@Check
public void checkUseArguments(final SpeciesReference reference) {
EList<Feature> _arguments = reference.getArguments();
final int argSize = _arguments.size();
Species _species = reference.getSpecies();
EList<Feature> _parameters = _species.getParameters();
final int paramSize = _parameters.size();
if ((argSize == paramSize)) {
int i = 0;
final ComponentPart part = reference.getPart();
while ((i < argSize)) {
{
Species _species_1 = reference.getSpecies();
EList<Feature> _parameters_1 = _species_1.getParameters();
Feature _get = _parameters_1.get(i);
final LightweightTypeReference typeFrom = this._speADLUtils.resolveType(_get, part);
EList<Feature> _arguments_1 = reference.getArguments();
Feature _get_1 = _arguments_1.get(i);
final LightweightTypeReference typeTo = this._speADLUtils.getTypeRef(_get_1);
boolean _isAssignableFrom = typeFrom.isAssignableFrom(typeTo);
boolean _not = (!_isAssignableFrom);
if (_not) {
this.error(
((("Incompatible types: " + typeFrom) + " is not the same or a supertype of ")
+ typeTo),
SpeadlPackage.Literals.SPECIES_REFERENCE__ARGUMENTS,
i);
}
i = (i + 1);
}
}
}
}
@Check
public void checkProvidesOverrideAreOk(final ProvidedPort p) {
JvmParameterizedTypeReference _typeReference = p.getTypeReference();
Resource _eResource = p.eResource();
final LightweightTypeReference typeTo =
this._speADLUtils.toLightweightTypeReference(_typeReference, _eResource);
final LightweightTypeReference typeFrom = this._speADLUtils.getOverridenPortTypeRef(p);
boolean _and = false;
boolean _tripleNotEquals = (typeFrom != null);
if (!_tripleNotEquals) {
_and = false;
} else {
boolean _tripleNotEquals_1 = (typeTo != null);
_and = _tripleNotEquals_1;
}
if (_and) {
boolean _isAssignableFrom = typeFrom.isAssignableFrom(typeTo);
boolean _not = (!_isAssignableFrom);
if (_not) {
this.error(
((("Incompatible type override: " + typeFrom) + " is not the same or a supertype of ")
+ typeTo),
SpeadlPackage.Literals.PORT__TYPE_REFERENCE);
}
}
}
@Test
public void testBug457779_03() {
final IFeatureCallArguments arguments =
this.toArgumentsWithReceiver("String s, int[] i", "\"\"");
final XExpression first = arguments.getArgument(0);
Assert.assertNull(first);
final LightweightTypeReference firstType = arguments.getDeclaredTypeForLambda(0);
Assert.assertNull(firstType);
final XExpression second = arguments.getArgument(1);
Assert.assertTrue((second instanceof XStringLiteral));
final LightweightTypeReference secondType = arguments.getDeclaredTypeForLambda(1);
String _simpleName = secondType.getSimpleName();
Assert.assertEquals("String", _simpleName);
try {
arguments.getArgument(2);
Assert.fail("Expected exception");
} catch (final Throwable _t) {
if (_t instanceof IndexOutOfBoundsException) {
final IndexOutOfBoundsException expected = (IndexOutOfBoundsException) _t;
} else {
throw Exceptions.sneakyThrow(_t);
}
}
try {
arguments.getDeclaredTypeForLambda(2);
Assert.fail("Expected exception");
} catch (final Throwable _t_1) {
if (_t_1 instanceof IndexOutOfBoundsException) {
final IndexOutOfBoundsException expected_1 = (IndexOutOfBoundsException) _t_1;
} else {
throw Exceptions.sneakyThrow(_t_1);
}
}
}
public void assertIdentifiableTypeIsResolved(
final JvmIdentifiableElement identifiable, final IResolvedTypes types) {
final LightweightTypeReference type = types.getActualType(identifiable);
String _string = identifiable.toString();
Assert.assertNotNull(_string, type);
String _string_1 = identifiable.toString();
String _plus = (_string_1 + " / ");
String _plus_1 = (_plus + type);
String _identifier = type.getIdentifier();
