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ThePiADL.NETproject:AnInclusiveApproachtoAD LCompiler Design

Flaviooquendo V ALORIALaboratory, Zawar Qayyum, Flávio Oquendo

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Abstract

� Abstract:���Thispaperdescribesresultsandobservationspertainingtothedevelopmentofacompilerutilityforan� ArchitectureDescriptionLanguage�π�ADL,�forthe�.NETplatform.�ArchitectureDescriptionLanguagesorADLs,�are� specialpurposehighlevellanguagesespeciallyconstruedtodefinesoftwarearchitectures.�π�ADL,�arecentadditionto� thisclassoflanguages,�isformallybasedonthe�π�Calculus,�aprocessorientedformalmethod.�Thecompilerfor� π�ADL,�named�π�ADL.NET,�isdesignedwiththeviewofbringingthearchitecturedrivensoftwaredesignapproachto� the�.NETplatform.� Theprocessorientednatureandarobustsetofparallelismconstructsof�π�ADLmakethe�π�ADL.NETprojecta� novelapplicationofcompilertechniquesinthecontextofthe�.NETplatform,�withmanyvaluablelessonslearnt.�This� paperpresentsthe�π�ADL.NETeffortfromacompilerdesignperspective,�anddescribestheinclusiveapproachdriving� thedesignthatfacilitatestherepresentationofstrongbehavioralsemanticsinarchitecturedescriptions.�Thesubjectsof� parallelprocessmodeling,�communicationandconstructeddatatypesarecovered.�Thepaperalsodocumentsthe� motivation,�visionandfuturepossibilitiesforthislineofwork.�Adetailedcomparisonwithrelatedworkisalso� presented.� �

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� Abstract:���Thispaperdescribesresultsandobservationspertainingtothedevelopmentofacompilerutilityforan� ArchitectureDescriptionLanguage�π�ADL,�forthe�.NETplatform.�ArchitectureDescriptionLanguagesorADLs,�are� specialpurposehighlevellanguagesespeciallyconstruedtodefinesoftwarearchitectures.�π�ADL,�arecentadditionto� thisclassoflanguages,�isformallybasedonthe�π�Calculus,�aprocessorientedformalmethod.�Thecompilerfor� π�ADL,�named�π�ADL.NET,�isdesignedwiththeviewofbringingthearchitecturedrivensoftwaredesignapproachto� the�.NETplatform.� Theprocessorientednatureandarobustsetofparallelismconstructsof�π�ADLmakethe�π�ADL.NETprojecta� novelapplicationofcompilertechniquesinthecontextofthe�.NETplatform,�withmanyvaluablelessonslearnt.�This� paperpresentsthe�π�ADL.NETeffortfromacompilerdesignperspective,�anddescribestheinclusiveapproachdriving� thedesignthatfacilitatestherepresentationofstrongbehavioralsemanticsinarchitecturedescriptions.�Thesubjectsof� parallelprocessmodeling,�communicationandconstructeddatatypesarecovered.�Thepaperalsodocumentsthe� motivation,�visionandfuturepossibilitiesforthislineofwork.�Adetailedcomparisonwithrelatedworkisalso� presented.� �

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Available abstract

� Abstract:���Thispaperdescribesresultsandobservationspertainingtothedevelopmentofacompilerutilityforan� ArchitectureDescriptionLanguage�π�ADL,�forthe�.NETplatform.�ArchitectureDescriptionLanguagesorADLs,�are� specialpurposehighlevellanguagesespeciallyconstruedtodefinesoftwarearchitectures.�π�ADL,�arecentadditionto� thisclassoflanguages,�isformallybasedonthe�π�Calculus,�aprocessorientedformalmethod.�Thecompilerfor� π�ADL,�named�π�ADL.NET,�isdesignedwiththeviewofbringingthearchitecturedrivensoftwaredesignapproachto� the�.NETplatform.� Theprocessorientednatureandarobustsetofparallelismconstructsof�π�ADLmakethe�π�ADL.NETprojecta� novelapplicationofcompilertechniquesinthecontextofthe�.NETplatform,�withmanyvaluablelessonslearnt.�This� paperpresentsthe�π�ADL.NETeffortfromacompilerdesignperspective,�anddescribestheinclusiveapproachdriving� thedesignthatfacilitatestherepresentationofstrongbehavioralsemanticsinarchitecturedescriptions.�Thesubjectsof� parallelprocessmodeling,�communicationandconstructeddatatypesarecovered.�Thepaperalsodocumentsthe� motivation,�visionandfuturepossibilitiesforthislineofwork.�Adetailedcomparisonwithrelatedworkisalso� presented.� �

Key concepts: Computer science

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