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UML-DIAGRAMS.ORG
UML SEQUENCE DIAGRAM COMBINED FRAGMENT IS AN INTERACTIONSEE MORE ONUML-DIAGRAMS.ORG
UML SEQUENCE DIAGRAMS Notation Description; Lifeline: Lifeline with name "data" of class Stock.. A Lifeline is shown using a symbol that consists of a rectangle forming its “head” followed by a vertical line (which may be dashed) that represents the lifetime of the participant. UML 2.5 DIAGRAMS OVERVIEW UML 2.5 Diagrams Overview. A UML diagram is a partial graphical representation (view) of a model of a system under design, implementation, or already in existence. UML diagram contains graphical elements (symbols) - UML nodes connected with edges (also known as paths or flows) - that represent elements in the UML model of the designed system. The UML model of the system might also contain UML ACTIVITY DIAGRAMS Call Behavior Action: Call behavior action for Checkout behavior Call behavior action is a call action that invokes a behavior directly rather than invoking an operation that invokes the behavior.. It is shown as action with the name of the behavior that is performed by the action or description of the behavior placed inside the action's round-cornered rectangle. EXAMPLES OF UML DIAGRAMS Examples of UML diagrams - website, ATM, online shopping, library management, single sign-on (SSO) for Google Apps, etc. UML DIAGRAMS EXAMPLES FOR THE DIGITAL IMAGING AND DICOM model of the real world. Purpose: Represent domain model ("model of the real world") for Digital Imaging and Communications in Medicine (DICOM) - Patient, Visit, Facility, Imaging Service Request, Scheduled Procedure Step, Modality Performed Procedure Step.. Summary: UML diagram example represents DICOM extended domain, abstract description of the real world objects used in the UML COMPOSITE STRUCTURE DIAGRAMS REFERENCE Notation Description; Collaboration: Collaboration extends both behaviored classifier and structured classifier to explain how a collection of cooperating instances achieve a joint task or set of tasks.. Collaboration is shown as a dashed ellipse icon containing the name of the collaboration. The internal structure of a collaboration as comprised by roles and connectors may be shown in a UML DERIVED PROPERTY IS PROPERTY WHICH VALUE IS PRODUCED UML Derived Property. Derived property is property which value (or values) is produced or computed from other information, for example, by using values of other properties.. Derived property is shown with its name preceded by a forward slash '/'. This notation is used both for attributes and association ends. UML USE CASE INCLUDE RELATIONSHIP SHOWS THAT BEHAVIOR OF UML Use Case Include. Use case include is a directed relationship between two use cases which is used to show that behavior of the included use case (the addition) is inserted into the behavior of the including (the base) use case.. The include relationship could be used: . to simplify large use case by splitting it into several use cases, to extract common parts of the behaviors of two or UML ABSTRACTION IS DEPENDENCY THAT RELATES TWO ELEMENTSSEE MORE ONUML-DIAGRAMS.ORG
UML SEQUENCE DIAGRAM COMBINED FRAGMENT IS AN INTERACTIONSEE MORE ONUML-DIAGRAMS.ORG
EXAMPLES OF UML DIAGRAMS Examples of UML diagrams - website, ATM, online shopping, library management, single sign-on (SSO) for Google Apps, etc. UML DIAGRAMS EXAMPLES FOR THE DIGITAL IMAGING AND DICOM model of the real world. Purpose: Represent domain model ("model of the real world") for Digital Imaging and Communications in Medicine (DICOM) - Patient, Visit, Facility, Imaging Service Request, Scheduled Procedure Step, Modality Performed Procedure Step.. Summary: UML diagram example represents DICOM extended domain, abstract description of the real world objects used in the UML PACKAGE DIAGRAMS OVERVIEW UML Package Diagrams Overview. Package diagram is UML structure diagram which shows structure of the designed system at the level of packages.The following elements are typically drawn in a package diagram: package, packageable element, dependency, element import, package import, package merge. Model diagram is UML auxiliary structure diagram which shows some abstraction or specific view of a UML DEPLOYMENT DIAGRAMS OVERVIEW OF GRAPHICAL NOTATION. UML Deployment Diagrams. Deployment diagram shows execution architecture of systems that represent the assignment (deployment) of software artifacts to deployment targets (usually nodes).. Nodes represent either hardware devices or software execution environments. They could be connected through communication paths to create network systems of arbitrary complexity. UML SEQUENCE DIAGRAMS OVERVIEW OF GRAPHICAL NOTATION UML Sequence Diagrams. Sequence diagram is the most common kind of interaction diagram, which focuses on the message interchange between a number of lifelines.. Sequence diagram describes an interaction by focusing on the sequence of messages that are exchanged, along with their corresponding occurrence specifications on the lifelines.UML CLASS DIAGRAMS
Notation Description; Class: Class Customer - details suppressed.. A class is a classifier which describes a set of objects that share the same . features; constraints; semantics (meaning). A class is shown as a solid-outline rectangle containing the class name, and optionally with compartments separated by horizontal lines containing features or other members of the classifier. UML COMPOSITE STRUCTURE DIAGRAMS REFERENCE Notation Description; Collaboration: Collaboration extends both behaviored classifier and structured classifier to explain how a collection of cooperating instances achieve a joint task or set of tasks.. Collaboration is shown as a dashed ellipse icon containing the name of the collaboration. The internal structure of a collaboration as comprised by roles and connectors may be shown in a UML INTERFACE IS A CLASSIFIER THAT DECLARES OF A SET OF Interface. An interface is a classifier that declares of a set of coherent public features and obligations. An interface specifies a contract.Any instance of a classifier that realizes (implements) the interface must fulfill that contract and thus provides services described by contract.. Since interfaces are declarations, they are not instantiable. Instead, an interface specification is UML SEQUENCE DIAGRAM COMBINED FRAGMENT IS AN INTERACTION UML sequence diagram combined fragment is an interaction fragment which defines a combination (expression) of interaction fragments, it is defined by an interaction operator and corresponding interaction operands - alternative, option, loop, break, parallel, strict sequencing, weak sequencing, critical region, ignore, consider,assert, negative.
