public static void allTests(TestHelper helper)
{
var communicator = helper.communicator();
{
var obj = IObjectPrx.Parse($"i1:{helper.getTestEndpoint()}", communicator);
var i = Test.IPrx.CheckedCast(obj);
var s1 = new Test.S(0);
Test.S s2;
var s3 = i.opS(s1, out s2);
test(s2.Equals(s1));
test(s3.Equals(s1));
var sseq1 = new Test.S[] { s1 };
Test.S[] sseq2;
var sseq3 = i.opSSeq(sseq1, out sseq2);
test(sseq2[0].Equals(s1));
test(sseq3[0].Equals(s1));
Dictionary <String, Test.S> smap1 = new Dictionary <string, Test.S>();
smap1["a"] = s1;
Dictionary <String, Test.S> smap2;
Dictionary <String, Test.S> smap3 = i.opSMap(smap1, out smap2);
test(smap2["a"].Equals(s1));
test(smap3["a"].Equals(s1));
var c1 = new Test.C(s1);
Test.C c2;
var c3 = i.opC(c1, out c2);
test(c2.s.Equals(c1.s));
test(c3.s.Equals(c1.s));
var cseq1 = new Test.C[] { c1 };
Test.C[] cseq2;
var cseq3 = i.opCSeq(cseq1, out cseq2);
test(cseq2[0].s.Equals(s1));
test(cseq3[0].s.Equals(s1));
var cmap1 = new Dictionary <String, Test.C>();
cmap1["a"] = c1;
Dictionary <String, Test.C> cmap2;
var cmap3 = i.opCMap(cmap1, out cmap2);
test(cmap2["a"].s.Equals(s1));
test(cmap3["a"].s.Equals(s1));
var e = i.opE1(Test.E1.v1);
test(e == Test.E1.v1);
var s = i.opS1(new Test.S1("S1"));
test(s.s == "S1");
var c = i.opC1(new Test.C1("C1"));
test(c.s == "C1");
}
{
var obj = IObjectPrx.Parse($"i1:{helper.getTestEndpoint()}", communicator);
var i = Test.IPrx.CheckedCast(obj);
Task.Run(async() =>
{
var s1 = new Test.S(0);
var opSResult = await i.opSAsync(s1);
test(s1.Equals(opSResult.returnValue));
test(s1.Equals(opSResult.s2));
var sseq1 = new Test.S[] { s1 };
var opSSeqResult = await i.opSSeqAsync(sseq1);
test(opSSeqResult.returnValue[0].Equals(s1));
test(opSSeqResult.s2[0].Equals(s1));
var smap1 = new Dictionary <String, Test.S>();
smap1["a"] = s1;
var opSMapResult = await i.opSMapAsync(smap1);
test(opSMapResult.returnValue["a"].Equals(s1));
test(opSMapResult.s2["a"].Equals(s1));
var c1 = new Test.C(s1);
var opCResult = await i.opCAsync(c1);
test(c1.s.Equals(opCResult.returnValue.s));
test(c1.s.Equals(opCResult.c2.s));
var cseq1 = new Test.C[] { c1 };
var opCSeqResult = await i.opCSeqAsync(cseq1);
test(opCSeqResult.returnValue[0].s.Equals(s1));
test(opCSeqResult.c2[0].s.Equals(s1));
var cmap1 = new Dictionary <String, Test.C>();
cmap1["a"] = c1;
var opCMapResult = await i.opCMapAsync(cmap1);
test(opCMapResult.returnValue["a"].s.Equals(s1));
test(opCMapResult.c2["a"].s.Equals(s1));
var e = await i.opE1Async(Test.E1.v1);
test(e == Test.E1.v1);
var s = await i.opS1Async(new Test.S1("S1"));
test(s.s == "S1");
var c = await i.opC1Async(new Test.C1("C1"));
test(c.s == "C1");
}).Wait();
}
{
var obj = IObjectPrx.Parse($"i2:{helper.getTestEndpoint()}", communicator);
Test.Inner.IPrx i = Test.Inner.IPrx.CheckedCast(obj);
