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Factory Design Pattern Using Delegates In C#Nov 27, 2024. Factory Pattern is a creational design pattern that provides a way to encapsulate object creation. Instead of directly instantiating objects, you delegate the creation process to a factory class.
Object Oriented Design Balancing with Anti-Single ResponsibilityNov 05, 2024. This article will change your perspective on working with the Single Responsibility Principle (SRP). The main point is to focus on finding balance when designing object-oriented systems and applying SRP.
Categorizing Design Patterns: Creational, Structural & BehavioralSep 05, 2024. In this article we will learn about Categorizing Design Patterns: Creational, Structural, and Behavioral. It provides real-life examples, benefits, and challenges, offering developers insights for better software architecture.
The Importance of Design Patterns in .NET Core DevelopmentSep 05, 2024. This article discusses the importance of design patterns in .NET Core development, highlighting how they enhance scalability, maintainability, and flexibility. Key patterns include Singleton, Repository, Factory Method, and Strategy, improving code quality and communication.
What Are Design Patterns? Understanding the BasicsSep 05, 2024. Design patterns are essential in software development, offering reusable solutions to common problems. By applying patterns like Singleton, Factory Method, and Observer, developers create flexible, maintainable, and scalable code.
Understanding State Design PatternSep 02, 2024. This pattern is particularly useful for implementing state machines or managing complex state-dependent logic, as it promotes cleaner code and improves maintainability in software development.
RESTful API Design with .NETAug 29, 2024. Explore the principles of RESTful design and learn how to implement robust, scalable, and maintainable web APIs in a .NET environment. This guide covers key REST concepts like statelessness, client-server architecture, and HTTP methods, and provides a step-by-step tutorial to build a simple API using .NET 6.
Understanding of Design PatternsAug 29, 2024. Design patterns are essential in software development, divided into architectural and application/code-level patterns. Architectural patterns guide the high-level structure of software, ensuring components communicate effectively, are secure, and scalable.
C# 12 Design Patterns: Factory and Abstract FactoryAug 29, 2024. By Ziggy Rafiq, discover how Factory and Abstract Factory design patterns simplify the creation of complex objects in C# 12.
Understanding of Domain Driven Design (DDD)Aug 29, 2024. Domain-driven design is a software development approach that closely aligns software models with business needs. It focuses on key concepts like Entities, Value Objects, Aggregates, and Aggregate Roots to ensure consistency, integrity, and scalability in complex systems by structuring code around the business domain.
Understanding CQRS Design PatternAug 28, 2024. CQRS (Command Query Responsibility Segregation) is a pattern that separates the responsibilities of reading and writing data into distinct models. This separation can help optimize both aspects independently and improve the scalability and maintainability of applications.
Abstract Factory Design Pattern in .NET Core C# 12Aug 28, 2024. In this detailed article by Ziggy Rafiq, you will learn how to implement key components like AbstractFactory, ConcreteFactory, AbstractProduct, and ConcreteProduct in .NET Core with C# 12. By leveraging the modern features of C# 12 and .NET Core, this pattern enhances flexibility and scalability in software development.
Understanding Adapter Design PatternAug 16, 2024. The Adapter Design Pattern is a structural pattern that allows incompatible interfaces to work together. It acts as a bridge between two incompatible interfaces by converting the interface of a class into another interface clients expect.
Exploring Advanced Design Patterns in .NET CoreAug 12, 2024. A deep dive into the latest trends in design patterns within the .NET Core ecosystem. Understand how these advanced patterns are shaping modern application development and architecture.
Advanced .NET Core Design Patterns with Code ExamplesAug 12, 2024. This article delves into advanced design patterns in .NET Core, offering practical examples and code snippets. Learn how to implement these patterns to build scalable and maintainable applications.
Builder Design Pattern in .NET Core C#Aug 09, 2024. The Builder Design Pattern in .NET simplifies constructing complex objects by using a step-by-step approach. It involves components like Abstract Builder, Concrete Builder, Director, and Product to separate the construction process from its representation.
CQRS Design Pattern and Its Use CaseAug 05, 2024. In this article, we will explore its use cases in microservices and domain-driven design, focusing on event sourcing, command and query handling, and optimized data management.
Understanding Builder Design PatternAug 01, 2024. The Builder is a pattern that belongs to the creational design patterns family. What makes it special is its ability to provide abstraction to the client by encapsulating different types of the same object with various combinations during the creation process.
