org.camunda.bpm.model.dmn.instance.OutputEntry Java Examples

protected static Map<Class<? extends DmnModelElementInstance>, DmnElementTransformHandler> getDefaultElementTransformHandlers() {
  Map<Class<? extends DmnModelElementInstance>, DmnElementTransformHandler> handlers = new HashMap<Class<? extends DmnModelElementInstance>, DmnElementTransformHandler>();

  handlers.put(Definitions.class, new DmnDecisionRequirementsGraphTransformHandler());
  handlers.put(Decision.class, new DmnDecisionTransformHandler());

  handlers.put(DecisionTable.class, new DmnDecisionTableTransformHandler());
  handlers.put(Input.class, new DmnDecisionTableInputTransformHandler());
  handlers.put(InputExpression.class, new DmnDecisionTableInputExpressionTransformHandler());
  handlers.put(Output.class, new DmnDecisionTableOutputTransformHandler());
  handlers.put(Rule.class, new DmnDecisionTableRuleTransformHandler());
  handlers.put(InputEntry.class, new DmnDecisionTableConditionTransformHandler());
  handlers.put(OutputEntry.class, new DmnLiternalExpressionTransformHandler());

  handlers.put(LiteralExpression.class, new DmnLiternalExpressionTransformHandler());
  handlers.put(Variable.class, new DmnVariableTransformHandler());

  return handlers;
}
 

protected static Map<Class<? extends DmnModelElementInstance>, DmnElementTransformHandler> getDefaultElementTransformHandlers() {
  Map<Class<? extends DmnModelElementInstance>, DmnElementTransformHandler> handlers = new HashMap<Class<? extends DmnModelElementInstance>, DmnElementTransformHandler>();

  handlers.put(Definitions.class, new DmnDecisionRequirementsGraphTransformHandler());
  handlers.put(Decision.class, new DmnDecisionTransformHandler());

  handlers.put(DecisionTable.class, new DmnDecisionTableTransformHandler());
  handlers.put(Input.class, new DmnDecisionTableInputTransformHandler());
  handlers.put(InputExpression.class, new DmnDecisionTableInputExpressionTransformHandler());
  handlers.put(Output.class, new DmnDecisionTableOutputTransformHandler());
  handlers.put(Rule.class, new DmnDecisionTableRuleTransformHandler());
  handlers.put(InputEntry.class, new DmnDecisionTableConditionTransformHandler());
  handlers.put(OutputEntry.class, new DmnLiternalExpressionTransformHandler());

  handlers.put(LiteralExpression.class, new DmnLiternalExpressionTransformHandler());
  handlers.put(Variable.class, new DmnVariableTransformHandler());

  return handlers;
}
 

public static void registerType(ModelBuilder modelBuilder) {
  ModelElementTypeBuilder typeBuilder = modelBuilder.defineType(DecisionRule.class, DMN_ELEMENT_DECISION_RULE)
    .namespaceUri(DMN11_NS)
    .extendsType(DmnElement.class)
    .instanceProvider(new ModelTypeInstanceProvider<DecisionRule>() {
      public DecisionRule newInstance(ModelTypeInstanceContext instanceContext) {
        return new DecisionRuleImpl(instanceContext);
      }
    });

  SequenceBuilder sequenceBuilder = typeBuilder.sequence();

  inputEntryCollection = sequenceBuilder.elementCollection(InputEntry.class)
    .build();

  outputEntryCollection = sequenceBuilder.elementCollection(OutputEntry.class)
    .required()
    .build();

  typeBuilder.build();
}
 

@Test
@DmnModelResource(resource = EXPRESSION_LANGUAGE_DMN)
public void shouldReadExpressionLanguage() {
  Definitions definitions = modelInstance.getDefinitions();
  assertThat(definitions.getExpressionLanguage()).isEqualTo(EXPRESSION_LANGUAGE);

