private static DisplayI2C InitLcd()
{
// Here is I2C bus and Display itself initialized.
//
// I2C bus is initialized by library constructor. There is also defined PCF8574 pins
// Default `DEVICE_I2C_ADDRESS` is `0x27` (you can change it by A0-2 pins on PCF8574 - for more info please read datasheet)
// `I2C_CONTROLLER_NAME` for Raspberry Pi 2 is `"I2C1"`
// For Arduino it should be `"I2C5"`, but I did't test it.
// Other arguments should be: RS = 0, RW = 1, EN = 2, D4 = 4, D5 = 5, D6 = 6, D7 = 7, BL = 3
// But it depends on your PCF8574.
var lcd = new DisplayI2C(DEVICE_I2C_ADDRESS, I2C_CONTROLLER_NAME, RS, RW, EN, D4, D5, D6, D7, BL);
//Initialization of HD44780 display do by init method.
//By arguments you can turnOnDisplay, turnOnCursor, blinkCursor, cursorDirection and textShift (in thius order)
lcd.init();
//lcd.createSymbol(new byte[] { 0x00, 0x00, 0x0A, 0x00, 0x11, 0x0E, 0x00, 0x00 }, 0x00);
// Here is printed string
lcd.prints("Good morning,");
// Navigation to second line
lcd.gotoxy(0, 1);
// Here is printed string
lcd.prints("gentlemen");
// Here is printed our new symbol (emoticon)
//lcd.printSymbol(0x00);
return(lcd);
}
private void CommMgrOnStatusUpdate(object sender, StatusUpdateEventArgs args)
{
var newReport = new SmartSensorReport(args.Report.Current, (int)args.Report.Target, args.Report.WattMinutes, args.Report.TrackedMinutes, args.Report.Current < args.Report.Target);
_display.clrscr();
_display.gotoxy(0, 0);
_display.prints($"F: {args.Report.Current} Set: {args.Report.Target}");
_display.gotoxy(0, 1);
_display.prints($"A1: {args.Report.Leg1Amps} A2: {args.Report.Leg2Amps}");
_display.gotoxy(0, 2);
_display.prints($"{args.Report.WattMinutes}wM over {args.Report.TrackedMinutes}");
_api.PostSensorReport("accesstoken", newReport).Wait();
}