Asynchronous I/O support API
[SimWB RT functions]

Collaboration diagram for Asynchronous I/O support API:

Functions
int	ccurAsyncIO_afdxAddMessage (int boardId, int boardNumber, unsigned short vlId, IOAFDXMessage *message)
AFDXResidentMessage *	ccurAsyncIO_afdxFindMessage (int boardId, int boardNumber, unsigned short vlId, const char *name)
int	ccurAsyncIO_afdxSetDestinationIP (int boardId, int boardNumber, unsigned short vlId, const char *name, unsigned int ip, unsigned short port)
int	ccurAsyncIO_afdxGetSourceIP (int boardId, int boardNumber, unsigned short vlId, const char *name, unsigned int *ip, unsigned short *port)
unsigned long long	ccurAsyncIO_afdxGetTimeStamp (int boardNumber, unsigned short vlId, const char *name)
unsigned long long	ccurAsyncIO_afdxBoardIdGetTimeStamp (int boardId, int boardNumber, unsigned short vlId, const char *name)
unsigned long long	ccurAsyncIO_afdxBoardNameGetTimeStamp (const char *boardName, int boardNumber, unsigned short vlId, const char *name)
int	ccurAsyncIO_afdxTXQueueNow (RTDBItem *pItem)
int	ccurAsyncIO_afdxTXQueueNowName (const char *pointName)
int	ccurAsyncIO_afdxTXQueueNowMsg (int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardIdTXQueueNowMsg (int boardId, int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardNameTXQueueNowMsg (const char *boardName, int boardNumber, int vlId, const char *msgName)
int	ccurAsyncIO_afdxResumeMsg (int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardIdResumeMsg (int boardId, int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardNameResumeMsg (const char *boardName, int boardNumber, int vlId, const char *msgName)
int	ccurAsyncIO_afdxResumeItemMsg (RTDBItem *pItem)
int	ccurAsyncIO_afdxResumeItemMsgName (const char *pointName)
int	ccurAsyncIO_afdxPauseMsg (int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardIdPauseMsg (int boardId, int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardNamePauseMsg (const char *boardName, int boardNumber, int vlId, const char *msgName)
int	ccurAsyncIO_afdxPauseItemMsg (RTDBItem *pItem)
int	ccurAsyncIO_afdxPauseItemMsgName (const char *pointName)
void	ccurAsyncIO_afdxSetTxRateMsg (int boardNum, int vlId, const char *msgName, int msRate)
void	ccurAsyncIO_afdxBoardIdSetTxRateMsg (int boardId, int boardNum, int vlId, const char *msgName, int msRate)
void	ccurAsyncIO_afdxBoardNameSetTxRateMsg (const char *boardName, int boardNumber, int vlId, const char *msgName, int msRate)
int	ccurAsyncIO_afdxGetTxRateMsg (int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardIdGetTxRateMsg (int boardId, int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardNameGetTxRateMsg (const char *boardName, int boardNumber, int vlId, const char *msgName)
int	ccurAsyncIO_afdxGetDefaultTxRateMsg (int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardIdGetDefaultTxRateMsg (int boardId, int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardNameGetDefaultTxRateMsg (const char *boardName, int boardNumber, int vlId, const char *msgName)
int	ccurAsyncIO_afdxGetTxFlagsMsg (int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardIdGetTxFlagsMsg (int boardId, int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardNameGetTxFlagsMsg (const char *boardName, int boardNumber, int vlId, const char *msgName)
int	ccurAsyncIO_afdxGetDefaultTxFlagsMsg (int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardIdGetDefaultTxFlagsMsg (int boardId, int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardNameGetDefaultTxFlagsMsg (const char *boardName, int boardNumber, int vlId, const char *msgName)
int	ccurAsyncIO_afdxSetFIFOTxOnChangeMsg (int boardNum, int vlId, const char *msgName, int txOnChange)
int	ccurAsyncIO_afdxBoardIdSetFIFOTxOnChangeMsg (int boardId, int boardNum, int vlId, const char *msgName, int txOnChange)
int	ccurAsyncIO_afdxBoardNameSetFIFOTxOnChangeMsg (const char *boardName, int boardNumber, int vlId, const char *msgName, int txOnChange)
int	ccurAsyncIO_afdxSetTxScheduledToFIFOMsg (int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardIdSetTxScheduledToFIFOMsg (int boardId, int boardNum, int vlId, const char *msgName)
int	ccurAsyncIO_afdxBoardNameSetTxScheduledToFIFOMsg (const char *boardName, int boardNumber, int vlId, const char *msgName)
int	ccurAsyncIO_afdxSetTxScheduledToFIFOP (RTDBItem *pItem)
int	ccurAsyncIO_afdxSetTxFIFOToScheduledMsg (int boardNum, int vlId, const char *msgName, int msRate)
int	ccurAsyncIO_afdxBoardIdSetTxFIFOToScheduledMsg (int boardId, int boardNum, int vlId, const char *msgName, int msRate)
int	ccurAsyncIO_afdxBoardNameSetTxFIFOToScheduledMsg (const char *boardName, int boardNumber, int vlId, const char *msgName, int msRate)
int	ccurAsyncIO_afdxSetTxFIFOToScheduledP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_afdxSetNetConfigMsg (int boardNum, int vlId, const char *msgName, int netConfig, int skew)
int	ccurAsyncIO_afdxBoardIdSetNetConfigMsg (int boardId, int boardNum, int vlId, const char *msgName, int netConfig, int skew)
int	ccurAsyncIO_afdxBoardNameSetNetConfigMsg (const char *boardName, int boardNumber, int vlId, const char *msgName, int netConfig, int skew)
int	ccurAsyncIO_afdxSetNetConfigP (RTDBItem *pItem, int netConfig, int skew)
int	ccurAsyncIO_afdxSetNetConfigName (const char *pointName, int netConfig, int skew)
int	ccurAsyncIO_afdxSetFIFOTxOnChange (const char *pointName, int txOnChange)
int	ccurAsyncIO_afdxSetTxRateP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_afdxGetTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_afdxGetDefaultTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_afdxGetTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_afdxGetDefaultTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_afdxGetTxFlags (char *pointName)
int	ccurAsyncIO_afdxGetDefaultTxFlags (char *pointName)
int	ccurAsyncIO_afdxSetTxRate (char *pointName, int msRate)
int	ccurAsyncIO_afdxSetTxFIFOToScheduled (const char *pointName, int msRate)
int	ccurAsyncIO_afdxSetFIFOTxOnChangeP (RTDBItem *pItem, int txOnChange)
int	ccurAsyncIO_afdxGetTxRate (char *pointName)
int	ccurAsyncIO_afdxGetDefaultTxRate (char *pointName)
int	ccurAsyncIO_afdxSetTxScheduledToFIFO (const char *pointName)
int	ccurAsyncIO_ao16SetFrequencyWave (int boardNum, int channelMask, double frequency, char *waveFile)
int	ccurAsyncIO_ao16SetAmplitudeBias (int boardNum, int channelMask, double amplitude, double bias)
int	ccurAsyncIO_ao16SetPhase (int boardNum, int channelMask, double phase)
int	ccurAsyncIO_ao16Pause (int boardNum)
int	ccurAsyncIO_ao16Resume (int boardNum)
int	ccurAsyncIO_ao16Start (int boardNum)
int	ccurAsyncIO_ao16Stop (int boardNum)
int	ccurAsyncIO_ao16SetFilter (int boardNum, int filter)
int	ccurAsyncIO_arinc429TXQueueNow (RTDBItem *pItem)
int	ccurAsyncIO_arinc429TXQueueNowName (const char *pointName)
int	ccurAsyncIO_arinc429TXQueueNowLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429ResumeLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429ResumeItemLabel (RTDBItem *pItem)
int	ccurAsyncIO_arinc429ResumeItemLabelName (const char *pointName)
int	ccurAsyncIO_arinc429PauseLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429PauseItemLabel (RTDBItem *pItem)
int	ccurAsyncIO_arinc429PauseItemLabelName (const char *pointName)
int	ccurAsyncIO_arinc429SetInvertParityP (RTDBItem *pItem, int enable)
int	ccurAsyncIO_arinc429SetInvertParity (char *pointName, int enable)
int	ccurAsyncIO_arinc429SetTxRateLabel (int boardId, int boardNum, int channelNum, int labelNum, int msRate)
int	ccurAsyncIO_arinc429GetTxRateLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429GetTxCountLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429GetRxCountLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429GetDefaultTxRateLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429GetTxFlagsLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429GetDefaultTxFlagsLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429SetTxRateP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_arinc429GetTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_arinc429GetDefaultTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_arinc429GetTxCountP (RTDBItem *pItem)
int	ccurAsyncIO_arinc429GetRxCountP (RTDBItem *pItem)
int	ccurAsyncIO_arinc429GetTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_arinc429GetDefaultTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_arinc429SetTxRate (char *pointName, int msRate)
int	ccurAsyncIO_arinc429GetTxRate (char *pointName)
int	ccurAsyncIO_arinc429GetDefaultTxRate (char *pointName)
int	ccurAsyncIO_arinc429GetTxFlags (char *pointName)
int	ccurAsyncIO_arinc429GetDefaultTxFlags (char *pointName)
int	ccurAsyncIO_arinc429SetTxScheduledToFIFOLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429SetTxScheduledToFIFOP (RTDBItem *pItem)
int	ccurAsyncIO_arinc429SetTxScheduledToFIFO (const char *pointName)
int	ccurAsyncIO_arinc429SetTxFIFOToScheduledLabel (int boardId, int boardNum, int channelNum, int labelNum, int msRate)
int	ccurAsyncIO_arinc429SetTxFIFOToScheduledP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_arinc429SetTxFIFOToScheduled (const char *pointName, int msRate)
int	ccurAsyncIO_arinc429SetFIFOTxOnChangeLabel (int boardId, int boardNum, int channelNum, int labelNum, int txOnChange)
int	ccurAsyncIO_arinc429SetFIFOTxOnChangeP (RTDBItem *pItem, int txOnChange)
int	ccurAsyncIO_arinc429SetFIFOTxOnChange (const char *pointName, int txOnChange)
int	ccurAsyncIO_arinc429HaltPointChannelP (RTDBItem *pItem)
int	ccurAsyncIO_arinc429StartPointChannelP (RTDBItem *pItem)
int	ccurAsyncIO_arinc429HaltPointChannel (const char *pointName)
int	ccurAsyncIO_arinc429StartPointChannel (const char *pointName)
int	ccurAsyncIO_arinc429HaltChannel (int boardId, int boardNum, int channel)
int	ccurAsyncIO_arinc429StartChannel (int boardId, int boardNum, int channel)
int	ccurAsyncIO_DDC_arinc429TXQueueNowLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DDC_arinc429ResumeLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DDC_arinc429PauseLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DDC_arinc429SetTxRateLabel (int boardNum, int channelNum, int labelNum, int msRate)
int	ccurAsyncIO_DDC_arinc429GetTxRateLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DDC_arinc429GetDefaultTxRateLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DDC_arinc429GetTxFlagsLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DDC_arinc429GetDefaultTxFlagsLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DDC_arinc429HaltChannel (int boardNum, int channel)
int	ccurAsyncIO_DDC_arinc429StartChannel (int boardNum, int channel)
int	ccurAsyncIO_DDC_arinc429SetTxScheduledToFIFOLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DDC_arinc429SetTxFIFOToScheduledLabel (int boardNum, int channelNum, int labelNum, int msRate)
int	ccurAsyncIO_DDC_arinc429SetFIFOTxOnChangeLabel (int boardNum, int channelNum, int labelNum, int txOnChange)
int	ccurAsyncIO_BTI_arinc429TXQueueNowLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_BTI_arinc429ResumeLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_BTI_arinc429PauseLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_BTI_arinc429SetTxRateLabel (int boardNum, int channelNum, int labelNum, int msRate)
int	ccurAsyncIO_BTI_arinc429GetTxRateLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_BTI_arinc429GetDefaultTxRateLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_BTI_arinc429GetTxFlagsLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_BTI_arinc429GetDefaultTxFlagsLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_BTI_arinc429HaltChannel (int boardNum, int channel)
int	ccurAsyncIO_BTI_arinc429StartChannel (int boardNum, int channel)
int	ccurAsyncIO_BTI_arinc429SetTxScheduledToFIFOLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_BTI_arinc429SetTxFIFOToScheduledLabel (int boardNum, int channelNum, int labelNum, int msRate)
int	ccurAsyncIO_BTI_arinc429SetFIFOTxOnChangeLabel (int boardNum, int channelNum, int labelNum, int txOnChange)
int	ccurAsyncIO_arinc429SetInvertParityLabel (int boardId, int boardNum, int channelNum, int labelNum, int enable)
int	ccurAsyncIO_arinc429GetInvertParityLabel (int boardId, int boardNum, int channelNum, int labelNum, int *enable)
int	ccurAsyncIO_DDC_arinc429SetInvertParityLabel (int boardNum, int channelNum, int labelNum, int enable)
int	ccurAsyncIO_BTI_arinc429SetInvertParityLabel (int boardNum, int channelNum, int labelNum, int enable)
int	ccurAsyncIO_DDC_arinc429GetInvertParityLabel (int boardNum, int channelNum, int labelNum, int *enable)
int	ccurAsyncIO_BTI_arinc429GetInvertParityLabel (int boardNum, int channelNum, int labelNum, int *enable)
int	ccurAsyncIO_arinc429GetTimeSinceLastRXLabel (int boardId, int boardNum, int channelNum, int labelNum)
unsigned long long	ccurAsyncIO_arinc429GetRXTimeStampLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_arinc429GetLastRXIntervalLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DDC_arinc429GetTimeSinceLastRXLabel (int boardNum, int channelNum, int labelNum)
unsigned long long	ccurAsyncIO_DDC_arinc429GetRXTimeStampLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DDC_arinc429GetLastRXIntervalLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_BTI_arinc429GetTimeSinceLastRXLabel (int boardNum, int channelNum, int labelNum)
unsigned long long	ccurAsyncIO_BTI_arinc429GetRXTimeStampLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_BTI_arinc429GetLastRXIntervalLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DD42992_arinc429TXQueueNowLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DD42992_arinc429ResumeLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DD42992_arinc429PauseLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DD42992_arinc429SetTxRateLabel (int boardNum, int channelNum, int labelNum, int msRate)
int	ccurAsyncIO_DD42992_arinc429GetTxRateLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DD42992_arinc429GetDefaultTxRateLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DD42992_arinc429GetTxFlagsLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DD42992_arinc429GetDefaultTxFlagsLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DD42992_arinc429HaltChannel (int boardNum, int channel)
int	ccurAsyncIO_DD42992_arinc429StartChannel (int boardNum, int channel)
int	ccurAsyncIO_DD42992_arinc429SetTxScheduledToFIFOLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DD42992_arinc429SetTxFIFOToScheduledLabel (int boardNum, int channelNum, int labelNum, int msRate)
int	ccurAsyncIO_DD42992_arinc429SetFIFOTxOnChangeLabel (int boardNum, int channelNum, int labelNum, int txOnChange)
int	ccurAsyncIO_DD42992_arinc429SetInvertParityLabel (int boardNum, int channelNum, int labelNum, int enable)
int	ccurAsyncIO_DD42992_arinc429GetInvertParityLabel (int boardNum, int channelNum, int labelNum, int *enable)
int	ccurAsyncIO_DD42992_arinc429GetTimeSinceLastRXLabel (int boardNum, int channelNum, int labelNum)
unsigned long long	ccurAsyncIO_DD42992_arinc429GetRXTimeStampLabel (int boardId, int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_DD42992_arinc429GetLastRXIntervalLabel (int boardNum, int channelNum, int labelNum)
int	ccurAsyncIO_canTXQueueNow (RTDBItem *pItem)
int	ccurAsyncIO_canTXQueueNowName (const char *pointName)
int	ccurAsyncIO_canTXQueueNowCANId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_ESD_canTXQueueNowCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_canSetFIFOTxOnChangeP (RTDBItem *pItem, int txOnChange)
int	ccurAsyncIO_canSetFIFOTxOnChange (const char *pointName, int txOnChange)
int	ccurAsyncIO_canSetFIFOTxOnChangeCANId (int boardId, int boardNum, int netNum, int canId, int txOnChange)
int	ccurAsyncIO_ESD_canSetFIFOTxOnChangeCANId (int boardNum, int netNum, int canId, int txOnChange)
int	ccurAsyncIO_canResumeCANId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_ESD_canResumeCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_canResumeItemCANId (RTDBItem *pItem)
int	ccurAsyncIO_canResumeItemCANIdName (const char *pointName)
int	ccurAsyncIO_canPauseCANId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_ESD_canPauseCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_canPauseItemCANId (RTDBItem *pItem)
int	ccurAsyncIO_canPauseItemCANIdName (const char *pointName)
int	ccurAsyncIO_canSetTxRateCANId (int boardId, int boardNum, int netNum, int canId, float msRate)
int	ccurAsyncIO_ESD_canSetTxRateCANId (int boardNum, int netNum, int canId, float msRate)
float	ccurAsyncIO_canGetTxRateCANId (int boardId, int boardNum, int netNum, int canId)
float	ccurAsyncIO_ESD_canGetTxRateCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_canGetRxCountCANId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_canGetTxCountCANId (int boardId, int boardNum, int netNum, int canId)
float	ccurAsyncIO_canGetDefaultTxRateCANId (int boardId, int boardNum, int netNum, int canId)
float	ccurAsyncIO_ESD_canGetDefaultTxRateCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_canGetTxFlagsCANId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_ESD_canGetTxFlagsCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_canGetDefaultTxFlagsCANId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_ESD_canGetDefaultTxFlagsCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_canSetTxScheduledToFIFOCANId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_ESD_canSetTxScheduledToFIFOCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_canSetTxScheduledToFIFOP (RTDBItem *pItem)
int	ccurAsyncIO_canSetTxFIFOToScheduledCANId (int boardId, int boardNum, int netNum, int canId, float msRate)
int	ccurAsyncIO_ESD_canSetTxFIFOToScheduledCANId (int boardNum, int netNum, int canId, float msRate)
int	ccurAsyncIO_canSetTxFIFOToScheduledP (RTDBItem *pItem, float msRate)
int	ccurAsyncIO_canSetTxRateP (RTDBItem *pItem, float msRate)
float	ccurAsyncIO_canGetTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_canGetTxCountP (RTDBItem *pItem)
int	ccurAsyncIO_canGetRxCountP (RTDBItem *pItem)
float	ccurAsyncIO_canGetDefaultTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_canGetTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_canGetDefaultTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_canGetTxFlags (char *pointName)
int	ccurAsyncIO_canGetDefaultTxFlags (char *pointName)
int	ccurAsyncIO_canSetTxRate (char *pointName, float msRate)
int	ccurAsyncIO_canSetTxFIFOToScheduled (const char *pointName, float msRate)
float	ccurAsyncIO_canGetTxRate (char *pointName)
float	ccurAsyncIO_canGetDefaultTxRate (char *pointName)
int	ccurAsyncIO_canSetTxScheduledToFIFO (const char *pointName)
int	ccurAsyncIO_canGetTimeSinceLastRXCANId (int boardId, int boardNum, int netNum, int canId)
unsigned long long	ccurAsyncIO_canGetRXTimeStampCANId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_canGetLastRXIntervalCANId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_ESD_canGetTimeSinceLastRXCANId (int boardNum, int netNum, int canId)
unsigned long long	ccurAsyncIO_ESD_canGetRXTimeStampCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_ESD_canGetLastRXIntervalCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_PEAK_canGetTimeSinceLastRXCANId (int boardNum, int netNum, int canId)
unsigned long long	ccurAsyncIO_PEAK_canGetRXTimeStampCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_PEAK_canGetLastRXIntervalCANId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_cigiIOAddMessage (IOCIGIMessage *message)
CIGIResidentMessage *	ccurAsyncIO_cigiIOFindMessage (const char *name)
unsigned long long	ccurAsyncIO_cigiIOGetTimeStamp (const char *name)
int	ccurAsyncIO_cigiIOTXQueueNow (RTDBItem *pItem)
int	ccurAsyncIO_cigiIOTXQueueNowName (const char *pointName)
int	ccurAsyncIO_cigiIOTXQueueNowMsg (const char *msgName)
int	ccurAsyncIO_cigiIOResumeMsg (const char *msgName)
int	ccurAsyncIO_cigiIOResumeItemMsg (RTDBItem *pItem)
int	ccurAsyncIO_cigiIOResumeItemMsgName (const char *pointName)
int	ccurAsyncIO_cigiIOPauseMsg (const char *msgName)
int	ccurAsyncIO_cigiIOPauseItemMsg (RTDBItem *pItem)
int	ccurAsyncIO_cigiIOPauseItemMsgName (const char *pointName)
void	ccurAsyncIO_cigiIOSetTxRateMsg (const char *msgName, int msRate)
int	ccurAsyncIO_cigiIOGetTxRateMsg (const char *msgName)
int	ccurAsyncIO_cigiIOGetDefaultTxRateMsg (const char *msgName)
int	ccurAsyncIO_cigiIOGetTxFlagsMsg (const char *msgName)
int	ccurAsyncIO_cigiIOGetDefaultTxFlagsMsg (const char *msgName)
int	ccurAsyncIO_cigiIOSetTxRateP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_cigiIOGetTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_cigiIOGetDefaultTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_cigiIOGetTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_cigiIOGetDefaultTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_cigiIOSetTxRate (char *pointName, int msRate)
int	ccurAsyncIO_cigiIOGetTxRate (char *pointName)
int	ccurAsyncIO_cigiIOGetDefaultTxRate (char *pointName)
int	ccurAsyncIO_cigiIOGetTxFlags (char *pointName)
int	ccurAsyncIO_cigiIOGetDefaultTxFlags (char *pointName)
int	ccurAsyncIO_cigiIOSetTxScheduledToFIFOP (RTDBItem *pItem)
int	ccurAsyncIO_cigiIOSetTxScheduledToFIFO (const char *pointName)
int	ccurAsyncIO_cigiIOSetTxScheduledToFIFOMsg (const char *msgName)
int	ccurAsyncIO_cigiIOSetTxFIFOToScheduledP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_cigiIOSetTxFIFOToScheduled (const char *pointName, int msRate)
int	ccurAsyncIO_cigiIOSetTxFIFOToScheduledMsg (const char *msgName, int msRate)
int	ccurAsyncIO_cigiIOSetFIFOTxOnChangeP (RTDBItem *pItem, int txOnChange)
int	ccurAsyncIO_cigiIOSetFIFOTxOnChange (const char *pointName, int txOnChange)
int	ccurAsyncIO_cigiIOSetFIFOTxOnChangeMsg (const char *msgName, int txOnChange)
int	ccurAsyncIO_DA3218WaveSetFrequencyWave (int boardNum, int channelMask, double frequency, char *waveFile)
int	ccurAsyncIO_DA3218WaveSetAmplitudeBias (int boardNum, int channelMask, double amplitude, double bias)
int	ccurAsyncIO_DA3218WaveSetPhase (int boardNum, int channelMask, double phase)
int	ccurAsyncIO_DA3218WavePause (int boardNum)
int	ccurAsyncIO_DA3218WaveResume (int boardNum)
int	ccurAsyncIO_DA3218WaveStart (int boardNum)
int	ccurAsyncIO_DA3218WaveStop (int boardNum)
int	ccurAsyncIO_DA3218WaveSetFilter (int boardNum, int filter)
int	ccurAsyncIO_DDC_1553BCStart (int boardNum, int channel)
int	ccurAsyncIO_1553BCStart (int boardId, int boardNum, int channel)
int	ccurAsyncIO_DDC_1553BCStop (int boardNum, int channel)
int	ccurAsyncIO_1553BCStop (int boardId, int boardNum, int channel)
int	ccurAsyncIO_DDC_1553RTStart (int boardNum, int channel, int rtAddr)
int	ccurAsyncIO_1553RTStart (int boardId, int boardNum, int channel, int rtAddr)
int	ccurAsyncIO_DDC_1553RTStop (int boardNum, int channel, int rtAddr)
int	ccurAsyncIO_1553RTStop (int boardId, int boardNum, int channel, int rtAddr)
int	ccurAsyncIO_1553RTDisableBus (int boardId, int boardNum, int channel, int rtAddr, int bus)
int	ccurAsyncIO_DDC_1553RTDisableBus (int boardNum, int channel, int rtAddr, int bus)
int	ccurAsyncIO_DDC_1553BC_BusSelect (int boardNum, int channel, int msgType, int rtSrc, int mbSrc, int rtDest, int mbDest, int bus)
int	ccurAsyncIO_1553RTResetErrorInjection (int boardId, int boardNum, int channel, int rtAddr)
int	ccurAsyncIO_DDC_1553RTResetErrorInjection (int boardNum, int channel, int rtAddr)
int	ccurAsyncIO_fdxIOAddMessage (int boardNumber, IOFDXMessage *message)
FDXResidentMessage *	ccurAsyncIO_fdxIOFindMessage (int boardNumber, unsigned int groupId)
unsigned long long	ccurAsyncIO_fdxIOGetTimeStamp (int boardNumber, unsigned int groupId)
int	ccurAsyncIO_fdxIOTXQueueNow (RTDBItem *pItem)
int	ccurAsyncIO_fdxIOTXQueueNowName (const char *pointName)
int	ccurAsyncIO_fdxIOTXQueueNowMsg (int boardNum, unsigned int groupId)
int	ccurAsyncIO_fdxIOResumeMsg (int boardNum, unsigned int groupId)
int	ccurAsyncIO_fdxIOResumeItemMsg (RTDBItem *pItem)
int	ccurAsyncIO_fdxIOResumeItemMsgName (const char *pointName)
int	ccurAsyncIO_fdxIOPauseMsg (int boardNum, unsigned int groupId)
int	ccurAsyncIO_fdxIOPauseItemMsg (RTDBItem *pItem)
int	ccurAsyncIO_fdxIOPauseItemMsgName (const char *pointName)
void	ccurAsyncIO_fdxIOSetTxRateMsg (int boardNum, unsigned int groupId, int msRate)
int	ccurAsyncIO_fdxIOGetTxRateMsg (int boardNum, unsigned int groupId)
int	ccurAsyncIO_fdxIOGetDefaultTxRateMsg (int boardNum, unsigned int groupId)
int	ccurAsyncIO_fdxIOGetTxFlagsMsg (int boardNum, unsigned int groupId)
int	ccurAsyncIO_fdxIOGetDefaultTxFlagsMsg (int boardNum, unsigned int groupId)
int	ccurAsyncIO_fdxIOSetTxRateP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_fdxIOGetTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_fdxIOGetDefaultTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_fdxIOGetTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_fdxIOGetDefaultTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_fdxIOSetTxRate (char *pointName, int msRate)
int	ccurAsyncIO_fdxIOGetTxRate (char *pointName)
int	ccurAsyncIO_fdxIOGetDefaultTxRate (char *pointName)
int	ccurAsyncIO_fdxIOGetTxFlags (char *pointName)
int	ccurAsyncIO_fdxIOGetDefaultTxFlags (char *pointName)
int	ccurAsyncIO_fdxIOSetTxScheduledToFIFOP (RTDBItem *pItem)
int	ccurAsyncIO_fdxIOSetTxScheduledToFIFO (const char *pointName)
int	ccurAsyncIO_fdxIOSetTxScheduledToFIFOMsg (int boardNum, unsigned int groupId)
int	ccurAsyncIO_fdxIOSetTxFIFOToScheduledP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_fdxIOSetTxFIFOToScheduled (const char *pointName, int msRate)
int	ccurAsyncIO_fdxIOSetTxFIFOToScheduledMsg (int boardNum, unsigned int groupId, int msRate)
int	ccurAsyncIO_fdxIOSetFIFOTxOnChangeP (RTDBItem *pItem, int txOnChange)
int	ccurAsyncIO_fdxIOSetFIFOTxOnChange (const char *pointName, int txOnChange)
int	ccurAsyncIO_fdxIOSetFIFOTxOnChangeMsg (int boardNum, unsigned int groupId, int txOnChange)
int	ccurAsyncIO_linTXQueueNow (RTDBItem *pItem)
int	ccurAsyncIO_linTXQueueNowName (const char *pointName)
int	ccurAsyncIO_linTXQueueNowLINId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_BabyLIN_linTXQueueNowLINId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_linSetFIFOTxOnChangeP (RTDBItem *pItem, int txOnChange)
int	ccurAsyncIO_linSetFIFOTxOnChange (const char *pointName, int txOnChange)
int	ccurAsyncIO_linSetFIFOTxOnChangeLINId (int boardId, int boardNum, int netNum, int canId, int txOnChange)
int	ccurAsyncIO_BabyLIN_linSetFIFOTxOnChangeLINId (int boardNum, int netNum, int canId, int txOnChange)
int	ccurAsyncIO_linResumeLINId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_BabyLIN_linResumeLINId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_linResumeItemLINId (RTDBItem *pItem)
int	ccurAsyncIO_linResumeItemLINIdName (const char *pointName)
int	ccurAsyncIO_linPauseLINId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_BabyLIN_linPauseLINId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_linPauseItemLINId (RTDBItem *pItem)
int	ccurAsyncIO_linPauseItemLINIdName (const char *pointName)
int	ccurAsyncIO_linSetTxRateLINId (int boardId, int boardNum, int netNum, int canId, int msRate)
int	ccurAsyncIO_BabyLIN_linSetTxRateLINId (int boardNum, int netNum, int canId, int msRate)
int	ccurAsyncIO_linGetTxRateLINId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_BabyLIN_linGetTxRateLINId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_linGetDefaultTxRateLINId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_BabyLIN_linGetDefaultTxRateLINId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_linGetTxFlagsLINId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_BabyLIN_linGetTxFlagsLINId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_linGetDefaultTxFlagsLINId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_BabyLIN_linGetDefaultTxFlagsLINId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_linSetTxScheduledToFIFOLINId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_BabyLIN_linSetTxScheduledToFIFOLINId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_linSetTxScheduledToFIFOP (RTDBItem *pItem)
int	ccurAsyncIO_linSetTxFIFOToScheduledLINId (int boardId, int boardNum, int netNum, int canId, int msRate)
int	ccurAsyncIO_BabyLIN_linSetTxFIFOToScheduledLINId (int boardNum, int netNum, int canId, int msRate)
int	ccurAsyncIO_linSetTxFIFOToScheduledP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_linSetTxRateP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_linGetTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_linGetDefaultTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_linGetTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_linGetDefaultTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_linGetTxFlags (char *pointName)
int	ccurAsyncIO_linGetDefaultTxFlags (char *pointName)
int	ccurAsyncIO_linSetTxRate (char *pointName, int msRate)
int	ccurAsyncIO_linSetTxFIFOToScheduled (const char *pointName, int msRate)
int	ccurAsyncIO_linGetTxRate (char *pointName)
int	ccurAsyncIO_linGetDefaultTxRate (char *pointName)
int	ccurAsyncIO_linSetTxScheduledToFIFO (const char *pointName)
int	ccurAsyncIO_linGetTimeSinceLastRXLINId (int boardId, int boardNum, int netNum, int canId)
unsigned long long	ccurAsyncIO_linGetRXTimeStampLINId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_linGetLastRXIntervalLINId (int boardId, int boardNum, int netNum, int canId)
int	ccurAsyncIO_BabyLIN_linGetTimeSinceLastRXLINId (int boardNum, int netNum, int canId)
unsigned long long	ccurAsyncIO_BabyLIN_linGetRXTimeStampLINId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_BabyLIN_linGetLastRXIntervalLINId (int boardNum, int netNum, int canId)
int	ccurAsyncIO_netIOAddMessage (int boardNumber, IONETMessage *message)
NETResidentMessage *	ccurAsyncIO_netIOFindMessage (int boardNumber, const char *name)
unsigned long long	ccurAsyncIO_netIOGetTimeStamp (int boardNumber, const char *name)
int	ccurAsyncIO_netIOTXQueueNow (RTDBItem *pItem)
int	ccurAsyncIO_netIOTXQueueNowName (const char *pointName)
int	ccurAsyncIO_netIOTXQueueNowMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_netIOResumeMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_netIOResumeItemMsg (RTDBItem *pItem)
int	ccurAsyncIO_netIOResumeItemMsgName (const char *pointName)
int	ccurAsyncIO_netIOPauseMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_netIOPauseItemMsg (RTDBItem *pItem)
int	ccurAsyncIO_netIOPauseItemMsgName (const char *pointName)
void	ccurAsyncIO_netIOSetTxRateMsg (int boardNum, const char *msgName, int msRate)
int	ccurAsyncIO_netIOGetTxRateMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_netIOGetDefaultTxRateMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_netIOGetTxFlagsMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_netIOGetDefaultTxFlagsMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_netIOSetTxRateP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_netIOGetTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_netIOGetDefaultTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_netIOGetTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_netIOGetDefaultTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_netIOSetTxRate (char *pointName, int msRate)
int	ccurAsyncIO_netIOGetTxRate (char *pointName)
int	ccurAsyncIO_netIOGetDefaultTxRate (char *pointName)
int	ccurAsyncIO_netIOGetTxFlags (char *pointName)
int	ccurAsyncIO_netIOGetDefaultTxFlags (char *pointName)
int	ccurAsyncIO_netIOSetTxScheduledToFIFOP (RTDBItem *pItem)
int	ccurAsyncIO_netIOSetTxScheduledToFIFO (const char *pointName)
int	ccurAsyncIO_netIOSetTxScheduledToFIFOMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_netIOSetTxFIFOToScheduledP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_netIOSetTxFIFOToScheduled (const char *pointName, int msRate)
int	ccurAsyncIO_netIOSetTxFIFOToScheduledMsg (int boardNum, const char *msgName, int msRate)
int	ccurAsyncIO_netIOSetFIFOTxOnChangeP (RTDBItem *pItem, int txOnChange)
int	ccurAsyncIO_netIOSetFIFOTxOnChange (const char *pointName, int txOnChange)
int	ccurAsyncIO_netIOSetFIFOTxOnChangeMsg (int boardNum, const char *msgName, int txOnChange)
int	ccurAsyncIO_netIOSetDestPortIP (int boardNum, const char *msgName, int destPort, int destIP)
int	ccurAsyncIO_sentResumeSENTId (int boardId, int boardNum, int channelNum, int sentId)
int	ccurAsyncIO_CPSENT_sentResumeSENTId (int boardNum, int netNum, int sentId)
int	ccurAsyncIO_sentResumeItemSENTId (RTDBItem *pItem)
int	ccurAsyncIO_sentResumeItemSENTIdName (const char *pointName)
int	ccurAsyncIO_sentPauseSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_CPSENT_sentPauseSENTId (int boardNum, int netNum, int sentId)
int	ccurAsyncIO_sentPauseItemSENTId (RTDBItem *pItem)
int	ccurAsyncIO_sentPauseItemSENTIdName (const char *pointName)
int	ccurAsyncIO_sentGetRxCountSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_sentGetTxCountSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_sentGetTxFlagsSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_CPSENT_sentGetTxFlagsSENTId (int boardNum, int netNum, int sentId)
int	ccurAsyncIO_sentGetTxCountP (RTDBItem *pItem)
int	ccurAsyncIO_sentGetRxCountP (RTDBItem *pItem)
int	ccurAsyncIO_sentGetTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_sentGetTxFlags (char *pointName)
int	ccurAsyncIO_sentGetTimeSinceLastRXSENTId (int boardId, int boardNum, int netNum, int sentId)
unsigned long long	ccurAsyncIO_sentGetRXTimeStampSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_sentGetLastRXIntervalSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_CPSENT_sentGetTimeSinceLastRXSENTId (int boardNum, int netNum, int sentId)
unsigned long long	ccurAsyncIO_CPSENT_sentGetRXTimeStampSENTId (int boardNum, int netNum, int sentId)
int	ccurAsyncIO_CPSENT_sentGetLastRXIntervalSENTId (int boardNum, int netNum, int sentId)
int	ccurAsyncIO_CPFPGAArria_sentResumeSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_CPFPGAArria_sentPauseSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_CPFPGAArria_sentGetTxFlagsSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_CPFPGAArria_sentGetTimeSinceLastRXSENTId (int boardId, int boardNum, int netNum, int sentId)
unsigned long long	ccurAsyncIO_CPFPGAArria_sentGetRXTimeStampSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_CPFPGAArria_sentGetLastRXIntervalSENTId (int boardId, int boardNum, int netNum, int sentId)
int	ccurAsyncIO_udpIOAddMessage (int boardNumber, IOUDPMessage *message)
UDPResidentMessage *	ccurAsyncIO_udpIOFindMessage (int boardNumber, const char *name)
unsigned long long	ccurAsyncIO_udpIOGetTimeStamp (int boardNumber, const char *name)
int	ccurAsyncIO_udpIOTXQueueNow (RTDBItem *pItem)
int	ccurAsyncIO_udpIOTXQueueNowName (const char *pointName)
int	ccurAsyncIO_udpIOTXQueueNowMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_udpIOResumeMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_udpIOResumeItemMsg (RTDBItem *pItem)
int	ccurAsyncIO_udpIOResumeItemMsgName (const char *pointName)
int	ccurAsyncIO_udpIOPauseMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_udpIOPauseItemMsg (RTDBItem *pItem)
int	ccurAsyncIO_udpIOPauseItemMsgName (const char *pointName)
void	ccurAsyncIO_udpIOSetTxRateMsg (int boardNum, const char *msgName, int msRate)
int	ccurAsyncIO_udpIOGetTxRateMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_udpIOGetDefaultTxRateMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_udpIOGetTxFlagsMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_udpIOGetDefaultTxFlagsMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_udpIOSetTxRateP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_udpIOGetTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_udpIOGetDefaultTxRateP (RTDBItem *pItem)
int	ccurAsyncIO_udpIOGetTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_udpIOGetDefaultTxFlagsP (RTDBItem *pItem)
int	ccurAsyncIO_udpIOSetTxRate (char *pointName, int msRate)
int	ccurAsyncIO_udpIOGetTxRate (char *pointName)
int	ccurAsyncIO_udpIOGetDefaultTxRate (char *pointName)
int	ccurAsyncIO_udpIOGetTxFlags (char *pointName)
int	ccurAsyncIO_udpIOGetDefaultTxFlags (char *pointName)
int	ccurAsyncIO_udpIOSetTxScheduledToFIFOP (RTDBItem *pItem)
int	ccurAsyncIO_udpIOSetTxScheduledToFIFO (const char *pointName)
int	ccurAsyncIO_udpIOSetTxScheduledToFIFOMsg (int boardNum, const char *msgName)
int	ccurAsyncIO_udpIOSetTxFIFOToScheduledP (RTDBItem *pItem, int msRate)
int	ccurAsyncIO_udpIOSetTxFIFOToScheduled (const char *pointName, int msRate)
int	ccurAsyncIO_udpIOSetTxFIFOToScheduledMsg (int boardNum, const char *msgName, int msRate)
int	ccurAsyncIO_udpIOSetFIFOTxOnChangeP (RTDBItem *pItem, int txOnChange)
int	ccurAsyncIO_udpIOSetFIFOTxOnChange (const char *pointName, int txOnChange)
int	ccurAsyncIO_udpIOSetFIFOTxOnChangeMsg (int boardNum, const char *msgName, int txOnChange)
int	ccurAsyncIO_asyncGetLastRXIntervalP (const RTDBItem *pItem)
int	ccurAsyncIO_asyncGetLastRXInterval (const char *pointName)
int	ccurAsyncIO_asyncGetTimeSinceLastRXP (const RTDBItem *pItem)
int	ccurAsyncIO_asyncGetTimeSinceLastRX (const char *pointName)
unsigned long long	ccurAsyncIO_asyncGetRXTimeStampP (const RTDBItem *pItem)

