Files
minerops/backend/app/frontend/static/mine-map.js
T
2026-08-11 14:27:09 +00:00

780 lines
35 KiB
JavaScript

(function () {
"use strict";
if (document.body.dataset.view !== "map") return;
const ids = [
"mapSite", "mapRoom", "mapLayer", "mapSearch", "mapLifecycle",
"mapModel", "mapRepair", "mapStatus", "mapClearFilters",
"mapProblemsOnly",
"mapFilterCount", "mapScope", "mapSummary", "mapFreshness",
"mapCriticalState", "mapCriticalTitle", "mapCriticalDetail",
"mapRetry", "mapLoading", "mapWorkspace", "mapLegend", "mapNotice",
"mapPermissionNote", "mapViewport", "mapLegacySection",
"mapLegacyPositions", "mapUnplacedSection", "mapUnplaced",
"mapInspector", "mapInspectorTitle", "mapInspectorStatus",
"mapInspectorDetails", "mapInspectorClose", "mapOpenMiner"
];
const el = {};
for (const id of ids) el[id] = document.getElementById(id);
const state = {
data: null,
siteId: "",
roomId: "",
layer: "status",
query: "",
lifecycle: "",
model: "",
repair: "",
status: "",
problemsOnly: false,
minerId: "",
minerDetailsIncluded: false
};
function create(tag, className, text) {
const node = document.createElement(tag);
if (className) node.className = className;
if (text !== undefined) node.textContent = text;
return node;
}
function display(value, fallback) {
if (value === null || value === undefined || String(value).trim() === "") {
return fallback || "Unavailable";
}
return String(value);
}
function words(value) {
return display(value, "Unknown").replaceAll("_", " ").toLowerCase();
}
function dateTime(value) {
if (!value) return "Unavailable";
const parsed = new Date(value);
return Number.isNaN(parsed.valueOf()) ? "Unavailable" : parsed.toLocaleString();
}
function metric(value, suffix) {
return typeof value === "number" && Number.isFinite(value)
? value + suffix : "Unavailable";
}
function age(value) {
if (!value) return "Never observed";
const time = new Date(value).valueOf();
if (Number.isNaN(time)) return "Observation time unavailable";
const seconds = Math.max(0, Math.floor((Date.now() - time) / 1000));
if (seconds < 60) return seconds + "s ago";
if (seconds < 3600) return Math.floor(seconds / 60) + "m ago";
if (seconds < 86400) return Math.floor(seconds / 3600) + "h ago";
return Math.floor(seconds / 86400) + "d ago";
}
const PROBLEM_KEYS = new Set([
"offline", "unknown", "unstable", "repair", "conflict", "blocked",
"expected"
]);
const MEASUREMENT_LAYERS = {
temperature: { field: "chip_temp_max_c", suffix: " C max" },
hashrate: { field: "hashrate_ths", suffix: " TH/s" },
power: { field: "power_w", suffix: " W" }
};
function operational(position) {
const kind = words(position.position_kind);
const status = words(position.position_status);
if (position.conflict_reason || status === "conflict") {
return { key: "conflict", label: "Location conflict", mark: "Conflict" };
}
if (kind === "blocked" || status === "blocked") {
return { key: "blocked", label: "Blocked position", mark: "Blocked" };
}
if (kind === "switch" || status === "switch") {
return { key: "switch", label: "Switch / equipment", mark: "Equipment" };
}
if (!position.occupied) {
if (position.expected_mac) {
return { key: "expected", label: "Expected miner not resolved", mark: "Expected" };
}
if (kind === "miner slot" && status === "available") {
return { key: "empty", label: "Empty position", mark: "Empty" };
}
return { key: "unknown", label: "Unknown position state", mark: "Unknown" };
}
if (!state.minerDetailsIncluded) {
return { key: "restricted", label: "Occupied; miner details restricted", mark: "Restricted" };
}
if (position.active_repair || position.lifecycle_status === "in_repair") {
return { key: "repair", label: "In repair", mark: "Repair" };
}
if (position.lifecycle_status === "retired" || position.asset_state === "decommissioned") {
return { key: "retired", label: "Retired / decommissioned", mark: "Retired" };
}
if (position.lifecycle_status === "spare") {
return { key: "spare", label: "Spare inventory", mark: "Spare" };
}
const runtime = words(position.miner_status);
if (runtime === "offline") {
return { key: "offline", label: "Offline", mark: "Offline" };
}
if (position.hash_stable === false) {
return { key: "unstable", label: "Hash unstable", mark: "Unstable" };