Assert.assertNotNull(_plus_1, _identifier);
}
public IInputKey getExpressionType() {
LightweightTypeReference expressionType =
xbaseResolver.resolveTypes(xExpression).getReturnType(xExpression);
if (expressionType == null) {
return new JavaTransitiveInstancesKey(Object.class);
} else if (expressionType instanceof UnknownTypeReference) {
return new JavaTransitiveInstancesKey(Object.class);
} else {
return new JavaTransitiveInstancesKey(
expressionType.getWrapperTypeIfPrimitive().getJavaIdentifier());
}
}
protected void mergeTypesIntoParent(ResolvedTypes parent) {
Map<JvmIdentifiableElement, LightweightTypeReference> types = basicGetTypes();
if (!types.isEmpty()) {
for (Map.Entry<JvmIdentifiableElement, LightweightTypeReference> entry : types.entrySet()) {
LightweightTypeReference value = entry.getValue();
if (value instanceof UnboundTypeReference
&& super.isResolved(((UnboundTypeReference) value).getHandle())) {
parent.setType(
entry.getKey(), value.getUpperBoundSubstitute().copyInto(parent.getReferenceOwner()));
} else {
parent.setType(entry.getKey(), value.copyInto(parent.getReferenceOwner()));
}
}
}
}
protected TypeData prepareMerge(TypeData typeData, ITypeReferenceOwner owner) {
LightweightTypeReference typeReference = typeData.getActualType();
if (typeData.isOwnedBy(owner) && !(typeReference instanceof UnboundTypeReference))
return typeData;
if (typeReference instanceof UnboundTypeReference
&& super.isResolved(((UnboundTypeReference) typeReference).getHandle())) {
typeReference = typeReference.getUpperBoundSubstitute();
}
return new TypeData(
typeData.getExpression(),
typeData.getExpectation().copyInto(owner),
typeReference.copyInto(owner),
typeData.getConformanceFlags(),
typeData.isReturnType());
}
public void assertExpressionTypeIsResolved(
final XExpression expression, final IResolvedTypes types) {
final LightweightTypeReference type = types.getActualType(expression);
String _string = expression.toString();
String _plus = ("Type is not resolved. Expression: " + _string);
Assert.assertNotNull(_plus, type);
String _string_1 = expression.toString();
String _plus_1 = (_string_1 + " / ");
String _plus_2 = (_plus_1 + type);
String _identifier = type.getIdentifier();
Assert.assertNotNull(_plus_2, _identifier);
final LightweightTypeReference expectedType = types.getExpectedType(expression);
String _string_2 = expression.toString();
String _valueOf = String.valueOf(expectedType);
Assert.assertNotNull(_string_2, _valueOf);
}
@Test
public void test_08() {
final IFeatureCallArguments arguments =
this.toArgumentsWithReceiver("String s, int i", "\"\", 1");
int _argumentCount = arguments.getArgumentCount();
Assert.assertEquals(3, _argumentCount);
boolean _hasUnprocessedArguments = arguments.hasUnprocessedArguments();
Assert.assertTrue(_hasUnprocessedArguments);
final IFeatureCallArgumentSlot firstSlot = arguments.getNextUnprocessedArgumentSlot();
boolean _isVarArg = firstSlot.isVarArg();
Assert.assertFalse(_isVarArg);
boolean _isSuperfluous = firstSlot.isSuperfluous();
Assert.assertFalse(_isSuperfluous);
XExpression _argumentExpression = firstSlot.getArgumentExpression();
Assert.assertTrue((_argumentExpression instanceof XStringLiteral));
LightweightTypeReference _declaredType = firstSlot.getDeclaredType();
String _simpleName = _declaredType.getSimpleName();
Assert.assertEquals("String", _simpleName);
boolean _isProcessed = arguments.isProcessed(0);
Assert.assertTrue(_isProcessed);
boolean _isProcessed_1 = arguments.isProcessed(1);
Assert.assertFalse(_isProcessed_1);
firstSlot.markProcessed();
