use of com.redhat.ceylon.model.typechecker.model.Constructor in project ceylon-compiler by ceylon.
the class CallableBuilder method unboundFunctionalMemberReference.
/**
* Used for "static" method or class references. For example:
* <pre>
* value x = Integer.plus;
* value y = Foo.method;
* value z = Outer.Inner;
* </pre>
*/
public static CallableBuilder unboundFunctionalMemberReference(CeylonTransformer gen, Tree.QualifiedMemberOrTypeExpression qmte, Type typeModel, final Functional methodClassOrCtor, Reference producedReference) {
final ParameterList parameterList = methodClassOrCtor.getFirstParameterList();
Type type = typeModel;
JCExpression target;
boolean hasOuter = !(Decl.isConstructor((Declaration) methodClassOrCtor) && gen.getNumParameterLists(typeModel) == 1);
if (!hasOuter) {
type = typeModel;
target = null;
} else {
type = gen.getReturnTypeOfCallable(type);
Type qualifyingType = qmte.getTarget().getQualifyingType();
target = gen.naming.makeUnquotedIdent(Unfix.$instance$);
target = gen.expressionGen().applyErasureAndBoxing(target, producedReference.getQualifyingType(), true, BoxingStrategy.BOXED, qualifyingType);
}
CallableBuilder inner = new CallableBuilder(gen, null, type, parameterList);
//FromParameterModels();
inner.parameterTypes = inner.getParameterTypesFromCallableModel();
if (hasOuter) {
inner.defaultValueCall = inner.new MemberReferenceDefaultValueCall(methodClassOrCtor);
}
CallBuilder callBuilder = CallBuilder.instance(gen);
Type accessType = gen.getParameterTypeOfCallable(typeModel, 0);
if (Decl.isConstructor((Declaration) methodClassOrCtor)) {
Constructor ctor = Decl.getConstructor((Declaration) methodClassOrCtor);
Class cls = Decl.getConstructedClass(ctor);
if (Strategy.generateInstantiator(ctor)) {
callBuilder.invoke(gen.naming.makeInstantiatorMethodName(target, cls));
} else {
callBuilder.instantiate(gen.makeJavaType(gen.getReturnTypeOfCallable(typeModel), JT_CLASS_NEW));
if (!ctor.isShared()) {
accessType = Decl.getPrivateAccessType(qmte);
}
}
} else if (methodClassOrCtor instanceof Function && ((Function) methodClassOrCtor).isParameter()) {
callBuilder.invoke(gen.naming.makeQualifiedName(target, (Function) methodClassOrCtor, Naming.NA_MEMBER));
} else if (methodClassOrCtor instanceof Function) {
callBuilder.invoke(gen.naming.makeQualifiedName(target, (Function) methodClassOrCtor, Naming.NA_MEMBER));
if (!((TypedDeclaration) methodClassOrCtor).isShared()) {
accessType = Decl.getPrivateAccessType(qmte);
}
} else if (methodClassOrCtor instanceof Class) {
Class cls = (Class) methodClassOrCtor;
if (Strategy.generateInstantiator(cls)) {
callBuilder.invoke(gen.naming.makeInstantiatorMethodName(target, cls));
} else {
callBuilder.instantiate(new ExpressionAndType(target, null), gen.makeJavaType(cls.getType(), JT_CLASS_NEW | AbstractTransformer.JT_NON_QUALIFIED));
if (!cls.isShared()) {
accessType = Decl.getPrivateAccessType(qmte);
}
}
} else {
throw BugException.unhandledDeclarationCase((Declaration) methodClassOrCtor, qmte);
}
ListBuffer<ExpressionAndType> reified = ListBuffer.lb();
DirectInvocation.addReifiedArguments(gen, producedReference, reified);
for (ExpressionAndType reifiedArgument : reified) {
callBuilder.argument(reifiedArgument.expression);
}
if (Decl.isConstructor((Declaration) methodClassOrCtor) && !Decl.isDefaultConstructor(Decl.getConstructor((Declaration) methodClassOrCtor))) {
// invoke the param class ctor
Constructor ctor = Decl.getConstructor((Declaration) methodClassOrCtor);
callBuilder.argument(gen.naming.makeNamedConstructorName(ctor, false));
}
for (Parameter parameter : parameterList.getParameters()) {
callBuilder.argument(gen.naming.makeQuotedIdent(Naming.getAliasedParameterName(parameter)));
}
JCExpression innerInvocation = callBuilder.build();