Singleton Design Pattern in .NET CoreJul 26, 2024. The Singleton Design Pattern ensures a class has only one instance and provides a global access point to it. In .NET Core, this involves a private constructor, a static instance variable, and a static method to access the instance. It’s useful for managing shared resources like database connections.
Understanding the Repository Design Pattern in .NET CoreJul 25, 2024. The Repository Design Pattern is a commonly used design pattern in software development that provides an abstraction layer between the business logic and data access layers in an application. It helps in organizing the data access logic and business logic by keeping them separate.
Singleton Design Pattern: Detailed Explanation and Practical ExamplesJul 24, 2024. The Singleton Design Pattern ensures a class has only one instance and provides global access to it. Implementations include Basic Singleton, Thread-Safe Singleton with synchronization, Double-Checked Locking, and Bill Pugh Singleton using a static inner class.
Detailed Explanation of Builder Design Pattern in C#Jul 22, 2024. The Builder design pattern is a creational pattern used to construct complex objects step by step. It separates the object's construction from its representation, allowing for varied configurations and ensuring immutability.
Detailed explanation of Abstract Factory design patternJul 08, 2024. The Abstract Factory design pattern is a creational pattern that provides an interface for creating families of related or dependent objects without specifying their concrete classes.
Essential Components of Prompt Design in GPT's SearchJul 08, 2024. Explore the crucial elements of prompt design within GPT's search capabilities through a comprehensive analysis. Delve into the intricacies of optimizing natural language prompts for enhancing user interaction and search efficiency.
Programming in Practice - GUI - MVVM Program Design PatternJul 03, 2024. This article concerns selected issues related to the representation of process information in graphical form to develop a comprehensive User Interface. It presents MVVM programming pattern as an implementation of the program Presentation layer using sub-layers, namely Model, View, and ViewModel.
Design Patterns and Advantages of Different Design PatternsJul 01, 2024. Design patterns are recurring solutions to common problems in software design. They provide a template for solving issues in a particular context. The advantages of using different design patterns include improved code reusability, maintainability, and scalability.
Understanding Builder Design Pattern Jul 01, 2024. Discover the Builder Design Pattern, a creational pattern that separates the construction of a complex object from its representation. Learn how it simplifies object creation, especially for objects requiring numerous parameters.
Understanding CQRS Design Pattern Jun 27, 2024. The CQRS (Command Query Responsibility Segregation) pattern separates the operations for reading and writing data in software architecture. It enhances scalability by segregating commands (writes) and queries (reads), promoting cleaner and more maintainable code.
Design Principle (0): Design Principle vs Design PatternJun 24, 2024. This series explores software design principles, distinguishing between high-level design principles like SOLID and low-level design patterns, offering practical guidelines and implementation strategies for creating better software applications.
Consume API in Repository Design PatternJun 18, 2024. Learn how to effectively consume APIs using the Repository Design Pattern. This approach enhances code organization by separating data access logic into reusable repositories, promoting maintainability and testability.
Null Object Design Pattern in .NET CoreJun 07, 2024. A behavioral design pattern called the Null Object Pattern offers an object to represent an interface's missing object. In cases when a null object would result in a null reference exception, it's a means to provide an alternative behavior.
What is Repository Design Pattern, Pros and consMay 29, 2024. The Repository Pattern provides a way to manage data access logic, while the Unit of Work Pattern ensures that a series of operations are treated as a single transaction, maintaining data integrity.
Best Practices For Effective Database Design In SQL ServerMay 28, 2024. In this article, we will be exploring the best practices for effective database design in SQL Server. Creating an SQL Server database involves best practices like understanding requirements, normalization, choosing data types, indexing, and security.
Learn About Observer Design PatternMay 20, 2024. The Observer Design Pattern is a behavioral design pattern where an object, called the subject, maintains a list of its dependents, called observers, and notifies them of any state changes, typically by calling one of their methods.
Decorator Design Pattern In Dart/FlutterMay 16, 2024. Decorator Design Pattern in Dart/Flutter, a flexible and reusable solution for extending functionality in object-oriented software. Learn through real-world examples, understand when to use it, and be aware of potential pitfalls. Ideal for developers looking to enhance modularity and readability in their code.
Facade Design Pattern In Dart/FlutterMay 16, 2024. Explore the Facade Design Pattern, a GoF design pattern that simplifies interactions with complex systems. Learn its definition, when to use it, and how to implement it in Dart/Flutter with a practical hotel operation scenario.
