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Contents
Оглавление1 Introduction
1.1 Objective
1.2 Overview
1.3 Conformance
1.4 Normative References
1.5 Terminology
1.6 Future Directions
2 Definitions
2.1 ArchiMate Core Framework
2.2 ArchiMate Core Language
2.3 Architecture View
2.4 Architecture Viewpoint
2.5 Aspect
2.6 Attribute
2.7 Composite Element
2.8 Concept
2.9 Conformance
2.10 Conforming Implementation
2.11 Core Element
2.12 Element
2.13 Layer
2.14 Model
2.15 Relationship
3 Language Structure
3.1 Language Design Considerations
3.2 Top-Level Language Structure
3.3 Layering of the ArchiMate Language
3.4 The ArchiMate Core Framework
3.5 The ArchiMate Full Framework
3.6 Abstraction in the ArchiMate Language
3.7 Concepts and their Notation
3.8 Use of Nesting
3.9 Use of Colors and Notational Cues
4 Generic Metamodel
4.1 Behavior and Structure Elements
4.1.1 Active Structure Elements
4.1.2 Behavior Elements
4.1.3 Passive Structure Elements
4.2 Specializations of Structure and Behavior Elements
4.3 Summary of Structure and Behavior Elements
4.4 Motivation Elements
4.5 Composite Elements
4.5.1 Grouping
4.5.2 Location
5 Relationships
5.1 Structural Relationships
5.1.1 Composition Relationship
5.1.2 Aggregation Relationship
5.1.3 Assignment Relationship
5.1.4 Realization Relationship
5.1.5 Semantics of Structural Relationships
5.2 Dependency Relationships
5.2.1 Serving Relationship
5.2.2 Access Relationship
5.2.3 Influence Relationship
5.2.4 Association Relationship
5.2.5 Semantics of Dependency Relationships
5.3 Dynamic Relationships
5.3.1 Triggering Relationship
5.3.2 Flow Relationship
5.3.3 Semantics of Dynamic Relationships
5.4 Other Relationships
5.4.1 Specialization Relationship
5.4.2 Semantics of Other Relationships
5.5 Relationship Connectors
5.5.1 Junction
5.6 Summary of Relationships
5.7 Derivation of Relationships
6 Motivation Elements
6.1 Motivation Elements Metamodel
6.2 Stakeholder, Driver, and Assessment
6.2.1 Stakeholder
6.2.2 Driver
6.2.3 Assessment
6.2.4 Example
6.3 Goal, Outcome, Principle, Requirement, and Constraint
6.3.1 Goal
6.3.2 Outcome
6.3.3 Principle
6.3.4 Requirement
6.3.5 Constraint
6.3.6 Example
6.4 Meaning and Value
6.4.1 Meaning
6.4.2 Value
6.4.3 Example
6.5 Summary of Motivation Elements
6.6 Relationships with Core Elements
7 Strategy Elements
7.1 Strategy Elements Metamodel
7.2 Structure Elements
7.2.1 Resource
7.3 Behavior Elements
7.3.1 Capability
7.3.2 Value Stream
7.3.3 Course of Action
7.4 Example
7.5 Summary of Strategy Elements
7.6 Relationships with Motivation and Core Elements
8 Business Layer
8.1 Business Layer Metamodel
8.2 Active Structure Elements
8.2.1 Business Actor
8.2.2 Business Role
8.2.3 Business Collaboration
8.2.4 Business Interface
8.2.5 Example
8.3 Behavior Elements
8.3.1 Business Process
8.3.2 Business Function
8.3.3 Business Interaction
8.3.4 Business Event
8.3.5 Business Service
8.3.6 Example
8.4 Passive Structure Elements
8.4.1 Business Object
8.4.2 Contract
8.4.3 Representation
8.4.4 Example
8.5 Composite Elements
8.5.1 Product
8.5.2 Example
8.6 Summary of Business Layer Elements
9 Application Layer
9.1 Application Layer Metamodel
9.2 Active Structure Elements
9.2.1 Application Component
9.2.2 Application Collaboration
9.2.3 Application Interface
9.2.4 Example
9.3 Behavior Elements
9.3.1 Application Function
9.3.2 Application Interaction
9.3.3 Application Process
9.3.4 Application Event
9.3.5 Application Service
9.3.6 Example
9.4 Passive Structure Elements
9.4.1 Data Object
9.4.2 Example
9.5 Summary of Application Layer Elements
10 Technology Layer
10.1 Technology Layer Metamodel
10.2 Active Structure Elements
10.2.1 Node
10.2.2 Device
10.2.3 System Software
10.2.4 Technology Collaboration
10.2.5 Technology Interface
10.2.6 Path
10.2.7 Communication Network
10.2.8 Example
10.3 Behavior Elements
10.3.1 Technology Function
10.3.2 Technology Process
10.3.3 Technology Interaction
10.3.4 Technology Event
10.3.5 Technology Service
10.3.6 Example
10.4 Passive Structure Elements
10.4.1 Artifact
10.4.2 Example
