Package com.sun.tools.javac.code

Examples of com.sun.tools.javac.code.Type$DelegatedType

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        return null;
    }
    //WHERE
    boolean checkCommonOverriderIn(Symbol s1, Symbol s2, Type site) {
        Map<TypeSymbol,Type> supertypes = new HashMap<TypeSymbol,Type>();
        Type st1 = types.memberType(site, s1);
        Type st2 = types.memberType(site, s2);
        closure(site, supertypes);
        for (Type t : supertypes.values()) {
            for (Scope.Entry e = t.tsym.members().lookup(s1.name); e.scope != null; e = e.next()) {
                Symbol s3 = e.sym;
                if (s3 == s1 || s3 == s2 || s3.kind != MTH || (s3.flags() & (BRIDGE|SYNTHETIC)) != 0) continue;
                Type st3 = types.memberType(site,s3);
                if (types.overrideEquivalent(st3, st1) && types.overrideEquivalent(st3, st2)) {
                    if (s3.owner == site.tsym) {
                        return true;
                    }
                    List<Type> tvars1 = st1.getTypeArguments();
                    List<Type> tvars2 = st2.getTypeArguments();
                    List<Type> tvars3 = st3.getTypeArguments();
                    Type rt1 = st1.getReturnType();
                    Type rt2 = st2.getReturnType();
                    Type rt13 = types.subst(st3.getReturnType(), tvars3, tvars1);
                    Type rt23 = types.subst(st3.getReturnType(), tvars3, tvars2);
                    boolean compat =
                        rt13.tag >= CLASS && rt23.tag >= CLASS &&
                        (types.covariantReturnType(rt13, rt1, Warner.noWarnings) &&
                         types.covariantReturnType(rt23, rt2, Warner.noWarnings));
                    if (compat)
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                        if (implmeth == null || implmeth == absmeth)
                            undef = absmeth;
                    }
                }
                if (undef == null) {
                    Type st = types.supertype(c.type);
                    if (st.tag == CLASS)
                        undef = firstUndef(impl, (ClassSymbol)st.tsym);
                }
                for (List<Type> l = types.interfaces(c.type);
                     undef == null && l.nonEmpty();
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                    ClassType clazz = (ClassType)c.type;
                    if (clazz.interfaces_field != null)
                        for (List<Type> l=clazz.interfaces_field; l.nonEmpty(); l=l.tail)
                            complete &= checkNonCyclicInternal(pos, l.head);
                    if (clazz.supertype_field != null) {
                        Type st = clazz.supertype_field;
                        if (st != null && st.tag == CLASS)
                            complete &= checkNonCyclicInternal(pos, st);
                    }
                    if (c.owner.kind == TYP)
                        complete &= checkNonCyclicInternal(pos, c.owner.type);
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    /** Note that we found an inheritance cycle. */
    private void noteCyclic(DiagnosticPosition pos, ClassSymbol c) {
        log.error(pos, "cyclic.inheritance", c);
        for (List<Type> l=types.interfaces(c.type); l.nonEmpty(); l=l.tail)
            l.head = types.createErrorType((ClassSymbol)l.head.tsym, Type.noType);
        Type st = types.supertype(c.type);
        if (st.tag == CLASS)
            ((ClassType)c.type).supertype_field = types.createErrorType((ClassSymbol)st.tsym, Type.noType);
        c.type = types.createErrorType(c, c.type);
        c.flags_field |= ACYCLIC;
    }
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     *  @param pos          Position to be used for error reporting.
     *  @param c            The class whose interfaces are checked.
     */
    void checkCompatibleSupertypes(DiagnosticPosition pos, Type c) {
        List<Type> supertypes = types.interfaces(c);
        Type supertype = types.supertype(c);
        if (supertype.tag == CLASS &&
            (supertype.tsym.flags() & ABSTRACT) != 0)
            supertypes = supertypes.prepend(supertype);
        for (List<Type> l = supertypes; l.nonEmpty(); l = l.tail) {
            if (allowGenerics && !l.head.getTypeArguments().isEmpty() &&
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        void checkClassBounds(DiagnosticPosition pos,
                              Map<TypeSymbol,Type> seensofar,
                              Type type) {
            if (type.isErroneous()) return;
            for (List<Type> l = types.interfaces(type); l.nonEmpty(); l = l.tail) {
                Type it = l.head;
                Type oldit = seensofar.put(it.tsym, it);
                if (oldit != null) {
                    List<Type> oldparams = oldit.allparams();
                    List<Type> newparams = it.allparams();
                    if (!types.containsTypeEquivalent(oldparams, newparams))
                        log.error(pos, "cant.inherit.diff.arg",
                                  it.tsym, Type.toString(oldparams),
                                  Type.toString(newparams));
                }
                checkClassBounds(pos, seensofar, it);
            }
            Type st = types.supertype(type);
            if (st != null) checkClassBounds(pos, seensofar, st);
        }
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        public void visitTypeApply(JCTypeApply tree) {
            if (tree.type.tag == CLASS) {
                List<JCExpression> args = tree.arguments;
                List<Type> forms = tree.type.tsym.type.getTypeArguments();

                Type incompatibleArg = firstIncompatibleTypeArg(tree.type);
                if (incompatibleArg != null) {
                    for (JCTree arg : tree.arguments) {
                        if (arg.type == incompatibleArg) {
                            log.error(arg, "not.within.bounds", incompatibleArg, forms.head);
                        }
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            if (isOperator(name)) {
                boolean isUnaryOp = argtypes.size() == 1;
                String key = argtypes.size() == 1 ?
                    "operator.cant.be.applied" :
                    "operator.cant.be.applied.1";
                Type first = argtypes.head;
                Type second = !isUnaryOp ? argtypes.tail.head : null;
                return diags.create(dkind, log.currentSource(), pos,
                        key, name, first, second);
            }
            boolean hasLocation = false;
            if (location == null) {
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            if (isOperator(name)) {
                boolean isUnaryOp = argtypes.size() == 1;
                String key = argtypes.size() == 1 ?
                    "operator.cant.be.applied" :
                    "operator.cant.be.applied.1";
                Type first = argtypes.head;
                Type second = !isUnaryOp ? argtypes.tail.head : null;
                return diags.create(dkind, log.currentSource(), pos,
                        key, name, first, second);
            }
            else {
                Symbol ws = sym.asMemberOf(site, types);
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    void assembleClassSig(Type type) {
        ClassType ct = (ClassType)type;
        ClassSymbol c = (ClassSymbol)ct.tsym;
        enterInner(c);
        Type outer = ct.getEnclosingType();
        if (outer.allparams().nonEmpty()) {
            boolean rawOuter =
                c.owner.kind == MTH || // either a local class
                c.name == names.empty; // or anonymous
            assembleClassSig(rawOuter
                             ? types.erasure(outer)
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