Professional VB 2005 with .NET 3.0 (Programmer to Programmer) - page 1
- Table of Contents
- Table of Contents
- Back Cover
- Professional VB 2005 with .NET 3.0
- Credits
- Introduction
- The Importance of Visual Basic
- Who This Book IS For
- What You Need to Use This Book
- What This Book Covers
- Conventions
- Customer Support
- Chapter 1: Understanding the .NET Framework Architecture
- An Overview of the .NET Framework
- The Common Language Runtime
- The Next Layer-The .NET Class Framework
- User and Program Interfaces in .NET
- XML as the .NET Metalanguage
- The Role of COM
- Major Differences in .NET 2.0
- Summary
- Chapter 2: Visual Basic 2005 Core Elements
- Initial Keywords and Syntax
- Value and Reference Types
- Value Types (Structures)
- Reference Types (Classes)
- Boxing
- Parameter Passing
- Variable Scope
- Datatype Conversions
- Commands
- Summary
- Chapter 3: Object Syntax Introduction
- Object-Oriented Terminology
- Working with Objects
- Creating Classes
- Advanced Concepts
- Summary
- Chapter 4: Object-Oriented Programming
- Inheritance
- Multiple Interfaces
- Abstraction
- Encapsulation
- Polymorphism
- Inheritance
- Summary
- Chapter 5: The Common Language Runtime
- Elements of a .NET Application
- Versioning and Deployment
- Cross-Language Integration
- IL Disassembler
- Memory Management
- Summary
- Chapter 6: Localization
- Declaring Culture Globally in ASP.NET
- Adopting Culture Settings in ASP.NET
- Translating Values and Behaviors
- Working with ASP.NET 2.0 Resource Files
- Resource Files in Windows Forms
- Working with the Resource Editor
- Summary
- Chapter 7: Generics
- Using Generics
- Generic Methods
- Creating Generics
- Summary
- Chapter 8: Namespaces
- What Is a Namespace?
- Importing and Aliasing Namespaces
- Creating Your Own Namespaces
- The My Keyword
- Summary
- Chapter 9: Exception Handling and Debugging
- A Brief Review of Error Handling in VB6
- Exceptions in .NET
- Structured-Exception-Handling Keywords
- Interoperability with VB6-Style Error Handling
- Error Logging
- Analyzing Problems and Measuring Performance via the Trace Class
- Summary