}
if (runtime === "online") {
return { key: "online", label: "Online", mark: "Online" };
}
return { key: "unknown", label: "Operational state unknown", mark: "Unknown" };
}
function isProblem(position) {
return PROBLEM_KEYS.has(operational(position).key);
}
function measurementScale(positions) {
const config = MEASUREMENT_LAYERS[state.layer];
if (!config) return null;
const values = positions.filter(function (position) {
return position.occupied && matches(position) &&
(!state.problemsOnly || isProblem(position));
}).map(function (position) {
return position[config.field];
}).filter(function (value) {
return typeof value === "number" && Number.isFinite(value);
});
if (!values.length) return { config: config, min: null, max: null };
let min = values[0];
let max = values[0];
for (const value of values.slice(1)) {
min = Math.min(min, value);
max = Math.max(max, value);
}
return {
config: config,
min: min,
max: max
};
}
function relativePercent(value, scale) {
if (!scale || scale.min === null || scale.max === null ||
typeof value !== "number" || !Number.isFinite(value)) return null;
if (scale.min === scale.max) return 50;
return Math.max(0, Math.min(
100,
((value - scale.min) / (scale.max - scale.min)) * 100
));
}
function layerValue(position, condition) {
if (!position.occupied) return condition.label;
if (!state.minerDetailsIncluded) return condition.label;
if (state.layer === "temperature") {
return metric(position.chip_temp_max_c, " C max");
}
if (state.layer === "hashrate") {
return metric(position.hashrate_ths, " TH/s");
}
if (state.layer === "power") {
return metric(position.power_w, " W");
}
if (state.layer === "repair") {
if (position.active_repair) return words(position.active_repair.status);
if (position.lifecycle_status === "in_repair") return "In-repair lifecycle";
if (position.asset_state === "repair") return "Legacy repair location";
return "No active repair";
}
return condition.label;
}
function identity(position) {
if (!state.minerDetailsIncluded) return "Miner details restricted";
return display(position.asset_id, display(position.current_mac, "Unidentified miner"));
}
function matches(position) {
if (!position.occupied) return true;
if (!state.minerDetailsIncluded) return true;
const condition = operational(position);
const haystack = [position.asset_id, position.miner_sn, position.current_mac,
position.current_ip, position.model].map(function (value) {
return display(value, "").toLowerCase();
}).join(" ");
return (!state.query || haystack.includes(state.query.toLowerCase())) &&
(!state.lifecycle || position.lifecycle_status === state.lifecycle) &&
(!state.model || position.model === state.model) &&
(!state.status || condition.key === state.status) &&
(!state.repair ||
(state.repair === "active" && Boolean(position.active_repair)) ||
(state.repair === "none" && !position.active_repair) ||
(state.repair === "legacy" && position.asset_state === "repair" && !position.active_repair));
}
function option(value, label) {
const node = create("option", "", label);
node.value = value;
return node;
}
function unique(values) {
return Array.from(new Set(values.filter(Boolean))).sort(function (a, b) {
return String(a).localeCompare(String(b), undefined, { numeric: true });
});
}
function syncSelectors() {
const sites = state.data.sites;
if (!sites.some(function (site) { return String(site.id) === state.siteId; })) {
state.siteId = sites.length ? String(sites[0].id) : "";
}
el.mapSite.replaceChildren();
for (const site of sites) el.mapSite.appendChild(option(String(site.id), site.name));
el.mapSite.value = state.siteId;
const rooms = state.data.rooms.filter(function (room) {
return String(room.site_id) === state.siteId;
});
if (!rooms.some(function (room) { return String(room.id) === state.roomId; })) {
state.roomId = rooms.length ? String(rooms[0].id) : "";
}
el.mapRoom.replaceChildren();
if (!rooms.length) el.mapRoom.appendChild(option("", "No rooms at this site"));
for (const room of rooms) {
el.mapRoom.appendChild(option(String(room.id), room.name));
}
el.mapRoom.value = state.roomId;
el.mapRoom.disabled = !rooms.length;
const site = sites.find(function (item) { return String(item.id) === state.siteId; });