Strategy Design Pattern in .NET May 14, 2024. In .NET, the Strategy design pattern is a behavioral pattern that allows you to define a family of algorithms, encapsulate each one of them, and make them interchangeable. This pattern lets the algorithm vary independently from the clients that use it.
An Overview on Domain Driven Design (DDD)May 13, 2024. Explore the fundamentals of Domain Driven Design (DDD) in this overview, focusing on principles like domain modeling, ubiquitous language, and bounded contexts.
Abstract Factory Design Pattern in .NET Core C#May 10, 2024. The Abstract Factory Design Pattern, according to the Gang of Four Definition, offers a means of encapsulating a collection of factories with a shared concept without defining their specific classes.
Singleton Design Pattern in .NET C#May 02, 2024. A design approach known as the singleton pattern limits a class's instantiation to a single object while still allowing access to the object. When precisely one item is required to coordinate actions throughout the system, this is helpful.
Adapter Design Pattern In FlutterApr 25, 2024. Explore the Adapter Design Pattern, a popular structural design pattern in software development. Learn its definition, real-world examples, appropriate use cases, potential pitfalls, and more.
Singleton Design Pattern In FlutterMar 20, 2024. Learn how and when to use Singletons, implement them effectively, and explore their advantages and limitations. This article also includes a sample implementation using the shared_preferences package to manage user preferences.
Domain-Driven Design with Records in C#Mar 19, 2024. C# 9.0 introduces Records, aligning with Domain-Driven Design (DDD) principles, especially in modeling value objects. This article explores leveraging Records in DDD with illustrative examples for enhanced domain modeling.
Animated Credit Card Design Using AngularMar 15, 2024. To create an animated credit card form in Angular, adjust the app.module.ts file to include necessary modules and define component properties.
Abstract Factory Design Pattern In FlutterMar 12, 2024. Learn about the Abstract Factory design pattern in Flutter for creating platform-specific widgets. This pattern centralizes the creation of related objects, making it easier to manage and work with multiple factory methods.
Factory Method Design Pattern In FlutterMar 06, 2024. Factory Method design pattern! Learn how to create objects dynamically, improve code flexibility, and build platform-specific UIs (like buttons) with ease. Explore a practical payment gateway example and overcome common challenges.
Understanding Site Design and Site Scipt in SharePointMar 06, 2024. In this edition, we understand SharePoint site Design and Site Script. Don't miss out on the SharePoint revolution! ????
Introduction to Design Patterns in FlutterMar 02, 2024. Explore the importance of design patterns in software development. Learn about different types of patterns, their benefits, and how they can improve code efficiency, readability, and maintainability. Ideal for developers seeking to enhance their coding practices.
Android Responsive Login Screen Design using Constraint LayoutFeb 16, 2024. In this article, I going to explain how we can create a responsive Screen for different android Screens using Constraint Layout.
Mastering SOLID Design Principles in C#Feb 14, 2024. SOLID design principles provide guidelines for creating maintainable, flexible, and scalable software. They enhance code readability, reduce duplication, and promote effective testing. Principles like SRP, OCP, LSP, ISP, and DIP ensure clear responsibilities, extensibility, and decoupling.
React Design Pattern Series: Mastering Render Props PatternFeb 13, 2024. The article delves into the power and flexibility of React render props as a fundamental design pattern in React development. Exploring the concept, benefits, and real-world use cases, the article demonstrates how render props allow for the seamless sharing of code between components.
React Design Pattern Series: Container/Presentational PatternFeb 13, 2024. Learn how to master the Container/Presentational Pattern in React with our comprehensive guide. This design pattern separates view and application logic, promoting improved code organization, reusability, and easier testing.
React Design Pattern Series: Mastering HOC PatternFeb 13, 2024. This React Design Pattern Series introduces the Higher Order Component (HOC) pattern, a powerful tool in React development. Exploring its definition, benefits, and a real-world example of an authentication HOC, the article emphasizes cleaner, more reusable components.
Key Design Patterns in Software EngineeringFeb 08, 2024. Discover essential design patterns such as Singleton, Factory, Abstract Factory, Unit of Work, Repository, and Command Query Responsibility Segregation (CQRS). Learn their applications and implementations, and see how they synergize to enhance software architecture and development.
Data Vault Design in Azure SQL - Read PII with Customer KeysFeb 05, 2024. Data Vault design in Azure SQL - Utilizing Customer keys to read PII information in databases. Ensuring data security in the cloud era is crucial, especially with the rise in data attacks. Protecting Personally Identifiable Information (PII) is paramount during cloud migration.
