Afleveringen
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Here's a brief summary to guide your learning journey as a frontend developer in 2025:**Core Foundations**1. **HTML & CSS:** - Semantic HTML5 - Advanced CSS (Flexbox, Grid, Media Queries, Variables, Animations)2. **JavaScript (ES6+):** - Modern syntax (let, const, arrow functions, destructuring) - DOM manipulation and event handling - Fetch API, promises, async/await - Modules and bundlers (e.g., Vite, Webpack)3. **Version Control:** - Git basics (commits, branches, pull requests) - GitHub or GitLab for collaboration**CSS Mastery**1. **CSS preprocessors** (SASS/SCSS)2. **Utility-first frameworks** (e.g., TailwindCSS)3. **Styled-components and CSS-in-JS**4. **Responsive design and accessibility** (WCAG standards)**Frontend Frameworks and Libraries**1. **React.js** (Functional components, hooks, React Router, State management)2. **Other Frameworks:** Vue.js 3, Svelte**TypeScript**1. Type safety and interfaces2. Working with TypeScript in React or Next.js**Modern Frontend Frameworks**1. **Next.js** (SSR, SSG, API routes, Middleware, Image optimization, SEO)2. **Alternative Frameworks:** Remix, Astro**Backend Basics for Frontend Developers**1. **REST APIs and GraphQL**2. Fetching data (Axios, SWR, React Query)3. Understanding authentication (JWT, OAuth)**Build Tools & Testing**1. Modern tools (Vite, Webpack)2. Testing (Jest, React Testing Library, Cypress)3. Debugging tools in browsers**Performance Optimization**1. Code splitting and lazy loading2. Core Web Vitals (FCP, LCP, CLS)3. Image optimization (WebP, lazy loading)4. Caching and CDN basics**Design Skills**1. **UI/UX principles**2. **Prototyping tools** (Figma, Adobe XD)3. **Working with design systems** (e.g., Material-UI, Chakra UI)**Emerging Trends in 2025**1. AI tools in frontend (AI-assisted coding, ChatGPT plugins)2. WebAssembly and WASM3. Progressive Web Apps (PWAs)4. Server Components in React5. Web3 and decentralized apps**Collaboration & Soft Skills**1. Agile workflows (JIRA, Trello)2. Communication and teamwork skills3. Writing clean, maintainable code**Bonus**1. Build personal projects and a portfolio2. Contribute to open-source projects3. Stay updated via blogs, newsletters, and conferencesWith this roadmap, you'll be well-equipped to tackle frontend development in 2025. Happy coding! đ
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Explore the latest advancements in C# 13 and .NET 9 as I dive into their top features and improvements. From better performance and memory efficiency to new capabilities in AI and web development, this episode covers everything you need to know. Discover how Primary Constructors, Collection Expressions, Intercepted Parameters, and more can enhance your development experience. Whether you're working on short-term projects, prototyping, or preparing for future migrations, these updates are sure to boost your productivity and streamline your code.#CSharp13 #DotNet9 #SoftwareDevelopment #Programming #TechPodcast #DeveloperProductivity #CodingTips #AI #WebDevelopment #TechTalk
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Dive into the latest advancements in C# 12.0, where we explore features designed to boost developer productivity, streamline code, and enhance performance. Learn about Primary Constructors for any type, Collection Expressions, Intercepted Parameters, Default Values for Lambda Parameters, Enhanced switch Expressions, and using Static in Interfaces. Discover how these features can transform your development experience and help you write cleaner, more efficient code. Perfect for .NET developers eager to stay ahead of the curve!
#CSharp12 #DotNet #CSharpProgramming #SoftwareDevelopment #DeveloperProductivity #CodingTips #TechPodcast #Programming #DevCommunity #CodingLife #TechTalk -
Records are specialized reference types in C# designed to hold immutable data. They simplify code and enhance safety by reducing boilerplate and providing automatic value-based equality.
Immutability: Records are immutable, which means once created, their data cannot be changed. This enhances thread safety.
Performance: Records have a tiny performance overhead compared to classes due to generated equality methods and value-based comparisons. However, the overhead is usually negligible.
Developer Productivity: Using records can significantly reduce the amount of code needed, making development faster and more efficient.