---

Detailed Description

This API is used by program running on the Real-Time host to set/reset parameters of specific asynchronous I/O subsystems such as:

• Alter schedule rate for ARINC429 labels or AFDX messages.
• Request sending a CAN, AFDX or ARINC 429 message immediately.
• Get timing information on the reception rate of ARINC 429 labels, AFDX messages or CAN Id messages. Those programs must map the RTDB into their address space before accessing it with any of the functions described here.

---

Function Documentation

int ccurAsyncIO_afdxAddMessage	(	int	boardId,
		int	boardNumber,
		unsigned short	vlId,
		IOAFDXMessage *	message
	)

Add an AFDX message definition to the resident AFDX message table.

Parameters:

	boardId	The board ID for the the AFDX board vendor. One of AIM_AFDX or AIT_AFDX.
	boardNumber	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	message	Address of the message structure.

See also:

IOAFDXMessage.

Return values:

	0	If message was added.
	<	0 RTDB_AFDXMSGTABLEFULL if there's no room in table to add the message.

AFDXResidentMessage* ccurAsyncIO_afdxFindMessage	(	int	boardId,
		int	boardNumber,
		unsigned short	vlId,
		const char *	name
	)

Search the resident AFDX message table for a message.

Parameters:

	boardId	The board ID for the the AFDX board vendor. One of AIM_AFDX or AIT_AFDX.
	boardNumber	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	name	The name of the message.

Return values:

	A	pointer to an IOAFDXMessage struct if the message was found.
	NULL	If message was not found in table.

int ccurAsyncIO_afdxSetDestinationIP	(	int	boardId,
		int	boardNumber,
		unsigned short	vlId,
		const char *	name,
		unsigned int	ip,
		unsigned short	port
	)

Set the destination IP and port for an output AFDX message.
This only applies for SAP type message where the destination must be specified at run time. Initially, the destination is set to the default saved in the disk resident database.

Parameters:

	boardId	The board ID for the the AFDX board vendor .One of AIM_AFDX or AIT_AFDX.
	boardNumber	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link ID on which the message is defined.
	name	The name of the message.
	ip	The destination IP.
	port	The destination udp port.

Return values:

	0	If the parameters were set.
	<	0 RTDB_AFDXMSGNOTFOUND if message was not found in table.

int ccurAsyncIO_afdxGetSourceIP	(	int	boardId,
		int	boardNumber,
		unsigned short	vlId,
		const char *	name,
		unsigned int *	ip,
		unsigned short *	port
	)

Get the source IP and port for an input AFDX message.
This only applies for SAP type message where the originator IP and port are known upon message reception.