const room = rooms.find(function (item) { return String(item.id) === state.roomId; });
el.mapScope.textContent = site && room
? site.name + " / " + room.name
: site ? site.name + " / No configured rooms" : "No configured sites";
}
function syncPermissionControls() {
const allowed = state.minerDetailsIncluded;
if (!allowed) {
state.layer = "status";
state.query = state.lifecycle = state.model = state.repair = state.status = "";
state.problemsOnly = false;
el.mapSearch.value = "";
el.mapRepair.value = "";
el.mapProblemsOnly.checked = false;
}
for (const item of el.mapLayer.options) {
item.disabled = !allowed && item.value !== "status";
}
el.mapLayer.value = state.layer;
el.mapSearch.disabled = !allowed;
el.mapLifecycle.disabled = !allowed;
el.mapModel.disabled = !allowed;
el.mapRepair.disabled = !allowed;
el.mapStatus.disabled = !allowed;
el.mapClearFilters.disabled = !allowed;
el.mapProblemsOnly.disabled = !allowed;
el.mapSearch.closest(".field").hidden = !allowed;
document.getElementById("mapFilters").hidden = !allowed;
el.mapPermissionNote.hidden = allowed;
}
function syncFilterOptions() {
const positions = state.data.positions.filter(function (position) {
return String(position.room_id || "") === state.roomId && position.occupied;
});
const lifecycle = unique(positions.map(function (item) { return item.lifecycle_status; }));
const models = unique(positions.map(function (item) { return item.model; }));
const statuses = unique(positions.map(function (item) { return operational(item).key; }));
const selectedLifecycle = state.lifecycle;
const selectedModel = state.model;
const selectedStatus = state.status;
el.mapLifecycle.replaceChildren(option("", "All lifecycle states"));
lifecycle.forEach(function (value) { el.mapLifecycle.appendChild(option(value, words(value))); });
el.mapModel.replaceChildren(option("", "All models"));
models.forEach(function (value) { el.mapModel.appendChild(option(value, value)); });
el.mapStatus.replaceChildren(option("", "All operational states"));
statuses.forEach(function (value) { el.mapStatus.appendChild(option(value, words(value))); });
if (lifecycle.includes(selectedLifecycle)) el.mapLifecycle.value = selectedLifecycle;
else state.lifecycle = "";
if (models.includes(selectedModel)) el.mapModel.value = selectedModel;
else state.model = "";
if (statuses.includes(selectedStatus)) el.mapStatus.value = selectedStatus;
else state.status = "";
}
function stateUrl() {
const params = new URLSearchParams();
const values = {
site_id: state.siteId, room_id: state.roomId,
layer: state.layer === "status" ? "" : state.layer,
q: state.query, lifecycle: state.lifecycle, model: state.model,
repair: state.repair, status: state.status,
problems: state.problemsOnly ? "1" : "", miner_id: state.minerId
};
for (const pair of Object.entries(values)) {
if (pair[1]) params.set(pair[0], pair[1]);
}
return window.location.pathname +
(params.size ? "?" + params.toString() : "");
}
function setUrl(mode) {
window.history[mode === "push" ? "pushState" : "replaceState"](
{}, "", stateUrl()
);
}
function readUrl() {
const params = new URLSearchParams(window.location.search);
state.siteId = params.get("site_id") || "";
state.roomId = params.get("room_id") || "";
state.layer = ["status", "temperature", "hashrate", "power", "repair"]
.includes(params.get("layer")) ? params.get("layer") : "status";
state.query = (params.get("q") || "").slice(0, 160);
state.lifecycle = params.get("lifecycle") || "";
state.model = params.get("model") || "";
state.repair = ["active", "none", "legacy"].includes(params.get("repair"))
? params.get("repair") : "";
state.status = params.get("status") || "";
state.problemsOnly = params.get("problems") === "1";
state.minerId = params.get("miner_id") || "";
syncPermissionControls();
el.mapLayer.value = state.layer;
el.mapSearch.value = state.query;
el.mapRepair.value = state.repair;
el.mapProblemsOnly.checked = state.problemsOnly;
}
function appendLegendItem(key, label, mark) {
const item = create("span", "legend-item");
const marker = create("span", "legend-marker", mark);
marker.dataset.status = key;
marker.setAttribute("aria-hidden", "true");
item.append(marker, document.createTextNode(label));
