Module simwbServerAPI

ccurAsyncIO_1553BCStart
 Start the specified Bus controller .

Function prototype
int ccurAsyncIO_1553BCStart(int boardId,int boardNum,int channel )
  Function arguments
       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

ccurAsyncIO_1553BCStop
 Stop the specified Bus controller .

Function prototype
int ccurAsyncIO_1553BCStop(int boardId,int boardNum,int channel )
  Function arguments
       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

ccurAsyncIO_1553RTDisableBus
 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.

Function prototype
int ccurAsyncIO_1553RTDisableBus(int boardId,int boardNum,int channel,int rtAddr,int bus )
  Function arguments
       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

ccurAsyncIO_1553RTResetErrorInjection
  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.

Function prototype
int ccurAsyncIO_1553RTResetErrorInjection(int boardId,int boardNum,int channel,int rtAddr)
  Function arguments
       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

ccurAsyncIO_1553RTStart
 Stop the specified Bus controller .

Function prototype
int ccurAsyncIO_1553RTStart(int boardId,int boardNum,int channel,int rtAddr )
  Function arguments
       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

ccurAsyncIO_1553RTStop
 Stop the specified RT.

Function prototype
int ccurAsyncIO_1553RTStop(int boardId,int boardNum,int channel,int rtAddr )
  Function arguments
       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

ccurAsyncIO_CPFPGAARV_sentResumeSENTId
   Same as  ccurAsyncIO_sentResumeSENTId with boardId == CP_FPGA_ArV

ccurAsyncIO_DA3218WavePause
 Pause output of wave form on the given board. 

Function prototype
int ccurAsyncIO_DA3218WavePause(int boardNum)
  Function arguments
       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.

ccurAsyncIO_DA3218WaveResume
 Resume output of wave form on the given board. 

Function prototype
int ccurAsyncIO_DA3218WaveResume(int boardNum)
  Function arguments
       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.

ccurAsyncIO_DA3218WaveSetAmplitudeBias
 Set the amplitude/bias for a combination of channels on the specified board.  Only the channels specified
 in the channel mask are affected.

Function prototype
int ccurAsyncIO_DA3218WaveSetAmplitudeBias(int boardNum,int channelMask,double amplitude, double bias )
  Function arguments
       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.

ccurAsyncIO_DA3218WaveSetFrequencyWave
 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.

Function prototype
int ccurAsyncIO_DA3218WaveSetFrequencyWave(int boardNum,int channelMask,double frequency,char *waveFile )
  Function arguments
       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.

ccurAsyncIO_DA3218WaveSetPhase
 Set the phase for a combination of channels on the specified board.  Only the channels specified
 in the channel mask are affected.

Function prototype
int ccurAsyncIO_DA3218WaveSetPhase(int boardNum,int channelMask,double phase )
  Function arguments
       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.

ccurAsyncIO_DA3218WaveStart
 Start output of wave form on the given board. 

Function prototype
int ccurAsyncIO_DA3218WaveStart(int boardNum)
  Function arguments
       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.

ccurAsyncIO_DA3218WaveStop
 Stop output of wave form on the given board. 

Function prototype
int ccurAsyncIO_DA3218WaveStop(int boardNum)
  Function arguments
       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.

ccurAsyncIO_DDC_1553BCStart
 Start the specified Bus Controller on a DDC 1553 board.

Function prototype
int ccurAsyncIO_DDC_1553BCStart(int boardNum,int channel )
  Function arguments
       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

ccurAsyncIO_DDC_1553BCStop
 Stop the specified Bus Controller on a DDC 1553 board.

Function prototype
int ccurAsyncIO_DDC_1553BCStop(int boardNum,int channel )
  Function arguments
       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

ccurAsyncIO_DDC_1553BC_BusSelect
 Disable BUS A/B or both for the specified RT running the given channel on a DDC 1553 board.

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

ccurAsyncIO_DDC_1553RTDisableBus
 Disable BUS A/B or both for the specified RT running the given channel on a DDC 1553 board.

