void receiveCommands()
{
if (usbComRxAvailable() && usbComTxAvailable() >= 64)
{
uint8 XDATA response[64];
uint8 responseLength;
uint8 byte, rand;
byte = usbComRxReceiveByte();
// By default, echo back the byte that was send.
response[0] = byte;
responseLength = 1;
// By default, stop blinking the yellow LED because it will
// affect the sequence of random numbers reported to the COM port.
blinkYellow = 0;
switch(byte)
{
case 'Y': blinkYellow = 1; break;
case 's': randomSeedFromSerialNumber(); break;
case 'a': randomSeedFromAdc(); break;
case '0': randomSeed(0,0); break;
case '1': randomSeed(0xFF, 0xFF); break;
case '8': randomSeed(0x80, 0x03); break;
case 'r':
rand = randomNumber();
// Wait for the NEXT random number to finish so we can read RNDH and RNDL.
while(ADCCON1 & 0x0C);
response[responseLength++] = ',';
response[responseLength++] = nibbleToAscii(rand >> 4);
response[responseLength++] = nibbleToAscii(rand);
response[responseLength++] = ',';
response[responseLength++] = (rand & 0x80) ? '1' : '0';
response[responseLength++] = (rand & 0x40) ? '1' : '0';
response[responseLength++] = (rand & 0x20) ? '1' : '0';
response[responseLength++] = (rand & 0x10) ? '1' : '0';
response[responseLength++] = (rand & 0x08) ? '1' : '0';
response[responseLength++] = (rand & 0x04) ? '1' : '0';
response[responseLength++] = (rand & 0x02) ? '1' : '0';
response[responseLength++] = (rand & 0x01) ? '1' : '0';
response[responseLength++] = ',';
response[responseLength++] = nibbleToAscii(RNDH >> 4);
response[responseLength++] = nibbleToAscii(RNDH);
response[responseLength++] = nibbleToAscii(RNDL >> 4);
response[responseLength++] = nibbleToAscii(RNDL);
response[responseLength++] = '\r';
response[responseLength++] = '\n';
break;
default: response[0] = '?'; break;
}
usbComTxSend(response, responseLength);
}
void handleOneWire(void)
{
int i;
int newtemp = 0;
int air_temp_c = 0;
unsigned int decimals;
if (getMs() > ds1820_time + 1000) {
air_temp_c = read_DS1820();
newtemp++;
start_DS1820();
ds1820_time = getMs();
}
if ((newtemp || respondstr) && usbComTxAvailable() >= 64)
{
const char *cp;
uint8 XDATA response[64];
uint8 responseLength = 0;
decimals = (air_temp_c & 0xf) * 100;
responseLength = sprintf(response, "%d.%02d", air_temp_c / 16, decimals / 16);
response[responseLength++] = ',';
for (i = 0; i < 8; i++) {
response[responseLength++] = nibbleToAscii(DS1820_addr[i] >> 4);
response[responseLength++] = nibbleToAscii(DS1820_addr[i]);
}
response[responseLength++] = ',';
i = sizeof(response) - responseLength - 2;
if (respondstr) {
for (cp = respondstr; *respondstr && i--; respondstr++) {
response[responseLength++] = *cp;
}
}
respondstr = NULL;
response[responseLength++] = '\r';
response[responseLength++] = '\n';
usbComTxSend(response, responseLength);
}
}
void sendReportIfNeeded()
{
static uint32 lastReport;
uint8 i, bytesToSend;
uint16 result[6];
uint16 vddMillivolts;
// Create reports.
if (getMs() - lastReport >= param_report_period_ms && reportLength == 0)
{
lastReport = getMs();
reportBytesSent = 0;
vddMillivolts = adcReadVddMillivolts();
adcSetMillivoltCalibration(vddMillivolts);
for(i = 0; i < 6; i++)
{
result[i] = adcRead(i);
}
if (param_bar_graph)
{
printf("\x1B[0;0H"); // VT100 command for "go to 0,0"
printBar("P0_0", result[0]);
printBar("P0_1", result[1]);
printBar("P0_2", result[2]);
printBar("P0_3", result[3]);
printBar("P0_4", result[4]);
printBar("P0_5", result[5]);
printf("VDD %4d mV", vddMillivolts);
}
else
{
printf("A, %4d, %4d, %4d, %4d, %4d, %4d,\r\n",
adcConvertToMillivolts(result[0]),
adcConvertToMillivolts(result[1]),
adcConvertToMillivolts(result[2]),
adcConvertToMillivolts(result[3]),
adcConvertToMillivolts(result[4]),
adcConvertToMillivolts(result[5])
);
}
}
// Send the report to USB in chunks.
