Description

Structured around a complete case study, this condensed and practical course will allow you to master the essential UML notations and the main uses of MagicDraw within a development approach, from business modeling to design.

Who is this training for ?

For whom ?

Software architects, designers, developers.

Prerequisites

Training objectives

• Know how to use UML in different software engineering activities (business, requirements, design)
• Know how to implement UML with the MagicDraw tool (class, sequence, state diagrams, etc.)
• Know how to develop a software design quality through the use of architectural patterns (layers, MVC)
• Know how to express the design with MagicDraw using static and dynamic modeling

Training program

• Introduction to business modeling
  • The project approach and software engineering activities.
  • Importance of the design activity.
  • UML within the project approach.
  • The different diagrams.
  • The notion of stereotype and profile.
  • Business modeling: business process - activity diagram and domain class diagram.
  • Practical work Getting started with the case study and MagicDraw: structuring the project into packages and using profiles.
  • Modeling the business with the activity diagram.
• Specify requirements
  • Functional and non-functional requirements.
  • FURPS approach.
  • Definition of actors.
  • Definition of use cases.
  • Use case diagram.
  • Illustration of use case scenarios with the sequence diagram.
  • Practical work Specification of the requirements of the case study: use case and sequence diagrams.
• Design the system - Static modeling
  • Code architecture.
  • Layered patterns/layers.
  • MVC pattern.
  • Structuring in packages.
  • Class identification.
  • Attributes.
  • Operations.
  • Class diagram.
  • Association relationships between classes .
  • Generalization relations.
  • Practical work Carry out static modeling with MagicDraw: structure the code in packages.
  • Create the class diagram.
• Design the system - Dynamic modeling
  • Define operations.
  • Design-level use case scenarios.
  • Describe interactions with the sequence diagram.
  • State management.
  • State diagram.
  • Practical work Carry out dynamic modeling with MagicDraw: sequence diagram.
  • Defining states with the state machine diagram.
• Design the system - Deployment modeling
  • The definition of deployable components and their interfaces.
  • Component diagram.
  • The deployment of components on the hardware architecture.
  • Deployment diagram.
  • Practical work Carry out deployment modeling: component and deployment diagram.
• Introduction to the tool's advanced functions
  • Code generation and "reverse engineering".
  • Documentation generation.
  • Completion of large projects and collaborative use.