Function prototype
int ccurAsyncIO_DDC_1553RTDisableBus(int boardNum,int channel,int rtAddr,int bus )
  Function arguments
       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

ccurAsyncIO_DDC_1553RTResetErrorInjection
  Reset error injection features for the given DDC 1553 board.  This will re enable communication on both bus A and B for the RT.

Function prototype
int ccurAsyncIO_DDC_1553RTResetErrorInjection(int boardNum,int channel,int rtAddr)
  Function arguments
       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

ccurAsyncIO_DDC_1553RTStart
 Start the specified RT   on a DDC 1553 board.

Function prototype
int ccurAsyncIO_DDC_1553RTStart(int boardNum,int channel,int rtAddr )
  Function arguments
       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

ccurAsyncIO_DDC_1553RTStop
 Stop the specified RT   on a DDC 1553 board.

Function prototype
int ccurAsyncIO_DDC_1553RTStop(int boardNum,int channel,int rtAddr )
  Function arguments
       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

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

Function prototype
int ccurAsyncIO_afdxBoardNameGetDefaultTxFlagsMsg(char * boardName,int boardNumber,int vlId,char *msgName)
  Function arguments
       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.

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

Function prototype
int ccurAsyncIO_afdxBoardNameGetDefaultTxRateMsg(char * boardName,int boardNumber,int vlId,char *msgName )
  Function arguments
       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.

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

Function prototype
int ccurAsyncIO_afdxBoardNameGetTxFlagsMsg(char * boardName,int boardNumber,int vlId,char *msgName )
  Function arguments
       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.

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

Function prototype
int ccurAsyncIO_afdxBoardNameGetTxRateMsg(char * boardName,int boardNumber,int vlId,char *msgName )
  Function arguments
       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.

ccurAsyncIO_afdxBoardNamePauseMsg
 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,

Function prototype
int ccurAsyncIO_afdxBoardNamePauseMsg(char * boardName,int boardNumber,int vlId,char *msgName)
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_afdxBoardNameResumeMsg
 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.

Function prototype
int ccurAsyncIO_afdxBoardNameResumeMsg(char * boardName,int boardNumber,int vlId,char *msgName)
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_afdxBoardNameSetFIFOTxOnChangeMsg
 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.

Function prototype
int ccurAsyncIO_afdxBoardNameSetFIFOTxOnChangeMsg(char * boardName,int boardNumber,int vlId,char *msgName,int txOnChange)
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_afdxBoardNameSetNetConfigMsg(char * boardName,int boardNum,int vlId,char *msgName ,int netConfig,int skew)
  Function arguments
       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 betwee port A and B. Must be given in microseconds. The maximum value is 65535.
       returns   0 Always.

ccurAsyncIO_afdxBoardNameSetTxFIFOToScheduledMsg
 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. 

Function prototype
int ccurAsyncIO_afdxBoardNameSetTxFIFOToScheduledMsg(char * boardId,int boardNumber,int vlId,char *msgName,int msRate)
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_afdxBoardNameSetTxRateMsg(char * boardId,int boardNumber,int vlId,char *msgName ,int msRate)
  Function arguments
       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

ccurAsyncIO_afdxBoardNameSetTxScheduledToFIFOMsg
 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. 

Function prototype
int ccurAsyncIO_afdxBoardNameSetTxScheduledToFIFOMsg(char * boardName,int boardNumber,int vlId,char *msgName)
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_afdxBoardNameTXQueueNowMsg(char * boardName,int boardNumber,int vlId ,char *msgName )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_afdxGetDefaultTxFlags
 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.

Function prototype
int ccurAsyncIO_afdxGetDefaultTxFlags(char *pointName )
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_afdxGetDefaultTxFlagsMsg(int boardNum,int vlId,char *msgName)
  Function arguments
       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.

ccurAsyncIO_afdxGetDefaultTxRate
 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.

