gridtracker/package.nw/lib/pota.js

701 wiersze
18 KiB
JavaScript

// GridTracker Copyright © 2024 GridTracker.org
// All rights reserved.
// See LICENSE for more information.
GT.pota = {
parks: {},
locations: {},
parksTimeout: null,
callSchedule: {},
parkSchedule: {},
scheduleTimeout: null,
callSpots: {},
parkSpots: {},
spotsTimeout: null,
mapParks: {},
rbnReportTimes: {},
rbnFrequency: 600000
};
GT.potaSpotTemplate = {
activator: "",
frequency: 0,
mode: "",
band: "",
reference: "",
spotTime: 0,
expire: 0,
spotter: "",
comments: "",
source: "GT",
count: 1,
activatorGrid: "",
spotterGrid: ""
};
GT.parkTemplate = {
feature: null
}
GT.potaUnknownPark = {
name: "Unknown park (not yet spotted)",
active: "0",
entityId: "-1",
locationDesc: "??-??",
latitude: "0.0",
longitude: "0.0",
grid: ""
};
GT.gtParkOnInstance = new ol.style.Text({
text: "🏕️",
font: "20px Verdana",
textAlign: "center",
justify: "center"
});
GT.gtParkWorkedOnInstance = new ol.style.Text({
text: "🌄",
font: "20px Verdana",
textAlign: "center",
justify: "center"
});
GT.gtParkOffInstance = new ol.style.Text({
text: "🌲",
font: "20px Verdana",
textAlign: "center",
justify: "center"
});
function iconText(center, iconObj, zIndex, propName)
{
var feature = new ol.Feature({
geometry: new ol.geom.Point(center),
textAlign: "center",
justify: "center",
prop: propName
});
var iconStyle = new ol.style.Style({
zIndex: zIndex,
text: iconObj
});
feature.setStyle(iconStyle);
return feature;
}
function initPota()
{
potaEnabled.checked = (GT.appSettings.potaEnabled == 1);
potaMenu.checked = GT.appSettings.potaShowMenu;
potaButton.style.display = (GT.appSettings.potaEnabled == 1 && GT.appSettings.potaShowMenu && GT.mapSettings.offlineMode == false) ? "" : "none";
potaImg.style.filter = GT.appSettings.potaMapEnabled ? "" : "grayscale(1)";
GT.layerSources.pota.clear();
GT.pota.mapParks = {};
if (GT.appSettings.potaEnabled == 1)
{
getPotaParks();
}
}
function changePotaEnable()
{
GT.appSettings.potaEnabled = (potaEnabled.checked == true) ? 1 : 0;
potaButton.style.display = (GT.appSettings.potaEnabled == 1 && GT.appSettings.potaShowMenu && GT.mapSettings.offlineMode == false) ? "" : "none";
if (!GT.appSettings.potaEnabled)
{
GT.layerSources.pota.clear();
}
else
{
getPotaParks();
}
saveAppSettings();
goProcessRoster();
}
function changePotaMenu()
{
GT.appSettings.potaShowMenu = potaMenu.checked;
potaButton.style.display = (GT.appSettings.potaEnabled == 1 && GT.appSettings.potaShowMenu && GT.mapSettings.offlineMode == false) ? "" : "none";
potaImg.style.filter = GT.appSettings.potaMapEnabled ? "" : "grayscale(1)";
saveAppSettings();
}
function togglePotaMap()
{
GT.appSettings.potaMapEnabled = !GT.appSettings.potaMapEnabled;
potaImg.style.filter = GT.appSettings.potaMapEnabled ? "" : "grayscale(1)";
saveAppSettings();
redrawParks();
}
function redrawParks()
{
GT.layerSources.pota.clear();
if (GT.appSettings.potaEnabled == 1 && GT.appSettings.potaMapEnabled)
{
GT.pota.mapParks = {};
makeParkFeatures();
}
}
function makeParkFeatures()
{
try
{
let now = timeNowSec();
let day = parseInt(now / 86400);
let dayAsString = String(day);
for (const park in GT.pota.parkSpots)
{
if (park in GT.pota.parks)
{
var parkObj = Object.assign({}, GT.parkTemplate);
for (const call in GT.pota.parkSpots[park])
{
var report = GT.pota.parkSpots[park][call];
if (parkObj.feature == null && validateMapBandAndMode(report.band, report.mode) && Date.now() < report.expire)
{
let parkIcon = GT.gtParkOffInstance;
