ClassifierType_NOT_subtypeOf_ClassifierType_InequationReplacementRule.java

package jetbrains.mps.baseLanguage.typesystem;

/*Generated by MPS */

import jetbrains.mps.lang.typesystem.runtime.AbstractInequationReplacementRule_Runtime;
import org.jetbrains.mps.openapi.model.SNode;
import jetbrains.mps.lang.typesystem.runtime.IsApplicable2Status;
import jetbrains.mps.lang.smodel.generator.smodelAdapter.SNodeOperations;
import jetbrains.mps.lang.smodel.generator.smodelAdapter.SLinkOperations;
import jetbrains.mps.smodel.adapter.structure.MetaAdapterFactory;
import jetbrains.mps.internal.collections.runtime.ListSequence;
import jetbrains.mps.baseLanguage.behavior.Classifier__BehaviorDescriptor;
import jetbrains.mps.typesystem.inference.EquationInfo;
import jetbrains.mps.typesystem.inference.TypeCheckingContext;
import jetbrains.mps.errors.messageTargets.MessageTarget;
import jetbrains.mps.errors.messageTargets.NodeMessageTarget;
import jetbrains.mps.errors.IErrorReporter;
import jetbrains.mps.lang.core.behavior.BaseConcept__BehaviorDescriptor;
import jetbrains.mps.lang.typesystem.runtime.HUtil;
import jetbrains.mps.lang.typesystem.runtime.IsApplicableStatus;
import org.jetbrains.mps.openapi.language.SAbstractConcept;

public class ClassifierType_NOT_subtypeOf_ClassifierType_InequationReplacementRule extends AbstractInequationReplacementRule_Runtime {
  public ClassifierType_NOT_subtypeOf_ClassifierType_InequationReplacementRule() {
  }
  public boolean isApplicableCustom(SNode subtype, SNode supertype, IsApplicable2Status status) {
    // this rule exists to help reduce exhastive search, so it should apply when no other rules do 

    if (SNodeOperations.isInstanceOf(SLinkOperations.getTarget(subtype, MetaAdapterFactory.getReferenceLink(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101de48bf9eL, 0x101de490babL, "classifier")), MetaAdapterFactory.getConcept(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101edd46144L, "jetbrains.mps.baseLanguage.structure.Interface")) && SLinkOperations.getTarget(supertype, MetaAdapterFactory.getReferenceLink(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101de48bf9eL, 0x101de490babL, "classifier")) == SNodeOperations.getNode("6354ebe7-c22a-4a0f-ac54-50b52ab9b065/java:java.lang(JDK/)", "~Object")) {
      // not applicable to interface subtype-of Object (always true) 
      return false;
    }

    boolean subRaw = ListSequence.fromList(SLinkOperations.getChildren(subtype, MetaAdapterFactory.getContainmentLink(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101de48bf9eL, 0x102419671abL, "parameter"))).isEmpty() && ListSequence.fromList(SLinkOperations.getChildren(SLinkOperations.getTarget(subtype, MetaAdapterFactory.getReferenceLink(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101de48bf9eL, 0x101de490babL, "classifier")), MetaAdapterFactory.getContainmentLink(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x102463b447aL, 0x102463bb98eL, "typeVariableDeclaration"))).isNotEmpty();
    boolean superRaw = ListSequence.fromList(SLinkOperations.getChildren(supertype, MetaAdapterFactory.getContainmentLink(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101de48bf9eL, 0x102419671abL, "parameter"))).isEmpty() && ListSequence.fromList(SLinkOperations.getChildren(SLinkOperations.getTarget(supertype, MetaAdapterFactory.getReferenceLink(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101de48bf9eL, 0x101de490babL, "classifier")), MetaAdapterFactory.getContainmentLink(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x102463b447aL, 0x102463bb98eL, "typeVariableDeclaration"))).isNotEmpty();
    if (subRaw || superRaw) {
      // not applicable to raw types 
      return false;
    }

    return !((boolean) Classifier__BehaviorDescriptor.isDescendant_id6dL7A1DpKo1.invoke(SLinkOperations.getTarget(subtype, MetaAdapterFactory.getReferenceLink(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101de48bf9eL, 0x101de490babL, "classifier")), SLinkOperations.getTarget(supertype, MetaAdapterFactory.getReferenceLink(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101de48bf9eL, 0x101de490babL, "classifier"))));
  }
  public void processInequation(final SNode subtype, final SNode supertype, final EquationInfo equationInfo, final TypeCheckingContext typeCheckingContext, IsApplicable2Status status, final boolean inequalityIsWeak, final boolean inequalityIsLessThan) {
    {
      MessageTarget errorTarget = new NodeMessageTarget();
      IErrorReporter _reporter_2309309498 = typeCheckingContext.reportTypeError(equationInfo.getNodeWithError(), BaseConcept__BehaviorDescriptor.getPresentation_idhEwIMiw.invoke(subtype) + " is not a subtype of " + BaseConcept__BehaviorDescriptor.getPresentation_idhEwIMiw.invoke(supertype), "r:00000000-0000-4000-0000-011c895902c5(jetbrains.mps.baseLanguage.typesystem)", "5875805516898273487", null, errorTarget);
      HUtil.addAdditionalRuleIdsFromInfo(_reporter_2309309498, equationInfo);
    }
  }
  public boolean checkInequation(final SNode subtype, final SNode supertype, final EquationInfo equationInfo, IsApplicable2Status status, final boolean inequalityIsWeak, final boolean inequalityIsLessThan) {
    boolean result_14532009 = true;
    result_14532009 = false;
    return result_14532009;
  }
  public boolean isWeak() {
    return true;
  }
  public IsApplicableStatus isApplicableSubtypeAndPattern(SNode node) {
    return new IsApplicableStatus(node.getConcept().isSubConceptOf(getApplicableSubtypeConcept()), null);
  }
  public IsApplicableStatus isApplicableSupertypeAndPattern(SNode node) {
    return new IsApplicableStatus(node.getConcept().isSubConceptOf(getApplicableSupertypeConcept()), null);
  }

  public SAbstractConcept getApplicableSubtypeConcept() {
    return MetaAdapterFactory.getConcept(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101de48bf9eL, "jetbrains.mps.baseLanguage.structure.ClassifierType");
  }
  public SAbstractConcept getApplicableSupertypeConcept() {
    return MetaAdapterFactory.getConcept(0xf3061a5392264cc5L, 0xa443f952ceaf5816L, 0x101de48bf9eL, "jetbrains.mps.baseLanguage.structure.ClassifierType");
  }
}