Table of Contents

• 1. 4003-707 Advanced Programming -- 20022
• 2. General Information
  • 2.1. Syllabus
  • 2.2. Course Goals
  • 2.3. Web Resources
  • 2.4. Texts
  • 2.5. Grading
  • 2.6. Homeworks
  • 2.7. Other Things
  • 2.8. Introduction to Object-Oriented Design
  • 2.9. Object-Oriented Ingrediences
  • 2.10. Object
  • 2.11. Class
  • 2.12. Encapsulation
  • 2.13. Methods
  • 2.14. Inheritance
  • 2.15. Polymorphism
  • 2.16. Object-Oriented Programming Keywords
• 3. What is Java?
  • 3.1. Differnt JVMS ...
  • 3.2. The first Program: Hello.java
  • 3.3. The first Application
  • 3.4. The first applet -- applets/hello
  • 3.5. Documentation -- javadoc
• 4. Java Programming Basics
  • 4.1. The First Program
  • 4.2. Use of the StringThing Class
  • 4.3. Declaration versus Creation
  • 4.4. Let's use our first Class!
  • 4.5. Confusion about this
  • 4.6. Primitive Types and Values
  • 4.7. Unicode
  • 4.8. String to int
  • 4.9. Arithmetic Expressions
  • 4.10. Arithmetic Operators
  • 4.11. Mixed Mode Arithmetic and Casting
  • 4.12. Strings and Numbers
  • 4.13. Assignment Operators
  • 4.14. Playing with the Basic Types
  • 4.15. Flow Control
  • 4.16. Conditions
  • 4.17. Relational Operators
  • 4.18. Logical Operators
  • 4.19. if Statement
  • 4.20. Find the Maximum of two Numbers I
  • 4.21. Find the Maximum of two Numbers II with ?:
  • 4.22. while Statement
  • 4.23. Calculate Sqrt(2) without the MathClass
  • 4.24. Continue
  • 4.25. Break
  • 4.26. Return
  • 4.27. Abrupt Completion
  • 4.28. do Statement
  • 4.29. for Statement
  • 4.30. Find all Prime Numbers in [ 2 ... 100 ]
  • 4.31. switch Statement
  • 4.32. Partial Lowercase Uppercase
  • 4.33. Questions
• 5. Class Relationships
  • 5.1. Parameter Passing
  • 5.2. Private, Protected, Public and Final
  • 5.3. Static in Classes/Methods Lifetime
  • 5.4. A Point Class
  • 5.5. Inner Classes
• 6. Inheritance
  • 6.1. Syntax
  • 6.2. Example
  • 6.3. Private, Protected and Final
  • 6.4. Determining Accessibility
  • 6.5. Polymorphism
  • 6.6. Another Example
  • 6.7. Class Cast I
  • 6.8. Class Cast I: Execution
  • 6.9. Abstract Classes
  • 6.10. Class Cast and Abstract Classes
  • 6.11. Documentation -- javadoc
  • 6.12. Additional Examples
  • 6.13. Interfaces
  • 6.14. Aggregation
  • 6.15. Short Examples for Clarification
  • 6.16. A Binary Search Tree
  • 6.17. Nested Classes
  • 6.18. Anonymous Classes
  • 6.19. Questions
  • 6.20. Static Initializer Blocks
  • 6.21. What is the following Example doing?
  • 6.22. Additional Questions
  • 6.23. Questions:
• 7. Exceptions
  • 7.1. Runtime Exceptions are Not Checked
  • 7.2. Try
  • 7.3. Catch
  • 7.4. Finally
  • 7.5. Throw
  • 7.6. Exceptions are Precise
  • 7.7. Example 1
  • 7.8. Example 2
  • 7.9. Try Example
  • 7.10. Example Throw and Re-throw
  • 7.11. A 'Real Example'
  • 7.12. Reading From Files
  • 7.13. Exception Index
  • 7.14. Exception Class
  • 7.15. Throwable
  • 7.16. Create a new Exception class
• 8. Java Tools
  • 8.1. Base Tools
  • 8.2. javac
  • 8.3. java
  • 8.4. jre
  • 8.5. jdb
  • 8.6. javah
  • 8.7. javap
  • 8.8. javadoc
  • 8.9. Java Doclets
  • 8.10. appletviewer
  • 8.11. rmic
  • 8.12. rmiregistry
  • 8.13. serialver
  • 8.14. Internationalization Tools
  • 8.15. Java && Jar
  • 8.16. CLASSPATH
  • 8.17. From Bytecode to Java
• 9. Collections
  • 9.1. What is a Collection
  • 9.2. How could we Implement the Previous Example?
  • 9.3. Iterators
  • 9.4. What Is a Collections Framework?
