SM_Close SM_ConfigureSerialConnection SM_ConfigureSerialTimeouts SM_CustomMessage SM_GetAnalogConfig SM_GetAnalogInputConfig SM_GetAnalogInputRanges SM_GetAnalogOutputRanges SM_GetDeviceConfig SM_GetFirmwareVersion SM_GetLastError SM_GetLastFTDIError SM_GetLastWin32Error SM_GetPIODirection SM_GetPIOPresets SM_GlobalCommsReset SM_NotifyInputState SM_NotifyOnInputChange SM_Open SM_OpenSecure SM_ReadAnalogInputs SM_ReadAnalogOutputs SM_ReadDigitalInputs SM_ReadDigitalOutputs SM_ReadPIO SM_SelectDevice SM_SetAnalogConfig SM_SetAnalogInputConfig SM_SetAnalogInputRanges SM_SetCommunications SM_SetPIODirection SM_SetPIOPresets SM_SetPolarity SM_SetSoftwareAddress SM_Version SM_WriteAnalogOutputs SM_WriteDigitalOutputs SM_WritePIO

int __stdcall SM_GetDeviceConfig ( SM_HANDLE  handle, DeviceConfig *  config  ) Queries the Sealevel I/O module to determine the module model number, type, baudrate, parity, and firmware version number. Parameters [in] handle Valid handle returned by SM_Open(). [out] config Valid DeviceConfig struct. Return values 0 Success. -1 Invalid SeaMAX handle. -2 Connection not established. -3 Error reading or writing to device. -4 Invalid config parameter. Each module contains an internally stored model number, communications type (USB, Ethernet, etc.), baudrate, parity, and firmware version number. This function returns those stored parameters as a way to identify what module is available on a particular slave ID, and the functionality of the firmware. Note For SeaDAC Lite modules, the model parameter will be the only valid parameter returned. All other values will be 0. See also DeviceConfig Referenced by CSeaMaxW32::Ioctl().