React Design Pattern Series: Mastering Hooks PatternFeb 05, 2024. This article delves into the transformative impact of React Hooks on state and side-effect management within functional components. The piece explores the "what" and "why" behind React Hooks, emphasizing their benefits, such as simplified state management, logic reusability, and improved lifecycle management.
Microservices Development with 3-Tier Architecture and Circuit Breaker Design Pattern Using Microsoft ASP.NET Core Web APIDec 30, 2023. The Circuit Breaker pattern, analogous to its electrical counterpart, monitors for failures and helps prevent cascading failures in distributed systems. It acts as a barrier between a potentially failing service or resource and the rest of the system.When a service is working as expected, the Circuit Breaker allows requests to pass through. However, if the service encounters an issue or starts to fail, the Circuit Breaker "opens" and prevents further requests from being sent to the failing service for a defined period. This helps to preserve system resources and prevent overload or degradation.
Microservices Development Using CQRS Architectural Design Pattern in Microsoft Asp.net Core Web API Dec 28, 2023. The Command Query Responsibility Segregation (CQRS) pattern is an architectural principle that separates the responsibility for handling commands (write operations that change state) from queries (read operations that retrieve state). It advocates having separate models for reading and writing data.Components of CQRS: Command: Represents an action that mutates the system's state.Query: Represents a request for data retrieval without changing the system's state.Command Handler: Responsible for executing commands and updating the system's state.Query Handler: Responsible for handling read requests and returning data in response to queries.Command Model: Contains the logic and rules necessary to process commands and update the data store.Query Model: Optimized for querying and presenting data to users, often involving denormalized or optimized data structures tailored for specific queries.Key Principles: Separation of Concerns: Splitting the responsibilities of reading and writing data helps in maintaining simpler, more focused models for each task.Performance Optimization: Enables independent scaling of read and write operations. The read model can be optimized for query performance without affecting the write model.Flexibility: Allows for different models to be used for reading and writing, which can cater to specific requirements and optimizations for each use case.Complex Domain Logic: Particularly beneficial in domains where read and write logic significantly differ, allowing tailored models for each type of operation.Benefits: Scalability: CQRS enables scaling read and write operations independently, optimizing performance.Flexibility and Optimization: Tailoring models for specific tasks allows for better optimization of the system.Complexity Management: Separating concerns can make the system easier to understand and maintain.
MVP Design Pattern in C#Dec 26, 2023. Explore the Model-View-Presenter (MVP) design pattern in C#. Uncover its principles, including Model for data, View for UI, and Presenter as an intermediary. Learn its advantages and witness a practical C# implementation for enhanced application development.
Node.js API Design with the Power of Design PatternsDec 11, 2023. This article explores essential design patterns for robust Node.js API development. Covering Singleton, Factory, Middleware, Observer, and Repository patterns with code snippets, it emphasizes scalable, readable, and modular code for maintaining complex projects.
Bootstrap: Design ElevatedDec 11, 2023. Bootstrap, a game-changing front-end framework, simplifies web development with responsive grids, pre-designed components, and customization features. This article explores Bootstrap's significance, key features, and diverse applications, emphasizing its role in creating efficient and visually appealing websites.
TODO application with CQRS Design Pattern within Nest JSDec 03, 2023. In this article, we will discover the process of incorporating the CQRS design pattern into a Nest JS application. A detailed, step-by-step guide to its implementation.
API Development Using Strategy Design Pattern with 3-Tier Architecture Nov 12, 2023. In today's fast-paced software development landscape, creating well-structured and maintainable applications is crucial. One popular design pattern that can greatly enhance the organization and flexibility of your ASP.NET Core Web API projects is the Strategy Design Pattern. This pattern allows you to encapsulate and swap out algorithms or behaviors at runtime, making it an ideal choice for handling various CRUD (Create, Read, Update, Delete) operations on your data models. In this article, we'll explore how to implement the Strategy Design Pattern within a 3-Tier Architecture in an ASP.NET Core Web API. You'll learn how to create a robust business logic layer, define concrete strategies for each CRUD operation, and seamlessly integrate them into your API controllers. By the end of this guide, you'll have a comprehensive understanding of how to leverage this pattern for a more maintainable and scalable API.