Parameters:

	boardId	The board Id for the the AFDX board vendor. One of AIM_AFDX or AIT_AFDX.
	boardNumber	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	name	The name of the message.
	ip	Pointer to the variable where the source IP is returned.
	port	Pointer to the variable where the source port is return.

Return values:

	0	If the parameters were set.
	<	0 RTDB_AFDXMSGNOTFOUND if message was not found in table.

unsigned long long ccurAsyncIO_afdxGetTimeStamp	(	int	boardNumber,
		unsigned short	vlId,
		const char *	name
	)

Get the message time stamp for the last read or write.

Parameters:

	boardNumber	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	name	The name of the message.

Return values:

	The	time stamp in cpu ticks (_rdtsc()) .
	0	If message was not found in table.

unsigned long long ccurAsyncIO_afdxBoardIdGetTimeStamp	(	int	boardId,
		int	boardNumber,
		unsigned short	vlId,
		const char *	name
	)

Get the message time stamp for the last read or write.

Parameters:

	boardId	The board Id for the the AFDX board vendor .One of AIM_AFDX or AIT_AFDX.
	boardNumber	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	name	The name of the message.

Return values:

	The	time stamp in cpu ticks (_rdtsc()) .
	0	If message was not found in table.

unsigned long long ccurAsyncIO_afdxBoardNameGetTimeStamp	(	const char *	boardName,
		int	boardNumber,
		unsigned short	vlId,
		const char *	name
	)

Get the message time stamp for the last read or write.

Parameters:

	boardName	The board name for the the AFDX board vendor .One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	name	The name of the message.

Return values:

	The	time stamp in cpu ticks (_rdtsc()) .
	0	If message was not found in table.

int ccurAsyncIO_afdxTXQueueNow

(

RTDBItem *

pItem

)

Request that an AFDX message defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple AFDX messages, all of the them will be transmitted. FIFO / Queue AFDX messages created in the configuration with TX on change set are only transmitted upon user request.

Parameters:

pItem

Pointer to the RTDB item mapped to the AFDX message we want to transmit.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxTXQueueNowName

(

const char *

pointName

)

Request that an AFDX message defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple AFDX messages, all of the them will be transmitted. FIFO / Queue AFDX messages created in the configuration with TX on change set are only transmitted upon user request.

Parameters:

pointName

Name of the RTDB item mapped to the AFDX message we want to transmit.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxTXQueueNowMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName
	)

Request that an AFDX message defined in FIFO queueing mode be sent now. FIFO/Queue mode AFDX message are only transmitted upon user request.

Parameters:

	boardNum	Integer with the board number where the label is defined. The first board is 1.
	vlId	Integer with the virtual link corresponding to the message.
	msgName	The name of the AFDX message as defined in the RTDB configuration.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxBoardIdTXQueueNowMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName
	)

Request that an AFDX message defined in FIFO queueing mode be sent now. FIFO/Queue mode AFDX message are only transmitted upon user request.

Parameters:

	boardId	The board Id for the the AFDX board vendor. One of AIM_AFDX or AIT_AFDX.
	boardNum	Integer with the board number where the label is defined. The first board is 1.
	vlId	Integer with the virtual link corresponding to the message.
	msgName	The name of the AFDX message as defined in the RTDB configuration.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxBoardNameTXQueueNowMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName
	)

Request that an AFDX message defined in FIFO queueing mode be sent now. FIFO/Queue mode AFDX message are only transmitted upon user request.

Parameters:

	boardName	The board name for the the AFDX board vendor. One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	Integer with the board number where the label is defined. The first board is 1.
	vlId	Integer with the virtual link corresponding to the message.
	msgName	The name of the AFDX message as defined in the RTDB configuration.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxResumeMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName
	)

Resume sending the selected AFDX message after the message has been paused with a call to ccurAsyncIO_afdxPauseMsg. The message must be defined as a schedule/Sample message for this to work.

Parameters:

	boardNum	Integer with the board number where the message is defined. The first board is 1.
	vlId	Integer with the virtual link where the message is defined.
	msgName	The name of the AFDX message as defined in the RTDB configuration.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxBoardIdResumeMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName
	)

Resume sending the selected AFDX message after the message has been paused with a call to ccurAsyncIO_afdxPauseMsg. The message must be defined as a schedule/Sample message for this to work.

Parameters:

	boardId	The board Id for the the AFDX board vendor .One of AIM_AFDX or AIT_AFDX.
	boardNum	Integer with the board number where the message is defined. The first board is 1.
	vlId	Integer with the virtual link where the message is defined.
	msgName	The name of the AFDX message as defined in the RTDB configuration.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxBoardNameResumeMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName
	)

Resume sending the selected AFDX message after the message has been paused with a call to ccurAsyncIO_afdxPauseMsg. The message must be defined as a schedule/Sample message for this to work.

Parameters:

	boardName	The board name for the the AFDX board vendor. One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	Integer with the board number where the message is defined. The first board is 1.
	vlId	Integer with the virtual link where the message is defined.
	msgName	The name of the AFDX message as defined in the RTDB configuration.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxResumeItemMsg

(

RTDBItem *

pItem

)

Resume sending the selected AFDX message after the label has been paused with a call to ccurAsyncIO_afdxPauseItemMsg. The message where the point is mapped must be defined as a schedule/Sample message for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the message. If the point is not mapped to an AFDX message. This call returns an error.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND, SCRIPT_NOTAFDXOUTPUT if error.

int ccurAsyncIO_afdxResumeItemMsgName

(

const char *

pointName

)

Resume sending the selected AFDX message after it has been paused with a call to ccurAsyncIO_afdxPauseItemMsg. The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to an AFDX message. This call returns an error.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxPauseMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName
	)

Pause the selected AFDX message. Sending of the AFDX message can be resumed with a call to ccurAsyncIO_afdxResumeMsg.
The message must be defined as a scheduled/Sample message for this to work,

Parameters:

	boardNum	Integer with the board number where the label is defined. The first board is 1.
	vlId	Integer with the virtual link number where the message is defined.
	msgName	The name of the AFDX message as defined in the RTDB configuration.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxBoardIdPauseMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName
	)

Pause the selected AFDX message. Sending of the AFDX message can be resumed with a call to ccurAsyncIO_afdxResumeMsg.
The message must be defined as a scheduled/Sample message for this to work,

Parameters:

	boardId	The board Id for the the AFDX board vendor .One of AIM_AFDX or AIT_AFDX.
	boardNum	Integer with the board number where the label is defined. The first board is 1.
	vlId	Integer with the virtual link number where the message is defined.
	msgName	The name of the AFDX message as defined in the RTDB configuration.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxBoardNamePauseMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName
	)

Pause the selected AFDX message. Sending of the AFDX message can be resumed with a call to ccurAsyncIO_afdxResumeMsg.
The message must be defined as a scheduled/Sample message for this to work,

Parameters:

	boardName	The board name for the the AFDX board vendor .One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	Integer with the board number where the label is defined. The first board is 1.
	vlId	Integer with the virtual link number where the message is defined.
	msgName	The name of the AFDX message as defined in the RTDB configuration.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxPauseItemMsg

(

RTDBItem *

pItem

)

Pause the AFDX message onto which the specified RTDB item is mapped. Sending of message label can be resumed with a call to ccurAsyncIO_afdxResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the label. If the point is not mapped to an AFDX message label. This call returns an error.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_afdxPauseItemMsgName

(

const char *

pointName

)

Pause the AFDX message mapped to the specified RTDB item. Sending of the message can be resumed with a call to ccurAsyncIO_afdxResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to an AFDX message, this call returns an error.

Return values:

0

On Success < 0 RTDB_POINTNOTFOUND if error.

void ccurAsyncIO_afdxSetTxRateMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName,
		int	msRate
	)

Change the transmit rate of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardNum	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.
	msRate	The transmit rate in milliseconds.

Returns:

N/A

void ccurAsyncIO_afdxBoardIdSetTxRateMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName,
		int	msRate
	)

Change the transmit rate of an AFDX message by specifying the board number , VL Id and message name.

Parameters:

	boardId	The board Id for the the AFDX board vendor. One of AIM_AFDX or AIT_AFDX.
	boardNum	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.
	msRate	The transmit rate in milliseconds.

Returns:

N/A

void ccurAsyncIO_afdxBoardNameSetTxRateMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName,
		int	msRate
	)

Change the transmit rate of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardName	The board name for the the AFDX board vendor. One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.
	msRate	The transmit rate in milliseconds.

Returns:

N/A

int ccurAsyncIO_afdxGetTxRateMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName
	)

Return the transmit rate of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardNum	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxBoardIdGetTxRateMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName
	)

Return the transmit rate of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardId	The board Id for the the AFDX board vendor. One of AIM_AFDX or AIT_AFDX.
	boardNum	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxBoardNameGetTxRateMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName
	)

Return the transmit rate of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardName	The board name for the the AFDX board vendor. One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxGetDefaultTxRateMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName
	)

Return the default transmit rate as configured in the RTDB of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardNum	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxBoardIdGetDefaultTxRateMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName
	)

Return the default transmit rate as configured in the RTDB of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardId	The board Id for the the AFDX board vendor. One of AIM_AFDX or AIT_AFDX.
	boardNum	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxBoardNameGetDefaultTxRateMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName
	)

Return the default transmit rate as configured in the RTDB of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardName	The board name for the the AFDX board vendor.One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxGetTxFlagsMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName
	)

Return the transmit rate of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardNum	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxBoardIdGetTxFlagsMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName
	)

Return the transmit rate of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardId	The board Id for the the AFDX board vendor. One of AIM_AFDX or AIT_AFDX.
	boardNum	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxBoardNameGetTxFlagsMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName
	)

Return the transmit rate of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardName	The board name for the the AFDX board vendor. One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxGetDefaultTxFlagsMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName
	)

Return the default transmit rate as configured in the RTDB of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardNum	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxBoardIdGetDefaultTxFlagsMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName
	)

Return the default transmit rate as configured in the RTDB of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardId	The board Id for the the AFDX board vendor .One of AIM_AFDX or AIT_AFDX.
	boardNum	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxBoardNameGetDefaultTxFlagsMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName
	)

Return the default transmit rate as configured in the RTDB of an AFDX message by specifying the board number, VL Id and message name.

Parameters:

	boardName	The board name for the the AFDX board vendor. One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	The board number. First board is 1.
	vlId	The virtual link Id.
	msgName	The name of the AFDX message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_afdxSetFIFOTxOnChangeMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName,
		int	txOnChange
	)

Set/reset the AFDX FIFO message transmit on change state. When Tx on change is set, the message is sent whenever its content changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	boardNum	The board number (starting at 1) where the AFDX message is defined.
	vlId	the virtual link id on which the message is defined.
	msgName	The name of the message.
	txOnChange	Boolean indicating whether to set or reset the Tx on change state on the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_afdxBoardIdSetFIFOTxOnChangeMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName,
		int	txOnChange
	)

Set/reset the AFDX FIFO message transmit on change state. When Tx on change is set, the message is sent whenever its content changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	boardId	The board Id for the the AFDX board vendor .One of AIM_AFDX or AIT_AFDX.
	boardNum	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	msgName	The name of the message.
	txOnChange	Boolean indicating whether to set or reset the Tx on change state on the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_afdxBoardNameSetFIFOTxOnChangeMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName,
		int	txOnChange
	)

Set/reset the AFDX FIFO message transmit on change state. When Tx on change is set, the message is sent whenever its content changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	boardName	The board name for the the AFDX board vendor .One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	msgName	The name of the message.
	txOnChange	Boolean indicating whether to set or reset the Tx on change state on the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_afdxSetTxScheduledToFIFOMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName
	)

Switch the AFDX message from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardNum	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link Id on which the message is defined.
	msgName	The name of the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_afdxBoardIdSetTxScheduledToFIFOMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName
	)

Switch the AFDX message from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardId	The board Id for the the AFDX board vendor.One of AIM_AFDX or AIT_AFDX.
	boardNum	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link Id on which the message is defined.
	msgName	The name of the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_afdxBoardNameSetTxScheduledToFIFOMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName
	)

Switch the AFDX message from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardName	The board name for the the AFDX board vendor. One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	The board number (starting at 1) where the AFDX message is defined.
	vlId	the virtual link Id on which the message is defined.
	msgName	The name of the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_afdxSetTxScheduledToFIFOP

(

RTDBItem *

pItem

)

Switch the AFDX message where the point is mapped from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.
The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pItem

Pointer to the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_afdxSetTxFIFOToScheduledMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName,
		int	msRate
	)

Switch the message from FIFO to scheduled transmission mode. If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardNum	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	msgName	The name of the message.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_afdxBoardIdSetTxFIFOToScheduledMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName,
		int	msRate
	)

Switch the message from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardId	The board Id for the the AFDX board vendor .One of AIM_AFDX or AIT_AFDX.
	boardNum	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	msgName	The name of the message.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_afdxBoardNameSetTxFIFOToScheduledMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName,
		int	msRate
	)

Switch the message from FIFO to scheduled transmission mode. If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardName	The board name for the the AFDX board vendor. One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	The board number (starting at 1) where the AFDX message is defined.
	vlId	The virtual link id on which the message is defined.
	msgName	The name of the message.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_afdxSetTxFIFOToScheduledP	(	RTDBItem *	pItem,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode. If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given pItem.

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_afdxSetNetConfigMsg	(	int	boardNum,
		int	vlId,
		const char *	msgName,
		int	netConfig,
		int	skew
	)

Switch the board, vlId,message combination to transmission on both port, port A,port B delayA or DelayB.

Parameters:

	boardNum	The board number where the message is defined. The first board is # 1.
	vlId	The virtual link Id for the message
	msgName	The name of the message on which to change the configuration
	netConfig	The new configuration for transmission, must be one of AFDX_NetConfig codes. When delay A or B is specified the skew must be given.
	skew	The difference in transmission time betwee port A and B. Must be given in microseconds. The maximum value is 65535.

Returns:

0 Always.

int ccurAsyncIO_afdxBoardIdSetNetConfigMsg	(	int	boardId,
		int	boardNum,
		int	vlId,
		const char *	msgName,
		int	netConfig,
		int	skew
	)

Switch the board, vlId,message combination to transmission on both port, port A,port B delayA or DelayB.

Parameters:

	boardId	The board Id for the the AFDX board vendor. One of AIM_AFDX or AIT_AFDX.
	boardNum	The board number where the message is defined. The first board is # 1.
	vlId	The virtual link Id for the message
	msgName	The name of the message on which to change the configuration
	netConfig	The new configuration for transmission, must be one of AFDX_NetConfig codes. When delay A or B is specified the skew must be given.
	skew	The difference in transmission time between port A and B. Must be given in microseconds. The maximum value is 65535.

Returns:

0 Always.

int ccurAsyncIO_afdxBoardNameSetNetConfigMsg	(	const char *	boardName,
		int	boardNumber,
		int	vlId,
		const char *	msgName,
		int	netConfig,
		int	skew
	)

Switch the board, vlId,message combination to transmission on both port, port A,port B delayA or DelayB.

Parameters:

	boardName	The board name for the the AFDX board vendor. One of "AIM-AFDX" or "AIT-AFDX".
	boardNumber	The board number where the message is defined. The first board is # 1.
	vlId	The virtual link Id for the message
	msgName	The name of the message on which to change the configuration
	netConfig	The new configuration for transmission, must be one of AFDX_NetConfig codes. When delay A or B is specified the skew must be given.
	skew	The difference in transmission time between port A and B. Must be given in microseconds. The maximum value is 65535.

Returns:

0 Always.

int ccurAsyncIO_afdxSetNetConfigP	(	RTDBItem *	pItem,
		int	netConfig,
		int	skew
	)

Switch the messages where the point is mapped to transmission on both port, port A,port B delayA or DelayB.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	netConfig	The new configuration for transmission, must be one of AFDX_NetConfig codes. When delay A or B is specified the skew must be given.
	skew	The difference in transmission time between port A and B. Must be given in microseconds. The maximum value is 65535.

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_afdxSetNetConfigName	(	const char *	pointName,
		int	netConfig,
		int	skew
	)

Switch the messages where the point is mapped to transmission on both port, port A,port B delayA or DelayB.

Parameters:

	pointName	The name of the RTDB item for which we want to change the transmission mode.
	netConfig	The new configuration for transmission, must be one of AFDX_NetConfig codes. When delay A or B is specified the skew must be given.
	skew	The difference in transmission time between port A and B. Must be given in microseconds. The maximum value is 65535.

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_afdxSetFIFOTxOnChange	(	const char *	pointName,
		int	txOnChange
	)

Set/reset the FIFO/Queue message where the point is mapped to transmit on change. When Tx on change is set, the message is sent whenever its value changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change message flag.

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_afdxSetTxRateP	(	RTDBItem *	pItem,
		int	msRate
	)

Change the transmit rate of the AFDX message associated with the RTDB item. The RTDB item must be mapped to an AFDX output message.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_afdxGetTxRateP

(

RTDBItem *

pItem

)

Return the transmit rate of the AFDX message associated with the RTDB item. The RTDB item must be mapped to an AFDX output message. If the item is mapped to more than one AFDX output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_afdxGetDefaultTxRateP

(

RTDBItem *

pItem

)

Return the default transmit rate as configured in the RTDB of the AFDX message associated with the RTDB item. The RTDB item must be mapped to an AFDX output message. If the item is mapped to more than one AFDX output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_afdxGetTxFlagsP

(

RTDBItem *

pItem

)

Return the transmit flags of the AFDX message associated with the RTDB item. The RTDB item must be mapped to an AFDX output message. If the item is mapped to more than one AFDX output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_afdxGetDefaultTxFlagsP

(

RTDBItem *

pItem

)

Return the default transmit flags as configured in the RTDB of the AFDX message associated with the RTDB item. The RTDB item must be mapped to an AFDX output message. If the item is mapped to more than one AFDX output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_afdxGetTxFlags

(

char *

pointName

)

Return the transmit flags of the AFDX output message associated with the RTDB item. The RTDB item must be mapped to an AFDX output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_afdxGetDefaultTxFlags

(

char *

pointName

)

Return the default transmit flags as configured in the RTDB of the AFDX output message associated with the RTDB item. The RTDB item must be mapped to an AFDX output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_afdxSetTxRate	(	char *	pointName,
		int	msRate
	)

Change the transmit rate of the AFDX message associated with the RTDB item. The RTDB item must be mapped to an AFDX output message.

Parameters:

	pointName	The name of the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_afdxSetTxFIFOToScheduled	(	const char *	pointName,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode. If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given item.

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_afdxSetFIFOTxOnChangeP	(	RTDBItem *	pItem,
		int	txOnChange
	)

Set/reset the FIFO/Queue message where the point is mapped to transmit on change. When Tx on change is set, the message is sent whenever its value changes. When Tx on change is reset, the message is only send by user request.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change message flag.

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_afdxGetTxRate

(

char *

pointName

)

Return the transmit rate of the AFDX output message associated with the RTDB item. The RTDB item must be mapped to an AFDX output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_afdxGetDefaultTxRate

(

char *

pointName

)

Return the default transmit rate as configured in the RTDB of the AFDX output message associated with the RTDB item. The RTDB item must be mapped to an AFDX output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_afdxSetTxScheduledToFIFO

(

const char *

pointName

)

Switch the message where the point is mapped from scheduled transmission mode to FIFO mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code. The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pointName

Name of the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTAFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_ao16SetFrequencyWave	(	int	boardNum,
		int	channelMask,
		double	frequency,
		char *	waveFile
	)

Set the frequency and/or wave file for a combination of channels on the specified board. If the waveFile is NULL, only the frequency is set. When the wave file is given, both frequency and wave file must be given.
This call will reset the hardware on the board and reinitialize all the running wave forms on all channels to their initial conditions. If the board has been configured as external sync via the GUI, the board will need to be triggered again to output the data on all channels.

Parameters:

	boardNum	Number of the AO16:Wave board to set the frequency/wave file. First board is 1.
	channelMask	Bit mask specifying on which channels to set the frequency. Mask: 1 == channel 0 only Mask: 2 == channel 1 only Mask: 5 == channel 0 and 2
	frequency	The new frequency.
	waveFile	The name of the new wave file. The wave file must be in the projects/WaveForms directory. If this is NULL or the length of the file == 0, only the frequency is set and the wave form is not altered.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_ao16SetAmplitudeBias	(	int	boardNum,
		int	channelMask,
		double	amplitude,
		double	bias
	)

Set the amplitude/bias for a combination of channels on the specified board. Only the channels specified in the channel mask are affected.

Parameters:

	boardNum	Number of the AO16:Wave board to set the frequency/wave file. First board is 1.
	channelMask	Bit mask specifying on which channels to set the frequency. Mask: 1 == channel 0 only Mask: 2 == channel 1 only Mask: 5 == channel 0 and 2
	amplitude	The new amplitude. The initial amplitude/bias when the board is initialized is 1.0 and 0.0 .
	bias	The new bias.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_ao16SetPhase	(	int	boardNum,
		int	channelMask,
		double	phase
	)

Set the phase for a combination of channels on the specified board. Only the channels specified in the channel mask are affected.

