Package org.eclipse.xtend.lib.macro.declaration

Examples of org.eclipse.xtend.lib.macro.declaration.TypeReference

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    }
   
    public boolean hasValidType(final MemberDeclaration it) {
      boolean _xifexpression = false;
      boolean _or = false;
      TypeReference _type = this.getType(it);
      boolean _equals = Objects.equal(_type, null);
      if (_equals) {
        _or = true;
      } else {
        TypeReference _type_1 = this.getType(it);
        boolean _isInferred = _type_1.isInferred();
        _or = _isInferred;
      }
      if (_or) {
        boolean _xblockexpression = false;
        {
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      if (!_matched) {
        if (Objects.equal(_list, Collections.<Object>unmodifiableList(CollectionLiterals.<Object>newArrayList()))) {
          _matched=true;
        }
        if (!_matched) {
          TypeReference _string = this.context.getString();
          if (Objects.equal(_list, Collections.<TypeReference>unmodifiableList(CollectionLiterals.<TypeReference>newArrayList(_string)))) {
            _matched=true;
          }
        }
        if (!_matched) {
          TypeReference _string_1 = this.context.getString();
          TypeReference _newWildcardTypeReference = this.context.newWildcardTypeReference();
          TypeReference _newTypeReference = this.context.newTypeReference(Class.class, _newWildcardTypeReference);
          TypeReference _newArrayTypeReference = this.context.newArrayTypeReference(_newTypeReference);
          TypeReference _object = this.context.getObject();
          TypeReference _newArrayTypeReference_1 = this.context.newArrayTypeReference(_object);
          if (Objects.equal(_list, Collections.<TypeReference>unmodifiableList(CollectionLiterals.<TypeReference>newArrayList(_string_1, _newArrayTypeReference, _newArrayTypeReference_1)))) {
            _matched=true;
          }
        }
        if (_matched) {
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    public boolean areListedInterfacesValid(final MemberDeclaration delegate) {
      boolean _xblockexpression = false;
      {
        TypeDeclaration _declaringType = delegate.getDeclaringType();
        final TypeReference declaringType = this.context.newSelfTypeReference(_declaringType);
        final Set<? extends TypeReference> interfacesOfDeclaringType = this.getImplementedInterfaces(declaringType);
        TypeReference _type = this.getType(delegate);
        final Set<? extends TypeReference> availableInterfaces = this.getImplementedInterfaces(_type);
        final Set<TypeReference> listedInterfaces = this.listedInterfaces(delegate);
        boolean valid = true;
        for (final TypeReference iface : listedInterfaces) {
          {
            final Function1<TypeReference, Boolean> _function = new Function1<TypeReference, Boolean>() {
              public Boolean apply(final TypeReference it) {
                Type _type = it.getType();
                Type _type_1 = iface.getType();
                return Boolean.valueOf(Objects.equal(_type, _type_1));
              }
            };
            boolean _exists = IterableExtensions.exists(availableInterfaces, _function);
            boolean _not = (!_exists);
            if (_not) {
              StringConcatenation _builder = new StringConcatenation();
              TypeReference _type_1 = this.getType(delegate);
              String _simpleName = _type_1.getSimpleName();
              _builder.append(_simpleName, "");
              _builder.append(" does not implement ");
              String _simpleName_1 = iface.getSimpleName();
              _builder.append(_simpleName_1, "");
              this.context.addError(delegate, _builder.toString());
              valid = false;
            }
            final Function1<TypeReference, Boolean> _function_1 = new Function1<TypeReference, Boolean>() {
              public Boolean apply(final TypeReference it) {
                Type _type = it.getType();
                Type _type_1 = iface.getType();
                return Boolean.valueOf(Objects.equal(_type, _type_1));
              }
            };
            boolean _exists_1 = IterableExtensions.exists(interfacesOfDeclaringType, _function_1);
            boolean _not_1 = (!_exists_1);
            if (_not_1) {
              StringConcatenation _builder_1 = new StringConcatenation();
              String _simpleName_2 = declaringType.getSimpleName();
              _builder_1.append(_simpleName_2, "");
              _builder_1.append(" does not implement ");
              String _simpleName_3 = iface.getSimpleName();
              _builder_1.append(_simpleName_3, "");
              this.context.addError(delegate, _builder_1.toString());
              valid = false;
            }
          }
        }
        boolean _and = false;
        boolean _isEmpty = listedInterfaces.isEmpty();
        if (!_isEmpty) {
          _and = false;
        } else {
          Sets.SetView<? extends TypeReference> _intersection = Sets.intersection(interfacesOfDeclaringType, availableInterfaces);
          boolean _isEmpty_1 = _intersection.isEmpty();
          _and = _isEmpty_1;
        }
        if (_and) {
          StringConcatenation _builder = new StringConcatenation();
          TypeReference _type_1 = this.getType(delegate);
          String _simpleName = _type_1.getSimpleName();
          _builder.append(_simpleName, "");
          _builder.append(" and ");
          String _simpleName_1 = declaringType.getSimpleName();
          _builder.append(_simpleName_1, "");
          _builder.append(" have no interfaces in common");
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    public Set<? extends TypeReference> getDelegatedInterfaces(final MemberDeclaration delegate) {
      Set<? extends TypeReference> _xblockexpression = null;
      {
        TypeDeclaration _declaringType = delegate.getDeclaringType();
        TypeReference _newSelfTypeReference = this.context.newSelfTypeReference(_declaringType);
        final Set<? extends TypeReference> interfacesOfDeclaringType = this.getImplementedInterfaces(_newSelfTypeReference);
        final Set<TypeReference> listedInterfaces = this.listedInterfaces(delegate);
        TypeReference _type = this.getType(delegate);
        final Set<? extends TypeReference> availableInterfaces = this.getImplementedInterfaces(_type);
        final Function1<TypeReference, Boolean> _function = new Function1<TypeReference, Boolean>() {
          public Boolean apply(final TypeReference iface) {
            boolean _and = false;
            boolean _contains = interfacesOfDeclaringType.contains(iface);
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          boolean _and_2 = false;