Implementing State Design Pattern in ASP.NET Core Web API with 3-Tier ArchitectureNov 10, 2023. In this ASP.NET Core Web API project utilizing a 3-Tier Architecture with the State Design Pattern, we've created a News management system that encapsulates the state of news items, allowing for a clear and structured way to handle state transitions. The architecture consists of three distinct layers: Presentation, Business Logic, and Data Access. The Business Logic layer is where the State Design Pattern is applied, with different states such as Draft, Published, and Archived, each represented by concrete state classes. The NewsService class is responsible for managing these states and their transitions. Controllers in the Presentation layer handle HTTP requests and delegate the state-related operations to the NewsService, enabling CRUD functionality for news items. By setting the appropriate state and invoking state-specific methods, such as Publish and Archive, we control the state transitions. While this example focuses on the pattern's core implementation, in a real-world scenario, you would integrate a data access layer to persist and retrieve news items from a database, making it a robust and maintainable system.
ASP.NET Core Web API Development with Observer Design PatternNov 01, 2023. This project represents a robust ASP.NET Core Web API application that manages tickets using a 3-tier architecture. The system provides full CRUD (Create, Read, Update, Delete) functionality for tickets. What sets this system apart is its use of the Observer Design Pattern, which enables real-time notifications to subscribers whenever a ticket is created, updated, or deleted. The three primary architectural layers include the Presentation Layer (API), Business Logic Layer (Service), and Data Access Layer (Repository), providing a well-structured and maintainable solution for ticket management.
Mediator Design Pattern in ASP.NET Core Web API with 3-Tier ArchitectureOct 19, 2023. The Mediator Design Pattern is a behavioral design pattern that defines an object that centralizes communication between a set of objects. It promotes loose coupling between components by preventing direct connections between them. Instead of components communicating directly, they communicate through a mediator.
How to Build APIs using ASP.NET Core, a clean architectural approach, and the decorator design patternOct 10, 2023. Implementing the Decorator Pattern in an ASP.NET Core Web API with Clean Architecture involves structuring your application into layers and using decorators to add functionality to specific methods or classes. Here's a simplified example with a CarCompany CRUD operation using Clean Architecture. This example assumes you already have a basic understanding of Clean Architecture and ASP.NET Core.
API Development using Clean architecture and facade design pattern in Asp.Net Core Web APIOct 10, 2023. Implementing a complete solution with all the details you've requested involves a significant amount of code, and it might not be feasible to provide an exhaustive example here. However, I can give you a basic outline and provide code snippets for each layer of the Clean Architecture in an ASP.NET Core Web API application using the Facade Pattern
Singleton Design Pattern: Eager And Lazy Initialization With Code ExampleOct 09, 2023. Explaining the differences between eager and lazy singleton
ASP.NET Core Web API Development with Onion Architecture using Prototype Design PatternOct 09, 2023. ASP.NET Core Web API using the Onion Architecture and Prototype Design Pattern. Note that this example is simplified for demonstration purposes, and in a real-world scenario, you might want to add more features, error handling, validation, and security measures.
Building Scalable ASP.NET Core Web API with Onion Architecture and Abstract Factory Design PatternOct 06, 2023. This implementation serves as a foundation for building robust, modular, and scalable ASP.NET Core Web APIs. As the project evolves, additional features, security measures, and optimizations can be incorporated while adhering to the principles of the chosen architectural style.
Problem-Solving with the Singleton Design Pattern: A Before-and-After Code AnalysisOct 06, 2023. Explaining Singleton Design Pattern with C# code example
Building a Robust ASP.NET Core Web API with Singleton Design Pattern and Three-Tier ArchitectureOct 04, 2023. This example provides a basic structure for a Three-Tier Architecture in an ASP.NET Core Web API, implementing a Singleton Design Pattern for the Data Access Layer. Remember to adjust the code based on your specific requirements and consider using dependency injection for better testability and maintainability.
CRUD Operations in ASP.NET Core with 3-Tier Harmony and Command Builder Design Pattern Oct 04, 2023. Command Builder Design Pattern in an ASP.NET Core Web API using a Three-Tier Architecture for CRUD operations. For the sake of this example, let's assume you have a model named CSharpCornerArticle.
Exploring The Power Of C# Strategy Design PatternSep 27, 2023. The Strategy Design Pattern is a behavioral design pattern in software development, and in the context of C# programming, it is a powerful tool for defining a family of algorithms, encapsulating each one, and making them interchangeable. This pattern allows you to select and use an algorithm dynamically at runtime, providing flexibility and maintainability to your codebase.
