From: mka Date: Wed, 3 Apr 2013 15:29:01 +0000 (+0000) Subject: Test.java is deleted X-Git-Tag: Root_Delivery2_2013_04_22~60 X-Git-Url: http://git.salome-platform.org/gitweb/?a=commitdiff_plain;h=8068336aac3b90c3a076f57d95f9775da85bb8e6;p=tools%2Fsiman.git Test.java is deleted --- diff --git a/Workspace/Siman-Common/src/test/Test.java b/Workspace/Siman-Common/src/test/Test.java deleted file mode 100644 index 1806e0f..0000000 --- a/Workspace/Siman-Common/src/test/Test.java +++ /dev/null @@ -1,851 +0,0 @@ -package test; - -import java.io.File; -import java.text.SimpleDateFormat; -import java.util.Date; -import java.util.Iterator; -import java.util.List; -import java.util.Vector; - -import org.splat.service.SearchServiceImpl; -import org.splat.service.dto.Proxy; -import org.splat.service.technical.ProjectSettingsServiceImpl; -import org.splat.som.*; -import org.splat.dal.bo.kernel.Role; -import org.splat.dal.bo.kernel.User; -import org.splat.dal.bo.som.ConvertsRelation; -import org.splat.dal.bo.som.Document; -import org.splat.dal.bo.som.DocumentType; -import org.splat.dal.bo.som.KnowledgeElement; -import org.splat.dal.bo.som.KnowledgeElementType; -import org.splat.dal.bo.som.ProgressState; -import org.splat.dal.bo.som.Publication; -import org.splat.dal.bo.som.Scenario; -import org.splat.dal.bo.som.SimulationContext; -import org.splat.dal.bo.som.SimulationContextType; -import org.splat.dal.bo.som.Study; -import org.splat.dal.bo.som.ValidationCycle; -import org.splat.dal.dao.som.Database; -import org.splat.kernel.Do; -import org.splat.manox.Reader; -import org.splat.manox.Toolbox; -import org.splat.manox.Writer; - -import org.hibernate.Session; -import org.hibernate.Transaction; -import org.apache.log4j.Logger; - - -public class Test { - - final static Logger logger = Logger.getLogger(Test.class); - -// ============================================================================================================================== -// Main -// ============================================================================================================================== - - public static void main(String[] args) {/* TODO: Create unit tests -// -------------------------------------- - Session session = Database.getSession(); // Single session for multiple operations - Transaction transax = session.beginTransaction(); - - ProjectSettingsServiceImpl project = ProjectSettingsServiceImpl.getMe(); - String path = System.getProperty("user.dir"); - try { - project.configure(path + "/src/som.xml"); - } - catch (Exception error) { - logger.fatal("Could not initialize the database, reason:", error); - return; - } - int nargs = args.length; - if (nargs > 0) switch (Integer.valueOf(args[0])) { - - case 1: - if (!importation_of_users()) return; - break; - - case 2: - if (!create_narveos_study()) return; - break; - - case 3: - if (!create_tripoli_study()) return; - break; - - case 4: - if (!select_user_by_username()) return; - break; - - case 5: - if (!select_study_by_state()) return; - break; - - case 6: - if (!select_study_by_title()) return; - break; - - case 7: - if (!select_study_by_reference()) return; - break; - - case 8: - if (!select_study_by_context()) return; - break; - - case 9: - if (!select_document_by_reference()) return; - break; - - case 10: - if (!select_knowledge_by_context()) return; - break; - - case 11: - if (!browse_knowledge()) return; - break; - - case 12: - if (!read_wordxml_properties()) return; - break; - - case 13: - if (!read_worddoc_properties()) return; - } - transax.commit(); - } - - private static boolean importation_of_users () { -// ---------------------------------------------- - try { - UserDirectory.importUsers(new File("C:/Users/Daniel/Projets/Internes/SaLoMe/Workspace/org.splat/src/users.xml")); - -// Print of imported users - List result = UserDirectory.selectAllUsers(); - for (Iterator i=result.iterator(); i.hasNext();) { - User auser = i.next(); - Role[] role = auser.getRoles(); - String echo = "Role(s) of