Aspect] is a simple and practical aspect-oriented extension to Java With just a few new constructs, AspectJ provides support for modular implementation of a range of crosscutting concerns. In AspectJ's dynamic join point model, join points are well-defined points in the execution of the program; pointcuts are collections of join points; advice are special method-like constructs that can be attached to pointcuts; and aspects are modular units of crosscutting implementation, comprising pointcuts, advice, and ordinary Java member declarations. AspectJ code is compiled into standard Java bytecode. Simple extensions to existing Java development environments make it possible to browse the crosscutting structure of aspects in the same kind of way as one browses the inheritance structure of classes. Several examples show that AspectJ is powerful, and that programs written using it are easy to understand.

An overview of AspectJ

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Feature-Oriented Software Product Lines

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Wireless sensor networks as part of a web-based building environmental monitoring system

A system and method for converting byte code of a first type into byte code of a second type. Byte code of a first type and markup language code are received as inputs. The first byte code is converted into constituent byte code data elements that can comprise any logical unit or grouping of at least a portion of a software application. The markup language code is converted into constituent markup language data elements that can comprise individual markup language tags and references to data or functionality in the first byte code. The first byte code data elements and markup language data elements are mapped to data elements of a second byte code type. The second byte code data elements are assembled into a resulting second byte code.

System and method for creating target byte code

The term aspect-oriented programming (AOP) has come to describe the set of programming mechanisms developed specifically to express crosscutting concerns. Since crosscutting concerns cannot be properly modularized within object-oriented programming, they are expressed as aspects and are composed, or woven, with traditionally encapsulated functionality referred to as components.Many AOP models exist, but their implementations are typically coupled with a single language. To allow weaving of existing components with aspects written in the language of choice, AOP requires a language-independent tool.

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Language-independent aspect-oriented programming

1 Objects and Classes.- Introducing Object-oriented Programming.- Writing a C# Class.- Writing a Program that Uses Class Rectangle.- Summary.- Exercises.- 2 Computers, Programming Languages, and C#.- The Components of a Typical Computer.- Programming Languages.- Operating Systems and Portability.- C#.- Developing programs with VisualStudio.NET.- Making Changes to a Class.- Summary.- 3 Variables, Types, and Assignment.- Storing Information -Variables.- Describing Information -Types.- Working with Real Numbers -Type float.- Working with Real Numbers -Type decimal.- Conversions Between Numeric Types.- Changing the Value of a Variable -Assignment.- All About Nothing -null.- Calculating New Values -Expressions.- Class string.- Initializing New Objects -Constructors.- Giving Names to Values -Constants.- Case Study: The Traveling Salesperson.- Summary.- Exercises.- 4 Making Decisions - Selection in C#.- Describing Conditions -Type bool.- Comparing Numeric Values.- Comparing bool Values.- Comparing Objects.- Comparing Object References.- Nested if Statements.- Using if to Select One of Many Alternative Courses of Action.- Defensive Programming.- Using an if Statement Without else.- More About && and | |.- The C# switch Statement.- Summary.- Exercises.- 5 Doing Things Repeatedly - Iteration in C#.- Repeating a Sequence of Statements -The while Statement.- Combining Iteration and Selection.- Generating Functions.- Repeating a Sequence of Statements One or More Times -do.- Case Study: The Traveling Salesperson Revisited.- Summary.- Exercises.- 6 More About Methods.- Referring to the Current Object.- Methods Without Values -void.- Passing Parameters to Methods.- Class Variables and Methods.- The Scope Rules of C#.- Overloading Methods.- Object Deletion and Destructors.- Case Study: Complex Numbers.- Summary.- Exercises.- 7 Abstraction and Encapsulation.- Abstraction.- Encapsulation.- Access Modifiers.- Properties.- Defining Operators for Objects.- Case Study: Complex Numbers Revisited.- Summary.- Exercises.- 8 More About Types and Values.- Value Types vs. Reference Types.- Defining Value Types -structs.- Passing Parameters by Reference.- Case Study: Intersecting Line Segments.- Summary.- Exercises.- 9 Characters, Strings and Things.- Working with Characters -Type char.- All About Strings.- Class StringBuilder.- Case Study: Roman Numerals.- Summary.- Exercises.- 10 Managing Collections of Data -Arrays in C#.- Arrays -The Basics.- The for Loop.- The Autoincrement and Autodecrement Operators.- Array Overflow.- The foreach Loop.- Managing Tables -Two-dimensional Arrays.- Indexers -Accessing Arbitrary Objects by Index.- Command Line Arguments.- Case Study: Managing a Lecture Timetable.- Summary.- Exercises.- 11 Inheritance.- Two Key Relationships: "Has-A" and "Is-A".- Demonstrating "Is-A" and "Has-A".- Problems with Implementing "Is-A" Relationships.- Introducing Inheritance.- Effects of Access Modifiers on Inheritance.- Implications of Inheritance on Type.- Changing Existing Methods in a Derived Class.- Interfaces.- Structs, Inheritance and Boxing.- Case Study.- Summary.- Exercises.- 12 Error Handling.- Understanding Stacks.- Dealing with Errors.- Throwing Exceptions.- C# Defined Exceptions.- Case Study.- Summary.- Exercises.- 13 GUI Development.- GUI Design.- Understanding Events.- Operating the GUI.- Case Study.- Summary.- Exercises.- 14 Case Study-Putting It All Together.- A Library Database Management System.- Identifying the Classes.- The Classes in Detail.- User Interface: Designing Our GUI.- Summary.- Exercises.- A Introducing the Internet and the World Wide Web.- B Case Study Source Code.

Learning to Program the Object-Oriented Way with C#

This chapter: 


considers some of the issues that arise in the design of a large object-oriented program


introduces the use of diagrams to represent the relationships between the classes in a program


describest the design of a large object-oriented program that implements a simple libray database management system

Case Study — Putting It All Together

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Language-independent aspect-oriented programming

Learning to Program the Object-Oriented Way with C#

Case Study — Putting It All Together