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20090109 Dsl2cpp Md Workbench

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20090109 Dsl2cpp Md Workbench

  1. 1. Ander Zubizarreta 9/1/2009<br />DSLto C++<br />Sysdefcodegenerationusing MDWorkbench<br />
  2. 2. ProblemDefinition<br />Wehave a source XML filedescribing a system, accordingto a XML Schemametamodel<br />System has manyelements of thetypeControllable<br />Thegoalistogeneratea cppimplementationforeachControllabletypeelement<br />
  3. 3. Problemdefinition<br />XSD<br />
  4. 4. ProblemDefinition<br />Source<br />XML file<br />The XML file describes a system<br />Thesystem has manycontrollables<br />Eachcontrollable has inputs, outputs, params, faults…<br />Target<br />.h and .cppfileforeachControllable<br />The generation of the .H file is straightforward<br />The generation of the .CPP file comprises several RuleSets<br />Locals:<br />For each input/output/param/fault/timer <br />define a local of that type<br />doInit<br />initialize each local variable<br />by getting its value (using mappings in wtsl)<br />WHY IS USED?<br />We’ll use MDWorkbench forthatpurpose<br />
  5. 5. MDWorkbench<br />MDWorkbench is a model-driven engineering development environment to build:<br />Source code and text generators<br />Word documentation<br />Model transformers<br />Eclipse-based IDE<br />Java code may be used in MDWorkbench projects<br />Developed by Sodius SAS <br />
  6. 6. MDWorkbench<br />
  7. 7. Solution<br />Metamodel<br />C++ code<br />Model<br />Rules<br />Templates<br />
  8. 8. Steps<br />Importthemetamodelto MDWorkbench<br />Browsethemodelusing MDWorkbench<br />Createtherulesets and templatesforcodegeneration<br />Runthegenerator<br />
  9. 9. 1. Importing a metamodel<br />MDWorkbench nativelyallowstoworkwithEcore, Relationalor UML models<br />New metamodels can beimported, allowingtoworkwithdifferentkind of models<br />Importing a metamodelconsists in creatingan Eclipse pluginwhichwillbeusedby MDWorkbench<br />Ourmetamodelisdefinedusing XML Schema<br />
  10. 10. 1. Importing a metamodel<br />1<br />3<br />4<br />2<br />Select the specific file<br />
  11. 11. 1. Importing a metamodelCreatingPlugin<br />Wenowhavetoexportthecreatedproject as a plugin<br />Whenwerestart MDWorkbench the new metamodelwillbeavailable<br />
  12. 12. 2. Browsingthemodel<br />Once themetamodel has beenimportedwe can open themodel in MDWorkbench and browseit<br />
  13. 13. 3. Writingthegenerators<br />Rulesets, texttemplates and scripts can beusedtogeneratecode<br />Rulesets are written in MQL<br />Templatesarwritten in TGL<br />Scripts can bewritten in MQL, TGL or Java<br />First sketch of thesolution:<br />Twocodetemplates: onefor .h files and otherfor .cpp files<br />A ruleset: toapplythetemplatestoeachcontrollable in themodel<br />Scripts: we’llcalltosomescrpitsfromthetemplatestogettheelements of thecontrollable<br />
  14. 14. 3. Writingthegenerators<br />Ruleset:<br />cppGenerator.mqr<br />Templates:<br />hGen.tgt<br />cppGen.tgt<br />Scripts:<br />doGetInitializations()<br />doGetLocalsDefinitions()<br />
  15. 15. 3. WritingthegeneratorshGen.tgt<br />Refer to “20081202_MDWorkbench_Tool.ppt” for a detailed overview of Templates<br />
  16. 16. 3. WritingthegeneratorscppGen.Tgt (callto script)<br />Refer to “20081202_MDWorkbench_Tool.ppt” for a detailed overview of Templates<br />
  17. 17. 3. WritingthegeneratorsScripts<br />Refer to “20081202_MDWorkbench_Tool.ppt” for a detailed overview of Scripts<br />
  18. 18. 3. WritingthegeneratorsRuleset<br />cppGeneration.mqr: appliesthetexttemplatestoeachcontrollable<br />Refer to “20081202_MDWorkbench_Tool.ppt”for a detailed overview of Rulesets<br />
  19. 19. 4. RunningthegeneratorRunconfiguration<br />Selecttheruleset as themainelementwewanttorun and the input model<br />
  20. 20. 4. RunningthegeneratorOutput<br />Console output:<br />Report:<br />
  21. 21. 4. RunningthegeneratorOutput<br />Part of a generated .cppfile:<br />

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