Requirements

• Basic programming knowledge
• Basic understanding of C#
• Students should have Visual Studio or any C# compatible IDE installed for hands-on coding practice.
• Eagerness to practice and improve

Description

Welcome to the C# Mastery: Coding and Conceptual Practice Test, designed for developers and students who want to deepen their knowledge of C# programming. This practice exam-based course focuses on the core principles, advanced topics, and practical coding scenarios that are essential for both real-world applications and technical interviews. Whether you’re preparing for a job interview or refining your C# skills, this course will provide the perfect platform to practice and test your understanding.

Each section is meticulously structured to cover the most important topics in C#. You’ll encounter a variety of question types, including multiple-choice, multiple selection, true/false, and coding-based problems. 50% of the questions are coding-based to test your practical implementation skills. The course is broken down into six detailed sections:

Section 1: C# Fundamentals and Syntax

Topics Covered:

1. Basic Syntax and Structure
   Understanding the basic syntax of C#, including the use of namespaces, classes, methods, and main structures like loops, conditionals, and variables.

2. Data Types and Variables
   Covers value types, reference types, and variable declarations. Explores primitive data types like int, string, bool, and user-defined types.

3. Operators and Expressions
   Discusses arithmetic operators, relational operators, logical operators, and bitwise operators. Focuses on how expressions are evaluated in C#.

4. Control Flow Statements
   Introduces if-else statements, switch cases, and different types of loops (for, while, do-while). Learn about break and continue statements.

5. Error Handling (Exceptions)
   Understanding try, catch, finally blocks for error handling. Discusses common exceptions and best practices for robust error handling.

Section 2: Object-Oriented Programming (OOP) in C#

Topics Covered:

1. Classes and Objects
   Learn about the creation and manipulation of classes and objects, including constructors, methods, and object instantiation.

2. Encapsulation
   Discusses the concept of encapsulation, using access modifiers (public, private, protected) and properties to control access to class members.

3. Inheritance and Polymorphism
   Focuses on reusability and how derived classes inherit from base classes. Covers polymorphism with method overriding and method overloading.

4. Abstraction
   Introduces abstract classes and interfaces, and the role they play in creating flexible and maintainable code architectures.

5. Interfaces and Abstract Classes
   Understand the differences between interfaces and abstract classes, and learn when to use each.

Section 3: Data Structures and Algorithms

Topics Covered:

1. Arrays and Lists
   Learn how to work with arrays, lists, and other collection types in C#. Understand the differences between fixed-size arrays and dynamic collections.

2. Stacks and Queues
   Covers stack and queue data structures, their implementations, and use cases in various programming scenarios.

3. Linked Lists
   Learn about singly and doubly linked lists and their applications. Topics include traversing, inserting, and deleting nodes.

4. Dictionaries and Hash Tables
   Understand how hash tables and dictionaries work for fast lookups. Covers collision handling and performance optimization.

5. Sorting and Searching Algorithms
   Delves into common algorithms such as Bubble Sort, Merge Sort, and Binary Search, with an emphasis on algorithm efficiency and time complexity.

Section 4: Multithreading and Asynchronous Programming

Topics Covered:

1. Threads and Threading in C#
   Understand how threads work in C#, how to create and manage them, and common challenges such as race conditions and deadlocks.

2. The Task Parallel Library (TPL)
   Explore TPL for handling parallelism in C#. Learn how to use tasks to run operations asynchronously and in parallel.

3. Async and Await
   Discusses the async/await pattern for writing non-blocking code. Focuses on best practices for managing long-running tasks.

4. Synchronization Mechanisms
   Covers thread synchronization techniques, including locks, semaphores, and monitors to prevent concurrency issues.

5. Cancellation Tokens
   Learn how to handle task cancellation using cancellation tokens, allowing greater control over long-running operations.

Section 5: Advanced C# Concepts

Topics Covered:

1. Delegates and Events
   Learn how to use delegates and events to create flexible, extensible programs. Understand multicast delegates and event handling.

2. Lambdas and Anonymous Functions
   Discover how lambda expressions and anonymous functions are used for more concise and readable code.

3. LINQ (Language Integrated Query)
   Understand how LINQ can simplify data querying in C#. Covers both query and method syntax, including filtering, projection, and aggregation.

4. Extension Methods
   Learn how to use extension methods to add functionality to existing classes without modifying their original structure.

5. Reflection
   Covers reflection in C# for inspecting assemblies and types at runtime. Learn how it’s used for dynamic type creation and metadata access.

Section 6: Memory Management and Design Patterns

Topics Covered:

1. Garbage Collection
   Learn about C#’s automatic memory management through garbage collection, including the three generations of objects.

2. Dispose Pattern and IDisposable
   Understand how to release unmanaged resources explicitly using the Dispose method and implement the IDisposable interface.

3. Design Patterns (Singleton, Factory, Prototype, etc.)
   Explore common design patterns such as Singleton, Factory, and Prototype, and how they can be implemented in C# for cleaner, more maintainable code.

4. Weak References and Memory Optimization
   Learn about weak references and how they help prevent memory leaks by allowing garbage collection of objects no longer in use.

5. Common Memory Pitfalls and Best Practices
   Avoid common memory issues such as memory leaks, inefficient resource management, and improper disposal of resources.

Who this course is for:

• Aspiring developers
• Students or recent graduates
• Self-taught programmers
• Anyone transitioning into a C# development role