Advanced C#.NET Online Training

Back to: ASP.NET Core Tutorials For Beginners and Professionals

Advanced C#.NET Online Training

Welcome to the Advanced C#.NET Online Training Program. C# is a popular and modern programming language created by Microsoft. It is part of the .NET platform, which allows developers to build many different types of applications, including web apps, mobile apps, and software for businesses. C# is easy to learn and combines the best features of other languages like C++ and Visual Basic. Over the years, it has gained powerful features such as LINQ (Language Integrated Query), asynchronous programming (which helps with multitasking), and pattern matching (which simplifies code). This makes C# an excellent choice for developing reliable and scalable applications.

The .NET platform, which supports C#, is open-source and works on multiple operating systems such as Windows, Linux, and macOS. This makes it a great tool for creating applications that can run anywhere.

New Batch: 3rd October 2024

Registration Link: https://forms.gle/EWsiuNUGGoeFBV3f7
Join the C#.NET Telegram Group for This Batch: https://telegram.me/trainingcsharponline
Contact us through Our Phone or WhatsApp Number: +91 7021801173
Contact us through Our Email ID: onlinetraining@dotnettutorials.net

Why Learn Advanced C#.NET?

Learning advanced C# helps you unlock more opportunities in the tech world. As companies grow, they need faster, more secure software that can handle more users. By mastering advanced C#, you can build solutions that meet these needs. You’ll learn important skills like:

• Multithreading: Running multiple tasks at the same time to improve performance.
• Asynchronous programming: Handling multiple tasks without slowing down the system.
• Design patterns: Proven solutions to common coding problems.

These skills help you create high-quality, efficient applications that can handle complex business needs. Plus, with the growth of .NET Core and .NET 8, which allow cross-platform development, knowing advanced C# will make you a more flexible and valuable developer.

Who Should Join the Advanced C#.NET Online Training Program?

This program is perfect for:

• Intermediate C# Developers: If you already know the basics of C#, this course will help you learn advanced topics like multithreading, LINQ, and design patterns.
• Software Architects: If your job is to design software systems, this course will teach you how to make them scalable and efficient using advanced techniques like SOLID principles and Dependency Injection.
• Full-Stack Developers: If you work on both the frontend and backend, this course will strengthen your backend skills so you can build better APIs and handle complex business logic.
• Students & Fresh Graduates: If you are new to the software industry, this course will help you develop the practical skills employers look for.

How To Join Our Advanced C#.NET Online Training Program?

Please fill out the following form. Once you complete the form, we will contact you and share the details about the Advanced C#.NET Online Training Program. Even if you want, you can contact us through WhatsApp (+91 7021801173) number and EmailId (onlinetraining@dotnettutorials.net).

Course: Advanced C#.NET Online Training
Online Training Registration Link: https://forms.gle/EWsiuNUGGoeFBV3f7
Date and Time: October 3, 2024, 8.30 PM to 10.30 PM, IST
Duration: 4 Months (Daily 2 Hours)
Course Fee: 10000 (INR)
Contact us through Our WhatsApp Number: +91 7021801173
Contact us through Our Email ID: onlinetraining@dotnettutorials.net
Note: Class Recording and Class Notes will be Provided at the End of the Class
Join the ASP.NET Core Telegram Group for This Batch: https://telegram.me/trainingcsharponline

Prerequisites for Advanced C#.NET Online Training

Before starting this course, you must have:

• Basic knowledge of C#: You should know the basic concepts of C#, like how to write code with variables, loops, and classes.
• Understanding of Object-Oriented Programming (OOP): You should be familiar with OOP concepts like encapsulation, inheritance, and polymorphism.
• Basic understanding of databases: Knowing SQL Server or another database system will help when learning database topics like ADO.NET and Entity Framework Core.

Benefits of our Advanced C#.NET Online Training Program

• Complete Course Content: This course covers everything from setting up .NET Core to learning advanced C# topics like multithreading and design patterns. You’ll be ready to build complex, real-world applications by the end.
• Hands-On Projects: You will work on real-world examples, helping you gain practical experience in developing professional software.
• Interactive Sessions: The course includes live coding sessions, discussions, and Q&A opportunities to ensure you understand everything clearly.
• Flexible Learning: The course is online so you can learn at your own pace. You’ll also have access to recorded sessions and extra materials.
• Career Growth: With advanced C# skills, you’ll be able to apply for better roles, including higher-paying positions in software development.