boolean _isProcessed_2 = arguments.isProcessed(1);
Assert.assertTrue(_isProcessed_2);
boolean _hasUnprocessedArguments_1 = arguments.hasUnprocessedArguments();
Assert.assertTrue(_hasUnprocessedArguments_1);
final IFeatureCallArgumentSlot secondSlot = arguments.getNextUnprocessedArgumentSlot();
boolean _isVarArg_1 = secondSlot.isVarArg();
Assert.assertTrue(_isVarArg_1);
boolean _isSuperfluous_1 = secondSlot.isSuperfluous();
Assert.assertFalse(_isSuperfluous_1);
XExpression _argumentExpression_1 = secondSlot.getArgumentExpression();
Assert.assertTrue((_argumentExpression_1 instanceof XNumberLiteral));
LightweightTypeReference _declaredType_1 = secondSlot.getDeclaredType();
String _simpleName_1 = _declaredType_1.getSimpleName();
Assert.assertEquals("int", _simpleName_1);
boolean _isProcessed_3 = arguments.isProcessed(2);
Assert.assertFalse(_isProcessed_3);
secondSlot.markProcessed();
boolean _isProcessed_4 = arguments.isProcessed(2);
Assert.assertTrue(_isProcessed_4);
boolean _hasUnprocessedArguments_2 = arguments.hasUnprocessedArguments();
Assert.assertFalse(_hasUnprocessedArguments_2);
}
@Test
public void test_03() {
final IFeatureCallArguments arguments = this.toArgumentsWithoutReceiver("String s", "\"\"");
boolean _hasUnprocessedArguments = arguments.hasUnprocessedArguments();
Assert.assertTrue(_hasUnprocessedArguments);
int _argumentCount = arguments.getArgumentCount();
Assert.assertEquals(1, _argumentCount);
final IFeatureCallArgumentSlot singleSlot = arguments.getNextUnprocessedArgumentSlot();
boolean _isVarArg = singleSlot.isVarArg();
Assert.assertTrue(_isVarArg);
boolean _isSuperfluous = singleSlot.isSuperfluous();
Assert.assertFalse(_isSuperfluous);
XExpression _argumentExpression = singleSlot.getArgumentExpression();
Assert.assertTrue((_argumentExpression instanceof XStringLiteral));
LightweightTypeReference _declaredType = singleSlot.getDeclaredType();
String _simpleName = _declaredType.getSimpleName();
Assert.assertEquals("String", _simpleName);
singleSlot.markProcessed();
boolean _hasUnprocessedArguments_1 = arguments.hasUnprocessedArguments();
Assert.assertFalse(_hasUnprocessedArguments_1);
}
/**
* See checkLocalUsageOfDeclaredFields for hilighting unbinded part! And
* checkNonInitializedFieldsHaveAType if we want to infer type of already bound provides, would be
* nice...
*/
@Check
public void checkPortRef(final PortRef pr) {
boolean _or = false;
Port _port = pr.getPort();
boolean _tripleEquals = (_port == null);
if (_tripleEquals) {
_or = true;
} else {
Port _port_1 = pr.getPort();
boolean _eIsProxy = _port_1.eIsProxy();
_or = _eIsProxy;
}
if (_or) {
return;
}
boolean _and = false;
Part _part = pr.getPart();
boolean _tripleNotEquals = (_part != null);
if (!_tripleNotEquals) {
_and = false;
} else {
Part _part_1 = pr.getPart();
boolean _eIsProxy_1 = _part_1.eIsProxy();
_and = _eIsProxy_1;
}
if (_and) {
return;
}
final LightweightTypeReference typeTo = this._speADLUtils.resolveType(pr);
LightweightTypeReference _switchResult = null;
EObject _eContainer = pr.eContainer();
final EObject cont = _eContainer;
boolean _matched = false;
if (!_matched) {
if (cont instanceof Binding) {
_matched = true;
_switchResult = this._speADLUtils.resolveTypeFrom(((Binding) cont));
}
}
if (!_matched) {
if (cont instanceof ProvidedPort) {
_matched = true;
JvmParameterizedTypeReference _typeReference = ((ProvidedPort) cont).getTypeReference();
Resource _eResource = pr.eResource();
_switchResult = this._speADLUtils.toLightweightTypeReference(_typeReference, _eResource);
}
}
final LightweightTypeReference typeFrom = _switchResult;