if (reportLength > 0)
{
bytesToSend = usbComTxAvailable();
if (bytesToSend > reportLength - reportBytesSent)
{
// Send the last part of the report.
usbComTxSend(report+reportBytesSent, reportLength - reportBytesSent);
reportLength = 0;
}
else
{
usbComTxSend(report+reportBytesSent, bytesToSend);
reportBytesSent += bytesToSend;
}
}
}
void debugOutput() {
responseLength = sprintf(response, "PERCFG=0x%02x\r\n", PERCFG);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "TIMIF=0x%02x\r\n", TIMIF);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "P0SEL=0x%02x\r\n", P0SEL);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "P1SEL=0x%02x\r\n", P1SEL);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T1CNTH/L=0x%02x%02x\r\n", T1CNTH, T1CNTL);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T1CTL=0x%02x\r\n", T1CTL);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T1CCTL0=0x%02x\r\n", T1CCTL0);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T1CC0H/L=0x%02x%02x\r\n", T1CC0H, T1CC0L);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T1CCTL1=0x%02x\r\n", T1CCTL1);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T1CC1H/L=0x%02x%02x\r\n", T1CC1H, T1CC1L);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T1CCTL2=0x%02x\r\n", T1CCTL2);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T1CC2H/L=0x%02x%02x\r\n", T1CC2H, T1CC2L);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T3CNT=0x%02x\r\n", T3CNT);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T3CTL=0x%02x\r\n", T3CTL);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T3CCTL0=0x%02x\r\n", T3CCTL0);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T3CC0=0x%02x\r\n", T3CC0);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T3CCTL1=0x%02x\r\n", T3CCTL1);
usbComTxSend(response, responseLength);
responseLength = sprintf(response, "T3CC1=0x%02x\r\n", T3CC1);
usbComTxSend(response, responseLength);
}
void processByte(uint8 byteReceived)
{
switch(byteReceived)
{
case '1':
responseLength = sprintf(response, "NOTE=Initial settings\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1PreScaler(PRESCALER_128);
responseLength = sprintf(response, "NOTE=setT1PreScaler(PRESCALER_128)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1PreScaler(PRESCALER_32);
responseLength = sprintf(response, "NOTE=setT1PreScaler(PRESCALER_32)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1PreScaler(PRESCALER_8);
responseLength = sprintf(response, "NOTE=setT1PreScaler(PRESCALER_8)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1PreScaler(PRESCALER_1);
responseLength = sprintf(response, "NOTE=setT1PreScaler(PRESCALER_1)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1IoLocation(IO_LOC_ALT_2);
responseLength = sprintf(response, "NOTE=setT1IoLocation(IO_LOC_ALT_2)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL0, PERIPHERAL);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL0, PERIPHERAL)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL0, GPIO);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL0, GPIO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL1, PERIPHERAL);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL1, PERIPHERAL)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL1, GPIO);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL1, GPIO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL2, PERIPHERAL);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL2, PERIPHERAL)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL2, GPIO);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL2, GPIO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1IoLocation(IO_LOC_ALT_1);
responseLength = sprintf(response, "NOTE=setT1IoLocation(IO_LOC_ALT_1)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL0, PERIPHERAL);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL0, PERIPHERAL)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL0, GPIO);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL0, GPIO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL1, PERIPHERAL);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL1, PERIPHERAL)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL1, GPIO);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL1, GPIO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL2, PERIPHERAL);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL2, PERIPHERAL)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelFunction(CHANNEL2, GPIO);
responseLength = sprintf(response, "NOTE=setT1ChannelFunction(CHANNEL2, GPIO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t1Mode(MODE_FREE);
responseLength = sprintf(response, "NOTE=t1Mode(MODE_FREE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t1Start();
responseLength = sprintf(response, "NOTE=t1Start()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t1Stop();
responseLength = sprintf(response, "NOTE=t1Stop()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t1Mode(MODE_MODULO);
responseLength = sprintf(response, "NOTE=t1Mode(MODE_MODULO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t1Start();
responseLength = sprintf(response, "NOTE=t1Start()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t1Stop();
responseLength = sprintf(response, "NOTE=t1Stop()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t1Mode(MODE_UPDOWN);
responseLength = sprintf(response, "NOTE=t1Mode(MODE_UPDOWN)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t1Start();
