void sendDataToADG1414(WORD msb)
{
WORD dummy = 0;
//BYTE data0 = 0x00;
//BYTE data1 = 0x00;
SpiChnEnable(SPI_CHANNEL2, 0);
SpiChnConfigure(SPI_CHANNEL2, SPI_CONFIG_MSTEN | SPI_CONFIG_MODE16 | SPI_CONFIG_CKP_HIGH);
SpiChnSetBitRate(SPI_CHANNEL2, 80000000, 4000000);
SpiChnEnable(SPI_CHANNEL2, 1);
//data0 = (BYTE)(msb & 0x00FF);
//data1 = (BYTE)((msb & 0xFF00) >> 8);
outputPort("c14", LOW);
//putcSPI2(data0);
//putcSPI2(data1);
putcSPI2(msb);
outputPort("c14", HIGH);
SpiChnEnable(SPI_CHANNEL2, 0);
SpiChnConfigure(SPI_CHANNEL2, SPI_CONFIG_MSTEN | SPI_CONFIG_MODE16);
SpiChnSetBitRate(SPI_CHANNEL2, 80000000, 1000000);
SpiChnEnable(SPI_CHANNEL2, 1);
}
void sendDataToAD7490(WORD msb)
{
outputPort("c13", LOW);
putcSPI2(msb);
if(SPI2STATbits.SPIROV)
SPI2STATbits.SPIROV = 0;
outputPort("c13", HIGH);
}
WORD receiveDataFromAD7490(WORD msb)
{
WORD rdata = 0;
outputPort("c13", LOW);
putcSPI2(msb);
rdata = getcSPI2();
outputPort("c13", HIGH);
return rdata;
}
void NodeInspector::makeLink(const Datum* source, InputPort* target)
{
if (rows.contains(source))
scene()->addItem(new Connection(outputPort(source), target));
else
link_cache[source] = target;
}
void NodeInspector::trigger(const NodeState& state)
{
QList<const Datum*> not_present = rows.keys();
title_row->setNameValid(state.name_valid);
for (Datum* d : state.datums)
{
if (d->getName().find("__") != 0 && !rows.contains(d))
{
rows[d] = new InspectorRow(d, this);
connect(rows[d], &InspectorRow::layoutChanged,
this, &NodeInspector::onLayoutChanged);
// If we had pending links, construct them now
if (link_cache.contains(d))
{
scene()->addItem(new Connection(outputPort(d), link_cache[d]));
link_cache.remove(d);
}
}
not_present.removeAll(d);
}
for (auto d : not_present)
{
delete rows[d];
rows.remove(d);
}
title_row->getButton<InspectorScriptButton>()->setScriptValid(
state.error_lineno == -1);
onLayoutChanged();
}
void pullup_off(unsigned char pin)
{
volatile unsigned char *out;
unsigned char bit = maskPin(pin);
unsigned char port = portPin(pin);
out = outputPort(port);
*out &= ~bit;
}
void high_pin(unsigned char pin)
{
volatile unsigned char *out;
unsigned char bit = maskPin(pin);
unsigned char port = portPin(pin);
out = outputPort(port);
*out |= bit;
}
void sendDataToAD5328(BYTE id, WORD msb)
{
//WORD dummy = 0;
SpiChnEnable(SPI_CHANNEL2, 0);
//SpiChnConfigure(SPI_CHANNEL2, SPI_CONFIG_MSTEN | SPI_CONFIG_MODE16 | SPI_CONFIG_CKP_HIGH);
SpiChnSetBitRate(SPI_CHANNEL2, 80000000, 4000000);
SpiChnEnable(SPI_CHANNEL2, 1);
switch(id)
{
case 0:
outputPort("d0", LOW);
break;
case 1:
outputPort("d2", LOW);
break;
case 2:
outputPort("d3", LOW);
break;
}
putcSPI2(msb);
//dummy = getcSPI2();
//Delay10us(1);
switch(id)
{
case 0:
outputPort("d0", HIGH);
break;
case 1:
outputPort("d2", HIGH);
break;
case 2:
outputPort("d3", HIGH);
break;
}
SpiChnEnable(SPI_CHANNEL2, 0);
SpiChnSetBitRate(SPI_CHANNEL2, 80000000, 1000000);
SpiChnEnable(SPI_CHANNEL2, 1);
}
