Merge branch 'v1.0.8.1' into fix/ohne-externe-babel
This commit is contained in:
@@ -1,162 +1,133 @@
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// /utils/createAndSetDevices.js
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import L from "leaflet";
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import "leaflet.smooth_marker_bouncing";
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import { SERVER_URL } from "../config/urls.js";
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import { toast } from "react-toastify";
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import * as config from "../config/config.js";
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import { disablePolylineEvents, enablePolylineEvents } from "./setupPolylines";
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//import { setPolylineEventsDisabled } from "../store/atoms/polylineEventsDisabledState";
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import { store } from "../redux/store";
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import { updateLineStatus } from "../redux/slices/lineVisibilitySlice";
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// Variable zum Speichern der Prioritätskonfiguration (z.B. Level und Farben)
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let priorityConfig = [];
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// Funktion zum Abrufen der Prioritätsdaten von der API
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const fetchPriorityConfig = async () => {
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try {
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// Ruft die API auf, um die Prioritätsdaten zu laden
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const response = await fetch(`${SERVER_URL}:3000/api/prio`);
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// Konvertiert die Antwort in ein JSON-Format
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const data = await response.json();
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// Gibt die empfangenen Daten in der Konsole aus, um die Struktur zu überprüfen
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// console.log("Prioritätsdaten: ", data);
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// Speichert die empfangenen Prioritätsdaten in der Variablen priorityConfig
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priorityConfig = data;
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} catch (error) {
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// Gibt einen Fehler in der Konsole aus, falls die API nicht erreichbar ist
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console.error("Fehler beim Abrufen der Prioritätsdaten: ", error);
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const determinePriority = (iconPath, priorityConfig) => {
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for (let priority of priorityConfig) {
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if (iconPath.includes(priority.name.toLowerCase())) {
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return priority.level;
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}
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}
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return 5;
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};
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// Funktion zur Bestimmung der Farbe basierend auf dem Level
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const getColorClass = (level) => {
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// Sucht in priorityConfig nach einem Objekt, dessen level-Wert dem übergebenen Level entspricht
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const priority = priorityConfig.find((p) => p.level === level);
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// Gibt die Farbe zurück, wenn das Level gefunden wurde, ansonsten die Standardfarbe (#999999)
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return priority ? priority.color : "#999999"; // Fallback-Farbe, wenn kein Level gefunden wurde
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};
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/* // Ruft die Funktion zum Abrufen der Prioritätsdaten auf und wartet, bis sie abgeschlossen ist
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fetchPriorityConfig().then(() => {
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// Gibt die geladenen Prioritätsdaten in der Konsole aus, um zu überprüfen, ob die Daten korrekt geladen wurden
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console.log("Prioritätsdaten wurden geladen:", priorityConfig);
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// Testet die Funktion getColorClass für verschiedene Level und gibt die entsprechenden Farben aus
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console.log("Farbe für Level 0:", getColorClass(0)); // Farbe für Level 0 anzeigen
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console.log("Farbe für Level 1:", getColorClass(1)); // Farbe für Level 1 anzeigen
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console.log("Farbe für Level 2:", getColorClass(2)); // Farbe für Level 2 anzeigen
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console.log("Farbe für Level 3:", getColorClass(3)); // Farbe für Level 3 anzeigen
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console.log("Farbe für Level 4:", getColorClass(4)); // Farbe für Level 4 anzeigen
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console.log("Farbe für Level 100:", getColorClass(100)); // Farbe für Level 100 anzeigen
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console.log("Farbe für Level 101:", getColorClass(101)); // Farbe für Level 101 anzeigen
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}); */
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// Funktion zum Erstellen und Setzen von Markern
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// Funktion zum Erstellen und Setzen von Markern
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export const createAndSetDevices = async (systemId, setMarkersFunction, GisSystemStatic) => {
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export const createAndSetDevices = async (systemId, setMarkersFunction, GisSystemStatic, priorityConfig) => {
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try {
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// Lade die statischen Daten
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const response1 = await fetch(config.mapGisStationsStaticDistrictUrl);
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const jsonResponse = await response1.json();
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const response2 = await fetch(config.mapGisStationsStatusDistrictUrl);
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const statusResponse = await response2.json();
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//console.log("statusResponse: ", statusResponse);
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const getIdSystemAndAllowValueMap = new Map(GisSystemStatic.map((system) => [system.IdSystem, system.Allow]));
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if (!jsonResponse.Points || !statusResponse.Statis) {
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console.error("❌ Fehlende Daten in API-Response!");
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return;
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}
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if (jsonResponse.Points && statusResponse.Statis) {
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const statisMap = new Map(statusResponse.Statis.map((s) => [s.IdLD, { color: s.Co, level: s.Le }]));
