public void Dispose()
{
m_Mode = CallbackMode.Unassigned;
m_CallbackNoArgs = null;
m_CallbackNativeArg = null;
m_CallbackWithCastedArg = null;
m_CastedArgInvoker = null;
}
public void Set(Action inAction)
{
if (inAction == null)
{
throw new ArgumentNullException("inAction");
}
m_Mode = CallbackMode.NoArg;
m_CallbackNativeArg = null;
m_CallbackWithCastedArg = null;
m_CastedArgInvoker = null;
m_CallbackNoArgs = inAction;
}
private CastableAction(Action <T> inAction)
{
if (inAction == null)
{
throw new ArgumentNullException("inAction");
}
m_Mode = CallbackMode.NativeArg;
m_CallbackNativeArg = inAction;
m_CallbackWithCastedArg = null;
m_CastedArgInvoker = null;
m_CallbackNoArgs = null;
}
public void Set <U>(Action <U> inAction)
{
if (inAction == null)
{
throw new ArgumentNullException("inAction");
}
m_Mode = CallbackMode.CastedArg;
m_CallbackNativeArg = null;
m_CallbackWithCastedArg = inAction;
m_CastedArgInvoker = CastedActionInvoker <U> .Invoker;
m_CallbackNoArgs = null;
}
public void Set(Func <TOutput> inFunc)
{
if (inFunc == null)
{
throw new ArgumentNullException("inFunc");
}
m_Mode = CallbackMode.NoArg;
m_CallbackNativeArg = null;
m_CallbackWithCastedArg = null;
m_CastedArgInvoker = null;
m_CallbackNoArgs = inFunc;
}
private CastableFunc(Func <TInput, TOutput> inFunc)
{
if (inFunc == null)
{
throw new ArgumentNullException("inFunc");
}
m_Mode = CallbackMode.NativeArg;
m_CallbackNativeArg = inFunc;
m_CallbackWithCastedArg = null;
m_CastedArgInvoker = null;
m_CallbackNoArgs = null;
}
public void Set <U>(Func <U, TOutput> inFunc)
{
if (inFunc == null)
{
throw new ArgumentNullException("inFunc");
}
m_Mode = CallbackMode.CastedArg;
m_CallbackNativeArg = null;
m_CallbackWithCastedArg = inFunc;
m_CastedArgInvoker = CastedFuncInvoker <U, TOutput> .Invoker;
m_CallbackNoArgs = null;
}
private CastableAction(MulticastDelegate inCastedDelegate, CastedAction inCastedInvoker)
{
if (inCastedDelegate == null)
{
throw new ArgumentNullException("inCastedDelegate");
}
if (inCastedInvoker == null)
{
throw new ArgumentNullException("inCastedInvoker");
}
m_Mode = CallbackMode.CastedArg;
m_CallbackNativeArg = null;
m_CallbackWithCastedArg = inCastedDelegate;
m_CastedArgInvoker = inCastedInvoker;
m_CallbackNoArgs = null;
}
internal override object ProcessReply(ref RedisResult result, out CallbackMode callbackMode)
{
RedisResult[] subItems;
if (!result.IsError && (subItems = result.ValueItems) != null)
{
// detect "message" and "pmessage" and don't dequeue for those
switch (subItems.Length)
{
case 3: // special-case message
if (subItems[0].IsMatch(message))
{
callbackMode = CallbackMode.Continuation; // events are a lot like continuations
return(null);
}
break;
case 4: // special-case pmessage
if (subItems[0].IsMatch(pmessage))
{
callbackMode = CallbackMode.Continuation; // events are a lot like continuations
return(null);
}
break;
}
}
var next = PeekSent(false) as IMultiReplyMessage;
if (next == null || next.Consume())
{
return(base.ProcessReply(ref result, out callbackMode));
}
// if we get here, we are dealing with a multi-reply message that is not yet satisfied; do nothing
callbackMode = CallbackMode.SyncUnchecked; // won't actually be doing anything
return(null);
}
