private static void ReadInputPort(Pca95x4 pca95x4)
{
pca95x4.Write(Register.Configuration, 0xFF); // Make all inputs.
byte data = pca95x4.Read(Register.InputPort);
Console.WriteLine($"Input Port: 0x{data:X2}");
}
static void Main(string[] args)
{
Console.WriteLine("Hello Pca95x4 Sample!");
using (Pca95x4 pca95x4 = GetPca95x4Device())
{
//CycleOutputBits(pca95x4);
//ReadInputPort(pca95x4);
CheckInputRegisterPolarityInversion(pca95x4);
}
}
private static void CycleOutputBits(Pca95x4 pca95x4)
{
pca95x4.Write(Register.Configuration, 0x00); // Make all outputs.
pca95x4.Write(Register.OutputPort, 0xFF); // Set all outputs.
for (int bitNumber = 0; bitNumber < 8; bitNumber++)
{
pca95x4.WriteBit(Register.OutputPort, bitNumber, false); // Clear output.
Thread.Sleep(500);
pca95x4.WriteBit(Register.OutputPort, bitNumber, true); // Set output.
}
}
private static void CheckInputRegisterPolarityInversion(Pca95x4 pca95x4)
{
pca95x4.Write(Register.Configuration, 0xFF); // Make all inputs.
byte data = pca95x4.Read(Register.InputPort);
Console.WriteLine($"Input Register: 0x{data:X2}");
pca95x4.InvertInputRegisterPolarity(true);
data = pca95x4.Read(Register.InputPort);
Console.WriteLine($"Input Register Polarity Inverted: 0x{data:X2}");
pca95x4.InvertInputRegisterPolarity(false);
data = pca95x4.Read(Register.InputPort);
Console.WriteLine($"Input Register: 0x{data:X2}");
}
