C#, however, was created specifically for .NET. While .NET may become cross-platform some day soon — a Unix port is reportedly in the offing — for now the overwhelming majority of .NET programs will be written to run on a machine running .NET. At the time of this writing, that means a Windows machine.
The .NET Platform :
When Microsoft announced C# in July 2000, its unveiling was part of a much larger event: the announcement of the .NET platform. The .NET platform is a development framework that provides a new way to create Windows applications. However, .NET goes beyond traditional Windows programming to facilitate creating web applications quickly and easily.
Microsoft says it is devoting 80% of its research and development budget to .NET and its associated technologies. The results of this commitment are impressive. For one thing, the scope of .NET is huge. The platform consists of three separate product groups:
A set of languages, including C# and Visual Basic .NET; a set of development tools, including Visual Studio .NET; and powerful tools for building applications, including the Common Language Runtime (CLR), a platform for compiling, debugging, and executing .NET applications.
A set of .NET Enterprise Servers, formerly known as SQL Server 2000, Exchange 2000, BizTalk 2000, and so on, that provide specialized functionality for relational data storage, email, B2B commerce, etc.
New .NET-enabled non-PC devices, from cell phones to game boxes.
The C# language can be used to develop three types of applications you can run on your Windows computer:
Console applications, which display no graphics
Windows applications, which use the standard Windows interface
Web applications, which can be accessed with a browser
This book will focus primarily on the basics of the C# language, mostly using simple console applications to illustrate language fundamentals.
The .NET Framework :
Central to the .NET platform is a development environment known as the .NET Framework. The Framework specifies how .NET programming constructs such as intrinsic types, classes, and interfaces are implemented. You will learn about these constructs in the chapters ahead.
The .NET Framework sits on top of any flavor of the Windows operating system. The most important components of the Framework are the Common Language Runtime (CLR), described in the preceding section, and the Framework Class Library (FCL), which provides an enormous number of predefined types or classes for you to use in your programs.
The C# Language :
The C# language is disarmingly simple, but C# is highly expressive when it comes to implementing modern programming concepts. C# includes all the support for structured, component-based, object-oriented programming that one expects of a modern language built on the shoulders of C++ and Java.
A small team led by two distinguished Microsoft engineers, Anders Hejlsberg and Scott Wiltamuth, developed the C# language. Hejlsberg is also known for creating Turbo Pascal, a popular language for PC programming, and for leading the team that designed Borland Delphi, one of the first successful Integrated Development Environments for client/server programming.
The goal of C# is to provide a simple, safe, object-oriented, Internet-centric, high-performance language for .NET development. C# is simple because there are relatively few keywords. This makes it easy to learn and easy to adapt to your specific needs.
C# is considered safe because it provides support in the language to find bugs early in the development process. This makes for code that is easier to maintain and programs that are more reliable.
C# was designed, from the very start, to support object-oriented programming. This book will explain not only how to write object-oriented programs, but also why object-oriented programming has become so popular. The short answer is this: programs are becoming increasingly complex, and object-oriented programming techniques help you manage that complexity.
C# was designed for .NET, and .NET was designed for developing web and web-aware programs. The Internet is a primary resource in most .NET applications.
Finally, C# was designed for professional high-performance programming.
wikipedia link on dotnet frame work
VISUAL STUDIO INTRODUCTION
C SHARP INTRODUCTION
C SHARP OUT LOOK
DOT NET AND C SHARP
C SHARP APPLICATION STRICTURE
OOPS INTRODUCTION
OOPS AND C SHARP
IDE AND C SHARP
INSTANTIATING OBJECTS IN C SHARP
CLASSES AND OBJECTS IN C SHARP
OPERATORS IN C SHARP
SWITCH AND ITERATION IN C SHARP
BRANCHING IN C SHARP
CONSTANTS AND STRING
STATIC AND INSTANCE MEMBERS IN DOT NET
The .NET Platform :
When Microsoft announced C# in July 2000, its unveiling was part of a much larger event: the announcement of the .NET platform. The .NET platform is a development framework that provides a new way to create Windows applications. However, .NET goes beyond traditional Windows programming to facilitate creating web applications quickly and easily.
Microsoft says it is devoting 80% of its research and development budget to .NET and its associated technologies. The results of this commitment are impressive. For one thing, the scope of .NET is huge. The platform consists of three separate product groups:
A set of languages, including C# and Visual Basic .NET; a set of development tools, including Visual Studio .NET; and powerful tools for building applications, including the Common Language Runtime (CLR), a platform for compiling, debugging, and executing .NET applications.
A set of .NET Enterprise Servers, formerly known as SQL Server 2000, Exchange 2000, BizTalk 2000, and so on, that provide specialized functionality for relational data storage, email, B2B commerce, etc.
New .NET-enabled non-PC devices, from cell phones to game boxes.
The C# language can be used to develop three types of applications you can run on your Windows computer:
Console applications, which display no graphics
Windows applications, which use the standard Windows interface
Web applications, which can be accessed with a browser
This book will focus primarily on the basics of the C# language, mostly using simple console applications to illustrate language fundamentals.
The .NET Framework :
Central to the .NET platform is a development environment known as the .NET Framework. The Framework specifies how .NET programming constructs such as intrinsic types, classes, and interfaces are implemented. You will learn about these constructs in the chapters ahead.
The .NET Framework sits on top of any flavor of the Windows operating system. The most important components of the Framework are the Common Language Runtime (CLR), described in the preceding section, and the Framework Class Library (FCL), which provides an enormous number of predefined types or classes for you to use in your programs.
The C# Language :
The C# language is disarmingly simple, but C# is highly expressive when it comes to implementing modern programming concepts. C# includes all the support for structured, component-based, object-oriented programming that one expects of a modern language built on the shoulders of C++ and Java.
A small team led by two distinguished Microsoft engineers, Anders Hejlsberg and Scott Wiltamuth, developed the C# language. Hejlsberg is also known for creating Turbo Pascal, a popular language for PC programming, and for leading the team that designed Borland Delphi, one of the first successful Integrated Development Environments for client/server programming.
The goal of C# is to provide a simple, safe, object-oriented, Internet-centric, high-performance language for .NET development. C# is simple because there are relatively few keywords. This makes it easy to learn and easy to adapt to your specific needs.
C# is considered safe because it provides support in the language to find bugs early in the development process. This makes for code that is easier to maintain and programs that are more reliable.
C# was designed, from the very start, to support object-oriented programming. This book will explain not only how to write object-oriented programs, but also why object-oriented programming has become so popular. The short answer is this: programs are becoming increasingly complex, and object-oriented programming techniques help you manage that complexity.
C# was designed for .NET, and .NET was designed for developing web and web-aware programs. The Internet is a primary resource in most .NET applications.
Finally, C# was designed for professional high-performance programming.
wikipedia link on dotnet frame work
VISUAL STUDIO INTRODUCTION
C SHARP INTRODUCTION
C SHARP OUT LOOK
DOT NET AND C SHARP
C SHARP APPLICATION STRICTURE
OOPS INTRODUCTION
OOPS AND C SHARP
IDE AND C SHARP
INSTANTIATING OBJECTS IN C SHARP
CLASSES AND OBJECTS IN C SHARP
OPERATORS IN C SHARP
SWITCH AND ITERATION IN C SHARP
BRANCHING IN C SHARP
CONSTANTS AND STRING
STATIC AND INSTANCE MEMBERS IN DOT NET
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