Test.Inner.Inner2.S s1 = new Test.Inner.Inner2.S(0);
Test.Inner.Inner2.S s2;
Test.Inner.Inner2.S s3 = i.opS(s1, out s2);
test(s2.Equals(s1));
test(s3.Equals(s1));
Test.Inner.Inner2.S[] sseq1 = new Test.Inner.Inner2.S[] { s1 };
Test.Inner.Inner2.S[] sseq2;
Test.Inner.Inner2.S[] sseq3 = i.opSSeq(sseq1, out sseq2);
test(sseq2[0].Equals(s1));
test(sseq3[0].Equals(s1));
Dictionary <String, Test.Inner.Inner2.S> smap1 = new Dictionary <String, Test.Inner.Inner2.S>();
smap1["a"] = s1;
Dictionary <String, Test.Inner.Inner2.S> smap2;
Dictionary <String, Test.Inner.Inner2.S> smap3 = i.opSMap(smap1, out smap2);
test(smap2["a"].Equals(s1));
test(smap3["a"].Equals(s1));
Test.Inner.Inner2.C c1 = new Test.Inner.Inner2.C(s1);
Test.Inner.Inner2.C c2;
Test.Inner.Inner2.C c3 = i.opC(c1, out c2);
test(c2.s.Equals(c1.s));
test(c3.s.Equals(c1.s));
Test.Inner.Inner2.C[] cseq1 = new Test.Inner.Inner2.C[] { c1 };
Test.Inner.Inner2.C[] cseq2;
Test.Inner.Inner2.C[] cseq3 = i.opCSeq(cseq1, out cseq2);
test(cseq2[0].s.Equals(s1));
test(cseq3[0].s.Equals(s1));
Dictionary <String, Test.Inner.Inner2.C> cmap1 = new Dictionary <String, Test.Inner.Inner2.C>();
cmap1["a"] = c1;
Dictionary <String, Test.Inner.Inner2.C> cmap2;
Dictionary <String, Test.Inner.Inner2.C> cmap3 = i.opCMap(cmap1, out cmap2);
test(cmap2["a"].s.Equals(s1));
test(cmap3["a"].s.Equals(s1));
}
{
var obj = IObjectPrx.Parse($"i2:{helper.getTestEndpoint()}", communicator);
Test.Inner.IPrx i = Test.Inner.IPrx.CheckedCast(obj);
Task.Run(async() =>
{
Test.Inner.Inner2.S s1 = new Test.Inner.Inner2.S(0);
Test.Inner.I_OpSResult opSResult = await i.opSAsync(s1);
test(s1.Equals(opSResult.returnValue));
test(s1.Equals(opSResult.s2));
Test.Inner.Inner2.S[] sseq1 = new Test.Inner.Inner2.S[] { s1 };
Test.Inner.I_OpSSeqResult opSSeqResult = await i.opSSeqAsync(sseq1);
test(opSSeqResult.returnValue[0].Equals(s1));
test(opSSeqResult.s2[0].Equals(s1));
Dictionary <String, Test.Inner.Inner2.S> smap1 = new Dictionary <String, Test.Inner.Inner2.S>();
smap1["a"] = s1;
Test.Inner.I_OpSMapResult opSMapResult = await i.opSMapAsync(smap1);
test(opSMapResult.returnValue["a"].Equals(s1));
test(opSMapResult.s2["a"].Equals(s1));
Test.Inner.Inner2.C c1 = new Test.Inner.Inner2.C(s1);
Test.Inner.I_OpCResult opCResult = await i.opCAsync(c1);
test(c1.s.Equals(opCResult.returnValue.s));
test(c1.s.Equals(opCResult.c2.s));
Test.Inner.Inner2.C[] cseq1 = new Test.Inner.Inner2.C[] { c1 };
Test.Inner.I_OpCSeqResult opCSeqResult = await i.opCSeqAsync(cseq1);
test(opCSeqResult.returnValue[0].s.Equals(s1));
test(opCSeqResult.c2[0].s.Equals(s1));
Dictionary <String, Test.Inner.Inner2.C> cmap1 = new Dictionary <String, Test.Inner.Inner2.C>();
cmap1["a"] = c1;
Test.Inner.I_OpCMapResult opCMapResult = await i.opCMapAsync(cmap1);
test(opCMapResult.returnValue["a"].s.Equals(s1));
test(opCMapResult.c2["a"].s.Equals(s1));