Course Objective

By the end of this Advanced C#.NET Online Training Program, you will be able to:

• Understand and use advanced object-oriented programming concepts in real-world applications.
• Master important C# features such as multithreading, asynchronous programming, exception handling, and lambda expressions.
• Design scalable applications using proven design patterns like Singleton, Factory, and Dependency Injection.
• Build efficient applications by using collections, LINQ, generics, and parallel programming techniques.
• Handle common tasks like file management, data serialization, and database access using ADO.NET and Entity Framework Core.
• Apply modern development practices like SOLID principles, Test-Driven Development (TDD), and mocking frameworks to ensure your code is reliable and easy to maintain.
• Gain a strong understanding of memory management, reflection, and dynamic programming in C#.
• Build cross-platform applications using .NET Core and learn how to handle important security topics like encryption and cryptography.

Advanced C#.NET Online Training Course Syllabus

Chapter 1: Introduction and Environment Setup

Objective: To introduce students to the .NET Core framework and C# programming language, providing them with a solid foundation for setting up a complete development environment. Students will learn to install the necessary tools and create their first C# application.

1. Introduction to .NET Core Framework
2. Introduction to C# Programming Language
3. .NET Core Environment Setup
4. Download and Install Visual Studio 2022
5. Download and Install .NET Core SDK
6. Download and Install SQL Server 2022
7. Download and Install SSMS
8. .NET Core vs .NET Framework Code Execution Process
9. Creating First Console Application using Visual Studio

Chapter 2: C#.NET Basics

Objective: To familiarize students with the core components and structures of the C# language, including data types, control flow, functions, and memory management. This chapter lays the groundwork for understanding essential C# syntax and features.

1. Basic Structure of a C# Program
2. Methods and Properties of the Console Class in C#
3. Data Types, Variables, and Literals in C#
4. Type Casting in C#
5. Control Flow Statements: if-else, switch, while, for, do-while
6. Loop Controls: break, continue, goto
7. Functions and Methods in C# (user-defined functions, Call By Value & Call By Reference)
8. Static vs Non-Static Members in C#
9. Command Line Arguments in C#
10. Boxing and Unboxing
11. Checked and Unchecked Keywords
12. Nullable Types in C#
13. Const and Read-Only Keywords
14. String Handling in C#
15. Properties in C#
16. Difference Between Convert.ToString and ToString()
17. Exception-Safe Coding Patterns
18. Stack and Heap Memory
19. Immutable Types in C#
20. Dynamic Memory Allocation (new)
21. Implicitly Typed Local Variables (var)

Chapter 3: Object-Oriented Programming (OOP) in C#

Objective: To delve into Object-Oriented Programming (OOP) principles in C#, covering key concepts like encapsulation, inheritance, polymorphism, and abstraction. Students will learn how to design robust, scalable, and reusable software systems.

1. Object-Oriented Programming Principles (OOP)
2. Class and Objects in C#
3. Constructors (Types, Why Constructors, Static vs Non-Static, Private Constructors)
4. Destructors in C#
5. Garbage Collection in .NET
6. Finalize and Dispose Pattern
7. Access Specifiers in C#
8. Encapsulation, Abstraction, Inheritance (Types of Inheritance, IsA and HasA Relationship)
9. Generalization and Specialization
10. Abstract Class and Interface
11. Multiple Inheritance (Via Interfaces)
12. Polymorphism (Method Overloading, Method Overriding, and Operator Overloading)
13. Method Hiding in C#
14. Sealed Class and Sealed Methods
15. Extension Methods in C#
16. Partial Classes and Partial Methods
17. Static Classes in C#
18. Covariance and Contravariance in C#
19. Object Initializers
20. Method Overriding vs Hiding (More emphasis)
21. Object Pooling
22. Indexers

Chapter 4: Real-Time Applications Using OOP Concepts

Objective: To reinforce OOP concepts through real-world examples and applications, demonstrating how encapsulation, inheritance, and polymorphism can be implemented in everyday programming scenarios.

1. Real-time Examples of Encapsulation, Abstraction, Inheritance, Polymorphism, Interfaces, Abstract Class
2. Real-Time Examples of Static Class and Sealed Class
3. Real-Time Examples of Partial Class and Extension Methods

Chapter 5: Exception Handling

Objective: To teach students effective exception-handling techniques in C#, ensuring that applications can gracefully manage runtime errors while maintaining stability and reliability.