boolean _and_1 = false;
boolean _tripleNotEquals_1 = (typeFrom != null);
if (!_tripleNotEquals_1) {
_and_1 = false;
} else {
boolean _tripleNotEquals_2 = (typeTo != null);
_and_1 = _tripleNotEquals_2;
}
if (_and_1) {
boolean _isAssignableFrom = typeFrom.isAssignableFrom(typeTo);
boolean _not = (!_isAssignableFrom);
if (_not) {
this.error(
((("Incompatible types: " + typeFrom) + " is not the same or a supertype of ")
+ typeTo),
SpeadlPackage.Literals.PORT_REF__PORT);
}
}
}
public LightweightTypeReference resolvesTo(final String expression, final String type) {
try {
final XExpression xExpression = this.expression(expression, false);
Resource _eResource = xExpression.eResource();
EList<Diagnostic> _errors = _eResource.getErrors();
String _string = _errors.toString();
Resource _eResource_1 = xExpression.eResource();
EList<Diagnostic> _errors_1 = _eResource_1.getErrors();
boolean _isEmpty = _errors_1.isEmpty();
Assert.assertTrue(_string, _isEmpty);
Resource _eResource_2 = xExpression.eResource();
EList<Diagnostic> _warnings = _eResource_2.getWarnings();
String _string_1 = _warnings.toString();
Resource _eResource_3 = xExpression.eResource();
EList<Diagnostic> _warnings_1 = _eResource_3.getWarnings();
boolean _isEmpty_1 = _warnings_1.isEmpty();
Assert.assertTrue(_string_1, _isEmpty_1);
IBatchTypeResolver _typeResolver = this.getTypeResolver();
final IResolvedTypes resolvedTypes = _typeResolver.resolveTypes(xExpression);
final LightweightTypeReference resolvedType = resolvedTypes.getActualType(xExpression);
String _simpleName = resolvedType.getSimpleName();
Assert.assertEquals(type, _simpleName);
TreeIterator<EObject> _eAllContents = xExpression.eAllContents();
Iterable<EObject> _iterable = IteratorExtensions.<EObject>toIterable(_eAllContents);
for (final EObject content : _iterable) {
boolean _matched = false;
if (!_matched) {
if (content instanceof XSwitchExpression) {
final XSwitchExpression _xSwitchExpression = (XSwitchExpression) content;
_matched = true;
this.assertExpressionTypeIsResolved(_xSwitchExpression, resolvedTypes);
String _localVarName = _xSwitchExpression.getLocalVarName();
boolean _notEquals = (!Objects.equal(_localVarName, null));
if (_notEquals) {
this.assertIdentifiableTypeIsResolved(_xSwitchExpression, resolvedTypes);
}
}
}
if (!_matched) {
if (content instanceof XAbstractFeatureCall) {
final XAbstractFeatureCall _xAbstractFeatureCall = (XAbstractFeatureCall) content;
_matched = true;
this.assertExpressionTypeIsResolved(_xAbstractFeatureCall, resolvedTypes);
XExpression _implicitReceiver = _xAbstractFeatureCall.getImplicitReceiver();
boolean _notEquals = (!Objects.equal(_implicitReceiver, null));
if (_notEquals) {
XExpression _implicitReceiver_1 = _xAbstractFeatureCall.getImplicitReceiver();
this.assertExpressionTypeIsResolved(_implicitReceiver_1, resolvedTypes);
}
}
}
if (!_matched) {
if (content instanceof XExpression) {
final XExpression _xExpression = (XExpression) content;
_matched = true;
this.assertExpressionTypeIsResolved(_xExpression, resolvedTypes);
}
}
if (!_matched) {
if (content instanceof JvmIdentifiableElement) {
final JvmIdentifiableElement _jvmIdentifiableElement = (JvmIdentifiableElement) content;
_matched = true;
this.assertIdentifiableTypeIsResolved(_jvmIdentifiableElement, resolvedTypes);
}
}
}
TreeIterator<EObject> _eAllContents_1 = xExpression.eAllContents();
Iterable<EObject> _iterable_1 = IteratorExtensions.<EObject>toIterable(_eAllContents_1);
for (final EObject content_1 : _iterable_1) {
boolean _matched_1 = false;
if (!_matched_1) {
if (content_1 instanceof XConstructorCall) {
