By Charles Consel, Hedi Hamdi, Laurent Réveillère, Lenin Singaravelu, Haiyan Yu, Calton Pu (auth.), Frank Pfenning, Yannis Smaragdakis (eds.)

This quantity constitutes the complaints of the second one overseas convention on Generative Programming and part Engineering (GPCE 2003), held September 22–25, 2003, in Erfurt, Germany, backed through the NetObjectDays German commercial software program improvement occasion, in cooperation with the ACM SIGPLAN and SIGSOFT societies. GPCE was once created as an e?ort to convey - getherresearchersworkingonboththeprogramminglanguagesandthesoftware engineeringsideofprogramgenerationandcomponentengineering. Thecommon subject of software iteration and part engineering is the domain-speci?c nature of either techniques. reckoning on the features of a site, both a generative or a compositional technical answer will be applicable. in precisely its moment 12 months, GPCE has proven loads of promise for development a powerful group. The reaction to the decision for papers was once first-class, with sixty two submissions to the technical application, 2 of that have been later withdrawn. every one paper obtained among 3 and ?ve reports, lots of them fairly thorough and optimistically precious to all authors. The digital assembly allowed for - depthdiscussionsofallsubmissions,oftentoamuchgreaterextentthanpossible in a actual workstation assembly. therefore, 21 papers have been chosen for presentation on the convention and are incorporated during this quantity, including abstracts for the invited talks via Olivier Danvy and Peri Tarr. Of the authorized papers, three are co-authored by means of computer individuals (from a complete of five workstation submissions). We attempted not easy to make sure equity and carry notebook submissions to a excessive regular. The EDAS convention submission approach used to be used to regulate the paper submissions. Our EDAS set up used to be supported through Blair MacIntyre, who was once particularlyhelpfulinresolvingtechnicalissueswiththesystem.

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Additional info for Generative Programming and Component Engineering: Second International Conference, GPCE 2003, Erfurt, Germany, September 22-25, 2003. Proceedings

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For convenience, we also introduce a hybrid pattern: *. If matched, such patterns will consume the corresponding input value if one is present, but will ignore it otherwise. Note that this construct cannot introduce a race condition that might affect the meaning of a box, since the availability status for each input is latched at the start of each box execution cycle rather than checked during each individual pattern match. Ignored values can also be used as dynamic outputs. In this case no output is produced on the corresponding wire, and consequently the box cannot be blocked on that output.

We envisage a series of overlapping Hume language levels as shown in Figure 1, where each level adds expressibility to the expression semantics, but either loses some desirable property or increases the technical difficulty of providing formal correctness/cost models. Figure 2 shows the syntax of Hume. We use a rule-based design, with a functional expression notation (match, function, exception) embedded in an asynchronous process model (box, 40 Kevin Hammond and Greg Michaelson wire, device). This simplifies both correctness proofs and the construction of cost models at the expression level.

R31. The SetProperties statement allows to modify or extend the attribute setting of previously declared resources. In the example, the register gpr[30] is declared as the stack pointer. Subsequently the alias mechanism is used to declare another view of the register file gpr. Two successive integer registers are combined to form one 64-bit floatingpoint register. The assembly representation of the combined registers is declared as d0, . . , d15. The following declaration introduces a data memory named DM TDL: A Hardware Description Language 23 that supports 32-bit accesses that have to be aligned on 16-bit boundaries.

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