private static void process4140Response(final String data) {
final String[] buf = data.substring(data.indexOf(SEVEN_REGISTERS), data.length()).split(" ");
if (ModbusRTU.validCRC(buf, REGISTER_4140_LENGTH)) {
imgStatus.setBackgroundColor(Color.GREEN);
setLearningFlags(new String[] {"0", "0", "0", buf[15], buf[16]});
targetAFR = Integer.parseInt(buf[3] + buf[4], 16) / 10f;
closedLoop = (getBit(Integer.parseInt(buf[9] + buf[10], 16), 8) > 0);
if (closedLoop) {
txtFuelLearn.setBackgroundColor(Color.GREEN);
} else {
txtFuelLearn.setBackgroundColor(Color.TRANSPARENT);
}
txtData.setText(
String.format("AVG: %d ms - TPS: %d%%", (int) totalTimeMillis / updatesReceived, tps));
if (DEBUG_MODE) Log.d(TAG, "Processed " + lastRegister + " response: " + data);
sendRequest(REGISTER_4096_PLUS_SEVEN);
return;
} else {
if (DEBUG_MODE) Log.d(TAG, "bad CRC for " + lastRegister + ": " + data);
imgStatus.setBackgroundColor(Color.RED);
sendRequest();
}
}
private static void process4096Response(final String data) {
final String[] buf = data.substring(data.indexOf(EIGHT_REGISTERS), data.length()).split(" ");
if (ModbusRTU.validCRC(buf, REGISTER_4096_LENGTH)) {
imgStatus.setBackgroundColor(Color.GREEN);
dataArray.clear();
final int rpm = Integer.parseInt(buf[3] + buf[4], 16);
final int map = Integer.parseInt(buf[5] + buf[6], 16);
final int mat = getTemperatureValue(buf[7] + buf[8]);
final int wat = getTemperatureValue(buf[9] + buf[10]);
final float afr = Integer.parseInt(buf[14], 16) / 10f;
final float referenceAfr = Integer.parseInt(buf[13], 16) / 10f;
tps = Integer.parseInt(buf[17] + buf[18], 16);
iatNeedle.setValue(mat);
waterNeedle.setValue(Integer.parseInt(buf[9] + buf[10], 16) * 9 / 5 + 32);
mapNeedle.setValue(map);
{
float afrVal = afr * 100;
float targetAfrVal = targetAFR * 100;
if (afrVal > AFR_MAX) afrVal = AFR_MAX;
if (afrVal < AFR_MIN) afrVal = AFR_MIN;
if (targetAfrVal > AFR_MAX) targetAfrVal = AFR_MAX;
if (targetAfrVal < AFR_MIN) targetAfrVal = AFR_MIN;
afrNeedle.setValue(AFR_MAX - afrVal + AFR_MIN);
targetAfrNeedle.setValue(AFR_MAX - targetAfrVal + AFR_MIN);
}
if (rpm >= 200) lastRPM = rpm;
dataArray.add(String.format("RPM\n%d", lastRPM));
rpmNeedle.setValue(lastRPM);
dataArray.add(String.format("MAP\n%d kPa", map));
dataArray.add(String.format("MAT\n%d\u00B0 %s", mat, getTemperatureSymbol()));
dataArray.add(String.format("AFR\n%.1f (%.1f)", afr, referenceAfr));
dataArray.add("TAFR\n" + (targetAFR != 0f ? String.format("%.1f", targetAFR) : "--.-"));
dataArray.add(String.format("WAT\n%d\u00B0 %s", wat, getTemperatureSymbol()));
// alarm stuff
if (gridData.getChildAt(3) != null && gridData.getChildAt(5) != null) {
// water temperature
gridData.getChildAt(5).setBackgroundColor(Color.TRANSPARENT);
if (waterTempPref) {
if (wat < minimumWaterTemp) gridData.getChildAt(5).setBackgroundColor(Color.BLUE);
if (wat > maximumWaterTemp) gridData.getChildAt(5).setBackgroundColor(Color.RED);
}
// afr vs target alarm
gridData.getChildAt(3).setBackgroundColor(Color.TRANSPARENT);
if (afrNotEqualTargetPref) {
final float threshold = targetAFR * (afrNotEqualTargetTolerance * .01f);
