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CS1412

Introduction into programming principles II

Max Berger

<max@berger.name>

Table of Contents

List of Figures

1.1. UML short class notation
1.2. UML long class notation
1.3. UML long class notation with some attributes and operations
2.1. Operations and attributes of Hominoid
2.2. The Hominoid's City
3.1. Black Box View
3.2. Example of the same attributes, with getters and setters
3.3. Excerpt from the atomic bomb, now with getters and setters
5.1. An object with its handle
5.2. hom1 pointing at the object with handle 602237
5.3. hom2 pointing to the object with handle 142857
5.4. hom1 and hom2 pointing to the same object, object 142857 is unreachable
6.1. Dissection of a message and its components
6.2. Hominoid with one operation with in and out parameters
6.3. Call to a Hominoid Object
6.4. Call to a Hominoid object with return arrow
6.5. Timer detonating two bombs
6.6. A TV with a Remote and Tuner
6.7. Communication diagram for TV
7.1. Three objects of the same class and their memory requirements
7.2. 15 objects sharing the same class
7.3. Grid for the Hominoid, implement completely static since there is only one
7.4. Solution for Scrabble
7.5. A color class with static methods for creation
7.6. Example solution for Location class
8.1. UML diagramm for class Aircraft
8.2. Glider inheriting from Aircraft
8.3. Larger example of inheritance
8.4. Example solution for vehicle inheritance
8.5. Example of multiple inheritance
9.1. A class for polygons
9.2. Polygon with some subclasses
9.3. Polygon with subclasses that overwrite methods
9.4. Inhertiance diagram for Aircrafts
9.5. Example operation on vehicles
9.6. Vehicles with abstract superclass
9.7. Abstract object as done on paper
10.1. Two classes that have nothing in common
10.2. Two different stacks for two different types
10.3. Two similar stacks for two different types
10.4. A generic Stack Class
10.5. The STL class "Vector"
11.1. Hello World Class
11.2. Hello redefined for implementation
11.3. Polygon class
11.4. Specification for hello
11.5. Overview of a Class in C++
11.6. A C++ program
11.7. Example of two classes referencing each other
12.1. A Counter class
12.2. A daisy
12.3. Location Class
12.4. A Person with a Location
12.5. Car and Wheels
19.1. Sample stacked box Sizers

List of Examples

1.1. Define these items as class, operation or attribute
1.2. Example Class Diagrams
3.1. Public, private, and read-only attributes
3.2. Combination of students results
3.3. Atomic bomb with a derived attribute
3.4. Actual implementation of derived attribute
3.5. Lamp with a bulb one-way navigable
3.6. Lamp with bulb, two-way navigable
3.7. Lamp with bulb, one-way navigable, shown as association
3.8. Lamp with bulb, two-way navigable, shown as association
3.9. Atom bomb and timer as two separate classes
3.10. Multiplicity on attributes
3.11. Multiplicity on associations
3.12. A timer for multiple bombs
5.1. Homioid class shown with 3 instances
5.2. Instances for Cars
5.3. Class diagram and object diagram for Hominoid with Position
5.4. A bike instance with two wheel instances
5.5. Instances for the bomb and the modern timer
11.1. Hello.h
11.2. Hello.cpp
11.3. main.cpp
13.1. Example: Implementation of polygon

Content copyright Jun 2018 by Max Berger Design: TEMPLATED Images: Unsplash (CC0) Privacy Policy