Description

Who is this training for ?

Training objectives

Training program

• Introduction
  • The different phases: sources, compilation, binary
  • Interpreter and compiler
  • Do not rewrite everything (libraries, link editing and executables)
• Algorithm
  • The "atoms" to express yourself
  • Learn to formulate a treatment
  • Using a pseudo language
  • Examples of 'algorithm well designed, "poorly" designed, and ... wrong!
  • Representation with flowchart
• A first program
  • Overview of the development environment
  • A first simple program in Java
  • Compilation and execution
• Variables and data types
  • Why type variables?
  • Examples of types (integer, real, characters...)
  • Examples of problems related to types
  • Available operators (+, /, */% ...)
  • The comfort of tables and structures
  • Static and dynamic typing
• The “grammar” of a language
  • Program blocks (start...end)
  • Testing an expression (if...then...else...)
  • The loop (while...)
• Structuring your program
  • The need to use procedures or functions
  • Conceptual and syntactic differences between the two
  • Passing arguments to a function (prototype, return code)
  • Libraries
  • Do not rewrite what already exists (libraries)
  • Write your own libraries
  • How to use them in others programs
• The importance of documentation
  • Good habits to anticipate errors (naming convention)
  • Useful comments
• The object approach
  • Object concepts
  • The objectives of the object world
  • Classes and objects
  • Attributes
  • The methods
  • Encapsulation
  • Instantiation
  • Inheritance
  • Translation of object concepts into language
  • Packages and namespaces
  • Classes, methods and their visibility
  • Attributes and their visibility
  • Instantiation, calling methods and reference to variables
• Build a solution
  • Analysis and design
  • Understand the customer's needs
  • Know how to imagine a suitable software architecture
  • Imagine the actors of the application
• UML
  • Specification
  • When to use UML
  • Use case diagrams
  • Class diagrams
  • Diagrams sequence
  • Using UML in the real world