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Product DescriptionNeed to get results with UML… without unnecessary complexity or mind-numbing jargon? You need UML for Mere Mortals™. This easy-to-read introduction is perfect for technical professionals and business stakeholders alike: anyone who needs to create, understand, or review UML models, without becoming a hard-core modeler.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. And it offers specific solutions for the problems you’re most likely to face.Drawing on extensive experience, the authors offer pragmatic explanations and guidance on core techniques ranging from use cases to sequence diagrams, architectural patterns to application and database modeling. You’ll find practical coverage of using UML to support testing, as well as a full chapter on UML 2.0 and its implications.Whether you’re a manager, programmer, architect, database designer, or documentation specialist, UML for Mere Mortals will help you achieve your goals with UML… simply, quickly, painlessly.to download follow the link below:http://rapidshare.com/files/263889524/UML_for_Mere_Mortals.rar
Addison-Wesley Professional; 1st edition | ISBN: 0201721635 | 320 pages | July 24, 2001 | CHM | 5 Mb
The Unified Modeling Language (UML), the standard graphical notation for modeling business and software application needs, has emerged as an effective modeling tool for database design. When used as a common modeling language for the many facets of system development, the UML can serve as a unifying framework that facilitates the integration of database models with the rest of a system design.
This pragmatic guide introduces you to the UML and leads you through the process of UML-based database modeling and design. The book presents the different types of UML diagrams, explaining how they apply to the database world, and shows how data modeling with the UML can be tied into the Rational Unified Process.
UML for Database Design is structured around the database design process: business use case modeling, business object modeling, database requirements definition, analysis and preliminary design, and, finally, detailed design and deployment. For each phase of development the book describes the overall objectives and workflow of that phase, the status of the case study, the relevant UML constructs, and the nuts and bolts of database modeling and design with the UML. Drawing on their extensive industry experience, the authors reveal the trials and tribulations of database development teams, lessons learned, and pointers for success.
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Many of the topics in this book deserve a book in their own right. Because it is not possible, given the available space, to cover every aspect of some of these subjects, the chapters in this book explain only what is most necessary for you to gain a working understanding of the technologies they describe.
Often, you will find that the information provided here is sufficient for your immediate needs. Even if that is not always the case, these chapters provide a useful foundation in these advanced issues that will allow you to quickly gain a more comprehensive understanding of them with further study.
Download Object Oriented Analysis - C++ UML
The Unified Modeling Language (UML) is a graphical language for visualizing, specifying, constructing, and documenting the artifacts of a software-intensive system.
The UML offers a standard way to write a system’s blueprints, including conceptual things such as business processes and system functions as well as concrete things such as programming language statements, database schemas, and reusable software components.
Download UML Specification 1.4
The Unified Modeling Language (UML) is a graphical language for visualizing, specifying, constructing, and documenting the artifacts of a software-intensive system.
The UML offers a standard way to write a system’s blueprints, including conceptual things such as business processes and system functions as well as concrete things such as programming language statements, database schemas, and reusable software components.
Download UML Specification 1.4
VisualAge UML Designer is a full-life cycle tool for object-oriented development. It covers requirements analysis, analysis, design, and code generation. The tool also provides mechanisms for maintenance, reengineering, consistency checking, configuration, and version and release management.
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The Unified Modelling Language (UML) is a graphical language for visualising, specifying, constructing, and documenting artefacts of software intensive systems. UML represents the unification of a number of efforts to build notations for expressing models of Object Oriented Analysis and Design (OOAD) under the auspices of the Object Management Group (OMG). At present, UML is the de-facto standard for Object Oriented modelling.
This document describes the course “Object Oriented Analysis and Design with UML” taught to the Core and Extended Teams in the context of the e-Macao Project. The course presents the method of Object Oriented Analysis and Design (OOAD) using the UML notation.
Following the introduction of basic concepts and principles of object orientation, the course shows how informal requirements can be described in details. Considering four views of a typical system - user, static, dynamic and implementation, each of the nine UML diagrams are discussed extensively for modelling these views. For stance, the course describes: (i) use cases for modelling requirements, (ii) class and object diagrams for obtaining good understanding of an application domain and (iii) sequence, collaboration and statechart diagrams for analyzing requirements and specifying architectural and design decisions. In addition, the course teaches the best practices in OOAD based on architectural and design patterns and how UML can be used in the context of the Unified Process (UP). It concludes with a comparative analysis of some popular UML tools.
The rest of this document is as follows. Sections 2, 3 and 4 explain respectively the objectives, prerequisites and methodology for teaching the course. The content of the course is introduced in Section 5. The assessment and organization of the course are explained in Sections 6 and 7. Following references, Appendix A includes the complete set of slides and Appendix B contains two sets of assessment questions with answers.
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The power of the Unified Modeling Language is not limited to object oriented software development. More and more, the UML is being applied to other areas of software development, such as data modeling, enhancing practitioners’ ability to communicate their needs and assessments to the rest of the team.
Data analysts primarily gather data out of documented business requirements. The database itself traditionally has been described by notations called entity relationship diagrams, using graphic representation that is similar but not identical to that of the UML.
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This document describes the notation for the visual representation of the Unified Modeling Language (UML). This document should be used in conjunction with the companion UML Semantics document. This notation document contains brief summaries of the semantics of UML constructs, but the semantics document must be consulted for full details.
This document is arranged into chapters according to semantic concepts subdivided by diagram types. Within each diagram type are listed model elements that are found on that diagram and their representation. Note, however, that many model elements are usable in more than one diagram. An attempt has been made to place each description where it is used the most, but be aware that the document involves implicit cross-references and that elements may be useful in other places than the chapter in which they are described. Be aware also that the document is nonlinear: there are forward references in it. It is not intended to be a teaching document that can be read linearly but a reference document organized by affinity of concept.
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The Unifed Modeling Language (UML) currently proposes a mechanism to model recurrent design structures: the parameterized collaborations. The main goal of this mechanism is to model the structure of Design Patterns.
This is an interesting feature because it can help designers to point out pattern application without spending time with intricate design details. Moreover, it can also help designers to better document their systems and to manage their own design pattern library, which could be used in different systems or projects.
However, from a tool perspective, the semantics associated to parameterized collaborations is still vague. To put it more precisely, the underlying representation of a design pattern and of its application, and the binding between these two levels is not exactly defined, and therefore, can be interpreted in different ways.
This article has two purposes. First, we point out ambiguities and clarify some misunderstanding points concerning parameterized colla- borations in the official UML literature. We also show the limits of this mechanism when effectively modeling design patterns. Second, we propose some workarounds for these limits and describe how a tool inte- grating this mechanism could help with the semi-automatic application of design patterns.
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Many of the topics in this book deserve a book in their own right. Because it is not possible, given the available space, to cover every aspect of some of these subjects, the chapters in this book explain only what is most necessary for you to gain a working understanding of the technologies they describe.
Often, you will find that the information provided here is sufficient for your immediate needs. Even if that is not always the case, these chapters provide a useful foundation in these advanced issues that will allow you to quickly gain a more comprehensive understanding of them with further study.
Download Object Oriented Analysis - C++ UML
