Composite Structure Diagram
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Welcome to my series of articles on Unified Modeling Language. This is "Session 5 – Composite Structure Diagram" of the series. Please view my other documents where I have covered each UML diagram with examples
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The document discusses key aspects of software requirement specification (SRS) documents and system modeling. It describes that an SRS document outlines the functional and non-functional requirements of the system as well as implementation goals. Functional requirements specify the system's functions while non-functional requirements describe characteristics like security and usability. System modeling involves process modeling using tools like data flow diagrams and conceptual data modeling using entity-relationship diagrams. The document provides examples and explanations of these modeling techniques.
Quality Assurance. Quality Assurance Approach. White Box
The document discusses using the Unified Modeling Language (UML) to model database systems and computer applications. It describes how UML diagrams like use case diagrams, class diagrams, sequence diagrams, and deployment diagrams can be used at different stages of the software development process. The paper examines how these UML diagrams integrate with various programming methodologies and how they provide a standardized way to visually define and model the design and structure of software systems, including defining objects in an object-oriented design approach.
UML.pptx
The document provides an overview of Unified Modeling Language (UML). It discusses that UML is a standard modeling language used to visualize, specify and document artifacts of a software system. It then summarizes the history and evolution of UML from its origins combining different modeling approaches in the 1980s-1990s to the current version. The document also lists and briefly describes the main UML diagram types including class, use case, activity, sequence, collaboration, state chart, component and deployment diagrams. For each diagram type, it highlights the key elements and purpose.
Class diagram
Welcome to my series of articles on Unified Modeling Language. This is "Session 3 – Class Diagram" of the series.
Please view my other documents where I have covered each UML diagram with examples
Uml
UML (Unified Modeling Language) is a standardized modeling language used to visualize, specify, construct, and document software system artifacts, enabling a systematic approach to analysis, design, and implementation. This document discusses UML's history, building blocks like classes, use cases, relationships, and diagrams for modeling a system's structure and behavior statically and dynamically. The key UML diagram types covered are class, object, component, deployment, use case, sequence, collaboration, state, and activity diagrams.
ASP.NET System design 2
The document provides information on Unified Modeling Language (UML) and its various diagrams used for modeling software systems. It discusses the background and benefits of object-oriented modeling. It then describes UML as a modeling language comprising various diagram types to capture different views of a system, including structural, behavioral, implementation and user views. Specific diagram types covered include use case diagrams, class diagrams, sequence diagrams, and object diagrams. Examples are provided for each diagram type to illustrate their elements and notation.
UNIT 3-DEMONSTRATING A COMPREHENSIVE UNDERSTANDING OF SOFTWARE DESIGN.pptx
This document outlines key concepts in software design, including:
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This document discusses various component models and technologies, including ACME, Java Beans, COM/DCOM/MTS, CORBA, .NET, and OSGi. It covers topics such as component interfaces, connections, interactions, lifecycles, architectures, and specific models like Java Beans. The Java Bean component model is described in more detail, including its key features around reusable software components, interfaces focusing on methods, properties, events, and implementations as simple Java objects or more complex wrappers.
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software engineering Architecture and design Unit 3.pptx
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Quality Assurance. Quality Assurance Approach. White Box
Quality Assurance. Quality Assurance Approach. White Box
UNIT 3-DEMONSTRATING A COMPREHENSIVE UNDERSTANDING OF SOFTWARE DESIGN.pptx
UNIT 3-DEMONSTRATING A COMPREHENSIVE UNDERSTANDING OF SOFTWARE DESIGN.pptx
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Interaction overview & Timing diagram
This document provides explanations of interaction overview diagrams and timing diagrams. It defines interaction overview diagrams as a combination of activity and sequence diagrams that can visualize two aspects of object behavior. Timing diagrams are used to represent timing constraints and state changes over time. There are two notation styles for timing diagrams: state lifelines that show states as lines, and value lifelines that show states as areas. An example diagram of an automatic door is presented to illustrate both notation styles.
State Diagram
Welcome to my series of articles on Unified Modeling Language. This is "Session 9 – State Diagram" of the series.
