long GSkipDevice::WriteSensorDDSMemory(
unsigned char *pBuf,
unsigned long ddsAddr,
unsigned long nBytesToWrite,
long nTimeoutMs /* = 1000 */,
bool *pExitFlag /* = NULL */)
{
return WriteNonVolatileMemory(false, pBuf, ddsAddr, nBytesToWrite, nTimeoutMs, pExitFlag);
}
int GUSBDirectTempDevice::WriteSensorDDSMemory(
unsigned char *pBuf,
unsigned int ddsAddr,
unsigned int nBytesToWrite,
int nTimeoutMs /* = 1000 */,
bool *pExitFlag /* = NULL */)
{
return WriteNonVolatileMemory(true, pBuf, ddsAddr, nBytesToWrite, nTimeoutMs, pExitFlag);
}
long GSkipDevice::WriteSkipFlashRecord(
const GSkipFlashMemoryRecord &flashRec, //[i] The numeric fields in this record are stored on Skip
//in big endian format. This routine converts the numbers from the
//endian format that is native to the current CPU into big endian
//before writing them to Skip.
long nTimeoutMs)
{
//Convert numeric fields in flashRec to big endian format.
GSkipFlashMemoryRecord bigEndianFlashRec = flashRec;
unsigned char * pLSB;
unsigned char * pLMidB;
unsigned char * pMMidB;
unsigned char * pMSB;
pMSB = (unsigned char *) &bigEndianFlashRec.vinOffset;
pLSB = pMSB + 1;
GUtils::OSConvertShortToBytes(flashRec.vinOffset, pLSB, pMSB);
pMSB = (unsigned char *) &bigEndianFlashRec.vinLowOffset;
pLSB = pMSB + 1;
GUtils::OSConvertShortToBytes(flashRec.vinLowOffset, pLSB, pMSB);
pMSB = (unsigned char *) &bigEndianFlashRec.vinSlope;
pMMidB = pMSB + 1;
pLMidB = pMMidB + 1;
pLSB = pLMidB + 1;
GUtils::OSConvertFloatToBytes(flashRec.vinSlope, pLSB, pLMidB, pMMidB, pMSB);
pMSB = (unsigned char *) &bigEndianFlashRec.vinLowSlope;
pMMidB = pMSB + 1;
pLMidB = pMMidB + 1;
pLSB = pLMidB + 1;
GUtils::OSConvertFloatToBytes(flashRec.vinLowSlope, pLSB, pLMidB, pMMidB, pMSB);
long nResult = WriteNonVolatileMemory(true, &bigEndianFlashRec, 0, sizeof(bigEndianFlashRec), nTimeoutMs);
return nResult;
}
