Grundy J. C., Hosking J. G., Hamer J. A visual programming environment for object-oriented languages. In Korson T., Vaishnavi V., Meyer B., editor, Proceedings of TOOLS V (TOOLS USA '91), pages 129--138. Prentice Hall, 1991. Home/Search Document Not in Database Summary Related Articles Check |
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Diagrammatic Presentation of Software Engineering Documents - Jones (1995) (Correct)
....in the declaration of the dependency, or the operational effects of the dependency. There are very few examples of diagrammatic representations of module dependencies. The most common example is found in object oriented systems in the form of class and type hierarchies. For example Ispel [36] provides diagrammatic representations of the dependencies of existing C , Eiffel [49] and Kea [40] classes, and within the same view allows class templates to be created by defining classes and the dependencies of classes visually. CIA [21] an extension of CIA, provides relational output of ....
Grundy J. C., Hosking J. G., Hamer J. A visual programming environment for object-oriented languages. In Korson T., Vaishnavi V., Meyer B., editor, Proceedings of TOOLS V (TOOLS USA '91), pages 129--138. Prentice Hall, 1991.
Integrated object-oriented software development in SPE - Grundy, Hosking (1993) Self-citation (Grundy Hosking) (Correct)
....systems. Example visual programming systems include Fabrik [Ingalls et al. 1988] Prograph [Cox et al. 1990] and Garden [Reiss 1986] OO structure diagrams are thus useful for analysing and designing systems [Henderson Sellers and Edwards 1990; Wasserman et al. 1990] visually building OO structures [Grundy and Hosking 1991 and 1992] browsing OO programs [Fischer 1987] visualising and debugging OO systems [Haarslev and M ller 1990; Ingalls et al. 1988] and documenting and explaining systems at a high level of abstraction [Booch 1991; Wilson 1990] Textual programming is also useful for describing the detailed ....
Grundy, J.C., Hosking, J.G., and Hamer, J. 1991: A Visual Programming Environment for Object-Oriented Languages, Proc TOOLS US `91, Prentice-Hall, 129-138.
Constructing Multi-View Editing Environments Using MViews - Grundy, Hosking (1993) (2 citations) Self-citation (Grundy Hosking) (Correct)
....display views, saving and loading support for Prolog code, and an interface to the existing Snart compiler and run time system. Experience with MViews systems The development of SPE and IspelM was considerably easier when compared with Ispel, which was implemented without framework support [8]. A program visualisation system, an entity relationship modeller and a dataflow diagrammer are currently under development using MViews. These support multiple textual and graphical views of quite diverse visual programming languages and related textual information. Preliminary results suggest ....
Grundy, J.C., Hosking, J.G., and Hamer, J. (1991): A Visual Programming Environment for Object-Oriented Languages, In Proc TOOLS 5, Prentice-Hall, 1991, 129138.
The MViews framework for constructing multi-view editing.. - Grundy, Hosking (1993) Self-citation (Grundy Hosking) (Correct)
.... include Fabrik (Ingalls et al., 1988) Prograph (Cox et al., 1990) and Garden (Reiss, 1986) Useful reviews of visual programming can be found in (Ambler and Burnett, 1989; Myers, 1990) In previous work we have developed Ispel, a visual programming environment for object oriented programming (Grundy et al., 1991). Ispel allows users to program either textually or graphically. In the latter mode, class structure diagrams can be constructed to define inheritance relationships and client server relationships. An important feature of Ispel is its support of multiple views of a program. Multiple diagrams can ....
....of all other views. There is one base view per program. Subset views: These describe subsets of a base view and may overlap so the same information can be accessed and manipulated via different subset views. Examples of systems incorporating a similar notion to subset views include: Ispel (Grundy et al., 1991), where multiple views describe overlapping subsets of a base view of an object oriented program. The dynamic and static views of MELD (Garlan, 1987) which partition programs into respectively overlapping and nonoverlapping subsets. Database views which filter out unwanted information. ....
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Grundy, J.C., Hosking, J.G., and Hamer, J. (1991): A Visual Programming Environment for Object-Oriented Languages, In Proc TOOLS 5, Prentice-Hall, 1991, 129-138.
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