}).Wait();
}
{
var obj = IObjectPrx.Parse($"i3:{helper.getTestEndpoint()}", communicator);
Test.Inner.Inner2.IPrx i = Test.Inner.Inner2.IPrx.CheckedCast(obj);
Test.Inner.Inner2.S s1 = new Test.Inner.Inner2.S(0);
Test.Inner.Inner2.S s2;
Test.Inner.Inner2.S s3 = i.opS(s1, out s2);
test(s2.Equals(s1));
test(s3.Equals(s1));
Test.Inner.Inner2.S[] sseq1 = new Test.Inner.Inner2.S[] { s1 };
Test.Inner.Inner2.S[] sseq2;
Test.Inner.Inner2.S[] sseq3 = i.opSSeq(sseq1, out sseq2);
test(sseq2[0].Equals(s1));
test(sseq3[0].Equals(s1));
Dictionary <String, Test.Inner.Inner2.S> smap1 = new Dictionary <String, Test.Inner.Inner2.S>();
smap1["a"] = s1;
Dictionary <String, Test.Inner.Inner2.S> smap2;
Dictionary <String, Test.Inner.Inner2.S> smap3 = i.opSMap(smap1, out smap2);
test(smap2["a"].Equals(s1));
test(smap3["a"].Equals(s1));
Test.Inner.Inner2.C c1 = new Test.Inner.Inner2.C(s1);
Test.Inner.Inner2.C c2;
Test.Inner.Inner2.C c3 = i.opC(c1, out c2);
test(c2.s.Equals(c1.s));
test(c3.s.Equals(c1.s));
Test.Inner.Inner2.C[] cseq1 = new Test.Inner.Inner2.C[] { c1 };
Test.Inner.Inner2.C[] cseq2;
Test.Inner.Inner2.C[] cseq3 = i.opCSeq(cseq1, out cseq2);
test(cseq2[0].s.Equals(s1));
test(cseq3[0].s.Equals(s1));
Dictionary <String, Test.Inner.Inner2.C> cmap1 = new Dictionary <String, Test.Inner.Inner2.C>();
cmap1["a"] = c1;
Dictionary <String, Test.Inner.Inner2.C> cmap2;
Dictionary <String, Test.Inner.Inner2.C> cmap3 = i.opCMap(cmap1, out cmap2);
test(cmap2["a"].s.Equals(s1));
test(cmap3["a"].s.Equals(s1));
}
{
var obj = IObjectPrx.Parse($"i3:{helper.getTestEndpoint()}", communicator);
Test.Inner.Inner2.IPrx i = Test.Inner.Inner2.IPrx.CheckedCast(obj);
Task.Run(async() =>
{
Test.Inner.Inner2.S s1 = new Test.Inner.Inner2.S(0);
Test.Inner.Inner2.I_OpSResult opSResult = await i.opSAsync(s1);
test(s1.Equals(opSResult.returnValue));
test(s1.Equals(opSResult.s2));
Test.Inner.Inner2.S[] sseq1 = new Test.Inner.Inner2.S[] { s1 };
Test.Inner.Inner2.I_OpSSeqResult opSSeqResult = await i.opSSeqAsync(sseq1);
test(opSSeqResult.returnValue[0].Equals(s1));
test(opSSeqResult.s2[0].Equals(s1));
Dictionary <String, Test.Inner.Inner2.S> smap1 = new Dictionary <String, Test.Inner.Inner2.S>();
smap1["a"] = s1;
Test.Inner.Inner2.I_OpSMapResult opSMapResult = await i.opSMapAsync(smap1);
test(opSMapResult.returnValue["a"].Equals(s1));
test(opSMapResult.s2["a"].Equals(s1));
Test.Inner.Inner2.C c1 = new Test.Inner.Inner2.C(s1);
Test.Inner.Inner2.I_OpCResult opCResult = await i.opCAsync(c1);
test(c1.s.Equals(opCResult.returnValue.s));
test(c1.s.Equals(opCResult.c2.s));
Test.Inner.Inner2.C[] cseq1 = new Test.Inner.Inner2.C[] { c1 };
Test.Inner.Inner2.I_OpCSeqResult opCSeqResult = await i.opCSeqAsync(cseq1);
test(opCSeqResult.returnValue[0].s.Equals(s1));
test(opCSeqResult.c2[0].s.Equals(s1));
