In actuality, the back end is the server or, more lately, the cloud, while the front end is the browser.

If you appreciate creating user interfaces, are passionate about sound design, and enjoy the aesthetically appealing aspects of creating programs, a job as a front-end software developer may be most intriguing to you. It's interesting both visually and from a programming standpoint; you'll spend a lot of time applying logic to make your site look and work exactly as the designers intended.

Summary: Backend vs Frontend

Technologies

It uses frameworks like HTML, CSS, and JavaScript.

Programming languages including Java, Python, Ruby, APIs, and database management systems are used in the backend.

Concurrency

Since each user has their own copy of the application, concurrency problems are not handled by the front end. The backend employs a number of techniques to manage thousands of user requests concurrently.

Caching

Files from the application are cached by browsers or client programs and used to boost performance. They are cached by backend systems on various servers or in a CDN.

Security

User responsibility for security in frontend development is largely absent. The primary areas of attention for developers are user input validation and user authentication processes. Databases, backend services, and the application itself are all protected by more thorough security measures used in backend development.

[groupdocscom]

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[status200us]

Top 5 Advance Game development pro tools

This game development software is complex and heavy and requires skilled developers to manage the project. Some of these tools are for beginners, thanks to a huge community, numerous documentation, tutorials, and guides. However, most of them require sufficient knowledge and experience of popular programming languages.

This time, your preferred game maker software will cost you money, not only own the engine itself but also own and use an advanced PC. Moreover, it will be difficult to create enough on its own to be noticeable.

# 1 Unity

This is the world's leading tool in the game development industry. Unity provides a multi-platform solution for creating 2D and 3D games. Developers use it to build a number of simple AAA-class games. In addition, it's important for novice developers that Unity already has a strong community of immersive guides and tutorials.

Unity development technology relies on layers where various game objects can be set. Adding and modifying these layers will help developers manage their scalable projects.

Rendering properties can be edited by Quality Manager.

If too many processes are running at the same time, the CPU will be exceeded.

# 2 Unreal Engine

Epic Games provides tools for releasing ambitious ideas without additional plugins. Epic is constantly updating its products, giving developers access to all new technologies and future trends. Many AAA-class games around the world used the Unreal Engine as their main platform.

Unreal Engine has a powerful toolset that includes:

C ++ code view, full source code access, and scripts.

Film-quality visual effect creation tool.

Advanced and flexible customized artificial intelligence.

Real-time rendering tool.

Complete audio system.

Instant game preview.

Hot reload function.

Guinness World Records has awarded Unreal Engine the "Most Successful Video Game Engine".

This tool is completely free to get started. You need to give the game 5% royalties while the project profits reach $ 3000. It seems like a useful offer to enter the gaming market.

price:

It's completely free for small projects.

For commercial products over $ 3,000 per calendar quarter, it costs 5% of revenue.

# 3 Marmalade SDK

Marmalade is a multi-platform game creation tool that uses C ++ code to build games. As a result, its main concept is "write once and run anywhere". Marmalade includes a set of libraries, code examples, and tools to simplify programming, testing, and deploying applications on different platforms. Finally, it supports both 2D and 3D game development.

The main function is to clean

Graphics are rendered by OpenGL directly or using Marmalade Studio layers.

Use of Android optimizations within the original codebase.

Open source of key components.

High performance.

Open architecture.

Quick conversion.

Marmalade offers developers, even more, features, including:

Support for certain features of iOS and Android.

Code checker for the ARM platform.

A set of open APIs.

Unique support.

Test simulator.

Also, there is no problem with the processing speed of the project on this platform. Marmalade offers a very simple and effective memory model, including billing and IAP APIs for app stores and various social analytics services.

Platforms: iOS, Android, Windows Phone8, Tizen, Blackberry, Connected TV platforms.

Price: $ 600.

# 4 AppGameKit

AppGameKit is a solution for multi-platform game projects. This platform was mentioned in the top 15 gaming frameworks of 2014. This is suitable for both beginners and experienced game developers.