  • 9.5. Benefits of a Collections Framework
  • 9.6. Collection Interface
  • 9.7. Set Interface
  • 9.8. Lists
  • 9.9. Maps
  • 9.10. Maps vs Collections
  • 9.11. An Picture
  • 9.12. General Purpose Implementations
  • 9.13. Implementations: Set
  • 9.14. Implementations: List
  • 9.15. Implementations: Map
  • 9.16. Algorithms
  • 9.17. Object Ordering
  • 9.18. Filling a HashTable and using a reasonable hashfunction
  • 9.19. Filling a HashTable and not using a reasonable hashfunction
  • 9.20. Sorting Maps
  • 9.21. Shuffling
  • 9.22. Routine Data Manipulation
  • 9.23. Searching
  • 9.24. Finding Extreme Values
  • 9.25. Comparable
  • 9.26. Example I:
  • 9.27. Example II:
  • 9.28. Example III:
  • 9.29. Comparator
  • 9.30. Example: CORRECT
  • 9.31. Example: NOT CORRECT
  • 9.32. Warning
  • 9.33. Comparator in separate Classes
  • 9.34. Exercise I
  • 9.35. Exercise II
  • 9.36. Be Aware of!
  • 9.37. Be Aware of and an Idea
• 10. Threads
  • 10.1. Intro
  • 10.2. Principles and Features
  • 10.3. Creating and Using
  • 10.4. Interruption
  • 10.5. Join
  • 10.6. Using the Interface Runnable
  • 10.7. Thread States
  • 10.8. Competing Threads
  • 10.9. Method Synchronization
  • 10.10. Other Example:
  • 10.11. Object Synchronization
  • 10.12. Class Synchronization
  • 10.13. Wait and Notify
  • 10.14. Be carefull with wait(long timeout)
  • 10.15. Avoid Starvation and Deadlock
  • 10.16. DeadLocks
  • 10.17. Dining Philosophers
  • 10.18. Semaphore
  • 10.19. Semaphore II
  • 10.20. Producer-Consumer Problem
  • 10.21. Questions
• 11. Swing
  • 11.1. JFC
  • 11.2. Swingset
  • 11.3. Model View Controller
  • 11.4. Top-Level Containers
  • 11.5. General-Purpose Containers
  • 11.6. Special-Purpose Containers
  • 11.7. Basic Controls
  • 11.8. Uneditable Information Displays
  • 11.9. Editable Displays of Formatted Information
  • 11.10. Swing versus AWT
  • 11.11. The First Swing Program
  • 11.12. Layout Management
  • 11.13. Creating a Custom Layout Manager
  • 11.14. Layout Manager
  • 11.15. GridLayout Manager
  • 11.16. GridBagLayout Manager
  • 11.17. FlowLayout Manager
  • 11.18. Viewport Manager
  • 11.19. ScrollPaneLayout Manager
  • 11.20. A Calculator Layout
  • 11.21. GridBagLayout
  • 11.22. A Second Try
• 12. Event Handling
  • 12.1. Messaging vs. listening
  • 12.2. How to Implement an Event Handler
  • 12.3. Threads and Event Handling
  • 12.4. Interface MouseListener
  • 12.5. Availibility
  • 12.6. Checkbox
  • 12.7. Which One?
  • 12.8. Improved Lotto Handler ...
• 13. Painting
  • 13.1. An Example of Painting
  • 13.2. The Coordinate System
  • 13.3. Draw a Yellow Rectangle
  • 13.4. Draw a Red/Green/Blue Rectangle
  • 13.5. Draw many Red/Green/Blue Rectangles
  • 13.6. A Sketch Application
  • 13.7. A Ticker Application
• 14. Applets
  • 14.1. Many as an Applet
• 15. I/O: Files and Streams
  • 15.1. Overview
  • 15.2. Input Stream
  • 15.3. Output Stream
  • 15.4. Using Streams
  • 15.5. File Descriptor
  • 15.6. Data Processing Streams
  • 15.7. Data Sink Streams
  • 15.8. StreamTokenizer
  • 15.9. A Copy Program
  • 15.10. Size Matters: The second Copy Program
  • 15.11. Reading from Stdin
  • 15.12. A Grep Program
  • 15.13. Regualar Expressions
  • 15.14. Regualar Expressions in Java
  • 15.15. Example 1
  • 15.16. Example 2
  • 15.17. Serializing Objects
  • 15.18. Can an Object include itself?
  • 15.19. Make it Serializable
  • 15.20. StreamTokenizer
  • 15.21. Not Discussed.
