@Override
public void networkState(String string) {
if (ansiConsole) {
String str = EscapeSeq.ansiLocate(0, 21) + ">>>> " + string;
AnsiConsole.out.println(str);
} else log(string);
}
/*
private static void businessLogic_v1(int waterLevel, int oilLevel)
{
// log(">>> In BusinessLogic (" + waterLevel + ", " + oilLevel + ")");
int oilThickness = Math.max(0, oilLevel - waterLevel);
currentWaterLevel = waterLevel;
currentOilThickness = oilThickness;
// System.out.println("Business Logic - Water:" + waterLevel + ", oil:" + oilLevel);
if (oilLevel > -1)
{
// log("Oil thick:" + oilThickness + ", Water:" + waterLevel);
if (waterLevel < 0 && oilThickness > 0)
{
// Switch the relay off?
RelayManager.RelayState status = rm.getStatus("00");
// log("Relay is:" + status);
if (RelayManager.RelayState.ON.equals(status))
{
log("Turning relay off!");
try { rm.set("00", RelayManager.RelayState.OFF); }
catch (Exception ex)
{
System.err.println(ex.toString());
}
}
if (currentStatus.equals(ProcessStatus.ALL_OK))
{
log("Oil thick:" + oilThickness + ", Water:" + waterLevel + " (Oil Level:" + oilLevel + ")");
// Make a call
String[] mess = {"Oil the bilge of " + boatName + ": " + oilThickness + ".",
"Please reply CLEAN to this message when done with it."};
// String mess = "First warning to " + boatName;
displayAppMess(" >>>>>>>>>> CALLING " + phoneNumber_1); // + "Mess is a " + mess.getClass().getName() + "\n" + mess);
sendSMS(phoneNumber_1, mess);
currentStatus = ProcessStatus.MESSAGE_SENT_TO_CAPTAIN;
WaitForCleanThread wfct = new WaitForCleanThread();
wfct.start();
}
}
else
{
System.out.println(" ");
System.out.println(" ");
}
}
}
*/
@Override
public void setTypeOfChannel(int channel, SevenADCChannelsManager.Material material, float val) {
data[channel] = new LevelMaterial(val, material);
manageData();
// Debug
if (ansiConsole && "true".equals(System.getProperty("debug", "false"))) {
AnsiConsole.out.println(EscapeSeq.ansiLocate(1, 15 + channel));
Date now = new Date();
AnsiConsole.out.println(
now.toString()
+ ": Channel "
+ channel
+ " >> ("
+ DF31.format(val)
+ ") "
+ materialToString(material)
+ " ");
}
}
public static final void displayAppErr(Exception ex) {
if (ansiConsole) {
AnsiConsole.out.println(EscapeSeq.ansiLocate(1, 60));
AnsiConsole.out.println(rpad(ex.toString(), " ", 80));
} else ex.printStackTrace();
}
public static final void displayAppMess(String mess) {
if (false && ansiConsole) {
AnsiConsole.out.println(EscapeSeq.ansiLocate(1, 50));
AnsiConsole.out.println(rpad(mess, " ", 80));
} else log("AppMess>> " + mess);
}
// User Interface ... Sovietic! And business logic.
private static void manageData() {
int maxWaterLevel = -1;
// int maxOilLevel = -1;
// Clear the screen, cursor on top left.
String str = "";
int y = 1;
if (ansiConsole) {
// AnsiConsole.out.println(EscapeSeq.ANSI_CLS);
// AnsiConsole.out.println(EscapeSeq.ansiLocate(0, y++));
// Firts line to erase what was there before starting.
AnsiConsole.out.println(
EscapeSeq.ansiLocate(0, y++)
+ "WT:"
+ SevenADCChannelsManager.getWaterThreshold()
+
// ", OT:" + SevenADCChannelsManager.getOilThreshold() +
", Sensor Height: "
+ DF23.format(rangeSensorHeight)
+ " cm, D2S:"
+ DF23.format(distanceToSurface * 100)
+ " cm ");
str = EscapeSeq.ansiLocate(0, y++) + "+---+--------+---------+";
AnsiConsole.out.println(str);
str = EscapeSeq.ansiLocate(0, y++) + "| C | Vol % | Mat |";
AnsiConsole.out.println(str);
str = EscapeSeq.ansiLocate(0, y++) + "+---+--------+---------+";
AnsiConsole.out.println(str);
}
for (int chan = data.length - 1; chan >= 0; chan--) // Top to bottom
{
if (previousMaterial[chan] != null && previousMaterial[chan] == data[chan].getMaterial())
nbSameMaterialInARow[chan] += 1;
else nbSameMaterialInARow[chan] = 0;
String color = EscapeSeq.ANSI_BLACK; // ANSI_DEFAULT_BACKGROUND;
if (nbSameMaterialInARow[chan] > nbSeenInARow) {
// if (data[chan].getMaterial().equals(SevenADCChannelsManager.Material.OIL))
// color = EscapeSeq.ANSI_RED;
// else
if (data[chan].getMaterial().equals(SevenADCChannelsManager.Material.WATER))
color = EscapeSeq.ANSI_BLUE;
}
String prefix =
EscapeSeq.ansiLocate(0, y++)
+ EscapeSeq.ansiSetTextAndBackgroundColor(EscapeSeq.ANSI_WHITE, color)
+ EscapeSeq.ANSI_BOLD;
String suffix =
EscapeSeq.ANSI_NORMAL + EscapeSeq.ANSI_DEFAULT_BACKGROUND + EscapeSeq.ANSI_DEFAULT_TEXT;
str =
"| "
+ Integer.toString(chan + 1)
+ " | "
+ lpad(DF4.format(data[chan].getPercent()), " ", 4)
+ " % | "
+ lpad(materialToString(data[chan].getMaterial()), " ", 7)
+ " |";
str += (" " + nbSameMaterialInARow[chan] + " ");
// if (maxOilLevel == -1 &&
// data[chan].getMaterial().equals(SevenADCChannelsManager.Material.OIL))
// maxOilLevel = chan;
if (maxWaterLevel == -1
&& data[chan].getMaterial().equals(SevenADCChannelsManager.Material.WATER))
maxWaterLevel = chan;
if (ansiConsole) AnsiConsole.out.println(prefix + str + suffix);
previousMaterial[chan] = data[chan].getMaterial();
}
if (ansiConsole) {
str = EscapeSeq.ansiLocate(0, y++) + "+---+--------+---------+";
AnsiConsole.out.println(str);
}
double waterThickness = (maxWaterLevel + 1) * SENSOR_SPACING;
double oilThickness = rangeSensorHeight - (waterThickness + (distanceToSurface * 100));
if (ansiConsole) {
str =
EscapeSeq.ansiLocate(0, y++)
+ "Water:"
+ waterThickness
+ ", OT:"
+ oilThickness
+ " cm"
+ " ";
AnsiConsole.out.println(str);
}
if (webSocketClient != null) {
JSONObject json = new JSONObject();
json.put("water", waterThickness);
json.put("oil", oilThickness);
try {
webSocketClient.send(json.toString());
} // [1..100]
catch (Exception ex) {
displayAppErr(ex);
// ex.printStackTrace();
}
}
// log(">>> To BusinessLogic (" + maxWaterLevel + ", " + maxOilLevel + ")");
// businessLogic(maxWaterLevel, maxOilLevel); // Before
if (deviceStarted) businessLogic(maxWaterLevel, oilThickness);
}
