void timerCallback()
{
if (isRunning && recordedSampleNum >= recordedSound.getNumSamples())
{
isRunning = false;
stopTimer();
// Test has finished, so calculate the result..
String message;
const int latencySamples = calculateLatencySamples();
if (latencySamples >= 0)
{
message << "\n\nLatency test results:\n"
<< latencySamples << " samples (" << String (latencySamples * 1000.0 / sampleRate, 1) << " milliseconds)\n"
<< "The audio device reports an input latency of "
<< deviceInputLatency << " samples, output latency of "
<< deviceOutputLatency << " samples."
<< "\nSo the corrected latency = "
<< (latencySamples - deviceInputLatency - deviceOutputLatency)
<< " samples (" << String ((latencySamples - deviceInputLatency - deviceOutputLatency) * 1000.0 / sampleRate, 2)
<< " milliseconds)";
}
else
{
message = "\n\nCouldn't detect the test signal!!\nMake sure there's no background noise that might be confusing it..";
}
resultsBox->setCaretPosition (INT_MAX);
resultsBox->insertTextAtCaret (message);
resultsBox->setCaretPosition (INT_MAX);
}
}
void timerCallback()
{
if (testIsRunning && recordedSampleNum >= recordedSound.getNumSamples())
{
testIsRunning = false;
stopTimer();
// Test has finished, so calculate the result..
const int latencySamples = calculateLatencySamples();
resultsBox.moveCaretToEnd();
resultsBox.insertTextAtCaret (getMessageDescribingResult (latencySamples));
resultsBox.moveCaretToEnd();
}
}
