Resources  
  • What is Alternative of Multiple Inhertitance in C#?Mar 18, 2024. This approach allows for achieving some level of multiple inheritance-like behavior while avoiding the complexities associated with traditional multiple inheritance.
  • 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.
  • Exploring Various Triggers and Their Applications in WPFMar 11, 2024. Triggers play a crucial role in defining interactions and behaviors within the WPF user interface. This article explores the various types of triggers in WPF and their implementation within the MVVM pattern. Property triggers, data triggers, event triggers, and multi-data triggers.
  • 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.
  • 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.
  • Repository Pattern with Multiple Databases in C# and .NETMar 01, 2024. Implementing the Repository Pattern with multiple databases in C# and .NET requires strategic abstraction, database-specific implementations, entity mapping, and transaction management. Explore challenges and best practices for efficient data access.
  • Mastering Pattern Matching in C#Feb 28, 2024. Mastering Pattern Matching in C# provides comprehensive insights into leveraging pattern matching techniques to enhance code readability and efficiency. From type patterns to constant patterns, property patterns, and more, this guide equips developers with the skills needed to write cleaner and more expressive C# code.
  • Better Implementation Of Singleton Pattern in .NETFeb 27, 2024. This article explains the mistakes made in writing Singleton Pattern in the multithreaded environment create a bug and how to bring a solution to it.
  • .NET Delegates in Event-Based Asynchronous Pattern for SeniorsFeb 26, 2024. This article dives into the practical learning of delegates, emphasizing real-world examples. It explores the Event-Based Asynchronous Pattern (EAP) in C# and its advantages, using delegates to implement asynchronous operations effectively.
  • Angular URL/Site Validation using Regular Expression and Bootstrap with Reactive FormsFeb 26, 2024. Steps to add validation for URL using the regex pattern in the angular application. I will explain steps to create a form with text input using the reactive forms in angular. This input field will only accept the URL.
  • An in-depth look at C# 10 and performance improvementsFeb 24, 2024. Get a comprehensive analysis of Ziggy Rafiq's latest C# 10 enhancements and how they affect application performance. Discover how function pointers simplify method invocation, records enhance memory efficiency, and pattern-matching optimisations speed up execution. Discover how to use C# 10 features to optimise performance and user experience for your projects by exploring code examples illustrating these improvements.
  • Async Patterns in MVC Controllers for Efficiency or Adding Unnecessary Complexity?Feb 22, 2024. Explore the necessity of async patterns in MVC controllers—unveiling the intricacies of conventional and alternative coding styles
  • Mobile Number Validation Using Angular and BootstrapFeb 19, 2024. This article illustrates the implementation steps for 10-digit mobile number validation in an Angular app using reactive forms and Angular's phone number validation pattern. It guides us through setting up the reactive forms module
  • Mastering SOLID Design Principles in C#Feb 14, 2024. The SOLID design principles offer a comprehensive set of guidelines and best practices for object-oriented software development. Adhering to these principles can result in software that is more maintainable, scalable, and flexible
  • 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.
  • Mastering Middleware in .NETFeb 13, 2024. Discover the role and importance of middleware in .NET development. Explore its implementation, patterns, and integration within the ASP.NET request processing pipeline for enhanced application functionality and flexibility.
  • 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.
  • Understanding Activity Types in Azure Data FactoryFeb 12, 2024. Azure Data Factory is a powerful tool for orchestrating data workflows in the cloud. Understanding its activity types such as Data Movement, Data Transformation, and Control is crucial for efficient data processing and management.
  • Azure DevOps Build Trigger: Integrating with Data Factory/Synapse PipelineFeb 11, 2024. Trigger Azure DevOps Build Pipeline via Azure Data Factory / Synapse Pipeline through Managed Identity. This blog addresses security concerns by triggering an Azure DevOps Build Pipeline via Azure Data Factory/Synapse using Managed Identity authentication. It employs Azure DevOps REST API for execution.
  • What is Memento Pattern in C#?Feb 09, 2024. In this article, we will learn aboutThe Memento Pattern in C# enables capturing and restoring an object's state. It's crucial for implementing undo/redo functionalities and managing state changes efficiently in object-oriented systems, enhancing code maintainability and flexibility.
  • 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.
  • Merging Arrays within Synapse / Azure Data Factory PipelineFeb 07, 2024. merging arrays in Azure Data Factory / Synapse pipelines. By utilizing functions like "join" to convert arrays to strings, "concat" to combine strings, and "split" to transform strings back to arrays, this solution ensures comprehensive data integration.