// Need to worry about boxing for Function and FunctionalParameter
if (methodClassOrCtor instanceof TypedDeclaration && !Decl.isConstructor((Declaration) methodClassOrCtor)) {
// use the method return type since the function is actually applied
Type returnType = gen.getReturnTypeOfCallable(type);
innerInvocation = gen.expressionGen().applyErasureAndBoxing(innerInvocation, returnType, // expression is a Callable
CodegenUtil.hasTypeErased((TypedDeclaration) methodClassOrCtor), !CodegenUtil.isUnBoxed((TypedDeclaration) methodClassOrCtor), BoxingStrategy.BOXED, returnType, 0);
} else if (methodClassOrCtor instanceof Class && Strategy.isInstantiatorUntyped((Class) methodClassOrCtor)) {
// $new method declared to return Object, so needs typecast
innerInvocation = gen.make().TypeCast(gen.makeJavaType(((Class) methodClassOrCtor).getType()), innerInvocation);
}
List<JCStatement> innerBody = List.<JCStatement>of(gen.make().Return(innerInvocation));
inner.useDefaultTransformation(innerBody);
if (!hasOuter) {
return inner;
}
ParameterList outerPl = new ParameterList();
Parameter instanceParameter = new Parameter();
instanceParameter.setName(Naming.name(Unfix.$instance$));
Value valueModel = new Value();
instanceParameter.setModel(valueModel);
valueModel.setName(instanceParameter.getName());
valueModel.setInitializerParameter(instanceParameter);
valueModel.setType(accessType);
valueModel.setUnboxed(false);
outerPl.getParameters().add(instanceParameter);
CallableBuilder outer = new CallableBuilder(gen, null, typeModel, outerPl);
outer.parameterTypes = outer.getParameterTypesFromParameterModels();
List<JCStatement> outerBody = List.<JCStatement>of(gen.make().Return(inner.build()));
outer.useDefaultTransformation(outerBody);
outer.companionAccess = Decl.isPrivateAccessRequiringCompanion(qmte);
return outer;
}
use of com.redhat.ceylon.model.typechecker.model.Constructor in project ceylon-compiler by ceylon.
the class ClassTransformer method makeDelegateToCompanion.
/**
* Generates a method which delegates to the companion instance $Foo$impl
*/
private MethodDefinitionBuilder makeDelegateToCompanion(Interface iface, Reference typedMember, Type currentType, final long mods, final java.util.List<TypeParameter> typeParameters, final java.util.List<java.util.List<Type>> producedTypeParameterBounds, final Type methodType, final String methodName, final java.util.List<Parameter> parameters, boolean typeErased, final String targetMethodName, DelegateType delegateType, boolean includeBody) {
final MethodDefinitionBuilder concreteWrapper = MethodDefinitionBuilder.systemMethod(gen(), methodName);
concreteWrapper.modifiers(mods);
concreteWrapper.ignoreModelAnnotations();
if ((mods & PRIVATE) == 0) {
concreteWrapper.isOverride(true);
}
if (typeParameters != null) {
concreteWrapper.reifiedTypeParametersFromModel(typeParameters);
}
Iterator<java.util.List<Type>> iterator = producedTypeParameterBounds.iterator();
if (typeParameters != null) {
for (TypeParameter tp : typeParameters) {
concreteWrapper.typeParameter(tp, iterator.next());
}
}
boolean explicitReturn = false;
Declaration member = typedMember.getDeclaration();
Type returnType = null;
if (!isAnything(methodType) || ((member instanceof Function || member instanceof Value) && !Decl.isUnboxedVoid(member)) || (member instanceof Function && Strategy.useBoxedVoid((Function) member))) {
explicitReturn = true;
if (CodegenUtil.isHashAttribute(member)) {
// delegates for hash attributes are int
concreteWrapper.resultType(null, make().Type(syms().intType));
returnType = typedMember.getType();
} else if (typedMember instanceof TypedReference) {
TypedReference typedRef = (TypedReference) typedMember;
if (delegateType == DelegateType.OTHER) {
// This is very much like for method refinement: if the supertype is erased -> go raw.
