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Java across Different Curricula
and Courses
Dragoslav Pešović, Mirjana Ivanović, Anastas Mišev
DAAD project
“Joint Course on OOP using Java”
Humboldt University Berlin, University of Novi Sad, ‘Polytehnica’ University of Timisoara,
University of Plovdiv, University of Belgrade
Version: May 28, 2004
Agenda
Final selection of topics
• Basic topics
• Advanced topics
Possible usage of available topics in 6
different courses at 2 universities
•
•
•
•
•
•
Object-Oriented Programming I
Data Structures and Algorithms
Object-Oriented Programming II
Network Operating Systems
Data Bases II
Operating Systems I
Conclusion
DAAD project „Joint Course on OOP using Java“ ©
2
Final Selection of Topics
Basic topics
• Cover basic Java programming concepts
• Intended for students who may or may not
already be familiar with OOP concepts
Advanced topics
• Cover many advanced Java topics
• Intended for students who whish to broaden
their knowledge
• Students must be familiar with basic Java
programming concepts
• Mainly for elective or higher-year courses
DAAD project „Joint Course on OOP using Java“ ©
3
Agenda
Final selection of topics
• Basic topics
• Advanced topics
Possible usage of available topics in 6
different courses at 2 universities
•
•
•
•
•
•
Object-Oriented Programming I
Data Structures and Algorithms
Object-Oriented Programming II
Network Operating Systems
Data Bases II
Operating Systems I
Conclusion
DAAD project „Joint Course on OOP using Java“ ©
4
Basic Topics
Topic
T01. Getting
Started
Presentation
T02. The
Language
Overview
(Elements of
Java)
T03. Primitive
Data Types
T04. Statements
– Control
Structures
T05. Introduction Version1. Basic OO
to OO
programming concepts
Programming
for novices
Contents
Introduction to Java
technology, Java
programming
environment.
Basic Java elements,
program structure.
Status
Finished
Who
Mira, April
2008
Finished
Mira, April
2008
Declaring and initializing
variables, simple I/O,
operators
Finished
Mira, April
2008
Finished
Mira
Still Open
Mira
Still Open
Mira or
maybe
Zivana
Objects, classes, built-in
Java classes, type
casting, java.lang.*,
java.util.*
Version2. OO
Objects, classes,
programming concepts in inheritance in Java and
Java for C++ students
other programming
languages
DAAD project „Joint Course on OOP using Java“ ©
5
Basic Topics
Topic
T06. Reference
Data Types
Presentation
T07. Packages
T08. Exception
Handling
T09. JavaBeans
Basics. Basic
Elements of
Windows and
Applets
T10. Quick
Introduction to
UML and XML
T11. Introducing
SE Principles in
Java
Programming
DAAD project „Joint Course on OOP using Java“ ©
Contents
Creating new classes,
constructors, overloading,
arrays composition,
inheritance,
polymorphism,
interfaces, abstract
classes, inner classes
Status
Klaus –
Finished,
Mira - In
Progress
Finished
Finished
JFrame, JApplet, running
applets
Mouse in Maze
Who
Klaus (most
of them),
Mira
(abstract
classes,
inner
classes)
Mira
Klaus
Almost
Finished
Mira,
JavaBeans,
April 2008.
In Progress
Mira and
students
Finished
Klaus
6
Basic Topics
Topic Dependency Graph
• Word document
• PDF document
DAAD project „Joint Course on OOP using Java“ ©
7
Agenda
Final selection of topics
• Basic topics
• Advanced topics
Possible usage of available topics in 6
different courses at 2 universities
•
•
•
•
•
•
Object-Oriented Programming I
Data Structures and Algorithms
Object-Oriented Programming II
Network Operating Systems
Data Bases II
Operating Systems I
Conclusion
DAAD project „Joint Course on OOP using Java“ ©
8
Advanced Topics
Topic
T12. Strings
Presentation
Contents
String, StringBuilder,
StringBuffer,
StringTokenizer, Regular
Expressions, Formatting
Input, Scanning Output
T13. Windows &
Applets
T14. Collections
T15. The Java
I/O System
T16. Serialization
T17. Java 5 New
Features
T18. Generics
DAAD project „Joint Course on OOP using Java“ ©
Arrays, containers,
generics
Generics, boxing,
varargs, enhanced for
loop, enumerations, static
imports, annotations,
formatting, threading,
overriding return types,
unicode
Status
Will be done
by the
workshop
Who
Boro
Still Pending
Finished
Dragoslav,
based on the
presentation
in Serbian.
Dragoslav
Almost
Finished
Finished
Finished
Mira, April
2008.