Dictionary <String, Test.Inner.Inner2.C> cmap1 = new Dictionary <String, Test.Inner.Inner2.C>();
cmap1["a"] = c1;
Test.Inner.Inner2.I_OpCMapResult opCMapResult = await i.opCMapAsync(cmap1);
test(opCMapResult.returnValue["a"].s.Equals(s1));
test(opCMapResult.c2["a"].s.Equals(s1));
}).Wait();
}
{
var obj = IObjectPrx.Parse($"i4:{helper.getTestEndpoint()}", communicator);
Inner.Test.Inner2.IPrx i = Inner.Test.Inner2.IPrx.CheckedCast(obj);
Test.S s1 = new Test.S(0);
Test.S s2;
Test.S s3 = i.opS(s1, out s2);
test(s2.Equals(s1));
test(s3.Equals(s1));
Test.S[] sseq1 = new Test.S[] { s1 };
Test.S[] sseq2;
Test.S[] sseq3 = i.opSSeq(sseq1, out sseq2);
test(sseq2[0].Equals(s1));
test(sseq3[0].Equals(s1));
Dictionary <String, Test.S> smap1 = new Dictionary <String, Test.S>();
smap1["a"] = s1;
Dictionary <String, Test.S> smap2;
Dictionary <String, Test.S> smap3 = i.opSMap(smap1, out smap2);
test(smap2["a"].Equals(s1));
test(smap3["a"].Equals(s1));
Test.C c1 = new Test.C(s1);
Test.C c2;
Test.C c3 = i.opC(c1, out c2);
test(c2.s.Equals(c1.s));
test(c3.s.Equals(c1.s));
Test.C[] cseq1 = new Test.C[] { c1 };
Test.C[] cseq2;
Test.C[] cseq3 = i.opCSeq(cseq1, out cseq2);
test(cseq2[0].s.Equals(s1));
test(cseq3[0].s.Equals(s1));
Dictionary <String, Test.C> cmap1 = new Dictionary <String, Test.C>();
cmap1["a"] = c1;
Dictionary <String, Test.C> cmap2;
Dictionary <String, Test.C> cmap3 = i.opCMap(cmap1, out cmap2);
test(cmap2["a"].s.Equals(s1));
test(cmap3["a"].s.Equals(s1));
}
{
var obj = IObjectPrx.Parse($"i4:{helper.getTestEndpoint()}", communicator);
Inner.Test.Inner2.IPrx i = Inner.Test.Inner2.IPrx.CheckedCast(obj);
Task.Run(async() =>
{
Test.S s1 = new Test.S(0);
Inner.Test.Inner2.I_OpSResult opSResult = await i.opSAsync(s1);
test(s1.Equals(opSResult.returnValue));
test(s1.Equals(opSResult.s2));
Test.S[] sseq1 = new Test.S[] { s1 };
Inner.Test.Inner2.I_OpSSeqResult opSSeqResult = await i.opSSeqAsync(sseq1);
test(opSSeqResult.returnValue[0].Equals(s1));
test(opSSeqResult.s2[0].Equals(s1));
Dictionary <String, Test.S> smap1 = new Dictionary <String, Test.S>();
smap1["a"] = s1;
Inner.Test.Inner2.I_OpSMapResult opSMapResult = await i.opSMapAsync(smap1);
test(opSMapResult.returnValue["a"].Equals(s1));
test(opSMapResult.s2["a"].Equals(s1));
Test.C c1 = new Test.C(s1);
Inner.Test.Inner2.I_OpCResult opCResult = await i.opCAsync(c1);
test(c1.s.Equals(opCResult.returnValue.s));
test(c1.s.Equals(opCResult.c2.s));
Test.C[] cseq1 = new Test.C[] { c1 };
Inner.Test.Inner2.I_OpCSeqResult opCSeqResult = await i.opCSeqAsync(cseq1);
test(opCSeqResult.returnValue[0].s.Equals(s1));
test(opCSeqResult.c2[0].s.Equals(s1));
Dictionary <String, Test.C> cmap1 = new Dictionary <String, Test.C>();
cmap1["a"] = c1;
Inner.Test.Inner2.I_OpCMapResult opCMapResult = await i.opCMapAsync(cmap1);
test(opCMapResult.returnValue["a"].s.Equals(s1));