responseLength = sprintf(response, "NOTE=t1Start()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t1Stop();
responseLength = sprintf(response, "NOTE=t1Stop()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelMode(CHANNEL0, COMPARE_MODE);
responseLength = sprintf(response, "NOTE=setT1ChannelMode(CHANNEL0, COMPARE_MODE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelMode(CHANNEL0, CAPTURE_MODE);
responseLength = sprintf(response, "NOTE=setT1ChannelMode(CHANNEL0, CAPTURE_MODE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelMode(CHANNEL1, COMPARE_MODE);
responseLength = sprintf(response, "NOTE=setT1ChannelMode(CHANNEL1, COMPARE_MODE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelMode(CHANNEL1, CAPTURE_MODE);
responseLength = sprintf(response, "NOTE=setT1ChannelMode(CHANNEL1, CAPTURE_MODE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelMode(CHANNEL2, COMPARE_MODE);
responseLength = sprintf(response, "NOTE=setT1ChannelMode(CHANNEL2, COMPARE_MODE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelMode(CHANNEL2, CAPTURE_MODE);
responseLength = sprintf(response, "NOTE=setT1ChannelMode(CHANNEL2, CAPTURE_MODE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL0, CLR_ON_COMP_UP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL0, CLR_ON_COMP_UP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL0, SET_ON_COMP_UP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL0, SET_ON_COMP_UP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL0, TOGGLE_ON_COMP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL0, TOGGLE_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL0, CLR_ON_COMP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL0, CLR_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL0, SET_ON_COMP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL0, SET_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL1, DSM_MODE_ENABLE);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL1, DSM_MODE_ENABLE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL1, CLR_SET);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL1, CLR_SET)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL1, SET_CLR);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL1, SET_CLR)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL1, CLR_ON_COMP_UP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL1, CLR_ON_COMP_UP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL1, SET_ON_COMP_UP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL1, SET_ON_COMP_UP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL1, TOGGLE_ON_COMP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL1, TOGGLE_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL1, CLR_ON_COMP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL1, CLR_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL1, SET_ON_COMP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL1, SET_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL2, CLR_SET);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL2, CLR_SET)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL2, SET_CLR);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL2, SET_CLR)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL2, CLR_ON_COMP_UP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL2, CLR_ON_COMP_UP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL2, SET_ON_COMP_UP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL2, SET_ON_COMP_UP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL2, TOGGLE_ON_COMP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL2, TOGGLE_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL2, CLR_ON_COMP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL2, CLR_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT1ChannelCompareMode(CHANNEL2, SET_ON_COMP);
responseLength = sprintf(response, "NOTE=setT1ChannelCompareMode(CHANNEL2, SET_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
break;
case '3':
responseLength = sprintf(response, "NOTE=Initial settings\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3PreScaler(PRESCALER_128);
responseLength = sprintf(response, "NOTE=setT3PreScaler(PRESCALER_128)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3PreScaler(PRESCALER_64);
responseLength = sprintf(response, "NOTE=setT3PreScaler(PRESCALER_64)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3PreScaler(PRESCALER_32);
responseLength = sprintf(response, "NOTE=setT3PreScaler(PRESCALER_32)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3PreScaler(PRESCALER_16);
responseLength = sprintf(response, "NOTE=setT3PreScaler(PRESCALER_16)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3PreScaler(PRESCALER_8);
responseLength = sprintf(response, "NOTE=setT3PreScaler(PRESCALER_8)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3PreScaler(PRESCALER_4);
responseLength = sprintf(response, "NOTE=setT3PreScaler(PRESCALER_4)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3PreScaler(PRESCALER_2);
responseLength = sprintf(response, "NOTE=setT3PreScaler(PRESCALER_2)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3PreScaler(PRESCALER_1);
responseLength = sprintf(response, "NOTE=setT3PreScaler(PRESCALER_1)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3IoLocation(IO_LOC_ALT_2);
responseLength = sprintf(response, "NOTE=setT3IoLocation(IO_LOC_ALT_2)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelFunction(CHANNEL0, PERIPHERAL);