Function prototype
int ccurAsyncIO_afdxGetDefaultTxRate(char *pointName )
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_afdxGetDefaultTxRateMsg(int boardNum,int vlId,char *msgName)
  Function arguments
       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.

ccurAsyncIO_afdxGetTxFlags
 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.

Function prototype
int ccurAsyncIO_afdxGetTxFlags(char *pointName )
  Function arguments
       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 . 

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

Function prototype
int ccurAsyncIO_afdxGetTxFlagsMsg(int boardNum,int vlId,char *msgName)
  Function arguments
       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.

ccurAsyncIO_afdxGetTxRate
 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.

Function prototype
int ccurAsyncIO_afdxGetTxRate(char *pointName )
  Function arguments
       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 . 

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

Function prototype
int ccurAsyncIO_afdxGetTxRateMsg(int boardNum,int vlId,char *msgName)
  Function arguments
       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.

ccurAsyncIO_afdxPauseItemMsgName
 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.

Function prototype
int ccurAsyncIO_afdxPauseItemMsgName(char *pointName )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_afdxPauseMsg
 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,

Function prototype
int ccurAsyncIO_afdxPauseMsg(int boardNum,int vlId,char *msgName )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_afdxResumeItemMsgName
 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.

Function prototype
int ccurAsyncIO_afdxResumeItemMsgName(char *pointName )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_afdxResumeMsg
 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.

Function prototype
int ccurAsyncIO_afdxResumeMsg(int boardNum,int vlId,char *msgName )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_afdxSetFIFOTxOnChange
 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.

Function prototype
int ccurAsyncIO_afdxSetFIFOTxOnChange(char *pointName,int txOnChange)
  Function arguments
       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. 

ccurAsyncIO_afdxSetFIFOTxOnChangeMsg
 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.

Function prototype
int ccurAsyncIO_afdxSetFIFOTxOnChangeMsg(int boardNum,int vlId,char *msgName,int txOnChange)
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_afdxSetNetConfigMsg(int boardNum,int vlId,char *msgName ,int netConfig,int skew)
  Function arguments
       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.

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

Function prototype
int ccurAsyncIO_afdxSetNetConfigName(char *pointName ,int netConfig,int skew)
  Function arguments
       pointName The name of ithe 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 betwee 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. 

ccurAsyncIO_afdxSetTxFIFOToScheduled
 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.

Function prototype
int ccurAsyncIO_afdxSetTxFIFOToScheduled(char *pointName,int msRate)
  Function arguments
       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. 

ccurAsyncIO_afdxSetTxFIFOToScheduledMsg
 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. 

Function prototype
int ccurAsyncIO_afdxSetTxFIFOToScheduledMsg(int boardNum,int vlId,char *msgName,int msRate)
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_afdxSetTxRate(char *pointName ,int msRate)
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_afdxSetTxRateMsg(int boardNum,int vlId,char *msgName,int msRate)
  Function arguments
       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

ccurAsyncIO_afdxSetTxScheduledToFIFO
 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.

Function prototype
int ccurAsyncIO_afdxSetTxScheduledToFIFO(char *pointName )
  Function arguments
       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. 

ccurAsyncIO_afdxSetTxScheduledToFIFOMsg
 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. 

Function prototype
int ccurAsyncIO_afdxSetTxScheduledToFIFOMsg(int boardNum,int vlId,char *msgName)
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_afdxTXQueueNowMsg(int boardNum,int vlId,char *msgName )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_afdxTXQueueNowName
 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.

Function prototype
int ccurAsyncIO_afdxTXQueueNowName(char *pointName)
  Function arguments
       pointName Name of the RTDB item mapped to the AFDX message we want to transmit.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_ao16Pause
 Pause output of wave form on the given board. 

Function prototype
int ccurAsyncIO_ao16Pause(int boardNum)
  Function arguments
       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.

ccurAsyncIO_ao16Resume
 Resume output of wave form on the given board. 

Function prototype
int ccurAsyncIO_ao16Resume(int boardNum)
  Function arguments
       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.

ccurAsyncIO_ao16SetAmplitudeBias
 Set the amplitude/bias for a combination of channels on the specified board.  Only the channels specified
 in the channel mask are affected.