• 16. Networking
  • 16.1. The Subject
  • 16.2. A Network Architecture Example: WWW
  • 16.3. What is the Internet
  • 16.4. What is an Intranet
  • 16.5. Protocol
  • 16.6. Protocol Layering
  • 16.7. The OSI Seven-Layer Model
  • 16.8. TCP/IP
  • 16.9. TCP/IP layering
  • 16.10. Internet Addresses
  • 16.11. IP Address Classes
  • 16.12. Ethernet Address
  • 16.13. Encapsulation
  • 16.14. TCP Ports
  • 16.15. Socket
  • 16.16. java.net
  • 16.17. Getting Information
  • 16.18. Daytime Client
  • 16.19. Daytime Server
  • 16.20. Reading from and Writing to a Socket
  • 16.21. Connection to an URL
  • 16.22. Multi Client Server and Client
  • 16.23. Datagram Socket
  • 16.24. Remote Method Invocation
  • 16.25. Remote Method Invocation: Idea
  • 16.26. Remote Method Invocation: Idea II
  • 16.27. SenderProxy/Receiver Proxy
  • 16.28. SenderProxySource Code
  • 16.29. ReceiverProxySource Code
  • 16.30. Remote Method Invovation Registry
  • 16.31. Passing Non-remote Objects
  • 16.32. Advantages of Dynamic Code Loading
  • 16.33. Remote Interfaces, Objects, and Methods
  • 16.34. Creating Distributed Applications Using RMI
  • 16.35. Intro Example
  • 16.36. Hello World
  • 16.37. Hello World II
  • 16.38. Multiple Servers
  • 16.39. Running Multiple Server on different Machines
  • 16.40. Startup Multiple Server on different Machines
  • 16.41. Calculating PI
  • 16.42. Receiving and Sending Objects
  • 16.43. RMI and Multi Threaded Problems
  • 16.44. Dynamic Class Loading
• 17. Reflection API
  • 17.1. Intro example
  • 17.2. Discovering Class Modifiers
  • 17.3. Identifying Class Fields
  • 17.4. Getting Values
  • 17.5. Setting Values
  • 17.6. Obtaining Method Information
  • 17.7. Invoking Methods
• 18. An Introduction to JRMS
  • 18.1. Reliable Multicast
  • 18.2. What is IP Multicast?
  • 18.3. Multicast Addresses
  • 18.4. Class D IP Address
  • 18.5. Internet Group Management Protocol
  • 18.6. Benefits
  • 18.7. TCP/IP Friendly
  • 18.8. Use Cases
  • 18.9. ! Use Cases
  • 18.10. Aspects of Reliable?
  • 18.11. IETF Criteria for Evaluating Reliable Multicast Transport and Application Protocols
  • 18.12. Automatic Repair Head Tree Configuration
  • 18.13. How does sending Data works?
  • 18.14. Tradeoff Considerations
  • 18.15. Static configuration
  • 18.16. Directory
  • 18.17. Expanding Ring Search
  • 18.18. Expanding Ring Search
  • 18.19. Forward error Correction
  • 18.20. JRMS -- An Introduction
  • 18.21. JRMS Architecture
  • 18.22. General use of JRMS
  • 18.23. Multicast Transport API for JRMS
  • 18.24. LRMP
  • 18.25. TRAM
  • 18.26. Throughput
  • 18.27. The Problem
  • 18.28. The Solution: Congestion Control Algorithm
  • 18.29. Multicast Advertising
  • 18.30. Multicast Address Management
  • 18.31. Channel Management
  • 18.32. More Info
• 19. Many-to-Many Invocation:
  A New Object Oriented Paradigm to build Software Infrastructures
  
  • 19.1. Current Hardware Infrastructure
  • 19.2. Administration
  • 19.3. Current Software Infrastructure
  • 19.4. Typical Communication Pattern
  • 19.5. Typical Ways to Communicate
  • 19.6. A typical Client-Server Architecture
  • 19.7. A typical Client-Server Architecture Problem
  • 19.8. Different Kind of Infrastructure
  • 19.9. Different Kind of Hardware Infrastructure
  • 19.10. Different Kind of Environment: Ad Hoc Network
  • 19.11. A typical Serverless Architecture
  • 19.12. Different Kind of Software Infrastructure
  • 19.13. M2MI: A New Paradigm for Ad Hoc Collaborative Systems
  • 19.14. References
  • 19.15. Using Omnihandles
  • 19.16. Using Multihandles
  • 19.17. Using Unihandles
  • 19.18. Characteristics of M2MI Invocations
  • 19.19. M2MI Based Application
  • 19.20. The Idea for a Chat Application
  • 19.21. The Chat Interface
  • 19.22. Chat Object Source Code
  • 19.23. Service Discovery
  • 19.24. The Idea
  • 19.25. The Interfaces
  • 19.26. Other M2MI Applications
  • 19.27. M2MI Architecture
  • 19.28. Layers
  • 19.29. Software Architecture
  • 19.30. Status
  • 19.31. In Progress
  • 19.32. Future Plans
• 20. Possible Questions
• 21. Homework 1 -- Dec/4/2002 - Dec/11/2001
• 22. Homework 2 -- Dec/16/2002 - Jan/6/2003
• 23. Homework 3 -- Dec/23/2002 - Jan/10/2003
• 24. Homework 4 -- Jan/13/2003 - Jan/26/2003
• 25. Homework 5 -- Jan/22/2003 - Jan/19/2003
• 26. Homework 6 -- Jan/29/2003 - Feb/5/2003
• 27. Homework 7 -- Feb/5/2003 - Feb/16/2003
• 28. Under Construction
• 29. Homework 5 -- Jan/29/2003 - Feb/20/2003