Ferguson, Robert Ian, Hunter, Andrew and Hardy, Colin
(2000)
Metabuilder: the diagrammer's diagrammer.
In: First International Conference, Diagrams 2000, 13 September 2000, Edinburgh, Scotland UK.
Full content URL: http://portal.acm.org/citation.cfm?id=645970.67490...
MetaBuilder_The_Diagrammer's_Diagrammer.pdf   [Download] 

Preview 

PDF
MetaBuilder_The_Diagrammer's_Diagrammer.pdf
 Whole Document
3MB 
Item Type:  Conference or Workshop contribution (Paper) 

Item Status:  Live Archive 

Abstract
A software tool named MetaBuilder is described. MetaBuilder’s purpose is to enable the rapid creation of computerised diagram editing tools for structured diagrammatic notations. At its heart is an objectoriented, graphical metamodelling technique  a diagrammatic notation for describing other diagrammatic notations.
The notation is based upon the concept of a mathematical graph consisting of nodes and edges. Construction of a “target tool” proceeds by drawing a metamodel of the target notation. Items in the target notation are modelled as “classes” and the syntax of the target notation such as connectivity between elements are expressed as “relationships” between the classes. Once the metamodel is complete, a new tool can be generated automatically. Thus the time to develop such notation specific drawing tools can be dramatically reduced. As the design of a piece of software can be expressed diagrammatically, the MetaBuilder software can be used to build itself!
Additional Information:  A software tool named MetaBuilder is described. MetaBuilder’s purpose is to enable the rapid creation of computerised diagram editing tools for structured diagrammatic notations. At its heart is an objectoriented, graphical metamodelling technique  a diagrammatic notation for describing other diagrammatic notations.
The notation is based upon the concept of a mathematical graph consisting of nodes and edges. Construction of a “target tool” proceeds by drawing a metamodel of the target notation. Items in the target notation are modelled as “classes” and the syntax of the target notation such as connectivity between elements are expressed as “relationships” between the classes. Once the metamodel is complete, a new tool can be generated automatically. Thus the time to develop such notation specific drawing tools can be dramatically reduced. As the design of a piece of software can be expressed diagrammatically, the MetaBuilder software can be used to build itself! 

Keywords:  MetaCASE 

Subjects:  G Mathematical and Computer Sciences > G400 Computer Science 

Divisions:  College of Science > School of Computer Science 

ID Code:  2829 

Deposited On:  09 Jul 2010 12:36 

Repository Staff Only: item control page