user " + auser.getIndex() + " (" + auser.toString() + "): " + role[0].getName(); - for (int j=1; j ulist = UserDirectory.selectUsersWhere(uprop.setOrganizationName("Euriware")); - User jb = ulist.get(0); // Manager of the study - User pd = ulist.get(1); // Author of specifications - User hl = UserDirectory.selectUser("hl"); // Geometry expert - User sd = UserDirectory.selectUser("sdd"); // Customer - - -// Creation of the Study object - SimpleDateFormat on = new SimpleDateFormat("dd/MM/yyyy"); - SimpleDateFormat at = new SimpleDateFormat("dd/MM/yyyy HH:mm"); - Study.Properties sprop = new Study.Properties(); - - Date someday = on.parse("25/01/2010"); - Study mystudy = Database.createStudy(sprop.setTitle("Caractérisation du béton SERCOTER").setDate(someday).setManager(jb) - .setDescription("Cette étude est livrée avec l'application comme exemple pour tester les fonctions de recherche et de navigation.")); - - -// Addition of the default scenario - Scenario.Properties oprop = new Scenario.Properties(); - Scenario myscenar = mystudy.addScenario(oprop.setTitle("Scénario 1").setDate(someday)); - - -// Definition of the project team - mystudy.addContributor(pd); - - -// Addition of documents - Step[] ownstep = mystudy.getSteps(); - Step[] nexstep = myscenar.getSteps(); - Document.Properties dprop; - DocumentType request = Document.selectType("requirements"); - DocumentType spec = Document.selectType("specification"); - DocumentType geom = Document.selectType("geometry"); - DocumentType note = Document.selectType("memorandum"); - DocumentType delivery = Document.selectType("report"); // Final report of the study - -// Set of document validation cycles - mystudy.setValidationCycle(geom, new ValidationCycle.Properties().setActor(ValidationStep.REVIEW, hl) - .setActor(ValidationStep.APPROVAL, jb)); -// (1) Customer requirements - dprop = new Document.Properties(); - Publication cdc = ownstep[0].createDocument(dprop.setName("Proposition technique") - .setExternReference("GCVP-P/09-1629/V1") - .setDate(on.parse("08/02/2010")) - .setType(request) - .setFormat("pdf") - .setAuthor(sd)); - logger.info("Uploading file \"" + cdc.getSourceFile().getName() + "\" into " + cdc.value().getSaveDirectory().getPath()); - cdc.saveAs(ProgressState.EXTERN); - -// (2)(3) General specifications based on (using) Customer requirements - dprop.clear(); - Publication specgen = ownstep[0].createDocument(dprop.setName("Spécifications générales") - .setDate(on.parse("05/03/2010")) - .setType(spec) - .setFormat("xml") - .setAuthor(pd)); - logger.info("Uploading file \"" + specgen.getSourceFile().getName() + "\" into " + specgen.value().getSaveDirectory().getPath()); - specgen.saveAs(ProgressState.inWORK); // Version 0.1 - specgen.addDependency(cdc); - - dprop.clear(); - specgen = ownstep[0].versionDocument(specgen, dprop.setDate(on.parse("12/03/2010")) - .setDescription("Ajout de la description du scénario de calcul")); - specgen.saveAs(ProgressState.inWORK); // Version 0.2 - specgen.addDependency(cdc); - -// (4) Assembly geometry based on (using) General specifications - dprop.clear(); - Publication sercoter = nexstep[1].createDocument(dprop.setName("Assemblage SERCOTER") - .setDate(on.parse("26/03/2010")) - .setType(geom) - .setFormat("sldasm") - .setAuthor(jb)); - logger.info("Uploading file \"" + sercoter.getSourceFile().getName() + "\" into " + sercoter.value().getSaveDirectory().getPath()); - sercoter.saveAs(ProgressState.inWORK); - sercoter.addDependency(specgen); - -// (5) Technical note based on (using) General specifications and Assembly geometry - dprop.clear(); - Publication report = nexstep[1].createDocument(dprop.setName("Modifications et simplifications retenues") - .setDate(on.parse("26/03/2010")) - .setType(note) - .setFormat("doc") - .setAuthor(jb)); - logger.info("Uploading file \"" + report.getSourceFile().getName() + "\" into " + report.value().getSaveDirectory().getPath()); - report.saveAs(ProgressState.inWORK); - report.addDependency(specgen); - report.addDependency(sercoter); - report.promote(on.parse("26/03/2010")); - -// (6) New