let zIndex = 1;
for (let instance in GT.instances)
{
if (GT.instances[instance].valid && GT.instances[instance].status.Band == report.band && GT.instances[instance].status.MO == report.mode)
{
let hash = dayAsString + park + report.band + report.mode;
if (hash in GT.tracker.worked.pota)
{
parkIcon = GT.gtParkWorkedOnInstance;
}
else
{
parkIcon = GT.gtParkOnInstance;
}
zIndex = 2;
break;
}
}
parkObj.feature = iconText(ol.proj.fromLonLat([Number(GT.pota.parks[park].longitude), Number(GT.pota.parks[park].latitude)]), parkIcon, zIndex, "parkFlag");
parkObj.feature.key = park;
parkObj.feature.size = 22;
GT.pota.mapParks[park] = parkObj;
GT.layerSources.pota.addFeature(parkObj.feature);
}
}
}
}
}
catch (e)
{
console.log("exception: makeParkFeature " + park);
console.log(e.message);
}
}
function potaSpotFromDecode(callObj)
{
if (GT.appSettings.myCall != "" && GT.appSettings.myCall != "NOCALL")
{
var park = callObj.pota;
if (callObj.DEcall in GT.pota.callSpots && park in GT.pota.parkSpots)
{
// update spot
var newObj = spotFromCallObj(callObj, park, GT.pota.parkSpots[park][callObj.DEcall].count);
GT.pota.parkSpots[park][callObj.DEcall] = fillObjectFromTemplate(GT.pota.parkSpots[park][callObj.DEcall], newObj);
// may or may not be on screen, so try
if (GT.appSettings.potaMapEnabled)
{
addParkSpotFeature(park, GT.pota.parkSpots[park][callObj.DEcall]);
}
var hash = park + callObj.DEcall;
if (!(hash in GT.pota.rbnReportTimes) || Date.now() > GT.pota.rbnReportTimes[hash])
{
GT.pota.rbnReportTimes[hash] = Date.now() + GT.pota.rbnFrequency;
}
}
else if (callObj.DEcall in GT.pota.callSchedule)
{
// Looks like it's scheduled, so it's new
GT.pota.callSpots[callObj.DEcall] = park;
if (!(park in GT.pota.parkSpots))
{
GT.pota.parkSpots[park] = {};
}
var newObj = spotFromCallObj(callObj, park, 0);
newObj.expire = newObj.spotTime + 300000;
GT.pota.parkSpots[park][callObj.DEcall] = newObj;
if (GT.appSettings.potaMapEnabled)
{
addParkSpotFeature(park, GT.pota.parkSpots[park][callObj.DEcall]);
}
var hash = park + callObj.DEcall;
if (!(hash in GT.pota.rbnReportTimes) || Date.now() > GT.pota.rbnReportTimes[hash])
{
GT.pota.rbnReportTimes[hash] = Date.now() + GT.pota.rbnFrequency;
}
}
else
{
if (!(callObj.DEcall in GT.pota.callSpots))
{
console.log("No call spot: " + callObj.DEcall);
}
if (!(park in GT.pota.parkSpots))
{
console.log("No park spot: " + park);
}
}
}
}
function leftClickPota(parkId)
{
if (parkId in GT.pota.parkSpots)
{
for (parkCaller in GT.pota.parkSpots[parkId])
{
let obj = GT.pota.parkSpots[parkId][parkCaller];
let call = obj.activator;
let grid = obj.activatorGrid;
let band = obj.band;
let mode = obj.mode;
for (let instance in GT.instances)
{
if (GT.instances[instance].valid && GT.instances[instance].status.Band == band && GT.instances[instance].status.MO == mode)
{
setCallAndGrid(call, grid, instance);
return;
}
}
}
}
}
function reportPotaQSO(record)
{
var report = {
activator: record.CALL,
spotter: record.STATION_CALLSIGN,
frequency: record.FREQ,
reference: record.POTA,
mode: record.MODE,
source: "GT",
comments: record.COMMENT ? record.COMMENT : "",
activatorGrid: record.GRIDSQUARE ? record.GRIDSQUARE : "",
spotterGrid: record.MY_GRIDSQUARE ? record.MY_GRIDSQUARE : ""
};
if ("SUBMODE" in record)
{
report.mode = record.SUBMODE;
}
getPostJSONBuffer(
"https://api.pota.app/spot",
rbnReportResult,
null,
"https",
443,
report,
10000,
null,
null
);
}
function rbnReportResult(buffer, flag, cookies)
{
// It worked! process latest spots!
