Package org.perl6.nqp.io

Examples of org.perl6.nqp.io.AsyncServerSocketHandle

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            if (parents <= 1) {
                long numAttrs = attrs.elems(tc);
                for (long j = 0; j < numAttrs; j++) {
                    SixModelObject attrHash = attrs.at_pos_boxed(tc, j);
                    AttrInfo info = new AttrInfo();
                    info.name = attrHash.at_key_boxed(tc, "name").get_str(tc);
                    info.type = attrHash.at_key_boxed(tc, "type");
                    StorageSpec spec = info.type.st.REPR.get_storage_spec(tc, info.type.st);
                    info.bits = spec.bits;
                    repr_data.fieldTypes.put(info.name, info);
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     * such is probably better, but that's harder to implement. */
    public HashMap<String, SixModelObject> memberCache = new HashMap<String, SixModelObject>();

    public void bind_attribute_boxed(ThreadContext tc, SixModelObject class_handle, String name, long hint, SixModelObject value) {
        CStructREPRData data = (CStructREPRData) class_handle.st.REPRData;
        AttrInfo info = data.fieldTypes.get(name);
        /* XXX: This'll break if we try to set a callback member. OTOH, it's
         * broken on Parrot too, so it's not a NativeCall regression as
         * such... */
        storage.writeField(name, NativeCallOps.toJNAType(tc, value, info.argType, null));
        memberCache.put(name, value);
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        memberCache.put(name, value);
    }

    public void bind_attribute_native(ThreadContext tc, SixModelObject class_handle, String name, long hint) {
        CStructREPRData data = (CStructREPRData) class_handle.st.REPRData;
        AttrInfo info = data.fieldTypes.get(name);
        Object value;
        switch (info.argType) {
        case CHAR:
            tc.native_type = ThreadContext.NATIVE_INT;
            value = new Byte((byte) tc.native_i);
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            public void completed(AsynchronousSocketChannel channel, AsyncTaskInstance task) {
                listenChan.accept(task, this);
                ThreadContext curTC = tc.gc.getCurrentThreadContext();

                AsyncSocketHandle handle = new AsyncSocketHandle(curTC, channel);
                IOHandleInstance ioHandle = (IOHandleInstance) IOType.st.REPR.allocate(curTC,
                        IOType.st);
                ioHandle.handle = handle;

                SixModelObject result = Array.st.REPR.allocate(curTC, Array.st);
                result.push_boxed(curTC, task.schedulee);
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            @Override
            public void completed(Void v, AsyncTaskInstance task) {
                ThreadContext curTC = tc.gc.getCurrentThreadContext();

                IOHandleInstance ioHandle = (IOHandleInstance) IOType.st.REPR.allocate(curTC,
                        IOType.st);
                ioHandle.handle = task.handle;
                callback(curTC, task, ioHandle, Str);
            }
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            /* ...then an array of hashes per attribute... */
            SixModelObject attr_info_list = tc.gc.BOOTArray.st.REPR.allocate(tc, tc.gc.BOOTArray.st);
            type_info.push_boxed(tc, attr_info_list);
            List<SixModelObject> attributes = ((KnowHOWREPRInstance)self).attributes;
            for (int i = 0; i < attributes.size(); i++) {
                KnowHOWAttributeInstance attribute = (KnowHOWAttributeInstance)attributes.get(i);
                SixModelObject attr_info = tc.gc.BOOTHash.st.REPR.allocate(tc, tc.gc.BOOTHash.st);
                SixModelObject name_obj = tc.gc.BOOTStr.st.REPR.allocate(tc, tc.gc.BOOTStr.st);
                name_obj.set_str(tc, attribute.name);
                attr_info.bind_key_boxed(tc, "name", name_obj);
                attr_info.bind_key_boxed(tc, "type", attribute.type);
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            SixModelObject type_arg = Ops.namedparam_opt_o(cf, csd, args, "type");
            long bt_arg = Ops.namedparam_opt_i(cf, csd, args, "box_target");
   
            /* Allocate attribute object. */
            REPR repr = REPRRegistry.getByName("KnowHOWAttribute");
            KnowHOWAttributeInstance obj = (KnowHOWAttributeInstance)repr.allocate(tc, self.st);
           
            /* Populate it. */
            obj.name = name_arg;
            obj.type = type_arg != null ? type_arg : tc.gc.KnowHOW;
            obj.box_target = bt_arg == 0 ? 0 : 1;
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        /* We create a KnowHOW instance that can describe itself. This means
         * (once we tie the knot) that .HOW.HOW.HOW.HOW etc will always return
         * that, which closes the model up. */
        STable st = new STable(REPR, null);
        st.WHAT = knowhow;
        KnowHOWREPRInstance knowhow_how = (KnowHOWREPRInstance)REPR.allocate(tc, st);
        st.HOW = knowhow_how;
        knowhow_how.st = st;
       
        /* Add various methods to the KnowHOW's HOW. */
        knowhow_how.methods.put("new_type", knowhowUnit.lookupCodeRef("new_type"));
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    }

    private static void bootstrapKnowHOWAttribute(ThreadContext tc, CompilationUnit knowhowUnit) {       
        /* Create meta-object. */
        SixModelObject knowhow_how = tc.gc.KnowHOW.st.HOW;
        KnowHOWREPRInstance meta_obj = (KnowHOWREPRInstance)knowhow_how.st.REPR.allocate(tc, knowhow_how.st);
       
        /* Add methods. */
        meta_obj.methods.put("new", knowhowUnit.lookupCodeRef("attr_new"));
        meta_obj.methods.put("compose", knowhowUnit.lookupCodeRef("attr_compose"));
        meta_obj.methods.put("name", knowhowUnit.lookupCodeRef("attr_name"));
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        tc.gc.KnowHOWAttribute = type_obj;
    }
   
    private static SixModelObject bootType(ThreadContext tc, String typeName, String reprName) {
        SixModelObject knowhow_how = tc.gc.KnowHOW.st.HOW;
        KnowHOWREPRInstance meta_obj = (KnowHOWREPRInstance)knowhow_how.st.REPR.allocate(tc, knowhow_how.st);
        meta_obj.name = typeName;
        REPR repr = REPRRegistry.getByName(reprName);
        SixModelObject type_obj = repr.type_object_for(tc, meta_obj);
        type_obj.st.MethodCache = meta_obj.methods;
        type_obj.st.ModeFlags = STable.METHOD_CACHE_AUTHORITATIVE;
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