test(opCMapResult.c2["a"].s.Equals(s1));
}).Wait();
}
{
Test.IPrx.Parse($"i1:{helper.getTestEndpoint()}", communicator).shutdown();
}
}
public static void allTests(TestHelper helper)
{
var communicator = helper.communicator();
{
var obj = communicator.stringToProxy("i1:" + helper.getTestEndpoint());
var i = Test.IPrxHelper.checkedCast(obj);
var s1 = new Test.S(0);
Test.S s2;
var s3 = i.opS(s1, out s2);
test(s2.Equals(s1));
test(s3.Equals(s1));
var sseq1 = new Test.S[] { s1 };
Test.S[] sseq2;
var sseq3 = i.opSSeq(sseq1, out sseq2);
test(sseq2[0].Equals(s1));
test(sseq3[0].Equals(s1));
Dictionary <String, Test.S> smap1 = new Dictionary <string, Test.S>();
smap1["a"] = s1;
Dictionary <String, Test.S> smap2;
Dictionary <String, Test.S> smap3 = i.opSMap(smap1, out smap2);
test(smap2["a"].Equals(s1));
test(smap3["a"].Equals(s1));
var c1 = new Test.C(s1);
Test.C c2;
var c3 = i.opC(c1, out c2);
test(c2.s.Equals(c1.s));
test(c3.s.Equals(c1.s));
var cseq1 = new Test.C[] { c1 };
Test.C[] cseq2;
var cseq3 = i.opCSeq(cseq1, out cseq2);
test(cseq2[0].s.Equals(s1));
test(cseq3[0].s.Equals(s1));
var cmap1 = new Dictionary <String, Test.C>();
cmap1["a"] = c1;
Dictionary <String, Test.C> cmap2;
var cmap3 = i.opCMap(cmap1, out cmap2);
test(cmap2["a"].s.Equals(s1));
test(cmap3["a"].s.Equals(s1));
}
{
var obj = communicator.stringToProxy("i1:" + helper.getTestEndpoint());
var i = Test.IPrxHelper.checkedCast(obj);
Task.Run(async() =>
{
var s1 = new Test.S(0);
var opSResult = await i.opSAsync(s1);
test(s1.Equals(opSResult.returnValue));
test(s1.Equals(opSResult.s2));
var sseq1 = new Test.S[] { s1 };
var opSSeqResult = await i.opSSeqAsync(sseq1);
test(opSSeqResult.returnValue[0].Equals(s1));
test(opSSeqResult.s2[0].Equals(s1));
var smap1 = new Dictionary <String, Test.S>();
smap1["a"] = s1;
var opSMapResult = await i.opSMapAsync(smap1);
test(opSMapResult.returnValue["a"].Equals(s1));
test(opSMapResult.s2["a"].Equals(s1));
var c1 = new Test.C(s1);
var opCResult = await i.opCAsync(c1);
test(c1.s.Equals(opCResult.returnValue.s));
test(c1.s.Equals(opCResult.c2.s));
var cseq1 = new Test.C[] { c1 };
var opCSeqResult = await i.opCSeqAsync(cseq1);
test(opCSeqResult.returnValue[0].s.Equals(s1));
test(opCSeqResult.c2[0].s.Equals(s1));
var cmap1 = new Dictionary <String, Test.C>();
cmap1["a"] = c1;
var opCMapResult = await i.opCMapAsync(cmap1);
test(opCMapResult.returnValue["a"].s.Equals(s1));
test(opCMapResult.c2["a"].s.Equals(s1));
}).Wait();
}
{
var obj = communicator.stringToProxy("i2:" + helper.getTestEndpoint());
Test.Inner.IPrx i = Test.Inner.IPrxHelper.checkedCast(obj);
Test.Inner.Inner2.S s1 = new Test.Inner.Inner2.S(0);
Test.Inner.Inner2.S s2;
Test.Inner.Inner2.S s3 = i.opS(s1, out s2);
test(s2.Equals(s1));
test(s3.Equals(s1));
Test.Inner.Inner2.S[] sseq1 = new Test.Inner.Inner2.S[] { s1 };