The main advantages of AppGameKit are:

Simplicity:

The proprietary programming language is AGKBASIC, which is similar to C ++. This allows developers to start developing games in less time.

AppGameKit Magic: Increase productivity with a new mutual development model. Compile the game and launch it on your device for test execution.

Native: Build your game in C ++ using the IDE you already have.

You can sell your app anywhere with the engine guide.

The AppGameKit IDE includes:

Color scheme.

Full debugger.

Cord folding.

compiler.

Editor.

The main features are cross-platform support and the ability to have one project for all platforms. Platforms: Windows Phone, iOS, Android, Blackberry.

price:

SDK prices range from $ 39 to $ 99.

The average bundle price is $ 50.

# 5 Mono game

With the MonoGame toolkit, you can build multi-platform games. Its class architecture is similar to the XNA 4 API. The project runs in any C # or .Net language. If you already know them, developing mobile games with MonoGame will not be difficult. In addition, there are many tutorials and guides to help you get started with your first project.

The platform uses shaders written in different languages. That's why MonoGame has developed MGFX, a unique language for creating shaders. Finally, the program has the same structure as a Microsoft FX file, improving the easily editable text format and compiled binary format.

Best game development company.

status 200 is the Best mobile game development company. When it comes to game development, the mobile game development company offers a complete package. From requirements elicitation (development of game development description document) to getting the assets designed, terrain build-up, strategizing the # of levels to build, first or third-person shooter, and development of either 2d or 3d games, we are the maestro of this domain. they offer game development for all sorts of platforms. A number of games built by them are live and serving their causes to the fullness.

[irarelypostanything]

The State of Technology Today

In old science fiction, they described the Internet (even before the Internet was invented) as a landscape you would plug into and get a rush from - my favorite book on the subject is Neuromancer.  Maybe you’d plug something into your brain, and then there would be so much information that you would get high on it.

The Internet now is really not that far off from the science fiction fantasy, it’s just more integrated with reality.  You go on the phone while waiting for the bus, and you’re there.  You record something happening now onto your Facebook live, and you’re there.  It’s not quite so interesting to talk about cyberspace as a literal space because we don’t fade to black and transfer our consciousness to the net, like we would in this fantasy, but in a sense the brain does similar things.  Inside the net, our minds go into a different mode of thinking.  We quickly open links, instead of linearly processing information like we would while reading a book.  We see things differently...people become a front-facing entity we can interact with, and a backend we don’t see.

I wish I could refer to this imaginary cyber universe as The Matrix, but unfortunately someone already copyrighted that term.  I’m just going to keep calling it FIGNATIA (Facebook, Instagram, Google, Netflix, Apple, TikTok, Intel, Amazon) until it catches on.  Even when it doesn’t, I’m going to keep calling it that.

FIGNATIA is the world we enter when we turn on anything that gets us into the net.  FIGNATIA is accessible on a phone, a laptop, even a Kindle.  And FIGNATIA, in this day and age, is where most of us choose to spend most of our waking moments.

Is it bad?  I don’t think so, but there’s certainly something a little bit terrifying about it.  In this imagined world, we have a separate entity that’s like us, but not us.  It’s a series of attributes, the presence we create every time we like, share, write, or post something.  We’re creating a persona for ourselves, and even when we project it via a conference video or a picture, it’s still not REALLY us.  It’s as authentic as we can make it, but it’s still just far enough from real to serve as something of a mockup.

View Facebook in developer mode, and you can see the JSON-like attribute structure that makes up every person.  Hit “view source” on a website, and you can see portions of the frontend code that render a website.  Unless you’re an app developer or a data scientist, you’re not going to get much out of this except the ability to to remember passwords you forgot and bypass certain payment walls (or, in my case, briefly pretend I’m Neo in The Matrix)...but as a metaphor, I find it interesting.