el.mapLegend.appendChild(item);
}
function legend(scale) {
const entries = !state.minerDetailsIncluded
? [["restricted", "Miner details restricted", "Restricted"],
["empty", "Empty position", "Empty"],
["conflict", "Location conflict", "Conflict"],
["blocked", "Blocked position", "Blocked"],
["switch", "Switch or equipment", "Equipment"]]
: state.layer === "status"
? [["online", "Online", "Online"], ["offline", "Offline", "Offline"],
["unstable", "Hash unstable", "Unstable"],
["repair", "In repair", "Repair"], ["spare", "Spare", "Spare"],
["retired", "Retired", "Retired"],
["unknown", "Operational state unknown", "Unknown"],
["empty", "Empty position", "Empty"],
["conflict", "Location conflict", "Conflict"]]
: [["online", "Online marker", "Online"],
["offline", "Offline marker", "Offline"],
["unstable", "Hash unstable marker", "Unstable"],
["repair", "In-repair marker", "Repair"],
["unknown", "Unknown-state marker", "Unknown"],
["empty", "Empty position", "Empty"]];
el.mapLegend.replaceChildren();
el.mapLegend.appendChild(create(
"strong", "legend-title", el.mapLayer.options[el.mapLayer.selectedIndex].text
));
if (scale) {
const range = create("span", "relative-scale");
if (scale.min === null || scale.max === null) {
range.textContent = "Relative range unavailable: no valid displayed readings";
} else {
const low = metric(scale.min, scale.config.suffix);
const high = metric(scale.max, scale.config.suffix);
range.setAttribute(
"aria-label",
"Relative range across emphasized miners from " + low + " to " + high
);
range.append(
create("span", "relative-scale-label", "Relative range (emphasized)"),
create("span", "relative-scale-value", low),
create("span", "relative-scale-track"),
create("span", "relative-scale-value", high)
);
}
el.mapLegend.appendChild(range);
}
for (const entry of entries) {
appendLegendItem(entry[0], entry[1], entry[2]);
}
}
function positionTile(position, scale) {
const condition = operational(position);
const tile = create(position.occupied && position.miner_id ? "button" : "div", "map-position");
tile.dataset.status = condition.key;
tile.dataset.positionId = position.location_position_id;
tile.dataset.occupied = String(position.occupied);
tile.dataset.problem = String(isProblem(position));
if (position.miner_id) tile.dataset.minerId = position.miner_id;
if (position.occupied && !matches(position)) tile.dataset.filtered = "true";
if (state.problemsOnly && position.occupied && !isProblem(position)) {
tile.dataset.problemsMuted = "true";
}
if (String(position.miner_id) === state.minerId) tile.dataset.selected = "true";
const scaleEligible = position.occupied && matches(position) &&
(!state.problemsOnly || isProblem(position));
const relative = scale && scaleEligible
? relativePercent(position[scale.config.field], scale) : null;
if (relative !== null) {
tile.dataset.measurement = "true";
tile.style.setProperty("--relative-percent", relative.toFixed(2) + "%");
}
if (tile.tagName === "BUTTON") {
tile.type = "button";
tile.tabIndex = -1;
tile.setAttribute("aria-pressed", String(String(position.miner_id) === state.minerId));
tile.setAttribute("aria-label", display(position.position_label, "Position " + position.position_index) +
", " + identity(position) + ", " + condition.label + ", " + age(position.observed_at));
} else {
tile.setAttribute("role", "group");
tile.setAttribute("aria-label", display(position.position_label, "Position " + position.position_index) +
", " + condition.label);
}
const head = create("span", "position-head");
const marker = create("span", "status-marker", condition.mark);
marker.setAttribute("aria-hidden", "true");
head.append(create("strong", "position-label", display(position.position_label, "Position " + position.position_index)),
marker);
const name = create("span", "position-miner", position.occupied ? identity(position) : condition.label);
tile.append(head, name);
if (position.occupied) {
tile.append(
create("span", "position-value", layerValue(position, condition)),
create("span", "position-freshness", state.minerDetailsIncluded
? age(position.observed_at) : "Miner details restricted")
);
}
return tile;
}
function renderMap() {
syncSelectors();