1. Exception Handling in C#
2. Multiple Catch Blocks
3. Finally Block
4. Custom Exceptions
5. Inner Exceptions
6. throw vs. throw ex
7. Best Practices for Exception Handling
8. Global Exception Handling
9. Custom Exception Hierarchy

Chapter 6: Delegates, Events, and Lambda Expressions

Objective: To provide a deep understanding of delegates, events, and lambda expressions in C#, empowering students to implement event-driven and functional programming patterns in their applications.

1. Introduction to Delegates, Events, and Lambda Expressions
2. Delegates (Multicast, Generic, and Anonymous Methods)
3. Func, Action, and Predicate Delegates (Common in functional-style C#)
4. Event Subscription/Unsubscription Best Practices
5. Event Handling in C# (with EventHandler<TEventArgs>)
6. Lambda Expressions in C#
7. Asynchronous Event Handling in C#

Chapter 7: Multithreading in C#

Objective: To introduce multithreading concepts in C#, enabling students to develop efficient, concurrent programs that use modern hardware capabilities, with a focus on thread safety and synchronization.

1. Introduction to Multithreading in C#
2. Thread Class, Thread Life Cycle, and Thread Priorities
3. Thread Synchronization: lock, Monitor, Mutex, Semaphore, SemaphoreSlim
4. AutoResetEvent and ManualResetEvent
5. Performance Testing of a Multithreaded Application
6. Thread Pool in C#
7. Foreground and Background Threads
8. Deadlock in Multithreaded Applications
9. Debugging Multithreaded Applications
10. Thread Safety Concepts
11. Thread.Join vs Thread.Sleep
12. Volatile Keyword

Chapter 8: Collections and Generics

Objective: To explore C# collections and generics, allowing students to manage data efficiently and write reusable, type-safe code through advanced data structures and collections.

1. Arrays (Single-Dimensional, Multidimensional)
2. Introduction to Collections (ArrayList, Stack, Queue, SortedList)
3. Generic Collections (List, Dictionary, Stack, Queue, HashSet, SortedSet)
4. Immutable Collections
5. Concurrent Collections (ConcurrentDictionary, ConcurrentQueue, ConcurrentStack, ConcurrentBag, BlockingCollection)
6. Sorting Complex Types
7. Generics and Generic Constraints in C#
8. Comparison Delegate and Sorting
9. List vs. Dictionary in C#

Chapter 9: File Handling in C#

Objective: To equip students with the skills to work with files in C#, covering various file handling techniques, serialization, and efficient file management, including handling large datasets.

1. Introduction to File Handling
2. FileStream Class
3. StreamReader and StreamWriter
4. BinaryWriter and BinaryReader
5. File and Directory Operations (FileInfo, DirectoryInfo)
6. StringWriter and StringReader
7. Export and Import Excel Data in C#
8. Working with JSON and XML Files
9. MemoryMappedFiles
10. Handling Large Files Efficiently (Stream handling, memory management)
11. Serialization Techniques (Binary and JSON Serialization)

Chapter 10: Asynchronous Programming

Objective: To introduce asynchronous programming in C# with async and await, teaching students how to write responsive applications by leveraging concurrency without blocking threads.

1. Introduction to Concurrency
2. Async and Await in C#
3. Task-based Asynchronous Programming (including Task Chaining)
4. Advanced Task Management (Task Factory, Task Schedulers)
5. Task Cancellation using CancellationToken
6. Exception Handling in Asynchronous Code
7. Asynchronous Streams (IAsyncEnumerable)
8. ValueTask and Synchronous Tasks
9. Asynchronous Event Patterns
10. Parallelizing Asynchronous Tasks

Chapter 11: Parallel Programming

Objective: To focus on parallel programming techniques in C#, including the Task Parallel Library (TPL) and PLINQ, enabling students to write highly efficient code for large-scale, data-parallel tasks.

• Task Parallel Library (TPL)
• Parallel For, Parallel Foreach, Parallel Invoke
• Maximum Degree of Parallelism
• Thread Synchronization (Interlocked vs lock)
• Cooperative Cancellation Patterns
• Data Partitioning Strategies

Chapter 12: AutoMapper in C#

Objective: To teach students how to use AutoMapper for mapping between objects, simplifying complex mapping scenarios in C# applications, and promoting clean, maintainable code.

1. Introduction to AutoMapper
2. Complex Mappings with AutoMapper
3. Mapping Complex Types to Primitive Types
4. Reverse and Conditional Mappings
5. Ignore Method in AutoMapper
6. Custom Resolvers in AutoMapper
7. Nested Object Mappings
8. Mapping Collections and Lists

Chapter 13: Optional Parameters, Indexers, and Enums

Objective: To cover advanced C# features like optional parameters, indexers, and enums, helping students to understand their real-world applications and how to write flexible, readable code.

