document.addEventListener('DOMContentLoaded', main) function get(url) { return new Promise(function(resolve, reject) { var req = new XMLHttpRequest(); req.open('GET', url); req.onload = function() { if (req.status == 200) { resolve(req.response); } else { reject(Error(req.statusText)); } }; req.onerror = function() { reject(Error("Network Error")); }; req.send(); }); } function getJSON(url) { return get(url).then(JSON.parse) } function main() { var options = { worldCopyJump: true, zoomControl: false } var map = L.map(document.getElementById("map"), options) var sh = document.getElementById("sidebarhandle") sh.onclick = function () { var sb = document.getElementById("sidebar") if (sb.classList.contains("hidden")) sb.classList.remove("hidden") else sb.classList.add("hidden") map.invalidateSize() } getJSON('nodes.json').then(handle_data(map)) } function sort(key, d) { return d.slice().sort( function (a, b) { return a[key] - b[key] }).reverse() } function limit(key, m, d) { return d.filter( function (d) { return d[key].isAfter(m) }) } function offline(d) { return !d.flags.online } function online(d) { return d.flags.online } function has_location(d) { return "location" in d.nodeinfo } function subtract(a, b) { var ids = {} b.forEach( function (d) { ids[d.nodeinfo.node_id] = true }) return a.filter( function (d) { return !(d.nodeinfo.node_id in ids) }) } function handle_data(map) { return function (data) { var nodes = Object.keys(data.nodes).map(function (key) { return data.nodes[key] }) nodes = nodes.filter( function (d) { return "firstseen" in d && "lastseen" in d }) nodes.forEach( function(node) { node.firstseen = moment(node.firstseen) node.lastseen = moment(node.lastseen) }) var age = moment().subtract(14, 'days') var newnodes = limit("firstseen", age, sort("firstseen", nodes).filter(online)) var lostnodes = limit("lastseen", age, sort("lastseen", nodes).filter(offline)) var onlinenodes = subtract(nodes.filter(online).filter(has_location), newnodes) addToList(document.getElementById("newnodes"), "firstseen", newnodes) addToList(document.getElementById("lostnodes"), "lastseen", lostnodes) mkmap(map, newnodes, lostnodes, onlinenodes) } } function mkmap(map, newnodes, lostnodes, onlinenodes) { L.control.zoom({ position: "topright" }).addTo(map) L.tileLayer("http://otile{s}.mqcdn.com/tiles/1.0.0/osm/{z}/{x}/{y}.jpg", { subdomains: "1234", type: "osm", attribution: "Map data Tiles © MapQuest , Map data © OpenStreetMap contributors, CC-BY-SA", maxZoom: 18 }).addTo(map) var nodes = newnodes.concat(lostnodes).filter( function (d) { return "location" in d.nodeinfo }) var markers = nodes.map( function (d) { var icon = L.MakiMarkers.icon({ color: d.flags.online ? "#0A905D" : "#E42426" }) var opt = { icon: icon } var m = L.marker([d.nodeinfo.location.latitude, d.nodeinfo.location.longitude], opt) m.bindPopup(d.nodeinfo.hostname) return m }) var onlinemarkers = onlinenodes.map( function (d) { var opt = { color: "#0A905D", fillColor: "#0A905D", radius: 5 } var m = L.circleMarker([d.nodeinfo.location.latitude, d.nodeinfo.location.longitude], opt) m.bindPopup(d.nodeinfo.hostname) return m }) var group = L.featureGroup(markers).addTo(map) var group_online = L.featureGroup(onlinemarkers).addTo(map) map.fitBounds(group.getBounds()) } function addToList(el, tf, list) { list.forEach( function (d) { var time = moment(d[tf]).fromNow() var row = document.createElement("tr") var td1 = document.createElement("td") var span = document.createElement("span") span.classList.add("hostname") span.classList.add(d.flags.online ? "online" : "offline") span.textContent = d.nodeinfo.hostname td1.appendChild(span) if ("owner" in d.nodeinfo) { var contact = d.nodeinfo.owner.contact td1.appendChild(document.createTextNode(" – " + contact + "")) } var td2 = document.createElement("td") td2.textContent = time row.appendChild(td1) row.appendChild(td2) el.appendChild(row) }) }