Metapattern: Context and Time in Information Models (Paperback)

Pieter Wisse

Metapattern: Context and Time in Information Models (Paperback)

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Description

Beyond object-oriented analysis: the next breakthrough in software modeling.

  • Building models that enable greater reuse -- even in complex, rapidly changing environments.
  • Concepts, structure, key techniques, and practical application: includes extensive real-world examples.
  • Using metapattern to integrate your entire enterprise information architecture.
Metapattern is a revolutionary software analysis tool that makes possible models of unprecedented precision -- and breakthrough levels of software reuse. In this book, Pieter Wisse -- the creator of Metapattern -- offers the first comprehensive introduction to this new technique. Wisse begins with an informal case study illuminating the basics of metapattern, using it to model a simple event, and demonstrating its power. He offers a detailed introduction to the concepts underlying metapattern, including time-stamping and context orientation. Next, he compares metapattern with purely object-oriented approaches in solving a series of complex information modeling problems -- showing why it can often achieve richer, more useful results. Metapattern then walks step-by-step through modeling a full-scale financial accounting application, offering diverse IT organizations practical guidance for implementing the technique -- and for using it to enhance application integration, enterprise-wide. For all software architects, object-oriented developers, managers, and team leaders seeking to achieve greater reuse in their software systems.

Pieter Wisse is the author of the Dutch language book Aspecten en Fasen. A computer consultant based in The Netherlands, he holds a Ph.D. from the University of Twente.

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Appropriate Courses

Object Oriented Analysis and Design/Patterns.

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Table Of Contents

Preface.
Introduction.

I. DESIGN OF THE METAPATTERN.

1. Contexts.
Contexts with Object.
On Instances and Types.
Object with Contexts.
On Reality and Information Objects.
Recursiveness in Context.
Boundary.
Relative Determination of Context and Object.
Characteristic Difference Between Approaches.
Multiple Contexts.
Unique Nodes.
Object Identity.
Identity as a Network of Nodes.

2. Intexts.
Objects in Context.
Intext in Context.
Precision Versus Ambiguity.
Primitive Information Objects.
Pointer Information Objects.
Intermediary Information Objects.
Intermediary Character of Context.
Range for Object Identity.
Context-Oriented Normalization.

3. Types.
Node as Type.
Context as Type.
Typical Generalization.
Relational Typing.
Node Selection.
Relationship Selection.
Tailor-Made Typing.
A Different Inheritance.
Strong Polymorphism.
Behavioral Forms and Encapsulation.

4. Time.
Time-Based Relationships.
Starting Time of Effect.
From Existence to Value.
Time-Based Information Objects.
Variations in Time.
A Change of Nil Identity.
Audit Trail.
Metapattern as Infrastructure.
Past and Future.

5. Compositions.
Homogeneous Classification Hierarchy.
Cartesian Product.
Double Compositions.
Inheritance through Composition.
Conclusion on Design.

II. CONCEPTUAL SOLUTIONS.


6. Encounter.
Conceptual Model and Implementation Considerations.
Navigational Guidelines.
Type-on-Context.
The Relative Nature of Unification.

7. Discussion.
Context-Oriented, Multi-Layered Typing.
From Power Type to Type-on-Context.
Structural Operations.
Contextual Principle.

8. Dynamics.
Contextual State at Specific Time.
Dynamic, Multiple Typing.
Add as a Single Basic Operation.
Characteristic Modeling Paradigm.
Intext with Static and Dynamic Properties.

9. Emphasis.
Degree of Freedom and Purity.
Structural Set for Specification of Aggregates.
Rule, No Exception.
Limitation of Patterns by Metapattern.
Context: Background at Foreground.
Conclusion on Alternative Solutions.
Afterword on Context.

III. PATTERN ANALYSIS AND DESIGN.


10. Principle.
Monumental Scope.
Company and Factory Context.
Primary Requirement.
Bill of Materials, Source, and Destination.
Transformations.
Types and Instances Revisited.
Positional Instances.
Fundamental Variety.

11. Alternatives.
Serial Size.
Timing and Scheduling.
Production Series.
The End of Reviewing.

12. Positions.
Introduction.
A Play of Positions.
An Extended Space for Relationship Management.
Connectivity.
Explicit Relationships.
Analysis and Synthesis.

13. Publications.
Short Comments.
Contractual Positions.
Radical Simplicity through Inherent Mechanisms.
Content and Form.
Subject Classification.
A Single Idea about Contents.
From Creation to Publication.
Dynamic Publications.
Summary.

14. Trails.
From Related Pairs to Context.
Operational Knowledge.
Almost Positions.
Authorization.
Phenomena in Observation Objects.
Thesaurus.
Indexing.
Standardized Time Management and Control.

15. Nails.
Pattern Transfer.
Basic Operations of the Metapattern.
General Ledger for Accountability.
Conclusion on Analysis and Design.

IV. A CASE OF FINANCIAL ACCOUNTING.


16. Family.
Prototype for Interpretation Management.
System of Systems.
Dimensions and Phases.
Primary Dimension.
Related Accounts.
Intersystem Relationships.
Subject Classification of Transactions.
Accounts.

17. Variety.
Positional Accounting Systems.
Configuration Management.
Constituting Elements of Account.
Positional Exchange Rate Types.
Defaults for Entries.
Conclusion on Case.

V. METAPATTERN AND PLURIFORMITY.


18. Strategy.
First Priority: Differences.
Second Priority: Similarites.
Boundary-Crossing Information Services.
Technological Developments.
Fifth Hypothesis.

Appendix A: Multicontextualism.
Appendix B: An Alliance of Metamodels.
Metapattern Meets RM-ODP.

Bibiliography.
Index. 0201704579T04062001


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商品描述(中文翻譯)

描述

超越面向對象分析：軟體建模的下一個突破。建立能夠在複雜、快速變化的環境中實現更大程度重用的模型。概念、結構、關鍵技術和實際應用：包括大量實際案例。使用元模式整合整個企業的信息架構。元模式是一種革命性的軟體分析工具，可以實現前所未有的精確模型和突破性的軟體重用水平。在這本書中，元模式的創造者Pieter Wisse首次全面介紹了這種新技術。Wisse從一個非正式的案例研究開始，闡明了元模式的基礎知識，使用它來建模一個簡單的事件，並展示了它的威力。他詳細介紹了元模式背後的概念，包括時間戳和上下文導向。接下來，他通過解決一系列複雜的信息建模問題，將元模式與純粹的面向對象方法進行比較，展示了為什麼它通常可以實現更豐富、更有用的結果。然後，他逐步介紹了建模一個完整的財務會計應用程序，為各種IT組織提供實施該技術的實用指南，並利用它來增強應用程序集成和企業範圍的使用。適用於所有軟體架構師、面向對象開發人員、經理和團隊領導者，他們希望在軟體系統中實現更大程度的重用。

Pieter Wisse是荷蘭語書籍《Aspecten en Fasen》的作者。他是一位在荷蘭的計算機顧問，擁有特溫特大學的博士學位。

適用課程

面向對象分析和設計/模式。

目錄

前言。介紹。I. 元模式的設計。1. 上下文。2. 內文。3. 類型。4. 時間。5. 組合。

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