Function prototype
int ccurAsyncIO_ao16SetAmplitudeBias(int boardNum,int channelMask,double amplitude, double bias )
  Function arguments
       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.

ccurAsyncIO_ao16SetFilter
 Set output filter of wave form on the given board. 

Function prototype
int ccurAsyncIO_ao16SetFilter(int boardNum,int filter)
  Function arguments
       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.

ccurAsyncIO_ao16SetFrequencyWave
 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.

Function prototype
int ccurAsyncIO_ao16SetFrequencyWave(int boardNum,int channelMask,double frequency,char *waveFile )
  Function arguments
       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.

ccurAsyncIO_ao16SetPhase
 Set the phase for a combination of channels on the specified board.  Only the channels specified
 in the channel mask are affected.

Function prototype
int ccurAsyncIO_ao16SetPhase(int boardNum,int channelMask,double phase )
  Function arguments
       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.

ccurAsyncIO_ao16Start
 Start output of wave form on the given board. 

Function prototype
int ccurAsyncIO_ao16Start(int boardNum)
  Function arguments
       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.

ccurAsyncIO_ao16Stop
 Stop output of wave form on the given board. 

Function prototype
int ccurAsyncIO_ao16Stop(int boardNum)
  Function arguments
       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.

ccurAsyncIO_arinc429GetDefaultTxFlags
 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.

Function prototype
int ccurAsyncIO_arinc429GetDefaultTxFlags(char *pointName )
  Function arguments
       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. 

ccurAsyncIO_arinc429GetDefaultTxFlagsLabel
 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.

Function prototype
int ccurAsyncIO_arinc429GetDefaultTxFlagsLabel(int boardId,int boardNum,int channelNum,int labelNum)
  Function arguments
       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.

ccurAsyncIO_arinc429GetDefaultTxRate
 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.

Function prototype
int ccurAsyncIO_arinc429GetDefaultTxRate(char *pointName )
  Function arguments
       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. 

ccurAsyncIO_arinc429GetDefaultTxRateLabel
 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.

Function prototype
int ccurAsyncIO_arinc429GetDefaultTxRateLabel(int boardId,int boardNum,int channelNum,int labelNum)
  Function arguments
       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.

ccurAsyncIO_arinc429GetLastRXIntervalLabel
 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.

Function prototype
int ccurAsyncIO_arinc429GetLastRXIntervalLabel(int boardId,int boardNum,int channelNum,int labelNum )
  Function arguments
       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 value in micro seconds or < 0 if error.

ccurAsyncIO_arinc429GetRxCountLabel
 Get the number of messages received  for the selected ARINC label .

Function prototype
int ccurAsyncIO_arinc429GetRxCountLabel(int boardId,int boardNum,int channelNum,int labelNum )
  Function arguments
       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.
       returns   >= 0   The number of message received.
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_arinc429GetTimeSinceLastRXLabel
 Returns the number of micro seconds elapsed since the specified label  point was last received . 

Function prototype
int ccurAsyncIO_arinc429GetTimeSinceLastRXLabel(int boardId,int boardNum,int channelNum,int labelNum )
  Function arguments
       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. 

ccurAsyncIO_arinc429GetTxCountLabel
 Get the number of messages transmitted  for the selected ARINC label .

Function prototype
int ccurAsyncIO_arinc429GetTxCountLabel(int boardId,int boardNum,int channelNum,int labelNum )
  Function arguments
       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.
       returns   >= 0   The number of message transmitted.
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_arinc429GetTxFlags
 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.

Function prototype
int ccurAsyncIO_arinc429GetTxFlags(char *pointName )
  Function arguments
       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. 

ccurAsyncIO_arinc429GetTxFlagsLabel
 Return the transmit flags of an ARINC 429 label by specifying the board number , channel and label where the label is defined.