// Except for some reason we only need to do it with multiple inheritance with different type
// arguments, so let's not go overboard
int flags = 0;
if (CodegenUtil.hasTypeErased((TypedDeclaration) member.getRefinedDeclaration()) || CodegenUtil.hasTypeErased((TypedDeclaration) member) && isInheritedTwiceWithDifferentTypeArguments(currentType, iface)) {
flags |= AbstractTransformer.JT_RAW;
}
concreteWrapper.resultTypeNonWidening(currentType, typedRef, typedMember.getType(), flags);
// FIXME: this is redundant with what we computed in the previous line in concreteWrapper.resultTypeNonWidening
TypedReference nonWideningTypedRef = gen().nonWideningTypeDecl(typedRef, currentType);
returnType = gen().nonWideningType(typedRef, nonWideningTypedRef);
} else {
// for default value
NonWideningParam nonWideningParam = concreteWrapper.getNonWideningParam(typedRef, currentType.getDeclaration() instanceof Class ? WideningRules.FOR_MIXIN : WideningRules.NONE);
returnType = nonWideningParam.nonWideningType;
if (member instanceof Function)
returnType = typeFact().getCallableType(returnType);
concreteWrapper.resultType(null, makeJavaType(returnType, nonWideningParam.flags));
}
} else {
concreteWrapper.resultType(null, makeJavaType((Type) typedMember));
returnType = (Type) typedMember;
}
}
ListBuffer<JCExpression> arguments = ListBuffer.<JCExpression>lb();
if (typeParameters != null) {
for (TypeParameter tp : typeParameters) {
arguments.add(naming.makeUnquotedIdent(naming.getTypeArgumentDescriptorName(tp)));
}
}
if (typedMember.getDeclaration() instanceof Constructor && !Decl.isDefaultConstructor((Constructor) typedMember.getDeclaration())) {
concreteWrapper.parameter(makeConstructorNameParameter((Constructor) typedMember.getDeclaration()));
arguments.add(naming.makeUnquotedIdent(Unfix.$name$));
}
for (Parameter param : parameters) {
final TypedReference typedParameter = typedMember.getTypedParameter(param);
concreteWrapper.parameter(param, typedParameter, null, FINAL, WideningRules.FOR_MIXIN);
arguments.add(naming.makeName(param.getModel(), Naming.NA_MEMBER | Naming.NA_ALIASED));
}
if (includeBody) {
JCExpression qualifierThis = makeUnquotedIdent(getCompanionFieldName(iface));
// our impl accessor to get the expected bounds of the qualifying type
if (explicitReturn) {
Type javaType = getBestSatisfiedType(currentType, iface);
Type ceylonType = typedMember.getQualifyingType();
// don't even bother if the impl accessor is turned to raw because casting it to raw doesn't help
if (!isTurnedToRaw(ceylonType) && // if it's exactly the same we don't need any cast
!javaType.isExactly(ceylonType))
// this will add the proper cast to the impl accessor
qualifierThis = expressionGen().applyErasureAndBoxing(qualifierThis, currentType, false, true, BoxingStrategy.BOXED, ceylonType, ExpressionTransformer.EXPR_WANTS_COMPANION);
}
JCExpression expr = make().Apply(// TODO Type args
null, makeSelect(qualifierThis, (targetMethodName != null) ? targetMethodName : methodName), arguments.toList());
if (isUnimplementedMemberClass(currentType, typedMember)) {
concreteWrapper.body(makeThrowUnresolvedCompilationError(// TODO encapsulate the error message
"formal member '" + typedMember.getDeclaration().getName() + "' of '" + iface.getName() + "' not implemented in class hierarchy"));
current().broken();
} else if (!explicitReturn) {
concreteWrapper.body(gen().make().Exec(expr));
} else {
// deal with erasure and stuff
BoxingStrategy boxingStrategy;
boolean exprBoxed;
if (member instanceof TypedDeclaration) {
TypedDeclaration typedDecl = (TypedDeclaration) member;
exprBoxed = !CodegenUtil.isUnBoxed(typedDecl);
boxingStrategy = CodegenUtil.getBoxingStrategy(typedDecl);
} else {
// must be a class or interface
exprBoxed = true;
boxingStrategy = BoxingStrategy.UNBOXED;
}
// to force an additional cast
if (isTurnedToRaw(typedMember.getQualifyingType()) || // in invariant locations
needsRawCastForMixinSuperCall(iface, methodType) || needsCastForErasedInstantiator(iface, methodName, member))
typeErased = true;
expr = gen().expressionGen().applyErasureAndBoxing(expr, methodType, typeErased, exprBoxed, boxingStrategy, returnType, 0);
concreteWrapper.body(gen().make().Return(expr));
}
}
return concreteWrapper;
}
use of com.redhat.ceylon.model.typechecker.model.Constructor in project ceylon-compiler by ceylon.
the class ClassTransformer method makeParamDefaultValueMethod.