version of General specifications - dprop.clear(); - specgen = ownstep[0].versionDocument(specgen, dprop.setDate(on.parse("24/03/2010")) - .setDescription("Prise en compte des retours internes")); - specgen.saveAs(ProgressState.inDRAFT); // Version 0.3 - specgen.addDependency(cdc); - - specgen.review(at.parse("26/03/2010 10:15")); // Promotion to version 1.0 - specgen.attach("pdf"); - specgen.approve(at.parse("26/03/2010 16:30")).setComment("Le document peut être envoyé au client."); - logger.info("Uploading file \"" + specgen.value().getTitle() + ".pdf\" into " + specgen.value().getSaveDirectory().getPath()); - -// (7) - Publication result = ownstep[1].createDocument(dprop.setName("Comparaison des résultats") - .setDate(on.parse("16/04/2010")) - .setType(delivery) - .setFormat("xml") - .setAuthor(jb)); - logger.info("Uploading file \"" + result.getSourceFile().getName() + "\" into " + result.value().getSaveDirectory().getPath()); - result.saveAs(ProgressState.inDRAFT); // Promotes the study to In-Draft - result.review (at.parse("19/04/2010 10:15")); // Promotes the study to In-Check - - -// Assignment of simulation contexts - SimulationContext.Properties cprop = new SimulationContext.Properties(); - SimulationContextType customer = SimulationContext.selectType("customer"); - SimulationContextType product = SimulationContext.selectType("product"); - SimulationContextType phase = SimulationContext.selectType("phase"); - SimulationContextType need = SimulationContext.selectType("need"); - SimulationContextType subject = SimulationContext.selectType("purpose"); - SimulationContextType physics = SimulationContext.selectType("physic"); - SimulationContextType object = SimulationContext.selectType("object"); - SimulationContextType part = SimulationContext.selectType("part"); - SimulationContextType model = SimulationContext.selectType("model"); - SimulationContextType element = SimulationContext.selectType("element"); - SimulationContextType shape = SimulationContext.selectType("shape"); - SimulationContextType platform = SimulationContext.selectType("platform"); - SimulationContextType module = SimulationContext.selectType("module"); - SimulationContextType component = SimulationContext.selectType("component"); - - List ihave = mystudy.getFirstStep().getSimulationContext(customer); - if (ihave.size() > 0) ihave.get(0).approve(); // Generated from specifications - else { - SimulationContext imported = Database.selectSimulationContext(customer, "CEA Cadarache"); - if (imported == null) { - mystudy.addProjectContext(cprop.setType(customer).setValue("CEA Cadarache").setState(ProgressState.APPROVED)); - } else { - mystudy.addProjectContext(imported); // Previously generated - } - } - ihave = mystudy.getFirstStep().getSimulationContext(product); - if (ihave.size() > 0) ihave.get(0).approve(); // Generated from specifications - else { - SimulationContext imported = Database.selectSimulationContext(product, "Réacteur RAPSODIE"); - if (imported == null) { - mystudy.addProjectContext(cprop.setType(product).setValue("Réacteur RAPSODIE").setState(ProgressState.APPROVED)); - } else { - mystudy.addProjectContext(imported); // Previously generated - } - } - mystudy.addProjectContext(cprop.setType(phase).setValue("Démantèlement").setState(ProgressState.APPROVED)); - mystudy.addProjectContext(cprop.setType(need).setValue("Caractérisation du béton SERCOTER").setState(ProgressState.APPROVED)); - mystudy.addProjectContext(cprop.setType(subject).setValue("Valider les résultats d'une précédente étude").setState(ProgressState.APPROVED)); - mystudy.addProjectContext(cprop.setType(physics).setValue("Transport de particules").setState(ProgressState.APPROVED)); - nexstep[1].addSimulationContext(cprop.setType(object).setValue("Réacteur nucléaire").setState(ProgressState.APPROVED)); - nexstep[1].addSimulationContext(cprop.setType(part).setValue("Ensemble Bloc réacteur