Many of these things, like software objects or whatever the f*** it is JavaScript decided to use, have an outward-facing component.  That’s our world - it’s an image that makes comments, a username we talk to, a bunch of pictures.  Underneath that, in the background, are all the many pieces of related information that develop as we go about our lives in FIGNITIA.  They have metadata.  They don’t just track what we post, they track the locations, the times, the many other related pieces of data.  With this information at their disposal, FIGNITIA attempts to predict the future by influencing it - it determines what we’re likely to want next, how long we want it for, where we’re going.

And someone like me will act like we’re above all this by seemingly making nothing secret, and by sharing thoughts like this with the world...security by obfuscation, we might say...no one can find anything on me if they have to navigate through a deluge.  But then tracking tools exist.  Run Tumblr through some tools that leverage the API, and you can tease out specific details.  In the same way, websites that cannot seem to be shut down exist that scrape addresses, simply by using associated information.

I think.  I never figured out how some of these tools work, and why they’re legal.

FIGNITIA exists in a feedback loop.  We compete for approval, for attention, and the data this provides is enough to make a person feel high.  Briefly.  The amount of pleasure created is so brief, and so fleeting, that we keep finding ourselves drawn back.

And, again...nothing is wrong with this.  But it’s not reality.  What I write here is still coming from me, but it’s not EXACTLY the cadence of how I interact in real life.  The picture I post may be as close a representation of reality as modern technology can create, but it’s still not QUITE real.  Recording serves as a way to document history, but at what point do we record excessively?  At what point do we find ourselves traveling to landmarks for the pictures, instead of to behold the view?

Reality, in that sense, can quickly feel more like a recording effort than like a series of experiences to enjoy, or at least to live through.  The problem with this virtual reality isn’t that it’s bad or overly addictive, but that it seems so close to reality that the two images become immistable.  

We all have the ability to unplug, at any moment we want to, and that’s why there’s nothing inherently bad about the software world we have created.  It marks people safe in natural disasters, creates no shortage of minable data we can exploit in order to determine trends, allows us to investigate things in ways most people don’t even know are possible by combing data they don’t even remember creating.  The net is beautiful, in that sense - for advertising, for helping to make business transactions, for forming a brand on the skills in our respective fields we wish to market.  The net is great.  I cannot even remember what life was like before we had a high-speed connection.

But it seems we live so many times in it, from the latest TV series to the newest news article to the last thing suggested to us by an algorithm passively harvesting the information we provided.  And sometimes it feels wrong, but I don’t know why.  There’s no patience in it.  In the net, time passes differently.

[itsbenedict]

Rendering the Incomprehensible Comprehensible

I am confused by the state of the art of psychiatric medicine.

Now, I'm not a psychiatrist. I'm a guy what makes computers is be do videogames, and I haven't taken a chemistry class since freshman year of college or a biology class since high school. Pretty much the extent of my knowledge of the field is that I read Slate Star Codex a lot. So, the questions I'm asking here are ones I have to assume actual professionals in the area have answers to.

That question being... why is it made of drugs?

I don't mean in an “oh, these are social problems and we must solve society and overthrow [racism/capitalism/millenialism/makesworldwrong] instead of medicating our free spirits” way. I mean in a... how do drugs work at all, kind of way? It makes sense they work for killing pathogens- all you have to do is come up with a poison that works on what you're trying to kill but not on the host. But for fixing the brain? What?

My model of drug discovery works something like this: 

- Scientists poke around at the brain and see a ton of hyper-complicated chemical processes happening in there, and make some educated guesses about what they're doing, based on measurements of levels of certain chemicals in certain places during certain mental states. They've got some vague ideas about what these chemicals are doing, but these are mostly statistical inferences and not detailed causal models. They look at these brain chemicals and how they move around, and infer that if they make some other chemicals that are shaped in specific ways, those chemicals will interfere with these other chemicals and make there be more or less of them under certain conditions. - Armed with these guesses, they go to the lab and synthesize these chemicals, and then spend billions of dollars running gigantic clinical trials to see if, maybe, putting a bunch of these new chemicals in the bloodstream will actually have anything like the desired effect. - Most of the time they don't, because these were just educated guesses based on simplified models, but with enough billions poured into running more trials, they'll eventually find a chemical they can p-hack into looking like it does something, and then exploit FDA regulations to get doctors to prescribe it for a thousand dollars a pill. Sometimes, if they're extremely lucky, they'll find something that has a positive effect that they don't need to statistically mutilate to show, and then we have a groundbreaking discovery.