final XConstructorCall _xConstructorCall = (XConstructorCall) content_1;
_matched_1 = true;
Object _eGet = _xConstructorCall.eGet(Literals.XCONSTRUCTOR_CALL__CONSTRUCTOR, false);
final InternalEObject constructor = ((InternalEObject) _eGet);
String _string_2 = _xConstructorCall.toString();
Assert.assertNotNull(_string_2, constructor);
String _string_3 = _xConstructorCall.toString();
boolean _eIsProxy = constructor.eIsProxy();
Assert.assertFalse(_string_3, _eIsProxy);
}
}
if (!_matched_1) {
if (content_1 instanceof XAbstractFeatureCall) {
final XAbstractFeatureCall _xAbstractFeatureCall = (XAbstractFeatureCall) content_1;
_matched_1 = true;
Object _eGet =
_xAbstractFeatureCall.eGet(Literals.XABSTRACT_FEATURE_CALL__FEATURE, false);
final InternalEObject feature = ((InternalEObject) _eGet);
String _string_2 = _xAbstractFeatureCall.toString();
Assert.assertNotNull(_string_2, feature);
String _string_3 = _xAbstractFeatureCall.toString();
boolean _eIsProxy = feature.eIsProxy();
Assert.assertFalse(_string_3, _eIsProxy);
XExpression _implicitReceiver = _xAbstractFeatureCall.getImplicitReceiver();
boolean _notEquals = (!Objects.equal(_implicitReceiver, null));
if (_notEquals) {
XExpression _implicitReceiver_1 = _xAbstractFeatureCall.getImplicitReceiver();
Object _eGet_1 =
_implicitReceiver_1.eGet(Literals.XABSTRACT_FEATURE_CALL__FEATURE, false);
final InternalEObject implicitFeature = ((InternalEObject) _eGet_1);
String _string_4 = implicitFeature.toString();
Assert.assertNotNull(_string_4, feature);
String _string_5 = implicitFeature.toString();
boolean _eIsProxy_1 = feature.eIsProxy();
Assert.assertFalse(_string_5, _eIsProxy_1);
}
}
}
}
Resource _eResource_4 = xExpression.eResource();
Iterable<Diagnostic> _linkingAndSyntaxErrors = this.getLinkingAndSyntaxErrors(_eResource_4);
String _string_2 = _linkingAndSyntaxErrors.toString();
Resource _eResource_5 = xExpression.eResource();
Iterable<Diagnostic> _linkingAndSyntaxErrors_1 = this.getLinkingAndSyntaxErrors(_eResource_5);
boolean _isEmpty_2 = IterableExtensions.isEmpty(_linkingAndSyntaxErrors_1);
Assert.assertTrue(_string_2, _isEmpty_2);
Resource _eResource_6 = xExpression.eResource();
EList<Diagnostic> _warnings_2 = _eResource_6.getWarnings();
String _string_3 = _warnings_2.toString();
Resource _eResource_7 = xExpression.eResource();
EList<Diagnostic> _warnings_3 = _eResource_7.getWarnings();
boolean _isEmpty_3 = _warnings_3.isEmpty();
Assert.assertTrue(_string_3, _isEmpty_3);
return resolvedType;
} catch (Throwable _e) {
throw Exceptions.sneakyThrow(_e);
}
}
protected void appendParameters(
final StringBuilder result,
final JvmExecutable executable,
final int insignificantParameters,
final LightweightTypeReferenceFactory ownedConverter) {
final EList<JvmFormalParameter> declaredParameters = executable.getParameters();
int _size = declaredParameters.size();
int _min = Math.min(insignificantParameters, _size);
int _size_1 = declaredParameters.size();
final List<JvmFormalParameter> relevantParameters = declaredParameters.subList(_min, _size_1);
for (int i = 0; (i < relevantParameters.size()); i++) {
{
final JvmFormalParameter parameter = relevantParameters.get(i);
if ((i != 0)) {
result.append(", ");
}
boolean _and = false;
boolean _and_1 = false;
int _size_2 = relevantParameters.size();
int _minus = (_size_2 - 1);
boolean _equals = (i == _minus);
if (!_equals) {
_and_1 = false;
} else {
boolean _isVarArgs = executable.isVarArgs();
_and_1 = _isVarArgs;
}
if (!_and_1) {
_and = false;
} else {
JvmTypeReference _parameterType = parameter.getParameterType();
