Description

Who is this training for ?

Training objectives

Training program

• The emergence of the Object approach
  • Problems in development projects.
  • The emergence of Object concepts and their impact.
  • The qualities expected from Object development.
• Basic concepts
  • The similarities and differences between the common sense object and the computer object.
  • The notions of classes, encapsulation, inheritance, abstraction, polymorphism.
  • Objects, properties, operations and bindings.
  • The separation of interfaces and implementations.
  • The advantages: extensibility, reusability, speed of design, myth or reality?
• Analysis and design by objects, UML
  • Reminders about the software life cycle.
  • The object and the iterative approach.
  • Modeling, development, actors and roles.
  • History of Object methods.
  • Comparison.
  • Need for a universal formalism for representing concepts.
  • The genesis of UML.
  • The essential characteristics.
  • The presentation of the unified process.
  • The analysis of the specifications.
  • The cases of usage.
  • Scenarios and sequence diagrams.
  • Domain analysis.
  • Class, state-transition and collaboration diagrams.
  • Design.
  • Algorithmics seen through activity diagrams.
  • Production with object languages.
  • L 'architecture.
  • Component and deployment diagrams.
  • A summary comparison between Merise and UML.
• The principles of successful modeling
  • Reification? Why and when to put information in the form of objects? How to translate business concepts into objects? Objects as autonomous entities.
  • Interaction between objects.
  • Interfaces.
  • Abstraction from analysis.
  • Extensibility and adaptability of designs abstract.
  • Reuse.
  • Production by concrete classes.
• The object in programming
  • The major object languages.
  • Which language to choose? The fundamental characteristics of the languages.
  • Comparison: C++, Java, etc.
  • The approaches of these object languages.
  • The impact of execution modes.
  • Development tools, the market, players, categories and trends.
  • The characteristics of the Java language.
  • The interest of a virtual machine.
  • The importance of class libraries.
  • The organization of a Java project.
  • The "all of Java".
  • From the intranet to the smart card, from mobile phones to the workstation.
  • Strategies around Java.
  • What attitude to adopt?
• Organizing reuse with Design Patterns
  • Promote reuse through the industrialization of the design process.
  • Implementation of standard reusable solutions: Design Patterns.
  • The work of the GOF (Gang Of Four) and the main categories of Design Patterns.
• Business objects, frameworks
  • What is a framework, how to use it? Relationship with software components.
  • The pitfalls to avoid when designing frameworks.
  • Differences between Design Patterns and frameworks.
• Object-based client-servers
  • Distributed object-based architectures.
  • CORBA, Microsoft COM-DCOM, Java RMI.
  • Contributions and limits.
  • Support for technical services in order to move towards an assembly of business objects.
• Business objects, application servers and n-tier architectures
  • The limits of the 2-tier in terms of modularity, scalability and capacity to support an increase in load.
  • The contributions of multilevel architectures.
  • Opening up to the Internet.
  • Security.
  • Business components.
  • Offers: JEE, .
  • NET, Corba Component Model .
  • The JEE standard.
  • Extending the notions of JavaBeans components to distributed architectures.
  • The players in the JEE server market, from Sun to JBoss.
  • Integration.
  • Object/relational mapping.
  • The different types of EJB: session, entity, message.
  • The architecture.
  • NET.
  • Portability and interoperability.
  • Evolution from COM to .
  • NET.
  • C#, a new component-oriented Object language.
  • Comparison with Java.
  • The CLR infrastructure.
  • The base classes of.
  • NET, ADO.
  • NET, WebServices.
  • The Model Driven Architecture approach.
  • The concepts.
  • Tooling.
  • Profiles and metamodel.
• Object-based web infrastructures
  • Web service-based architectures, operation, constituents.
  • SOAP, WSDL, UDDI.
  • SOA (Service Oriented Architecture), concepts.
  • Business process management standards.
  • The offers available.