Visual Studio .NET
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Visual Studio .NET can help you produce robust applications with very few bugs fairly quickly. It includes a lot of features to help make a programmer's job easier. However, it has its own disconcerting quirks. This article will help you understand the basics and avoid the traps. It is excerpted from
Programming ASP.NET by Jesse Liberty and Dan Hurwitz (O'Reilly, 2003; ISBN 0596004877).
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If your goal is to produce significant, robust, and elegant applications with few bugs, in a minimum amount of time, then a modern IDE, such as Microsoft Visual Studio .NET, is an invaluable tool. Visual Studio .NET offers many advantages to the .NET developer, including:
- A modern interface, using a tabbed document metaphor for code and layout screens, and dockable toolbars and information windows.
- Convenient access to multiple design and code windows.
- WYSIWYG (What You See Is What You Get) visual design of Windows and Web Forms.
- Code completion, which allows you to enter code with fewer errors and less typing.
- Intellisense, which pops up help on every method and function call as you type, providing the types of all parameters and the return type.
- Dynamic, context-sensitive help, which allows you to view topics and samples relevant to the code you are writing at the moment. You can also search the complete SDK library from within the IDE.
- Immediate flagging of syntax errors, which allows you to fix problems as they are entered.
- A Start Page, which provides easy access to new and existing projects.
- The same code editor for all .NET languages, which shortens the learning curve. Each language can have specialized aspects, but all languages benefit from shared features, such as incremental search, code outlining, collapsing text, line numbering, color-coded keywords, etc.
- An HTML editor, which provides both Design and HTML views that update each other in real time.
- A Solution Explorer, which displays all the files comprising your solution (which is a collection of projects) in an outline.
- A Server Explorer, which allows you to log on to servers to which you have network access, access the data and services on those servers, and perform a variety of other chores.
- An integrated Debugger, which allows you to step through code, observe program runtime behavior, and set breakpoints, even across multiple languages and multiple processes.
- Customization capability, which allows you to set user preferences for IDE appearance and behavior.
- Integrated build and compile support.
- Integrated support for source control software.
- A built-in task list.
However, while Visual Studio .NET can save you a lot of grunt typing, the automatically generated code can obscure what is really necessary to create good working programs. VS.NET can seem like a black box; it is sometimes difficult to know how the IDE accomplishes its legerdemain. For instance, the proliferation of mysteriously named files across your filesystem can be disconcerting when all you want to do is a simple housekeeping chore, such as renaming a minor part of the project. Worst of all, VS.NET occasionally decides to reformat all your carefully constructed code, mashing indents and line breaks like some malevolent typist drunk on too much coffee.
All of these caveats notwithstanding, Visual Studio .NET is a highly useful tool that can save you hours of repetitive tasks. It is also a large and complex program, so it is impossible in this chapter to explore its many nooks and crannies. Instead this chapter will lay the foundation for understanding and using Visual Studio .NET and point out traps along the way.
For a thorough coverage of Visual Studio .NET, please see
Mastering Visual Studio .NET, by Jon Flanders, Ian Griffiths, and Chris Sells (O’Reilly).
 This article is excerpted from Programming ASP.NET by Jesse Liberty and Dan Hurwitz(O'Reilly, 2003; ISBN 0596004877). Check it out at your favorite bookstore today. Buy this book now. |
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