Test.Inner.Inner2.S[] sseq2;
Test.Inner.Inner2.S[] sseq3 = i.opSSeq(sseq1, out sseq2);
test(sseq2[0].Equals(s1));
test(sseq3[0].Equals(s1));
Dictionary <String, Test.Inner.Inner2.S> smap1 = new Dictionary <String, Test.Inner.Inner2.S>();
smap1["a"] = s1;
Dictionary <String, Test.Inner.Inner2.S> smap2;
Dictionary <String, Test.Inner.Inner2.S> smap3 = i.opSMap(smap1, out smap2);
test(smap2["a"].Equals(s1));
test(smap3["a"].Equals(s1));
Test.Inner.Inner2.C c1 = new Test.Inner.Inner2.C(s1);
Test.Inner.Inner2.C c2;
Test.Inner.Inner2.C c3 = i.opC(c1, out c2);
test(c2.s.Equals(c1.s));
test(c3.s.Equals(c1.s));
Test.Inner.Inner2.C[] cseq1 = new Test.Inner.Inner2.C[] { c1 };
Test.Inner.Inner2.C[] cseq2;
Test.Inner.Inner2.C[] cseq3 = i.opCSeq(cseq1, out cseq2);
test(cseq2[0].s.Equals(s1));
test(cseq3[0].s.Equals(s1));
Dictionary <String, Test.Inner.Inner2.C> cmap1 = new Dictionary <String, Test.Inner.Inner2.C>();
cmap1["a"] = c1;
Dictionary <String, Test.Inner.Inner2.C> cmap2;
Dictionary <String, Test.Inner.Inner2.C> cmap3 = i.opCMap(cmap1, out cmap2);
test(cmap2["a"].s.Equals(s1));
test(cmap3["a"].s.Equals(s1));
}
{
var obj = communicator.stringToProxy("i2:" + helper.getTestEndpoint());
Test.Inner.IPrx i = Test.Inner.IPrxHelper.checkedCast(obj);
Task.Run(async() =>
{
Test.Inner.Inner2.S s1 = new Test.Inner.Inner2.S(0);
Test.Inner.I_OpSResult opSResult = await i.opSAsync(s1);
test(s1.Equals(opSResult.returnValue));
test(s1.Equals(opSResult.s2));
Test.Inner.Inner2.S[] sseq1 = new Test.Inner.Inner2.S[] { s1 };
Test.Inner.I_OpSSeqResult opSSeqResult = await i.opSSeqAsync(sseq1);
test(opSSeqResult.returnValue[0].Equals(s1));
test(opSSeqResult.s2[0].Equals(s1));
Dictionary <String, Test.Inner.Inner2.S> smap1 = new Dictionary <String, Test.Inner.Inner2.S>();
smap1["a"] = s1;
Test.Inner.I_OpSMapResult opSMapResult = await i.opSMapAsync(smap1);
test(opSMapResult.returnValue["a"].Equals(s1));
test(opSMapResult.s2["a"].Equals(s1));
Test.Inner.Inner2.C c1 = new Test.Inner.Inner2.C(s1);
Test.Inner.I_OpCResult opCResult = await i.opCAsync(c1);
test(c1.s.Equals(opCResult.returnValue.s));
test(c1.s.Equals(opCResult.c2.s));
Test.Inner.Inner2.C[] cseq1 = new Test.Inner.Inner2.C[] { c1 };
Test.Inner.I_OpCSeqResult opCSeqResult = await i.opCSeqAsync(cseq1);
test(opCSeqResult.returnValue[0].s.Equals(s1));
test(opCSeqResult.c2[0].s.Equals(s1));
Dictionary <String, Test.Inner.Inner2.C> cmap1 = new Dictionary <String, Test.Inner.Inner2.C>();
cmap1["a"] = c1;
Test.Inner.I_OpCMapResult opCMapResult = await i.opCMapAsync(cmap1);
test(opCMapResult.returnValue["a"].s.Equals(s1));
test(opCMapResult.c2["a"].s.Equals(s1));
}).Wait();
}
{
var obj = communicator.stringToProxy("i3:" + helper.getTestEndpoint());
Test.Inner.Inner2.IPrx i = Test.Inner.Inner2.IPrxHelper.checkedCast(obj);