UML CONSTRAINT REPRESENTS SOME CONDITION, RESTRICTION OR UML Constraint. A constraint is a packageable element which represents some condition, restriction or assertion related to some element (that owns the constraint) or several elements. Constraint is usually specified by a Boolean expression which must evaluate to a true or false. Constraint must be satisfied (i.e. evaluated to true) by a correct design of the system.Menu ►
* Home
* UML Diagrams
* Class Diagrams
* Composite Structures* Packages
* Components
* Deployments
* Use Case Diagrams
* Information Flows
* Activities
* State Machines
* Sequence Diagrams
* Communications
* Timing Diagrams
* Interaction Overviews* Profiles
* UML Index
* Examples
* About
THE UNIFIED MODELING LANGUAGE The UNIFIED MODELING LANGUAGE™ (UML®) is a standard visual modeling language intended to be used for * modeling business and similar processes, * analysis, design, and implementation of software-based systems UML is a common language for business analysts, software architects and developers used to describe, specify, design, and document existing or new business processes, structure and behavior of artifacts of software systems. UML can be applied to diverse APPLICATION DOMAINS (e.g., banking, finance, internet, aerospace, healthcare, etc.) It can be used with all major object and component SOFTWARE DEVELOPMENT METHODS and for various IMPLEMENTATION PLATFORMS (e.g., J2EE, .NET). UML is a standard modeling LANGUAGE, not a SOFTWARE DEVELOPMENT PROCESS. UML 1.4.2 Specificationexplained
that process:
* provides guidance as to the order of a team’s activities, * specifies what artifacts should be developed, * directs the tasks of individual developers and the team as awhole, and
* offers criteria for monitoring and measuring a project’s products and activities. UML is intentionally PROCESS INDEPENDENT and could be applied in the context of different processes. Still, it is most suitable for use case driven, iterative and incremental development processes. An example of such process is RATIONAL UNIFIED PROCESS (RUP). UML is not complete and it is not completely visual. Given some UML diagram, we can't be sure to understand depicted part or behavior of the system from the diagram alone. Some information could be intentionally omitted from the diagram, some information represented on the diagram could have different interpretations, and some concepts of UML have no graphical notation at all, so there is no way to depictthose on diagrams.
For example, semantics of MULTIPLICITY OF ACTORS and MULTIPLICITY OF USE CASES on use case diagramsis not defined
precisely in the UML specification and could mean either concurrent or successive usage of use cases. Name of an abstract classifieris
shown in italics while final classifierhas no
specific graphical notation, so there is no way to determine whether classifier is final or not from the diagram.VERSIONS OF UML
The current version of the UNIFIED MODELING LANGUAGE™ is UML 2.5, released in June 2015 . UML® SPECIFICATION (standard) is updated and managed by the OBJECT MANAGEMENT GROUP (OMG™) OMG UML . The first versions of UML were created by "THREE AMIGOS" - GRADY BOOCH (creator of Booch method), IVAR JACOBSON (Object-Oriented Software Engineering, OOSE), and JIM RUMBAUGH (Object-Modeling Technique, OMT).VERSION
DATE
DESCRIPTION
1.1
11-1997
UML 1.1 proposal is adopted by the OMG.1.3
03-2000
Contains a number of changes to the UML metamodel, semantics, and notation, but should be considered a minor upgrade to the originalproposal.