  DecisionTable decisionTable = modelInstance.getModelElementById("decisionTable");
  Input input = decisionTable.getInputs().iterator().next();
  assertThat(input.getInputExpression().getExpressionLanguage()).isEqualTo(EXPRESSION_LANGUAGE);
  assertThat(input.getInputValues().getExpressionLanguage()).isEqualTo(EXPRESSION_LANGUAGE);
  Output output = decisionTable.getOutputs().iterator().next();
  assertThat(output.getOutputValues().getExpressionLanguage()).isEqualTo(EXPRESSION_LANGUAGE);

  Rule rule = decisionTable.getRules().iterator().next();
  InputEntry inputEntry = rule.getInputEntries().iterator().next();
  assertThat(inputEntry.getExpressionLanguage()).isEqualTo(EXPRESSION_LANGUAGE);
  OutputEntry outputEntry = rule.getOutputEntries().iterator().next();
  assertThat(outputEntry.getExpressionLanguage()).isEqualTo(EXPRESSION_LANGUAGE);
}
 

protected DmnDecisionTableRuleImpl transformDecisionTableRule(Rule rule) {
  DmnElementTransformHandler<Rule, DmnDecisionTableRuleImpl> handler = handlerRegistry.getHandler(Rule.class);
  DmnDecisionTableRuleImpl dmnRule = handler.handleElement(this, rule);

  // validate rule id
  if (dmnRule.getId() == null) {
    throw LOG.decisionTableRuleIdIsMissing(decision, dmnRule);
  }

  List<DmnDecisionTableInputImpl> inputs = this.decisionTable.getInputs();
  List<InputEntry> inputEntries = new ArrayList<InputEntry>(rule.getInputEntries());
  if (inputs.size() != inputEntries.size()) {
    throw LOG.differentNumberOfInputsAndInputEntries(inputs.size(), inputEntries.size(), dmnRule);
  }

  for (InputEntry inputEntry : inputEntries) {
    parent = dmnRule;

    DmnExpressionImpl condition = transformInputEntry(inputEntry);
    dmnRule.getConditions().add(condition);
  }

  List<DmnDecisionTableOutputImpl> outputs = this.decisionTable.getOutputs();
  List<OutputEntry> outputEntries = new ArrayList<OutputEntry>(rule.getOutputEntries());
  if (outputs.size() != outputEntries.size()) {
    throw LOG.differentNumberOfOutputsAndOutputEntries(outputs.size(), outputEntries.size(), dmnRule);
  }

  for (OutputEntry outputEntry : outputEntries) {
    parent = dmnRule;
    DmnExpressionImpl conclusion = transformOutputEntry(outputEntry);
    dmnRule.getConclusions().add(conclusion);
  }

  return dmnRule;
}
 

protected DmnDecisionTableRuleImpl transformDecisionTableRule(Rule rule) {
  DmnElementTransformHandler<Rule, DmnDecisionTableRuleImpl> handler = handlerRegistry.getHandler(Rule.class);
  DmnDecisionTableRuleImpl dmnRule = handler.handleElement(this, rule);

  // validate rule id
  if (dmnRule.getId() == null) {
    throw LOG.decisionTableRuleIdIsMissing(decision, dmnRule);
  }

  List<DmnDecisionTableInputImpl> inputs = this.decisionTable.getInputs();
  List<InputEntry> inputEntries = new ArrayList<InputEntry>(rule.getInputEntries());
  if (inputs.size() != inputEntries.size()) {
    throw LOG.differentNumberOfInputsAndInputEntries(inputs.size(), inputEntries.size(), dmnRule);
  }

  for (InputEntry inputEntry : inputEntries) {
    parent = dmnRule;

    DmnExpressionImpl condition = transformInputEntry(inputEntry);
    dmnRule.getConditions().add(condition);
  }

