public override int invokeCollocated(CollocatedRequestHandler handler)
{
if (responseImpl(false, true, true))
{
invokeResponseAsync();
}
return(AsyncStatusSent);
}
public override bool invokeCollocated(CollocatedRequestHandler handler, out Ice.AsyncCallback sentCB)
{
if (_batchRequestNum == 0)
{
sentCB = sent();
return(true);
}
return(handler.invokeAsyncRequest(this, _batchRequestNum, false, out sentCB));
}
public override int InvokeCollocated(CollocatedRequestHandler handler)
{
// The stream cannot be cached if the proxy is not a twoway or there is an invocation timeout set.
if (!Proxy.IsTwoway || Proxy.IceReference.GetInvocationTimeout() != -1)
{
// Disable caching by marking the streams as cached!
State |= StateCachedBuffers;
}
return(handler.InvokeAsyncRequest(this, Synchronous));
}
public override bool invokeCollocated(CollocatedRequestHandler handler, out Ice.AsyncCallback sentCB)
{
// The BasicStream cannot be cached if the proxy is not a twoway or there is an invocation timeout set.
if (!proxy_.ice_isTwoway() || proxy_.reference__().getInvocationTimeout() != -1)
{
// Disable caching by marking the streams as cached!
state_ |= StateCachedBuffers;
}
return(handler.invokeAsyncRequest(this, 0, _synchronous, out sentCB));
}
public override bool invokeCollocated(CollocatedRequestHandler handler, out Ice.AsyncCallback sentCB)
{
sentCB = null;
Ice.AsyncCallback cb = finished(true);
if (cb != null)
{
invokeCompletedAsync(cb);
}
return(true);
}
public override int invokeCollocated(CollocatedRequestHandler handler)
{
// The stream cannot be cached if the proxy is not a twoway or there is an invocation timeout set.
if (!proxy_.ice_isTwoway() || proxy_.iceReference().getInvocationTimeout() != -1)
{
// Disable caching by marking the streams as cached!
state_ |= StateCachedBuffers;
}
return(handler.invokeAsyncRequest(this, synchronous_));
}
public abstract int InvokeCollocated(CollocatedRequestHandler handler);
public abstract bool invokeCollocated(CollocatedRequestHandler handler, out Ice.AsyncCallback cb);