_and = (_parameterType instanceof JvmGenericArrayTypeReference);
}
if (_and) {
JvmTypeReference _parameterType_1 = parameter.getParameterType();
final JvmGenericArrayTypeReference parameterType =
((JvmGenericArrayTypeReference) _parameterType_1);
JvmTypeReference _componentType = parameterType.getComponentType();
LightweightTypeReference _lightweightReference =
ownedConverter.toLightweightReference(_componentType);
String _humanReadableName = _lightweightReference.getHumanReadableName();
result.append(_humanReadableName);
result.append("...");
} else {
JvmTypeReference _parameterType_2 = parameter.getParameterType();
boolean _notEquals = (!Objects.equal(_parameterType_2, null));
if (_notEquals) {
JvmTypeReference _parameterType_3 = parameter.getParameterType();
LightweightTypeReference _lightweightReference_1 =
ownedConverter.toLightweightReference(_parameterType_3);
final String simpleName = _lightweightReference_1.getHumanReadableName();
boolean _notEquals_1 = (!Objects.equal(simpleName, null));
if (_notEquals_1) {
result.append(simpleName);
}
}
}
result.append(" ");
String _name = parameter.getName();
String _valueOf = String.valueOf(_name);
result.append(_valueOf);
}
}
}
protected void addNameAndDescription(
final ContentAssistEntry entry,
final JvmFeature feature,
final boolean withParents,
final int insignificantParameters,
final String shortName,
final LightweightTypeReferenceFactory converter) {
final StringBuilder labelBuilder = new StringBuilder(shortName);
final StringBuilder descriptionBuilder = new StringBuilder();
if ((feature instanceof JvmOperation)) {
if (withParents) {
labelBuilder.append("(");
this.appendParameters(
labelBuilder, ((JvmExecutable) feature), insignificantParameters, converter);
labelBuilder.append(")");
}
final JvmTypeReference returnType = ((JvmOperation) feature).getReturnType();
boolean _and = false;
boolean _notEquals = (!Objects.equal(returnType, null));
if (!_notEquals) {
_and = false;
} else {
String _simpleName = returnType.getSimpleName();
boolean _notEquals_1 = (!Objects.equal(_simpleName, null));
_and = _notEquals_1;
}
if (_and) {
labelBuilder.append(" : ");
LightweightTypeReference _lightweightReference =
converter.toLightweightReference(returnType);
String _humanReadableName = _lightweightReference.getHumanReadableName();
labelBuilder.append(_humanReadableName);
}
JvmDeclaredType _declaringType = ((JvmOperation) feature).getDeclaringType();
LightweightTypeReference _plainTypeReference = converter.toPlainTypeReference(_declaringType);
String _humanReadableName_1 = _plainTypeReference.getHumanReadableName();
descriptionBuilder.append(_humanReadableName_1);
if ((!withParents)) {
descriptionBuilder.append(".");
String _simpleName_1 = ((JvmOperation) feature).getSimpleName();
descriptionBuilder.append(_simpleName_1);
descriptionBuilder.append("()");
}
} else {
if ((feature instanceof JvmField)) {
labelBuilder.append(" : ");
JvmTypeReference _type = ((JvmField) feature).getType();
boolean _notEquals_2 = (!Objects.equal(_type, null));
if (_notEquals_2) {
JvmTypeReference _type_1 = ((JvmField) feature).getType();
LightweightTypeReference _lightweightReference_1 =
converter.toLightweightReference(_type_1);
final String fieldType = _lightweightReference_1.getHumanReadableName();
boolean _notEquals_3 = (!Objects.equal(fieldType, null));
if (_notEquals_3) {
labelBuilder.append(fieldType);
}
}
JvmDeclaredType _declaringType_1 = ((JvmField) feature).getDeclaringType();
LightweightTypeReference _plainTypeReference_1 =
converter.toPlainTypeReference(_declaringType_1);