Perfect Use Cases: Records are ideal for Data Transfer Objects (DTOs), API responses, domain events, configuration objects, and any immutable data structures.
DTOs and API contracts
Configuration objects
Domain events
Value objects
Any immutable data structures
Objects that need frequent updates
Deep inheritance hierarchies
Large mutable collections
Complex business logic
Records = Immutable data containers
Classes = Mutable objects with behavior
By focusing on when and why to use records, you can leverage their advantages to create safer, cleaner, and more efficient C# applications.
Feel free to let me know if you need any more information or help with another topic!
Key PointsWhen to Use RecordsWhen to Avoid RecordsRememberSummary TableUse Records ForAvoid Records ForDTOs and API contractsObjects that need frequent updatesConfiguration objectsDeep inheritance hierarchiesDomain eventsLarge mutable collectionsValue objectsComplex business logicAny immutable data structures#CSharp #CSharpProgramming #RecordsVsClasses #Immutability #DataHandling #DeveloperProductivity #CodingEfficiency #DotNet #ProgrammingTips #SoftwareDevelopment #CodingCommunity #TechTalk #DevLife
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In this episode, we break down the essential differences between various collection types in C#: IEnumerable, ICollection, IList, and List. Whether you're a seasoned developer or just getting started, understanding these distinctions is crucial for writing efficient and maintainable code. We'll explore each type's key features, use cases, and how to choose the right collection type for your specific needs. From the basics of iteration with IEnumerable to the powerful capabilities of List, join us to enhance your C# programming skills and make informed decisions in your development projects.
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Welcome to the ultimate guide on safeguarding your .NET web application! In todayâs digital era, ensuring your applicationâs security isnât just an option â itâs a necessity. In this episode, weâll journey through the top 10 security strategies that will reinforce your application, making it resilient to common and advanced threats alike. From implementing HTTPS everywhere to guarding user inputs and session management, each step is packed with practical solutions to help you fortify your codebase without overwhelming you. Are you ready to turn your .NET app into a fortress? Letâs dive in and secure your digital castle!#DotNet #WebSecurity #APISecurity #DotNetCore #SoftwareDevelopment #CyberSecurity #HTTPS #Authentication #Authorization #SQLInjection #SecureCoding #TechPodcast #DeveloperTips #DevOps #Programming #Coding #SecurityTips
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In this episode, we dive into the essential techniques for safeguarding .NET Core APIs against Distributed Denial of Service (DDoS) attacks. Explore how rate limiting, IP filtering, CDN use, and cloud-based firewall setups can bolster your API's resilience. We guide you through practical steps to implement a robust DDoS protection strategy tailored to .NET Core environments. By leveraging these best practices, you'll enhance your API's security, ensure service availability, and protect sensitive data from attacks. Tune in to learn how to build a fortified defence against DDoS threats and maintain optimal API performance for your applications.#DDoSProtection #CyberSecurity #DotNetCore #APISecurity #RateLimiting #IPFiltering #CloudSecurity #SSL #HSTS #TechPodcast #DeveloperTips #DevOps #SoftwareArchitecture #Programming #Coding #NetDevelopers
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In this episode, we delve into the world of message-based architectures, focusing on how to build robust systems in .NET using Rebus and RabbitMQ. Weâll explore how Rebus simplifies messaging and how RabbitMQ provides reliable message queuing to enable asynchronous communication between services. Tune in to learn about key concepts, practical implementation steps, and best practices that enhance the scalability and maintainability of your applications. Discover how to transform your .NET projects with effective message-driven design patterns and leverage the power of Rebus and RabbitMQ for seamless microservices communication, event-driven systems, and background job processing.#DotNet #DotNetCore #CSharp #Rebus #RabbitMQ #Microservices #MessageQueue #AsyncProgramming #SoftwareArchitecture #DevOps #ProgrammingTips #TechPodcast #Developers #Coding #SoftwareDevelopment
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In this episode, we explore the essential tools for handling cross-cutting concerns in .NET Core development: Filters and Middleware. Both are critical for adding functionality without modifying individual controller actions, but they serve distinct purposes and operate differently within the request-processing pipeline. We'll explain their unique characteristics, advantages, and limitations to help you understand when to use each. From Middlewareâs role in the core HTTP pipeline to Filtersâ interaction with MVC controller actions, we cover it all. Join us as we delve into practical examples and best practices to enhance your .NET Core applications' efficiency and maintainability.