I may just be super underinformed, but as I understand it... this process weirds me the hell out.

In my current job, I spend a lot of time fixing bugs in old websites. These websites are sometimes large and labyrinthine, full of old uncommented code some contractor wrote years ago before dropping off the face of the earth. This is, ignoring for a moment a completely unignorable difference in degree of complexity, kind of like trying to fix problems with the brain.

When I go in to fix a bug in a website, there's a lot of things I can do. I can look at the page's elements in the browser's dev tools. I can run the debugger and step through the code, looking at all the data and its values at any given point in time. I can go to the git repo and look back through previous versions of the code, to see what changes were made and when, in conjunction with Jira tickets describing what issue those changes were made to fix. And once I've figured out what's happening, I can go into the code, make changes, and see what effect they had.

Now, I can try to imagine what my job would be like if I had to do things like psychopharmacologists did.

First off, no making changes to the code. The code is compiled and minified and obfuscated and still three billion lines long. Even if I did figure out how to make desirable changes, that would be "digital eugenics" and I'd get fired.

Second, commit history only goes like three or four commits back, if I'm lucky. Previous commits have been deleted, since they're set to auto-recycle after a while and nobody knows how to turn that off.

Thirdly, no dev tools. I only have the rendered webpage itself, and when something goes wrong I have to kind of guess at whether it's a styling issue or a data issue or a connectivity issue or what.

What can I do, exactly? Well, I actually do have access to one of the dev tools, kind of: the Network tab. I can see the requests being made to the back-end API. Unfortunately, there is no API documentation, and the requests are just as obfuscated as the code. But I've also got Postman, and what I can kind of do is make my own requests to the API, to see what the output is and how it affects the system.

So, uh... hm, okay, I see a request being made to https://serotonin.presynapticneurone.neural.net. The data payload is gibberish, but I notice that when there's a lot of these requests happening, the webpage renders a little faster, and when there's not as many, it slows down. Maybe if I just copy the gibberish data and fake a bunch of my own requests, it'll go faster? ...Hm, okay, that kind of works on some pages but not others. Still, better than nothing- we have some users complaining about the site being slow, so let's just tell them to-

Oh, shit, wait, users don't know how computers work, I can't just tell them to spam Postman requests to the API endpoint. Um, okay, I'll write a little phone app that automatically spams the requests, and release that to users. Except- oh, for fuck's sake, I need to wait for FDApple to approve it for the app store, and they want us to prove that it works and doesn't contain malware. Except even I don't know if that works, so... okay, it's fine, we'll hire a bunch of testers and do a study that shows that overall it speeds things up, and doesn't kill anyone's machines. Good thing I work for a huge company that can afford to do that.

Aaaaaand here come the results, and- oh, god damn it, the study didn't achieve significance. Let me go get Steve, he can probably fudge the numbers here so the damn app store will let us release the fucking thing, we spent millions on those tests (and the tests of all the other interventions that turned out to do nothing because we didn't have enough information and guessed wrong), and we need to recoup our investment.

Sigh.

So... I'm hearing that the ROI on drug discovery is dropping, and that drug companies have pretty much given up on trying to fix things and have started repackaging the handful of blind hacky API spam tricks that miraculously have a consistent effect. This isn't surprising to me. I would not be surprised if, like, after decades of people banging their heads against a massively overcomplicated system, hitting it with differently-shaped hammers in hopes of getting anything to work... they've found most of the differently-shaped hammers that do anything.

At some point, someone has to invent developer tools, right? Find some way to actually figure out what the hell they're doing?