const positions = state.data.positions.filter(function (position) {
return String(position.room_id || "") === state.roomId;
});
if (state.minerId && !state.data.positions.some(function (position) {
const visible = String(position.room_id || "") === state.roomId || !position.room_id;
return visible && position.miner_id && String(position.miner_id) === state.minerId;
})) state.minerId = "";
syncPermissionControls();
syncFilterOptions();
const scale = measurementScale(positions);
legend(scale);
el.mapViewport.replaceChildren();
if (!state.data.sites.length) {
el.mapNotice.hidden = false;
el.mapNotice.textContent = "No sites are configured. Use location management to create the physical hierarchy.";
} else if (!state.roomId) {
el.mapNotice.hidden = false;
el.mapNotice.textContent = "This site has no configured rooms.";
} else if (!positions.length) {
el.mapNotice.hidden = false;
el.mapNotice.textContent = "No positions are configured for this room.";
} else {
el.mapNotice.hidden = true;
}
const racks = new Map();
for (const position of positions) {
const rack = display(position.rack_name, "Unlabelled rack");
const shelf = display(position.shelf_name, "Unlabelled shelf");
if (!racks.has(rack)) racks.set(rack, new Map());
if (!racks.get(rack).has(shelf)) racks.get(rack).set(shelf, []);
racks.get(rack).get(shelf).push(position);
}
const fragment = document.createDocumentFragment();
for (const rackEntry of racks) {
const rack = create("section", "map-rack");
rack.setAttribute("aria-label", "Rack " + rackEntry[0]);
rack.appendChild(create("h2", "rack-title", "Rack " + rackEntry[0]));
for (const shelfEntry of rackEntry[1]) {
const shelf = create("section", "map-shelf");
shelf.setAttribute("aria-label", "Shelf " + shelfEntry[0]);
shelf.appendChild(create("h3", "shelf-title", "Shelf " + shelfEntry[0]));
const grid = create("div", "position-grid");
for (const position of shelfEntry[1]) {
grid.appendChild(positionTile(position, scale));
}
shelf.appendChild(grid);
rack.appendChild(shelf);
}
fragment.appendChild(rack);
}
el.mapViewport.appendChild(fragment);
renderSummary(positions);
renderLegacyPositions();
renderUnplaced();
renderInspector();
syncTileTabStops();
const count = [state.query, state.lifecycle, state.model, state.repair,
state.status, state.problemsOnly].filter(Boolean).length;
el.mapFilterCount.textContent = count ? "(" + count + " active)" : "";
el.mapFreshness.textContent = "Map generated " + dateTime(state.meta.generated_at) +
(state.minerDetailsIncluded ? ". Telemetry age is shown per miner."
: ". Miner details are restricted for this account.");
}
function renderSummary(positions) {
const facts = { occupied: 0, empty: 0, conflict: 0, offline: 0,
repair: 0, unknown: 0, restricted: 0, problems: 0 };
for (const position of positions) {
const condition = operational(position);
if (position.occupied) facts.occupied += 1;
if (condition.key in facts) facts[condition.key] += 1;
if (isProblem(position)) facts.problems += 1;
}
el.mapSummary.replaceChildren();
const pairs = [["Positions", positions.length], ["Occupied", facts.occupied],
["Empty", facts.empty], ["Conflicts", facts.conflict]];
if (state.minerDetailsIncluded) pairs.splice(3, 0,
["Problems", facts.problems], ["Offline", facts.offline],
["In repair", facts.repair], ["Unknown", facts.unknown]);
else pairs.splice(3, 0, ["Restricted", facts.restricted]);
for (const pair of pairs) {
const item = create("span", "summary-fact");
item.append(create("strong", "", String(pair[1])), document.createTextNode(pair[0]));
el.mapSummary.appendChild(item);
}
}
function renderLegacyPositions() {
const positions = state.data.positions.filter(function (position) {
return !position.room_id;
});
el.mapLegacySection.hidden = !positions.length;
el.mapLegacyPositions.replaceChildren();
for (const position of positions) {
const item = create("article", "legacy-position-entry");
item.append(create("strong", "", display(position.position_label,
"Position " + position.position_index)),
create("span", "legacy-position-path", "Unscoped / Room label " +
display(position.room_name, "Unavailable") + " / Rack " +
display(position.rack_name, "Unavailable") + " / Shelf " +