  • Common Implementation Mistakes of Work Pattern in C#Feb 07, 2024. Exploring common mistakes in implementing the Unit of Work pattern in C# development. Examples include overcomplicating the class, incorrect transaction management, and lacking exception handling.
  • Understanding the Factory Pattern in .NET CoreFeb 06, 2024. Explore the power of the Factory Pattern in software design, a creational pattern enhancing flexibility. Delve into a real-world example using .NET Core for a car manufacturing system.
  • 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.
  • Listing Unique Records Within an Array in Azure Data FactoryFeb 02, 2024. Utilize Azure Data Factory to remove duplicates within an array by employing the "union()" function. This solution involves the Set Variable activity to obtain a unique list from the array.
  • Understanding and Implementing the Builder Pattern in C# .NETFeb 01, 2024. The Builder Pattern in C# .NET empowers developers to construct complex objects step by step, enhancing configurability and code maintainability. Learn its components, implementation, and benefits for effective software development.
  • Metadata-Driven Architecture in Data EngineeringFeb 01, 2024. This article explains how data engineers can make their work more flexible and efficient using Metadata-Driven Architecture (MDA). It breaks down two methods: one using a central database (good for structured work like in Azure Data Factory) and another using external files (great for collaborative projects, especially with Databricks).
  • Record and Pattern Matching in C# 9Jan 30, 2024. Unlock the elegance of C# 9 with this article on Records and Pattern Matching. Learn how to craft concise and readable code using the simplicity of Records for immutable data structures and the enhanced control flow of Pattern Matching. Elevate your coding efficiency and clarity with these powerful features.
  • Understanding Event Sourcing Pattern in .NETJan 29, 2024. Event Sourcing, a potent architectural pattern in .NET, captures state changes through events, promoting auditability, time travel, and scalability. Learn its implementation and best practices for resilient applications.
  • What is Command Pattern in C#? Jan 25, 2024. The Command Pattern, a behavioral design pattern in C#, transforms requests into stand-alone objects, promoting decoupling between sender and receiver. It enhances flexibility, undo/redo capabilities, and ease of command integration.
  • Azure Data Factory - Integration RuntimesJan 24, 2024. This article gives a basic gist of different types of Integration Runtimes present in Microsoft Azure Data Factory (ADF)
  • Basic Components in Azure Data FactoryJan 23, 2024. Azure Data Factory (ADF), Microsoft's integration service for orchestrating workflows and data integration with 90+ connectors. Learn about key features like pipelines, activities, datasets, linked services, integration runtimes, and triggers.
  • What is Adapter Pattern in C#?Jan 23, 2024. Explore the Adapter Pattern in C#, a crucial design pattern for integrating incompatible interfaces. Learn its components, implementation, and benefits, making code reusability and interoperability seamless in software development.
  • What is Dispose Pattern in .NET?Jan 10, 2024. Learn the indispensable Dispose pattern in .NET development for effective resource management. Understand IDisposable, implement the pattern, and follow best practices for reliable and efficient application development.
  • Invoke Azure Data Factory Pipeline via MSFT FabricJan 03, 2024. Learn to trigger Azure Data Factory (ADF) pipelines from Microsoft Data Factory using a service principal or organizational account. Follow the steps and API calls for seamless integration.
  • Introduction to Microsoft Fabric: A Comprehensive OverviewJan 02, 2024. Explore the world of Microsoft Fabric in this comprehensive overview, where we delve into its unified analytics platform that seamlessly integrates data movement, data science, real-time analytics, and business intelligence. Discover how its SaaS foundation, key components like Power BI, Azure Synapse, and Azure Data Factory, and the central data lake, OneLake, come together to revolutionize enterprise data analytics. This article is your gateway to understanding how Microsoft Fabric simplifies and transforms data analytics in the modern business landscape.
  • Introduction to the IDisposable PatternJan 02, 2024. Article on the IDisposable pattern in C#, covering introduction, details, code examples, and best practices. This article will explore the IDisposable pattern, its significance, and how to implement it effectively in C# code.
  • Understanding and Managing Class Explosion in Software DesignDec 31, 2023. Understanding and Managing Class Explosion in Software Design
  • 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.
  • Object Creation in C# with the Factory PatternDec 29, 2023. The power of software design with the Factory Pattern in C#. This comprehensive guide explores its role, benefits, and step-by-step implementation, empowering developers to craft modular and scalable code effortlessly.
