SqueakByExmaple

Suqeak By Exmaple

원문 사이트
http://squeakbyexample.org/

번역에 사용한 원문 PDF
media:Squeak_by_example.pdf

번역진행
번역사님(이름을 잊었습니다 죄송합니다..-.-)

검수진행
smalltalk korea

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도입

• 서문
• 목차

1장 시작하기

• [[:SqueakByExample:1|1. 스퀵으로의 짧은여행]
• 1.1 Getting started
• 1.2 The World menu
• 1.3 Saving, quitting and restarting a Squeak session
• 1.4 Workspaces and Transcripts
• 1.5 Keyboard shortcuts
• 1.6 SqueakMap
• 1.7 The System Browser
• 1.8 Finding classes
• 1.9 Finding methods
• 1.10 Defining a new method
• 1.11 Chapter summary

• 2 A first application
• 2.1 The Quinto game
• 2.2 Creating a new class Category
• 2.3 Defining the class SBECell
• 2.4 Adding methods to a class
• 2.5 Inspecting an object
• 2.6 Defining the class SBEGame
• 2.7 Organizing methods into protocols
• 2.8 Let’s try our code
• 2.9 Saving and sharing Smalltalk code
• 2.10 Chapter summary

• 3 Syntax in a nutshell
• 3.1 Syntactic elements
• 3.2 Pseudo-variables
• 3.3 Message sends
• 3.4 Method syntax
• 3.5 Block syntax
• 3.6 Conditionals and loops in a nutshell
• 3.7 Primitives and pragmas
• 3.8 Chapter summary

• 4 Understanding message syntax
• 4.1 Identifying messages
• 4.2 Three kinds of messages
• 4.3 Message composition
• 4.4 Hints for identifying keyword messages
• 4.5 Expression sequences
• 4.6 Cascaded messages
• 4.7 Chapter summary

2장 Developing in Squeak

• 5 The Smalltalk object model
• 5.1 The rules of the model
• 5.2 Everything is an Object
• 5.3 Every object is an instance of a class
• 5.4 Every class has a superclass
• 5.5 Everything happens by message sending
• 5.6 Method lookup follows the inheritance chain
• 5.7 Shared variables
• 5.8 Chapter summary

• 6 The Squeak programming environment
• 6.1 Overview
• 6.2 The System Browser
• 6.3 Monticello
• 6.4 The Inspector and the Explorer
• 6.5 The Debugger
• 6.6 The Process Browser
• 6.7 Finding methods
• 6.8 Change sets and the Change Sorter
• 6.9 The File List Browser
• 6.10 In Smalltalk, you can’t lose code
• 6.11 Chapter summary

• 7 SUnit
• 7.1 Introduction
• 7.2 Why testing is important
• 7.3 What makes a good test?
• 7.4 SUnit by example
• 7.5 The SUnit cook book
• 7.6 The SUnit framework
• 7.7 Advanced features of SUnit
• 7.8 The implementation of SUnit
• 7.9 Some advice on testing
• 7.10 Chapter summary

• 8 Basic Classes
• 8.1 Object
• 8.2 Numbers
• 8.3 Characters
• 8.4 Strings
• 8.5 Booleans
• 8.6 Chapter summary

• 9 Collections
• 9.1 Introduction
• 9.2 The varieties of collections
• 9.3 Implementations of collections
• 9.4 Examples of key classes
• 9.5 Collection iterators
• 9.6 Some hints for using collections
• 9.7 Chapter summary

• 10 Streams
• 10.1 Two sequences of elements
• 10.2 Streams vs. collections
• 10.3 Streaming over collections
• 10.4 Using streams for file access
• 10.5 Chapter summary

• 11 Morphic
• 11.1 The history of Morphic
• 11.2 Manipulating morphs
• 11.3 Composing morphs
• 11.4 Creating and drawing your own morphs
• 11.5 Interaction and animation
• 11.6 Interactors
• 11.7 Drag-and-drop
• 11.8 A complete example
• 11.9 More about the canvas
• 11.10 Chapter summary

3장 Advanced Squeak

• 12 Classes and metaclasses
• 12.1 Rules for classes and metaclasses
• 12.2 Revisiting the Smalltalk object model
• 12.3 Every class is an instance of a metaclass
• 12.4 The metaclass hierarchy parallels the class hierarchy
• 12.5 Every metaclass Inherits from Class and Behavior
• 12.6 Every metaclass is an instance of Metaclass
• 12.7 The metaclass of Metaclass is an Instance of Metaclass
• 12.8 Chapter summary

Appendices A Frequently Asked Questions

• A.1 Getting started
• A.2 Collections
• A.3 Browsing the system
• A.4 Using Monticello and SqueakSource
• A.5 Tools
• A.6 Regular expressions and parsing

• Bibliography