Gri#ths, T., P. J. Barclay, et al.: Teallach: a model-based user interface development environment for object databases. Interacting with Computers 14(1) Elsevier Science (2001) 31-68.  Home/Search   Document Not in Database   Summary   Related Articles   Check

....Bochum, Germany ITS [50, 51] IBM T.J. Watson Research Center, USA MASTERMIND [47, 9, 43] University Southern California, Georgia Inst. Tech. USA MECANO [32] Stanford University, USA MODI D [35, 33, 34] Stanford University, USA TADEUS [13] Universitat Rostock, Germany TEALLACH [16] U. Manchester, U. Glasgow, U. Napier, UK TRIDENT [5, 4, 6] Facultes Universitaires Notre Dame de la Paix, Belgium UIDE [24, 15, 14] George Washington University, USA Table 1: Surveyed MD UIDEs. This paper is structured as follows. Section 2 describes MB UIDE s evolution and presents research ....

....process. Therefore, a new generation of MB UIDEs appeared providing mechanisms for describing UIs at a higher level of abstraction [52] Examples of the second generation of MB UIDEs are ADEPT [27] AME [28] DIANE [48] FUSE [25] MASTERMIND [47] MECANO [32] MOBI D [35] TADEUS [13] Teallach [16] and TRIDENT [5] With MB UIDEs of the second generation, developers have been able to specify, generate and execute user interfaces. Further, this second generation of MB UIDE has a more diverse set of aims than previous one. Some MB UIDEs are considering the use of computer aided software ....

[Article contains additional citation context not shown here]

T. Gri#ths, P. Barclay, J. McKirdy, N. Paton, P. Gray, J. Kennedy, R. Cooper, C. Goble, A. West, and M. Smyth. Teallach: A Model-Based User Interface Development Environment for Object Databases. In Proceedings of UIDIS'99, pages 86--96, Edinburgh, UK, September 1999. IEEE Press.

....structure diagrams, assertions, and executable code, in such a manner that the correspondence between them is easy to understand and the formal coupling between them is ensured. In UML, there are plans to formally integrate structure diagrams and statecharts with OCL. The Teallach environment [5] provides both diagram notations, and enables OCL expressions to be used in some places. Still, there is little experience with using such combined speci cations in interactive systems. 3 The constraint language In this section, we describe a constraint language that enables constraints on ....

T. Griths, P. Barclay, J. McKirdy, N. Paton, P. Gray, J. Kennedy, R. Cooper, C. Goble, A. West, and M. Smyth. Teallach: A model-based user interface development environment for object databases. In Proceedings of UIDIS'99, pages 86-96. IEEE Press, 1999.

....Bochum, Germany ITS [50, 51] IBM T.J. Watson Research Center, USA MASTERMIND [47, 9, 43] University Southern California, Georgia Inst. Technology, USA MECANO [32] Stanford University, USA MODI D [35, 33, 34] Stanford University, USA TADEUS [13] Universit at Rostock, Germany TEALLACH [16] U. Manchester, U. Glasgow, U. Napier, UK TRIDENT [5, 4, 6] Facult es Universitaires Notre Dame de la Paix, Belgium UIDE [24, 15, 14] George Washington University, USA Table 1: Surveyed MD UIDEs. This paper is structured as follows. Section 2 describes MB UIDE s evolution and presents research ....

....process. Therefore, a new generation of MB UIDEs appeared providing mechanisms for describing UIs at a higher level of abstraction [52] Examples of the second generation of MB UIDEs are ADEPT [27] AME [28] DIANE [48] FUSE [25] MASTERMIND [47] MECANO [32] MOBI D [35] TADEUS [13] Teallach [16] and TRIDENT [5] With MB UIDEs of the second generation, developers have been able to specify, generate and execute user interfaces. Further, this second generation of MBUIDE has a more diverse set of aims than previous one. Some MB UIDEs are considering the use of computer aided software ....

[Article contains additional citation context not shown here]

T. Griths, P. Barclay, J. McKirdy, N. Paton, P. Gray, J. Kennedy, R. Cooper, C. Goble, A. West, and M. Smyth. Teallach: A Model-Based User Interface Development Environment for Object Databases. In Proceedings of UIDIS'99, Edinburgh, UK, September 1999. IEEE Press.

....projects can provide experience as to how the declarative UI models should be inter related and how these models can be used to provide a declarative description of user interfaces. For instance, the links (a) and (c) in Figure 1 can be explained in terms of state objects, as presented in Teallach [5]. The link (d) can be supported by techniques from TRIDENT [1] to generate concrete presentations. In terms of MB UIDE technology there is not a common sense of the models that might be used for describing a UI. UMLi does not aim to present a new user interface modelling proposal, but to reuse ....

