OBJECT-ORIENTED SOFTWARE ENGINEERING PDF

OBJECT-ORIENTED SOFTWARE ENGINEERING PPT

Professor : Glenn David Blank

Prerequisites: Familiarity with a high-level programming language and data structures
Textbooks:
    Craig Larman, Applying UML and Patterns, 3rd Edition, Prentice-Hall, 2007. Required. The following online books are recommended:
    Bruce Eckel's Thinking in Java,4th edition, with JDK 2 code, is available for free, electronically.
    Bruce Eckel's Thinking in C++, 2nd edition, a recommended textbook, is available for free, electronically

Lecture Slides:

• Lecture 1a: Course objectives (Powerpoint).
• Lecture 1b: Classes in C++ (Powerpoint).
• Handout for lecture 1b/c: a few C++ code fragments, illustrating data abstraction, inheritance and dynamic binding (Word document)
• Lecture 2: Why software engineering? (Powerpoint).
• Lecture 3: Requirements and Use Cases (Powerpoint)
  • Requirements specification for Undo problem. This document is both a sample requirements specification which can serve as a starting point for your projects as well as a description of a problem for an assignment (Word document).
  • Use Case Handout
• Lecture 4: Software process life cycles (Powerpoint).
  • Boehm's Spiral software development process model (gif file)
  • Lecture 4b: Extreme Programming (Powerpoint).
• Lecture 5: Use cases to Classes (OOA) (Powerpoint).
• Lecture 6: UML and OO analysis (Powerpoint).
• Kent Beck's 1989 OOPSLA paper on CRC cards
• Class diagram, Fowler & Scott, Figure 4-1.
• Composition and aggregation arrows, Fowler & Scott, Figure 6-6.
• Composition and aggregation in boxes, Fowler & Scott, Figure 6-7.
• Sequence diagram, Fowler & Scott, Figure 5-1.
• Sequence diagram for concurrency, Fowler & Scott, Figure 5-3.
• Collaboration diagram, Fowler & Scott, Figure 5-4.
• "Still Life with Fruit" assignment (as Word document), for printing
• An executable version of FruitBowl, implemented in C++ (zip file)
• Lecture 7: Object-oriented design (Powerpoint)
• Lecture 8: Lecture on Abstract Data Types (Powerpoint)
• Lecture notes on Java (HTML)
• Lecture notes on Java AWT (HTML). Lecture on AWT and Swing (Powerpoint).
• Java Arrays and Collections (Powerpoint)
• Lecture on Exceptions in Java (Powerpoint)   Lecture on Assertions in Java (Powerpoint)   Lecture on JDK 1.5 (Powerpoint)
• Java threads and networking with URLS and sockets in Java (Powerpoint)
• Lecture on OOtesting (Powerpoint). Lecture on Junit (Powerpoint).
• Lecture on JDBC (Powerpoint).
• Lecture on components, COM, ActiveX, JavaBeans, CORBA and SOAP (Powerpoint)
• Catie Welsh on J2EE and Enterprise JavaBeans (Powerpoint)
• Cost estimation (Powerpoint)
• Project management (Powerpoint)
• Lecture on Design Patterns (Powerpoint)
• .NET and C# (Powerpoint)
• LehighUML Eclipse plug-in (Powerpoint, John Pequeno et al.)