GECO: Automatic Generator-Composition for (Aspect-oriented) DSLs
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1 GECO: Automatic Generator-Composition for (Aspect-oriented) DSLs Doctoral Symposium Reiner Jung Christian-Albrechts-Universität zu Kiel Institut für Informatik
2 Domain-specific Languages Motivation Domain-specific Language (DSL) Created for a specific domain or aspect of a software system Properties: formal, informal, executable etc. Text-based or graphical languages Text-based: grammars and meta-models Graphical: visualization pattern and meta-models Text Diagram Scanner/Parser Graphic Tooling Source Model Model to Text Model to Model Target Code Target Model Jung Automatic Generator-Composition / 21
3 DSL Construction Process Motivation Decision Analysis Design Deployment Implementation [Mernik et al., 2005] Jung Automatic Generator-Composition / 21
4 Present Tooling for Textual DSLs Motivation Automatic or semi-automatic tasks Meta-model generation Editor generation Manual tasks Grammar specification Validator construction Generator construction Jung Automatic Generator-Composition / 21
5 Modeling and Generator Construction Motivation Source Meta-Models / DSLs ADL Data Monitoring Behavior Protocols UI Generator Target Meta-Models / Technologies & General Purpose Languages (GPL) JPA J2EE Kieker Javascript AspectJ JSF Java Jung Automatic Generator-Composition / 21
6 Modeling and Generator Construction Motivation Source Meta-Models / DSLs ADL Data Monitoring Behavior Protocols UI Analysis Generator New or altered requirements Target Meta-Models / Technologies & General Purpose Languages (GPL) JPA J2EE Kieker Javascript AspectJ JSF Java Jung Automatic Generator-Composition / 21
7 Modeling and Generator Construction Motivation Source Meta-Models / DSLs ADL Data Monitoring Behavior Protocols UI Analysis Generator New or altered requirements Target Meta-Models / Technologies & General Purpose Languages (GPL) JPA J2EE Kieker Javascript AspectJ JSF Java Meta-model changes result in generator code degradation Jung Automatic Generator-Composition / 21
8 Solution Overview The GECO Approach Source Meta-Models / DSLs ADL Data Monitoring Behavior Workflow UI Monitoring Behavior UI ADL Workflow Data Target Meta-Models / Technologies & General Purpose Languages (GPL) JPA J2EE Kieker Javascript AspectJ JSF Java Jung Automatic Generator-Composition / 21
9 Solution Overview The GECO Approach Source Meta-Models / DSLs ADL Data Monitoring Behavior Workflow UI Analysis Monitoring ADL Workflow Behavior UI Data New or altered requirements Target Meta-Models / Technologies & General Purpose Languages (GPL) JPA J2EE Kieker Javascript AspectJ JSF Java Jung Automatic Generator-Composition / 21
10 Solution Overview The GECO Approach Source Meta-Models / DSLs ADL Data Monitoring Behavior Workflow UI Analysis Monitoring ADL Workflow Behavior UI Data New or altered requirements Target Meta-Models / Technologies & General Purpose Languages (GPL) JPA J2EE Kieker Javascript AspectJ JSF Java Jung Automatic Generator-Composition / 21
11 Solution Overview The GECO Approach Source Meta-Models / DSLs ADL Data Monitoring Behavior UI Workflow Analysis Monitoring ADL Workflow Behavior UI Data New or altered requirements Target Meta-Models / Technologies & General Purpose Languages (GPL) JPA J2EE Kieker Javascript AspectJ JSF Java Jung Automatic Generator-Composition / 21
12 Solution Overview The GECO Approach Source Meta-Models / DSLs ADL Data Monitoring Behavior UI Workflow Analysis Monitoring ADL Workflow Behavior UI Data New or altered requirements Target Meta-Models / Technologies & General Purpose Languages (GPL) JPA J2EE Kieker Javascript AspectJ JSF Java Key problem How to combine partial generators? Jung Automatic Generator-Composition / 21
