public static void Main(string[] args)
{
// Create a logger
var logger = new PiLogger();
logger.Info("Init Wiring Pi...");
Pi.Init <BootstrapWiringPi>();
logger.Info("Creating I2C...");
var i2C = new PiI2cCore();
logger.Info("Create Oled...");
// Create the Oled Object, with the wrapper for the I2C and the logger.
// Set the defaults for the testing screen used
var oled = new OledCore(i2C, 128, 64, logger: logger,
screenDriver: DefaultTestScreenDriver);
logger.Info("Init Oled...");
// Init the Oled (setup params, clear display, etc)
var init = oled.Initialise();
logger.Info($"Init returned {init}");
logger.Info("Writing to output...");
oled.WriteString(0, 0, "My Test 1", 1);
logger.Info("Calling oled update...");
oled.UpdateDirtyBytes();
logger.Info("done. Press enter to exit");
Console.ReadLine();
}
public async Task AutoReconnect()
{
// Create the I2C Controller
var ftdi = new FtdiI2cCore(DeviceIndexForTesting, Logger);
ftdi.InitCommandRegister(() =>
{
if (!ftdi.SetupMpsse())
{
Assert.Fail("Could not Init Mpsse on FTDI chip");
return(false);
}
return(true);
});
var oled = new OledCore(new I2CWrapper2(ftdi, Logger), 128, 64, logger: Logger,
screenDriver: DefaultTestScreenDriver);
oled.InitCommandRegister(() =>
{
var r = oled.Initialise();
Assert.IsTrue(r, "Failed to init oled");
return(r);
});
oled.InitCommandRegister(() =>
{
oled.WriteString(0, 0, "My Test 1", 1.6);
oled.UpdateDirtyBytes();
return(true);
});
ftdi.InitAutoReconnectStart();
Assert.IsTrue(ftdi.Ready, "Failed to init ftdi");
// Delay so it can be tested.
await Task.Delay(TimeSpan.FromSeconds(10));
}