Anastas
Dragoslav
Finished
Dragoslav
9
Advanced Topics
Topic
Presentation
T19. Enumerated
Types
T20. Annotations
T21. Threads
Threads in Java
Classical Synchronization
Problems in Java
T22. Network
Programming
(TCP, UDP, URL,
Socket)
Network Programming
URL and URLConnection
DAAD project „Joint Course on OOP using Java“ ©
Contents
Status
Finished
Who
Dragoslav
Finished
Finished?
Finished
Dragoslav
Producer-Consumer
Problem, Readers-Writers
Problem Generalizations,
Dining Philosophers,
Semaphores, Event
Counters, Bounded
Semaphores, Blocking
Barriers
Basic networking
Finished
concepts, client and
server programming, IP
and Java sockets
HTTP protocol, associated Finished
classes, CGI, HTTP
commands
Dragoslav
Anastas
Anastas
10
Advanced Topics
Topic
T23. Distributed
Applications
Presentation
Client/Server
Programming
T24. Java
Security
RMI
Security
Java Cryptography
Architecture
T25. Data Bases
(JDBC)
T26. Java
Internet
Programming,
Servlets, JSP
T27. Enterprise
JavaBeans
T28. Mobile
Agent Technology
Using Java
DAAD project „Joint Course on OOP using Java“ ©
Contents
Status
TCP client and server
Finished
programming, application
level protocols,
multithreading
Who
Anastas
Finished
Finished
Anastas
Anastas
Vangel?
Milos?
Vangel?
Vangel?
Mira?
Dragoslav?
11
Advanced Topics
Topic Dependency Graph
• Word document
• PDF document
DAAD project „Joint Course on OOP using Java“ ©
12
Agenda
Final selection of topics
• Basic topics
• Advanced topics
Possible usage of available topics in 6
different courses at 2 universities
•
•
•
•
•
•
Object-Oriented Programming I
Data Structures and Algorithms
Object-Oriented Programming II
Network Operating Systems
Data Bases II
Operating Systems I
Conclusion
DAAD project „Joint Course on OOP using Java“ ©
13
Possible Usage of Available Topics
6 different courses
•
•
•
•
•
•
Object-Oriented Programming I
Data Structures and Algorithms
Object-Oriented Programming II
Network Operating Systems
Data Bases II
Operating Systems I
2 universities
• Novi Sad
• Skopje
DAAD project „Joint Course on OOP using Java“ ©
14
1. OOP1
 Object-Oriented Programming I (core course)
 Novi Sad, 3rd semester
Topic
T01. Getting Started
Presentation
T02. The Language
Overview (Elements of Java)
T03. Primitive Data Types
T04. Statements – Control
Structures
T05. Introduction to OO
Programming
T06. Reference Data Types
Contents
Introduction to Java technology, Java
programming environment.
Basic Java elements, program structure.
Declaring and initializing variables,
simple I/O, operators
Version1. Basic OO
Objects, classes, built-in Java classes,
programming concepts type casting, java.lang.*, java.util.*
for novices
Creating new classes, constructors,
overloading, arrays composition,
inheritance, polymorphism, interfaces,
abstract classes, inner classes
T07. Packages
T08. Exception Handling
DAAD project „Joint Course on OOP using Java“ ©
15
1. OOP1
 Object-Oriented Programming I (core course)
 Novi Sad, 3rd semester
Topic
T09. JavaBeans Basics.
Basic Elements of Windows
and Applets
T10. Quick Introduction to
UML and XML
T11. Introducing SE
Principles in Java
Programming
Presentation
DAAD project „Joint Course on OOP using Java“ ©
Contents
JFrame, JApplet, running applets
Mouse in Maze
16
2. DSA
 Data Structures and Algorithms (core course)
 Skopje, 3rd semester
 Course also includes topics from perun.im.ns.ac.yu/java
(Part III - Data structures and algorithms in Java)
Topic
T01. Getting Started
Presentation
T02. The Language
Overview (Elements of Java)
T03. Primitive Data Types
T04. Statements – Control
Structures
T05. Introduction to OO
Programming
Contents
Introduction to Java technology, Java
programming environment.
Basic Java elements, program structure.
Declaring and initializing variables,
simple I/O, operators
Version2. OO
Objects, classes, inheritance in Java and
programming concepts other programming languages
in Java for C++
students
DAAD project „Joint Course on OOP using Java“ ©
17
2. DSA
 Data Structures and Algorithms (core course)
 Skopje, 3rd semester
 Course also includes topics from perun.im.ns.ac.yu/java
(Part III - Data structures and algorithms in Java)
Topic
T06. Reference Data Types
Presentation
T08. Exception Handling
T12. Strings
DAAD project „Joint Course on OOP using Java“ ©
Contents
Creating new classes, constructors,
overloading, arrays composition,
inheritance, polymorphism, interfaces,
abstract classes, inner classes
String, StringBuilder, StringBuffer,
StringTokenizer, Regular Expressions,
Formatting Input, Scanning Output
18
3. OOP2
 Object-Oriented Programming II (elective course)
 Novi Sad, 4th semester
Topic
T12. Strings
T13.