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console.log("✅ API-Daten geladen:", jsonResponse.Points.length, "Punkte gefunden.");
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// console.log("idLD , Farbe und Level: ", statisMap);
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// Erstelle eine Map für Statusinformationen
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const statisMap = new Map(statusResponse.Statis.map((s) => [s.IdLD, s]));
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let markersData = jsonResponse.Points.filter((station) => station.System === systemId && getIdSystemAndAllowValueMap.get(station.System) === 1).map((station) => {
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// Statusdaten für die Station abrufen
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const statisForStation = statusResponse.Statis.filter((status) => status.IdLD === station.IdLD);
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// Speichere `idLD` und `Active` Werte in Redux
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const allLines = jsonResponse.Points.filter((station) => station.System === systemId).map((station) => {
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console.log("------------------------");
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console.log("station.IdLD: ", station.IdLD);
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console.log("station.Active: ", station.Active);
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console.log("------------------------");
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// Niedrigstes Level ermitteln
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const minLevel = Math.min(...statisForStation.map((status) => status.Le));
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// Redux: Aktualisiere `idLD` und `Active` Werte
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store.dispatch(updateLineStatus({ idLD: station.IdLD, active: station.Active }));
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// Farbe für das niedrigste Level bestimmen
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const color = getColorClass(minLevel); // Farbe anhand des Levels
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return {
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idLD: station.IdLD,
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active: station.Active,
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};
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});
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//console.log(`Station: ${station.LD_Name}, Min Level: ${minLevel}, Color: ${color}`);
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const statisData = statisMap.get(station.IdLD); // Hole Farbe und Level
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const outerColor = statisData ? statisData.color : "#008013"; // Dynamische Farbe oder Standard-Grün
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const innerColor = "rgba(255, 255, 255, 0.8)"; // Weiß mit 80% Deckkraft
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console.log("🔄 Alle Linien gespeichert:", allLines);
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const marker = L.marker([station.X, station.Y], {
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icon: L.divIcon({
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className: `custom-marker`,
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html: `
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<div >
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<!-- SVG direkt eingebettet -->
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<svg width="50" height="50" viewBox="0 0 25 41" xmlns="http://www.w3.org/2000/svg">
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<!-- Äußere Form -->
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<path id="outer" fill="${outerColor}" stroke="#000000" stroke-width="0.3"
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d="M 5.0582559,3.8656758 19.50163,3.616274 c 0,0 1.960457,0.6522815 2.770647,1.5827418 0.910212,1.0455689 0.670156,2.3789089 0.670156,2.3789089 l 0.120028,13.2470683 c 0,0 -0.460107,0.911276 -1.250292,1.649889 -0.630147,0.594727 -1.620378,1.055162 -1.620378,1.055162 0,0 -0.500117,0.508395 -4.190979,1.314155 0,0 -0.869675,1.874293 -1.31978,3.457035 -1.020238,3.577955 -2.304224,6.276531 -2.304224,6.276531 0,0 -0.824931,-2.365549 -1.84517,-5.972281 -0.480112,-1.717035 -1.4124335,-3.81884 -1.4124335,-3.81884 0,0 -3.7708809,-0.681058 -3.8609019,-0.748205 0,0 -1.2102827,-0.441249 -1.8804393,-1.170269 -0.7601775,-0.824944 -1.190278,-1.860921 -1.190278,-1.860921 L 2.0575549,7.0407517 C 1.5174288,7.0599367 4.3580923,3.8848605 5.0582559,3.8656758 Z" />
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<!-- Innere Form -->
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<path id="inner" fill="${innerColor}" stroke="#000000" stroke-width="0.27"
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d="m 5.1425811,7.1294233 c -0.5874766,0.6413053 -0.8634128,1.398402 -0.8634128,1.398402 0,0 0.2492327,12.0779207 0.2492327,12.0779207 0,0 0.5162673,0.641304 1.1927556,1.166818 0.5785757,0.445352 1.4686917,0.623491 1.4686917,0.623491 0.979128,0.01781 11.3845877,-0.338466 11.3845877,-0.338466 0,0 0.747696,-0.240489 1.30847,-0.863981 0.45396,-0.498793 0.818907,-0.855074 0.818907,-0.855074 0,0 -0.07122,-11.8641507 -0.07122,-11.7572665 0,0.071256 -0.23143,-0.9797723 -0.863412,-1.6834268 -0.400548,-0.4364441 -1.308466,-0.6502126 -1.308466,-0.6502126 0,0 -12.0699763,0 -12.0699763,0 0,0 -0.7922036,0.3919091 -1.2461636,0.8817952 z" />
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</svg>
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<!-- Inneres Icon -->
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<img src="img/icons/marker-icon-${station.Icon}.svg"
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style="position: absolute;
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top: 8px;
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left: 15px;
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width: 20px;
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height: 20px;
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" />
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</div>`,
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iconSize: [30, 45],
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iconAnchor: [27, 41],
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popupAnchor: [1, -34],
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}),
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areaName: station.Area_Name, // Stelle sicher, dass dieser Bereich gesetzt wird
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link: station.Link,
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// Filtere nur aktive Stationen für Marker
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const activeStations = jsonResponse.Points.filter((station) => station.System === systemId && station.Active === 1);
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console.log("🔍 Gefilterte aktive Stationen:", activeStations);
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zIndexOffset: 100 * (6 - minLevel),
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});
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let markersData = activeStations.map((station) => {
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const statis = statisMap.get(station.IdLD);
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const iconPath = statis ? `img/icons/${statis.Na}-marker-icon-${station.Icon}.png` : `img/icons/marker-icon-${station.Icon}.png`;