• Optional Parameters in C#
• Indexers in C# with Real-Time Examples
• Enum Types and Real-Time Usage
• Pattern Matching with Enums

Chapter 14: Var, Dynamic, and Reflection

Objective: To provide a deep dive into the dynamic capabilities of C# through var, dynamic typing, and reflection, enabling students to write flexible and dynamic applications.

• Reflection in C# (Overview and Use Cases)
• Dynamic Types in C#
• var vs. dynamic in C#
• Dynamic vs Reflection
• Reflection.Emit for Dynamic Code Generation
• Loading Assemblies at Runtime
• Anonymous Types
• Late Binding with dynamic

Chapter 15: ADO.NET Core

Objective: To teach students how to use ADO.NET Core for database interactions, focusing on connected and disconnected architectures, transaction management, and efficient querying with SQL Server.

• Introduction to ADO.NET Core
• Using ADO.NET with SQL Server
• SqlConnection, SqlCommand, SqlDataReader and SqlDataAdapter
• Using Stored Procedures with ADO.NET
• DataTable and DataSet
• Handling Multiple Result Sets
• Parameterized Queries
• ADO.NET Core Architecture
• Transactions in ADO.NET (Implicit vs Explicit, Isolation Levels)
• ADO.NET Core Transaction Isolation Level
• ADO.NET Core Distributed Transactions
• Bulk Operations in ADO.NET (SqlBulkCopy)
• Pagination and Stored Procedures
• Connected vs Disconnected Architecture in ADO.NET

Chapter 16: Expression Trees and Dynamic Programming

Objective: To introduce expression trees in C# and dynamic programming techniques, giving students the tools to build and compile code at runtime, enabling more flexible application designs.

• Introduction to Expression Trees in C#
• Building and Compiling Expression Trees at Runtime
• Real-Time Use Cases of Expression Trees
• Building Custom Expression Trees
• Dynamic Object Creation at Runtime

Chapter 17: Advanced Memory Management

Objective: To focus on advanced memory management techniques in C#, including low-level memory handling with pointers, garbage collection tuning, and profiling for optimized performance.

• Unsafe Code and Pointers in C#
• Span<T> and Memory<T> for Efficient Memory Management
• Working with Native Memory (Marshal and IntPtr)
• Garbage Collection Tuning and Low Latency GC
• Memory Profiling and Debugging Techniques
• Memory Profiling Tools (Practical tools like dotMemory and Visual Studio Profiler)
• Garbage Collection Events (GC Notifications)

Chapter 18: Reflection and Metadata Programming

Objective: To teach reflection and metadata programming, enabling students to access and manipulate type information at runtime, with an emphasis on performance and dynamic code generation.

• Introduction to Reflection in C#
• Accessing Metadata and Custom Attributes
• Reflection.Emit for Dynamic Code Generation
• Loading and Executing Assemblies at Runtime
• Reflection Caching for Performance Optimization

Chapter 19: Language Integrated Query (LINQ) and Parallel LINQ (PLINQ)

Objective: To cover LINQ and PLINQ in-depth, allowing students to efficiently query and manipulate data collections and databases and introduce parallel data processing for performance optimization.

Introduction and Architecture

• Architecture of LINQ
• Different Ways to Write LINQ Queries
• IEnumerable vs. IQueryable in C#
• LINQ Execution: Deferred vs Immediate Execution

LINQ Basics and Operators

• LINQ Extension Methods
• Core LINQ Operators: Select, SelectMany, Where, OfType
• Set Operators: Distinct, Except, Intersect, Union, Concat
• Aggregation Operators: Sum, Max, Min, Average, Count, Aggregate

LINQ Sorting and Grouping

• Ordering Operators: OrderBy, OrderByDescending, ThenBy, ThenByDescending, Reverse
• Grouping Operators: GroupBy, ToLookup, GroupBy with Multiple Keys

LINQ Joins and Element Operations

• Join Operators: Inner Join, Group Join, Left Join, Cross Join
• Element Operators: ElementAt, First, Last, Single, DefaultIfEmpty
• Sequence Comparison: SequenceEqual

LINQ Partitioning and Paging

• Partitioning Operators: Take, TakeWhile, Skip, SkipWhile
• Paging using Skip and Take

LINQ Conversion Methods

• Conversion Methods: ToList, ToArray, ToDictionary
• Cast and OfType Operators: Differences and Use Cases