display(position.shelf_name, "Unavailable")),
positionTile(position));
el.mapLegacyPositions.appendChild(item);
}
}
function renderUnplaced() {
const miners = state.data.virtual_miners.filter(function (miner) {
return (!state.siteId || String(miner.site_id || "") === state.siteId) &&
(!state.roomId || !miner.room_id || String(miner.room_id) === state.roomId);
});
el.mapUnplacedSection.hidden = !miners.length;
el.mapUnplaced.replaceChildren();
for (const miner of miners) {
const item = create("div", "unplaced-miner");
item.append(create("strong", "", display(miner.asset_id, display(miner.current_mac, "Unidentified miner"))),
create("span", "", words(miner.asset_state) + " / " + words(miner.lifecycle_status)),
create("span", "", miner.active_repair
? "Active repair: " + words(miner.active_repair.status)
: "No active repair record"));
el.mapUnplaced.appendChild(item);
}
}
function detailRow(term, value) {
el.mapInspectorDetails.append(create("dt", "", term), create("dd", "", display(value)));
}
function renderInspector() {
const position = state.data.positions.find(function (item) {
return item.miner_id && String(item.miner_id) === state.minerId;
});
if (!position) {
el.mapInspector.hidden = true;
return;
}
const condition = operational(position);
el.mapInspector.hidden = false;
el.mapInspectorTitle.textContent = identity(position);
el.mapInspectorStatus.textContent = condition.label + " / " + age(position.observed_at);
el.mapInspectorStatus.dataset.status = condition.key;
el.mapInspectorDetails.replaceChildren();
detailRow("Asset ID", position.asset_id);
detailRow("Model", position.model || position.miner_type);
detailRow("Serial", position.miner_sn);
detailRow("Current MAC", position.current_mac);
detailRow("Current IP", position.current_ip);
const location = position.room_id
? [position.site_name, position.room_name, "Rack " + position.rack_name,
"Shelf " + position.shelf_name, display(position.position_label,
"Position " + position.position_index)].join(" / ")
: ["Unscoped", "Room label " + display(position.room_name),
"Rack " + display(position.rack_name), "Shelf " + display(position.shelf_name),
display(position.position_label, "Position " + position.position_index)].join(" / ");
detailRow("Location", location);
detailRow("Lifecycle", words(position.lifecycle_status));
detailRow("Runtime", words(position.miner_status));
detailRow("Repair", position.active_repair
? words(position.active_repair.status) + " / " + words(position.active_repair.reason)
: position.asset_state === "repair" ? "Legacy repair location state" : "No active repair");
detailRow("Hashrate", metric(position.hashrate_ths, " TH/s"));
detailRow("Power", metric(position.power_w, " W"));
detailRow("Chip temperature", metric(position.chip_temp_max_c, " C max"));
detailRow("Observed", dateTime(position.observed_at));
const returnTo = stateUrl();
el.mapOpenMiner.href = "/miners/" + encodeURIComponent(position.miner_id) +
"/detail?return_to=" + encodeURIComponent(returnTo);
}
function mapTiles() {
return Array.from(el.mapWorkspace.querySelectorAll("button.map-position[data-miner-id]"));
}
function syncTileTabStops() {
const tiles = mapTiles();
const current = tiles.find(function (tile) {
return tile.dataset.minerId === state.minerId;
});
for (const tile of tiles) tile.tabIndex = tile === current ? 0 : -1;
if (!current && tiles.length) tiles[0].tabIndex = 0;
}
function syncSelection() {
for (const tile of mapTiles()) {
const selected = tile.dataset.minerId === state.minerId;
tile.dataset.selected = String(selected);
tile.setAttribute("aria-pressed", String(selected));
}
renderInspector();
syncTileTabStops();
}
function bind() {
const controls = [el.mapLayer, el.mapSearch, el.mapLifecycle, el.mapModel, el.mapRepair, el.mapStatus];
let renderFrame = null;
function scheduleRender() {
if (renderFrame !== null) window.cancelAnimationFrame(renderFrame);
renderFrame = window.requestAnimationFrame(function () {
renderFrame = null;
renderMap();
setUrl("replace");
});
}
el.mapSite.addEventListener("change", function () {
state.siteId = el.mapSite.value; state.roomId = ""; state.minerId = "";
renderMap(); setUrl("push");
});
el.mapRoom.addEventListener("change", function () {
