Titlebook: C# and the .NET Platform; Andrew Troelsen Book 20011st edition Andrew Troelsen 2001 .NET..NET applications..NET framework.C#.Programmieren

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Advanced C# Class Construction Techniques,g the familiar bracket operator (i.e., []). If you have a C++ background, you will find that creating a C# indexer method is analogous to overloading the [] operator on a C++ class. Once you learn how to build an indexer, you then examine how to overload various operators (+, −, <, > and so forth) for a custom C# type.

CON

Assemblies, Threads, and AppDomains,aries in a language-independent manner. However, the .NET platform provides far greater language integration than classic COM. For example, the .NET platform supports cross-language inheritance (imagine a Visual Basic.NET class . from a C# class). To understand how this is achieved requires a deeper understanding of assemblies.

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Type Reflection and Attribute-Based Programming,ek into the underlying IL code, type metadata, and assembly manifest. In addition to the design-time investigation of .NET assemblies, you are also able to . obtain this same information using the types defined within the System.Reflection namespace.

狂乱

飞行员

Input, Output, and Object Serialization,m.IO namespace and come to understand how to programmatically modify a machine’s directory and file structure. Once you can do so, the next task is to explore various ways to read to and write from character-based, binary-based, string-based, and memory-based data stores.

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cogent

hegemony

勉强

Object-Oriented Programming with C#,velopment. I begin by reviewing the famed “pillars of OOP,” and then examine exactly how C# contends with the notions of encapsulation, inheritance, and polymorphism. This will equip you with the knowledge you need in order to build custom class hierarchies using C#.

圆桶

Interfaces and Collections,implement custom interfaces, and come to understand the benefits of building types that support multiple behaviors. Along the way, a number of related topics are also discussed, such as obtaining interface references, explicit interface implementation, and the construction of interface hierarchies.