Refactor ISP pie chart to make it more consitent
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nymkappa
@@ -168,64 +168,115 @@ class NodesApi {
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}
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}
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public async $getNodesISPRanking(groupBy: string, showTor: boolean) {
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public async $getNodesISPRanking() {
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try {
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const orderBy = groupBy === 'capacity' ? `CAST(SUM(capacity) as INT)` : `COUNT(DISTINCT nodes.public_key)`;
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// Clearnet
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let query = `SELECT GROUP_CONCAT(DISTINCT(nodes.as_number)) as ispId, geo_names.names as names,
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COUNT(DISTINCT nodes.public_key) as nodesCount, CAST(SUM(capacity) as INT) as capacity
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FROM nodes
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JOIN geo_names ON geo_names.id = nodes.as_number
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JOIN channels ON channels.node1_public_key = nodes.public_key OR channels.node2_public_key = nodes.public_key
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GROUP BY geo_names.names
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ORDER BY ${orderBy} DESC
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`;
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const [nodesCountPerAS]: any = await DB.query(query);
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let query = '';
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let total = 0;
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const nodesPerAs: any[] = [];
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// List all channels and the two linked ISP
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query = `
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SELECT short_id, capacity,
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channels.node1_public_key AS node1PublicKey, isp1.names AS isp1, isp1.id as isp1ID,
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channels.node2_public_key AS node2PublicKey, isp2.names AS isp2, isp2.id as isp2ID
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FROM channels
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JOIN nodes node1 ON node1.public_key = channels.node1_public_key
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JOIN nodes node2 ON node2.public_key = channels.node2_public_key
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JOIN geo_names isp1 ON isp1.id = node1.as_number
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JOIN geo_names isp2 ON isp2.id = node2.as_number
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WHERE channels.status = 1
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ORDER BY short_id DESC
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`;
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const [channelsIsp]: any = await DB.query(query);
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for (const asGroup of nodesCountPerAS) {
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if (groupBy === 'capacity') {
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total += asGroup.capacity;
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} else {
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total += asGroup.nodesCount;
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// Sum channels capacity and node count per ISP
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const ispList = {};
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for (const channel of channelsIsp) {
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const isp1 = JSON.parse(channel.isp1);
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const isp2 = JSON.parse(channel.isp2);
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if (!ispList[isp1]) {
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ispList[isp1] = {
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id: channel.isp1ID,
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capacity: 0,
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channels: 0,
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nodes: {},
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};
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}
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if (!ispList[isp2]) {
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ispList[isp2] = {
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id: channel.isp2ID,
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capacity: 0,
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channels: 0,
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nodes: {},
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};
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}
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ispList[isp1].capacity += channel.capacity;
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ispList[isp1].channels += 1;
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ispList[isp1].nodes[channel.node1PublicKey] = true;
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ispList[isp2].capacity += channel.capacity;
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ispList[isp2].channels += 1;
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ispList[isp2].nodes[channel.node2PublicKey] = true;
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}
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// Tor
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if (showTor) {
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query = `SELECT COUNT(DISTINCT nodes.public_key) as nodesCount, CAST(SUM(capacity) as INT) as capacity
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FROM nodes
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JOIN channels ON channels.node1_public_key = nodes.public_key OR channels.node2_public_key = nodes.public_key
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ORDER BY ${orderBy} DESC
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`;
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const [nodesCountTor]: any = await DB.query(query);
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total += groupBy === 'capacity' ? nodesCountTor[0].capacity : nodesCountTor[0].nodesCount;
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nodesPerAs.push({
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ispId: null,
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name: 'Tor',
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count: nodesCountTor[0].nodesCount,
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share: Math.floor((groupBy === 'capacity' ? nodesCountTor[0].capacity : nodesCountTor[0].nodesCount) / total * 10000) / 100,
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capacity: nodesCountTor[0].capacity,
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});
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const ispRanking: any[] = [];
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for (const isp of Object.keys(ispList)) {
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ispRanking.push([
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ispList[isp].id,
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isp,
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ispList[isp].capacity,
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ispList[isp].channels,
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Object.keys(ispList[isp].nodes).length,
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]);
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}
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for (const as of nodesCountPerAS) {
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nodesPerAs.push({
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ispId: as.ispId,
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name: JSON.parse(as.names),
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count: as.nodesCount,
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share: Math.floor((groupBy === 'capacity' ? as.capacity : as.nodesCount) / total * 10000) / 100,
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capacity: as.capacity,
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});
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}
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// Total active channels capacity
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query = `SELECT SUM(capacity) AS capacity FROM channels WHERE status = 1`;
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const [totalCapacity]: any = await DB.query(query);
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return nodesPerAs;
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// Get the total capacity of all channels which have at least one node on clearnet
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query = `
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SELECT SUM(capacity) as capacity
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FROM (
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SELECT capacity, GROUP_CONCAT(socket1.type, socket2.type) as networks
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FROM channels
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JOIN nodes_sockets socket1 ON node1_public_key = socket1.public_key
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JOIN nodes_sockets socket2 ON node2_public_key = socket2.public_key
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AND channels.status = 1
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GROUP BY short_id
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) channels_tmp
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WHERE channels_tmp.networks LIKE '%ipv%'
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`;
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const [clearnetCapacity]: any = await DB.query(query);
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// Get the total capacity of all channels which have both nodes on Tor
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query = `
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SELECT SUM(capacity) as capacity
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FROM (
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SELECT capacity, GROUP_CONCAT(socket1.type, socket2.type) as networks
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FROM channels
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JOIN nodes_sockets socket1 ON node1_public_key = socket1.public_key
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JOIN nodes_sockets socket2 ON node2_public_key = socket2.public_key
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AND channels.status = 1
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GROUP BY short_id
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) channels_tmp
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WHERE channels_tmp.networks NOT LIKE '%ipv%' AND
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channels_tmp.networks NOT LIKE '%dns%' AND
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channels_tmp.networks NOT LIKE '%websocket%'
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`;
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const [torCapacity]: any = await DB.query(query);
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const clearnetCapacityValue = parseInt(clearnetCapacity[0].capacity, 10);
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const torCapacityValue = parseInt(torCapacity[0].capacity, 10);
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const unknownCapacityValue = parseInt(totalCapacity[0].capacity) - clearnetCapacityValue - torCapacityValue;
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return {
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clearnetCapacity: clearnetCapacityValue,
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torCapacity: torCapacityValue,
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unknownCapacity: unknownCapacityValue,
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ispRanking: ispRanking,
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};
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} catch (e) {
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logger.err(`Cannot get nodes grouped by AS. Reason: ${e instanceof Error ? e.message : e}`);
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logger.err(`Cannot get LN ISP ranking. Reason: ${e instanceof Error ? e.message : e}`);
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throw e;
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}
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}
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@@ -71,15 +71,7 @@ class NodesRoutes {
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private async $getISPRanking(req: Request, res: Response): Promise<void> {
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try {
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const groupBy = req.query.groupBy as string;
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const showTor = req.query.showTor as string === 'true' ? true : false;
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if (!['capacity', 'node-count'].includes(groupBy)) {
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res.status(400).send(`groupBy must be one of 'capacity' or 'node-count'`);
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return;
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}
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const nodesPerAs = await nodesApi.$getNodesISPRanking(groupBy, showTor);
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const nodesPerAs = await nodesApi.$getNodesISPRanking();
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res.header('Pragma', 'public');
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res.header('Cache-control', 'public');
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