state.roomId = el.mapRoom.value; state.minerId = ""; renderMap(); setUrl("push");
});
for (const control of controls) {
control.addEventListener(control === el.mapSearch ? "input" : "change", function () {
state.layer = el.mapLayer.value; state.query = el.mapSearch.value.trim();
state.lifecycle = el.mapLifecycle.value; state.model = el.mapModel.value;
state.repair = el.mapRepair.value; state.status = el.mapStatus.value;
scheduleRender();
});
}
el.mapProblemsOnly.addEventListener("change", function () {
state.problemsOnly = el.mapProblemsOnly.checked;
scheduleRender();
});
el.mapClearFilters.addEventListener("click", function () {
state.query = state.lifecycle = state.model = state.repair = state.status = "";
state.problemsOnly = false;
el.mapSearch.value = ""; el.mapRepair.value = "";
el.mapProblemsOnly.checked = false;
renderMap(); setUrl("replace");
});
el.mapWorkspace.addEventListener("click", function (event) {
const tile = event.target.closest("button[data-miner-id]");
if (!tile || !el.mapWorkspace.contains(tile)) return;
state.minerId = tile.dataset.minerId;
syncSelection(); setUrl("push");
el.mapInspectorClose.focus();
});
el.mapWorkspace.addEventListener("keydown", function (event) {
if (!["ArrowLeft", "ArrowRight", "ArrowUp", "ArrowDown"].includes(event.key)) return;
const tile = event.target.closest("button.map-position[data-miner-id]");
if (!tile) return;
const tiles = mapTiles();
const current = tiles.indexOf(tile);
const delta = ["ArrowLeft", "ArrowUp"].includes(event.key) ? -1 : 1;
const next = tiles[(current + delta + tiles.length) % tiles.length];
event.preventDefault();
for (const item of tiles) item.tabIndex = item === next ? 0 : -1;
next.focus();
});
el.mapInspectorClose.addEventListener("click", function () {
const restoreId = state.minerId; state.minerId = "";
syncSelection(); setUrl("push");
const restore = mapTiles().find(function (tile) {
return tile.dataset.minerId === restoreId;
});
if (restore) {
for (const tile of mapTiles()) tile.tabIndex = -1;
restore.tabIndex = 0;
restore.focus();
}
});
el.mapRetry.addEventListener("click", load);
window.addEventListener("popstate", function () {
readUrl(); renderMap(); setUrl("replace");
});
}
function validate(envelope) {
return envelope && envelope.data && envelope.meta &&
Array.isArray(envelope.data.sites) && Array.isArray(envelope.data.rooms) &&
Array.isArray(envelope.data.positions) && Array.isArray(envelope.data.virtual_miners) &&
envelope.data.positions.every(function (item) {
return item && typeof item.location_position_id === "string" &&
typeof item.position_index === "number";
});
}
async function load() {
el.mapLoading.hidden = false;
el.mapCriticalState.hidden = true;
el.mapWorkspace.hidden = true;
const controller = new AbortController();
const timer = window.setTimeout(function () { controller.abort(); }, 15000);
try {
const response = await fetch("/api/location/map", {
credentials: "same-origin", headers: { Accept: "application/json" },
signal: controller.signal
});
if (response.status === 401) {
window.location.replace("/login?next=" + encodeURIComponent(window.location.pathname + window.location.search));
return;
}
if (response.status === 403) {
el.mapCriticalTitle.textContent = "Map access unavailable";
el.mapCriticalDetail.textContent = "Your account cannot view location data.";
el.mapCriticalState.hidden = false;
return;
}
if (!response.ok) throw new Error("The map service returned " + response.status + ".");
const envelope = await response.json();
if (!validate(envelope)) throw new Error("The map response was incomplete.");
state.data = envelope.data; state.meta = envelope.meta;
state.minerDetailsIncluded = envelope.meta.miner_details_included === true;
readUrl(); syncSelectors();
el.mapWorkspace.hidden = false;
renderMap(); setUrl("replace");
} catch (error) {
el.mapCriticalTitle.textContent = "Map unavailable";
el.mapCriticalDetail.textContent = error && error.name === "AbortError"
? "MinerOps took too long to respond. Retry in a moment."
: display(error && error.message, "The map could not be loaded.");
el.mapCriticalState.hidden = false;
} finally {
window.clearTimeout(timer); el.mapLoading.hidden = true;
}
}
bind();
load();
}());