void SetDipAddress(unsigned char Address) {
BTN_S0_LAT_BIT = false;
BTN_S1_LAT_BIT = false;
BTN_S2_LAT_BIT = false;
if (chkbit(Address,0)) BTN_S0_LAT_BIT = true;
if (chkbit(Address,1)) BTN_S1_LAT_BIT = true;
if (chkbit(Address,2)) BTN_S2_LAT_BIT = true;
}
//******************************************************************************
//JDunne 5/27/07 - Converted routine from assembly to C. (used to be called SEND_TO_LATCHES)
//------------------------------------------------------------------------------
void SendDataToShiftReg(unsigned char dataToSend) {
unsigned char DataCounter;
//SEND_SPEC_TO_LATCHES
DataCounter = 8; //Load number of bits to be transfered
// bcf SRCK_LAT_BIT //Control clock signal, also prevent IIC start
SHIFTREG_RCK_LAT_BIT = true; //Flush out garbage
SHIFTREG_RCK_LAT_BIT = false;
//STL_TRANSMIT_BIT
do {
SHIFTREG_SRCK_LAT_BIT = false; //Clear strobe pin
if (!chkbit(dataToSend, 7)) { //MSB high?
SHIFTREG_SER_IN_LAT_BIT = false; //No, set data signal low
}
else { //MSB low?
SHIFTREG_SER_IN_LAT_BIT = true; //No, release data signal
}
dataToSend <<=1; //Shift next bit to MSB position
SHIFTREG_SRCK_LAT_BIT = true;
//STL_RESET_CLOCK_LEVEL
} while (--DataCounter!=0); //All 8 bits transfered? No, go transfer next bit
//STL_STROBE
SHIFTREG_RCK_LAT_BIT = true; //Strobe the data
//STL_STROBE_DELAY
for (DataCounter = LATCH_STROBE_DELAY; DataCounter !=0; DataCounter--); //Pause for data transfer from external latch_1's input to its output
SHIFTREG_RCK_LAT_BIT = false;
SHIFTREG_SER_IN_LAT_BIT = true; //Release data signal
SHIFTREG_SRCK_LAT_BIT = true; //Release serial clk
}
int Test::GetWillBeTestedType(void)
{
int type =0;
IED_DATABASE::YP_DATA *Sample = &IedDb.Sample1[0];
int TestType[] = {S_TEST_WATER,S_TEST_VOL,S_TEST_ASH};
for(int j=0;j<3;j++)
{
//完成项目被跳过
//
bool bBreak = FALSE;
for(int i=0;i<IedDb.DownloadWorkParam.m_btMaxSampleCnt;i++)
{
if(chkbit(Sample[i].cCSta,TestType[j])) //
{
bBreak = TRUE;
break;
}
}
if(bBreak==TRUE)
continue;
//样品测试项目计算,如果有一个需要测试该项目,就测试该项目
for(int cnt=0;cnt<IedDb.DownloadWorkParam.m_btMaxSampleCnt;cnt++)
{
if(Sample[cnt].cItem&(1L<<j))
return TestType[j];
}
}
return type;
}
void Sieve(){
int i, j, k;
setbit(ar, 0), setbit(ar, 1);
for (i = 3; (i * i) < MAX; i++, i++){
if (!chkbit(ar, i)){
k = i << 1;
for (j = (i * i); j < MAX; j += k) setbit(ar, j);
}
}
p = 0;
prime[p++] = 2;
for (i = 3; i < MAX; i++, i++){
if (isprime(i)) prime[p++] = i;
}
}
