private void Configure(IntPtr aioPtr)
{
PrivateOptions.SetSetters(
x => __SetTimeoutDurationMilliseconds(_aioPtr, x)
);
// TODO: TBD: perhaps we can run direct through the C calling conventions.
_free = () => __Free(aioPtr);
_wait = () => __Wait(aioPtr);
_stop = () => __Stop(aioPtr);
_cancel = () => __Cancel(aioPtr);
_getResult = () => __GetResult(aioPtr);
_getMessagePtr = () => __GetMessagePtr(aioPtr);
_setMessagePtr = msgPtr => __SetMessagePtr(aioPtr, msgPtr);
}
private void Configure(uint pid)
{
_closer = () => __Close(pid);
_reset = ptr => __SetPipe(ptr, pid);
var opt = PrivateOptions;
opt.SetGetters(
(string name, ref int value) => __GetOptInt32(pid, name, ref value)
, (string name, ref ulong value) => __GetOptUInt64(pid, name, ref value)
, (string name, StringBuilder value, ref ulong length) => __GetOptStringBuilder(
pid, name, value, ref length)
, (string name, ref int value) => __GetOptDurationMilliseconds(pid, name, ref value)
);
}
protected internal virtual void InvokeHavingNoResult <T>(InvocationHavingNoResult <T> caller, T ptr)
{
caller(ptr);
}
protected internal virtual void InvokeHavingNoResult(InvocationHavingNoResult caller)
{
caller();
}
internal void InvokeHavingNoResult(InvocationHavingNoResult <IntPtr> caller)
{
// We override these because we want to perform special handling of the underlying Message Ptr.
Allocate(ref _msgPtr);
InvokeHavingNoResult(caller, _msgPtr);
}