          boolean _equals_2 = Objects.equal(name, "equals");
          if (!_equals_2) {
            _and_2 = false;
          } else {
            TypeReference _object = this.context.getObject();
            boolean _equals_3 = Objects.equal(parameterTypes, Collections.<TypeReference>unmodifiableList(CollectionLiterals.<TypeReference>newArrayList(_object)));
            _and_2 = _equals_3;
          }
          _or_2 = _and_2;
        }
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                TypeParameterDeclaration _declaration = param.getDeclaration();
                String _simpleName = _declaration.getSimpleName();
                Iterable<? extends TypeReference> _resolvedUpperBounds = param.getResolvedUpperBounds();
                final MutableTypeParameterDeclaration copy = impl.addTypeParameter(_simpleName, ((TypeReference[])Conversions.unwrapArray(_resolvedUpperBounds, TypeReference.class)));
                TypeParameterDeclaration _declaration_1 = param.getDeclaration();
                TypeReference _newTypeReference = Util.this.context.newTypeReference(_declaration_1);
                TypeReference _newTypeReference_1 = Util.this.context.newTypeReference(copy);
                typeParameterMappings.put(_newTypeReference, _newTypeReference_1);
              }
            };
            IterableExtensions.forEach(_resolvedTypeParameters, _function);
            Iterable<? extends TypeReference> _resolvedExceptionTypes = resolvedMethod.getResolvedExceptionTypes();
            final Function1<TypeReference, TypeReference> _function_1 = new Function1<TypeReference, TypeReference>() {
              public TypeReference apply(final TypeReference it) {
                return Util.this.replace(it, typeParameterMappings);
              }
            };
            Iterable<TypeReference> _map = IterableExtensions.map(_resolvedExceptionTypes, _function_1);
            impl.setExceptions(((TypeReference[])Conversions.unwrapArray(_map, TypeReference.class)));
            boolean _isVarArgs = declaration.isVarArgs();
            impl.setVarArgs(_isVarArgs);
            TypeReference _resolvedReturnType = resolvedMethod.getResolvedReturnType();
            TypeReference _replace = Util.this.replace(_resolvedReturnType, typeParameterMappings);
            impl.setReturnType(_replace);
            Iterable<? extends ResolvedParameter> _resolvedParameters = resolvedMethod.getResolvedParameters();
            final Procedure1<ResolvedParameter> _function_2 = new Procedure1<ResolvedParameter>() {
              public void apply(final ResolvedParameter p) {
                ParameterDeclaration _declaration = p.getDeclaration();
                String _simpleName = _declaration.getSimpleName();
                TypeReference _resolvedType = p.getResolvedType();
                TypeReference _replace = Util.this.replace(_resolvedType, typeParameterMappings);
                impl.addParameter(_simpleName, _replace);
              }
            };
            IterableExtensions.forEach(_resolvedParameters, _function_2);
            StringConcatenationClient _client = new StringConcatenationClient() {
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    public TypeReference replace(final TypeReference target, final Map<? extends TypeReference, ? extends TypeReference> mappings) {
      Set<? extends Map.Entry<? extends TypeReference, ? extends TypeReference>> _entrySet = mappings.entrySet();
      final Function2<TypeReference, Map.Entry<? extends TypeReference, ? extends TypeReference>, TypeReference> _function = new Function2<TypeReference, Map.Entry<? extends TypeReference, ? extends TypeReference>, TypeReference>() {
        public TypeReference apply(final TypeReference result, final Map.Entry<? extends TypeReference, ? extends TypeReference> mapping) {
          TypeReference _key = mapping.getKey();
          TypeReference _value = mapping.getValue();
          return Util.this.replace(result, _key, _value);
        }
      };
      return IterableExtensions.fold(_entrySet, target, _function);
    }
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          _builder.append("()");
          _switchResult = _builder;
        }
      }
      if (!_matched) {
        TypeReference _string = this.context.getString();
        if (Objects.equal(_list, Collections.<TypeReference>unmodifiableList(CollectionLiterals.<TypeReference>newArrayList(_string)))) {
          _matched=true;
          StringConcatenation _builder_1 = new StringConcatenation();
          _builder_1.append("this.");
          String _simpleName_1 = it.getSimpleName();
          _builder_1.append(_simpleName_1, "");
          _builder_1.append("(\"");
          String _simpleName_2 = method.getSimpleName();
          _builder_1.append(_simpleName_2, "");
          _builder_1.append("\")");
          _switchResult = _builder_1;
        }
      }
      if (!_matched) {
        TypeReference _string_1 = this.context.getString();
        TypeReference _newWildcardTypeReference = this.context.newWildcardTypeReference();
        TypeReference _newTypeReference = this.context.newTypeReference(Class.class, _newWildcardTypeReference);
        TypeReference _newArrayTypeReference = this.context.newArrayTypeReference(_newTypeReference);
        TypeReference _object = this.context.getObject();
        TypeReference _newArrayTypeReference_1 = this.context.newArrayTypeReference(_object);
        if (Objects.equal(_list, Collections.<TypeReference>unmodifiableList(CollectionLiterals.<TypeReference>newArrayList(_string_1, _newArrayTypeReference, _newArrayTypeReference_1)))) {
          _matched=true;
          StringConcatenation _builder_2 = new StringConcatenation();
          _builder_2.append("this.");
          String _simpleName_3 = it.getSimpleName();
          _builder_2.append(_simpleName_3, "");
          _builder_2.append("(\"");
          String _simpleName_4 = method.getSimpleName();
          _builder_2.append(_simpleName_4, "");
          _builder_2.append("\", new Class[]{");
          Iterable<? extends ParameterDeclaration> _parameters_1 = method.getParameters();
          final Function1<ParameterDeclaration, String> _function_1 = new Function1<ParameterDeclaration, String>() {
            public String apply(final ParameterDeclaration it) {
              TypeReference _type = it.getType();
              Type _type_1 = _type.getType();
              String _simpleName = _type_1.getSimpleName();
              return (_simpleName + ".class");
            }
          };
          String _join = IterableExtensions.join(_parameters_1, ", ", _function_1);
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      return _switchResult;
    }
   