Function prototype
int ccurAsyncIO_arinc429GetTxFlagsLabel(int boardId,int boardNum,int channelNum,int labelNum)
  Function arguments
       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.

ccurAsyncIO_arinc429GetTxRate
 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.

Function prototype
int ccurAsyncIO_arinc429GetTxRate(char *pointName )
  Function arguments
       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. 

ccurAsyncIO_arinc429GetTxRateLabel
 Return the transmit rate of an ARINC 429 label by specifying the board number , channel and label where the label is defined.

Function prototype
int ccurAsyncIO_arinc429GetTxRateLabel(int boardId,int boardNum,int channelNum,int labelNum)
  Function arguments
       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.

ccurAsyncIO_arinc429HaltChannel
 Halt the sepcified ARINC429 channel .

Function prototype
int ccurAsyncIO_arinc429HaltChannel(int boardId,int boardNum,int channel )
  Function arguments
       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 . 

ccurAsyncIO_arinc429HaltPointChannel
 Halt the ARINC429 channel on which the output point is defined.

Function prototype
int ccurAsyncIO_arinc429HaltPointChannel(char *pointName )
  Function arguments
       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. 

ccurAsyncIO_arinc429PauseItemLabelName
 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.

Function prototype
int ccurAsyncIO_arinc429PauseItemLabelName(char *pointName )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_arinc429PauseLabel
 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,

Function prototype
int ccurAsyncIO_arinc429PauseLabel(int boardId,int boardNum,int channelNum,int labelNum )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_arinc429ResumeItemLabelName
 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.

Function prototype
int ccurAsyncIO_arinc429ResumeItemLabelName(char *pointName )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_arinc429ResumeLabel
 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.

Function prototype
int ccurAsyncIO_arinc429ResumeLabel(int boardId,int boardNum,int channelNum,int labelNum )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_arinc429SetFIFOTxOnChange
 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.

Function prototype
int ccurAsyncIO_arinc429SetFIFOTxOnChange(char *pointName,int txOnChange)
  Function arguments
       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. 

ccurAsyncIO_arinc429SetFIFOTxOnChangeLabel
 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.

Function prototype
int ccurAsyncIO_arinc429SetFIFOTxOnChangeLabel(int boardId,int boardNum,int channelNum,int labelNum, int txOnChange)
  Function arguments
       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. 

ccurAsyncIO_arinc429SetInvertParity
 Force parity inversion on arinc 429 output point.

Function prototype
int ccurAsyncIO_arinc429SetInvertParity(char *pointName,int enable)
  Function arguments
       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. 

ccurAsyncIO_arinc429SetInvertParityLabel
 Force parity inversion on arinc 429 output label. 

Function prototype
int ccurAsyncIO_arinc429SetInvertParityLabel(int boardId,int boardNum,int channelNum,int labelNum ,int enable)
  Function arguments
       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 . 

ccurAsyncIO_arinc429SetTxFIFOToScheduled
 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.

Function prototype
int ccurAsyncIO_arinc429SetTxFIFOToScheduled(char *pointName,int msRate)
  Function arguments
       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. 

ccurAsyncIO_arinc429SetTxFIFOToScheduledLabel
 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.

Function prototype
int ccurAsyncIO_arinc429SetTxFIFOToScheduledLabel(int boardId,int boardNum,int channelNum,int labelNum ,int msRate)
  Function arguments
       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 . 

ccurAsyncIO_arinc429SetTxRate
 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.

Function prototype
int ccurAsyncIO_arinc429SetTxRate(char *pointName ,int msRate)
  Function arguments
       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. 

ccurAsyncIO_arinc429SetTxRateLabel
 Change the transmit rate of an ARINC 429 label by specifying the board number , channel and label where the label is defined.

Function prototype
int ccurAsyncIO_arinc429SetTxRateLabel(int boardId,int boardNum,int channelNum,int labelNum,int msRate)
  Function arguments
       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

ccurAsyncIO_arinc429SetTxScheduledToFIFO
 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.

