/// <summary>
/// Set up the object. This is only an
/// initialization function. In order to actually start the fault
/// tolerance monitoring, use <see cref="MamaFtMember.activate"/>
/// </summary>
public new void setup(
MamaQueue queue,
MamaFtMemberCallback callback,
MamaTransport transport,
string groupName,
uint weight,
double heartbeatInterval,
double timeoutInterval,
object closure)
{
setupFtType(
mamaFtType.MAMA_FT_TYPE_BRIDGE,
queue,
callback,
transport,
groupName,
weight,
heartbeatInterval,
timeoutInterval,
closure);
}
protected void setupFtType(
mamaFtType ftType,
MamaQueue queue,
MamaFtMemberCallback callback,
MamaTransport transport,
string groupName,
uint weight,
double heartbeatInterval,
double timeoutInterval,
object closure)
{
EnsurePeerCreated();
if (callback == null)
{
mCallbackForwarder = null;
mCallback = null;
}
else
{
mCallbackForwarder = new CallbackForwarder(this, callback, closure);
mCallback = new CallbackForwarder.FtMemberCallbackDelegate(mCallbackForwarder.OnFtStateChange);
}
IntPtr queueHandle = queue != null ? queue.NativeHandle : IntPtr.Zero;
IntPtr transportHandle = transport != null ? transport.NativeHandle : IntPtr.Zero;
int code = NativeMethods.mamaFtMember_setup(
nativeHandle,
mamaFtType.MAMA_FT_TYPE_MULTICAST,
queueHandle,
mCallback,
transportHandle,
groupName,
weight,
heartbeatInterval,
timeoutInterval,
null);
CheckResultCode(code);
}
protected void setupFtType(
mamaFtType ftType,
MamaQueue queue,
MamaFtMemberCallback callback,
MamaTransport transport,
string groupName,
uint weight,
double heartbeatInterval,
double timeoutInterval,
object closure)
{
EnsurePeerCreated();
if (callback == null)
{
mCallbackForwarder = null;
mCallback = null;
}
else
{
mCallbackForwarder = new CallbackForwarder(this, callback, closure);
mCallback = new CallbackForwarder.FtMemberCallbackDelegate(mCallbackForwarder.OnFtStateChange);
}
IntPtr queueHandle = queue != null ? queue.NativeHandle : IntPtr.Zero;
IntPtr transportHandle = transport != null ? transport.NativeHandle : IntPtr.Zero;
int code = NativeMethods.mamaFtMember_setup(
nativeHandle,
mamaFtType.MAMA_FT_TYPE_MULTICAST,
queueHandle,
mCallback,
transportHandle,
groupName,
weight,
heartbeatInterval,
timeoutInterval,
null);
CheckResultCode(code);
}
public CallbackForwarder(MamaFtMember target, MamaFtMemberCallback callback, object closure)
{
mTarget = target;
mCallback = callback;
mClosure = closure;
}
public void setup(
MamaQueue queue,
MamaFtMemberCallback callback,
MamaTransport transport,
string groupName,
uint weight,
double heartbeatInterval,
double timeoutInterval,
object closure)
{
setupFtType (
mamaFtType.MAMA_FT_TYPE_MULTICAST,
queue,
callback,
transport,
groupName,
weight,
heartbeatInterval,
timeoutInterval,
closure);
}
public CallbackForwarder(MamaFtMember target, MamaFtMemberCallback callback, object closure)
{
mTarget = target;
mCallback = callback;
mClosure = closure;
}