Parameters:

	boardNum	Number of the AO16:Wave board to set the frequency/wave file. First board is 1.
	channelMask	Bit mask specifying on which channels to set the frequency. Mask: 1 == channel 0 only Mask: 2 == channel 1 only Mask: 5 == channel 0 and 2
	phase	The new phase in degrees. The phase is additive, doing 2 30 deg phase change will result in the final wave being out of phase by 60 degrees.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_ao16Pause

(

int

boardNum

)

Pause output of wave form on the given board.

Parameters:

boardNum

Number of the AO16:Wave board to pause. First board is 1.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_ao16Resume

(

int

boardNum

)

Resume output of wave form on the given board.

Parameters:

boardNum

Number of the AO16:Wave board to pause. First board is 1.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_ao16Start

(

int

boardNum

)

Start output of wave form on the given board.

Parameters:

boardNum

Number of the AO16:Wave board to start. First board is 1.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_ao16Stop

(

int

boardNum

)

Stop output of wave form on the given board.

Parameters:

boardNum

Number of the AO16:Wave board to stop. First board is 1.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_ao16SetFilter	(	int	boardNum,
		int	filter
	)

Set output filter of wave form on the given board.

Parameters:

	boardNum	Number of the AO16:Wave board to pause. First board is 1.
	filter	Filter type 0 == NONE, 1 == FILTER_A , 2 == FILTER_B

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_arinc429TXQueueNow

(

RTDBItem *

pItem

)

Request that the value of label defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple ARINC label , all of the them will be transmitted. FIFO mode labels with IOFL_TXONCHANGE are only transmitted upon user request.

Parameters:

pItem

Pointer to the RTDB item mapped to the label we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429TXQueueNowName

(

const char *

pointName

)

Request that the value of label defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple ARINC label , all of the them will be transmitted. FIFO mode labels with IOFL_TXONCHANGE are only transmitted upon user request.

Parameters:

pointName

Name of the RTDB item mapped to the label we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429TXQueueNowLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Request that the value of label defined in FIFO queueing mode be sent now. FIFO mode labels are only transmitted upon user request.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx429 or DD_429_92
	boardNum	integer with the board number where the label is defined . The first board is 1.
	channelNum	integer with the channel number where the label is defined .
	labelNum	integer with the label number to be sent .

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429ResumeLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Resume sending the selected label after the label has been paused with a call to ccurAsyncIO_arinc429PauseLabel. The label must be defined as a schedule label for this to work.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx42 or DD_429_929
	boardNum	integer with the board number where the label is defined . The first board is 1.
	channelNum	integer with the channel number where the label is defined .
	labelNum	integer with the label number to resume.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429ResumeItemLabel

(

RTDBItem *

pItem

)

Resume sending the selected label after the label has been paused with a call to ccurAsyncIO_arinc429PauseItemLabel. The label must be defined as a schedule label for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the label. If the point is not mapped to an ARINC429 label. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429ResumeItemLabelName

(

const char *

pointName

)

Resume sending the selected label after the label has been paused with a call to ccurAsyncIO_arinc429PauseItemLabel. The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the label. If the point is not mapped to an ARINC429 label. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429PauseLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Pause the selected ARINC 429 label. Sending of the label can be resumed with a call to ccurAsyncIO_arinc429ResumeLabel.
The label must be defined as a scheduled label for this to work,

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx429 or DD_429_92
	boardNum	integer with the board number where the label is defined . The first board is 1.
	channelNum	integer with the channel number where the label is defined .
	labelNum	integer with the label number to resume.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429PauseItemLabel

(

RTDBItem *

pItem

)

Pause the label mapped to the specified RTDB item. Sending of the label can be resumed with a call to ccurAsyncIO_arinc429ResumeItemLabel.
The label must be defined as a schedule label for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the label. If the point is not mapped to an ARINC429 label. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429PauseItemLabelName

(

const char *

pointName

)

Pause the label mapped to the specified RTDB item. Sending of the label can be resumed with a call to ccurAsyncIO_arinc429ResumeItemLabel.
The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the label. If the point is not mapped to an ARINC429 label, this call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429SetInvertParityP	(	RTDBItem *	pItem,
		int	enable
	)

Force parity inversion on arinc 429 output point. Use this call when you know the address of the item.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the parity.
	enable	Set to 1 to enable parity inversion. Set to 0 to reset parity inversion.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_arinc429SetInvertParity	(	char *	pointName,
		int	enable
	)

Force parity inversion on arinc 429 output point.

Parameters:

	pointName	The name of the point for which we want to set/reset parity inversion.
	enable	Set to 1 to enable parity inversion. Set to 0 to reset parity inversion.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_arinc429SetTxRateLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum,
		int	msRate
	)

Change the transmit rate of an ARINC 429 label by specifying the board number , channel and label where the label is defined.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx429 or DD_429_92
	boardNum	The board number . First board is 1.
	channelNum	The channel number where the label is sent.
	labelNum	The ARINC label for which to change the schedule rate.
	msRate	The transmit rate in milliseconds.

Returns:

< 0 If the label could not be found

int ccurAsyncIO_arinc429GetTxRateLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Return the transmit rate of an ARINC 429 label by specifying the board number , channel and label where the label is defined.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx429 or DD_429_92
	boardNum	The board number . First board is 1.
	channelNum	The channel number where the label is sent.
	labelNum	The ARINC label for which to change the schedule rate.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_arinc429GetTxCountLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Get the number of messages transmitted for the selected ARINC label .

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of ARINC429 or BTI_Lx429 or DD_429_92.
	boardNum	integer with the board number where the label is defined . The first board is 1.
	channelNum	integer with the channel number.
	labelNum	The ARINC label number.

Return values:

>=

0 The number of message transmitted. < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429GetRxCountLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Get the number of messages received for the selected ARINC label .

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of ARINC429 or BTI_Lx429 or DD_429_92.
	boardNum	integer with the board number where the label is defined . The first board is 1.
	channelNum	integer with the channel number.
	labelNum	The ARINC label number.

Return values:

>=

0 The number of message received. < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_arinc429GetDefaultTxRateLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Return the default transmit rate as configured in the RTDB of an ARINC 429 label by specifying the board number , channel and label where the label is defined.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx42 or DD_429_929
	boardNum	The board number . First board is 1.
	channelNum	The channel number where the label is sent.
	labelNum	The ARINC label for which to change the schedule rate.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_arinc429GetTxFlagsLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Return the transmit flags of an ARINC 429 label by specifying the board number , channel and label where the label is defined.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx42 or DD_429_929
	boardNum	The board number . First board is 1.
	channelNum	The channel number where the label is sent.
	labelNum	The ARINC label for which to change the schedule rate.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_arinc429GetDefaultTxFlagsLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Return the default transmit flags as configured in the RTDB of an ARINC 429 label by specifying the board number , channel and label where the label is defined.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx42 or DD_429_929
	boardNum	The board number . First board is 1.
	channelNum	The channel number where the label is sent.
	labelNum	The ARINC label for which to change the schedule rate.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_arinc429SetTxRateP	(	RTDBItem *	pItem,
		int	msRate
	)

Change the transmit rate of the ARINC 429 label associated with the RTDB item. The RTDB item must be mapped to an ARINC 429 output label.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429GetTxRateP

(

RTDBItem *

pItem

)

Return the transmit rate of the ARINC 429 label associated with the RTDB item. The RTDB item must be mapped to an ARINC 429 output label. If the item is mapped to more than one output label, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want to get the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429GetDefaultTxRateP

(

RTDBItem *

pItem

)

Return the default transmit rate as configured in the RTDB of the ARINC 429 label associated with the RTDB item. The RTDB item must be mapped to an ARINC 429 output label. If the item is mapped to more than one output label, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want to get the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429GetTxCountP

(

RTDBItem *

pItem

)

Return the number of times the ARINC 429 label associated with the RTDB item was sent. The RTDB item must be mapped to an ARINC 429 output label. If the item is mapped to more than one output label, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want to get the transmit rate.

Returns:

The number of times the label was sent.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429GetRxCountP

(

RTDBItem *

pItem

)

Return the number of times the ARINC 429 label associated with the RTDB item was received. The RTDB item must be mapped to an ARINC 429 output label. If the item is mapped to more than one output label, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want to get the transmit rate.

Returns:

The number of times the label was received.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429GetTxFlagsP

(

RTDBItem *

pItem

)

Return the transmit flags of the ARINC 429 label associated with the RTDB item. The RTDB item must be mapped to an ARINC 429 output label. If the item is mapped to more than one output label, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want to get the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429GetDefaultTxFlagsP

(

RTDBItem *

pItem

)

Return the default transmit flags as configured in the RTDB of the ARINC 429 label associated with the RTDB item. The RTDB item must be mapped to an ARINC 429 output label. If the item is mapped to more than one output label, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want to get the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429SetTxRate	(	char *	pointName,
		int	msRate
	)

Change the transmit rate of the ARINC 429 label associated with the RTDB item. The RTDB item must be mapped to an arinc output label.

Parameters:

	pointName	The name of the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429GetTxRate

(

char *

pointName

)

Return the transmit rate of the ARINC 429 label associated with the RTDB item. The RTDB item must be mapped to an ARINC 429 output label. If the item is mapped to more than one output label, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429GetDefaultTxRate

(

char *

pointName

)

Return the default transmit rate as configured in the RTDB of the ARINC 429 label associated with the RTDB item. The RTDB item must be mapped to an ARINC 429 output label. If the item is mapped to more than one output label, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429GetTxFlags

(

char *

pointName

)

Return the transmit flags of the ARINC 429 label associated with the RTDB item. The RTDB item must be mapped to an ARINC 429 output label. If the item is mapped to more than one output label, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429GetDefaultTxFlags

(

char *

pointName

)

Return the default transmit flags as configured in the RTDB of the ARINC 429 label associated with the RTDB item. The RTDB item must be mapped to an ARINC 429 output label. If the item is mapped to more than one output label, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429SetTxScheduledToFIFOLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Switch the ARINC 429 label where the point is mapped from scheduled transmission mode to FIFO mode. If the label is already in FIFO mode, nothing happens and the call just returns with 0 error code.
The current scheduled rate for the label is saved so that it can be restored when the label is switched back to scheduled mode.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx42 or DD_429_929
	boardNum	The board number (first board is 0) where the label is defined.
	channelNum	The channel number (0-15).
	labelNum	The label number.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429SetTxScheduledToFIFOP

(

RTDBItem *

pItem

)

Switch the ARINC 429 label where the point is mapped from scheduled transmission mode to FIFO mode. If the label is already in FIFO mode, nothing happens and the call just returns with 0 error code.
The current scheduled rate for the label is saved so that it can be restored when the label is switched back to scheduled mode.

Parameters:

pItem

Pointer to the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429SetTxScheduledToFIFO

(

const char *

pointName

)

Switch the label where the point is mapped from scheduled transmission mode to FIFO mode. If the label is already in FIFO mode, nothing happens and the call just returns with 0 error code. The current scheduled rate for the label is saved so that it can be restored when the label is switched back to scheduled mode.

Parameters:

pointName

Name of the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_arinc429SetTxFIFOToScheduledLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum,
		int	msRate
	)

Switch the given label on the board type and number from FIFO to scheduled transmission mode . If the label is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the label can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx429 or DD_429_92
	boardNum	The board number (first board is 0) where the label is defined.
	channelNum	The channel number (0-15).
	labelNum	The label number.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the label was initially setup as a FIFO label when configuring the RTDB, the label does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given pItem.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND .

int ccurAsyncIO_arinc429SetTxFIFOToScheduledP	(	RTDBItem *	pItem,
		int	msRate
	)

Switch the label where the point is mapped from FIFO to scheduled transmission mode . If the label is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the label can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the label was initially setup as a FIFO label when configuring the RTDB, the label does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given pItem.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429SetTxFIFOToScheduled	(	const char *	pointName,
		int	msRate
	)

Switch the label where the point is mapped from FIFO to scheduled transmission mode . If the label is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the label can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the label was initially setup as a FIFO label when configuring the RTDB, the label does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given item.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429SetFIFOTxOnChangeLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum,
		int	txOnChange
	)

Set/reset transmit on change state on the FIFO label where the point is mapped. When Tx on change is set, the label is sent whenever its value changes.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx42 or DD_429_929
	boardNum	The board number (first board is 0) where the label is defined.
	channelNum	The channel number (0-15).
	labelNum	The label number.
	txOnChange	: 1 to set tx on change flag, 0 to reset the tx on change flag.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the label cannot be found.

int ccurAsyncIO_arinc429SetFIFOTxOnChangeP	(	RTDBItem *	pItem,
		int	txOnChange
	)

Set/reset transmit on change state on the FIFO label where the point is mapped. When Tx on change is set, the label is sent whenever its value changes. When Tx on change is reset, the label is only sent by user request.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change label flag.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_arinc429SetFIFOTxOnChange	(	const char *	pointName,
		int	txOnChange
	)

Set/reset the FIFO label where the point is mapped to transmit on change. When Tx on change is set, the label is sent whenever its value changes. When Tx on change is reset, the label is only sent by user request.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change label flag.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_arinc429HaltPointChannelP

(

RTDBItem *

pItem

)

Halt the ARINC429 channel on which the output point is defined.

Parameters:

pItem

Pointer to the RTDBItem that defines the point whose channel we want to halt. This will stop transmission of all the labels defined on the same channel as point name

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_arinc429StartPointChannelP

(

RTDBItem *

pItem

)

Start the ARINC429 channel on which the output point is defined.

Parameters:

pItem

Pointer to the RTDBItem that defines the point whose channel we want to start. This will restart transmission of all the labels defined on the same channel as the item.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_arinc429HaltPointChannel

(

const char *

pointName

)

Halt the ARINC429 channel on which the output point is defined.

Parameters:

pointName

The name of the RTDB item that sets what channel will be halted. This will stop transmission of all the labels defined on the same channel as pointName.

Returns:

0 On success.
< 0 CSCRIPT_NOTARINCPOINT, CSCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429StartPointChannel

(

const char *

pointName

)

Start the ARINC429 channel on which the output point is defined.

Parameters:

pointName

The name of the RTDB item that sets what channel will be started. This will restart transmission of all the labels defined on the same channel as pointName.

Returns:

0 On success.
< 0 CSCRIPT_NOTARINCPOINT, CSCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_arinc429HaltChannel	(	int	boardId,
		int	boardNum,
		int	channel
	)

Halt the sepcified ARINC429 channel .

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx42 or DD_429_929
	boardNum	The board number where the channel is to be halted. The first board is 1.
	channel	The number of the ARINC 429 channel to halt. This will stop transmission of all the labels defined on ithe channel. channel must be a number between 0 and 15.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL .

int ccurAsyncIO_arinc429StartChannel	(	int	boardId,
		int	boardNum,
		int	channel
	)

Start the sepcified ARINC429 channel .

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx42 or DD_429_929
	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The number of the ARINC 429 channel to start. This will restart transmission of all the labels defined on ithe channel. channel must be a number between 0 and 15.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL .

int ccurAsyncIO_DDC_arinc429TXQueueNowLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429TXQueueNowLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429ResumeLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429ResumeLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429PauseLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429PauseLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429SetTxRateLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	msRate
	)

Same as ccurAsyncIO_arinc429SetTxRateLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429GetTxRateLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetTxRateLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429GetDefaultTxRateLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetDefaultTxRateLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429GetTxFlagsLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetTxFlagsLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429GetDefaultTxFlagsLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetDefaultTxFlagsLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429HaltChannel	(	int	boardNum,
		int	channel
	)

Same as ccurAsyncIO_arinc429HaltChannel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429StartChannel	(	int	boardNum,
		int	channel
	)

Same as ccurAsyncIO_arinc429StartChannel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429SetTxScheduledToFIFOLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429SetTxScheduledToFIFOLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429SetTxFIFOToScheduledLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	msRate
	)

Same as ccurAsyncIO_arinc429SetTxFIFOToScheduledLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429SetFIFOTxOnChangeLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	txOnChange
	)

Same as ccurAsyncIO_arinc429SetFIFOTxOnChangeLabel with boardId == ARINC429 .

int ccurAsyncIO_BTI_arinc429TXQueueNowLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429TXQueueNowLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429ResumeLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429ResumeLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429PauseLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429PauseLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429SetTxRateLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	msRate
	)

Same as ccurAsyncIO_arinc429SetTxRateLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429GetTxRateLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetTxRateLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429GetDefaultTxRateLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetDefaultTxRateLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429GetTxFlagsLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetTxFlagsLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429GetDefaultTxFlagsLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetDefaultTxFlagsLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429HaltChannel	(	int	boardNum,
		int	channel
	)

Same as ccurAsyncIO_arinc429HaltChannel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429StartChannel	(	int	boardNum,
		int	channel
	)

Same as ccurAsyncIO_arinc429StartChannel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429SetTxScheduledToFIFOLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429SetTxScheduledToFIFOLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429SetTxFIFOToScheduledLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	msRate
	)

Same as ccurAsyncIO_arinc429SetTxFIFOToScheduledLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429SetFIFOTxOnChangeLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	txOnChange
	)

Same as ccurAsyncIO_arinc429SetFIFOTxOnChangeLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_arinc429SetInvertParityLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum,
		int	enable
	)

Force parity inversion on arinc 429 output label.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx42 or DD_429_929
	boardNum	The board number (first board is 0) where the label is defined.
	channelNum	The channel number (0-15).
	labelNum	The label number.
	enable	Set to 1 to enable parity inversion. Set to 0 to reset parity inversion.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND .

int ccurAsyncIO_arinc429GetInvertParityLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum,
		int *	enable
	)

Force parity inversion on arinc 429 output label.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx42 or DD_429_929
	boardNum	The board number (first board is 0) where the label is defined.
	channelNum	The channel number (0-15).
	labelNum	The label number.
	enable	pointer to character returning whether parity inversion is set.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND .

int ccurAsyncIO_DDC_arinc429SetInvertParityLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	enable
	)

Same as ccurAsyncIO_arinc429SetInvertParityLabel with boardId == ARINC429 .

int ccurAsyncIO_BTI_arinc429SetInvertParityLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	enable
	)

Same as ccurAsyncIO_arinc429SetInvertParityLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_DDC_arinc429GetInvertParityLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int *	enable
	)

Same as ccurAsyncIO_arinc429GetInvertParityLabel with boardId == ARINC429 .

int ccurAsyncIO_BTI_arinc429GetInvertParityLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int *	enable
	)

Same as ccurAsyncIO_arinc429GetInvertParityLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_arinc429GetTimeSinceLastRXLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Returns the number of micro seconds elapsed since the specified label point was last received .

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx429
	boardNum	The board number (first board is 0) where the label is defined.
	channelNum	The channel number (0-15).
	labelNum	The label number.

Returns:

The number of micro seconds if > 0.
< 0 RTDB_POINTNOTFOUND if the label cannot be found.

unsigned long long ccurAsyncIO_arinc429GetRXTimeStampLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Returns the time stamp in hardware ticks (_rdtsc()) when the label was last updated.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx429 or DD_429_92
	boardNum	The board number (first board is 0) where the label is defined.
	channelNum	The channel number (0-15).
	labelNum	The label number.

Returns:

The time stamp value if > 0
< 0 RTDB_POINTNOTFOUND if the label cannot be found.

int ccurAsyncIO_arinc429GetLastRXIntervalLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Returns the interval in micro seconds between the last 2 updates the specified label . It is used to check that the transmitting device is transmitting at a regular interval.

Parameters:

	boardId	integer with the board Id. Either ARINC429 or BTI_Lx429 or DD_429_92
	boardNum	The board number (first board is 0) where the label is defined.
	channelNum	The channel number (0-15).
	labelNum	The label number.