    public String returnIfNeeded(final ResolvedMethod it) {
      String _xifexpression = null;
      TypeReference _resolvedReturnType = it.getResolvedReturnType();
      boolean _isVoid = _resolvedReturnType.isVoid();
      if (_isVoid) {
        _xifexpression = "";
      } else {
        _xifexpression = "return ";
      }
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      return IterableExtensions.<String>head(_possibleGetterNames);
    }
   
    public List<String> getPossibleGetterNames(final FieldDeclaration it) {
      List<String> _xifexpression = null;
      TypeReference _type = it.getType();
      TypeReference _orObject = this.orObject(_type);
      boolean _isBooleanType = this.isBooleanType(_orObject);
      if (_isBooleanType) {
        _xifexpression = Collections.<String>unmodifiableList(CollectionLiterals.<String>newArrayList("is", "get"));
      } else {
        _xifexpression = Collections.<String>unmodifiableList(CollectionLiterals.<String>newArrayList("get"));
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Related Classes of org.eclipse.xtend.lib.macro.declaration.TypeReference

  • org.eclipse.xtend.lib.annotations.AccessorsProcessor$Util
  • org.eclipse.xtend.lib.annotations.DelegateProcessor$Util
  • org.eclipse.xtend.lib.annotations.EqualsHashCodeProcessor$Util
  • org.eclipse.xtend.lib.annotations.FinalFieldsConstructorProcessor$Util
  • org.eclipse.xtend.lib.annotations.ToStringProcessor
  • org.eclipse.xtend.lib.annotations.ToStringProcessor$Util
  • org.eclipse.xtend.lib.DataProcessor$Util
  • org.erlide.annotations.DelegateParticipant
  • org.erlide.annotations.ImmutableProcessor
  • org.erlide.annotations.LazyProcessor
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