static void Main(string[] args)
{
int ret = 0;
int pingroup = 1;
double vih = 2.8;
double vil = 0;
double voh = 2.0;
double vol = 0.5;
double vch = 3.0;
double vcl = -0.5;
double ioh = 0; //not used (active load disabled)
double iol = 0; //not used (active load disabled)
double vt = 0; //not used (active load disabled)
DM482e dm = new DM482e("PXI48::0::INSTR", pingroup, 0xf, "Simulate=0, DriverSetup=Model:DM482e");
ret += dm.Reset();
ret += dm.DPINForce(0, 5); //clock
ret += dm.DPINForce(1, 6); //inverted clock
ret += dm.ConfigureClockFrequency(1e6);
for (int i = 0; i < 2; i++)
{
ret += dm.ConfigurePEAttribute(i, 0, 0, 0, 0);
ret += dm.DPINLevel(i, vih, vil, voh, vol, ioh, iol, vch, vcl, vt);
ret += dm.DPINOn(i);
}
//Pins 0-1 will generate differential outputs here
ret += dm.Reset();
for (int i = 0; i < 2; i++)
{
ret += dm.DPINOff(i);
}
Console.ReadLine();
}
static void Main(string[] args)
{
int ret = 0;
DM482e dm = new DM482e("PXI30::0::INSTR", 3, 0x0, "Simulate=1,DriverSetup=Model:DM482e");
int count = 0;
int data_count = 10;
int[] dataRead = new int[data_count];
int[] dataRead_1 = new int[data_count];
int[] data = new int[data_count];
int[] parity = new int[data_count];
data[0] = 0x12; //Address [15:8]
data[1] = 0x31; //Byte 1 data
data[2] = 0x31; //Byte 2 data
data[3] = 0x31; //Byte 3 data
dataRead[0] = 0x12;
ret += dm.ResetGroup(0);
ret += dm.ResetGroup(1);
ret += dm.DPINForce(0, 0);
ret += dm.DPINForce(1, 0);
ret += dm.DPINForce(2, 0);
ret += dm.DPINForce(3, 0);
ret += dm.DPINForce(4, 0);
ret += dm.DPINForce(5, 0);
ret += dm.DPINForce(6, 0);
ret += dm.DPINForce(7, 0);
ret += dm.DPINForce(8, 0);
ret += dm.DPINForce(9, 0);
ret += dm.DPINForce(10, 0);
ret += dm.DPINForce(11, 0);
ret += dm.DPINOn(0);
ret += dm.DPINOn(1);
ret += dm.DPINOn(2);
ret += dm.DPINOn(3);
ret += dm.DPINOn(4);
ret += dm.DPINOn(5);
ret += dm.DPINOn(6);
ret += dm.DPINOn(7);
ret += dm.DPINOn(8);
ret += dm.DPINOn(9);
ret += dm.DPINOn(10);
ret += dm.DPINOn(11);
ret += dm.MIPI_Configure_Clock(3, 26000000);
ret += dm.MIPI_Connect(1, 1);
ret += dm.MIPI_RFFE_WR(1, (0xF << 8) | (0x0 << 4) | (0x2), data); //Extended reg write
ret += dm.MIPI_RFFE_RD(1, 1, (0xF << 8) | (0x2 << 4) | (0x2), dataRead); //Extended reg read
ret += dm.MIPI_RFFE_RETRIEVE(1, out count, out dataRead_1, out parity);
ret += dm.ResetGroup(0);
ret += dm.ResetGroup(1);
Console.ReadLine();
}