The big question: given the blatant inadequacy of the existing paradigm, why is the industry still trying to wring blood out of this dried-out stone? At some point, we're going to have to actually figure out what the brain is doing, but it seems like cognitive neuroscience is still in its infancy. "We don't know how this thing works" seems like the big obstacle to getting anything done, but most of the effort in this area still seems to be focused on finding new drugs to throw at the thing-we-don't-know-how-it-works. 

I know I’m not the first person to ask this question. I’m sure everyone who’s ever had to grapple with psychiatry in any detail is lamenting the same issue, and I’m sure there are people who are working very hard to try and solve the problem. It just... doesn’t seem like those people are getting very much done. The most I hear about is pop science articles claiming that Science Has Discovered The Part Of The Brain That Makes You Love Kittens, which inevitably turn out to be irresponsible reporting of extremely modest correlational findings. 

(Maybe AI will help? Maybe the brain is just too complicated to be reduced to something humans can understand on an engineering/problem-solving level, and we need something with a higher understanding-capacity? Except... most of the recent advances in AI are with neural nets that explicitly don't actually understand anything, nor do the researchers growing them.)

Where are we at with this? Are we getting anywhere? Is there encouraging progress in the field of learning-things-about-the-brain? Is the second derivative of that curve non-zero? Metacognitive revolution when?

[srutatech]

Mobile development: Discuss mobile development trends, frameworks, and best practices.

In today’s world, mobile devices have become an integral part of our lives. Mobile development has become a critical part of every business, as more people are using mobile devices to access the internet. Mobile development has evolved over the years, and it is essential for businesses to keep up with the latest trends and best practices.

Mobile development frameworks are essential in building mobile applications. They are tools that provide developers with a structure for building mobile applications. The most popular mobile development frameworks include React Native, Flutter, Ionic, and Xamarin. Each framework has its advantages and disadvantages. React Native is popular for its ability to build native apps for both iOS and Android platforms. Flutter is popular for its fast development and beautiful UI designs. Ionic is popular for its ability to build hybrid applications using web technologies. Xamarin is popular for its ability to build cross-platform apps with a native look and feel.

React Native is an open-source framework developed by Facebook that allows developers to build mobile applications using JavaScript and React. It enables the creation of native mobile apps for iOS and Android platforms using a single codebase. React Native uses native components and APIs, providing a performance close to that of native apps. It allows for rapid development, code reusability, and hot-reloading, which makes it easier to iterate and test app features. React Native has a large and active community, offering a wide range of third-party libraries and plugins to extend its functionality.

Flutter:

Flutter is an open-source UI toolkit developed by Google for building natively compiled applications for mobile, web, and desktop platforms using a single codebase. It uses Dart programming language and provides a rich set of customizable UI components. Flutter uses a concept called “widgets” to create visually appealing and responsive user interfaces. It offers hot-reloading, which allows developers to see the changes immediately, making the development process faster. Flutter’s performance is impressive, thanks to its own rendering engine, and it provides native-like experiences on iOS and Android devices. Flutter has gained popularity for its fast development cycles and beautiful UI capabilities.

Ionic:

Ionic is a popular open-source framework for building cross-platform mobile applications using web technologies like HTML, CSS, and JavaScript. It leverages existing web development skills and allows developers to create apps that can run on iOS, Android, and the web using a single codebase. Ionic provides a set of pre-built UI components, themes, and tools that simplify the app development process. It uses Apache Cordova (previously known as PhoneGap) to access native device features. Ionic apps have a native-like look and feel through UI theming and integration with native device components. The framework has a vibrant community and offers extensive documentation and plugins.

Xamarin:

Xamarin is a Microsoft-owned framework for building cross-platform mobile applications using C# and .NET. It allows developers to create native-like apps for iOS, Android, and Windows platforms with shared code. Xamarin provides access to platform-specific APIs, enabling developers to build fully native user interfaces and utilize device-specific functionality. It uses a single shared codebase, reducing development time and effort. Xamarin offers Xamarin. Forms, a UI toolkit that allows developers to create a shared user interface across platforms, as well as Xamarin.iOS and Xamarin.Android, which provide more platform-specific flexibility. Xamarin is known for its performance and integration with Microsoft’s development ecosystem.