....The UML modelling of three common interaction application behaviours. An order independent behaviour is modelled in (a) An optional behaviour is modelled in (b) A repeatable behaviour is modelled in (c) As optional, order independent and repeatable behaviours are common in interactive systems [5], UMLi proposes a simplified notation for them. The notation used for modelling an order independent behaviour is presented in Figure 8(a) There we can see an order independent selector, rendered as a circle overlying a plus signal, #, connected to the activities A and B by return transitions, ....

T. Gri#ths, P. Barclay, J. McKirdy, N. Paton, P. Gray, J. Kennedy, R. Cooper, C. Goble, A. West, and M. Smyth. Teallach: A Model-Based User Interface Development Environment for Object Databases. In Proceedings of UIDIS'99, pages 86--96, Edinburgh, UK, September 1999. IEEE Press.

.... as taking some time to execute [2] Using this decomposing facility, the activity Search book of Figure 3(a) can be explained more precisely by an additional activity diagram as shown in Figure 3(b) Many tasks require information from the domain model as well as information provided by the users [8]. For instance, in our general activity diagram of Figure 3(a) a selected book should be passed from activity Select book to activity Check book status. This data flow within activity diagrams can be modelled using object flows. There, in Figure 3(a) the activity Select book identified the ....

T. Gri#ths, P. Barclay, J. McKirdy, N. Paton, P. Gray, J. Kennedy, R. Cooper, C. Goble, A. West, and M. Smyth. Teallach: A model-based user interface development environment for object databases. In Proceedings of UIDIS'99, pages 86--96, Edinburgh, UK, September 1999. IEEE Press.

.... of the Mackintosh Scenario Model Based User Interface Development Environments (MB UIDEs) are a stateof the art approach for modelling and implementing running user interfaces from user interface models [18,22] MB UIDEs provide models that are e#ective at capturing user interface functionality [9,16,20], but o#er only limited application modelling facilities. Thus an important weakness of MB UIDEs is in an area of specialism for UML, namely application modelling, while the main strengths of MB UIDEs align with an area of weakness for UML, namely user interface modelling [19] Several researchers ....

Gri#ths, T., Barclay, P. J., Paton, N. W., McKirdy, J., Kennedy, J. B., Gray, P. D., Cooper, R., Goble, C. A., Pinheiro da Silva, P., Teallach: A Model-Based User Interface Development Environment for Object Databases. Interacting with Computers, 14(1), p. 31-68, (2001).

.... as taking some time to execute [2] Using this decomposing facility, the activity Search book of Figure 3(a) can be explained more precisely by an additional activity diagram as shown in Figure 3(b) Many tasks require information from the domain model as well as information provided by the users [8]. For instance, in our general activity diagram of Figure 3(a) a selected book should be passed from activity Select book to activity Check book status. This data ow within activity diagrams can be modelled using object ows. There, in Figure 3(a) the activity Select book identi ed the object b ....

T. Griths, P. Barclay, J. McKirdy, N. Paton, P. Gray, J. Kennedy, R. Cooper, C. Goble, A. West, and M. Smyth. Teallach: A model-based user interface development environment for object databases. In Proceedings of UIDIS'99, pages 86-96, Edinburgh, UK, September 1999. IEEE Press.

....projects can provide experience as to how the declarative UI models should be inter related and how these models can be used to provide a declarative description of user interfaces. For instance, the links (a) and (c) in Figure 1 can be explained in terms of state objects, as presented in Teallach [8]. The link (d) can be supported by techniques from TRIDENT [1] to generate concrete presentations. In terms of MB UIDE technology there is not a common sense of the models that might be used for describing a UI. UMLi does not aim to present a new user interface modelling proposal, but to reuse ....

....The UML modelling of three common interaction application behaviours. An order independent behaviour is modelled in (a) An optional behaviour is modelled in (b) A repeatable behaviour is modelled in (c) As optional, order independent and repeatable behaviours are common in interactive systems [8], UMLi proposes a simpli ed notation for them. The notation used for modelling an order independent behaviour is presented in Figure 8(a) There we can see an order independent selector, rendered as a circle overlying a plus signal, connected to the activities A and B by return transitions, ....

T. Griths, P. Barclay, J. McKirdy, N. Paton, P. Gray, J. Kennedy, R. Cooper, C. Goble, A. West, and M. Smyth. Teallach: A Model-Based User Interface Development Environment for Object Databases. In Proceedings of UIDIS'99, Edinburgh, UK, September 1999. IEEE Press.

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Gri#ths, T., P. J. Barclay, et al.: Teallach: a model-based user interface development environment for object databases. Interacting with Computers 14(1) Elsevier Science (2001) 31-68.

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