/**
* Creates a (possibly abstract) method for retrieving the value for a
* defaulted parameter
* @param typeParameterList
*/
MethodDefinitionBuilder makeParamDefaultValueMethod(boolean noBody, Declaration container, Tree.ParameterList params, Tree.Parameter currentParam) {
at(currentParam);
Parameter parameter = currentParam.getParameterModel();
if (!Strategy.hasDefaultParameterValueMethod(parameter)) {
throw new BugException();
}
MethodDefinitionBuilder methodBuilder = MethodDefinitionBuilder.systemMethod(this, Naming.getDefaultedParamMethodName(container, parameter));
methodBuilder.ignoreModelAnnotations();
if (container != null && Decl.isAnnotationConstructor(container)) {
AnnotationInvocation ac = (AnnotationInvocation) ((Function) container).getAnnotationConstructor();
for (AnnotationConstructorParameter acp : ac.getConstructorParameters()) {
if (acp.getParameter().equals(parameter) && acp.getDefaultArgument() != null) {
methodBuilder.userAnnotations(acp.getDefaultArgument().makeDpmAnnotations(expressionGen()));
}
}
}
int modifiers = 0;
if (noBody) {
modifiers |= PUBLIC | ABSTRACT;
} else if (container == null || !(container instanceof Class && Strategy.defaultParameterMethodStatic(container))) {
// initializers can override parameter defaults
modifiers |= FINAL;
}
if (container != null && container.isShared()) {
modifiers |= PUBLIC;
} else if (container == null || (!container.isToplevel() && !noBody)) {
modifiers |= PRIVATE;
}
boolean staticMethod = Strategy.defaultParameterMethodStatic(container);
if (staticMethod) {
// static default parameter methods should be consistently public so that if non-shared class Top and
// shared class Bottom which extends Top both have the same default param name, we don't get an error
// if the Bottom class tries to "hide" a static public method with a private one
modifiers &= ~PRIVATE;
modifiers |= STATIC | PUBLIC;
}
methodBuilder.modifiers(modifiers);
if (container instanceof Constructor) {
copyTypeParameters((Class) container.getContainer(), methodBuilder);
methodBuilder.reifiedTypeParameters(((Class) container.getContainer()).getTypeParameters());
} else if (container instanceof Generic) {
// make sure reified type parameters are accepted
copyTypeParameters((Generic) container, methodBuilder);
methodBuilder.reifiedTypeParameters(((Generic) container).getTypeParameters());
}
WideningRules wideningRules = !staticMethod && container instanceof Class ? WideningRules.CAN_WIDEN : WideningRules.NONE;
// Add any of the preceding parameters as parameters to the method
for (Tree.Parameter p : params.getParameters()) {
if (p.equals(currentParam)) {
break;
}
at(p);
methodBuilder.parameter(p.getParameterModel(), null, 0, wideningRules);
}
// The method's return type is the same as the parameter's type
NonWideningParam nonWideningParam = methodBuilder.getNonWideningParam(currentParam.getParameterModel().getModel(), wideningRules);
methodBuilder.resultType(nonWideningParam.nonWideningDecl, nonWideningParam.nonWideningType, nonWideningParam.flags);
// The implementation of the method
if (noBody) {
methodBuilder.noBody();
} else {
HasErrorException error = errors().getFirstExpressionErrorAndMarkBrokenness(Decl.getDefaultArgument(currentParam).getExpression());
if (error != null) {
methodBuilder.body(this.makeThrowUnresolvedCompilationError(error));
} else {
java.util.List<TypeParameter> copiedTypeParameters = null;
if (container instanceof Generic) {
copiedTypeParameters = ((Generic) container).getTypeParameters();
if (copiedTypeParameters != null)
addTypeParameterSubstitution(copiedTypeParameters);
}
try {
JCExpression expr = expressionGen().transform(currentParam);
JCBlock body = at(currentParam).Block(0, List.<JCStatement>of(at(currentParam).Return(expr)));
methodBuilder.block(body);
} finally {
if (copiedTypeParameters != null)
popTypeParameterSubstitution();
}
}
}
return methodBuilder;
}
use of com.redhat.ceylon.model.typechecker.model.Constructor in project ceylon-compiler by ceylon.
the class ClassTransformer method concreteMembersFromSuperinterfaces.