Return values:

The

value in micro seconds or < 0 if error.

int ccurAsyncIO_DDC_arinc429GetTimeSinceLastRXLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetTimeSinceLastRXLabel with boardId == ARINC429 .

unsigned long long ccurAsyncIO_DDC_arinc429GetRXTimeStampLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetRXTimeStampLabel with boardId == ARINC429 .

int ccurAsyncIO_DDC_arinc429GetLastRXIntervalLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetLastRXIntervalLabel with boardId == ARINC429 .

int ccurAsyncIO_BTI_arinc429GetTimeSinceLastRXLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetTimeSinceLastRXLabel with boardId == BTI_Lx429 .

unsigned long long ccurAsyncIO_BTI_arinc429GetRXTimeStampLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetRXTimeStampLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_BTI_arinc429GetLastRXIntervalLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetLastRXIntervalLabel with boardId == BTI_Lx429 .

int ccurAsyncIO_DD42992_arinc429TXQueueNowLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429TXQueueNowLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429ResumeLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429ResumeLabel with boardId == DD_429_92.

int ccurAsyncIO_DD42992_arinc429PauseLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429PauseLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429SetTxRateLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	msRate
	)

Same as ccurAsyncIO_arinc429SetTxRateLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429GetTxRateLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetTxRateLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429GetDefaultTxRateLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetDefaultTxRateLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429GetTxFlagsLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetTxFlagsLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429GetDefaultTxFlagsLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetDefaultTxFlagsLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429HaltChannel	(	int	boardNum,
		int	channel
	)

Same as ccurAsyncIO_arinc429HaltChannel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429StartChannel	(	int	boardNum,
		int	channel
	)

Same as ccurAsyncIO_arinc429StartChannel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429SetTxScheduledToFIFOLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429SetTxScheduledToFIFOLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429SetTxFIFOToScheduledLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	msRate
	)

Same as ccurAsyncIO_arinc429SetTxFIFOToScheduledLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429SetFIFOTxOnChangeLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	txOnChange
	)

Same as ccurAsyncIO_arinc429SetFIFOTxOnChangeLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429SetInvertParityLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int	enable
	)

Same as ccurAsyncIO_arinc429SetInvertParityLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429GetInvertParityLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum,
		int *	enable
	)

Same as ccurAsyncIO_arinc429GetInvertParityLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429GetTimeSinceLastRXLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetTimeSinceLastRXLabel with boardId == DD_429_92 .

unsigned long long ccurAsyncIO_DD42992_arinc429GetRXTimeStampLabel	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetRXTimeStampLabel with boardId == DD_429_92 .

int ccurAsyncIO_DD42992_arinc429GetLastRXIntervalLabel	(	int	boardNum,
		int	channelNum,
		int	labelNum
	)

Same as ccurAsyncIO_arinc429GetLastRXIntervalLabel with boardId == DD_429_92 .

int ccurAsyncIO_canTXQueueNow

(

RTDBItem *

pItem

)

Request that the value of CAN Id defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple CAN Id's , all of the them will be transmitted. FIFO mode CAN Id with IOFL_TXONCHANGE flag are only transmitted upon user request.

Parameters:

pItem

Pointer to the RTDB item mapped to the label we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_canTXQueueNowName

(

const char *

pointName

)

Request that the value of CAN Id defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple CAN Id's , all of the them will be transmitted. FIFO mode CAN Id with IOFL_TXONCHANGE flag are only transmitted upon user request.

Parameters:

pointName

Name of the RTDB item mapped to the label we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_canTXQueueNowCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Request that the value of label defined in FIFO queueing mode be sent now. FIFO mode labels are only transmitted upon user request.

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	integer with the board number where the CAN Id is defined . The first board is 1.
	netNum	integer with the net number where the CAN Id is defined .
	canId	integer with the CAN Id to be sent .

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_ESD_canTXQueueNowCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canTXQueueNowCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_canSetFIFOTxOnChangeP	(	RTDBItem *	pItem,
		int	txOnChange
	)

Set/reset the FIFO CAN id where the point is mapped to transmit on change. When Tx on change is set, the label is sent whenever its value changed. When Tx on change is reset, the CAN message is only by user request.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change CAN id flag.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_canSetFIFOTxOnChange	(	const char *	pointName,
		int	txOnChange
	)

Set/reset the FIFO CAN id where the point is mapped to transmit on change. When Tx on change is set, the CAN id is sent whenever its value changed. When Tx on change is reset, the CAN message is only by user request.

Parameters:

	pointName	Name ofi the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change CAN id flag.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_canSetFIFOTxOnChangeCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId,
		int	txOnChange
	)

Set/reset the FIFO CAN id to transmit on change. When Tx on change is set, the CAN id is sent whenever its value changed. When Tx on change is reset, the CAN message is only by user request.

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	integer with the board number where the CAN Id is defined . The first board is 1.
	netNum	integer with the net number where the CAN Id is defined .
	canId	integer with the CAN Id to be sent .
	txOnChange	Boolean indicating whether to set or reset the Tx on change CAN id flag.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTARINCOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_ESD_canSetFIFOTxOnChangeCANId	(	int	boardNum,
		int	netNum,
		int	canId,
		int	txOnChange
	)

Same as ccurAsyncIO_canSetFIFOTxOnChangeCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_canResumeCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Resume sending the selected CAN message after the message has been paused with a call to ccurAsyncIO_canPauseMsg. The message must be defined as a schedule/Sample message for this to work.

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	integer with the board number where the message is defined . The first board is 1.
	netNum	integer with the net number where the CAN id is defined .
	canId	The CAN id as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_ESD_canResumeCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canResumeCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_canResumeItemCANId

(

RTDBItem *

pItem

)

Resume sending the selected CAN message after the label has been paused with a call to ccurAsyncIO_canPauseItemCANId. The message where the point is mapped must be defined as a schedule/Sample message for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the message. If the point is not mapped to a CAN message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND, SCRIPT_NOTCANOUTPUT if error.

int ccurAsyncIO_canResumeItemCANIdName

(

const char *

pointName

)

Resume sending the selected CAN message after it has been paused with a call to ccurAsyncIO_canPauseItemMsg. The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to a CAN message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_canPauseCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Pause the selected CAN message. Sending of the CAN message can be resumed with a call to ccurAsyncIO_canResumeMsg.
The message must be defined as a scheduled/Sample message for this to work,

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	integer with the board number where the label is defined . The first board is 1.
	netNum	integer with the net number where the message is defined .
	canId	The CAN id as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_ESD_canPauseCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canPauseCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_canPauseItemCANId

(

RTDBItem *

pItem

)

Pause the CAN message onto which the specified RTDB item is mapped. Sending of message label can be resumed with a call to ccurAsyncIO_canResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the label. If the point is not mapped to a CAN message label. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_canPauseItemCANIdName

(

const char *

pointName

)

Pause the CAN message mapped to the specified RTDB item. Sending of the message can be resumed with a call to ccurAsyncIO_canResumeItemCANId.
The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to a CAN message, this call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_canSetTxRateCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId,
		float	msRate
	)

Change the transmit rate of a CAN message by specifying the board number , net number and canId .

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	The board number . First board is 1.
	netNum	The net number.
	canId	The CANid.
	msRate	The transmit rate in milliseconds.

Returns:

N/A

int ccurAsyncIO_ESD_canSetTxRateCANId	(	int	boardNum,
		int	netNum,
		int	canId,
		float	msRate
	)

Same as ccurAsyncIO_canSetTxFIFOToScheduledCANId with boardId == CANIO_ESD405 .

float ccurAsyncIO_canGetTxRateCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Return the transmit rate of a CAN message by specifying the board number , net number and canId .

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	The board number . First board is 1.
	netNum	The net number.
	canId	The CAN id.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

float ccurAsyncIO_ESD_canGetTxRateCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canGetTxRateCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_canGetRxCountCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Get the number of messages received for the selected CAN id.

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	integer with the board number where the label is defined . The first board is 1.
	netNum	integer with the net number where the message is defined .
	canId	The CAN id as defined in the RTDB configuration.

Return values:

>=

0 The number of message received. < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_canGetTxCountCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Get the number of messages transmitted for the selected CAN id.

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	integer with the board number where the label is defined . The first board is 1.
	netNum	integer with the net number where the message is defined .
	canId	The CAN id as defined in the RTDB configuration.

Return values:

>=

0 The number of message transmitted. < 0 RTDB_POINTNOTFOUND if error.

float ccurAsyncIO_canGetDefaultTxRateCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Return the default transmit rate as configured in the RTDB of a CAN message by specifying the board number , net number and canId .

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	The board number . First board is 1.
	netNum	The net number.
	canId	The CAN id.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

float ccurAsyncIO_ESD_canGetDefaultTxRateCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canGetDefaultTxRateCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_canGetTxFlagsCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Return the transmit rate of an CAN message by specifying the board number , net number and canId .

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	The board number . First board is 1.
	netNum	The net number.
	canId	The CAN id.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_ESD_canGetTxFlagsCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canGetTxFlagsCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_canGetDefaultTxFlagsCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Return the default transmit rate as configured in the RTDB of an CAN message by specifying the board number , net number and canId .

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	The board number . First board is 1.
	netNum	The net number.
	canId	The CAN id.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_ESD_canGetDefaultTxFlagsCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canGetDefaultTxFlagsCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_canSetTxScheduledToFIFOCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Switch the CAN message from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	The board number (starting at 1) where the CAN message is defined.
	netNum	the net number on which the message is defined.
	canId	The CAN id.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_ESD_canSetTxScheduledToFIFOCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canSetTxScheduledToFIFOCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_canSetTxScheduledToFIFOP

(

RTDBItem *

pItem

)

Switch the CAN message where the point is mapped from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.
The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pItem

Pointer to the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_canSetTxFIFOToScheduledCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId,
		float	msRate
	)

Switch the message from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardId	The board type where the CAN is defined. I.e. one of CANIO_ESD405(15) or CANIO_PEAK (21).
	boardNum	The board number (starting at 1) where the CAN message is defined.
	netNum	the net number on which the message is defined.
	canId	The CAN id.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when

Returns:

0 On success.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_ESD_canSetTxFIFOToScheduledCANId	(	int	boardNum,
		int	netNum,
		int	canId,
		float	msRate
	)

Same as ccurAsyncIO_canSetTxFIFOToScheduledCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_canSetTxFIFOToScheduledP	(	RTDBItem *	pItem,
		float	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given pItem.

Returns:

0 On success.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_canSetTxRateP	(	RTDBItem *	pItem,
		float	msRate
	)

Change the transmit rate of the CAN message associated with the RTDB item. The RTDB item must be mapped to an CAN output message.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

float ccurAsyncIO_canGetTxRateP

(

RTDBItem *

pItem

)

Return the transmit rate of the CAN message associated with the RTDB item. The RTDB item must be mapped to an CAN output message. If the item is mapped to more than one CAN output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_canGetTxCountP

(

RTDBItem *

pItem

)

Get the number of messages transmitted for the CAN id associated with the RTDB item.

Parameters:

pItem

Pointer to the RTDB item for which we want the count of message transmitted .

Return values:

>=

0 The number of message transmitted. < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_canGetRxCountP

(

RTDBItem *

pItem

)

Get the number of messages received for the CAN id associated with the RTDB item.

Parameters:

pItem

Pointer to the RTDB item for which we want the count of message received .

Return values:

>=

0 The number of message received. < 0 RTDB_POINTNOTFOUND if error.

float ccurAsyncIO_canGetDefaultTxRateP

(

RTDBItem *

pItem

)

Return the default transmit rate as configured in the RTDB of the CAN message associated with the RTDB item. The RTDB item must be mapped to a CAN output message. If the item is mapped to more than one CAN output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_canGetTxFlagsP

(

RTDBItem *

pItem

)

Return the transmit flags of the CAN message associated with the RTDB item. The RTDB item must be mapped to an CAN output message. If the item is mapped to more than one CAN output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_canGetDefaultTxFlagsP

(

RTDBItem *

pItem

)

Return the default transmit flags as configured in the RTDB of the CAN message associated with the RTDB item. The RTDB item must be mapped to an CAN output message. If the item is mapped to more than one CAN output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_canGetTxFlags

(

char *

pointName

)

Return the transmit flags of the CAN output message associated with the RTDB item. The RTDB item must be mapped to an CAN output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_canGetDefaultTxFlags

(

char *

pointName

)

Return the default transmit flags as configured in the RTDB of the CAN output message associated with the RTDB item. The RTDB item must be mapped to a CAN output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_canSetTxRate	(	char *	pointName,
		float	msRate
	)

Change the transmit rate of the CAN message associated with the RTDB item. The RTDB item must be mapped to a CAN output message.

Parameters:

	pointName	The name of the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_canSetTxFIFOToScheduled	(	const char *	pointName,
		float	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given item.

Returns:

0 On success.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

float ccurAsyncIO_canGetTxRate

(

char *

pointName

)

Return the transmit rate of the CAN output message associated with the RTDB item. The RTDB item must be mapped to a CAN output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND .

float ccurAsyncIO_canGetDefaultTxRate

(

char *

pointName

)

Return the default transmit rate as configured in the RTDB of the CAN output message associated with the RTDB item. The RTDB item must be mapped to a CAN output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_canSetTxScheduledToFIFO

(

const char *

pointName

)

Switch the message where the point is mapped from scheduled transmission mode to FIFO mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code. The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pointName

Name of the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_canGetTimeSinceLastRXCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Returns the number of micro seconds elapsed since the specified CAN id was last received .

Parameters:

	boardId	integer with the board Id. Either CANIO_ESD405 or CANIO_PEAK
	boardNum	The board number (first board is 0) where the label is defined.
	netNum	The board net number number (0-3).
	canId	The CANid.

Returns:

The number of micro seconds if > 0.
< 0 RTDB_POINTNOTFOUND if the label cannot be found.

unsigned long long ccurAsyncIO_canGetRXTimeStampCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Returns the time stamp in hardware ticks (_rdtsc()) when the label was last updated.

Parameters:

	boardId	integer with the board Id. Either CANIO_ESD405 or CANIO_PEAK
	boardNum	The board number (first board is 0) where the label is defined.
	netNum	The board net number number (0-3).
	canId	The CANid.

Returns:

The time stamp value if > 0
< 0 RTDB_POINTNOTFOUND if the label cannot be found.

int ccurAsyncIO_canGetLastRXIntervalCANId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Returns the interval in micro seconds between the last 2 updates the specified label . It is used to check that the transmitting device is transmitting at a regular interval.

Parameters:

	boardId	integer with the board Id. Either CANIO_ESD405 or CANIO_PEAK
	boardNum	The board number (first board is 0) where the label is defined.
	netNum	The board net number number (0-3).
	canId	The CANid.

Return values:

The

value in micro seconds or < 0 if error.

int ccurAsyncIO_ESD_canGetTimeSinceLastRXCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canGetTimeSinceLastRXCANId with boardId == CANIO_ESD405 .

unsigned long long ccurAsyncIO_ESD_canGetRXTimeStampCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canGetRXTimeStampCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_ESD_canGetLastRXIntervalCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canGetLastRXIntervalCANId with boardId == CANIO_ESD405 .

int ccurAsyncIO_PEAK_canGetTimeSinceLastRXCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canGetTimeSinceLastRXCANId with boardId == CANIO_PEAK .

unsigned long long ccurAsyncIO_PEAK_canGetRXTimeStampCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canGetRXTimeStampCANId with boardId == CANIO_PEAK .

int ccurAsyncIO_PEAK_canGetLastRXIntervalCANId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_canGetLastRXIntervalCANId with boardId == CANIO_PEAK .

int ccurAsyncIO_cigiIOAddMessage

(

IOCIGIMessage *

message

)

Add a CIGI message definition to the resident CIGI message table.

Parameters:

message

Address of the message structure.

See also:

IOCIGIMessage.

Return values:

	0	if message was added.
	<	0 RTDB_CIGIMSGTABLEFULL if there's no room in table to add the message.

CIGIResidentMessage* ccurAsyncIO_cigiIOFindMessage

(

const char *

name

)

Search the resident CIGI message table for a message.

Parameters:

name

The name of the message.

Return values:

	A	pointer to an CIGIResidentMessage struct if the message was found.
	NULL	if message was not found in table.

unsigned long long ccurAsyncIO_cigiIOGetTimeStamp

(

const char *

name

)

Get the message time stamp for the last read or write.

Parameters:

name

The name of the message.

Return values:

	The	time stamp in cpu ticks (_rdtsc()) .
	0	if message was not found in table.

int ccurAsyncIO_cigiIOTXQueueNow

(

RTDBItem *

pItem

)

Request that an CIGI message defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple CIGI messages , all of the them will be transmitted. FIFO / Queue CIGI messages created in the configuration with TX on change set are only transmitted upon user request.

Parameters:

pItem

Pointer to the RTDB item mapped to the CIGI message we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_cigiIOTXQueueNowName

(

const char *

pointName

)

Request that an CIGI message defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple CIGI messages , all of the them will be transmitted. FIFO / Queue CIGI messages created in the configuration with TX on change set are only transmitted upon user request.

Parameters:

pointName

Name of the RTDB item mapped to the CIGI message we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_cigiIOTXQueueNowMsg

(

const char *

msgName

)

Request that an CIGI message defined in FIFO queueing mode be sent now. FIFO/Queue mode CIGI message are only transmitted upon user request.

Parameters:

msgName

The name of the CIGI message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_cigiIOResumeMsg

(

const char *

msgName

)

Resume sending the selected CIGI message after the message has been paused with a call to ccurAsyncIO_cigiIOPauseMsg. The message must be defined as a schedule/Sample message for this to work.

Parameters:

msgName

The name of the CIGI message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_cigiIOResumeItemMsg

(

RTDBItem *

pItem

)

Resume sending the selected CIGI message after the label has been paused with a call to ccurAsyncIO_cigiIOPauseItemMsg. The message where the point is mapped must be defined as a schedule/Sample message for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the message. If the point is not mapped to an CIGI message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND, SCRIPT_NOTCIGIOUTPUT if error.

int ccurAsyncIO_cigiIOResumeItemMsgName

(

const char *

pointName

)

Resume sending the selected CIGI message after it has been paused with a call to ccurAsyncIO_cigiIOPauseItemMsg. The point on the message must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to an CIGI message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_cigiIOPauseMsg

(

const char *

msgName

)

Pause the selected CIGI message. Sending of the CIGI message can be resumed with a call to ccurAsyncIO_cigiIOResumeMsg.
The message must be defined as a scheduled/Sample message for this to work,

Parameters:

msgName

The name of the CIGI message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_cigiIOPauseItemMsg

(

RTDBItem *

pItem

)

Pause the CIGI message onto which the specified RTDB item is mapped. Sending of message label can be resumed with a call to ccurAsyncIO_cigiResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the label. If the point is not mapped to a CIGI message label. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_cigiIOPauseItemMsgName

(

const char *

pointName

)

Pause the CIGI-IO message mapped to the specified RTDB item. Sending of the message can be resumed with a call to ccurAsyncIO_cigiIOResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to a CIGI message, this call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

void ccurAsyncIO_cigiIOSetTxRateMsg	(	const char *	msgName,
		int	msRate
	)

Change the transmit rate of an CIGI message by specifying the board number and message name .

Parameters:

	msgName	The name of the CIGI message.
	msRate	The transmit rate in milliseconds.

Returns:

N/A

int ccurAsyncIO_cigiIOGetTxRateMsg

(

const char *

msgName

)

Return the transmit rate of an CIGI message by specifying the board number and message name .

Parameters:

msgName

The name of the CIGI message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_cigiIOGetDefaultTxRateMsg

(

const char *

msgName

)

Return the default transmit rate as configured in the RTDB of an CIGI message by specifying the board number and message name .

Parameters:

msgName

The name of the CIGI message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_cigiIOGetTxFlagsMsg

(

const char *

msgName

)

Return the transmit rate of an CIGI message by specifying the board number and message name .

Parameters:

msgName

The name of the CIGI message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_cigiIOGetDefaultTxFlagsMsg

(

const char *

msgName

)

Return the default transmit rate as configured in the RTDB of an CIGI message by specifying the board number and message name .

Parameters:

msgName

The name of the CIGI message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_cigiIOSetTxRateP	(	RTDBItem *	pItem,
		int	msRate
	)

Change the transmit rate of the CIGI message associated with the RTDB item. The RTDB item must be mapped to an CIGI-IO output message.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_cigiIOGetTxRateP

(

RTDBItem *

pItem

)

Return the transmit rate of the CIGI-IO message associated with the RTDB item. The RTDB item must be mapped to an CIGI-IO output message. If the item is mapped to more than one CIGI output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_cigiIOGetDefaultTxRateP

(

RTDBItem *

pItem

)

Return the default transmit rate as configured in the RTDB of the CIGI-IO message associated with the RTDB item. The RTDB item must be mapped to an CIGI-IO output message. If the item is mapped to more than one CIGI output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_cigiIOGetTxFlagsP

(

RTDBItem *

pItem

)

Return the transmit flags of the CIGI message associated with the RTDB item. The RTDB item must be mapped to an CIGI-IO output message. If the item is mapped to more than one CIGI output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTCIGIPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_cigiIOGetDefaultTxFlagsP

(

RTDBItem *

pItem

)

Return the default transmit flags as configured in the RTDB of the CIGI message associated with the RTDB item. The RTDB item must be mapped to an CIGI-IO output message. If the item is mapped to more than one CIGI-IO output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_cigiIOSetTxRate	(	char *	pointName,
		int	msRate
	)

Change the transmit rate of the CIGI message associated with the RTDB item. The RTDB item must be mapped to a CIGI-IO output message.