if (GT.pota.spotsTimeout)
{
nodeTimers.clearTimeout(GT.pota.spotsTimeout);
GT.pota.spotsTimeout = null;
}
processPotaSpots(String(buffer));
GT.pota.spotsTimeout = nodeTimers.setTimeout(getPotaSpots, 300000);
}
function spotFromCallObj(callObj, park, inCount, rbnTime)
{
var callSpot = {
activator: callObj.DEcall,
activatorGrid: callObj.grid,
spotter: GT.appSettings.myCall + "-#",
spotterGrid: GT.appSettings.myGrid,
frequency: Number((GT.instances[callObj.instance].status.Frequency / 1000000).toFixed(3)),
reference: park,
mode: callObj.mode,
band: callObj.band,
spotTime: Date.now(),
source: "GT",
count: inCount + 1,
comments: "GT " + callObj.RSTsent + " dB " + GT.appSettings.myGrid + " via " + GT.appSettings.myCall + "-#"
};
return callSpot;
}
function addParkSpotFeature(park, report)
{
var parkObj = Object.assign({}, GT.parkTemplate);
if (park in GT.pota.mapParks)
{
parkObj = GT.pota.mapParks[park];
}
else
{
GT.pota.mapParks[park] = parkObj;
}
if (parkObj.feature == null && validateMapBandAndMode(report.band, report.mode))
{
let parkIcon = GT.gtParkOffInstance;
let zIndex = 1;
let now = timeNowSec();
let day = parseInt(now / 86400);
let dayAsString = String(day);
for (let instance in GT.instances)
{
if (GT.instances[instance].valid && GT.instances[instance].status.Band == report.band && GT.instances[instance].status.MO == report.mode)
{
let hash = dayAsString + park + report.band + report.mode;
if (hash in GT.tracker.worked.pota)
{
parkIcon = GT.gtParkWorkedOnInstance;
}
else
{
parkIcon = GT.gtParkOnInstance;
}
zIndex = 2;
break;
}
}
parkObj.feature = iconText(ol.proj.fromLonLat([Number(GT.pota.parks[park].longitude), Number(GT.pota.parks[park].latitude)]), parkIcon, zIndex, "parkFlag");
parkObj.feature.key = park;
parkObj.feature.size = 22;
GT.layerSources.pota.addFeature(parkObj.feature);
}
}
function processPotaParks(buffer)
{
if (GT.appSettings.potaEnabled == 1)
{
try
{
var data = JSON.parse(buffer);
var newParks = data.parks;
for (const park in newParks)
{
var locations = newParks[park].locationDesc.split(",");
for (const i in locations)
{
if (locations[i] in data.locations)
{
locations[i] = data.locations[locations[i]];
}
}
newParks[park].locationDesc = locations.join(", ");
}
newParks["?-????"] = GT.potaUnknownPark;
GT.pota.parks = newParks;
GT.pota.locations = data.locations;
getPotaSchedule();
getPotaSpots();
}
catch (e)
{
// can't write, somethings broke
console.log("Failed to load parks!");
console.log(e.message);
}
}
}
function getPotaParks()
{
if (GT.pota.parksTimeout)
{
nodeTimers.clearTimeout(GT.pota.parksTimeout);
GT.pota.spotsTimeout = null;
}
if (GT.mapSettings.offlineMode == false && GT.appSettings.potaEnabled == 1)
{
getBuffer(
"https://storage.googleapis.com/gt_app/pota.json?cb=" + Date.now(),
processPotaParks,
null,
"https",
443
);
}
GT.pota.parksTimeout = nodeTimers.setTimeout(getPotaParks, 86400000)
}
// This is a shallow copy, don't use with objects that contain other objects or arrays
function fillObjectFromTemplate(template, input)
