
Explore distributed application architecture, the challenges of interprocess communication across clients and servers, and how web services and neutral protocols like soap enable vendor-independent service delivery.
Develop and consume web services with WCF by defining a service, exposing public methods, choosing bindings, and using or generating a proxy class for the client.
Explore how pass by value and pass by reference behave in Windows Communication Foundation (WCF) web services, including client-server serialization, data modification, and return value implications.
Explains using a soap header in wcf to pass username and password as header data, preserving values across stateless service calls via the soap envelope in requests and responses.
Learn how to call web methods asynchronously using a proxy class, delegate, and the completed event to avoid blocking the client and perform other operations while awaiting a response.
Learn how to secure web services with Windows authentication, deny anonymous access, and supply credentials using default or explicit username, password, and domain in the client request.
Explore how remoting enables distributed computing, compare it with web services, and learn to host remote objects via channels and use singleton, single call, or activated service patterns.
Explore remoting concepts in Windows Communication Foundation (WCF), showing how to replace concrete implementations with interfaces, move service logic to the server, and configure a proxy class.
Trace the evolution from monolithic applications to service oriented architecture, including COM, .NET Remoting, and web services, and see how WCF unifies these patterns under a contract-based, interoperable framework.
Learn to build and host a WCF application in a console or Windows app, define service and data contracts, and generate a client proxy with svcutil.
This course is designed for developers who want to gain a deep and practical understanding of Windows Communication Foundation (WCF) and how it is used to build secure, scalable, and distributed applications in the .NET ecosystem. It is ideal for learners who want to understand service-oriented architecture concepts and enterprise-level communication mechanisms.
The course starts with an introduction to distributed programming, helping you understand how services and clients communicate across application boundaries. You will learn how to develop web services and clients, work with pass-by-value and pass-by-reference concepts, and understand SOAP headers and asynchronous service calls.
You will then move into the core foundations of WCF, including creating WCF service applications and clients, hosting services using a console-based hosting environment, and configuring endpoints through configuration files. Detailed coverage of channel stacks, bindings, and different binding types helps you understand how communication is structured and optimized.
The course also focuses on service and data contracts, version tolerance, known types, and handling WCF exceptions and faults. You will explore message exchange patterns, including one-way and duplex communication, along with transactions and sessions.
Advanced enterprise topics such as WCF transactions, Microsoft Message Queuing (MSMQ), message encryption, and various authentication and authorization mechanisms are covered in depth. These include Windows authentication, SSL and basic authentication, membership providers, role-based authorization, and custom authentication.
Practice tests are included to help you validate your understanding and reinforce key WCF concepts used in real-world enterprise systems.