/**
* Generates companion fields ($Foo$impl) and methods
*/
private void concreteMembersFromSuperinterfaces(final Class model, ClassDefinitionBuilder classBuilder, Type satisfiedType, Set<Interface> satisfiedInterfaces) {
satisfiedType = satisfiedType.resolveAliases();
Interface iface = (Interface) satisfiedType.getDeclaration();
if (satisfiedInterfaces.contains(iface) || iface.getType().isExactly(typeFact().getIdentifiableDeclaration().getType())) {
return;
}
// then don't instantiate it...
if (hasImpl(iface)) {
// ... otherwise for each satisfied interface,
// instantiate an instance of the
// companion class in the constructor and assign it to a
// $Interface$impl field
transformInstantiateCompanions(classBuilder, model, iface, satisfiedType);
}
if (!Decl.isCeylon(iface)) {
// let's not try to implement CMI for Java interfaces
return;
}
// For each super interface
for (Declaration member : iface.getMembers()) {
if (member instanceof Class) {
Class klass = (Class) member;
final Type typedMember = satisfiedType.getTypeMember(klass, Collections.<Type>emptyList());
if (Strategy.generateInstantiator(member) && !klass.hasConstructors() && !model.isFormal() && needsCompanionDelegate(model, typedMember) && model.getDirectMember(member.getName(), null, false) == null) {
// instantiator method implementation
generateInstantiatorDelegate(classBuilder, satisfiedType, iface, klass, null, model.getType(), !member.isFormal());
}
if (klass.hasConstructors()) {
for (Declaration m : klass.getMembers()) {
if (m instanceof Constructor && Strategy.generateInstantiator(m)) {
Constructor ctor = (Constructor) m;
generateInstantiatorDelegate(classBuilder, satisfiedType, iface, klass, ctor, model.getType(), true);
}
}
}
}
// type aliases are on the $impl class
if (member instanceof TypeAlias)
continue;
if (Strategy.onlyOnCompanion(member)) {
// (they're just private methods on the $impl)
continue;
}
if (member instanceof Function) {
Function method = (Function) member;
final TypedReference typedMember = satisfiedType.getTypedMember(method, Collections.<Type>emptyList());
Declaration sub = (Declaration) model.getMember(method.getName(), getSignatureIfRequired(typedMember), false, true);
if (sub instanceof Function) /* && !sub.isAbstraction()*/
{
Function subMethod = (Function) sub;
if (subMethod.getParameterLists().isEmpty()) {
continue;
}
java.util.List<java.util.List<Type>> producedTypeParameterBounds = producedTypeParameterBounds(typedMember, subMethod);
// final TypedReference refinedTypedMember = model.getType().getTypedMember(subMethod, Collections.<Type>emptyList());
final java.util.List<TypeParameter> typeParameters = subMethod.getTypeParameters();
final java.util.List<Parameter> parameters = subMethod.getFirstParameterList().getParameters();
boolean hasOverloads = false;
if (!satisfiedInterfaces.contains((Interface) method.getContainer())) {
for (Parameter param : parameters) {
if (Strategy.hasDefaultParameterValueMethod(param) && CodegenUtil.getTopmostRefinedDeclaration(param.getModel()).getContainer().equals(member)) {
final TypedReference typedParameter = typedMember.getTypedParameter(param);
// If that method has a defaulted parameter,
// we need to generate a default value method
// which also delegates to the $impl
final MethodDefinitionBuilder defaultValueDelegate = makeDelegateToCompanion(iface, typedParameter, model.getType(), PUBLIC | FINAL, typeParameters, producedTypeParameterBounds, typedParameter.getFullType(), Naming.getDefaultedParamMethodName(method, param), parameters.subList(0, parameters.indexOf(param)), param.getModel().getTypeErased(), null, DelegateType.FOR_DEFAULT_VALUE);
classBuilder.method(defaultValueDelegate);
}
if (Strategy.hasDefaultParameterOverload(param)) {
if ((method.isDefault() || method.isShared() && !method.isFormal()) && Decl.equal(method, subMethod)) {
MethodDefinitionBuilder overload = new DefaultedArgumentMethodTyped(new DaoThis((Tree.AnyMethod) null, null), MethodDefinitionBuilder.method(this, subMethod), typedMember, true).makeOverload(subMethod.getFirstParameterList(), param, typeParameters);
classBuilder.method(overload);
}
hasOverloads = true;
}
}
}
// delegating to the $impl instance
if (needsCompanionDelegate(model, typedMember)) {