Parameters:

	pointName	The name of the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_cigiIOGetTxRate

(

char *

pointName

)

Return the transmit rate of the CIGI output message associated with the RTDB item. The RTDB item must be mapped to an CIGI output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTAFDXPOINT, SCCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_cigiIOGetDefaultTxRate

(

char *

pointName

)

Return the default transmit rate as configured in the RTDB of the CIGI output message associated with the RTDB item. The RTDB item must be mapped to an CIGI-IO output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_cigiIOGetTxFlags

(

char *

pointName

)

Return the transmit flags of the CIGI output message associated with the RTDB item. The RTDB item must be mapped to an CIGI output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_cigiIOGetDefaultTxFlags

(

char *

pointName

)

Return the default transmit flags as configured in the RTDB of the CIGI output message associated with the RTDB item. The RTDB item must be mapped to an CIGI output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTiNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_cigiIOSetTxScheduledToFIFOP

(

RTDBItem *

pItem

)

Switch the CIGI message where the point is mapped from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.
The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pItem

Pointer to the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_cigiIOSetTxScheduledToFIFO

(

const char *

pointName

)

Switch the message where the point is mapped from scheduled transmission mode to FIFO mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code. The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pointName

Name of the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_cigiIOSetTxScheduledToFIFOMsg

(

const char *

msgName

)

Switch the CIGI message from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

msgName

The name of the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_cigiIOSetTxFIFOToScheduledP	(	RTDBItem *	pItem,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given pItem.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_cigiIOSetTxFIFOToScheduled	(	const char *	pointName,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given item.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_cigiIOSetTxFIFOToScheduledMsg	(	const char *	msgName,
		int	msRate
	)

Switch the message from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	msgName	The name of the message.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_cigiIOSetFIFOTxOnChangeP	(	RTDBItem *	pItem,
		int	txOnChange
	)

Set/reset the FIFO/Queue message where the point is mapped to transmit on change. When Tx on change is set, the message is sent whenever its value changes. When Tx on change is reset, the message is only send by user request.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change message flag.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_cigiIOSetFIFOTxOnChange	(	const char *	pointName,
		int	txOnChange
	)

Set/reset the FIFO/Queue message where the point is mapped to transmit on change. When Tx on change is set, the message is sent whenever its value changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change message flag.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTCIGIOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_cigiIOSetFIFOTxOnChangeMsg	(	const char *	msgName,
		int	txOnChange
	)

Set/reset the CIGI FIFO message transmit on change state. When Tx on change is set, the message is sent whenever its content changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	msgName	The name of the message.
	txOnChange	Boolean indicating whether to set or reset the Tx on change state on the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_DA3218WaveSetFrequencyWave	(	int	boardNum,
		int	channelMask,
		double	frequency,
		char *	waveFile
	)

Set the frequency and/or wave file for a combination of channels on the specified board. If the waveFile is NULL, only the frequency is set. When the wave file is given, both frequency and wave file must be given. This call will reset the hardware on the board and reinitialize all the running wave forms on all channels to their initial conditions. If the board has been configured as external sync via the GUI, the board will need to be triggered again to output the data on all channels.

Parameters:

	boardNum	Number of the DA3218:Wave board to set the frequency/wave file. First board is 1.
	channelMask	Bit mask specifying on which channels to set the frequency. Mask: 1 == channel 0 only Mask: 2 == channel 1 only Mask: 5 == channel 0 and 2
	frequency	The new frequency.
	waveFile	The name of the new wave file. The wave file must be in the projects/WaveForms directory. If this is NULL or the length of the file == 0, only the frequency is set and the wave form is not altered.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_DA3218WaveSetAmplitudeBias	(	int	boardNum,
		int	channelMask,
		double	amplitude,
		double	bias
	)

Set the amplitude/bias for a combination of channels on the specified board. Only the channels specified in the channel mask are affected.

Parameters:

	boardNum	Number of the DA3218:Wave board to set the frequency/wave file. First board is 1.
	channelMask	Bit mask specifying on which channels to set the frequency. Mask: 1 == channel 0 only Mask: 2 == channel 1 only Mask: 5 == channel 0 and 2
	amplitude	The new amplitude. The initial amplitude/bias when the board is initialized is 1.0 and 0.0 .
	bias	The new bias.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_DA3218WaveSetPhase	(	int	boardNum,
		int	channelMask,
		double	phase
	)

Set the phase for a combination of channels on the specified board. Only the channels specified in the channel mask are affected.

Parameters:

	boardNum	Number of the DA3218:Wave board to set the frequency/wave file. First board is 1.
	channelMask	Bit mask specifying on which channels to set the frequency. Mask: 1 == channel 0 only Mask: 2 == channel 1 only Mask: 5 == channel 0 and 2
	phase	The new phase in degrees. The phase is additive, doing 2 30 deg phase change will result in the final wave being out of phase by 60 degrees.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_DA3218WavePause

(

int

boardNum

)

Pause output of wave form on the given board.

Parameters:

boardNum

Number of the DA3218:Wave board to pause. First board is 1.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_DA3218WaveResume

(

int

boardNum

)

Resume output of wave form on the given board.

Parameters:

boardNum

Number of the DA3218:Wave board to pause. First board is 1.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_DA3218WaveStart

(

int

boardNum

)

Start output of wave form on the given board.

Parameters:

boardNum

Number of the DA3218:Wave board to start. First board is 1.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_DA3218WaveStop

(

int

boardNum

)

Stop output of wave form on the given board.

Parameters:

boardNum

Number of the DA3218:Wave board to stop. First board is 1.

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_DA3218WaveSetFilter	(	int	boardNum,
		int	filter
	)

Set output filter of wave form on the given board.

Parameters:

	boardNum	Number of the DA3218:Wave board to pause. First board is 1.
	filter	Filter type 0 == NONE, 1 == FILTER_A , 2 == FILTER_B

Returns:

0 On success.
< -1 If the command output queue is full.

int ccurAsyncIO_DDC_1553BCStart	(	int	boardNum,
		int	channel
	)

Start the specified Bus Controller on a DDC 1553 board.

Parameters:

	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The number of the 1553 channel the BC is running on. defined on ithe channel. channel must be a number between 0 and 3.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_1553BCStart	(	int	boardId,
		int	boardNum,
		int	channel
	)

Start the specified Bus controller .

Parameters:

	boardId	integer with the board Id: Only DDC1553_67 supported at this time.
	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The number of the 1553 channel the BC is running on. channel must be a number between 0 and 3.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_DDC_1553BCStop	(	int	boardNum,
		int	channel
	)

Stop the specified Bus Controller on a DDC 1553 board.

Parameters:

	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The number of the 1553 channel the BC is running on. channel must be a number between 0 and 3.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_1553BCStop	(	int	boardId,
		int	boardNum,
		int	channel
	)

Stop the specified Bus controller .

Parameters:

	boardId	integer with the board Id: Only DDC1553_67 supported at this time.
	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The number of the 1553 channel the BC is running on. channel must be a number between 0 and 3.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_DDC_1553RTStart	(	int	boardNum,
		int	channel,
		int	rtAddr
	)

Start the specified RT on a DDC 1553 board.

Parameters:

	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The number of the 1553 channel the RT is running on. channel must be a number between 0 and 3.
	rtAddr	The address of the RT to start. Use -1 to start all RT's.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_1553RTStart	(	int	boardId,
		int	boardNum,
		int	channel,
		int	rtAddr
	)

Stop the specified Bus controller .

Parameters:

	boardId	integer with the board Id: Only DDC1553_67 supported at this time.
	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The number of the 1553 channel the RT is running on.
	rtAddr	The address of the RT to start. Use -1 to start all RT's. defined on ithe channel. channel must be a number between 0 and 3.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_DDC_1553RTStop	(	int	boardNum,
		int	channel,
		int	rtAddr
	)

Stop the specified RT on a DDC 1553 board.

Parameters:

	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The number of the 1553 channel the RT is running on. channel must be a number between 0 and 3.
	rtAddr	The address of the RT to start. Use -1 to start all RT's.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_1553RTStop	(	int	boardId,
		int	boardNum,
		int	channel,
		int	rtAddr
	)

Stop the specified RT.

Parameters:

	boardId	integer with the board Id: Only DDC1553_67 supported at this time.
	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The number of the 1553 channel the RT is running on.
	rtAddr	The address of the RT to start. Use -1 to start all RT's. defined on ithe channel. channel must be a number between 0 and 3.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_1553RTDisableBus	(	int	boardId,
		int	boardNum,
		int	channel,
		int	rtAddr,
		int	bus
	)

Disable BUS A/B or both for the specified RT running the given channel on a 1553 board. At the present, only DDC 1553 board support this feature.

Parameters:

	boardId	integer with the board Id: Only DDC1553_67 supported at this time.
	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The 1553 channel number the RT is running on.
	rtAddr	The address of the RT to start. .
	bus	The Bus to disable for the given RT; either DDC1553_RT_BUS_NONE(0), DDC1553_RT_BUS_A(1), DDC1553_RT_BUS_B(2) or DDC1553_RT_BUS_A|DDC1553_RT_BUS_B(3) to disable both bus A and B.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_DDC_1553RTDisableBus	(	int	boardNum,
		int	channel,
		int	rtAddr,
		int	bus
	)

Disable BUS A/B or both for the specified RT running the given channel on a DDC 1553 board.

Parameters:

	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The 1553 channel number the RT is running on.
	rtAddr	The address of the RT to start. .
	bus	The Bus to disable for the given RT; either DDC1553_RT_BUS_NONE(0), DDC1553_RT_BUS_A(1), DDC1553_RT_BUS_B(2) or DDC1553_RT_BUS_A|DDC1553_RT_BUS_B(3) to disable both bus A and B.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_DDC_1553BC_BusSelect	(	int	boardNum,
		int	channel,
		int	msgType,
		int	rtSrc,
		int	mbSrc,
		int	rtDest,
		int	mbDest,
		int	bus
	)

Disable BUS A/B or both for the specified RT running the given channel on a DDC 1553 board.

Parameters:

	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The 1553 channel number the RT is running on.
	msgType	the BC message type RT2BC == 2, BC2RT == 1 or RT2RT == 3 (use -1 to set bus independent of message type).
	rtSrc	The source RT number (Use -1 to select all source RT's).
	mbSrc	The source mailbox number (Use -1 to select all mailboxes for the selected RT)
	rtDest	The destination RT number (Use -1 to select all destination RT's)
	mbSrc	The destination mailbox number (Use -1 to select all destination mailboxes for the selected RT)
	bus	Bus selector. bus A == 1, bus B ==2 bus A and B == 3.

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_1553RTResetErrorInjection	(	int	boardId,
		int	boardNum,
		int	channel,
		int	rtAddr
	)

Reset error injection features for the given 1553 board. At the present, only DDC 1553 (DDC1553_67) board support this feature. This will re enable communication on both bus A and B for the RT.

Parameters:

	boardId	integer with the board Id: Only DDC1553_67 supported at this time.
	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The 1553 channel number the RT is running on.
	rtAddr	The address of the RT to start. .

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_DDC_1553RTResetErrorInjection	(	int	boardNum,
		int	channel,
		int	rtAddr
	)

Reset error injection features for the given DDC 1553 board. This will re enable communication on both bus A and B for the RT.

Parameters:

	boardNum	The board number where the channel is to be started. The first board is 1.
	channel	The 1553 channel number the RT is running on.
	rtAddr	The address of the RT to start. .

Returns:

0 On success.
< 0 SCRIPT_BADARINCBOARD,SCRIPT_BADARINCHANNEL . -1 Bad boardId

int ccurAsyncIO_fdxIOAddMessage	(	int	boardNumber,
		IOFDXMessage *	message
	)

Add a FDX message definition to the resident FDX message table.

Parameters:

	boardNumber	The board number (starting at 1) where the FDX message is defined.
	message	Address of the message structure.

See also:

IOFDXMessage.

Return values:

	0	if message was added.
	<	0 RTDB_FDXMSGTABLEFULL if there's no room in table to add the message.

FDXResidentMessage* ccurAsyncIO_fdxIOFindMessage	(	int	boardNumber,
		unsigned int	groupId
	)

Search the resident FDX message table for a message.

Parameters:

	boardNumber	The board number (starting at 1) where the FDX message is defined.
	groupId	The group ID of the FDX message defined.

Return values:

	A	pointer to an FDXResidentMessage struct if the message was found.
	NULL	if message was not found in table.

unsigned long long ccurAsyncIO_fdxIOGetTimeStamp	(	int	boardNumber,
		unsigned int	groupId
	)

Get the message time stamp for the last read or write.

Parameters:

	boardNumber	The board number (starting at 1) where the FDX message is defined.
	groupId	The group ID of the message.

Return values:

	The	time stamp in cpu ticks (_rdtsc()) .
	0	if message was not found in table.

int ccurAsyncIO_fdxIOTXQueueNow

(

RTDBItem *

pItem

)

Request that an FDX message defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple FDX messages , all of the them will be transmitted. FIFO / Queue FDX messages created in the configuration with TX on change set are only transmitted upon user request.

Parameters:

pItem

Pointer to the RTDB item mapped to the FDX message we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_fdxIOTXQueueNowName

(

const char *

pointName

)

Request that an FDX message defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple FDX messages , all of the them will be transmitted. FIFO / Queue FDX messages created in the configuration with TX on change set are only transmitted upon user request.

Parameters:

pointName

Name of the RTDB item mapped to the FDX message we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_fdxIOTXQueueNowMsg	(	int	boardNum,
		unsigned int	groupId
	)

Request that an FDX message defined in FIFO queueing mode be sent now. FIFO/Queue mode FDX message are only transmitted upon user request.

Parameters:

	boardNum	integer with the board number where the label is defined . The first board is 1.
	groupId	The group Id of the FDX message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_fdxIOResumeMsg	(	int	boardNum,
		unsigned int	groupId
	)

Resume sending the selected FDX message after the message has been paused with a call to ccurAsyncIO_fdxIOPauseMsg. The message must be defined as a schedule/Sample message for this to work.

Parameters:

	boardNum	integer with the board number where the message is defined . The first board is 1.
	groupId	The group ID of the FDX message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_fdxIOResumeItemMsg

(

RTDBItem *

pItem

)

Resume sending the selected FDX message after the label has been paused with a call to ccurAsyncIO_fdxIOPauseItemMsg. The message where the point is mapped must be defined as a schedule/Sample message for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the message. If the point is not mapped to an FDX message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND, SCRIPT_NOTFDXOUTPUT if error.

int ccurAsyncIO_fdxIOResumeItemMsgName

(

const char *

pointName

)

Resume sending the selected FDX message after it has been paused with a call to ccurAsyncIO_fdxIOPauseItemMsg. The point on the message must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to an FDX message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_fdxIOPauseMsg	(	int	boardNum,
		unsigned int	groupId
	)

Pause the selected FDX message. Sending of the FDX message can be resumed with a call to ccurAsyncIO_fdxIOResumeMsg.
The message must be defined as a scheduled/Sample message for this to work,

Parameters:

	boardNum	integer with the board number where the label is defined . The first board is 1.
	groupId	The group ID of the FDX message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_fdxIOPauseItemMsg

(

RTDBItem *

pItem

)

Pause the FDX message onto which the specified RTDB item is mapped. Sending of message label can be resumed with a call to ccurAsyncIO_fdxResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the label. If the point is not mapped to a FDX message label. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_fdxIOPauseItemMsgName

(

const char *

pointName

)

Pause the FDX-IO message mapped to the specified RTDB item. Sending of the message can be resumed with a call to ccurAsyncIO_fdxIOResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to a FDX message, this call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

void ccurAsyncIO_fdxIOSetTxRateMsg	(	int	boardNum,
		unsigned int	groupId,
		int	msRate
	)

Change the transmit rate of an FDX message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	groupId	The group ID of the message.
	msRate	The transmit rate in milliseconds.

Returns:

N/A

int ccurAsyncIO_fdxIOGetTxRateMsg	(	int	boardNum,
		unsigned int	groupId
	)

Return the transmit rate of an FDX message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	groupId	The group ID of the FDX message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_fdxIOGetDefaultTxRateMsg	(	int	boardNum,
		unsigned int	groupId
	)

Return the default transmit rate as configured in the RTDB of an FDX message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	groupId	The group ID of the FDX message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_fdxIOGetTxFlagsMsg	(	int	boardNum,
		unsigned int	groupId
	)

Return the transmit rate of an FDX message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	groupId	The group ID of the FDX message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_fdxIOGetDefaultTxFlagsMsg	(	int	boardNum,
		unsigned int	groupId
	)

Return the default transmit rate as configured in the RTDB of an FDX message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	groupId	The group ID of the FDX message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_fdxIOSetTxRateP	(	RTDBItem *	pItem,
		int	msRate
	)

Change the transmit rate of the FDX message associated with the RTDB item. The RTDB item must be mapped to an FDX-IO output message.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_fdxIOGetTxRateP

(

RTDBItem *

pItem

)

Return the transmit rate of the FDX-IO message associated with the RTDB item. The RTDB item must be mapped to an FDX-IO output message. If the item is mapped to more than one FDX output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_fdxIOGetDefaultTxRateP

(

RTDBItem *

pItem

)

Return the default transmit rate as configured in the RTDB of the FDX-IO message associated with the RTDB item. The RTDB item must be mapped to an FDX-IO output message. If the item is mapped to more than one FDX output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_fdxIOGetTxFlagsP

(

RTDBItem *

pItem

)

Return the transmit flags of the FDX message associated with the RTDB item. The RTDB item must be mapped to an FDX-IO output message. If the item is mapped to more than one FDX output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_fdxIOGetDefaultTxFlagsP

(

RTDBItem *

pItem

)

Return the default transmit flags as configured in the RTDB of the FDX message associated with the RTDB item. The RTDB item must be mapped to an FDX-IO output message. If the item is mapped to more than one FDX-IO output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_fdxIOSetTxRate	(	char *	pointName,
		int	msRate
	)

Change the transmit rate of the FDX message associated with the RTDB item. The RTDB item must be mapped to a FDX-IO output message.

Parameters:

	pointName	The name of the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_fdxIOGetTxRate

(

char *

pointName

)

Return the transmit rate of the FDX output message associated with the RTDB item. The RTDB item must be mapped to an FDX output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTAFDXPOINT, SCCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_fdxIOGetDefaultTxRate

(

char *

pointName

)

Return the default transmit rate as configured in the RTDB of the FDX output message associated with the RTDB item. The RTDB item must be mapped to an FDX-IO output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_fdxIOGetTxFlags

(

char *

pointName

)

Return the transmit flags of the FDX output message associated with the RTDB item. The RTDB item must be mapped to an FDX output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_fdxIOGetDefaultTxFlags

(

char *

pointName

)

Return the default transmit flags as configured in the RTDB of the FDX output message associated with the RTDB item. The RTDB item must be mapped to an FDX output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTiFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_fdxIOSetTxScheduledToFIFOP

(

RTDBItem *

pItem

)

Switch the FDX message where the point is mapped from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.
The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pItem

Pointer to the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_fdxIOSetTxScheduledToFIFO

(

const char *

pointName

)

Switch the message where the point is mapped from scheduled transmission mode to FIFO mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code. The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pointName

Name of the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_fdxIOSetTxScheduledToFIFOMsg	(	int	boardNum,
		unsigned int	groupId
	)

Switch the FDX message from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

boardNum

The board number (starting at 1) where the AFDX message is defined.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_fdxIOSetTxFIFOToScheduledP	(	RTDBItem *	pItem,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given pItem.

Returns:

0 On success.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_fdxIOSetTxFIFOToScheduled	(	const char *	pointName,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given item.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_fdxIOSetTxFIFOToScheduledMsg	(	int	boardNum,
		unsigned int	groupId,
		int	msRate
	)

Switch the message from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardNum	The board number (starting at 1) where the FDXIO message is defined.
	groupId	The group ID of the FDX message.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when

Returns:

0 On success.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_fdxIOSetFIFOTxOnChangeP	(	RTDBItem *	pItem,
		int	txOnChange
	)

Set/reset the FIFO/Queue message where the point is mapped to transmit on change. When Tx on change is set, the message is sent whenever its value changes. When Tx on change is reset, the message is only send by user request.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change message flag.

Returns:

0 On success.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_fdxIOSetFIFOTxOnChange	(	const char *	pointName,
		int	txOnChange
	)

Set/reset the FIFO/Queue message where the point is mapped to transmit on change. When Tx on change is set, the message is sent whenever its value changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change message flag.

Returns:

0 On success.
< 0 SCRIPT_NOTFDXPOINT, SCRIPT_NOTFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_fdxIOSetFIFOTxOnChangeMsg	(	int	boardNum,
		unsigned int	groupId,
		int	txOnChange
	)

Set/reset the FDX FIFO message transmit on change state. When Tx on change is set, the message is sent whenever its content changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	boardNum	The board number (starting at 1) where the FDX message is defined.
	groupId	The group ID of the FDX message.
	txOnChange	Boolean indicating whether to set or reset the Tx on change state on the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_linTXQueueNow

(

RTDBItem *

pItem

)

Request that the value of LIN Id defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple LIN Id's , all of the them will be transmitted. FIFO mode LIN Id with IOFL_TXONCHANGE flag are only transmitted upon user request.

Parameters:

pItem

Pointer to the RTDB item mapped to the label we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_linTXQueueNowName

(

const char *

pointName

)

Request that the value of LIN Id defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple LIN Id's , all of the them will be transmitted. FIFO mode LIN Id with IOFL_TXONCHANGE flag are only transmitted upon user request.

Parameters:

pointName

Name of the RTDB item mapped to the label we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_linTXQueueNowLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Request that the value of label defined in FIFO queueing mode be sent now. FIFO mode labels are only transmitted upon user request.

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	integer with the board number where the LIN Id is defined . The first board is 1.
	netNum	integer with the net number where the LIN Id is defined .
	canId	integer with the LIN Id to be sent .