if (Math.abs(targetAFR - afr) >= threshold) {
if (afr > targetAFR) {
gridData.getChildAt(3).setBackgroundColor(Color.RED);
} else {
gridData.getChildAt(3).setBackgroundColor(Color.BLUE);
}
if (afrAlarmLogging) {
LogItem newItem = afrAlarmLogItems.newLogItem();
newItem.setAfr(afr);
newItem.setReferenceAfr(referenceAfr);
newItem.setMap(map);
newItem.setMat(mat);
newItem.setRpm(rpm);
newItem.setTargetAfr(targetAFR);
newItem.setWat(wat);
afrAlarmLogItems.getItems().add(newItem);
if (!menuShareLog.isVisible()) {
menuShareLog.setVisible(true);
}
}
}
}
}
if (DEBUG_MODE) Log.d(TAG, "Processed " + lastRegister + " response: " + data);
sendRequest(REGISTER_4140_PLUS_SIX);
return;
} else {
if (DEBUG_MODE) Log.d(TAG, "bad CRC for " + lastRegister + ": " + data);
imgStatus.setBackgroundColor(Color.RED);
sendRequest();
}
}
@Override
public void handleMessage(Message message) {
switch (message.getData().getShort("handle")) {
case CONNECTED:
if (progress != null && progress.isShowing()) progress.dismiss();
menuConnect.setTitle(R.string.menu_disconnect);
sendRequest(REGISTER_4096_PLUS_SEVEN);
totalTimeMillis = 0;
updatesReceived = 0;
refreshHandler.postDelayed(RefreshRunnable, LONG_PAUSE);
Editor edit = prefs.edit();
edit.putString("prefs_remote_name", message.getData().getString("name"));
edit.putString("prefs_remote_mac", message.getData().getString("addr"));
edit.commit();
break;
case CONNECTION_ERROR:
if (progress != null && progress.isShowing()) progress.dismiss();
disconnect();
AlertDialog alert = new AlertDialog.Builder(ctx).create();
alert.setTitle(message.getData().getString("title"));
alert.setMessage("\n" + message.getData().getString("message") + "\n");
alert.setButton(
DialogInterface.BUTTON_NEUTRAL,
"OK",
new DialogInterface.OnClickListener() {
public void onClick(DialogInterface dialog, int which) {
dialog.dismiss();
}
});
alert.show();
break;
case DATA_READY:
byte[] msg = message.getData().getByteArray("data");
int msglength = message.getData().getInt("length");
if (msglength > 0) {
final String data = setDataBuffer(msg, msglength).toString();
// this could be a lot more efficient -- rethink all the data type conversions
final int datalength = data.trim().split(" ").length;
// first check that we've got the right device and mode
if (datalength > 2 && data.contains(DEVICE_ADDR_AND_MODE_HEADER)) {
if (mapMode) {
progress.setMessage(String.format("Reading map values %d/512...", mapOffset));
if (data.contains(SIXTEEN_REGISTERS)
&& datalength >= 37
&& ModbusRTU.validCRC(data.trim().split(" "), 37)) {
populateAndPlotFuelMap(data);
}
break;
}
// do we have a bad message?
if (!(data.contains(EIGHT_REGISTERS) || data.contains(SEVEN_REGISTERS))) {
if (DEBUG_MODE) Log.d(TAG, lastRegister + " response discarded: " + data);
imgStatus.setBackgroundColor(Color.RED);
sendRequest();
break;
}
// RPM, MAP, MAT, WAT, AUXT, & AFR - 6 16 bit integers (twelve bytes)
if (data.contains(EIGHT_REGISTERS) && datalength >= REGISTER_4096_LENGTH) {
process4096Response(data);
} else {
if (data.contains(SEVEN_REGISTERS) && datalength >= REGISTER_4140_LENGTH) {
process4140Response(data);
}
}
}
}
}
}