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ac6 >> ac6-training >> Programming >> Real-Time >> Software Architecture with UML

C9 Software Architecture with UML

Objectives

Discover the main software architecture methods and languages
Discover component based system architectures
Understand how to create an effective software architecture
Learn how to apply software architecture patterns
Learn to describe software architectures using perspectives and views
Discover how to evaluate architecture definitions.
Discover leading architectural processes

Course environment

One PC for two trainees

Exercise:

Labs will be conducted under Enterprise Architect – Business and Software Engineering Edition

Pre-requisites

Good knowledge of the UML language

First Day

Introduction

Definitions of Architecture

System architecture
Business architecture
Software architecture
Technical architecture
Product line architecture
Enterprise architecture

What is Software Architecture

What problem does it target
What is not Software Architecture

Why do we need Software Architecture
The ANSI/IEEE-1471-2000 standard

Architecture and Architectural descriptions
The IEEE 1471 Conceptual Framework
Views and Viewpoints

Architecture elements and principles

Modules
Components and connectors
Stakeholders and concerns
Architecture styles

Architecture Design Languages
Architectural view of software development

System and Software Architectures
Software Architecture and the development cycles
Software Architecture and design

Software Architecture

Definitions
Architecture is not Design
Components and relationships

Interfaces
Architecture models

The basic architecture design process

The main steps
Key concerns
What to do and not to do

Architectural decisions

Scope
Impact

Architecture quality

Good and bad architectures
Being right
Being successful

Making architectures work

The management attitude
The developers attitude

UML and Architecture Descriptions

Define functional requirements
Define non-functional requirements
Identify components
Model system behavior
Create and document interfaces
Allocate components
Validate Architecture descriptions

Second Day

Architectural structures

Module-based structure

Decomposition
Uses
Layered
Object

Component and connector structure

Communication processes
Concurrency
Shared data
Client-server

Allocation structure

Deployment
Implementation
Work assignment

Architectural views

Architecture views

Views and stakeholders
Viewpoints

Kruchten’s 4+1 view model

Logical view
Process view
Development view
Physical view
Use cases view

Siemens’ 4 view model (S4V)

Conceptual, Module and Code views
Execution view and Hardware architecture

Software Engineering Institure (SEI) 3 view model

Module
Components and Connectors
Allocation

Design rationale and the Decision view

The need for capturing the design rationale
The decision view and other view models

Third Day

Architectural styles and patterns

Patterns, Reference models and Reference Architectures
Basic patterns

Event-driven
Pipes and filters
Layered architecture
Three-tier architecture (MVC)
Client-server
Peer to Peer
Share-nothing
Plugins

Object oriented architecture

Classes and relations
Components and packages
Interfaces and dependences

Distributed systems architectures

The distributed constraints and tradeoffs

Client-server
Statelessness
Specified cacheability
Uniform interface and operations
Layered System
Dynamic code add-in

Service oriented Architectures

Components versus Services
Domains and Lifecycles
Programming by contract
Registrars and brokers
Loose or late coupling
The OSGi/Java example

Resource Oriented Architecture: ReST (Representational Resource Transfer)

What are resources
Resource names
The notion of resource representation
Interface constraints
Application state

Fourth Day

Architectural processes

The Rational Unified Process (RUP)

Artefact, Roles, Workflows and Outcomes
Fundamentals and Best practices
The four phases
Why RUP was not so popular?

The Eclipse Process Framework and OpenUP

OpenUP as an Unified Process variant
OpenUP as an agile process
EPF Composer as an OpenUP support tool

The Two Tracks Unified Process (2TUP)

The Y-shaped cycle
The Technical track
The Functional track
The Build track

The Visual Architecting Process (VAP)

The technical process
The organisational process
Guiding principles

Leading, following or getting out of the way?

Leadership vs management
Leading implies following
Why getting out of the way is needed

This course, designed for face-to-face delivery, can be provided either in our Paris training center or, worldwide, on your premises.
Scheduled classes are confirmed as soon as there is two confirmed bookings.

To book a training session or for more information, please contact us on info@ac6-training.com.

Registrations are accepted till one week before the start date for scheduled classes. For late registrations, please consult us.

You can also fill and send us the registration form

Last update of course schedule: 5 September 2022

Booking one of our trainings is subject to our General Terms of Sales

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C9 Software Architecture with UML

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