  • 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.
  • Design Patterns in C#Dec 27, 2023. Design Patterns in the object-oriented world are a reusable solution to common software design problems that repeatedly occur in real-world application development. It is a template or description of how to solve problems that can be used in many situations.
  • Is it Possible to Deploy a Smart Contract from Another Contract?Dec 27, 2023. Explore techniques to deploy smart contracts from other contracts. Learn key methods and security practices for seamless blockchain development.
  • 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.
  • Adapter Pattern in C#Dec 26, 2023. Adapter Pattern in C#—a structural design pattern facilitating collaboration between incompatible interfaces. Learn its components and implementation, fostering code reusability and system integration.
  • Understanding the Observer Pattern in C#Dec 22, 2023. The power of the Observer Pattern in C# for efficient communication between objects. Learn the components, implementation, and benefits, fostering a flexible, scalable, and maintainable software design.
  • Automated Way to Get Latest Pipeline Execution Details of SynapseDec 20, 2023. Automated Way to Get Latest Pipeline Execution Details of Synapse. Automate the retrieval of the latest Azure Synapse pipeline execution details with a custom PowerShell module. Set up the environment, execute commands, and effortlessly fetch pipeline details, streamlining manual efforts.
  • Automated Way to Get Latest Pipeline Execution Details of an Azure Data FactoryDec 18, 2023. Automated Way to Get Latest Pipeline Execution Details of an Azure Data Factory
  • 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.
  • Why do We Use Dependency Injection?Dec 11, 2023. What is a dependency injection and why to embrace it as a better programming practice.
  • Understanding LIKE vs ILIKE in PostgreSQLDec 05, 2023. In this article, we will focus on the differences between the LIKE and ILIKE operators, and how to use them effectively.
  • 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.
  • Choosing Between Abstract Classes and Interfaces in C#Dec 02, 2023. Making the Right Design Choice between Abstract Classes and Interfaces in C#.
  • Circuit Breaker Pattern in C#Dec 01, 2023. Guard your software's stability with the Circuit Breaker Pattern, a resilient protector inspired by electrical engineering. This pattern, now a software ally, prevents cascading failures and ensures system dependability.
  • SSL/TLS Termination in API Gateway PatternNov 22, 2023. This article would be beneficial for readers seeking to understand the importance of SSL/TLS termination in enhancing API security and performance. It's great that you not only discuss the benefits but also address potential challenges and provide practical recommendations for best practices.
  • Implementing The Saga Pattern with Rebus and RabbitMQNov 22, 2023. Delve into the Saga pattern for consistent operations in distributed systems. This article guides you through implementing the Saga pattern with Rebus and RabbitMQ, managing transactions, and ensuring data consistency.
  • Empowering Developers with .NET 8Nov 20, 2023. Step into the realm of .NET 8, the latest iteration of Microsoft's open-source platform that empowers developers to craft cutting-edge applications. With its focus on enhanced performance, cloud-native capabilities, and developer productivity, .NET 8 has revolutionized the way we build software.
  • Bulkhead Pattern for Robust Software Systems in C#Nov 17, 2023. The Bulkhead Pattern in software architecture, inspired by ship bulkheads, involves segregating resources to contain failures and enhance system stability. In C#, it can be implemented for scenarios like thread pool isolation. The provided example uses SemaphoreSlim to limit concurrent service calls, preventing widespread issues if an external service fails.
  • Design Pattern with .NET DelegatesNov 15, 2023. Your article is detailed and well-structured, providing a clear explanation of implementing design patterns using generic delegates.
  • Implementing the Visitor Pattern in ASP.NET Core Web API Using 3-Tier Architecture Nov 14, 2023. In an ASP.NET Core Web API employing a 3-tier architecture, the Visitor Pattern is utilized for efficient data manipulation in the C# Article model. The model, CSharpArticle, includes essential properties. The architecture involves a Data Access Layer with a repository managing database interactions, a Business Layer housing the Visitor interface and Article Service, and a Presentation Layer containing the API controllers. The Visitor Pattern is employed in the Business Layer to perform operations on articles, allowing for clean separation of concerns and enabling reusable, structured, and scalable code. This design ensures that CRUD operations benefit from the Visitor Pattern's flexibility while maintaining a clear division of responsibilities across the layers of the application.