et Enceinte en béton").setState(ProgressState.APPROVED)); -// nexstep[2].addSimulationContext(cprop.setType(model).setValue("CSG")); - nexstep[2].addSimulationContext(cprop.setType(model).setValue("Éléments finis").setState(ProgressState.APPROVED)); - nexstep[2].addSimulationContext(cprop.setType(element).setValue("Surfacique").setState(ProgressState.APPROVED)); - nexstep[2].addSimulationContext(cprop.setType(shape).setValue("Triangles").setState(ProgressState.APPROVED)); - nexstep[4].addSimulationContext(cprop.setType(platform).setValue("NARVEOS V3").setState(ProgressState.APPROVED)); - nexstep[4].addSimulationContext(cprop.setType(module).setValue("NARMER V2").setState(ProgressState.APPROVED)); - nexstep[4].addSimulationContext(cprop.setType(component).setValue("VIRTOOLS V5").setState(ProgressState.APPROVED)); - -// Assignment of a knowledge - KnowledgeElement.Properties kprop = new KnowledgeElement.Properties(); - KnowledgeElementType practice = KnowledgeElement.selectType("bestpractice"); - KnowledgeElementType limit = KnowledgeElement.selectType("limitation"); - KnowledgeElementType improvment = KnowledgeElement.selectType("improvement"); - kprop.setType(limit) - .setTitle("Format du modèle géométrique") - .setValue("Seul le format 3DXML V5 ou antérieur est supporté.") -// .setState(ProgressState.APPROVED) - .setAuthor(jb); - myscenar.addKnowledgeElement(kprop); - kprop.setType(practice) - .setTitle("Compréhension de l'environnement") - .setValue("Avoir une compréhension globale du débit de dose en commençant par effectuer une cartographie.") - .setState(ProgressState.APPROVED) - .setAuthor(jb); - myscenar.addKnowledgeElement(kprop); - kprop.setType(practice) - .setTitle("Calage du modèle radiologique") - .setValue("A partir de sources à 1 Bq/m3, faire évoluer une source à la fois et vérifier l'impact sur les points de calcul pour connaitre l'influence relative des sources.") - .setState(ProgressState.APPROVED) - .setAuthor(jb); - myscenar.addKnowledgeElement(kprop); - kprop.setType(practice) - .setTitle("Calage du modèle radiologique") - .setValue("Toujours faire le premier calcul sans built-up.") - .setState(ProgressState.APPROVED) - .setAuthor(jb); - myscenar.addKnowledgeElement(kprop); - kprop.setType(limit) - .setTitle("Effets diffusés indirects") - .setValue("L'outil ne tenant pas compte des effets diffusés indirects, faire attention à la géométrie autour des points de calcul.") - .setState(ProgressState.APPROVED) - .setAuthor(jb); - myscenar.addKnowledgeElement(kprop); - kprop.setType(improvment) - .setTitle("Gestion des écrans") - .setValue("Mieux gérer les multi-écrans à géométrie cylindrique.") - .setState(ProgressState.inCHECK) // Just for testing the approve() function below - .setAuthor(jb); - KnowledgeElement kelm = myscenar.addKnowledgeElement(kprop); - - kelm.approve(); - - mystudy.moveToPublic(); - - logger.info("Study \"" + mystudy.getTitle() + "\" successfully created."); - return true; - } - catch (Exception error) { - logger.info("Reason:", error); - return false; - } - } - - private static boolean create_tripoli_study () { -// ---------------------------------------------- - User plt = UserDirectory.selectUser("sdd"); - try { -// Creation of the Study object - SimpleDateFormat todate = new SimpleDateFormat("dd/MM/yyyy"); - Study.Properties sprop = new Study.Properties(); - - Date at = todate.parse("03/05/2011"); - Study mystudy = Database.createStudy(sprop.setTitle("Validation des voies de production de la plate-forme Radioprotection").setDate(at).setManager(plt)); - -// Addition of scenarios - Scenario.Properties oprop = new Scenario.Properties(); - Scenario myscenar = mystudy.addScenario(oprop.setTitle("Scénario Tripoli").setDate(at)); - mystudy.addScenario(oprop.setTitle("Scénario MCNP").setDate(at)); - -// Addition of documents - Step[] ownstep = mystudy.getSteps(); - Step[] nexstep = myscenar.getSteps(); - - DocumentType request = Document.selectType("requirements"); - DocumentType spec = Document.selectType("specification"); - DocumentType geom = Document.selectType("geometry"); - DocumentType mesh = Document.selectType("model"); - DocumentType note = Document.selectType("memorandum"); - DocumentType delivery = Document.selectType("report"); // Final report of the study - Document.Properties dprop; - - dprop = new Document.Properties(); - Publication cdc = ownstep[0].createDocument(dprop.setName("Cahier des charges") - .setDate(todate.parse("03/05/2011")) - .setType(request) - .setFormat("pdf") - .setAuthor(plt)); - logger.info("Uploading file \"" + cdc.getSourceFile().getName() + "\" into " + cdc.value().getSaveDirectory().getPath()); - cdc.saveAs(ProgressState.EXTERN); - - dprop = new Document.Properties(); - Publication sgen = ownstep[0].createDocument(dprop.setName("Spécifications générales") - .setDate(todate.parse("03/05/2010")) - .setType(spec) - .setFormat("xml") - .setAuthor(plt)); - logger.info("Uploading file \"" + sgen.getSourceFile().getName() + "\" into " + sgen.value().getSaveDirectory().getPath()); - sgen.saveAs(ProgressState.inDRAFT); // Version 0.1 - sgen.addDependency(cdc); - - dprop = new Document.Properties(); - Publication pcc = nexstep[1].createDocument(dprop.setName("Assemblage PCC") - .setDate(todate.parse("03/05/2011")) - .setType(geom) - .setFormat("ProE") - .setAuthor(plt)); - Publication doc = nexstep[1].createDocument(dprop.setName("Description de l'assemblage") - .setDate(todate.parse("03/05/2011")) - .setType(note) - .setFormat("doc") - .setAuthor(plt)); - logger.info("Uploading file \"" + pcc.getSourceFile().getName() + "\" into " + pcc.value().getSaveDirectory().getPath()); - logger.info("Uploading file \"" + doc.getSourceFile().getName() + "\" into " + doc.value().getSaveDirectory().getPath()); - pcc.saveAs(ProgressState.inDRAFT); - doc.saveAs(ProgressState.inCHECK); - - pcc.review(todate.parse("08/05/2011")); - pcc.addDependency(sgen); - doc.addDependency(sgen); - doc.addDependency(pcc); - - pcc.attach("gdml"); - logger.info("Uploading file \"" + pcc.value().getTitle() + ".gdml\" into " + pcc.value().getSaveDirectory().getPath()); - - dprop = new Document.Properties(); - Publication csg = nexstep[2].createDocument(dprop.setName("PCC") - .setDate(todate.parse("03/05/2011")) - .setType(mesh) - .setFormat("hdf") - .setAuthor(plt)); - logger.info("Uploading file \"" + csg.getSourceFile().getName() + "\" into " + csg.value().getSaveDirectory().getPath()); - csg.saveAs(ProgressState.inDRAFT); - - csg.addDependency(pcc); - - csg.attach("gdml", "sans void space"); - csg.attach("tri", "avec void space"); - csg.attach("pdf"); - logger.info("Uploading file \"" + csg.value().getTitle() + ".tri\" into " + csg.value().getSaveDirectory().getPath()); - - Publication result = ownstep[1].createDocument(dprop.setName("Comparaison des résultats") - .setDate(todate.parse("17/05/2011")) - .setType(delivery) - .setFormat("xml") - .setAuthor(plt)); - logger.info("Uploading file \"" + result.getSourceFile().getName() + "\" into " + result.value().getSaveDirectory().getPath()); - result.saveAs(ProgressState.inWORK); // Version 0.1 - result.promote(todate.parse("18/05/2011")); // Promotes also the study - -// Assignment of simulation contexts - SimulationContext.Properties cprop = new SimulationContext.Properties(); - SimulationContextType customer = SimulationContext.selectType("customer"); - SimulationContextType product = SimulationContext.selectType("product"); - SimulationContextType phase = SimulationContext.selectType("phase"); - SimulationContextType need = SimulationContext.selectType("need"); - SimulationContextType subject = SimulationContext.selectType("purpose"); - SimulationContextType physics = SimulationContext.selectType("physic"); - SimulationContextType object = SimulationContext.selectType("object"); - SimulationContextType part = SimulationContext.selectType("part"); - SimulationContextType model = SimulationContext.selectType("model"); - SimulationContextType element = SimulationContext.selectType("element"); - SimulationContextType shape = SimulationContext.selectType("shape"); - SimulationContextType platform = SimulationContext.selectType("platform"); - SimulationContextType module = SimulationContext.selectType("module"); - - List ihave = mystudy.getFirstStep().getSimulationContext(customer); - if (ihave.size() > 0) ihave.get(0).approve(); // Generated from specifications - else { - SimulationContext imported = Database.selectSimulationContext(customer, "Fonction transverse sûreté"); - if (imported == null) { - mystudy.addProjectContext(cprop.setType(customer).setValue("Fonction transverse sûreté").setState(ProgressState.APPROVED)); - } else { - mystudy.addProjectContext(imported); // Not generated from specifications - } - } - ihave = mystudy.getFirstStep().getSimulationContext(product); - if (ihave.size() > 0) ihave.get(0).approve(); // Generated from specifications - else { - SimulationContext imported = Database.selectSimulationContext(product, "Laser Mégajoule"); - if (imported == null) { - mystudy.addProjectContext(cprop.setType(product).setValue("Laser Mégajoule").setState(ProgressState.APPROVED)); - } else { - mystudy.addProjectContext(imported); // Not generated from specifications - } - } - mystudy.addProjectContext(cprop.setType(phase).setValue("Dossier de Validation DSGA/SSPP").setState(ProgressState.APPROVED)); - mystudy.addProjectContext(cprop.setType(need).setValue("Validation du calcul TRIPOLI4.5 via le PlugIn Pro/E").setState(ProgressState.APPROVED)); - mystudy.addProjectContext(cprop.setType(subject).setValue("Cartographie neutronique").setState(ProgressState.APPROVED)); - mystudy.addProjectContext(Database.selectSimulationContext(physics, "Transport de particules")); - nexstep[1].addSimulationContext(cprop.setType(object).setValue("Bâtiment LMJ").setState(ProgressState.APPROVED)); - nexstep[1].addSimulationContext(cprop.setType(part).setValue("Bât. Nord, Sud, Hall d'expériences, Hall lasers").setState(ProgressState.APPROVED)); - nexstep[2].addSimulationContext(cprop.setType(model).setValue("CSG").setState(ProgressState.APPROVED)); - nexstep[2].addSimulationContext(cprop.setType(element).setValue("Monte Carlo ").setState(ProgressState.APPROVED)); - nexstep[2].addSimulationContext(cprop.setType(shape).setValue("Combinatoire volumique").setState(ProgressState.APPROVED)); - nexstep[4].addSimulationContext(cprop.setType(platform).setValue("SALOME-TRIPOLI V2.04").setState(ProgressState.APPROVED)); - nexstep[4].addSimulationContext(cprop.setType(module).setValue("TRIPOLI4.5").setState(ProgressState.APPROVED)); - -// Assignment of a knowledge - KnowledgeElement.Properties kprop = new KnowledgeElement.Properties(); - KnowledgeElementType practice = KnowledgeElement.selectType("bestpractice"); - KnowledgeElementType limit = KnowledgeElement.selectType("limitation"); - KnowledgeElementType improvment = KnowledgeElement.selectType("improvement"); - kprop.setType(practice) - .setTitle("Compréhension des modèles CAO") - .setValue("Convertir le modèle CAO par élément (part) et constituer les assemblages sous GDML en vérifiant à chaque étape qu'il n'existe pas d'intersection entre les éléments.") - .setState(ProgressState.APPROVED) - .setAuthor(plt); - myscenar.addKnowledgeElement(kprop); - kprop.setType(practice) - .setTitle("Génération du volume complémentaire") - .setValue("Appliquer la génération du volume complémentaire au modèle GDML global de l'installation en sauvegardant le découpage de l'espace complémentaire en tant que volume.") - .setState(ProgressState.APPROVED) - .setAuthor(plt); - myscenar.addKnowledgeElement(kprop); - kprop.setType(limit) - .setTitle("Découpage du volume complémentaire") - .setValue("Inutile de découper le complémentaire pour le code TRIPOLI4.5. Les performances calculs ne sont pas meilleures.") - .setState(ProgressState.APPROVED) - .setAuthor(plt); - myscenar.addKnowledgeElement(kprop); - kprop.setType(limit) - .setTitle("Option de pondération") - .setValue("impossible