â #dotnet-coreâ â #dotnetâ â #middleware â â #filters â â #mvc
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In this episode, we delve into the distinctions between Tasks and Threads in C#, two essential tools for handling asynchronous operations and managing parallelism. Developers often grapple with when to use each, and understanding their differences is key to writing efficient code. We'll break down what Threads and Tasks are, their key features, and how they compare in terms of creation, management, efficiency, return values, and exception handling. We'll also discuss best practices, including when to use Threads for low-level control and real-time systems, and when to choose Tasks for higher-level asynchronous operations. Tune in to enhance your understanding and improve your C# programming skills. -
#typescript #javascript #beginners
In this episode, we explore the fundamentals of TypeScript, a powerful superset of JavaScript that brings optional types to large-scale applications. We'll cover everything from installation, compiling TypeScript files, and using primitive and reference types, to advanced features like union types, type inference, and TypeScript classes. Perfect for beginners, this guide will help you understand how TypeScript can enhance your coding projects. With practical examples, you'll learn how to add static types, use TypeScript interfaces, and apply these concepts to write cleaner, more maintainable code. Join us to embark on your TypeScript journey and elevate your JavaScript skills.
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In this episode, we delve into the depths of advanced TypeScript programming. Aimed at enhancing your TypeScript skills, we explore ten crucial concepts: generics, generic interfaces, generic classes, type constraints, conditional types, intersection types, the infer keyword, type variance, reflections, and dependency injection. Through practical examples, we'll demonstrate how these concepts can be applied in real-world scenarios to elevate your development expertise. Whether you're a seasoned developer or just stepping up your TypeScript game, this podcast will provide you with the insights and knowledge needed to master these advanced topics.
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Join us as we dive deep into the world of Dependency Injection (DI) within the ASP.NET Core framework. In this comprehensive guide, weâll explore what DI is, why it's essential for modern software development, and how to effectively implement it. Weâll cover key concepts such as abstraction, encapsulation, and Inversion of Control (IOC) containers, highlighting how these principles enhance your softwareâs design and maintainability. Whether youâre new to DI or looking to sharpen your skills, tune in for practical tips, best practices, and detailed insights on leveraging DI to streamline your development process in ASP.NET Core.
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The podcast explains how the C# compiler transforms high-level C# code into a lower-level representation that the .NET runtime can execute. The author uses examples such as the foreach loop, using statement, and async/await keywords to illustrate how the compiler converts these constructs into more detailed, efficient code. The source also provides methods for examining this lower-level code, such as using tools like ILDASM or Roslyn-based tools. Understanding these transformations can help developers write more efficient and resource-safe C# code.
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The podcast explains the benefits of using the MediatR library in .NET applications. It details how MediatR simplifies application architecture by promoting loose coupling and separation of concerns, making code cleaner and more testable. The document also explains how MediatR can implement CQRS, a pattern separating commands and queries, improving application scalability and maintainability. Finally, the document provides a step-by-step guide on how to get started with MediatR, including installation instructions, configuration, and a basic example of using a query and its handler.
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This podcast provides a tutorial on building Minimal APIs in .NET 8. The author explains how Minimal APIs simplify web service development by minimizing the need for traditional ASP.NET Core MVC configurations. The article explores the advantages of using Minimal APIs, including efficiency, performance, ease of use, and flexibility. The author then guides readers through building a basic "Hello World" API, and subsequently demonstrates how to create a service that manages a list of books, showing how to create endpoints for fetching all books or a specific book by ID. The article culminates in a full example demonstrating using the provided code to build a fully functional Minimal API.
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Performance optimization is a critical aspect of modern software development. With .NET Core, you can build highly scalable and efficient applications, but as complexity grows, itâs essential to adopt best practices and techniques to ensure peak performance. In this article, weâll explore advanced performance optimization techniques in .NET Core, using real-world examples to demonstrate their practical applications.