final MethodDefinitionBuilder concreteMemberDelegate = makeDelegateToCompanion(iface, typedMember, model.getType(), PUBLIC | (method.isDefault() ? 0 : FINAL), typeParameters, producedTypeParameterBounds, typedMember.getType(), naming.selector(method), method.getFirstParameterList().getParameters(), ((Function) member).getTypeErased(), null, DelegateType.OTHER);
classBuilder.method(concreteMemberDelegate);
}
if (hasOverloads && (method.isDefault() || method.isShared() && !method.isFormal()) && Decl.equal(method, subMethod)) {
final MethodDefinitionBuilder canonicalMethod = makeDelegateToCompanion(iface, typedMember, model.getType(), PRIVATE, subMethod.getTypeParameters(), producedTypeParameterBounds, typedMember.getType(), Naming.selector(method, Naming.NA_CANONICAL_METHOD), method.getFirstParameterList().getParameters(), ((Function) member).getTypeErased(), naming.selector(method), DelegateType.OTHER);
classBuilder.method(canonicalMethod);
}
}
} else if (member instanceof Value || member instanceof Setter) {
TypedDeclaration attr = (TypedDeclaration) member;
final TypedReference typedMember = satisfiedType.getTypedMember(attr, null);
if (needsCompanionDelegate(model, typedMember)) {
Setter setter = (member instanceof Setter) ? (Setter) member : null;
if (member instanceof Value) {
if (member instanceof JavaBeanValue) {
setter = ((Value) member).getSetter();
}
final MethodDefinitionBuilder getterDelegate = makeDelegateToCompanion(iface, typedMember, model.getType(), PUBLIC | (attr.isDefault() ? 0 : FINAL), Collections.<TypeParameter>emptyList(), Collections.<java.util.List<Type>>emptyList(), typedMember.getType(), Naming.getGetterName(attr), Collections.<Parameter>emptyList(), attr.getTypeErased(), null, DelegateType.OTHER);
classBuilder.method(getterDelegate);
}
if (setter != null) {
final MethodDefinitionBuilder setterDelegate = makeDelegateToCompanion(iface, satisfiedType.getTypedMember(setter, null), model.getType(), PUBLIC | (setter.getGetter().isDefault() ? 0 : FINAL), Collections.<TypeParameter>emptyList(), Collections.<java.util.List<Type>>emptyList(), typeFact().getAnythingType(), Naming.getSetterName(attr), Collections.<Parameter>singletonList(setter.getParameter()), setter.getTypeErased(), null, DelegateType.OTHER);
classBuilder.method(setterDelegate);
}
if (Decl.isValue(member) && ((Value) attr).isVariable()) {
// $impl to delegate to
throw new BugException("assertion failed: " + member.getQualifiedNameString() + " was unexpectedly a variable value");
}
}
} else {
Reference typedMember = member instanceof TypeDeclaration ? satisfiedType.getTypeMember((TypeDeclaration) member, Collections.<Type>emptyList()) : satisfiedType.getTypedMember((TypedDeclaration) member, Collections.<Type>emptyList());
if (needsCompanionDelegate(model, typedMember)) {
throw new BugException("unhandled concrete interface member " + member.getQualifiedNameString() + " " + member.getClass());
}
}
}
// Add $impl instances for the whole interface hierarchy
satisfiedInterfaces.add(iface);
for (Type sat : iface.getSatisfiedTypes()) {
sat = model.getType().getSupertype(sat.getDeclaration());
concreteMembersFromSuperinterfaces(model, classBuilder, sat, satisfiedInterfaces);
}
}
use of com.redhat.ceylon.model.typechecker.model.Constructor in project ceylon-compiler by ceylon.
the class ClassTransformer method makeMainForClass.
/**
* Makes a {@code main()} method which calls the given top-level method
* @param def
*/
private MethodDefinitionBuilder makeMainForClass(ClassOrInterface model) {
at(null);
List<JCExpression> arguments = List.nil();
if (model.isAlias()) {
TypeDeclaration constr = ((ClassAlias) model).getConstructor();
if (constr instanceof Constructor) {
// must pass the constructor name arg
arguments = List.of(naming.makeNamedConstructorName((Constructor) constr, false));
}
model = (ClassOrInterface) model.getExtendedType().getDeclaration();
}
JCExpression nameId = makeJavaType(model.getType(), JT_RAW);
arguments = makeBottomReifiedTypeParameters(model.getTypeParameters(), arguments);
JCNewClass expr = make().NewClass(null, null, nameId, arguments, null);
return makeMainMethod(model, expr);
}
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