Προγραμματισμός

Topic outline

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  General

  • General information Page
  • Course description - Learning outcomes Page
  • Instructor Details Page
  • Prerequisites Page
  • Bibliography - References Page
  • Tutorials Folder
  • Ομάδα συζητήσεων ειδήσεων Forum
  • Assignments Folder
  • Installing MinGW URL
  • Installing Cygwin g++ on windows URL
  • Installing VisualStudio URL
  • C++ Glossary URL
  • C++ Overview URL
  • C++ Online Reference 1 URL
  • C++ online reference (2) URL
  • FLTK 1.3.0 URL
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  1. Intro to programming

  •What is this course about?
  •What should you already know?
  •What will you be expected to do?
  •What will you know when you finish
  •What is programming
  •Applications of programming
  •A simple program
  

  • 1. Introduction File
  • Tools Folder
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  2. Objects, Types and Values

  Strings and string I/O
  Integers and integer I/O
  Types and objects
  Type safety
  

  • Lecture 2 File
  • Tools Folder
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  3. Computation

  Computation
  - What is computable? How best to compute it?
  - Abstractions, algorithms, heuristics, data structures
  
  Language constructs and ideas
  - Sequential order of execution
  - Expressions and Statements
  - Selection
  - Iteration
  - Functions
  - Vectors
  

  • Lecture 3 File
  • Tools Folder
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  4. Errors

  Kinds of errors
  Argument checking
  - Error reporting
  - Error detection
  - Exceptions
  Debugging
  Testing
  
  

  • Lecture 4 File
  • Tools Folder
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  5. Writing a Program

  Some thoughts on software development
  The idea of a calculator
  Using a grammar
  Expression evaluation
  Program organization
  

  • Lecture 5 File
  • Tools Folder
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  6. Completing a Program

  Tokens and token streams
  - Classes and structs
  Cleaning up the code
  - Prompts
  - Program organization
  -- constants
  - Recovering from errors
  - Commenting
  - Code review
  - Testing
  A word on complexity and difficulty
  

  • Lecture 6 File
  • Tools Folder
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  7. Functions

  Language Technicalities
  Declarations
  - Definitions
  - Headers and the preprocessor
  - Scope
  Functions
  - Declarations and definitions
  - Arguments
  Call by value, reference, and const reference
  Namespaces
  - “Using” statements
  Recursive functions
  

  • Lecture 7 File
  • Tools Folder
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  8. Classes

  Classes
  - Implementation and interface
  - Constructors
  - Member functions
  Enumerations
  Operator overloading
  Useful headers in C++
  

  • Lecture 8 File
  • Tools Folder
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  9. IO Streams

  Fundamental I/O concepts
  Files
  - Opening
  - Reading and writing streams
  I/O errors
  Reading a single integer
  

  • Lecture 9 File
  • Tools Folder
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  10. Customizing IO

  Input and output
  Numeric output
  - Integer
  - Reading and writing streams
  - Floating point
  File modes
  - Binary I/O
  - Positioning
  String streams
  Line-oriented input
  - Character input
  - Character classification
  
  

  • Lecture 10 File
  • Tools Folder
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  11. A Display Model

  Why graphics?
  A graphics model
  Examples
  

  • Lecture 11 File
  • Tools Folder
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  12. Graphics Classes

  Graphing
  - Model
  - Code organization
  Interface classes
  - Point
  - Line
  - Lines
  - Grid
  - Open Polylines
  - Closed Polylines
  - Color
  - Text
  - Unnamed objects
  S/W libraries
  

  • Lecture 12 File
  • Tools Folder
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  13. Class design

  • Lecture 13 File
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  14. GUI

  Perspective
  -I/O alternatives
  -GUI
  -Layers of software
  GUI example
  GUI code
  -callbacks
  
  

  • Lecture 14_1 File
  • Lecture 14_2 File
  • Tools Folder
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  15. Vector and Free Store

  Vector revisited
  - How are they implemented?
  Pointers and free store
  - Allocation (new)
  - Access
  --- Arrays and subscripting: []
  --- Dereferencing: *
  - Deallocation (delete)
  

  • Lecture 15 File
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  16. Arrays

  Destructors
  Copy constructor and copy assignment
  Arrays
  

  • Lecture 16 File
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  17. Templates, Exceptions

  Changing size
  - resize() και push_back()
  Templates
  Range checking and exceptions
  

  • Lecture 17 File
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  18. STL: Containers

  Common tasks and ideals
  Generic programming
  Containers, algorithms and iterators
  The simplest algorithm: find ()
  Parameterization of algorithms
  - find_if() and function objects
  Sequence containers
  - vector and list
  

  • Lecture 18 File
  • Tools Folder
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  19. STL: Algorithms

  Associative containers
  - map, set
  Standard algorithms
  - copy, sort, ...
  - Input iterators and output iterators
  List of useful facilities
  - Headers, algorithms, containers, function objects
  

  • Lecture 19 File
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  20. Ideals and Languages

  Ideals
  - Aims, heroes, techniques
  Languages and language designers
  - Early languages to C++
  

  • Lecture 20 File
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  21. Text and Numerics

  Strings
  I/O
  Precision, overflow, sizes, errors
  Matrices
  Random numbers
  Complex numbers
  examples
  

  • Lecture 21 File
  • Tools Folder
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  22. Testing

  Correctness, proofs, and testing
  Dependencies
  System tests
  Testing GUIs
  Resource management
  Unit and system tests
  Finding assumptions that do not hold
  Design for testing
  Performance
  

  • Lecture 22 File
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  23. C from C++

  C and C++
  Function prototypes
  printf()/scanf()
  Arrays and strings
  Memory management
  Macros
  const
  C/C++ interoperability
  
  

  • Lecture 23 File
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  24.Final Review

  • Final Review File