Overall, React Native, Flutter, Ionic, and Xamarin are powerful frameworks that enable developers to build cross-platform mobile applications using various programming languages and technologies. The choice among these frameworks depends on factors like development preferences, project requirements, team skills, and community support.

One of the current trends in mobile development is the use of Artificial Intelligence (AI) and Machine Learning (ML). AI and ML technologies are transforming the way mobile applications are developed. AI and ML are being used to build intelligent applications that can learn from user behavior and provide personalized experiences. For example, AI and ML can be used to build chatbots that can understand natural language and provide automated responses.

Another trend in mobile development is the use of Progressive Web Apps (PWA). PWA is a web application that can be accessed through a browser but has the look and feel of a native application. PWA provides a seamless user experience, offline functionality, and push notifications.

In mobile development, it is essential to follow best practices to ensure that the application is secure, scalable, and easy to maintain. Some best practices include following a modular architecture, optimizing app performance, testing the app thoroughly, and using agile development methodologies.

In conclusion, mobile development is a rapidly evolving field, and it is essential for businesses to keep up with the latest trends and best practices. Mobile development frameworks, AI, ML, PWAs, and following best practices are critical in building mobile applications that are secure, scalable, and easy to maintain.

We hope you have received all of the necessary information; for additional information, please visit our blog section. Or call us at +1-215-650-3185.

[extechdigital4-blog]

What is AutoCAD and what it is useful for?

AutoCAD is a business PC supported structure (CAD) and drafting programming application. Created and showcased via Autodesk,[1] AutoCAD was first discharged in December 1982 as a work area application running on microcomputers with inward designs controllers.[2] Before AutoCAD was presented, most business CAD programs kept running on centralized computer PCs or minicomputers, with every CAD administrator (client) working at a different illustrations terminal.[3] Since 2010, AutoCAD was discharged as a versatile and web application also, advertised as AutoCAD 360.

AutoCAD is utilized in the business, by draftsmen, venture administrators, engineers, visual originators, city organizers and different experts. It was upheld by 750 instructional hubs worldwide in 1994.[1]

Features

·       Similarity with other software

ESRI ArcMap 10 grants fare as AutoCAD drawing records. Common                     3D grants fare as AutoCAD objects and as LandXML. Outsider record converters exist for explicit arrangements, for example, Bentley MX GENIO Extension, PISTE Extension (France), ISYBAU (Germany), OKSTRA and Micro drainage (UK);[12] likewise, transformation of .pdf documents is plausible, in any case, the exactness of the outcomes might be unusual or contorted. For instance, spiked edges may show up. A few merchants give online transformations to free, for example, Cometdocs.autoCAD generally use in all reasons.

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 ·      Language

Auto CAD and AutoCAD LT are accessible for English, German, French, Italian, Spanish, Korean, Chinese Simplified, Chinese Traditional, Brazilian Portuguese, Russian, Czech, Polish and Hungarian, Albanian (likewise through extra language packs).[13] The degree of restriction changes from full interpretation of the item to documentation as it were. The AutoCAD order set is confined as a piece of the product limitation.

 ·      Extensions

 AutoCAD underpins various APIs for customization and robotization. These incorporate Auto LISP, Visual LISP, VBA, .NET and Objector. Objector is a C++ class library, which was likewise the base for:

 •        products stretching out AutoCAD usefulness to explicit fields

 •        creating items, for example, AutoCAD Architecture, AutoCAD Electrical, AutoCAD Civil 3D

 •        third-party AutoCAD-based application

 There are a substantial number of AutoCAD modules (add-on applications) accessible on the application store Autodesk Exchange Apps.[14] AutoCAD's DXF, drawing trade group, permits bringing in and sending out illustration data.