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_BabyLIN_linTXQueueNowLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linTXQueueNowLINId with boardId == BABY_LIN .

int ccurAsyncIO_linSetFIFOTxOnChangeP	(	RTDBItem *	pItem,
		int	txOnChange
	)

Set/reset the FIFO LIN id where the point is mapped to transmit on change. When Tx on change is set, the label is sent whenever its value changed. When Tx on change is reset, the LIN message is only by user request.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change LIN id flag.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTLINOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_linSetFIFOTxOnChange	(	const char *	pointName,
		int	txOnChange
	)

Set/reset the FIFO LIN id where the point is mapped to transmit on change. When Tx on change is set, the LIN id is sent whenever its value changed. When Tx on change is reset, the LIN message is only by user request.

Parameters:

	pointName	Name ofi the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change LIN id flag.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTLINOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_linSetFIFOTxOnChangeLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId,
		int	txOnChange
	)

Set/reset the FIFO LIN id to transmit on change. When Tx on change is set, the LIN id is sent whenever its value changed. When Tx on change is reset, the LIN message is only by user request.

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	integer with the board number where the LIN Id is defined . The first board is 1.
	netNum	integer with the net number where the LIN Id is defined .
	canId	integer with the LIN Id to be sent .
	txOnChange	Boolean indicating whether to set or reset the Tx on change LIN id flag.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTLINOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_BabyLIN_linSetFIFOTxOnChangeLINId	(	int	boardNum,
		int	netNum,
		int	canId,
		int	txOnChange
	)

Same as ccurAsyncIO_linSetFIFOTxOnChangeLINId with boardId == BABY_LIN .

int ccurAsyncIO_linResumeLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Resume sending the selected LIN message after the message has been paused with a call to ccurAsyncIO_linPauseMsg. The message must be defined as a schedule/Sample message for this to work.

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	integer with the board number where the message is defined . The first board is 1.
	netNum	integer with the net number where the LIN id is defined .
	canId	The LIN id as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_BabyLIN_linResumeLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linResumeLINId with boardId == BABY_LIN .

int ccurAsyncIO_linResumeItemLINId

(

RTDBItem *

pItem

)

Resume sending the selected LIN message after the label has been paused with a call to ccurAsyncIO_linPauseItemLINId. The message where the point is mapped must be defined as a schedule/Sample message for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the message. If the point is not mapped to a LIN message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND, if error.

int ccurAsyncIO_linResumeItemLINIdName

(

const char *

pointName

)

Resume sending the selected LIN message after it has been paused with a call to ccurAsyncIO_linPauseItemMsg. The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to a LIN message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_linPauseLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Pause the selected LIN message. Sending of the LIN message can be resumed with a call to ccurAsyncIO_linResumeMsg.
The message must be defined as a scheduled/Sample message for this to work,

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	integer with the board number where the label is defined . The first board is 1.
	netNum	integer with the net number where the message is defined .
	canId	The LIN id as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_BabyLIN_linPauseLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linPauseLINId with boardId == BABY_LIN .

int ccurAsyncIO_linPauseItemLINId

(

RTDBItem *

pItem

)

Pause the LIN message onto which the specified RTDB item is mapped. Sending of message label can be resumed with a call to ccurAsyncIO_linResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the label. If the point is not mapped to a LIN message label. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_linPauseItemLINIdName

(

const char *

pointName

)

Pause the LIN message mapped to the specified RTDB item. Sending of the message can be resumed with a call to ccurAsyncIO_linResumeItemLINId.
The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to a LIN message, this call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_linSetTxRateLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId,
		int	msRate
	)

Change the transmit rate of a LIN message by specifying the board number , net number and canId .

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	The board number . First board is 1.
	netNum	The net number.
	canId	The LINid.
	msRate	The transmit rate in milliseconds.

Returns:

N/A

int ccurAsyncIO_BabyLIN_linSetTxRateLINId	(	int	boardNum,
		int	netNum,
		int	canId,
		int	msRate
	)

Same as ccurAsyncIO_linSetTxFIFOToScheduledLINId with boardId == BABY_LIN .

int ccurAsyncIO_linGetTxRateLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Return the transmit rate of a LIN message by specifying the board number , net number and canId .

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	The board number . First board is 1.
	netNum	The net number.
	canId	The LIN id.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_BabyLIN_linGetTxRateLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linGetTxRateLINId with boardId == BABY_LIN .

int ccurAsyncIO_linGetDefaultTxRateLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Return the default transmit rate as configured in the RTDB of a LIN message by specifying the board number , net number and canId .

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	The board number . First board is 1.
	netNum	The net number.
	canId	The LIN id.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_BabyLIN_linGetDefaultTxRateLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linGetDefaultTxRateLINId with boardId == BABY_LIN .

int ccurAsyncIO_linGetTxFlagsLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Return the transmit rate of an LIN message by specifying the board number , net number and canId .

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	The board number . First board is 1.
	netNum	The net number.
	canId	The LIN id.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_BabyLIN_linGetTxFlagsLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linGetTxFlagsLINId with boardId == BABY_LIN .

int ccurAsyncIO_linGetDefaultTxFlagsLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Return the default transmit rate as configured in the RTDB of an LIN message by specifying the board number , net number and canId .

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	The board number . First board is 1.
	netNum	The net number.
	canId	The LIN id.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_BabyLIN_linGetDefaultTxFlagsLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linGetDefaultTxFlagsLINId with boardId == BABY_LIN .

int ccurAsyncIO_linSetTxScheduledToFIFOLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Switch the LIN message from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	The board number (starting at 1) where the LIN message is defined.
	netNum	the net number on which the message is defined.
	canId	The LIN id.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_BabyLIN_linSetTxScheduledToFIFOLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linSetTxScheduledToFIFOLINId with boardId == BABY_LIN .

int ccurAsyncIO_linSetTxScheduledToFIFOP

(

RTDBItem *

pItem

)

Switch the LIN message where the point is mapped from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.
The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pItem

Pointer to the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTLINPOINT, SCRIPT_NOTLINOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_linSetTxFIFOToScheduledLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId,
		int	msRate
	)

Switch the message from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardId	The board type where the LIN is defined. I.e. one of BABY_LIN(72) .
	boardNum	The board number (starting at 1) where the LIN message is defined.
	netNum	the net number on which the message is defined.
	canId	The LIN id.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when

Returns:

0 On success.
< 0 SCRIPT_NOTLINPOINT, SCRIPT_NOTLINOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_BabyLIN_linSetTxFIFOToScheduledLINId	(	int	boardNum,
		int	netNum,
		int	canId,
		int	msRate
	)

Same as ccurAsyncIO_linSetTxFIFOToScheduledLINId with boardId == BABY_LIN .

int ccurAsyncIO_linSetTxFIFOToScheduledP	(	RTDBItem *	pItem,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given pItem.

Returns:

0 On success.
< 0 SCRIPT_NOTLINPOINT, SCRIPT_NOTLINOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_linSetTxRateP	(	RTDBItem *	pItem,
		int	msRate
	)

Change the transmit rate of the LIN message associated with the RTDB item. The RTDB item must be mapped to an LIN output message.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_linGetTxRateP

(

RTDBItem *

pItem

)

Return the transmit rate of the LIN message associated with the RTDB item. The RTDB item must be mapped to an LIN output message. If the item is mapped to more than one LIN output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_linGetDefaultTxRateP

(

RTDBItem *

pItem

)

Return the default transmit rate as configured in the RTDB of the LIN message associated with the RTDB item. The RTDB item must be mapped to a LIN output message. If the item is mapped to more than one LIN output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_linGetTxFlagsP

(

RTDBItem *

pItem

)

Return the transmit flags of the LIN message associated with the RTDB item. The RTDB item must be mapped to an LIN output message. If the item is mapped to more than one LIN output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_linGetDefaultTxFlagsP

(

RTDBItem *

pItem

)

Return the default transmit flags as configured in the RTDB of the LIN message associated with the RTDB item. The RTDB item must be mapped to an LIN output message. If the item is mapped to more than one LIN output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_linGetTxFlags

(

char *

pointName

)

Return the transmit flags of the LIN output message associated with the RTDB item. The RTDB item must be mapped to an LIN output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_linGetDefaultTxFlags

(

char *

pointName

)

Return the default transmit flags as configured in the RTDB of the LIN output message associated with the RTDB item. The RTDB item must be mapped to a LIN output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_linSetTxRate	(	char *	pointName,
		int	msRate
	)

Change the transmit rate of the LIN message associated with the RTDB item. The RTDB item must be mapped to a LIN output message.

Parameters:

	pointName	The name of the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_linSetTxFIFOToScheduled	(	const char *	pointName,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given item.

Returns:

0 On success.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_linGetTxRate

(

char *

pointName

)

Return the transmit rate of the LIN output message associated with the RTDB item. The RTDB item must be mapped to a LIN output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_linGetDefaultTxRate

(

char *

pointName

)

Return the default transmit rate as configured in the RTDB of the LIN output message associated with the RTDB item. The RTDB item must be mapped to a LIN output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTLINPOINT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_linSetTxScheduledToFIFO

(

const char *

pointName

)

Switch the message where the point is mapped from scheduled transmission mode to FIFO mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code. The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pointName

Name of the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTLINPOINT, SCRIPT_NOTLINOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_linGetTimeSinceLastRXLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Returns the number of micro seconds elapsed since the specified LIN id was last received .

Parameters:

	boardId	integer with the board Id. Either BABY_LIN
	boardNum	The board number (first board is 0) where the label is defined.
	netNum	The board net number number (0-3).
	canId	The LINid.

Returns:

The number of micro seconds if > 0.
< 0 RTDB_POINTNOTFOUND if the label cannot be found.

unsigned long long ccurAsyncIO_linGetRXTimeStampLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Returns the time stamp in hardware ticks (_rdtsc()) when the label was last updated.

Parameters:

	boardId	integer with the board Id. Either BABY_LIN
	boardNum	The board number (first board is 0) where the label is defined.
	netNum	The board net number number (0-3).
	canId	The LINid.

Returns:

The time stamp value if > 0
< 0 RTDB_POINTNOTFOUND if the label cannot be found.

int ccurAsyncIO_linGetLastRXIntervalLINId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	canId
	)

Returns the interval in micro seconds between the last 2 updates the specified label . It is used to check that the transmitting device is transmitting at a regular interval.

Parameters:

	boardId	integer with the board Id. Either BABY_LIN
	boardNum	The board number (first board is 0) where the label is defined.
	netNum	The board net number number (0-3).
	canId	The LINid.

Return values:

The

value in micro seconds or < 0 if error.

int ccurAsyncIO_BabyLIN_linGetTimeSinceLastRXLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linGetTimeSinceLastRXLINId with boardId == BABY_LIN .

unsigned long long ccurAsyncIO_BabyLIN_linGetRXTimeStampLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linGetRXTimeStampLINId with boardId == BABY_LIN .

int ccurAsyncIO_BabyLIN_linGetLastRXIntervalLINId	(	int	boardNum,
		int	netNum,
		int	canId
	)

Same as ccurAsyncIO_linGetLastRXIntervalLINId with boardId == BABY_LIN .

int ccurAsyncIO_netIOAddMessage	(	int	boardNumber,
		IONETMessage *	message
	)

Add a NET message definition to the resident NET message table.

Parameters:

	boardNumber	The board number (starting at 1) where the NET message is defined.
	message	Address of the message structure.

See also:

IONETMessage.

Return values:

	0	if message was added.
	<	0 RTDB_NETMSGTABLEFULL if there's no room in table to add the message.

NETResidentMessage* ccurAsyncIO_netIOFindMessage	(	int	boardNumber,
		const char *	name
	)

Search the resident NET message table for a message.

Parameters:

	boardNumber	The board number (starting at 1) where the NET message is defined.
	name	The name of the message.

Return values:

	A	pointer to an NETResidentMessage struct if the message was found.
	NULL	if message was not found in table.

unsigned long long ccurAsyncIO_netIOGetTimeStamp	(	int	boardNumber,
		const char *	name
	)

Get the message time stamp for the last read or write.

Parameters:

	boardNumber	The board number (starting at 1) where the NET message is defined.
	name	The name of the message.

Return values:

	The	time stamp in cpu ticks (_rdtsc()) .
	0	if message was not found in table.

int ccurAsyncIO_netIOTXQueueNow

(

RTDBItem *

pItem

)

Request that an NET message defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple NET messages , all of the them will be transmitted. FIFO / Queue NET messages created in the configuration with TX on change set are only transmitted upon user request.

Parameters:

pItem

Pointer to the RTDB item mapped to the NET message we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_netIOTXQueueNowName

(

const char *

pointName

)

Request that an NET message defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple NET messages , all of the them will be transmitted. FIFO / Queue NET messages created in the configuration with TX on change set are only transmitted upon user request.

Parameters:

pointName

Name of the RTDB item mapped to the NET message we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_netIOTXQueueNowMsg	(	int	boardNum,
		const char *	msgName
	)

Request that an NET message defined in FIFO queueing mode be sent now. FIFO/Queue mode NET message are only transmitted upon user request.

Parameters:

	boardNum	integer with the board number where the label is defined . The first board is 1.
	msgName	The name of the NET message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_netIOResumeMsg	(	int	boardNum,
		const char *	msgName
	)

Resume sending the selected NET message after the message has been paused with a call to ccurAsyncIO_netIOPauseMsg. The message must be defined as a schedule/Sample message for this to work.

Parameters:

	boardNum	integer with the board number where the message is defined . The first board is 1.
	msgName	The name of the NET message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_netIOResumeItemMsg

(

RTDBItem *

pItem

)

Resume sending the selected NET message after the label has been paused with a call to ccurAsyncIO_netIOPauseItemMsg. The message where the point is mapped must be defined as a schedule/Sample message for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the message. If the point is not mapped to an NET message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND, SCRIPT_NOTNETOUTPUT if error.

int ccurAsyncIO_netIOResumeItemMsgName

(

const char *

pointName

)

Resume sending the selected NET message after it has been paused with a call to ccurAsyncIO_netIOPauseItemMsg. The point on the message must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to an NET message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_netIOPauseMsg	(	int	boardNum,
		const char *	msgName
	)

Pause the selected NET message. Sending of the NET message can be resumed with a call to ccurAsyncIO_netIOResumeMsg.
The message must be defined as a scheduled/Sample message for this to work,

Parameters:

	boardNum	integer with the board number where the label is defined . The first board is 1.
	msgName	The name of the NET message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_netIOPauseItemMsg

(

RTDBItem *

pItem

)

Pause the NET message onto which the specified RTDB item is mapped. Sending of message label can be resumed with a call to ccurAsyncIO_netResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the label. If the point is not mapped to a NET message label. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_netIOPauseItemMsgName

(

const char *

pointName

)

Pause the NET-IO message mapped to the specified RTDB item. Sending of the message can be resumed with a call to ccurAsyncIO_netIOResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to a NET message, this call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

void ccurAsyncIO_netIOSetTxRateMsg	(	int	boardNum,
		const char *	msgName,
		int	msRate
	)

Change the transmit rate of an NET message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	msgName	The name of the NET message.
	msRate	The transmit rate in milliseconds.

Returns:

N/A

int ccurAsyncIO_netIOGetTxRateMsg	(	int	boardNum,
		const char *	msgName
	)

Return the transmit rate of an NET message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	msgName	The name of the NET message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_netIOGetDefaultTxRateMsg	(	int	boardNum,
		const char *	msgName
	)

Return the default transmit rate as configured in the RTDB of an NET message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	msgName	The name of the NET message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_netIOGetTxFlagsMsg	(	int	boardNum,
		const char *	msgName
	)

Return the transmit rate of an NET message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	msgName	The name of the NET message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_netIOGetDefaultTxFlagsMsg	(	int	boardNum,
		const char *	msgName
	)

Return the default transmit rate as configured in the RTDB of an NET message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	msgName	The name of the NET message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_netIOSetTxRateP	(	RTDBItem *	pItem,
		int	msRate
	)

Change the transmit rate of the NET message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_netIOGetTxRateP

(

RTDBItem *

pItem

)

Return the transmit rate of the NET-IO message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message. If the item is mapped to more than one NET output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_netIOGetDefaultTxRateP

(

RTDBItem *

pItem

)

Return the default transmit rate as configured in the RTDB of the NET-IO message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message. If the item is mapped to more than one NET output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_netIOGetTxFlagsP

(

RTDBItem *

pItem

)

Return the transmit flags of the NET message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message. If the item is mapped to more than one NET output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_netIOGetDefaultTxFlagsP

(

RTDBItem *

pItem

)

Return the default transmit flags as configured in the RTDB of the NET message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message. If the item is mapped to more than one NET-IO output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_netIOSetTxRate	(	char *	pointName,
		int	msRate
	)

Change the transmit rate of the NET message associated with the RTDB item. The RTDB item must be mapped to a NET-IO output message.

Parameters:

	pointName	The name of the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_netIOGetTxRate

(

char *

pointName

)

Return the transmit rate of the NET output message associated with the RTDB item. The RTDB item must be mapped to an NET output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTAFDXPOINT, SCCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_netIOGetDefaultTxRate

(

char *

pointName

)

Return the default transmit rate as configured in the RTDB of the NET output message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_netIOGetTxFlags

(

char *

pointName

)

Return the transmit flags of the NET output message associated with the RTDB item. The RTDB item must be mapped to an NET output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_netIOGetDefaultTxFlags

(

char *

pointName

)

Return the default transmit flags as configured in the RTDB of the NET output message associated with the RTDB item. The RTDB item must be mapped to an NET output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTiNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_netIOSetTxScheduledToFIFOP

(

RTDBItem *

pItem

)

Switch the NET message where the point is mapped from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.
The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pItem

Pointer to the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_netIOSetTxScheduledToFIFO

(

const char *

pointName

)

Switch the message where the point is mapped from scheduled transmission mode to FIFO mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code. The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pointName

Name of the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_netIOSetTxScheduledToFIFOMsg	(	int	boardNum,
		const char *	msgName
	)

Switch the NET message from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardNum	The board number (starting at 1) where the AFDX message is defined.
	msgName	The name of the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_netIOSetTxFIFOToScheduledP	(	RTDBItem *	pItem,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given pItem.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_netIOSetTxFIFOToScheduled	(	const char *	pointName,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given item.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_netIOSetTxFIFOToScheduledMsg	(	int	boardNum,
		const char *	msgName,
		int	msRate
	)

Switch the message from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardNum	The board number (starting at 1) where the NETIO message is defined.
	msgName	The name of the message.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_netIOSetFIFOTxOnChangeP	(	RTDBItem *	pItem,
		int	txOnChange
	)

Set/reset the FIFO/Queue message where the point is mapped to transmit on change. When Tx on change is set, the message is sent whenever its value changes. When Tx on change is reset, the message is only send by user request.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change message flag.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_netIOSetFIFOTxOnChange	(	const char *	pointName,
		int	txOnChange
	)

Set/reset the FIFO/Queue message where the point is mapped to transmit on change. When Tx on change is set, the message is sent whenever its value changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change message flag.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_netIOSetFIFOTxOnChangeMsg	(	int	boardNum,
		const char *	msgName,
		int	txOnChange
	)

Set/reset the NET FIFO message transmit on change state. When Tx on change is set, the message is sent whenever its content changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	boardNum	The board number (starting at 1) where the NET message is defined.
	msgName	The name of the message.
	txOnChange	Boolean indicating whether to set or reset the Tx on change state on the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_netIOSetDestPortIP	(	int	boardNum,
		const char *	msgName,
		int	destPort,
		int	destIP
	)

Change the destination port and IP for an output NETIO message. The existing connection is closed and will be reestablished on the new port. When Tx on change is reset, the message is only sent by user request.

Parameters:

	boardNum	The board number (starting at 1) where the NET message is defined.
	msgName	The name of the message.
	destPort	The new destination port for the message. Set destPort = 0 to keep the port defined in the original message.
	destIP	The new destination IP address for the message. Set destIP = 0 to keep the IP defined in the original message. To set the to IP 192.168.1.10 , pass the integer as follows (192 << 24) + (168 << 16) + (1<<8) + 10

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_sentResumeSENTId	(	int	boardId,
		int	boardNum,
		int	channelNum,
		int	sentId
	)

Resume sending the selected SENT message after the message has been paused with a call to ccurAsyncIO_sentPauseMsg. The message must be defined as a schedule/Sample message for this to work.