responseLength = sprintf(response, "NOTE=setT3ChannelFunction(CHANNEL0, PERIPHERAL)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelFunction(CHANNEL0, GPIO);
responseLength = sprintf(response, "NOTE=setT3ChannelFunction(CHANNEL0, GPIO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelFunction(CHANNEL1, PERIPHERAL);
responseLength = sprintf(response, "NOTE=setT3ChannelFunction(CHANNEL1, PERIPHERAL)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelFunction(CHANNEL1, GPIO);
responseLength = sprintf(response, "NOTE=setT3ChannelFunction(CHANNEL1, GPIO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3IoLocation(IO_LOC_ALT_1);
responseLength = sprintf(response, "NOTE=setT3IoLocation(IO_LOC_ALT_1)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelFunction(CHANNEL0, PERIPHERAL);
responseLength = sprintf(response, "NOTE=setT3ChannelFunction(CHANNEL0, PERIPHERAL)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelFunction(CHANNEL0, GPIO);
responseLength = sprintf(response, "NOTE=setT3ChannelFunction(CHANNEL0, GPIO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelFunction(CHANNEL1, PERIPHERAL);
responseLength = sprintf(response, "NOTE=setT3ChannelFunction(CHANNEL1, PERIPHERAL)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelFunction(CHANNEL1, GPIO);
responseLength = sprintf(response, "NOTE=setT3ChannelFunction(CHANNEL1, GPIO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Mode(MODE_FREE);
responseLength = sprintf(response, "NOTE=t3Mode(MODE_FREE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Start();
responseLength = sprintf(response, "NOTE=t3Start()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Stop();
responseLength = sprintf(response, "NOTE=t3Stop()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Mode(MODE_DOWN);
responseLength = sprintf(response, "NOTE=t3Mode(MODE_DOWN)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Start();
responseLength = sprintf(response, "NOTE=t3Start()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Stop();
responseLength = sprintf(response, "NOTE=t3Stop()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Mode(MODE_MODULO);
responseLength = sprintf(response, "NOTE=t3Mode(MODE_MODULO)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Start();
responseLength = sprintf(response, "NOTE=t3Start()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Stop();
responseLength = sprintf(response, "NOTE=t3Stop()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Mode(MODE_UPDOWN);
responseLength = sprintf(response, "NOTE=t3Mode(MODE_UPDOWN)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Start();
responseLength = sprintf(response, "NOTE=t3Start()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
t3Stop();
responseLength = sprintf(response, "NOTE=t3Stop()\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelMode(CHANNEL0, ENABLE);
responseLength = sprintf(response, "NOTE=setT3ChannelMode(CHANNEL0, ENABLE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelMode(CHANNEL0, DISABLE);
responseLength = sprintf(response, "NOTE=setT3ChannelMode(CHANNEL0, DISABLE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelMode(CHANNEL1, ENABLE);
responseLength = sprintf(response, "NOTE=setT3ChannelMode(CHANNEL1, ENABLE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelMode(CHANNEL1, DISABLE);
responseLength = sprintf(response, "NOTE=setT3ChannelMode(CHANNEL1, DISABLE)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL0, CLR_SET);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL0, CLR_SET)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL0, SET_CLR);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL0, SET_CLR)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL0, CLR_ON_COMP_UP);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL0, CLR_ON_COMP_UP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL0, SET_ON_COMP_UP);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL0, SET_ON_COMP_UP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL0, TOGGLE_ON_COMP);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL0, TOGGLE_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL0, CLR_ON_COMP);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL0, CLR_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL0, SET_ON_COMP);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL0, SET_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL1, CLR_SET);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL1, CLR_SET)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL1, SET_CLR);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL1, SET_CLR)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL1, CLR_ON_COMP_UP);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL1, CLR_ON_COMP_UP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL1, SET_ON_COMP_UP);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL1, SET_ON_COMP_UP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL1, TOGGLE_ON_COMP);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL1, TOGGLE_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL1, CLR_ON_COMP);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL1, CLR_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
setT3ChannelCompareMode(CHANNEL1, SET_ON_COMP);
responseLength = sprintf(response, "NOTE=setT3ChannelCompareMode(CHANNEL1, SET_ON_COMP)\r\n");
usbComTxSend(response, responseLength);
debugOutput();
break;
}
}