13 Different Generation Pattern The GECO Approach SBM SAM Source Base Model Source Aspect Model TBM TAM TM Target Base Model Target Aspect Model Target Model T Transformation References Jung Automatic Generator-Composition / 21
14 Different Generation Pattern The GECO Approach SBM SAM T BM T AM TBM TAM SBM SAM Source Base Model Source Aspect Model TBM TAM TM Target Base Model Target Aspect Model Target Model T Transformation References Jung Automatic Generator-Composition / 21
15 Different Generation Pattern The GECO Approach SBM SAM SBM SAM T BM T AM T BM T AM TBM TAM TBM TAM SBM SAM Source Base Model Source Aspect Model TBM TAM TM Target Base Model Target Aspect Model Target Model T Transformation References Jung Automatic Generator-Composition / 21
16 Different Generation Pattern The GECO Approach SBM SAM SBM SAM SBM SAM T BM T AM T BM T AM T Merge TBM TAM TBM TAM TBM SBM SAM Source Base Model Source Aspect Model TBM TAM TM Target Base Model Target Aspect Model Target Model T Transformation References Jung Automatic Generator-Composition / 21
17 Different Generation Pattern The GECO Approach SBM SAM SBM SAM SBM SAM T BM T AM T BM T AM T Merge TBM TAM TBM TAM TBM SBM SAM Source Base Model Source Aspect Model TBM TAM TM Target Base Model Target Aspect Model Target Model T Transformation References Jung Automatic Generator-Composition / 21
18 Potential Approaches The GECO Approach Approach 1 Weaving models Base and aspect model generators produce target models Reference resolver for join points (source to target level) Weaver combines target aspect and target base model Various target level technologies (AspectJ, Kermeta,... ) Approach 2 Weaving partial generators Base and aspect generator are woven Integration based on source level meta-model references Requires strict coding guidelines and insertion pattern Can be based on higher order transformations [Tisi et al., 2009] Jung Automatic Generator-Composition / 21
19 Approach 1 The GECO Approach Base Model (BM) Aspect Model (AM) Jung Automatic Generator-Composition / 21
20 Approach 1 The GECO Approach Base Meta-Model Base Model (BM) Aspect Model (AM) Aspect Meta-Model Jung Automatic Generator-Composition / 21
21 Approach 1 The GECO Approach Base Meta-Model Base Model (BM) Aspect Model (AM) Aspect Meta-Model T BM T AM Jung Automatic Generator-Composition / 21
22 Approach 1 The GECO Approach Base Meta-Model Base Model (BM) Aspect Model (AM) Aspect Meta-Model T BM T AM Target Base Meta-Model Target Base Model Target Target Aspect Aspect Model Model Fragm. Fragm. Target Aspect Meta-Model Jung Automatic Generator-Composition / 21
23 Approach 1 The GECO Approach Base Meta-Model Base Model (BM) Aspect Model (AM) Aspect Meta-Model T BM T AM Target Base Meta-Model Target Base Model Target Target Aspect Aspect Model Model Fragm. Fragm. Target Aspect Meta-Model Weaver Merged Target Meta-Model conforms to Merged Target Model Jung Automatic Generator-Composition / 21
24 Approach 1 The GECO Approach Base Meta-Model Base Model (BM) Aspect Model (AM) Aspect Meta-Model T BM T AM Target Base Meta-Model Target Base Model Target Target Aspect Aspect Model Model Fragm. Fragm. Target Aspect Meta-Model C, Java, EMF, JVM byte code Merged Target Meta-Model conforms to Weaver Merged Target Model AspectJ AspectC++ Kermeta Weaver Atlas Weaver Jung Automatic Generator-Composition / 21
25 Approach 1 The GECO Approach Base Meta-Model Base Model (BM) Aspect Model (AM) Aspect Meta-Model T BM T AM Target Base Meta-Model Target Base Model Target Target Aspect Aspect Model Model Fragm. Fragm. Target Aspect Meta-Model Weaver Merged Target Meta-Model conforms to Merged Target Model Jung Automatic Generator-Composition / 21
