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// **********************************************************************
//
// Copyright (c) 2003-2017 ZeroC, Inc. All rights reserved.
//
// This copy of Ice is licensed to you under the terms described in the
// ICEthis._LICENSE file included in this distribution.
//
// **********************************************************************
(function(module, require, exports)
{
var Ice = require("ice").Ice;
var Test = require("Test").Test;
var test = function(b)
{
if(!b)
{
throw new Error("test failed");
}
};
class BI extends Test.B
{
ice_preMarshal()
{
this.preMarshalInvoked = true;
}
ice_postUnmarshal()
{
this.postUnmarshalInvoked = true;
}
}
class CI extends Test.C
{
ice_preMarshal()
{
this.preMarshalInvoked = true;
}
ice_postUnmarshal()
{
this.postUnmarshalInvoked = true;
}
}
class DI extends Test.D
{
ice_preMarshal()
{
this.preMarshalInvoked = true;
}
ice_postUnmarshal()
{
this.postUnmarshalInvoked = true;
}
}
class EI extends Test.E
{
constructor()
{
super(1, "hello");
}
checkValues()
{
return this.i == 1 && this.s == "hello";
}
}
class FI extends Test.F
{
constructor(e)
{
super(e, e);
}
checkValues()
{
return this.e1 !== null && this.e1 === this.e2;
}
}
class HI extends Test.H
{
}
class II extends Ice.InterfaceByValue
{
constructor()
{
super(Test.I.ice_staticId());
}
}
class JI extends Ice.InterfaceByValue
{
constructor()
{
super(Test.J.ice_staticId());
}
}
function MyValueFactory(type)
{
switch(type)
{
case "::Test::B":
return new BI();
case "::Test::C":
return new CI();
case "::Test::D":
return new DI();
case "::Test::E":
return new EI();
case "::Test::F":
return new FI();
case "::Test::I":
return new II();
case "::Test::J":
return new JI();
case "::Test::H":
return new HI();
case "::Test::Inner::A":
return new Test.Inner.A();
case "::Test::Inner::Sub::A":
return new Test.Inner.Sub.A();
default:
break;
}
return null;
}
class InitialI extends Test.Initial
{
constructor(communicator)
{
super();
if(communicator !== undefined)
{
communicator.getValueFactoryManager().add(MyValueFactory, "::Test::B");
communicator.getValueFactoryManager().add(MyValueFactory, "::Test::C");
communicator.getValueFactoryManager().add(MyValueFactory, "::Test::D");
communicator.getValueFactoryManager().add(MyValueFactory, "::Test::E");
communicator.getValueFactoryManager().add(MyValueFactory, "::Test::F");
communicator.getValueFactoryManager().add(MyValueFactory, "::Test::I");
communicator.getValueFactoryManager().add(MyValueFactory, "::Test::J");
communicator.getValueFactoryManager().add(MyValueFactory, "::Test::H");
communicator.getValueFactoryManager().add(MyValueFactory, "::Test::Inner::A");
communicator.getValueFactoryManager().add(MyValueFactory, "::Test::Inner::Sub::A");
}
this._b1 = new BI();
this._b2 = new BI();
this._c = new CI();
this._d = new DI();
this._e = new EI();
this._f = new FI(this._e, this._e);
this._b1.theA = this._b2; // Cyclic reference to another B
this._b1.theB = this._b1; // Self reference.
this._b1.theC = null; // Null reference.
this._b2.theA = this._b2; // Self reference, using base.
this._b2.theB = this._b1; // Cyclic reference to another B
this._b2.theC = this._c; // Cyclic reference to a C.
this._c.theB = this._b2; // Cyclic reference to a B.
this._d.theA = this._b1; // Reference to a B.
this._d.theB = this._b2; // Reference to a B.
this._d.theC = null; // Reference to a C.
}
getAll(current)
{
this._b1.preMarshalInvoked = false;
this._b2.preMarshalInvoked = false;
this._c.preMarshalInvoked = false;
this._d.preMarshalInvoked = false;
return [this._b1, this._b2, this._c, this._d];
}
getB1(current)
{
this._b1.preMarshalInvoked = false;
this._b2.preMarshalInvoked = false;
this._c.preMarshalInvoked = false;
return this._b1;
}
getB2(current)
{
this._b1.preMarshalInvoked = false;
this._b2.preMarshalInvoked = false;
this._c.preMarshalInvoked = false;
return this._b2;
}
getC(current)
{
this._b1.preMarshalInvoked = false;
this._b2.preMarshalInvoked = false;
this._c.preMarshalInvoked = false;
return this._c;
}
getD(current)
{
this._b1.preMarshalInvoked = false;
this._b2.preMarshalInvoked = false;
this._c.preMarshalInvoked = false;
this._d.preMarshalInvoked = false;
return this._d;
}
getE(current)
{
return this._e;
}
getF(current)
{
return this._f;
}
setRecursive(r, current)
{
}
supportsClassGraphDepthMax(current)
{
return false;
}
getMB(current)
{
return this._b1;
}
getAMDMB(current)
{
return Ice.Promise.resolve(this._b1);
}
getI(current)
{
return new II();
}
getJ(current)
{
return new JI();
}
getH(current)
{
return new HI();
}
getD1(d1, current)
{
return d1;
}
throwEDerived(current)
{
throw new Test.EDerived(new Test.A1("a1"), new Test.A1("a2"), new Test.A1("a3"), new Test.A1("a4"));
}
setI(theI, current)
{
}
opBaseSeq(inS, current)
{
return [inS, inS];
}
getCompact(current)
{
return new Test.CompactExt();
}
getInnerA(current)
{
return new Test.Inner.A(this._b1);
}
getInnerSubA(current)
{
return new Test.Inner.Sub.A(new Test.Inner.A(this._b1));
}
throwInnerEx(current)
{
throw new Test.Inner.Ex("Inner::Ex");
}
throwInnerSubEx(current)
{
throw new Test.Inner.Sub.Ex("Inner::Sub::Ex");
}
shutdown(current)
{
current.adapter.getCommunicator().shutdown();
}
}
exports.InitialI = InitialI;
}
(typeof(global) !== "undefined" && typeof(global.process) !== "undefined" ? module : undefined,
typeof(global) !== "undefined" && typeof(global.process) !== "undefined" ? require : this.Ice._require,
typeof(global) !== "undefined" && typeof(global.process) !== "undefined" ? exports : this));
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