Advanced LINQ and Optimization

• LINQ with Entity Framework Core
• Expression Trees in LINQ
• LINQ Query Optimization Techniques
• Performance Tuning in LINQ
• Custom LINQ Providers
• LINQ Query Execution Plans

Introduction to Parallel LINQ (PLINQ)

• Introduction to PLINQ and Parallel Computing
• Basic PLINQ Operations: Parallel Queries and Custom Operators
• Partitioning Strategies for Data Parallelism

Advanced PLINQ and Real-World Applications

• Asynchronous Programming with PLINQ
• PLINQ in Large-Scale Data Processing
• PLINQ in Distributed Computing
• Combining PLINQ with Asynchronous Operations

PLINQ Performance and Debugging

• Performance Considerations and Best Practices in PLINQ
• Debugging and Troubleshooting PLINQ Applications

Chapter 20: Entity Framework Core

Objective: To provide comprehensive coverage of Entity Framework Core, focusing on database operations, modeling, migrations, and query optimization, allowing students to manage data in C# applications effectively.

Introduction to Entity Framework Core

• Overview and Key Concepts of EF Core
• Installing and Setting Up EF Core
• DbContext and Database Connection String

CRUD Operations and Entity States

• Performing CRUD Operations
• Understanding and Managing Entity States
• LINQ to Entities in EF Core

Database Design Approaches

• Code First Approach to Database Design
• Database First Approach and Migrations

Loading Strategies

• Eager Loading
• Lazy Loading
• Explicit Loading

Configurations and Conventions

• Default Conventions in EF Core
• Data Annotations and Fluent API
• Table, Column, Key, ForeignKey, and Index Attributes
• Other Attributes: NotMapped, Required, MaxLength, MinLength, DatabaseGenerated, TimeStamp, ConcurrencyCheck
• Relationships: One-to-One, One-to-Many, Many-to-Many, Self-Referencing

Fluent API Configurations

• Entity Configurations using Fluent API
• Configuring Primary and Composite Keys
• Property Configurations

Advanced Features

• Transactions and Bulk Operations
• Asynchronous Programming in EF Core
• Disconnected Entities and Entity Graphs
• Using Stored Procedures with EF Core
• Inheritance Mapping in EF Core
• Handling Schema Changes during Migrations

Additional EF Core Features

• Seed Data and Data Initialization
• Shadow Properties and Global Query Filters
• Soft Deletes and Logical Deletion in EF Core

Migrations and Versioning

• Database Migrations and Versioning

Performance Optimization

• Bulk Operations using Extensions
• Query Optimization and Caching

Chapter 21: Advanced Data Structures and Algorithms

Objective: To introduce advanced data structures and algorithms in C#, focusing on efficiency, scalability, and thread-safe collections in real-world applications.

• Custom Data Structures: Linked Lists, Stacks, Queues
• Graphs and Trees in C#
• Advanced Sorting and Searching Algorithms
• Implementing Hash Tables and HashSets
• Performance Optimization for Data Structures
• Thread-safe Data Structures
• Complex Graph Algorithms

Chapter 22: Task-Based Asynchronous Programming

Objective: To expand on asynchronous programming with advanced task scheduling, cancellation, and exception handling, helping students build responsive, high-performance applications.

• Advanced Task Scheduling and Continuation
• Task Cancellation and Handling Non-Cancellable Tasks
• Exception Handling in Task-based Programming
• Asynchronous Streams (IAsyncEnumerable, yield async)
• Asynchronous Iterators (Using yield with async)
• Handling Aggregate Exceptions (Task Parallelism)

Chapter 23: Security and Cryptography

Objective: To provide a solid understanding of security and cryptography in C#, covering encryption, hashing, and securing data both in storage and transmission.

• Symmetric and Asymmetric Encryption
• Hashing and Salted Passwords
• Data Integrity and Digital Signatures
• Working with Secure Random Numbers
• Encryption/Decryption of Data Streams
• Cross-platform Cryptography in .NET Core

Chapter 24: Concurrency and Synchronization

Objective: To focus on concurrency and synchronization techniques in C#, ensuring students can write efficient, thread-safe code and understand the nuances of lock-free programming.

