VELENDEU/tlt-bus-map
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Added search by destination, destination shows in text and on map markers

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This commit is contained in:
eetnaviation
2024-12-06 17:36:14 +02:00
parent 76ceec0067
commit 318c1bc3ff
2 changed files with 149 additions and 9 deletions
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140
main.js
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@ -189,6 +189,29 @@ io.on('connection', (socket) => {
writeToLog('errors_log.txt', caughtError);
}
});
socket.on('destinationSearch', async (destination) => {
try {
console.log("Input destination: " + destination);
saveRequestLogs(socket, destination);
if (isRequestMode) {
const currentTime = Date.now();
if (currentTime - lastFetchTime >= requestModeInterval) {
await fetchAndSaveData("Request Mode");
}
} else {
await fetchAndSaveData("Request Mode");
}
if (isRequestMode) {
clearInterval(requestModeIntervalId);
}
startRequestModeFetch();
fetchDataFromLocalFileByDestination(destination, socket);
} catch (error) {
var caughtError = "Error processing destinationSearch:", error;
console.error(caughtError);
writeToLog('errors_log.txt', caughtError);
}
});
socket.on('electricBusBulkSearch', async () => {
console.log("Running bulk electric bus search!");
saveRequestLogs(socket, "ElectricBusBulkSearch");
@ -567,6 +590,7 @@ async function fetchDataFromLocalFileByTak(takInput, socket) {
const longitude = parseFloat(data[2]) / 1000000;
const latitude = parseFloat(data[3]) / 1000000;
const tak = data[6];
const destination = data[9];
let transportTypeDecoded;
@ -632,8 +656,9 @@ async function fetchDataFromLocalFileByTak(takInput, socket) {
requestedLong = longitude;
requestedLatLong = `${latitude} ${longitude}`;
requestedTak = tak;
console.log("[Data fetch complete!] Type:", transportTypeDecoded, "Line number:", lineNumber, "Lat:", latitude, "Long:", longitude, "Coords merge:", requestedLatLong, "TAK:", tak);
socket.emit('takResults', requestedType, requestedLine, requestedLat, requestedLong, requestedTak, requestedLatLong, vehicleType);
requestedDestination = destination;
console.log("[Data fetch complete!] Type:", transportTypeDecoded, "Line number:", lineNumber, "Lat:", latitude, "Long:", longitude, "Coords merge:", requestedLatLong, "TAK:", tak, "Destination:", requestedDestination);
socket.emit('takResults', requestedType, requestedLine, requestedLat, requestedLong, requestedTak, requestedLatLong, vehicleType, requestedDestination);
} else if (tak !== takInput && takFound !== 1) {
takFound = 0;
const vehicleNotFoundText = "VEHICLE NOT FOUND!";
@ -642,6 +667,7 @@ async function fetchDataFromLocalFileByTak(takInput, socket) {
requestedLat = vehicleNotFoundText;
requestedLong = vehicleNotFoundText;
requestedTak = vehicleNotFoundText;
requestedDestination = vehicleNotFoundText;
}
} catch (error) {
console.log("Invalid data format!", line);
@ -669,6 +695,7 @@ async function fetchDataFromLocalFileByTransportType(transportTypeInput, socket)
const longitude = parseFloat(data[2]) / 1000000;
const latitude = parseFloat(data[3]) / 1000000;
const tak = data[6];
const destination = data[9];
let transportTypeDecoded;
@ -734,8 +761,9 @@ async function fetchDataFromLocalFileByTransportType(transportTypeInput, socket)
requestedLong = longitude;
requestedLatLong = `${latitude} ${longitude}`;
requestedTak = tak;
console.log("[Data fetch complete!] Type:", transportTypeDecoded, "Line number:", lineNumber, "Lat:", latitude, "Long:", longitude, "Coords merge:", requestedLatLong, "TAK:", tak);
socket.emit('takResults', requestedType, requestedLine, requestedLat, requestedLong, requestedTak, requestedLatLong, vehicleType);
requestedDestination = destination;
console.log("[Data fetch complete!] Type:", transportTypeDecoded, "Line number:", lineNumber, "Lat:", latitude, "Long:", longitude, "Coords merge:", requestedLatLong, "TAK:", tak, "Destination:", requestedDestination);
socket.emit('takResults', requestedType, requestedLine, requestedLat, requestedLong, requestedTak, requestedLatLong, vehicleType, requestedDestination);
} else if (transportTypeDecoded !== transportTypeInput && transportTypeFound !== 1) {
transportTypeFound = 0;
const vehicleNotFoundText = "VEHICLE NOT FOUND!";
@ -744,6 +772,7 @@ async function fetchDataFromLocalFileByTransportType(transportTypeInput, socket)
requestedLat = vehicleNotFoundText;
requestedLong = vehicleNotFoundText;
requestedTak = vehicleNotFoundText;
requestedDestination = vehicleNotFoundText;
}
} catch (error) {
console.log("Invalid data format!", line);
@ -771,6 +800,7 @@ async function fetchDataFromLocalFileByLineNumber(lineInput, socket) {