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// Popup-Info dynamisch erstellen
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const statusInfo = statisForStation
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.map(
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(status) => `
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<div class="flex items-center my-1">
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<div class="w-2 h-2 mr-2 inline-block rounded-full" style="background-color: ${status.Co};"></div>
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${status.Me} <span style="color: ${status.Co};">(${status.Na})</span>
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</div>
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`
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)
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.join("");
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const priority = determinePriority(iconPath, priorityConfig);
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const zIndexOffset = 100 * (5 - priority);
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marker.bindPopup(`
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<div class="bg-white rounded-lg">
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<span class="text-lg font-semibold text-gray-900">${station.LD_Name}</span>
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<span class="text-md font-bold text-gray-800"> ${station.Device}</span><br>
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<span class="text-gray-800"><strong> ${station.Area_Short} </strong>(${station.Area_Name})</span><br>
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<span class="text-gray-800"><strong>${station.Location_Short} </strong> (${station.Location_Name})</span>
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<div class="mt-2">${statusInfo}</div>
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</div>
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`);
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// **Mouseover zeigt Popup**
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marker.on("mouseover", function () {
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this.openPopup();
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});
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// **Mouseout schließt Popup**
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marker.on("mouseout", function () {
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this.closePopup();
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});
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return marker;
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const marker = L.marker([station.X, station.Y], {
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icon: L.icon({
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iconUrl: iconPath,
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iconSize: [25, 41],
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iconAnchor: [12, 41],
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popupAnchor: [1, -34],
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}),
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areaName: station.Area_Name,
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link: station.Link,
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zIndexOffset: zIndexOffset,
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});
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setMarkersFunction(markersData);
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}
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marker.bindPopup(`
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<div class="bg-white rounded-lg">
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<span class="text-lg font-semibold text-gray-900">${station.LD_Name}</span>
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<span class="text-md font-bold text-gray-800"> ${station.Device}</span><br>
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<span class="text-gray-800"><strong> ${station.Area_Short} </strong>(${station.Area_Name})</span><br>
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<span class="text-gray-800"><strong>${station.Location_Short} </strong> (${station.Location_Name})</span>
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<div class="mt-2">
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${statusResponse.Statis.filter((status) => status.IdLD === station.IdLD)
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.reverse()
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.map(
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(status) => `
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<div class="flex items-center my-1">
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<div class="w-2 h-2 mr-2 inline-block rounded-full" style="background-color: ${status.Co};"></div>
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${status.Me} <span style="color: ${status.Co};">(${status.Na})</span>
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</div>
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`
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)
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.join("")}
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</div>
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</div>
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`);
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marker.on("mouseover", function () {
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this.openPopup();
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});
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marker.on("mouseout", function () {
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this.closePopup();
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});
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marker.on("contextmenu", function (event) {
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if (event && event.preventDefault) event.preventDefault();
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this.openPopup();
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});
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document.addEventListener("mouseout", function (event) {
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if (event.relatedTarget === null || event.relatedTarget.nodeName === "BODY") {
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enablePolylineEvents(window.polylines, window.lineColors);
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}
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});
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if (typeof marker.bounce === "function" && statis) {
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marker.on("add", () => marker.bounce(3));
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}
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return marker;
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});
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console.log("📌 Marker erstellt:", markersData.length, markersData);
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setMarkersFunction(markersData);
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} catch (error) {
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console.error("Fehler beim Abrufen der Daten: ", error);
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console.error("❌ Fehler beim Abrufen der Daten in createAndSetDevices.js: ", error);
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}
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};
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