  List<DmnDecisionTableOutputImpl> outputs = this.decisionTable.getOutputs();
  List<OutputEntry> outputEntries = new ArrayList<OutputEntry>(rule.getOutputEntries());
  if (outputs.size() != outputEntries.size()) {
    throw LOG.differentNumberOfOutputsAndOutputEntries(outputs.size(), outputEntries.size(), dmnRule);
  }

  for (OutputEntry outputEntry : outputEntries) {
    parent = dmnRule;
    DmnExpressionImpl conclusion = transformOutputEntry(outputEntry);
    dmnRule.getConclusions().add(conclusion);
  }

  return dmnRule;
}
 

public static void registerType(ModelBuilder modelBuilder) {
  ModelElementTypeBuilder typeBuilder = modelBuilder.defineType(OutputEntry.class, DMN_ELEMENT_OUTPUT_ENTRY)
    .namespaceUri(DMN11_NS)
    .extendsType(LiteralExpression.class)
    .instanceProvider(new ModelTypeInstanceProvider<OutputEntry>() {
      public OutputEntry newInstance(ModelTypeInstanceContext instanceContext) {
        return new OutputEntryImpl(instanceContext);
      }
    });

  typeBuilder.build();
}
 

protected DmnExpressionImpl transformOutputEntry(OutputEntry outputEntry) {
  DmnElementTransformHandler<OutputEntry, DmnExpressionImpl> handler = handlerRegistry.getHandler(OutputEntry.class);
  return handler.handleElement(this, outputEntry);
}
 

protected DmnExpressionImpl transformOutputEntry(OutputEntry outputEntry) {
  DmnElementTransformHandler<OutputEntry, DmnExpressionImpl> handler = handlerRegistry.getHandler(OutputEntry.class);
  return handler.handleElement(this, outputEntry);
}
 

public Collection<OutputEntry> getOutputEntries() {
  return outputEntryCollection.get(this);
}
 

@Test
public void shouldWriteExpressionLanguage() throws Exception {
  modelInstance = Dmn.createEmptyModel();
  Definitions definitions = generateNamedElement(Definitions.class, "definitions");
  definitions.setNamespace(TEST_NAMESPACE);
  definitions.setExpressionLanguage(EXPRESSION_LANGUAGE);
  modelInstance.setDocumentElement(definitions);

  Decision decision = generateNamedElement(Decision.class, "Check Order");
  definitions.addChildElement(decision);

  DecisionTable decisionTable = generateElement(DecisionTable.class);
  decision.addChildElement(decisionTable);

  Input input = generateElement(Input.class);
  decisionTable.getInputs().add(input);
  InputExpression inputExpression = generateElement(InputExpression.class);
  inputExpression.setExpressionLanguage(EXPRESSION_LANGUAGE);
  input.setInputExpression(inputExpression);
  InputValues inputValues = generateElement(InputValues.class);
  inputValues.setExpressionLanguage(EXPRESSION_LANGUAGE);
  inputValues.setText(generateElement(Text.class));
  input.setInputValues(inputValues);

  Output output = generateElement(Output.class);
  decisionTable.getOutputs().add(output);
  OutputValues outputValues = generateElement(OutputValues.class);
  outputValues.setExpressionLanguage(EXPRESSION_LANGUAGE);
  outputValues.setText(generateElement(Text.class));
  output.setOutputValues(outputValues);

  Rule rule = generateElement(Rule.class);
  decisionTable.getRules().add(rule);
  InputEntry inputEntry = generateElement(InputEntry.class);
  inputEntry.setExpressionLanguage(EXPRESSION_LANGUAGE);
  inputEntry.setText(generateElement(Text.class));
  rule.getInputEntries().add(inputEntry);
  OutputEntry outputEntry = generateElement(OutputEntry.class);
  outputEntry.setExpressionLanguage(EXPRESSION_LANGUAGE);
  rule.getOutputEntries().add(outputEntry);

  assertModelEqualsFile(EXPRESSION_LANGUAGE_DMN);
}