26 Approach 1 The GECO Approach Base Meta-Model Target Base Meta-Model Base Model (BM) T BM Target Base Model Aspect Model (AM) Reference Transformation Aspect Meta-Model Model traces for source model nodes T Source model AM references Selection of target nodes Construction of target model references Target Target Aspect Aspect Target Aspect Model Model Fragm. Fragm. Meta-Model Weaver Merged Target Meta-Model conforms to Merged Target Model Jung Automatic Generator-Composition / 21
27 Evaluation Scenarios Planned Evaluation Generator for CoCoME [Rausch et al., 2011] Domain: Common Component Modeling Example (CoCoME) Users: DFG-SPP Design for Future projects Target platform: Cloud, J2EE, JSF, Java, AspectJ Generator for MENGES DSL [Goerigk et al., 2012] Domain: Railway control centers (RCC) Users: Developers and engineers of RCC Target platform: PLCopen/XML, C Jung Automatic Generator-Composition / 21
28 Evaluation Overview Planned Evaluation Goal A Technique and method evaluation Goal B Approach evaluation in an enterprise scenario Goal C Approach evaluation in a legacy scenario with multiple target platforms Jung Automatic Generator-Composition / 21
29 Goal A: Technique and Method Evaluation Planned Evaluation Objectives Feasibility of different model-element reference concepts Feasibility of model/code weaving approach Practicability of model-element reference concepts With researchers of iobserve projects and students Scenario Partial CoCoME model, based on the Palladio Component Model (PCM) [Becker et al., 2009] Instrumentation aspect language (IAL) [Jung et al., 2013a] Combination of IAL & ProtoCom [Giacinto and Lehrig, 2013] Jung Automatic Generator-Composition / 21
30 Goal B: Enterprise Scenario Planned Evaluation Objectives Integration test of method and tooling Practicability of approach and tooling (J2EE domain) Scenario Complete CoCoME model based on PCM and additional DSLs Adaptation of generators driven by CoCoME modification scenarios Collaboration University Stuttgart UDE, KIT, CAU Other CoCoME collaborators Jung Automatic Generator-Composition / 21
31 Goal C: Multiple Target Platforms Planned Evaluation Objectives Feasible for different target model/language domains (text, XML) Practicability of approach and tooling (RCC domain) Comparison with existing generator ñ cost benefit Scenario Legacy meta-model and type-system Creation of generators for different target languages Collaboration & Expert Interviews b+m Informatik, Stefan Zeug Scheidt & Bachmann, Hauke Fuhrmann Jung Automatic Generator-Composition / 21
32 Current State Project Status Published Type-Systems for DSLs [Jung et al., 2013b] Data type language (DTL) [Jung, 2013] Instrumentation aspect language [Jung et al., 2013a] Unpublished Survey on model join point notations Designing extensible meta-models (addressing PCM issues) Jung Automatic Generator-Composition / 21
33 Work-Packages Project Status WP1 Literature and Technology Research Model weaver & graph transformation Compiler construction WP2 Communication More publications and presentations WP3 Approach WP4 Solution Design and Implementation WP5 Evaluation Jung Automatic Generator-Composition / 21
34 Related Work Project Status Aspect Oriented-Modeling (AOM) Formal Design Analysis Framework (FDAF) [Bennett et al., 2010] Supports only UML class diagrams Stub generation Java and AspectJ Theme/UML [Clarke and Baniassad, 2005] Supports UML structural and behavior models No code generation Themes as aspects Reusable Aspect Models (RAM) [Klein and Kienzle, 2007] Supports UML class and activity models Weaves in modeling domain Code generation for Java and AspectJ Jung Automatic Generator-Composition / 21