Test.Inner.Inner2.S s1 = new Test.Inner.Inner2.S(0);
Test.Inner.Inner2.S s2;
Test.Inner.Inner2.S s3 = i.opS(s1, out s2);
test(s2.Equals(s1));
test(s3.Equals(s1));
Test.Inner.Inner2.S[] sseq1 = new Test.Inner.Inner2.S[] { s1 };
Test.Inner.Inner2.S[] sseq2;
Test.Inner.Inner2.S[] sseq3 = i.opSSeq(sseq1, out sseq2);
test(sseq2[0].Equals(s1));
test(sseq3[0].Equals(s1));
Dictionary <String, Test.Inner.Inner2.S> smap1 = new Dictionary <String, Test.Inner.Inner2.S>();
smap1["a"] = s1;
Dictionary <String, Test.Inner.Inner2.S> smap2;
Dictionary <String, Test.Inner.Inner2.S> smap3 = i.opSMap(smap1, out smap2);
test(smap2["a"].Equals(s1));
test(smap3["a"].Equals(s1));
Test.Inner.Inner2.C c1 = new Test.Inner.Inner2.C(s1);
Test.Inner.Inner2.C c2;
Test.Inner.Inner2.C c3 = i.opC(c1, out c2);
test(c2.s.Equals(c1.s));
test(c3.s.Equals(c1.s));
Test.Inner.Inner2.C[] cseq1 = new Test.Inner.Inner2.C[] { c1 };
Test.Inner.Inner2.C[] cseq2;
Test.Inner.Inner2.C[] cseq3 = i.opCSeq(cseq1, out cseq2);
test(cseq2[0].s.Equals(s1));
test(cseq3[0].s.Equals(s1));
Dictionary <String, Test.Inner.Inner2.C> cmap1 = new Dictionary <String, Test.Inner.Inner2.C>();
cmap1["a"] = c1;
Dictionary <String, Test.Inner.Inner2.C> cmap2;
Dictionary <String, Test.Inner.Inner2.C> cmap3 = i.opCMap(cmap1, out cmap2);
test(cmap2["a"].s.Equals(s1));
test(cmap3["a"].s.Equals(s1));
}
{
var obj = communicator.stringToProxy("i3:" + helper.getTestEndpoint());
Test.Inner.Inner2.IPrx i = Test.Inner.Inner2.IPrxHelper.checkedCast(obj);
Task.Run(async() =>
{
Test.Inner.Inner2.S s1 = new Test.Inner.Inner2.S(0);
Test.Inner.Inner2.I_OpSResult opSResult = await i.opSAsync(s1);
test(s1.Equals(opSResult.returnValue));
test(s1.Equals(opSResult.s2));
Test.Inner.Inner2.S[] sseq1 = new Test.Inner.Inner2.S[] { s1 };
Test.Inner.Inner2.I_OpSSeqResult opSSeqResult = await i.opSSeqAsync(sseq1);
test(opSSeqResult.returnValue[0].Equals(s1));
test(opSSeqResult.s2[0].Equals(s1));
Dictionary <String, Test.Inner.Inner2.S> smap1 = new Dictionary <String, Test.Inner.Inner2.S>();
smap1["a"] = s1;
Test.Inner.Inner2.I_OpSMapResult opSMapResult = await i.opSMapAsync(smap1);
test(opSMapResult.returnValue["a"].Equals(s1));
test(opSMapResult.s2["a"].Equals(s1));
Test.Inner.Inner2.C c1 = new Test.Inner.Inner2.C(s1);
Test.Inner.Inner2.I_OpCResult opCResult = await i.opCAsync(c1);
test(c1.s.Equals(opCResult.returnValue.s));
test(c1.s.Equals(opCResult.c2.s));
Test.Inner.Inner2.C[] cseq1 = new Test.Inner.Inner2.C[] { c1 };
Test.Inner.Inner2.I_OpCSeqResult opCSeqResult = await i.opCSeqAsync(cseq1);
test(opCSeqResult.returnValue[0].s.Equals(s1));
test(opCSeqResult.c2[0].s.Equals(s1));
Dictionary <String, Test.Inner.Inner2.C> cmap1 = new Dictionary <String, Test.Inner.Inner2.C>();
cmap1["a"] = c1;
Test.Inner.Inner2.I_OpCMapResult opCMapResult = await i.opCMapAsync(cmap1);