1.4
09-2001
Mostly "tuning" release but not completely upward compatible with the UML 1.3. Addition of profiles as UML extensions grouped together. Updated VISIBILITY of features. Stick arrowhead in INTERACTION DIAGRAMS now denotes ASYNCHRONOUS CALL. Model element may now have multiple STEREOTYPES. Clarified collaborations. Refined definitions of components and related concepts. Artifact was added to represent physical representations of components.1.5
03-2003
Added actions
(see
Part 5 of spec) - executable actions and procedures, including their run-time semantics, defined the concept of a data flow to carry data between actions, etc.1.4.2
01-2005
This version was accepted as ISO specification (standard) ISO/IEC 19501. UML 1.5 was released 2 years before.2.0
08-2005
New diagrams: object diagrams, package diagrams,
composite structure diagrams,
interaction overview diagrams, timing diagrams, profile diagrams. COLLABORATION
DIAGRAMS were renamed to communication diagrams.
Activity diagrams
and sequence
diagrams were
enhanced. Activities were redesigned to use a Petri-like semantics. Edges can now be contained in partitions. Partitions can be hierarchical and multidimensional. Explicitly modeled object flowsare new.
Classes have been extended with internal structures and ports (composite structures). Information flows were added. A collaboration now is a kind of classifier, and can have any kind of behavioral descriptions associated. Interactions are now contained within classifiers and not only within collaborations. It is now possible for use casesto be owned by
classifiers in general and not just packages. New notation for concurrency and branching using combined fragments. Notation and/or semantics were updated for components, realization, deployments of artifacts. Components can no longer be directlydeployed to nodes
.
Artifacts should be deployed instead. Implementation has been replaced by «manifest.
Artifacts can now manifest any packageable element (not just components, as before). It is now possible to deploy to nodes with aninternal structure.
New metaclasses were added: connector, collaboration use, connectorend, device
,
deployment specification, execution environment,
accept event action, send object action, structural feature action, value pin, activity final, central buffer node, data stores, flow final, interruptible regions, loop nodes, parameter, port , behavior, behaviored classifier, duration, interval, time constraint, combined fragment, creation event, destruction event, execution event, interaction fragment, interaction use, receive signal event, send signal event,extension, etc.
Many stereotypes were eliminated from the Standard UML Profile, e.g. destroy», «facade», «friend», «profile», «requirement», table», «thread». Integration between structural and behavioral models was improved with better support for executable models.2.1
04-2006
Minor revision to UML 2.0 - corrections and consistencyimprovements.
2.1.1
02-2007
Minor revision to the UML 2.12.1.2
11-2007
Minor revision to the UML 2.1.12.2
02-2009
Fixed numerous minor consistency problems and added clarificationsto UML 2.1.2
2.3
05-2010
Minor revision to the UML 2.2, clarified associationsand association
classes, added final classifier,
updated component diagrams, composite
structures, actions, etc.2.4.1
08-2011
UML revision with few fixes and updates to classes, packages - added URI package attribute;
updated actions; removed creation event, execution event, send and receive operation events, send and receive signal events, renamed destruction event to destruction occurrence specification;
profiles -
changed stereotypes and applied stereotypes to have upper-case first letter - «Metaclass»and stereotype
application
.
2.5
06-2015
UML 2.5 is called a "minor revision" to the UML 2.4.1, while they spent a lot of efforts to simplify and reorganize UML specification document. The UML specification was re-written "to make it easier to read". For example, they tried to "reduce forward references as muchas possible".
There are no longer two separate infrastructure and superstructure documents, the UML 2.5 specification is a single document. Packagemerge is no longer
used within the specification. Four UML compliance levels (L0, L1, L2, and L3) are eliminated, as they were not useful in practice. UML 2.5 tools will have to support complete UML specification. Information flows, models
, and
templates are no longer auxiliary UML constructs. At the same time, use cases, deployments
, and
the information flowsbecame
"SUPPLEMENTARY CONCEPTS" in UML 2.5. UML 2.5 has a number of fixes, clarifications, and explanations added. They updated description for multiplicity and multiplicity element, clarified definitions of aggregation and composition, and finally fixed wrong «instantiate» dependency example for Car Factory. New notation for inherited memberswith a caret
'^' symbol was introduced. UML 2.5 clarified feature redefinitionand
overloading. They also moved and rephrased definition of qualifiers. Default for generalization sets was changed from {INCOMPLETE, DISJOINT} to {INCOMPLETE, OVERLAPPING}. There are few clarifications and fixes for stereotypes, state machines, and activities. Protocol state machines are now denoted using «protocol» instead of {protocol}. Use cases are no longer required to express some needs of actorsand to be initiated
by an actor.
UML 2.5 DIAGRAMS
You can proceed to UML 2.5 diagrams overview, specific UML
diagrams in the site navigation, or to the examples of UML diagrams.
Noticed a spelling error? Select the text using the mouse and pressCtrl + Enter.
by KirillFakhroutdinov.
This document describes UML versions up to UML 2.5and is based
on the corresponding OMG™ UNIFIED MODELING LANGUAGE™ (OMG UML®) specifications. UML diagrams were created in MICROSOFT® VISIO® 2007-2016 using UML 2.X VISIO STENCILS.
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