{
var object = {};
for (const key in template)
{
if (key in input)
{
object[key] = input[key];
}
else
{
// missing, use the template value
object[key] = template[key];
}
}
return object;
}
function uniqueArrayFromArray(input)
{
return [...new Set(input)];
}
function processPotaSpots(buffer)
{
if (GT.appSettings.potaEnabled == 1)
{
try
{
var spots = JSON.parse(buffer);
GT.pota.callSpots = {};
GT.pota.parkSpots = {};
for (const spot in spots)
{
if (spots[spot].reference in GT.pota.parks)
{
var newSpot = fillObjectFromTemplate(GT.potaSpotTemplate, spots[spot]);
newSpot.spotTime = Date.parse(newSpot.spotTime + "Z");
newSpot.frequency = parseInt(newSpot.frequency) / 1000;
newSpot.expire = Date.now() + (Number(newSpot.expire) * 1000);
newSpot.band = formatBand(newSpot.frequency);
if (newSpot.spotter == newSpot.activator && newSpot.comments.match(/qrt/gi))
{
// don't add the spot, they have self-QRT'ed
}
else if (Date.now() > newSpot.expire)
{
// Spot is expired!
}
else
{
GT.pota.callSpots[newSpot.activator] = newSpot.reference;
if (!(newSpot.reference in GT.pota.parkSpots))
{
GT.pota.parkSpots[newSpot.reference] = {};
}
GT.pota.parkSpots[newSpot.reference][newSpot.activator] = newSpot;
}
}
else
{
console.log("PotaSpots: unknown park id: " + spots[spot].reference);
}
}
redrawParks();
}
catch (e)
{
// can't write, somethings broke
}
}
}
function getPotaSpots()
{
if (GT.pota.spotsTimeout)
{
nodeTimers.clearTimeout(GT.pota.spotsTimeout);
GT.pota.spotsTimeout = null;
}
if (GT.mapSettings.offlineMode == false && GT.appSettings.potaEnabled == 1)
{
getBuffer(
"https://api.pota.app/spot/activator",
processPotaSpots,
null,
"https",
443
);
}
GT.pota.spotsTimeout = nodeTimers.setTimeout(getPotaSpots, 300000);
}
function processPotaSchedule(buffer)
{
if (GT.appSettings.potaEnabled == 1)
{
try
{
var schedules = JSON.parse(buffer);
GT.pota.callSchedule = {};
GT.pota.parkSchedule = {};
for (const i in schedules)
{
var newObj = {};
newObj.id = schedules[i].reference;
newObj.start = Date.parse(schedules[i].startDate + "T" + schedules[i].startTime + "Z");
newObj.end = Date.parse(schedules[i].endDate + "T" + schedules[i].endTime + "Z");
newObj.frequencies = schedules[i].frequencies;
newObj.comments = schedules[i].comments;
if (Date.now() < newObj.end)
{
if (newObj.id in GT.pota.parks)
{
(GT.pota.callSchedule[schedules[i].activator] = GT.pota.callSchedule[schedules[i].activator] || []).push(newObj);
newObj = Object.assign({}, newObj);
newObj.id = schedules[i].activator;
(GT.pota.parkSchedule[schedules[i].reference] = GT.pota.parkSchedule[schedules[i].reference] || []).push(newObj);
}
else
{
console.log("PotaSchedule: unknown park id: " + newObj.id);
}
}
// else it is expired and no longer relevant
}
// Sanity dedupe checks
for (const key in GT.pota.callSchedule)
{
GT.pota.callSchedule[key] = uniqueArrayFromArray(GT.pota.callSchedule[key]);
}
for (const key in GT.pota.parkSchedule)
{
GT.pota.parkSchedule[key] = uniqueArrayFromArray(GT.pota.parkSchedule[key]);
}
}
catch (e)
