Com um enfoque acadêmico, 'Desenvolvendo aplicações com UML 2.2' pretende apresentar os conceitos da UML, como o mapeamento de seus modelos para linguagens de programação. Esta edição aborda também alguns conceitos de orientação a objetos; a estrutura da UML por meio de seus elementos, relacionamentos e diagramas. Ao final de cada capítulo são apresentados exercícios com soluções (algumas comentadas); a transformação de modelos criados em UML em códigos escritos em duas linguagens OO do mercado - Java e Delphi; a diferença entre as versões da UML (1.4, 2.0 e 2.2) e ainda apresenta questões de concursos públicos. Este livro pode ser recomendado para analistas, gerentes e programadores que desejam iniciar ou aperfeiçoar seus conhecimentos em modelagem orientada a objetos, ou ainda pode ser utilizado como material de apoio para cursos de graduação, pós-graduação, extensão ou preparatório para concursos públicos.
Com um enfoque acadêmico, 'Desenvolvendo aplicações com UML 2.2' pretende apresentar os conceitos da UML, como o mapeamento de seus modelos para linguagens de programação.
O conhecimento de alguma linguagem de programação orientada a objetos (e.g., Java, C#, C++ etc.) é desejável (mas não obrigatório) para acompanhar os assuntos tratados neste livro; Diversos exemplos de trechos de código fonte em linguagem Java; Os principais artefatos de modelagem de um sistema de informações fictício são apresentados para facilitar o entendimento dos assuntos apresentados.
Systems Analysis and Design: An Object-Oriented Approach with UML, 5th Edition by Dennis, Wixom, and Tegarden captures the dynamic aspects of the field by keeping students focused on doing SAD while presenting the core set of skills that every systems analyst needs to know today and in the future. The text enables students to do SAD—not just read about it, but understand the issues so they can actually analyze and design systems. The text introduces each major technique, explains what it is, explains how to do it, presents an example, and provides opportunities for students to practice before they do it for real in a project. After reading each chapter, the student will be able to perform that step in the system development process.
With our appetites for data on the rise, it has become more important than ever to use UML (Unified Modeling Language) to capture and precisely represent all of these data requirements. Learn how to construct UML data models by working through a series of exercises and self-assessment tests. Beginners can learn the UML directly. Experienced modelers can leverage their understanding of existing database notations, as the book extensively compares the UML to traditional data modeling (Information Engineering). 1. Discover a new way of representing data requirements and communicating better with your business customers. 2. Understand what UML constructs mean and how to properly use them. 3. Learn subtleties of the UML. Become a power UML developer. 4. Practice constructing data models with the exercises. The back of the book answers every exercise. 5. Assess your mastery of the material. Each part has a multiple-choice test that can quantify your understanding. 6. Improve your ability to abstract – think about different ways of representation – as you construct data models. 7. Measure the quality of your data models. 8. Be able to create database designs (DDL code) starting from a UML data model. 9. Be able to write SQL database queries using a data model as a blueprint. 10. Know the differences among operational models, data warehouse models, enterprise models, and master models. They are all aspects of data modeling. This book is concise and to the point. You will learn by induction through reading, practice, and feedback.
Know the differences among operational models, data warehouse models, enterprise models, and master models. They are all aspects of data modeling. This book is concise and to the point.
There's nothing theoretical about this book. It explains UML in the context of your real-world challenges. It's organized around the activities you'll need to perform. It focuses on the UML elements you'll find most useful.
Readers can learn the "what, when, and how" of measuring quality and how to apply it to the next project, as well as learn to verify and validate UML-based diagrams to ensure quality before coding. This new book spells out a process that teaches practitioners how to achieve an acceptable level of quality.