de visualiser sous le viewer OCC les grilles de pondération dans la géométrie (temps d'affichage prohibitif).") - .setState(ProgressState.APPROVED) - .setAuthor(plt); - myscenar.addKnowledgeElement(kprop); - kprop.setType(improvment) - .setTitle("Grille de pondération TRIPOLI4.5") - .setValue("Faire évoluer le viewer Ray tracing pour qu'il puisse afficher les grilles de pondération et de maillage.") - .setState(ProgressState.APPROVED) - .setAuthor(plt); - myscenar.addKnowledgeElement(kprop); - - mystudy.moveToPublic(); - - logger.info("Study \"" + mystudy.getTitle() + "\" successfully created."); - return true; - } - catch (Exception error) { - logger.info("Reason:", error); - return false; - } - } - - private static boolean select_user_by_username () { -// ------------------------------------------------- - String jbt = "jbt"; - try { - User user = UserDirectory.selectUser(jbt); - if (user == null) { - logger.info("User " + jbt + " not found."); - } else { - logger.info("User " + jbt + " found:"); - logger.info("* " + user.getDisplayName() + ", role \"" + user.getRoleNames() + "\""); - } - return true; - } - catch (Exception e) { - return false; - } - } - - private static boolean select_study_by_state () { -// ----------------------------------------------- - String dbc = "jbt"; - User user = UserDirectory.selectUser(dbc); - try { - Study.Properties criter1 = new Study.Properties().setState(ProgressState.inPROGRESS); - Study.Properties criter2 = new Study.Properties().setState(ProgressState.inWORK).setManager(user); - List result = SearchServiceImpl.selectStudiesWhere(criter1, criter2); - if (result.size() == 0) { - logger.info("No study found."); - } else { - logger.info("Study(ies) found:"); - for (int i=0; i result = SearchServiceImpl.selectStudiesWhere(criteria.setTitle(words)); - if (result.size() == 0) { - logger.info("No study found with a title including \"" + words + "\"."); - } else { - logger.info("Study(ies) found:"); - for (int i=0; i context = Database.selectSimulationContextsWhere(cprop.setType(ctype)); - for (Iterator i=context.iterator(); i.hasNext();) { - SimulationContext reactor = i.next(); - if (reactor.getValue().equals("Réacteur RAPSODIE")) { - - context = new Vector(); - context.add(reactor); - - Study.Properties sprop = new Study.Properties(); - List result = SearchServiceImpl.selectStudiesWhere(sprop.setSimulationContexts(context) - .setState(ProgressState.inPROGRESS)); - if (result.size() == 0) { - logger.info("Study on Réacteur RAPSODIE not found."); - return false; - } else { - logger.info("Study on Réacteur RAPSODIE: " + result.get(0).getTitle() + "."); - return true; - } - } - } - return false; - } - - private static boolean select_document_by_reference () { -// ------------------------------------------------------ - String refid = "PLM100001.02"; - String verid = "2.0.0"; - try { - Document result = Database.selectDocument(refid, verid); - String title = result.getTitle(); - String refdoc = result.getReference(); - logger.info("Document " + refdoc + ": " + title + "."); - return true; - } - catch (Exception e) { - return false; - } - } - - private static boolean select_knowledge_by_context () { -// ------------------------------------------------- - SimulationContext.Properties cprop = new SimulationContext.Properties(); - SimulationContextType ctype = SimulationContext.selectType("Produit"); - List context = Database.selectSimulationContextsWhere(cprop.setType(ctype)); - for (Iterator i=context.iterator(); i.hasNext();) { - SimulationContext reactor = i.next(); - if (reactor.getValue().equals("Réacteur RAPSODIE")) { - - context = new Vector(); - context.add(reactor); - - KnowledgeElementType ktype = KnowledgeElement.selectType("Bonne pratique"); - KnowledgeElement.Properties sprop = new KnowledgeElement.Properties(); - List result = SearchServiceImpl.selectKnowledgeElementsWhere(sprop.setSimulationContexts(context) - .setType(ktype)); - if (result.size() == 0) { - logger.info("Study on