10.5 Summary of Technology Layer Elements
11 Physical Elements
11.1 Physical Elements Metamodel
11.2 Active Structure Elements
11.2.1 Equipment
11.2.2 Facility
11.2.3 Distribution Network
11.3 Behavior Elements
11.4 Passive Structure Elements
11.4.1 Material
11.5 Example
11.6 Summary of Physical Elements
12 Relationships Between Core Layers
12.1 Alignment of the Business Layer and Lower Layers
12.2 Alignment of the Application and Technology Layers
12.3 Example
13 Implementation and Migration Elements
13.1 Implementation and Migration Elements Metamodel
13.2 Implementation and Migration Elements
13.2.1 Work Package
13.2.2 Deliverable
13.2.3 Implementation Event
13.2.4 Plateau
13.2.5 Gap
13.2.6 Example
13.2.7 Summary of Implementation and Migration Elements
13.3 Relationships
13.4 Relationships with Other Aspects and Layers
14 Stakeholders, Architecture Views, and Viewpoints
14.1 Introduction
14.2 Stakeholders and Concerns
14.3 Architecture Views and Viewpoints
14.4 Viewpoint Mechanism
14.4.1 Defining and Classifying Viewpoints
14.4.2 Creating the View
14.5 Example Viewpoints
15 Language Customization Mechanisms
15.1 Adding Attributes to ArchiMate Elements and Relationships
15.2 Specialization of Elements and Relationships
15.2.1 Examples of Specializations of Business Layer Elements (Informative)
15.2.2 Examples of Specializations of Application Layer Elements (Informative)
15.2.3 Examples of Specializations of Technology Layer Elements (Informative)
15.2.4 Examples of Specializations of Physical Elements (Informative)
15.2.5 Examples of Specializations of Motivation Elements (Informative)
15.2.6 Examples of Specializations of Strategy Elements (Informative)
15.2.7 Examples of Specializations of Implementation and Migration Elements (Informative)
15.2.8 Examples of Specializations of Composite Elements (Informative)
15.2.9 Examples of Specializations of Relationships (Informative)
A Summary of Language Notation
A.1 Core Elements
A.2 Motivation, Strategy, Implementation and Migration Elements
A.3 Relationships
B Relationships (Normative)
B.1 Specification of Derivation Rules
B.2 Derivation Rules for Valid Relationships
B.2.1 Valid Derivations for Specialization Relationships
B.2.2 Valid Derivations for Structural Relationships
B.2.3 Valid Derivations for Dependency Relationships
B.2.4 Valid Derivations for Dynamic Relationships
B.3 Derivation Rules for Potential Relationships
B.3.1 Potential Derivation for Specialization Relationships
B.3.2 Potential Derivation for Structural and Dependency Relationships
B.3.3 Potential Derivation for Dependency Relationships
B.3.4 Potential Derivation for Dynamic Relationships
B.4 Restrictions on Applying Derivation Rules
B.5 Relationship Tables
B.6 Grouping, Plateau, and Relationships Between Relationships
C Example Viewpoints
C.1 Basic Viewpoints in the ArchiMate Language
C.1.1 Organization Viewpoint
C.1.2 Application Structure Viewpoint
C.1.3 Information Structure Viewpoint
C.1.4 Technology Viewpoint
C.1.5 Layered Viewpoint
C.1.6 Physical Viewpoint
C.1.7 Product Viewpoint
C.1.8 Application Usage Viewpoint
C.1.9 Technology Usage Viewpoint
C.1.10 Business Process Cooperation Viewpoint
C.1.11 Application Cooperation Viewpoint
C.1.12 Service Realization Viewpoint
C.1.13 Implementation and Deployment Viewpoint
C.2 Motivation Viewpoints
C.2.1 Stakeholder Viewpoint
C.2.2 Goal Realization Viewpoint
C.2.3 Requirements Realization Viewpoint
C.2.4 Motivation Viewpoint
C.3 Strategy Viewpoints
C.3.1 Strategy Viewpoint
C.3.2 Capability Map Viewpoint
C.3.3 Value Stream Viewpoint
C.3.4 Outcome Realization Viewpoint
C.3.5 Resource Map Viewpoint
C.4 Implementation and Migration Viewpoints
C.4.1 Project Viewpoint
C.4.2 Migration Viewpoint
C.4.3 Implementation and Migration Viewpoint
D Relationship to Other Standards, Specifications, and Guidance Documents
D.1 The TOGAF Framework
D.2 The BIZBOK Guide
D.3 BPMN
D.4 UML
D.5 BMM
E Changes from Version 2.1 to Version 3.1
E.1 Changes from Version 2.1 to Version 3.0.1
E.2 Changes from Version 3.0.1 to Version 3.1