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import { defineClass } from "./DefaultSliceLoader.js";
import { TypeRegistry } from "./TypeRegistry.js";
//
// Ice.Value
//
export class Value {
constructor() {
this._iceSlicedData = null;
}
ice_preMarshal() {}
ice_postUnmarshal() {}
ice_getSlicedData() {
return this._iceSlicedData;
}
_iceWrite(os) {
os.startValue(this._iceSlicedData);
writeImpl(this, os, this._iceMostDerivedType());
os.endValue();
}
_iceRead(is) {
is.startValue();
readImpl(this, is, this._iceMostDerivedType());
this._iceSlicedData = is.endValue();
}
//
// These methods are used for object parameters.
//
static write(os, v) {
os.writeValue(v);
}
static read(is) {
const v = { value: null };
is.readValue(o => {
v.value = o;
}, this);
return v;
}
}
defineClass(Value, "::Ice::Object");
TypeRegistry.declareValueType("Ice.Value", Value);
//
// Private methods
//
function writeImpl(obj, os, type) {
//
// The writeImpl method is a recursive method that goes down the
// class hierarchy to marshal each slice of the class using the
// generated _iceWriteMemberImpl method.
//
if (type === undefined || type === Value) {
return; // Don't marshal anything for Ice.Value
}
os.startSlice(
type.ice_staticId(),
Object.prototype.hasOwnProperty.call(type, "_iceCompactId") ? type._iceCompactId : -1,
Object.getPrototypeOf(type) === Value,
);
if (Object.hasOwn(type.prototype, "_iceWriteMemberImpl")) {
type.prototype._iceWriteMemberImpl.call(obj, os);
}
os.endSlice();
writeImpl(obj, os, Object.getPrototypeOf(type));
}
function readImpl(obj, is, type) {
//
// The readImpl method is a recursive method that goes down the
// class hierarchy to unmarshal each slice of the class using the
// generated _iceReadMemberImpl method.
//
if (type === undefined || type === Value) {
return; // Don't unmarshal anything for Ice.Value
}
is.startSlice();
if (Object.hasOwn(type.prototype, "_iceReadMemberImpl")) {
type.prototype._iceReadMemberImpl.call(obj, is);
}
is.endSlice();
readImpl(obj, is, Object.getPrototypeOf(type));
}
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