String _humanReadableName_2 = _plainTypeReference_1.getHumanReadableName();
descriptionBuilder.append(_humanReadableName_2);
} else {
if ((feature instanceof JvmConstructor)) {
if (withParents) {
labelBuilder.append("(");
this.appendParameters(
labelBuilder, ((JvmExecutable) feature), insignificantParameters, converter);
labelBuilder.append(")");
}
}
}
}
String _string = labelBuilder.toString();
entry.setLabel(_string);
String _string_1 = descriptionBuilder.toString();
entry.setDescription(_string_1);
}
protected XbaseIdeCrossrefProposalProvider.ProposalBracketInfo getProposalBracketInfo(
final IEObjectDescription proposedDescription,
final ContentAssistContext contentAssistContext) {
final XbaseIdeCrossrefProposalProvider.ProposalBracketInfo info =
new XbaseIdeCrossrefProposalProvider.ProposalBracketInfo();
if ((proposedDescription instanceof IIdentifiableElementDescription)) {
final JvmIdentifiableElement jvmFeature =
((IIdentifiableElementDescription) proposedDescription).getElementOrProxy();
if ((jvmFeature instanceof JvmExecutable)) {
final EList<JvmFormalParameter> parameters = ((JvmExecutable) jvmFeature).getParameters();
int _numberOfParameters =
((IIdentifiableElementDescription) proposedDescription).getNumberOfParameters();
boolean _equals = (_numberOfParameters == 1);
if (_equals) {
boolean _and = false;
String _simpleName = ((JvmExecutable) jvmFeature).getSimpleName();
boolean _startsWith = _simpleName.startsWith("set");
if (!_startsWith) {
_and = false;
} else {
QualifiedName _name = ((IIdentifiableElementDescription) proposedDescription).getName();
String _firstSegment = _name.getFirstSegment();
boolean _startsWith_1 = _firstSegment.startsWith("set");
boolean _not = (!_startsWith_1);
_and = _not;
}
if (_and) {
info.brackets = " = value";
int _length = "value".length();
int _minus = (-_length);
info.selectionOffset = _minus;
int _length_1 = "value".length();
info.selectionLength = _length_1;
return info;
}
JvmFormalParameter _last = IterableExtensions.<JvmFormalParameter>last(parameters);
final JvmTypeReference parameterType = _last.getParameterType();
XtextResource _resource = contentAssistContext.getResource();
LightweightTypeReferenceFactory _typeConverter = this.getTypeConverter(_resource);
final LightweightTypeReference light =
_typeConverter.toLightweightReference(parameterType);
boolean _isFunctionType = light.isFunctionType();
if (_isFunctionType) {
FunctionTypeReference _asFunctionTypeReference = light.getAsFunctionTypeReference();
List<LightweightTypeReference> _parameterTypes =
_asFunctionTypeReference.getParameterTypes();
final int numParameters = _parameterTypes.size();
if ((numParameters == 1)) {
info.brackets = "[]";
info.caretOffset = (-1);
return info;
} else {
if ((numParameters == 0)) {
info.brackets = "[|]";
info.caretOffset = (-1);
return info;
} else {
final StringBuilder b = new StringBuilder();
for (int i = 0; (i < numParameters); i++) {
{
if ((i != 0)) {
b.append(", ");
}
b.append(("p" + Integer.valueOf((i + 1))));
}
}
String _string = b.toString();
String _plus = ("[" + _string);
String _plus_1 = (_plus + "|]");
info.brackets = _plus_1;
info.caretOffset = (-1);
int _length_2 = b.length();
int _minus_1 = (-_length_2);
int _minus_2 = (_minus_1 - 2);
info.selectionOffset = _minus_2;
int _length_3 = b.length();
info.selectionLength = _length_3;
return info;
}
}
}
}
}
boolean _isExplicitOperationCall =
this.isExplicitOperationCall(((IIdentifiableElementDescription) proposedDescription));
if (_isExplicitOperationCall) {
info.brackets = "()";
info.selectionOffset = (-1);
}
}
return info;
}