  • Design Patterns and Steps to Implement Singleton Class in C#Nov 13, 2023. Design patterns is the important features of object oriented programming. We need to ensure that only one object of a particular class is instantiated in Singleton design pattern in C#.
  • ASP.NET Core Web API Development with Template Method Pattern and 3-Tier ArchitectureNov 13, 2023. This design pattern allows for a structured, modular, and easily maintainable architecture by separating concerns into distinct layers and leveraging the Template Method Pattern to provide a common structure for CRUD operations while allowing flexibility for additional logic in concrete implementations.
  • 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.
  • Simplify Your Code with Switch Expressions: Patterns and ExamplesNov 06, 2023. In C#8 switch statement enhanced with powerful feature that can simplyfy your code and make it more readable and maintainable. In this article We will explore into C# 8 switch expression and how to use in our code and make it more readable and how to use in different way to write conditional logic and how to leverage pattern matching functionality using switch.
  • Java 21: New Features and ExamplesNov 02, 2023. Java 21 is a major release that includes a number of new features and improvements that make Java more concise, expressive, safe, and performant. Some of the most significant new features include record classes, sealed classes, pattern matching for instanceof, virtual threads, and sequenced collections.In short, Java 21 is a must-have update for any Java developer. It includes a number of new features that can help you to write better code, faster.
  • Repository Pattern in AngularNov 02, 2023. Simplified Angular Repository Pattern: Separate data operations from components. Create a repository for data access and manipulation, promoting code reusability and maintainability.
  • State Management Pattern in AngularNov 02, 2023. The State Management pattern is crucial for managing complex application states in Angular. There are several popular state management libraries available, such as NgRx (Redux-inspired), Akita, and Ngxs.
  • 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.
  • Event Trigger Data Sync from SQL Server to Synapse via Azure Data Factory / Synapse PipelineOct 23, 2023. Event Trigger Data Sync from SQL Server to Synapse via Azure Data Factory / Synapse Pipeline
  • ASP.NET Core Web API Development with Memento PatternOct 20, 2023. The Mediator Pattern is a behavioral design pattern that promotes loose coupling among objects by centralizing their communication through a mediator object. In this pattern, multiple objects interact with each other indirectly through the mediator, rather than communicating directly.The primary goal of the Mediator Pattern is to reduce the dependencies between objects, making the system more maintainable and allowing for more flexible and scalable designs. It simplifies complex communication scenarios by having a single point of control, the mediator, which coordinates the interactions between different objects or components.
  • Identifying the Count of Activities within a Pipeline in an Azure Data FactoryOct 20, 2023. Counting Activities in Azure Data Factory Pipelines involves the process of determining the number of distinct activities or operations within a pipeline created in Microsoft's Azure Data Factory. This task is essential for monitoring and optimizing data workflows and ETL processes. By accurately identifying and analyzing the count of activities, data engineers and developers can assess the complexity of data pipelines, diagnose performance issues, and make informed decisions to enhance efficiency and streamline data management within the Azure environment. This knowledge contributes to more effective data processing and ensures the smooth operation of data-driven solutions.
  • ASP.NET Core Web API with 3-Tier Architecture and Iterator PatternOct 19, 2023. The Iterator Pattern is a behavioral design pattern that provides a way to access elements of a collection sequentially without exposing its underlying representation. It defines an interface for accessing the elements of a collection and keeps track of the current position within that collection.
  • 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 Pop to Root View in SwiftUI Tab on Re-Tap?Oct 19, 2023. In this article we will learn how to enable SwiftUI tab-based navigation to pop to the root view when the same tab is re-tapped, providing an intuitive user experience.
  • How to Create Pyramid in C#?Oct 18, 2023. This article explains how to create a pyramid pattern using asterisks in the C# programming language. This pattern is created by printing rows of asterisks, with each row containing an increasing number of asterisks, creating the shape of a pyramid. It also explains the purpose of each line of code in the provided C# program.
  • Interpreter Pattern in ASP.NET Core Web API with Clean ArchitectureOct 18, 2023. Explore the application of the Interpreter Design Pattern in an ASP.NET Core Web API, following Clean Architecture principles. This article delves into building a robust CarCompany CRUD system, emphasizing code organization and separation of concerns for a maintainable and scalable solution.
  • Clean Architecture and Command Pattern in ASP.NET Core API ImplementationOct 16, 2023. Explore a clean and efficient approach to building a robust ASP.NET Core Web API for a Car Company, using Clean Architecture and the Command Pattern. Simplify CRUD operations with a structured and maintainable design.
