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#ifndef _TWIN_REMOTE_H
#define _TWIN_REMOTE_H
uldat RegisterRemoteFd(int Fd, void (*HandlerIO)(int Fd, uldat Slot));
uldat RegisterRemote(int Fd, obj HandlerData, void *HandlerIO); /* (void (*HandlerIO))(int Fd, obj HandlerData) */
void UnRegisterRemote(uldat Slot);
byte RegisterWindowFdIO(window Window, void (*HandlerIO)(int Fd, window Window));
void UnRegisterWindowFdIO(window Window);
uldat RemoteWriteQueue(uldat Slot, uldat len, CONST void *data);
#define RemoteWindowWriteQueue(Window, len, data) RemoteWriteQueue((Window)->RemoteData.FdSlot, (len), (data))
byte RemoteFlush(uldat Slot);
#define RemoteWindowFlush(Window) RemoteFlush((Window)->RemoteData.FdSlot)
msgport RemoteGetMsgPort(uldat Slot);
void RemoteFlushAll(void);
void RemoteEvent(int FdNum, fd_set *FdSet);
void RemoteParanoia(void);
/*
* call this if you couldn't write all pending data to a slot
* which DOES NOT use the RemoteWriteQueue mechanism
* (i.e. the slot of a display or something like that)
*/
void RemoteCouldntWrite(uldat Slot);
/*
* if you called RemoteCouldntWrite(),
* you *MUST* call RemoteCouldWrite() after you succeed
* in writing all pending data
*/
void RemoteCouldWrite(uldat Slot);
extern uldat FdWQueued;
void RegisterMsgPort(msgport MsgPort, uldat Slot);
void UnRegisterMsgPort(msgport MsgPort);
void remoteKillSlot(uldat slot);
#endif /* _TWIN_REMOTE_H */
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