Please view my other documents where I have covered each UML diagram with examples
Deployment Diagram
Welcome to my series of articles on Unified Modeling Language. This is "Session 7 – Deployment Diagram" of the series. Please view my other documents where I have covered each UML diagram with examples
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Welcome to my series of articles on Unified Modeling Language. This is "Session 6 – Component Diagram" of the series. Please view my other documents where I have covered each UML diagram with examples
Object diagram
Welcome to my series of articles on Unified Modeling Language. This is "Session 4 – Object Diagram" of the series.
Please view my other documents where I have covered each UML diagram with examples
Use Case UML Diagram
Welcome to my series of articles on Unified Modeling Language. This is "Session 2 – Use Case UML" of the series. I have covered Use Case Scenario, Use Case Narrative and Use Case Model in this session.
Please view my other documents where I have covered each UML diagram with examples
Introduction to UML
Welcome to my series of articles on Unified Modeling Language. This is "Session 1 – Introduction to UML" of the series. Please view my other documents where I have covered each UML diagram with examples
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I have a compiled a How-To guide for using Subversion. As a developer using subversion was a day in and day out task for me which made me to present it here.
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Composite Structure Diagram
- 1. 1 Session Composite Structure Diagram Checklist Introduction to Composite Structure diagram Explain Composite Structure Notation Constructing Composite Structure diagram for Case Study
- 2. 2 Composite Structure Diagram Composite Structure Diagram is used to explore run time instances collaborating over communication links. In other words Composite Structure diagram allows the users to peek inside an object and see what it is composed of. Composite structure diagram provides a high level abstraction of the system which helps modelers and engineers to better explain the system to others. Its focus to explore the collaboration between entities and run time grouping of instances. To be honest composite structure diagram is not much of use, there is no clear boundary defined for using collaborations in composite structure diagram. Examples what I have seen so far uses collaboration elements in composite structure diagrams. In my opinion it is better to choose diagrams like sequence diagrams whose syntax is known by most of the engineers than to go for different type of diagrams. Elements of an Composite Structure Diagram Figure 1: Composite Structure Diagram Elements
- 3. 3 Part Part refers to one or two object instances that is owned by the class. Part is represented as a rectangular box inside the classifier. Syntax for Part notation is as follows. All the three (Part name, Part Type and multiplicity) are optional but should contain at least one of them. Referenced Part Part which are associated with other classifier are represented by dotted rectangle. Role names of the collaboration are included to indicate which object it is collaborating with. Port Ports are the interaction points that are used by classifiers to connect with parts and with the external environment. Ports that are visible to the environment are represented on the boundary of the classifier, while that are protected to the environment is shown inside the boundary. Multiplicity could also be associated with Port. There are two types of ports – Service Port and Behavior Port Service Port - Ports can be used to expose the services provided by the classifier to its environment. Ports are service ports by default. In the below example Library Service is a service class which provides library related services. Search Port is an explicit window for other objects to interact with this encapsulated component. Figure 2: Service & Behavior Port Behavior Port – Port that helps its environment to access the behavior of the classifier. In simple words -Calling a method of a member object by the containing object. Part name: Part Type [multiplicity]
- 4. 4 Connector Communication between notations in a composite structure diagram is represented using connectors. Syntax of a connector shown below. Figure 3: Connector Constructing Composite Structure Diagram for our Case Study In our Order Processing system, a lot seem to be happening in Order object. Let us construct our composite structure diagram for our Order classifier. Step 1: Identify the parts present in the classifier Order class interacts with the following classifiers 1. Account class for getting the details of our clients registered customer 2. Order details class for getting information for a particular order Step 2: Is there any reference roles involved? There are two reference role involved in our Order Processing System. 1. Account Class refers Client Database for getting registered customer information 2. Order Class refers the inventory for getting product details Step 3: Presence of service port and behavior port? We have behavior ports here since Order class has to use the member of other objects. Step 4: How are they associated? While looking at connectors we have to look out for multiplicity, role names and connector name if available.
- 5. 5 Our constructed composite structure diagram of Order class in Order Processing system looks like the figure shown below. Figure 4: Composite Structure Diagram - Order
- 6. 6 Review Composite Structure diagram explores run time collaboration over communication links Elements of composite structure diagram are – Part, Ports, Connectors