- Core Concepts and Internals
- Strengths and weaknesses of .NET
- Stateful and stateless services
- Asynchronous and synchronous programming
- Task-based asynchronous pattern
- Garbage collection in .NET
- .NET runtime versions and support
- I/O-bound, CPU-bound tasks
- Real-time applications with SignalR
- Modularity and Dependencies
- .NET assemblies
- NuGet package management
- Dependency management in .NET
- Dependency Injection in .NET
- Inversion of Control (IoC)
- IoC containers in .NET
- Middleware and pipeline configuration
- Modular applications
- Environment and Tools
- Command line interface (CLI) tools
- .NET CLI
- Windows Services and Linux Daemons
- Hosting and Deployment models
- IIS and Kestrel web server
- Environment variables and configuration
- File system I/O operations
- Multithreading with Task Parallel Library (TPL)
- Performance monitoring and diagnostics
- APIs and Framework Features
- LINQ
- SignalR for real-time web functionality
- High-performance RPC with
gRPC
- Security features (authentication, authorization)
- Cryptography and secure data handling
- Memory and resource management
- Globalization and localization
- Network and Protocols
- HTTP/HTTPS support
- WebSockets for real-time communication
- TCP/UDP networking
- SSL/TLS for secure connections
- Efficient network communication with
gRPC
- HTTP/2 and HTTP/3 support
- Network security (DDoS, XSS, CSRF prevention)
- Serialization and deserialization (JSON, XML)
- Testing and Debugging
- Unit testing with frameworks like xUnit, NUnit
- Integration testing
- Logging and tracing
- Application monitoring and telemetry
- Debugging tools and strategies
- Performance profiling and analysis
- Data Access and ORM
- Entity Framework Core
- Dapper
- ADO.NET for database access
- Data modeling and migration
- Repository and Unit of Work patterns
- CRUD operations
- Error Handling and Debugging
- Exception handling in .NET
- Custom error classes
- Debugging and diagnostic tools
- Profiling and performance analysis
- Memory leak detection
- Integration and Extensibility
- Interoperability with native libraries
- P/Invoke for calling
C/C++
libraries - COM interop
- .NET for
WebAssembly
- Custom middleware development
- Cloud and Microservices
- Integration with cloud platforms (Azure, AWS)
- Microservices architecture
- Containerization with Docker
- Kubernetes for orchestration
- Serverless computing
- C# Development
- C# syntax and language fundamentals
- Advanced C# features (LINQ, async/await, delegates, events)
- Reflection and dynamic programming
- Data types and collections
- Generics and extension methods
- Attributes and annotations
- Interoperability with other .NET languages
F#
DevelopmentF#
syntax and language fundamentals- Immutable data structures
- Pattern matching and discriminated unions
- Functional-first design and development
- Type providers and metaprogramming
- Asynchronous and parallel programming
- Using .NET libraries in
F#
- Building web applications with F# and Giraffe or Saturn
- Testing with
FsUnit
- VB.NET Development
- VB.NET syntax and language fundamentals
- Event-driven programming
- COM interop and P/Invoke
- XML and file handling
- Office automation and VSTO
- Migration strategies for legacy VB6 applications
- C++/CLI Development Development
- C++ syntax and language fundamentals
- Interoperability between managed (.NET) and unmanaged (native) code
- Memory management in mixed environments
C++/CLI
syntax and usage- Accessing .NET Framework classes in
C++
- Writing performance-critical modules
- Interfacing with native libraries and APIs
- Developing custom .NET libraries in
C++
- Managing resource disposal and finalization
- Creating and consuming DLLs (Dynamic Link Libraries)
- Working with Windows API
- Migration of legacy
C++
code to .NET - Enhancing existing .NET applications with
C++/CLI
- Mobile development
- .NET MAUI / Xamarin
- Interoperability between managed code and iOS/Android API
- Game development
- Unity
- Web development
- ASP.NET Core
- Blazor
- Razor Syntax
- RESTful API development