void AsicPushWork(void)
{
Status.WorkID = WorkQue[WorkNow].WorkID;
SendAsicData(&WorkQue[WorkNow], DATA_SPLIT);
Status.HashCount = 0;
Status.State ='W';
TMR0 = HashTime;
if(Status.WorkQC > 0)
AsicPreCalc(&WorkQue[WorkNow]);
}
void AsicPushWork(void)
{
Status.WorkID = WorkQue[WorkNow].WorkID;
SendAsicData(&WorkQue[WorkNow], DATA_SPLIT);
WorkNow = (WorkNow+1) & WORKMASK;
Status.HashCount = 0;
Status.State ='W';
RESET_RX();
if(--Status.WorkQC > 0)
AsicPreCalc(&WorkQue[WorkNow]);
}
void DetectAsics(void)
{
BankSize = 8;
Status.ChipCount = 0;
for(BYTE x = 0; x < BankSize; x++)
NonceRanges[x] = StartNonce;
AsicPreCalc(&TestWork);
WorkQue[MAX_WORK_COUNT-1] = TestWork;
SendAsicData(&WorkQue[MAX_WORK_COUNT-1], (StartNonce & 0x80000000) ? DATA_ONE : DATA_ZERO);
// wait for "push work time" for results to return and be counted
Status.ChipCount = 16; // just for now
// pre-calc nonce range values
BankSize = (Status.ChipCount+1)/2;
WorkTicks = WORK_TICKS / BankSize;
NonceRanges[0] = 0;
for(BYTE x = 1; x < BankSize; x++)
NonceRanges[x] = NonceRanges[x-1] + BankRanges[BankSize-1];
Status.State ='R';
Status.HashCount = 0;
}
