static void displayStatus(Programmer programmer)
{
Console.Write(
"Serial number: " + programmer.getSerialNumber() + "\n" +
"Firmware version: " + programmer.firmwareVersionString + "\n"
);
ProgrammerSettings settings = programmer.getSettings();
Console.Write(
"Settings:\n" +
" ISP Frequency: " + Programmer.sckDurationToString(settings.sckDuration) + "\n" +
// TODO: test displayStatus thoroughly, line by line, making sure that every line displays the correct thing for each possible value
" Line A Identity: " + Programmer.lineIdentityToString(settings.lineAIdentity) + "\n" +
" Line B Identity: " + Programmer.lineIdentityToString(settings.lineBIdentity) + "\n" +
" AVR ISP hardware version: " + settings.hardwareVersion.ToString("X") + "\n" +
" AVR ISP software version: " + settings.softwareVersionMajor.ToString("X") + "." + settings.softwareVersionMinor.ToString("X") + "\n" +
" Target VDD allowed minimum: " + settings.targetVccAllowedMinimum + " mV\n" +
" Target VDD allowed max range: " + settings.targetVccAllowedMaximumRange + " mV\n"
);
Console.Write(
"Last programming:\n" +
" Error: "
);
switch (programmer.getProgrammingError())
{
case ProgrammingError.None:
Console.Write("None\n");
break;
case ProgrammingError.TargetVccBad:
Console.Write(
"Target VDD bad\n"+
" Target VDD either went too low or had too much range, so programming was\n" +
" aborted. Make sure that the target is powered on and its batteries are not\n" +
" too low (if applicable).\n");
break;
case ProgrammingError.Synch:
Console.Write(
"Synch failed\n"+
" The SPI command for entering programming mode was sent, but the expected\n" +
" response from the target was not received. Make sure that the ISP\n" +
" frequency setting is less than 1/6th of the target's clock frequency.\n");
break;
case ProgrammingError.IdleForTooLong:
Console.Write("Idle for too long\n" +
" The programmer received no programming commands from the computer for more\n" +
" than 0.3 seconds, so it left programming mode. Make sure that the\n" +
" programming software does not wait too long between successive programming\n" +
" commands.\n");
break;
case ProgrammingError.UsbNotConfigured:
Console.Write("USB not configured\n" +
" The computer's USB controller deconfigured the progammer, so programming was\n" +
" aborted.\n");
break;
case ProgrammingError.UsbSuspend:
Console.Write("USB suspend\n" +
" The computer's USB controller put the programmer in suspend mode, so\n" +
" programming was aborted.\n");
break;
}
ushort min = programmer.getTargetVccMeasuredMinimum();
ushort max = programmer.getTargetVccMeasuredMaximum();
string minString;
string rangeString;
if (min <= max)
{
minString = min.ToString() + " mV";
if (min < settings.targetVccAllowedMinimum)
{
minString += " !";
}
rangeString = (max - min).ToString() + " mV";
// We do the exact same comparison here that is done in the firmware.
if ((byte)(max/32) > (byte)((min/32) + (settings.targetVccAllowedMaximumRange/32)))
{
rangeString += " !";
}
}
else
{
// Programmer hasn't programmed since it was las powered on.
minString = rangeString = "N/A";
}
Console.Write(
" Measured Target VDD Minimum: " + minString + "\n" +
" Measured Target VDD Range: " + rangeString + "\n"
);
SloscopeOutputState outputA;
SloscopeOutputState outputB;
programmer.getSloscopeOutputState(out outputA, out outputB);
Console.Write(
"SLO-scope:\n" +
" State: " + programmer.getSloscopeState() + "\n" +
" Line A output: " + outputA + "\n" +
" Line B output: " + outputB + "\n"
);
}