Parameters:

	boardId	The board type where the SENT id is defined. I.e. one of CP_SENT(80) or CP_FPGA_ArV (77) or CP_CMFIO (104) or CP_FPGA_ArX (110)
	boardNum	integer with the board number where the message is defined . The first board is 1.
	channelNum	integer with the net number where the SENT id is defined .
	sentId	The SENT id as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_CPSENT_sentResumeSENTId	(	int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentResumeSENTId with boardId == CP_SENT .

int ccurAsyncIO_sentResumeItemSENTId

(

RTDBItem *

pItem

)

Resume sending the selected SENT message after the label has been paused with a call to ccurAsyncIO_sentPauseItemSENTId. The message where the point is mapped must be defined as a schedule/Sample message for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the message. If the point is not mapped to a SENT message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND, SCRIPT_NOTCANOUTPUT if error.

int ccurAsyncIO_sentResumeItemSENTIdName

(

const char *

pointName

)

Resume sending the selected SENT message after it has been paused with a call to ccurAsyncIO_sentPauseItemMsg. The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to a SENT message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_sentPauseSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Pause the selected SENT message. Sending of the SENT message can be resumed with a call to ccurAsyncIO_sentResumeMsg.
The message must be defined as a scheduled/Sample message for this to work,

Parameters:

	boardId	The board type where the SENT id is defined. I.e. one of CP_SENT(15) or CANIO_PEAK (21).
	boardNum	integer with the board number where the label is defined . The first board is 1.
	netNum	integer with the net number where the message is defined .
	sentId	The SENT id as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_CPSENT_sentPauseSENTId	(	int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentPauseSENTId with boardId == CP_SENT .

int ccurAsyncIO_sentPauseItemSENTId

(

RTDBItem *

pItem

)

Pause the SENT message onto which the specified RTDB item is mapped. Sending of message label can be resumed with a call to ccurAsyncIO_sentResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the label. If the point is not mapped to a SENT message label. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_sentPauseItemSENTIdName

(

const char *

pointName

)

Pause the SENT message mapped to the specified RTDB item. Sending of the message can be resumed with a call to ccurAsyncIO_sentResumeItemSENTId.
The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to a SENT message, this call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_sentGetRxCountSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Get the number of messages received for the selected SENT id.

Parameters:

	boardId	The board type where the SENT is defined. I.e. one of CP_SENT(80) or CP_FPGA_ArV (77) or CP_CMFIO (104) or CP_FPGA_ArX (110)
	boardNum	integer with the board number where the label is defined . The first board is 1.
	netNum	integer with the net number where the message is defined .
	sentId	The SENT id as defined in the RTDB configuration.

Return values:

>=

0 The number of message received. < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_sentGetTxCountSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Get the number of messages transmitted for the selected SENT id.

Parameters:

	boardId	The board type where the SENT id is defined. I.e. one of CP_SENT(80) or CP_FPGA_ArV (77) or CP_CMFIO (104) or CP_FPGA_ArX (110)
	boardNum	integer with the board number where the label is defined . The first board is 1.
	netNum	integer with the net number where the message is defined .
	sentId	The SENT id as defined in the RTDB configuration.

Return values:

>=

0 The number of message transmitted. < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_sentGetTxFlagsSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Return the transmit flags of an SENT message by specifying the board number , net number and sentId .

Parameters:

	boardId	The board type where the SENT id is defined. I.e. one of CP_SENT(80) or CP_FPGA_ArV (77) or CP_CMFIO (104) or CP_FPGA_ArX (110)
	boardNum	The board number . First board is 1.
	netNum	The net number.
	sentId	The SENT id.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_CPSENT_sentGetTxFlagsSENTId	(	int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentGetTxFlagsSENTId with boardId == CP_SENT .

int ccurAsyncIO_sentGetTxCountP

(

RTDBItem *

pItem

)

Get the number of messages transmitted for the SENT id associated with the RTDB item.

Parameters:

pItem

Pointer to the RTDB item for which we want the count of message transmitted .

Return values:

>=

0 The number of message transmitted. < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_sentGetRxCountP

(

RTDBItem *

pItem

)

Get the number of messages received for the SENT id associated with the RTDB item.

Parameters:

pItem

Pointer to the RTDB item for which we want the count of message received .

Return values:

>=

0 The number of message received. < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_sentGetTxFlagsP

(

RTDBItem *

pItem

)

Return the transmit flags of the SENT message associated with the RTDB item. The RTDB item must be mapped to an SENT output message. If the item is mapped to more than one SENT output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_sentGetTxFlags

(

char *

pointName

)

Return the transmit flags of the SENT output message associated with the RTDB item. The RTDB item must be mapped to an SENT output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTCANPOINT, SCRIPT_NOTCANOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_sentGetTimeSinceLastRXSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Returns the number of micro seconds elapsed since the specified SENT id was last received .

Parameters:

	boardId	integer with the board Id. Either CP_SENT or CP_FPGA_ArV (77) or CP_CMFIO (104) or CP_FPGA_ArX (110)
	boardNum	The board number (first board is 0) where the label is defined.
	netNum	The board net number number (0-3).
	sentId	The SENTId.

Returns:

The number of micro seconds if > 0.
< 0 RTDB_POINTNOTFOUND if the label cannot be found.

unsigned long long ccurAsyncIO_sentGetRXTimeStampSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Returns the time stamp in hardware ticks (_rdtsc()) when the label was last updated.

Parameters:

	boardId	integer with the board Id. Either CP_SENT or CP_FPGA_ArV (77) or CP_CMFIO (104) or CP_FPGA_ArX (110)
	boardNum	The board number (first board is 0) where the label is defined.
	netNum	The board net number number (0-3).
	sentId	The SENTId.

Returns:

The time stamp value if > 0
< 0 RTDB_POINTNOTFOUND if the label cannot be found.

int ccurAsyncIO_sentGetLastRXIntervalSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Returns the interval in micro seconds between the last 2 updates the specified label . It is used to check that the transmitting device is transmitting at a regular interval.

Parameters:

	boardId	integer with the board Id. Either CP_SENT or CP_FPGA_ArV (77) or CP_CMFIO(104) or CP_FPGA_ArX (110)
	boardNum	The board number (first board is 0) where the label is defined.
	netNum	The board net number number (0-3).
	sentId	The SENTId.

Return values:

The

value in micro seconds or < 0 if error.

int ccurAsyncIO_CPSENT_sentGetTimeSinceLastRXSENTId	(	int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentGetTimeSinceLastRXSENTId with boardId == CP_SENT .

unsigned long long ccurAsyncIO_CPSENT_sentGetRXTimeStampSENTId	(	int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentGetRXTimeStampSENTId with boardId == CP_SENT .

int ccurAsyncIO_CPSENT_sentGetLastRXIntervalSENTId	(	int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentGetLastRXIntervalSENTId with boardId == CP_SENT .

int ccurAsyncIO_CPFPGAArria_sentResumeSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentResumeSENTId with boardId == CP_FPGA_ArV or CP_FPGA_ArX or CP_CMFIO

int ccurAsyncIO_CPFPGAArria_sentPauseSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentPauseSENTId with boardId == CP_FPGA_ArV or CP_FPGA_ArX or CP_CMFIO

int ccurAsyncIO_CPFPGAArria_sentGetTxFlagsSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentGetTxFlagsSENTId with boardId == CP_FPGA_ArV or CP_FPGA_ArX or CP_CMFIO

int ccurAsyncIO_CPFPGAArria_sentGetTimeSinceLastRXSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentGetTimeSinceLastRXSENTId with boardId == CP_FPGA_ArV or CP_FPGA_ArX or CP_CMFIO

unsigned long long ccurAsyncIO_CPFPGAArria_sentGetRXTimeStampSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentGetRXTimeStampSENTId with boardId == CP_FPGA_ArV or CP_FPGA_ArX or CP_CMFIO

int ccurAsyncIO_CPFPGAArria_sentGetLastRXIntervalSENTId	(	int	boardId,
		int	boardNum,
		int	netNum,
		int	sentId
	)

Same as ccurAsyncIO_sentGetLastRXIntervalSENTId with boardId == CP_FPGA_ArV or CP_FPGA_ArX or CP_CMFIO

int ccurAsyncIO_udpIOAddMessage	(	int	boardNumber,
		IOUDPMessage *	message
	)

Add a NET message definition to the resident NET message table.

Parameters:

	boardNumber	The board number (starting at 1) where the NET message is defined.
	message	Address of the message structure.

See also:

IOUDPMessage.

Return values:

	0	if message was added.
	<	0 RTDB_NETMSGTABLEFULL if there's no room in table to add the message.

UDPResidentMessage* ccurAsyncIO_udpIOFindMessage	(	int	boardNumber,
		const char *	name
	)

Search the resident NET message table for a message.

Parameters:

	boardNumber	The board number (starting at 1) where the NET message is defined.
	name	The name of the message.

Return values:

	A	pointer to an UDPResidentMessage struct if the message was found.
	NULL	if message was not found in table.

unsigned long long ccurAsyncIO_udpIOGetTimeStamp	(	int	boardNumber,
		const char *	name
	)

Get the message time stamp for the last read or write.

Parameters:

	boardNumber	The board number (starting at 1) where the NET message is defined.
	name	The name of the message.

Return values:

	The	time stamp in cpu ticks (_rdtsc()) .
	0	if message was not found in table.

int ccurAsyncIO_udpIOTXQueueNow

(

RTDBItem *

pItem

)

Request that an NET message defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple NET messages , all of the them will be transmitted. FIFO / Queue NET messages created in the configuration with TX on change set are only transmitted upon user request.

Parameters:

pItem

Pointer to the RTDB item mapped to the NET message we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_udpIOTXQueueNowName

(

const char *

pointName

)

Request that an NET message defined in FIFO queueing mode be sent now. If the item specified is mapped to multiple NET messages , all of the them will be transmitted. FIFO / Queue NET messages created in the configuration with TX on change set are only transmitted upon user request.

Parameters:

pointName

Name of the RTDB item mapped to the NET message we want to transmit.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_udpIOTXQueueNowMsg	(	int	boardNum,
		const char *	msgName
	)

Request that an NET message defined in FIFO queueing mode be sent now. FIFO/Queue mode NET message are only transmitted upon user request.

Parameters:

	boardNum	integer with the board number where the label is defined . The first board is 1.
	msgName	The name of the NET message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_udpIOResumeMsg	(	int	boardNum,
		const char *	msgName
	)

Resume sending the selected NET message after the message has been paused with a call to ccurAsyncIO_udpIOPauseMsg. The message must be defined as a schedule/Sample message for this to work.

Parameters:

	boardNum	integer with the board number where the message is defined . The first board is 1.
	msgName	The name of the NET message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_udpIOResumeItemMsg

(

RTDBItem *

pItem

)

Resume sending the selected NET message after the label has been paused with a call to ccurAsyncIO_udpIOPauseItemMsg. The message where the point is mapped must be defined as a schedule/Sample message for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the message. If the point is not mapped to an NET message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND, SCRIPT_NOTNETOUTPUT if error.

int ccurAsyncIO_udpIOResumeItemMsgName

(

const char *

pointName

)

Resume sending the selected NET message after it has been paused with a call to ccurAsyncIO_udpIOPauseItemMsg. The point on the message must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to an NET message. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_udpIOPauseMsg	(	int	boardNum,
		const char *	msgName
	)

Pause the selected NET message. Sending of the NET message can be resumed with a call to ccurAsyncIO_udpIOResumeMsg.
The message must be defined as a scheduled/Sample message for this to work,

Parameters:

	boardNum	integer with the board number where the label is defined . The first board is 1.
	msgName	The name of the NET message as defined in the RTDB configuration.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_udpIOPauseItemMsg

(

RTDBItem *

pItem

)

Pause the NET message onto which the specified RTDB item is mapped. Sending of message label can be resumed with a call to ccurAsyncIO_udpResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pItem

Pointer to the RTDB item which is mapped to the label. If the point is not mapped to a NET message label. This call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

int ccurAsyncIO_udpIOPauseItemMsgName

(

const char *

pointName

)

Pause the NET-IO message mapped to the specified RTDB item. Sending of the message can be resumed with a call to ccurAsyncIO_udpIOResumeItemMsg.
The label must be defined as a schedule label for this to work.

Parameters:

pointName

Name of the RTDB item which is mapped to the message. If the point is not mapped to a NET message, this call returns an error.

Return values:

0

on Success < 0 RTDB_POINTNOTFOUND if error.

void ccurAsyncIO_udpIOSetTxRateMsg	(	int	boardNum,
		const char *	msgName,
		int	msRate
	)

Change the transmit rate of an NET message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	msgName	The name of the NET message.
	msRate	The transmit rate in milliseconds.

Returns:

N/A

int ccurAsyncIO_udpIOGetTxRateMsg	(	int	boardNum,
		const char *	msgName
	)

Return the transmit rate of an NET message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	msgName	The name of the NET message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_udpIOGetDefaultTxRateMsg	(	int	boardNum,
		const char *	msgName
	)

Return the default transmit rate as configured in the RTDB of an NET message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	msgName	The name of the NET message.

Returns:

The transmit rate in milliseconds.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_udpIOGetTxFlagsMsg	(	int	boardNum,
		const char *	msgName
	)

Return the transmit rate of an NET message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	msgName	The name of the NET message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_udpIOGetDefaultTxFlagsMsg	(	int	boardNum,
		const char *	msgName
	)

Return the default transmit rate as configured in the RTDB of an NET message by specifying the board number and message name .

Parameters:

	boardNum	The board number . First board is 1.
	msgName	The name of the NET message.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO, MSGIO_TXONCHANGE, MSGIO_PAUSED.
< 0 When an error occurred and the label could not be found.

int ccurAsyncIO_udpIOSetTxRateP	(	RTDBItem *	pItem,
		int	msRate
	)

Change the transmit rate of the NET message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_udpIOGetTxRateP

(

RTDBItem *

pItem

)

Return the transmit rate of the NET-IO message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message. If the item is mapped to more than one NET output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_udpIOGetDefaultTxRateP

(

RTDBItem *

pItem

)

Return the default transmit rate as configured in the RTDB of the NET-IO message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message. If the item is mapped to more than one NET output message, the TX rate for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit rate.

Returns:

The TX rate in milliseconds.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_udpIOGetTxFlagsP

(

RTDBItem *

pItem

)

Return the transmit flags of the NET message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message. If the item is mapped to more than one NET output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_udpIOGetDefaultTxFlagsP

(

RTDBItem *

pItem

)

Return the default transmit flags as configured in the RTDB of the NET message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message. If the item is mapped to more than one NET-IO output message, the TX flags for the first mapping is returned.

Parameters:

pItem

Pointer to the RTDB item for which we want the transmit flags.

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_udpIOSetTxRate	(	char *	pointName,
		int	msRate
	)

Change the transmit rate of the NET message associated with the RTDB item. The RTDB item must be mapped to a NET-IO output message.

Parameters:

	pointName	The name of the RTDB item for which we want to change the transmit rate. Be aware that this will not change the default value for this variable in the RTDB.
	msRate	The transmit rate in milliseconds.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_udpIOGetTxRate

(

char *

pointName

)

Return the transmit rate of the NET output message associated with the RTDB item. The RTDB item must be mapped to an NET output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTAFDXPOINT, SCCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND, SCRIPT_BADARINCTXRATE.

int ccurAsyncIO_udpIOGetDefaultTxRate

(

char *

pointName

)

Return the default transmit rate as configured in the RTDB of the NET output message associated with the RTDB item. The RTDB item must be mapped to an NET-IO output message. If the item is mapped to more than one output message, the TX rate for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the transmit rate.

Returns:

The transmit rate in milliseconds.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_udpIOGetTxFlags

(

char *

pointName

)

Return the transmit flags of the NET output message associated with the RTDB item. The RTDB item must be mapped to an NET output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND .

int ccurAsyncIO_udpIOGetDefaultTxFlags

(

char *

pointName

)

Return the default transmit flags as configured in the RTDB of the NET output message associated with the RTDB item. The RTDB item must be mapped to an NET output message. If the item is mapped to more than one output message, the TX flags for the first mapping is returned.

Parameters:

pointName

The name of the RTDB item for which we want the TX flags .

Returns:

The transmit flags as a combination of MSGIO_SCHED, MSGIO_FIFO,MSGIO_TXONCHANGE,MSGIO_PAUSED.
< 0 SCRIPT_NOTiNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_udpIOSetTxScheduledToFIFOP

(

RTDBItem *

pItem

)

Switch the NET message where the point is mapped from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.
The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pItem

Pointer to the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_udpIOSetTxScheduledToFIFO

(

const char *

pointName

)

Switch the message where the point is mapped from scheduled transmission mode to FIFO mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code. The current scheduled rate for the message is saved so that it can be restored when the message is switched back to scheduled mode.

Parameters:

pointName

Name of the RTDB item for which we want to change the transmission mode.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTAFDXOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_udpIOSetTxScheduledToFIFOMsg	(	int	boardNum,
		const char *	msgName
	)

Switch the NET message from scheduled transmission mode to FIFO/Queue mode. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardNum	The board number (starting at 1) where the AFDX message is defined.
	msgName	The name of the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_udpIOSetTxFIFOToScheduledP	(	RTDBItem *	pItem,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given pItem.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_udpIOSetTxFIFOToScheduled	(	const char *	pointName,
		int	msRate
	)

Switch the message where the point is mapped from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when configuring the RTDB, the message does NOT have an original scheduled rate and so the msRate must be supplied by the user the first time the call is used on the given item.

Returns:

0 On success.
< 0 SCRIPT_NOTARINCPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND, CSCRIPT_BADARINCTXRATE.

int ccurAsyncIO_udpIOSetTxFIFOToScheduledMsg	(	int	boardNum,
		const char *	msgName,
		int	msRate
	)

Switch the message from FIFO to scheduled transmission mode . If the message is already in scheduled mode, nothing happens and the call just returns with 0 error code. The previously used scheduled rate for the message can either be restored by passing -1 as the new transmission rate or set to the new value passed in the msRate argument. If the message is already in FIFO mode, nothing happens and the call just returns with 0 error code.

Parameters:

	boardNum	The board number (starting at 1) where the NETIO message is defined.
	msgName	The name of the message.
	msRate	The new transmit rate in milliseconds or -1 to restore the previously save rate. Be aware that if the message was initially setup as a FIFO/Queue message when

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_udpIOSetFIFOTxOnChangeP	(	RTDBItem *	pItem,
		int	txOnChange
	)

Set/reset the FIFO/Queue message where the point is mapped to transmit on change. When Tx on change is set, the message is sent whenever its value changes. When Tx on change is reset, the message is only send by user request.

Parameters:

	pItem	Pointer to the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change message flag.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_udpIOSetFIFOTxOnChange	(	const char *	pointName,
		int	txOnChange
	)

Set/reset the FIFO/Queue message where the point is mapped to transmit on change. When Tx on change is set, the message is sent whenever its value changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	pointName	Name of the RTDB item for which we want to change the transmission mode.
	txOnChange	Boolean indicating whether to set or reset the Tx on change message flag.

Returns:

0 On success.
< 0 SCRIPT_NOTNETPOINT, SCRIPT_NOTNETOUTPUT, RTDB_POINTNOTFOUND.

int ccurAsyncIO_udpIOSetFIFOTxOnChangeMsg	(	int	boardNum,
		const char *	msgName,
		int	txOnChange
	)

Set/reset the NET FIFO message transmit on change state. When Tx on change is set, the message is sent whenever its content changes. When Tx on change is reset, the message is only sent by user request.

Parameters:

	boardNum	The board number (starting at 1) where the NET message is defined.
	msgName	The name of the message.
	txOnChange	Boolean indicating whether to set or reset the Tx on change state on the message.

Returns:

0 On success.
< 0 RTDB_POINTNOTFOUND if the message cannot be found.

int ccurAsyncIO_asyncGetLastRXIntervalP

(

const RTDBItem *

pItem

)

Returns the interval in micro seconds between the last 2 updates of the point into the RTDB.
This is only valid for input points mapped to asynchronous devices such as ARINC 429 or AFDX.
It is used to check that the transmitting device is transmitting at a regular interval.

Parameters:

pItem

The address of the RTDB item for which we want the interval.

Return values:

The

value in micro seconds or < 0 if error.

int ccurAsyncIO_asyncGetLastRXInterval

(

const char *

pointName

)

Returns the interval in micro seconds between the last 2 updates of the point into the RTDB.
This is only valid for input points mapped to asynchronous devices such as ARINC 429 or AFDX.
It is used to check that the transmitting device is transmitting at a regular interval.

Parameters:

pointName

The name of the RTDB item for which we want the interval.

Return values:

The

value in micro seconds or < 0 if error.

int ccurAsyncIO_asyncGetTimeSinceLastRXP

(

const RTDBItem *

pItem

)

Returns the number of micro seconds elapsed since the specified data point was last updated in the RTDB.
This is only valid for input points mapped to asynchronous devices such as ARINC 429 or AFDX.
It is used to check that the transmitting device has not timed out.

Parameters:

pItem

Pointer to the RTDB item in the RTDB item for which we want the time since last update.

Return values:

The

value in micro seconds or < 0 if error.

int ccurAsyncIO_asyncGetTimeSinceLastRX

(

const char *

pointName

)

Returns the number of micro seconds elapsed since the specified data point was last updated in the RTDB.
This is only valid for input points mapped to asynchronous devices such as ARINC 429 or AFDX.
It is used to check that the transmitting device has not timed out.

Parameters:

pointName

The name of the RTDB item for which we want the time since last update.

Return values:

The

value in micro seconds or < 0 if error.

unsigned long long ccurAsyncIO_asyncGetRXTimeStampP

(

const RTDBItem *

pItem

)

Returns the time stamp in hardware ticks (_rdtsc()) when the last update on the point took place.
This is only valid for input points mapped to asynchronous devices such as ARINC 429 or AFDX.

Parameters:

pItem

Pointer to the RTDB item in the RTDB item for which we want the time since last update.

Return values:

unsigned

long long value in hardware ticks or < RTDB_POINTNOTFOUND if error.