  • Clean Architecture ASP.NET Core Web API ProxyOct 13, 2023. In the realm of modern web development, constructing a robust and scalable solution is paramount. This journey often involves harmonizing architectural principles and design patterns to enhance maintainability and flexibility. Our venture explores the creation of an ASP.NET Core Web API utilizing the Clean Architecture paradigm and harnessing the power of the Proxy Pattern. Focused on the dynamic domain of CarCompany management, our implementation establishes a structured and modular approach to CRUD (Create, Read, Update, Delete) operations. Through the systematic use of interfaces, repositories, and dependency injection, we aim to not only facilitate seamless data access but also introduce a Proxy layer, offering a versatile gateway for implementing additional functionalities such as caching, logging, and validation. This amalgamation of industry-best practices forms the foundation for a resilient and extensible web API tailored for CarCompany data management.
  • Efficient ASP.NET Core Web API Development with Clean Architecture, Flyweight PatternOct 11, 2023. the implementation of the CarCompany CRUD operations within an ASP.NET Core Web API, following the Clean Architecture principles, has been successfully structured. The separation of concerns into layers such as Web API, Application, Domain, and Infrastructure promotes maintainability and scalability. Leveraging the Flyweight Pattern ensures efficient management and sharing of common data, particularly with the inclusion of the FlyweightProperties within the CarCompany entity.
  • 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
  • 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.
  • Decoding Clean Architecture Implementing the Bridge Pattern and API Operations in ASP.NET Core Web APIOct 09, 2023. By adhering to Clean Architecture principles, the codebase promotes a clear separation of concerns, ensuring that business logic is isolated from implementation details. This not only enhances code maintainability but also facilitates unit testing and the evolution of the application over time.
  • Singleton Design Pattern: Eager And Lazy Initialization With Code ExampleOct 09, 2023. Explaining the differences between eager and lazy singleton
  • Exploring Patterns in Azure Durable FunctionsOct 09, 2023. This article explains the patterns of azure durable functions.
  • Problem-Solving with the Singleton Design Pattern: A Before-and-After Code AnalysisOct 06, 2023. Explaining Singleton Design Pattern with C# code example
  • 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.
  • Get File details triggering the Azure Data Factory Pipeline / Synapse via Storage Event TriggerOct 05, 2023. Get File details triggering the Azure Data Factory Pipeline / Synapse via Storage Event Trigger
  • Overcoming Limitations of Get Metadata Activity in Azure Data Factory / SynapseOct 05, 2023. Overcoming Limitations of Get Metadata Activity in Azure Data Factory / Synapse
  • 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.
  • 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.
  • Skip/Notify Processing of Empty files via Azure Data Factory/SynapseOct 03, 2023. Skip / Notify Processing of Empty files via Azure Data Factory / Synapse
  • Cleansing Files of Duplicate records via Azure Data Factory / SynapseOct 03, 2023. Cleansing Files of Duplicate records via Azure Data Factory / Synapse - Part 1
  • Understanding the C# Template Method PatternSep 27, 2023. Understanding the Power of the C# Template Method Pattern is a comprehensive guide that dives into the concept and application of the Template Method design pattern in C#. This title is aimed at developers seeking to grasp the fundamental principles and leverage the potential of the Template Method pattern in their C# projects. It illuminates how this design pattern enables the definition of the skeleton of an algorithm while allowing subclasses to provide specific implementations for certain steps. The title offers detailed explanations, practical examples, and best practices to help developers create extensible and maintainable code using the Template Method pattern. By understanding and mastering this pattern, developers can enhance code reusability, flexibility, and efficiency in their C# applications.
  • 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.
  • Overcoming Limitations of Power BI REST API for Automated Data Extraction from DatasetSep 27, 2023. Overcoming Limitations of Power BI REST API for Automated Data Extraction from Dataset
  • Implementing DATEDIFF Function In Data Factory / Synapse Via Pipeline ExpressionsSep 27, 2023. Implementing DATEDIFF function in Data Factory / Synapse via Pipeline ExpressionsImplementing the DATEDIFF function in Azure Data Factory or Azure Synapse Analytics using pipeline expressions allows you to calculate the difference between two dates and times. This can be helpful for various data integration and transformation tasks, such as calculating the age of records, measuring time intervals, or scheduling data pipelines based on date differences.

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