Discussions range from object-oriented programming to enterprise patterns, networking to Web Services, caching to distributed databases, and client/database applications to very large-scale web sites. NET architects, we transform high-level business requirements into a functional system within budget, resource, and schedule constraints. Serialization Think in terms of layers and tiers Use patterns in your code and across the enterprise Write secure code Use concurrency to build highly available systems Make distributed calls using remoting, web services and Windows Communication Framework Utilize asynchronous communication with message queues Horizontally scale every tier of your system Deploy software across distributed systems Applications that span more than one machine require a deliberate and radically different design approach. .NET

Examine core language features such as types, variables, and control constructs Use object-oriented features such as class, interface, protection, and inheritance Perform error notification and error handling using exceptions Use properties to implement the private data/public accessor pattern Use namespaces to group related types Use delegates and events to implement callbacks Override Object class methods such as ToString Avoid dll conflicts during deployment Use dynamic binding and polymorphism to write generic code (i.e., Survey library functionality like building a simple

Classes, Member Functions, and Protection Inheritance, Single, and Multiple Constructors and Destructors Overloading, Dynamic Binding, and Virtual Functions Polymorphism and Generic Programming Template Functions and Classes Exceptions and Error Handling Operator Overloading Dynamic Memory, Copy/Assignment, and Memory Management Type Conversion and Rtti Namespaces and Project Organization Efficiency Issues, Code Generation, and Inlining Function Objects, Pointers, and Callbacks Standard Library Iostreams, Strings, and Containers Effective Programming Idioms and Techniques Object-Oriented Programming,