35 Related Work Project Status Aspect Oriented-Modeling (AOM) Formal Design Analysis Framework (FDAF) [Bennett et al., 2010] Supports only UML class diagrams Stub generation Java and AspectJ Theme/UML [Clarke and Baniassad, 2005] Supports UML structural and behavior models No code generation Themes as aspects Reusable Aspect Models (RAM) [Klein and Kienzle, 2007] Supports UML class and activity models Weaves in modeling domain Code generation for Java and AspectJ Code Generation No work on iterative/agile development [Mehmood and Jawawi, 2013] Jung Automatic Generator-Composition / 21
36 Conclusions Conclusions Summary DSLs are developed iteratively Generators can depend on multiple DSLs Resulting in complex generators Iterations of each DSL cause Generator architecture degradation Goal Provide an approach and tooling to improve generator construction re-use Next step Realizing the first evaluation scenario Release date July/August 2015 Jung Automatic Generator-Composition / 21
37 References I References S. Becker, H. Koziolek, and R. Reussner. The palladio component model for model-driven performance prediction. Journal of Systems and Software, 82(1):3 22, ISSN doi: URL Special Issue: Software Performance - Modeling and Analysis. J. Bennett, K. Cooper, and L. Dai. Aspect-oriented model-driven skeleton code generation: A graph-based transformation approach. Science of Computer Programming, 75(8): , ISSN doi: URL Designing high quality system/software architectures. S. Clarke and E. Baniassad. Aspect-Oriented Analysis and Design. Addison-Wesley Professional, ISBN D. Giacinto and S. Lehrig. Towards integrating java ee into protocom. In S. Becker, W. Hasselbring, A. van Hoorn, and R. Reussner, editors, KPDAYS, volume 1083 of CEUR Workshop Proceedings, pages CEUR-WS.org, URL Jung Automatic Generator-Composition / 21
38 References II References W. Goerigk, R. von Hanxleden, W. Hasselbring, G. Hennings, R. Jung, H. Neustock, H. Schaefer, C. Schneider, E. Schultz, T. Stahl, S. Weik, and S. Zeug. Entwurf einer domänenspezifischen sprache für elektronische stellwerke. In Software Engineering 2012: Fachtagung des GI-Fachbereichs Softwaretechnik, 27. Februar - 2. März 2012 in Berlin, volume 198 of Lecture Notes in Informatics, pages Gesellschaft für Informatik e.v., URL R. Jung. Data type language, November URL R. Jung, R. Heinrich, and E. Schmieders. Model-driven instrumentation with kieker and palladio to forecast dynamic applications. Symposium on Software Performance: Joint Kieker/Palladio Days 2013, 1083:99 108, November 2013a. URL R. Jung, C. Schneider, and W. Hasselbring. Type systems for domain-specific languages. In S. Wagner and H. Lichter, editors, Software Engineering 2013 Workshopband, volume 215 of Lecture Notes in Informatics, pages , Bonn, February 2013b. Gesellschaft für Informatik e.v. URL J. Klein and J. Kienzle. Reusable aspect models. In 11th Workshop on Aspect-Oriented Modeling, AOM at Models 07,, Jung Automatic Generator-Composition / 21
39 References III References A. Mehmood and D. N. Jawawi. Aspect-oriented model-driven code generation: A systematic mapping study. Information and Software Technology, 55(2): , ISSN doi: URL Special Section: Component-Based Software Engineering (CBSE), M. Mernik, J. Heering, and A. M. Sloane. When and how to develop domain-specific languages. ACM Comput. Surv., 37(4): , Dec ISSN doi: / URL A. Rausch, R. Reussner, R. Mirandola, and F. Plasil, editors. The Common Component Modelling Example (CoCoME), volume 5153 of Lecture Notes in Computer Science. Springer Verlag Berlin Heidelberg, M. Tisi, F. Jouault, P. Fraternali, S. Ceri, and J. Bézivin. On the use of higher-order model transformations. In R. Paige, A. Hartman, and A. Rensink, editors, Model Driven Architecture - Foundations and Applications, volume 5562 of Lecture Notes in Computer Science, pages Springer Berlin Heidelberg, ISBN doi: / _3. URL Jung Automatic Generator-Composition / 21
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