Function prototype
int ccurAsyncIO_arinc429SetTxScheduledToFIFO(char *pointName )
  Function arguments
       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. 

ccurAsyncIO_arinc429SetTxScheduledToFIFOLabel
 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.

Function prototype
int ccurAsyncIO_arinc429SetTxScheduledToFIFOLabel(int boardId,int boardNum,int channelNum,int labelNum)
  Function arguments
       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. 

ccurAsyncIO_arinc429StartChannel
 Start the sepcified ARINC429 channel .

Function prototype
int ccurAsyncIO_arinc429StartChannel(int boardId,int boardNum,int channel )
  Function arguments
       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 . 

ccurAsyncIO_arinc429StartPointChannel
 Start the ARINC429 channel on which the output point is defined.

Function prototype
int ccurAsyncIO_arinc429StartPointChannel(char *pointName )
  Function arguments
       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. 

ccurAsyncIO_arinc429TXQueueNowLabel
 Request that the value of label defined in FIFO queueing mode  be sent now. 
 FIFO mode labels are only transmitted upon user request.

Function prototype
int ccurAsyncIO_arinc429TXQueueNowLabel(int boardId,int boardNum,int channelNum,int labelNum )
  Function arguments
       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 .
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_arinc429TXQueueNowName
 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.

Function prototype
int ccurAsyncIO_arinc429TXQueueNowName(char *pointName)
  Function arguments
       pointName Name of the RTDB item mapped to the label we want to transmit.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_canGetDefaultTxFlags
 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.

Function prototype
int ccurAsyncIO_canGetDefaultTxFlags(char *pointName )
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_canGetDefaultTxFlagsCANId(int boardId,int boardNum,int netNum,int canId )
  Function arguments
       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.

ccurAsyncIO_canGetDefaultTxRate
 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.

Function prototype
int ccurAsyncIO_canGetDefaultTxRate(char *pointName )
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_canGetDefaultTxRateCANId(int boardId,int boardNum,int netNum,int canId )
  Function arguments
       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.

ccurAsyncIO_canGetLastRXIntervalCANId
 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.

Function prototype
int ccurAsyncIO_canGetLastRXIntervalCANId(int boardId,int boardNum,int netNum,int canId )
  Function arguments
       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 value in micro seconds or < 0 if error.

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

Function prototype
int ccurAsyncIO_canGetRxCountCANId(int boardId,int boardNum,int netNum,int canId)
  Function arguments
       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.
       returns   >= 0   The number of message received.
         < 0  RTDB_POINTNOTFOUND if error.

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

Function prototype
int ccurAsyncIO_canGetTimeSinceLastRXCANId(int boardId,int boardNum,int netNum,int canId )
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_canGetTxCountCANId(int boardId,int boardNum,int netNum,int canId)
  Function arguments
       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.
       returns   >= 0   The number of message transmitted.
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_canGetTxFlags
 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.

Function prototype
int ccurAsyncIO_canGetTxFlags(char *pointName )
  Function arguments
       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 . 

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

Function prototype
int ccurAsyncIO_canGetTxFlagsCANId(int boardId,int boardNum,int netNum,int canId )
  Function arguments
       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.

ccurAsyncIO_canGetTxRate
 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.

Function prototype
int ccurAsyncIO_canGetTxRate(char *pointName )
  Function arguments
       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 . 

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

Function prototype
int ccurAsyncIO_canGetTxRateCANId(int boardId,int boardNum,int netNum,int canId )
  Function arguments
       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.

ccurAsyncIO_canPauseCANId
 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,

Function prototype
int ccurAsyncIO_canPauseCANId(int boardId,int boardNum,int netNum,int canId)
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_canResumeCANId
 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.

Function prototype
int ccurAsyncIO_canResumeCANId(int boardId,int boardNum,int netNum,int canId)
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_canSetFIFOTxOnChange
 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.

Function prototype
int ccurAsyncIO_canSetFIFOTxOnChange(char *pointName,int txOnChange)
  Function arguments
       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. 

ccurAsyncIO_canSetFIFOTxOnChangeCANId
 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.