test(opCMapResult.returnValue["a"].s.Equals(s1));
test(opCMapResult.c2["a"].s.Equals(s1));
}).Wait();
}
{
var obj = communicator.stringToProxy("i4:" + helper.getTestEndpoint());
Inner.Test.Inner2.IPrx i = Inner.Test.Inner2.IPrxHelper.checkedCast(obj);
Test.S s1 = new Test.S(0);
Test.S s2;
Test.S s3 = i.opS(s1, out s2);
test(s2.Equals(s1));
test(s3.Equals(s1));
Test.S[] sseq1 = new Test.S[] { s1 };
Test.S[] sseq2;
Test.S[] sseq3 = i.opSSeq(sseq1, out sseq2);
test(sseq2[0].Equals(s1));
test(sseq3[0].Equals(s1));
Dictionary <String, Test.S> smap1 = new Dictionary <String, Test.S>();
smap1["a"] = s1;
Dictionary <String, Test.S> smap2;
Dictionary <String, Test.S> smap3 = i.opSMap(smap1, out smap2);
test(smap2["a"].Equals(s1));
test(smap3["a"].Equals(s1));
Test.C c1 = new Test.C(s1);
Test.C c2;
Test.C c3 = i.opC(c1, out c2);
test(c2.s.Equals(c1.s));
test(c3.s.Equals(c1.s));
Test.C[] cseq1 = new Test.C[] { c1 };
Test.C[] cseq2;
Test.C[] cseq3 = i.opCSeq(cseq1, out cseq2);
test(cseq2[0].s.Equals(s1));
test(cseq3[0].s.Equals(s1));
Dictionary <String, Test.C> cmap1 = new Dictionary <String, Test.C>();
cmap1["a"] = c1;
Dictionary <String, Test.C> cmap2;
Dictionary <String, Test.C> cmap3 = i.opCMap(cmap1, out cmap2);
test(cmap2["a"].s.Equals(s1));
test(cmap3["a"].s.Equals(s1));
}
{
var obj = communicator.stringToProxy("i4:" + helper.getTestEndpoint());
Inner.Test.Inner2.IPrx i = Inner.Test.Inner2.IPrxHelper.checkedCast(obj);
Task.Run(async() =>
{
Test.S s1 = new Test.S(0);
Inner.Test.Inner2.I_OpSResult opSResult = await i.opSAsync(s1);
test(s1.Equals(opSResult.returnValue));
test(s1.Equals(opSResult.s2));
Test.S[] sseq1 = new Test.S[] { s1 };
Inner.Test.Inner2.I_OpSSeqResult opSSeqResult = await i.opSSeqAsync(sseq1);
test(opSSeqResult.returnValue[0].Equals(s1));
test(opSSeqResult.s2[0].Equals(s1));
Dictionary <String, Test.S> smap1 = new Dictionary <String, Test.S>();
smap1["a"] = s1;
Inner.Test.Inner2.I_OpSMapResult opSMapResult = await i.opSMapAsync(smap1);
test(opSMapResult.returnValue["a"].Equals(s1));
test(opSMapResult.s2["a"].Equals(s1));
Test.C c1 = new Test.C(s1);
Inner.Test.Inner2.I_OpCResult opCResult = await i.opCAsync(c1);
test(c1.s.Equals(opCResult.returnValue.s));
test(c1.s.Equals(opCResult.c2.s));
Test.C[] cseq1 = new Test.C[] { c1 };
Inner.Test.Inner2.I_OpCSeqResult opCSeqResult = await i.opCSeqAsync(cseq1);
test(opCSeqResult.returnValue[0].s.Equals(s1));
test(opCSeqResult.c2[0].s.Equals(s1));
Dictionary <String, Test.C> cmap1 = new Dictionary <String, Test.C>();
cmap1["a"] = c1;
Inner.Test.Inner2.I_OpCMapResult opCMapResult = await i.opCMapAsync(cmap1);
test(opCMapResult.returnValue["a"].s.Equals(s1));
test(opCMapResult.c2["a"].s.Equals(s1));
}).Wait();
}
{
var obj = communicator.stringToProxy("i1:" + helper.getTestEndpoint());
var i = Test.IPrxHelper.checkedCast(obj);
i.shutdown();
}
}