#UML TIMING DIAGRAM SOFTWARE#

Profile Diagram – The Profile Diagram describes and defines extensions to the UML language.

The timelines are stacked vertically, with time increasing from left to right.

Timing Diagrams – The timing diagram focuses primarily on time, and it describes the changes in the classifier on a timeline.

It describes processes in a similar way to activity diagrams, but it uses other interaction diagrams and interaction references rather than action nodes.

Interaction Overview Diagram – The Interaction Overview Diagram provides a high level view of the interactions in a system or subsystem.

It models collaboration, where each element has its defined role.

Composite Structure Diagram – The composite structure diagram shows the internal structure of a classifier, its parts and ports, through which it communicates with its environment.

It is used to show the location of artifacts (software, systems, modules, etc.) on physical nodes (hardware, servers, databases, etc.) and the relationships between specific parts of the solution.

Deployment Diagram – The deployment diagram describes the deployment of artifacts on a network node.

These parts are represented by components and other artifacts.

It describes the interfaces provided and/or required by the various parts of the system and the relationships between the parts. Component diagram – A component diagram provides a view of a complex system.It describes the structure and organization of large-scale projects. Package diagram – A package diagram shows the dependencies between packages in a model.It can be used to show examples of data structures. It models instances, their values and relationships. It describes a system or its parts at a particular time. Object diagram – An object diagram is a structured UML diagram.The conditions specify when a transition from one state to another can be used. State Machine Diagram – A state machine diagram describes the state of an entity (device, process, program, software, module, etc.) and the transitions between states.A communication diagram is a modified form of a UML sequential diagram, but differs from it in that its elements do not need to be horizontally ordered and can have any position in the diagram. Communication diagram – A communication diagram shows the interaction between objects and parts in the form of messages, which are represented by lifelines.It models a sequence of actions, condition-based decisions, concurrent branches and various loops. Activity diagram – An activity diagram is a behavior diagram that shows a scenario in terms of the flow of actions.It consists of vertical lines belonging to lifelines and horizontal lines of messages. It shows the exact order of objects, classes and roles and information involved in a scenario. Sequence diagram – A sequence diagram is a model for communication between objects in a sequential manner.It shows how users interact with the system and defines the specifications of the use cases. Use Case Diagram – A use case diagram consists of use cases, roles, and the relationships between them.Class diagram – A class diagram is a static diagram that describes the structure of a system by showing its classes and their properties and operations, as well as the relationships between objects.Interaction diagrams are further divided into sequence diagrams, sequence diagrams, communication diagrams, and interaction overview diagrams.

Behavior diagrams are divided into activity diagrams, use case diagrams, state machine diagrams and interaction diagrams.

Structure diagrams are divided into class diagrams, profile diagrams, component diagrams, composite structure diagrams, object diagrams, deployment diagrams, and package diagrams.

UML diagrams are divided into structural diagrams and behavioral diagrams.

Support for higher level development concepts such as collaboration, frameworks, patterns and components.

Encourage the development of the market for object-oriented tools.Provides a formal foundation for understanding modeling languages.Independent of a specific programming language and development process.Provides extensibility and specialization mechanisms for core concepts.Provide users with a ready-made, expressive visual modeling language so they can develop and communicate meaningful models in a collaborative team effort.The main purposes of UML can be summarized as follows:

#UML TIMING DIAGRAM SOFTWARE#

UML provides a very expressive modeling language that allows different people in the software development process to get the information they are interested in. Also, it facilitates communication between various developers. Why use UML?īy using UML, the entire software design is easier to read and understand prior to software development, thus reducing development risks. UML stands for Unified Model Language, which is a standardized modeling language consisting of a set of 14 different types of UML diagrams.

Uml timing diagram