TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] equalSubstitutes = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EQUAL); if (equalSubstitutes != null) { nextConstraint: if (inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_SUPER); if (bounds == null) continue nextTypeParameter; TypeBinding mostSpecificSubstitute = scope.lowerUpperBound(bounds); if (considerEXTENDSConstraints && inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EXTENDS); if (bounds == null) continue nextTypeParameter; TypeBinding[] glb = Scope.greaterLowerBound(bounds);
break; inferenceContext.recordSubstitute(this, actualType, variableConstraint);
InferenceContext inferenceContext = new InferenceContext(originalMethod); methodSubstitute = inferFromArgumentTypes(scope, originalMethod, arguments, parameters, inferenceContext); if (methodSubstitute == null) if (inferenceContext.hasUnresolvedTypeArgument()) { if (inferenceContext.isUnchecked) { // only remember unchecked status post 15.12.2.7 int length = inferenceContext.substitutes.length;
InferenceContext inferenceContext = new InferenceContext(originalMethod); methodSubstitute = inferFromArgumentTypes(scope, originalMethod, arguments, parameters, inferenceContext); if (methodSubstitute == null) if (inferenceContext.hasUnresolvedTypeArgument()) { if (inferenceContext.isUnchecked) { // only remember unchecked status post 15.12.2.7 int length = inferenceContext.substitutes.length;
inferenceContext = new InferenceContext(originalMethod); methodSubstitute = inferFromArgumentTypes(scope, originalMethod, arguments, parameters, inferenceContext); if (methodSubstitute == null) if (inferenceContext.hasUnresolvedTypeArgument()) { if (inferenceContext.isUnchecked) { // only remember unchecked status post 15.12.2.7 int length = inferenceContext.substitutes.length;
TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] equalSubstitutes = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EQUAL); if (equalSubstitutes != null) { nextConstraint: if (inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_SUPER); if (bounds == null) continue nextTypeParameter; TypeBinding mostSpecificSubstitute = scope.lowerUpperBound(bounds); if (considerEXTENDSConstraints && inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EXTENDS); if (bounds == null) continue nextTypeParameter; TypeBinding[] glb = Scope.greaterLowerBound(bounds);
break; inferenceContext.recordSubstitute(this, actualType, variableConstraint);
inferenceContext = new InferenceContext(originalMethod); methodSubstitute = inferFromArgumentTypes(scope, originalMethod, arguments, parameters, inferenceContext); if (methodSubstitute == null) if (inferenceContext.hasUnresolvedTypeArgument()) { if (inferenceContext.isUnchecked) { // only remember unchecked status post 15.12.2.7 int length = inferenceContext.substitutes.length; expectedType.isCompatibleWith(uncaptured)) { InferenceContext oldContext = inferenceContext; inferenceContext = new InferenceContext(originalMethod);
TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] equalSubstitutes = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EQUAL); if (equalSubstitutes != null) { nextConstraint: if (inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_SUPER); if (bounds == null) continue nextTypeParameter; TypeBinding mostSpecificSubstitute = scope.lowerUpperBound(bounds); if (considerEXTENDSConstraints && inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EXTENDS); if (bounds == null) continue nextTypeParameter; TypeBinding[] glb = Scope.greaterLowerBound(bounds);
break; inferenceContext.recordSubstitute(this, actualType, variableConstraint);
inferenceContext = new InferenceContext(originalMethod); methodSubstitute = inferFromArgumentTypes(scope, originalMethod, arguments, parameters, inferenceContext); if (methodSubstitute == null) if (inferenceContext.hasUnresolvedTypeArgument()) { if (inferenceContext.isUnchecked) { // only remember unchecked status post 15.12.2.7 int length = inferenceContext.substitutes.length; expectedType.isCompatibleWith(uncaptured)) { InferenceContext oldContext = inferenceContext; inferenceContext = new InferenceContext(originalMethod);
TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] equalSubstitutes = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EQUAL); if (equalSubstitutes != null) { nextConstraint: if (inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_SUPER); if (bounds == null) continue nextTypeParameter; TypeBinding mostSpecificSubstitute = scope.lowerUpperBound(bounds); if (considerEXTENDSConstraints && inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EXTENDS); if (bounds == null) continue nextTypeParameter; TypeBinding[] glb = Scope.greaterLowerBound(bounds, scope, scope.environment());
break; inferenceContext.recordSubstitute(this, actualType, variableConstraint);
inferenceContext = new InferenceContext(originalMethod); methodSubstitute = inferFromArgumentTypes(scope, originalMethod, arguments, parameters, inferenceContext); if (methodSubstitute == null) if (inferenceContext.hasUnresolvedTypeArgument()) { if (inferenceContext.isUnchecked) { // only remember unchecked status post 15.12.2.7 int length = inferenceContext.substitutes.length; expectedType.isCompatibleWith(uncaptured)) { InferenceContext oldContext = inferenceContext; inferenceContext = new InferenceContext(originalMethod);
TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] equalSubstitutes = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EQUAL); if (equalSubstitutes != null) { nextConstraint: if (inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_SUPER); if (bounds == null) continue nextTypeParameter; TypeBinding mostSpecificSubstitute = scope.lowerUpperBound(bounds); if (considerEXTENDSConstraints && inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EXTENDS); if (bounds == null) continue nextTypeParameter; TypeBinding[] glb = Scope.greaterLowerBound(bounds, scope, scope.environment());
break; inferenceContext.recordSubstitute(this, actualType, variableConstraint);
inferenceContext = new InferenceContext(originalMethod); methodSubstitute = inferFromArgumentTypes(scope, originalMethod, arguments, parameters, inferenceContext); if (methodSubstitute == null) if (inferenceContext.hasUnresolvedTypeArgument()) { if (inferenceContext.isUnchecked) { // only remember unchecked status post 15.12.2.7 int length = inferenceContext.substitutes.length; expectedType.isCompatibleWith(uncaptured)) { InferenceContext oldContext = inferenceContext; inferenceContext = new InferenceContext(originalMethod);
TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] equalSubstitutes = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EQUAL); if (equalSubstitutes != null) { nextConstraint: if (inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_SUPER); if (bounds == null) continue nextTypeParameter; TypeBinding mostSpecificSubstitute = scope.lowerUpperBound(bounds); if (considerEXTENDSConstraints && inferenceContext.hasUnresolvedTypeArgument()) { TypeBinding substitute = substitutes[i]; if (substitute != null) continue nextTypeParameter; // already inferred previously TypeBinding [] bounds = inferenceContext.getSubstitutes(current, TypeConstants.CONSTRAINT_EXTENDS); if (bounds == null) continue nextTypeParameter; TypeBinding[] glb = Scope.greaterLowerBound(bounds, scope, scope.environment());
break; inferenceContext.recordSubstitute(this, actualType, variableConstraint);
inferenceContext = new InferenceContext(originalMethod); methodSubstitute = inferFromArgumentTypes(scope, originalMethod, arguments, parameters, inferenceContext); if (methodSubstitute == null) if (inferenceContext.hasUnresolvedTypeArgument()) { if (inferenceContext.isUnchecked) { // only remember unchecked status post 15.12.2.7 int length = inferenceContext.substitutes.length; expectedType.isCompatibleWith(uncaptured)) { InferenceContext oldContext = inferenceContext; inferenceContext = new InferenceContext(originalMethod);