C# Composite Design PatternSep 26, 2023. Discover the power of the Composite design pattern in C#, a structural pattern that unifies objects into tree structures, simplifying complex hierarchies for versatile software development.
How to decide when to use which design pattern?Sep 25, 2023. Design patterns are commonly used design practices in software engineering. This article explains when to use design patterns and which design patterns.
Understanding the Flyweight Design Pattern in C#Sep 20, 2023. Explore the Flyweight Design Pattern in C#, a memory-efficient structural pattern. Learn to optimize performance by sharing common properties among objects, improving application efficiency.
Understanding the Factory Design Pattern in C#Sep 19, 2023. Understanding the Factory Design Pattern in C#
Inclusive Design through Accessibility TestingSep 18, 2023. An Article on how making software accessible to everyone - we've got that covered
Creating Resilient Web Applications using ASP.NET Core and Domain-Driven Design (DDD)Sep 12, 2023. Building Robust Web Applications with ASP.NET Core MVC and Domain-Driven Design (DDD)
Standalone Component : A new approach to design Angular ApplicationAug 03, 2023. In this article, we will discuss related to the Standalone Component in Angular Framework. We also demonstrate how we can implement it in any angular applicaiton.
Implementing Pipeline Design Pattern using C#Jul 18, 2023. Learn about the Pipeline design pattern and its implementation using C#. Discover how this powerful pattern breaks down complex tasks into modular steps for efficient and maintainable code.
Strategy Design Pattern in C#Jul 16, 2023. In this article we will learn what is a strategy design pattern and how we can implement it using C#. We will use a real world example of ImageProcessor to explain.
Create Collapsible Accordions Using Ant Design UI In ReactJSJun 16, 2023. In this article, we will learn how to create Collapsible Accordions using Ant Design UI with React JS and Typescript.
How To Create Autocomplete Using Ant Design UI In ReactJSJun 15, 2023. In this article, we will learn how to create autocomplete using Ant Design UI with React JS and Typescript.
How To Create Popover Using Ant Design UI In ReactJSJun 14, 2023. In this article, we will learn how to create a popover using Ant Design UI with React JS and Typescript.
How To Create DatePicker Using Ant Design UI In ReactJSJun 14, 2023. In this article, we will learn how to create a date picker using Ant Design UI with React JS and Typescript.
How To Create ColorPicker Using Ant Design UI In ReactJSJun 13, 2023. In this article, we will learn how to create a Color Picker using Ant Design UI with React JS and Typescript.
How To Create Segments Using Ant Design UI In ReactJSJun 12, 2023. In this article, we will learn how to create segmented using Ant Design UI with React JS and Typescript.
How To Create TimePicker Using Ant Design UI In ReactJSJun 12, 2023. In this article, we will learn how to create timepicker using Ant Design UI with React JS and Typescript.
How To Create Tabs Using Ant Design UI In ReactJSJun 09, 2023. In this article, we will learn how to create Tab using Ant Design UI with React JS and Typescript.
How To Create timeline Using Ant Design UI In ReactJSJun 08, 2023. In this article, we will learn how to create timeline Ant Design UI with React JS and Typescript.
How To Create Table Using Ant Design UI In ReactJSJun 07, 2023. In this article, we will learn how to create a Table using Ant Design UI with React JS and Typescript.
How To Create Tree/Hierarchical list structure Using Ant Design UI In ReactJSJun 05, 2023. In this article we will learn how to create a Tree using Ant Design UI with React Js and type script.
How To Create QRCode Using Ant Design UI In ReactJSJun 04, 2023. In this article we will learn how to create QR Code using Ant Design UI with React Js and type script.
Backpressure Pattern- Design PrincipleMay 31, 2023. The backpressure pattern is a design principle used in software systems to manage and regulate the flow of data between components or services.
Domain Driven Design - Architecture May 16, 2023. Quick glance at the Domain-driven design approach and why it's required.
Singleton Design Pattern Evolution and implementation C#May 03, 2023. Learn how to implement the Singleton Pattern in C# and its evolution through four different approaches.
Simplifying Object Creation - Using The Factory Design Pattern In Everyday DevelopmentMar 15, 2023. In software engineering, a creational design pattern is a design pattern that deals with the process of object creation in a way that is both flexible and efficient. Creational design patterns provide general solutions for creating objects that are suitable for a wide variety of situations, without being tied to specific classes or configurations.

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