 AutoCAD Applications

 •        AutoCAD as a structural arranging device: It accompanies a UI with inherent plan lay-outs. The lay-outs contain various layouts uncommonly intended for engineering arranging and building development. The most recent forms of AutoCAD accompany scientific instruments. The apparatuses can dissect the parts of the structure to investigate pressure and burden dimensions of structure bolsters. AutoCAD empowers engineers to configuration, plan, execute and break down the quality of a structure, at configuration arrange level.

 •        AutoCAD as a building drafting instrument: You can utilize AutoCAD to draw precise 2D illustrations for any designing space and furthermore use AutoCAD to render to 3D models to help in representation of the final result. It is valuable for Civil, Mechanical and Electrical frameworks. It encourages architects to configuration, break down and unravel configuration issues bringing about precise structures.

 •        AutoCAD as a visual depiction apparatus: AutoCAD has inborn highlights that empower clients to plan and guide out spaces and exploit the space accessible. It tends to be utilized all the while with 3D Max and different other application virtual products including activity instruments.

[veryutils]

VeryPDF .NET PDF Editor SDK for Developers Royalty Free

VeryPDF .NET PDF Editor SDK for Developers Royalty Free. Get royalty-free access to a comprehensive PDF toolkit with VeryPDF.NET PDF Editor SDK for Developers. Ideal for .NET applications (C# and VB.NET) and non-managed programs written in Visual Basic 6, Delphi, Microsoft Access, Windev, PHP, Python, Java, JavaScript and more. Experience fast and seamless performance on large documents with the intuitive API that also supports full Unicode. Enjoy a range of valuable features including PDF/A generation, conversion to PDF/A, digital signature support, merging and splitting of PDFs, modification, rasterization, redaction, creation of interactive form fields, PDF layers, and more.

Test VeryPDF PDF Editor Web application from following URL,

VeryPDF PDF Editor OCX Control,

VeryPDF PDF Viewer OCX Control (ActiveX),

Online Document Annotator (Annotate Documents Online),

VeryPDF .NET PDF Editor SDK Main features:

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Convert PDF to PDF/A format with ease

Control the printing process with full support for incremental saving to preserve document history

Fast linearized PDF saving (also known as "Fast Web View")

Interactive PDF features: Actions, document-level navigation and more

Link files with support for file linking

Repair corrupted documents with ease

Pack and compress existing documents to reduce file size by reusing resources

Handle large documents with ease, delivering speed and performance

Achieve 100% compliant and smaller PDF documents through strong objects serialization

Fast text extraction engine available on whole page or ROI

Add, extract and manage fonts in your PDF documents

Add, extract, replace, optimize, or remove bitmaps

Write text with font embedding and full Unicode support

Draw barcodes with ease

Flatten PDF form fields and annotations

Create and edit form fields in your PDF documents

Edit PDF annotations with ease

Full support for PDF transparency schemes for rendering and PDF creation

Graphics state stack and transformation matrix support

Read and write bookmarks

Support for Optional Content Groups (PDF Layers)

Full action support for PDF documents

Manage file attachments with ease

Support for page labelling

Draw pages from a PDF to a page of another PDF

Clone and duplicate pages with ease

Encrypt or secure PDF documents with support for all encryption schemes, from RC4 48 bits to AES 256 bits

Rasterize PDF pages to bitmap with high fidelity rendering and speed

DigiSign documents with support for Adobe PPKMS and Adobe PPKLite modes

Redact sensitive information from PDF documents

Merge, split, swap, delete, append, and rotate pages

Full interaction with PDFViewer and ThumbnailEx controls

Edit PDF documents and display updated version in real-time with a viewer

Low-level API to manipulate paths

AnyCPU, available in 32-bit & 64-bit versions

Supports multi-threaded applications

PDF 2.0 support for reading and writing

Generate PDF/Universal Accessibility (PDF/UA) for improved accessibility

And more…

VeryPDF.NET is a comprehensive SDK for software development, offering over 300 features for PDF, OCR, barcode, document imaging, and various formats.

This robust set of APIs is trusted by developers worldwide across various industries, with thousands of users.