Function prototype
int ccurAsyncIO_canSetFIFOTxOnChangeCANId(int boardId,int boardNum,int netNum,int canId,int txOnChange )
  Function arguments
       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. 

ccurAsyncIO_canSetTxFIFOToScheduled
 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.

Function prototype
int ccurAsyncIO_canSetTxFIFOToScheduled(char *pointName,float msRate)
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_canSetTxRate(char *pointName ,float msRate)
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_canSetTxRateCANId(int boardId,int boardNum,int netNum,int canId ,float msRate)
  Function arguments
       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

ccurAsyncIO_canSetTxScheduledToFIFO
 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.

Function prototype
int ccurAsyncIO_canSetTxScheduledToFIFO(char *pointName )
  Function arguments
       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. 

ccurAsyncIO_canSetTxScheduledToFIFOCANId
 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. 

Function prototype
int ccurAsyncIO_canSetTxScheduledToFIFOCANId(int boardId,int boardNum,int netNum,int canId)
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_canTXQueueNowCANId(int boardId,int boardNum,int netNum,int canId )
  Function arguments
       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 .
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_canTXQueueNowName
 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.

Function prototype
int ccurAsyncIO_canTXQueueNowName(char *pointName )
  Function arguments
       pointName Name of the RTDB item mapped to the label we want to transmit.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_cigiIOGetDefaultTxFlags
 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.

Function prototype
int ccurAsyncIO_cigiIOGetDefaultTxFlags(char *pointName )
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_cigiIOGetDefaultTxFlagsMsg(char *msgName)
  Function arguments
       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.

ccurAsyncIO_cigiIOGetDefaultTxRate
 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.

Function prototype
int ccurAsyncIO_cigiIOGetDefaultTxRate(char *pointName )
  Function arguments
       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 . 

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

Function prototype
int ccurAsyncIO_cigiIOGetDefaultTxRateMsg(char *msgName)
  Function arguments
       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.

ccurAsyncIO_cigiIOGetTxFlags
 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.

Function prototype
int ccurAsyncIO_cigiIOGetTxFlags(char *pointName )
  Function arguments
       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 . 

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

Function prototype
int ccurAsyncIO_cigiIOGetTxFlagsMsg(char *msgName)
  Function arguments
       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.

ccurAsyncIO_cigiIOGetTxRate
 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.

Function prototype
int ccurAsyncIO_cigiIOGetTxRate(char *pointName )
  Function arguments
       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. 

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

Function prototype
int ccurAsyncIO_cigiIOGetTxRateMsg(char *msgName)
  Function arguments
       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.

ccurAsyncIO_cigiIOPauseItemMsgName
 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.

Function prototype
int ccurAsyncIO_cigiIOPauseItemMsgName(char *pointName )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_cigiIOPauseMsg
 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,

Function prototype
int ccurAsyncIO_cigiIOPauseMsg(char *msgName )
  Function arguments
       msgName  The name of the CIGI message as defined in the RTDB configuration.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_cigiIOResumeItemMsgName
 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.

Function prototype
int ccurAsyncIO_cigiIOResumeItemMsgName(char *pointName )
  Function arguments
       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.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_cigiIOResumeMsg
 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.

Function prototype
int ccurAsyncIO_cigiIOResumeMsg(char *msgName )
  Function arguments
       msgName  The name of the CIGI message as defined in the RTDB configuration.
       returns   0  on Success 
         < 0  RTDB_POINTNOTFOUND if error.

ccurAsyncIO_cigiIOSetFIFOTxOnChange
 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.

Function prototype
int ccurAsyncIO_cigiIOSetFIFOTxOnChange(char *pointName,int txOnChange)
  Function arguments
       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. 

ccurAsyncIO_cigiIOSetFIFOTxOnChangeMsg
 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.

Function prototype
int ccurAsyncIO_cigiIOSetFIFOTxOnChangeMsg(char *msgName,int txOnChange)
  Function arguments
       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.