const longitude = parseFloat(data[2]) / 1000000;
const latitude = parseFloat(data[3]) / 1000000;
const tak = data[6];
const destination = data[9];
let transportTypeDecoded;
@ -839,6 +869,7 @@ async function fetchDataFromLocalFileByLineNumber(lineInput, socket) {
requestedLong: longitude,
requestedLatLong: `${latitude} ${longitude}`,
requestedTak: tak,
requestedDestination: destination,
vehicleType,
});
}
@ -850,17 +881,112 @@ async function fetchDataFromLocalFileByLineNumber(lineInput, socket) {
});
if (results.length > 0) {
results.forEach(result => {
console.log("[Data fetch complete!] Type:", result.requestedType, "Line number:", result.requestedLine, "Lat:", result.requestedLat, "Long:", result.requestedLong, "Coords merge:", result.requestedLatLong, "TAK:", result.requestedTak);
socket.emit('takResults', result.requestedType, result.requestedLine, result.requestedLat, result.requestedLong, result.requestedTak, result.requestedLatLong, result.vehicleType);
console.log("[Data fetch complete!] Type:", result.requestedType, "Line number:", result.requestedLine, "Lat:", result.requestedLat, "Long:", result.requestedLong, "Coords merge:", result.requestedLatLong, "TAK:", result.requestedTak, "Destination:", result.requestedDestination);
socket.emit('takResults', result.requestedType, result.requestedLine, result.requestedLat, result.requestedLong, result.requestedTak, result.requestedLatLong, result.vehicleType, result.requestedDestination);
});
} else {
const vehicleNotFoundText = "VEHICLE NOT FOUND!";
console.log(vehicleNotFoundText);
socket.emit('takResults', vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText);
socket.emit('takResults', vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText, vehicleNotFoundText);
}
} catch (error) {
console.error("Error reading local file:", error);
}
}
async function fetchDataFromLocalFileByDestination(destinationInput, socket) {
try {
const data = fs.readFileSync(localFilePath, 'utf8');
const lines = data.split('\n');
lines.forEach(line => {
if (line) {
const data = line.split(',');
if (data.length >= 9) {
try {
const transportType = parseInt(data[0]);
const lineNumber = parseInt(data[1]);
const longitude = parseFloat(data[2]) / 1000000;
const latitude = parseFloat(data[3]) / 1000000;
const tak = data[6];
const destination = data[9];
let transportTypeDecoded;
switch (transportType) {
case 1:
transportTypeDecoded = "TROLL";
break;
case 2:
transportTypeDecoded = "BUS";
break;
case 3:
transportTypeDecoded = "TRAM";
break;
case 7:
transportTypeDecoded = "NIGHTBUS";
break;
default:
transportTypeDecoded = "Unknown";
break;
}
if (destination && destination.toLowerCase().includes(destinationInput.toLowerCase())) {
if (transportTypeDecoded === "TRAM") {
if (cafTramTakArray.includes(tak)) {
vehicleType = "CAF Urbos AXL";
} else if (pesaTramTakArray.includes(tak)) {
vehicleType = "PESA Twist 147N";
} else if (kt6tmTramArray.includes(tak)) {
vehicleType = "Tatra KT6 TM";
} else if (kt4suTramArray.includes(tak)) {
vehicleType = "Tatra KT4 SU";
} else if (kt4tmrTramArray.includes(tak)) {
vehicleType = "Tatra KT4 TMR";
} else if (kt4dTramArray.includes(tak)) {
vehicleType = "Tatra KT4 D";
} else if (kt4tmTramArray.includes(tak)) {
vehicleType = "Tatra KT4 TM";
} else {
vehicleType = "-- Info unavailable --";
}
} else if (transportTypeDecoded === "BUS") {
if (electricBusTakArray.includes(tak)) {
vehicleType = "Solaris Urbino IV 12 Electric";
} else if (volvohybridTakArray.includes(tak)) {
vehicleType = "Volvo 7900 Hybrid";
} else if (a40TakArray.includes(tak)) {
vehicleType = "MAN a40";
} else if (a78TakArray.includes(tak)) {
vehicleType = "MAN a78";
} else if (a21TakArray.includes(tak)) {
vehicleType = "MAN a21";
} else if (urbino12array.includes(tak)) {
vehicleType = "Solaris URBINO 12 CNG";
} else if (urbino18array.includes(tak)) {
vehicleType = "Solaris URBINO 18 CNG";
}
} else {
vehicleType = "-- Info unavailable --";
}
requestedType = transportTypeDecoded;
requestedLine = lineNumber;
requestedLat = latitude;
requestedLong = longitude;
requestedLatLong = `${latitude} ${longitude}`;
requestedTak = tak;
requestedDestination = destination;
console.log("[Data fetch complete!] Type:", transportTypeDecoded, "Line number:", lineNumber, "Lat:", latitude, "Long:", longitude, "Coords merge:", requestedLatLong, "TAK:", tak, "Destination:", requestedDestination);
socket.emit('takResults', requestedType, requestedLine, requestedLat, requestedLong, requestedTak, requestedLatLong, vehicleType, requestedDestination);
}
} catch (error) {
console.log("Invalid data format!", line);
}
}
}
});
} catch (error) {
console.error("Error reading local file:", error);
}
}
startPeriodicDataFetch();