T14.
T15.
T16.
T17.
Presentation
Windows & Applets
Collections
The Java I/O System
Serialization
Java 5 New Features
Contents
String, StringBuilder, StringBuffer,
StringTokenizer, Regular Expressions,
Formatting Input, Scanning Output
Detailed version
Arrays, containers, generics
Generics, boxing, varargs, enhanced for
loop, enumerations, static imports,
annotations, formatting, threading,
overriding return types, unicode
T18. Generics
T19. Enumerated Types
T20. Annotations
DAAD project „Joint Course on OOP using Java“ ©
19
3. OOP2
 Object-Oriented Programming II (elective course)
 Novi Sad, 4th semester
Topic
T21. Threads *
T22. Network Programming
(TCP, UDP, URL, Socket) *
T23. Distributed
Applications *
T24. Java Security
Presentation
Threads in Java
Network Programming
URL and
URLConnection
Client/Server
Programming
Contents
Basic networking concepts, client and
server programming, IP and Java
sockets
HTTP protocol, associated classes, CGI,
HTTP commands
TCP client and server programming,
application level protocols,
multithreading
RMI
Security
Java Cryptography
Architecture
* Only basic things, quick overview
DAAD project „Joint Course on OOP using Java“ ©
20
4. NOS
 Network Operating Systems (elective course)
 Skopje, 6th semester
Topic
T16. Serialization
T20. Annotations
T21. Threads
T22. Network Programming
(TCP, UDP, URL, Socket)
T23. Distributed
Applications
Presentation
Threads in Java
Classical
Synchronization
Problems in Java
Network Programming
URL and
URLConnection
Client/Server
Programming
Contents
Producer-Consumer Problem, ReadersWriters Problem Generalizations, Dining
Philosophers, Semaphores, Event
Counters, Bounded Semaphores,
Blocking Barriers
Basic networking concepts, client and
server programming, IP and Java
sockets
HTTP protocol, associated classes, CGI,
HTTP commands
TCP client and server programming,
application level protocols,
multithreading
RMI
DAAD project „Joint Course on OOP using Java“ ©
21
4. NOS
 Network Operating Systems (elective course)
 Skopje, 6th semester
Topic
T24. Java Security
Presentation
Security
Java Cryptography
Architecture
Contents
T25. Data Bases (JDBC)
T28. Mobile Agent
Technology Using Java
DAAD project „Joint Course on OOP using Java“ ©
22
5. DB2
 Data Bases II (elective course)
 Novi Sad, 5th semester
Topic
T14. Collections
T25. Data Bases (JDBC)
T26. Java Internet
Programming, Servlets, JSP
T27. Enterprise JavaBeans
Presentation
DAAD project „Joint Course on OOP using Java“ ©
Contents
Arrays, containers, generics
23
6. OS1
 Operating Systems I (core course)
 Novi Sad, 5th semester
Topic
T21. Threads
Presentation
Threads in Java
Classical
Synchronization
Problems in Java
DAAD project „Joint Course on OOP using Java“ ©
Contents
Producer-Consumer Problem, ReadersWriters Problem Generalizations, Dining
Philosophers, Semaphores, Event
Counters, Bounded Semaphores,
Blocking Barriers
24
Agenda
Final selection of topics
• Basic topics
• Advanced topics
Possible usage of available topics in 6
different courses at 2 universities
•
•
•
•
•
•
Object-Oriented Programming I
Data Structures and Algorithms
Object-Oriented Programming II
Network Operating Systems
Data Bases II
Operating Systems I
Conclusion
DAAD project „Joint Course on OOP using Java“ ©
25
Conclusion
The proposed organization of the teaching
material is very important because:
• it covers a wide variety of Java topics,
• it can be used for different courses,
• different topics can be used in different institutions
(project members).
The material is well prepared.
• Different lecturers worked on different topics according to
their affinities or areas of their educational-scientific
expertise.
• Through discussing different views and opinions, creators
of the material gained a more complex insight into topics,
and therefore a better quality of the material is achieved.
DAAD project „Joint Course on OOP using Java“ ©
26
Conclusion
Constant improvement, modernization, and
expansion of the material.
Good basis for making web-based,
distance-learning, LLL course(s).
DAAD project „Joint Course on OOP using Java“ ©
27
Thank you for your
attention.
DAAD project „Joint Course on OOP using Java“ ©
28