ITA | ENG
B006809 - PROGRAMMING METHODOLOGIES
Main information
Course Content
Suggested readings
Learning Objectives
Prerequisites
Further information
Type of Assessment
Course program
Academic Year 2012-13
Course year
Second year - First Semester
Belonging Department
Statistics, IT and its applications "G. Parenti" (DISIA)
Course Type
Single education field course
Scientific Area
INF/01 - INFORMATICS
Credits
6
Teaching Hours
48
Teaching Term
24/09/2012 ⇒ 21/12/2012
Attendance required
No
Type of Evaluation
Final Grade
Course Content
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Course program
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Lectureship
Course Content
Modularization for reusability and extensibility. Notion of class, abstraction interfaces, relations between classes (inheritance and customers, aggregation and composition, multiple inheritance). The object model and binding methods. The type system in Java and its properties. Generic type and subtype polymorphism. General use of classes. The formalism U.M.L. for the analysis and description of the system. Advanced solutions: The Design Pattern. Language used: Java.
Suggested readings (Search our library's catalogue)
-Thinking in Java. B. Eckel (Apogeo).
-Progettazione del software e Design Pattern in Java. C. Horstmann (Apogeo).
-Progettazione del software e Design Pattern in Java. C. Horstmann (Apogeo).
Learning Objectives
knowledge:
The course aims to acquaint the student with the techniques and objectives associated with the design and implementation of software according to the object-oriented methodology, by pointing out both the engineering aspects, the organization of components, and those programmativi, relating to characteristics of object oriented languages.
Acquired skills:
On deepening and application to case studies paradigm of knowledge acquired during the course, students will gain a more conscious and effective use of advanced programming techniques, addressed to the quality of the software product.
Skills acquired (at the end of the course):
Ability to develop flexible software, using advanced object-oriented techniques.
The course aims to acquaint the student with the techniques and objectives associated with the design and implementation of software according to the object-oriented methodology, by pointing out both the engineering aspects, the organization of components, and those programmativi, relating to characteristics of object oriented languages.
Acquired skills:
On deepening and application to case studies paradigm of knowledge acquired during the course, students will gain a more conscious and effective use of advanced programming techniques, addressed to the quality of the software product.
Skills acquired (at the end of the course):
Ability to develop flexible software, using advanced object-oriented techniques.
Prerequisites
Courses required: Programming
Recommended courses: Algorithms and Data Structures
Recommended courses: Algorithms and Data Structures
Further information
Frequency of lessons and exercises: Recommended
Tools to support teaching UniFi E-Learning: http://el.unifi.it
Office hours:
FRIDAY.: 14:30 to 16:00
Tools to support teaching UniFi E-Learning: http://el.unifi.it
Office hours:
FRIDAY.: 14:30 to 16:00
Type of Assessment
Written and Oral
Course program
The methodology for object-oriented software construction: design techniques and language constructs to obtain code extensible, reusable and compatible.
1. Classes, interface and hidden implementation.
2. UML (Unified Modeling Language), the "class diagram" for the analysis, design and documentation.
3. Inheritance '. Object composition and delegation of messages. Abstract classes.
4. Classes as types. Subtype and parametric polymorphism.
5. Object-oriented programming in Java. Classes and Interfaces; Construction of objects, copy and serialization, error handling with exceptions. RTTI and Reflection. Static control types: cast and Fairness. General classes.
6. Programming by contract: invariants, pre / post conditions, Sottocontratti.
7. Design Patterns: Singleton, Abstract Factory, Composite, Visitor, Decorator, Observer.
1. Classes, interface and hidden implementation.
2. UML (Unified Modeling Language), the "class diagram" for the analysis, design and documentation.
3. Inheritance '. Object composition and delegation of messages. Abstract classes.
4. Classes as types. Subtype and parametric polymorphism.
5. Object-oriented programming in Java. Classes and Interfaces; Construction of objects, copy and serialization, error handling with exceptions. RTTI and Reflection. Static control types: cast and Fairness. General classes.
6. Programming by contract: invariants, pre / post conditions, Sottocontratti.
7. Design Patterns: Singleton, Abstract Factory, Composite, Visitor, Decorator, Observer.