• Task Parallel Library (TPL) Advanced Concepts
• Writing Lock-Free and Thread-Safe Code
• Thread Synchronization Techniques (Monitors, Mutex, Semaphores)
• Asynchronous Data Streams using IAsyncEnumerable
• Lock-Free Programming Techniques
• Optimizing Thread Synchronization

Chapter 25: Metaprogramming in C#

Objective: To teach metaprogramming techniques in C#, including code generation, dynamic proxies, and real-time code injection, enabling more flexible and dynamic software designs.

• Code Generation using Reflection.Emit
• Building Dynamic Proxies
• Real-Time Code Injection Scenarios
• T4 Templates (Useful for code generation)
• Code DOM (Dynamic source code generation)

Chapter 26: Unit Testing and Mocking

Objective: To introduce unit testing and mocking frameworks in C#, ensuring students can write testable, maintainable code and follow best practices in software testing.

• Writing Unit Tests for Complex Algorithms
• Using Moq for Mocking in Console Applications
• Test-Driven Development (TDD)
• Advanced Use of Assertions
• Code Coverage (Tools like MSTest, xUnit, NUnit)
• Parameterized Testing (Using attributes for test case generation)

Chapter 27: SOLID Design Principles

Objective: To focus on SOLID principles, providing students with practical strategies for building maintainable, scalable, and flexible object-oriented systems in C#.

• Single Responsibility Principle (SRP)
• Open-Closed Principle (OCP)
• Liskov Substitution Principle (LSP)
• Interface Segregation Principle (ISP)
• Dependency Inversion Principle (DIP)
• Real-Time Case Studies for SOLID
• Applying SOLID to Legacy Code

Chapter 29: Creational Design Patterns

Objective: To explore common creational design patterns in C#, enabling students to implement well-structured, reusable object creation mechanisms.

• Introduction to Creational Design Patterns
• Factory Design Pattern
• Factory Method Design Pattern
• Abstract Factory Design Pattern
• Builder Design Pattern
• Singleton Design Pattern (Thread-safe Singleton, Lazy Loading)
• Prototype Design Pattern (Shallow Copy, Deep Copy)

Chapter 30: Structural Design Patterns

Objective: To introduce structural design patterns in C#, helping students organize and manage complex object relationships in scalable software systems.

• Adapter Design Pattern
• Decorator Design Pattern
• Proxy Design Pattern
• Facade Design Pattern
• Bridge Design Pattern
• Composite Design Pattern
• Flyweight Design Pattern

Chapter 31: Behavioral Design Patterns

Objective: To cover behavioral design patterns in C#, giving students tools to implement effective communication and interaction between objects in large, complex systems.

• Iterator Design Pattern
• Observer Design Pattern
• Chain of Responsibility Design Pattern
• State Design Pattern
• Template Method Design Pattern
• Command Design Pattern
• Visitor Design Pattern
• Strategy Design Pattern
• Mediator Design Pattern
• Memento Design Pattern

Chapter 32: Dependency Injection Design Pattern

Objective: To teach dependency injection patterns in C#, helping students decouple their code, improve testability, and enhance the flexibility of their applications.

• Introduction to Dependency Injection
• Property and Method Injection
• Using Unity Container in C#
• Singleton vs. Scoped vs. Transient Services

Chapter 33: Repository Design Pattern

Objective: To cover the repository pattern in C#, enabling students to abstract data access logic and implement cleaner, more maintainable data layer code.

• Repository Design Pattern in C#
• Generic Repository Pattern
• Combining Generic and Non-Generic Repositories
• Unit of Work Pattern

Chapter 34: C# 12 New Features

Objective: To provide students with knowledge of the newest features in C# 12, ensuring they stay updated with the latest advancements in the language for modern software development.

• Primary Constructors for Non-Record Types
• Default Values for Lambda Expression Parameters
• Collection Literals
• Extended Nameof Operator
• Relaxed Restrictions on Interpolated Strings
• Default Type Parameters
• Inline Arrays in Structs
• Ref Fields in Records and Structs
• Constant Interpolated Strings
• Enhanced Switch Expression
• Scoped ref Fields in Structs
• File-Scoped Types

Enroll Now

Start your journey to becoming a proficient C# developer today by Enrolling in our C#.NET Online Training Program! For more information or to register, contact us at onlinetraining@dotnettutorials.net or call us at +91 7021801173.

Get in Touch with the Trainer, Mr. Pranaya Rout:
Facebook: https://www.facebook.com/tutorialsdotnet/
Linkedin: https://www.linkedin.com/in/pranaya-rout/
Twitter: https://twitter.com/RoutPranaya
YouTube: https://www.youtube.com/@DotNetTutorials
Telegram: https://telegram.me/dotnettutorials