// // Copyright (c) ZeroC, Inc. All rights reserved. // using System.Threading.Tasks; namespace Ice { namespace servantLocator { namespace AMD { public sealed class TestI : Test.TestIntfDisp_ { public override Task requestFailedExceptionAsync(Ice.Current current) { return null; } public override Task unknownUserExceptionAsync(Ice.Current current) { return null; } public override Task unknownLocalExceptionAsync(Ice.Current current) { return null; } public override Task unknownExceptionAsync(Ice.Current current) { return null; } public override Task localExceptionAsync(Ice.Current current) { return null; } public override Task userExceptionAsync(Ice.Current current) { return null; } public override Task csExceptionAsync(Ice.Current current) { return null; } public override Task unknownExceptionWithServantExceptionAsync(Ice.Current current) { throw new Ice.ObjectNotExistException(); } public override Task impossibleExceptionAsync(bool @throw, Ice.Current current) { if(@throw) { throw new Test.TestImpossibleException(); } else { // // Return a value so we can be sure that the stream position // is reset correctly iuf finished throws. // return Task.FromResult("Hello"); } } public override Task intfUserExceptionAsync(bool @throw, Ice.Current current) { if(@throw) { throw new Test.TestIntfUserException(); } else { // // Return a value so we can be sure that the stream position // is reset correctly iuf finished throws. // return Task.FromResult("Hello"); } } public override Task asyncResponseAsync(Ice.Current current) { return null; throw new Ice.ObjectNotExistException(); } public override Task asyncExceptionAsync(Ice.Current current) { throw new Test.TestIntfUserException(); throw new Ice.ObjectNotExistException(); } public override Task shutdownAsync(Ice.Current current) { current.adapter.deactivate(); return null; } } } } }