Réacteur RAPSODIE not found."); - return false; - } else { - logger.info("Study on Réacteur RAPSODIE: " + result.get(0).getTitle() + "."); - return true; - } - } - } - return false; - } - - private static boolean display_study (Study study) { -// -------------------------------------------------- - try { - Step[] mystep = study.getSteps(); - Scenario[] branch = study.getScenarii(); - List list; - - for (int j=0; j k=list.iterator(); k.hasNext();) { - Publication doc = k.next(); - String output = "* " + doc.value().getTitle(); - List exports = doc.getRelations(ConvertsRelation.class); - if (exports.size() > 0) { - output = output + " et export(s)"; - for (Iterator m=exports.iterator(); m.hasNext(); ) { - output = output + " " + m.next().getSourceFile().getName(); - } - } - logger.info(output); - } - } - for (int i=0; i k=list.iterator(); k.hasNext();) { - Publication doc = k.next(); - String output = "* " + doc.value().getTitle(); - List exports = doc.getRelations(ConvertsRelation.class); - if (exports.size() > 0) { - output = output + " et export(s)"; - for (Iterator m=exports.iterator(); m.hasNext(); ) { - output = output + " " + m.next().getSourceFile().getName(); - } - } - logger.info(output); - } - } - } - return true; - } - catch (Exception e) { - return false; - } - } - - private static boolean browse_knowledge () { -// ------------------------------------------ - try { - Study study = Database.selectStudy(1); - Scenario[] branch = study.getScenarii(); - List types = KnowledgeElement.selectTypesWhere(ProgressState.APPROVED); - - for (int i=0; i kelms = scene.getAllKnowledgeElements(); - Iterator more = kelms.iterator(); - KnowledgeElement next = null; - if (more.hasNext()) next = more.next(); - - for (Iterator j=types.iterator(); j.hasNext();) { - KnowledgeElementType type = j.next(); - logger.info(type.getName() + ":"); - while (next != null && next.getType().equals(type)) { - logger.info("* " + next.getTitle() + ": " + next.getValue()); - } - } - } - return true; - } - catch (Exception e) { - return false; - } - } - - private static boolean read_wordxml_properties () { -// ------------------------------------------------- - File template = new File("D:/Atelier/Eclipse/salome/org.splat/src/template.xml"); - File copy = new File("D:/Atelier/Eclipse/salome/org.splat/src/example.xml"); - try { - if (copy.exists()) copy.delete(); - Do.copy(template, copy); - Writer credoc = Toolbox.getWriter(copy); - if (credoc != null) { - -// Setting of properties - credoc.updateProperty("customer", "CEA Cadarache"); - credoc.updateProperty("title", "Spécifications générales"); - credoc.save(); - -// Displaying properties - Reader example = Toolbox.getReader(copy); - Revision.Format convert = new Revision.Format("V%M.%m"); - String value; - logger.info("Properties of \"" + copy.getName() + "\" document:"); - - value = example.extractProperty("title"); - logger.info("* Title = " + value); - value = example.extractProperty("version"); - Revision verdoc = convert.parse(value); - logger.info("* Version = " + verdoc.toString()); - value = example.extractProperty("customer"); - logger.info("* Customer = " + value); - value = example.extractText(); - logger.info("* Text = " + value); - } - return false; - } - catch (Exception e) { - return false; - } - } - - private static boolean read_worddoc_properties () { -// ------------------------------------------------- - File file = new File("D:/Atelier/Eclipse/salome/org.splat/src/example.docx"); - try { - if (!file.exists()) return false; - - Reader example = Toolbox.getReader(file); - logger.info("Properties of \"" + file.getName() + "\" document:"); - String value; - - value = example.extractProperty("customer"); - logger.info("* Customer = " + value); - value = example.extractProperty("title"); - logger.info("* Title = " + value); - value = example.extractText(); - logger.info("* Text = " + value); - return false; - } - catch (Exception e) { - return false; - }*/ - } -} \ No newline at end of file