{
// can't write, somethings broke
}
}
}
function getPotaSchedule()
{
if (GT.pota.scheduleTimeout)
{
nodeTimers.clearTimeout(GT.pota.scheduleTimeout);
GT.pota.scheduleTimeout = null;
}
if (GT.mapSettings.offlineMode == false && GT.appSettings.potaEnabled == 1)
{
getBuffer(
"https://api.pota.app/activation",
processPotaSchedule,
null,
"https",
443
);
}
GT.pota.scheduleTimeout = nodeTimers.setTimeout(getPotaSchedule, 900000);
}
function mouseOverPark(feature)
{
if (GT.currentOverlay != 0) return false;
createParkTipTable(feature);
mouseParkMove(feature);
myParktip.style.zIndex = 499;
myParktip.style.display = "block";
return true;
}
function mouseParkMove(feature)
{
var positionInfo = myParktip.getBoundingClientRect();
var windowWidth = window.innerWidth;
myParktip.style.left = getMouseX() - (positionInfo.width / 2) + "px";
if (windowWidth - getMouseX() < (positionInfo.width / 2))
{
myParktip.style.left = getMouseX() - (10 + positionInfo.width) + "px";
}
if (getMouseX() - (positionInfo.width / 2) < 0)
{
myParktip.style.left = getMouseX() + 10 + "px";
}
myParktip.style.top = getMouseY() - positionInfo.height - 12 + "px";
}
function mouseOutPark(feature)
{
myParktip.style.zIndex = -1;
}
function createParkTipTable(toolElement)
{
var worker = "";
var key = toolElement.key;
var now = Date.now();
worker += "<div style='background-color:#000;color:lightgreen;font-weight:bold;font-size:12px;border:1px solid gray;margin:0px' class='roundBorder'>" +
key +
" : <font color='cyan'>" + GT.pota.parks[key].name + "" +
" (<font color='yellow'>" + GT.dxccToAltName[Number(GT.pota.parks[key].entityId)] + "</font>)" +
"</font></br><font color='lightblue'>" + GT.pota.parks[key].locationDesc + "</font></div>";
worker += "<table id='potaSpotsTable' class='darkTable' style='margin: 0 auto;'>";
worker += "<tr><th>Activator</th><th>Spotter</th><th>Freq</th><th>Mode</th><th>Count</th><th>When</th><th>Source</th><th>Comment</th></tr>";
for (const i in GT.pota.parkSpots[key])
{
if (validateMapBandAndMode(GT.pota.parkSpots[key][i].band, GT.pota.parkSpots[key][i].mode))
{
worker += "<tr>";
worker += "<td style='color:yellow'>" + GT.pota.parkSpots[key][i].activator + "</td>";
worker += "<td style='color:cyan'>" + ((GT.pota.parkSpots[key][i].spotter == GT.pota.parkSpots[key][i].activator) ? "Self" : GT.pota.parkSpots[key][i].spotter) + "</td>";
worker += "<td style='color:lightgreen' >" + formatMhz(GT.pota.parkSpots[key][i].frequency, 3, 3) + " <font color='yellow'>(" + GT.pota.parkSpots[key][i].band + ")</font></td>";
worker += "<td style='color:orange'>" + GT.pota.parkSpots[key][i].mode + "</td>";
worker += "<td>" + GT.pota.parkSpots[key][i].count + "</td>";
worker += "<td style='color:lightblue' >" + toDHMS(parseInt((now - GT.pota.parkSpots[key][i].spotTime) / 1000)) + "</td>";
worker += "<td>" + GT.pota.parkSpots[key][i].source + "</td>";
worker += "<td>" + GT.pota.parkSpots[key][i].comments + "</td>";
worker += "</tr>";
}
}
worker += "</table>";
myParktip.innerHTML = worker;
}