mirror of
https://gitlab.com/wgp/dougal/software.git
synced 2025-12-06 13:17:08 +00:00
302 lines
8.6 KiB
JavaScript
302 lines
8.6 KiB
JavaScript
const { schema2pid } = require('../../lib/db/connection');
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const { event, project } = require('../../lib/db');
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const { withinValidity } = require('../../lib/utils/ranges');
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const unique = require('../../lib/utils/unique');
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const { ALERT, ERROR, WARNING, NOTICE, INFO, DEBUG } = require('DOUGAL_ROOT/debug')(__filename);
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class ReportLineChangeTime {
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/* Data may come much faster than we can process it, so we put it
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* in a queue and process it at our own pace.
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*
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* The run() method fills the queue with the necessary data and then
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* calls processQueue().
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*
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* The processQueue() method looks takes the first two elements in
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* the queue and processes them if they are not already being taken
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* care of by a previous processQueue() call – this will happen when
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* data is coming in faster than it can be processed.
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*
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* If the processQueue() call is the first to see the two bottommost
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* two elements, it will process them and, when finished, it will set
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* the `isPending` flag of the bottommost element to `false`, thus
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* letting the next call know that it has work to do.
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*
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* If the queue was empty, run() will set the `isPending` flag of its
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* first element to a falsy value, thus bootstrapping the process.
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*/
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static MAX_QUEUE_SIZE = 125000;
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queue = [];
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author = `*${this.constructor.name}*`;
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async processQueue () {
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DEBUG("Queue length", this.queue.length)
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while (this.queue.length > 0) {
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if (this.queue[0].isPending) {
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DEBUG("Queue busy");
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setTimeout(() => this.processQueue(), 1000); // We're not in a hurry
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return;
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}
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const cur = this.queue.shift();
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const next = this.queue[0];
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const projectId = cur.pid;
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// Are we being called because of a LGSP or because of a FGSP?
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const forward = (cur.old?.labels?.includes("LGSP") || cur.new?.labels?.includes("LGSP"));
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if (!projectId) {
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throw {message: "No projectID found in event", cur};
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return;
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}
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async function getConfiguration (projectId) {
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return await project.configuration.get(projectId);
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}
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async function getLineChangeTime (data, forward = false) {
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if (forward) {
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const ospEvents = await event.list(projectId, {label: "FGSP"});
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// DEBUG("ospEvents", ospEvents);
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const osp = ospEvents.filter(i => i.tstamp > data.tstamp).pop();
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DEBUG("fsp", osp);
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// DEBUG("data", data);
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if (osp) {
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DEBUG("lineChangeTime", osp.tstamp - data.tstamp);
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return { lineChangeTime: osp.tstamp - data.tstamp, osp };
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}
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} else {
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const ospEvents = await event.list(projectId, {label: "LGSP"});
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// DEBUG("ospEvents", ospEvents);
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const osp = ospEvents.filter(i => i.tstamp < data.tstamp).shift();
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DEBUG("lsp", osp);
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// DEBUG("data", data);
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if (osp) {
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DEBUG("lineChangeTime", data.tstamp - osp.tstamp);
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return { lineChangeTime: data.tstamp - osp.tstamp, osp };
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}
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}
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}
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function parseInterval (dt) {
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const daySeconds = (dt/1000) % 86400;
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const d = Math.floor((dt/1000) / 86400);
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const dateObject = new Date(null);
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dateObject.setSeconds(daySeconds);
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const [ h, m, s ] = dateObject.toISOString().slice(11, 19).split(":").map(Number);
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return {d, h, m, s};
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}
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function formatInterval (i) {
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let str = "";
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for (let [k, v] of Object.entries(i)) {
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if (v) {
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str += " " + v + " " + k;
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}
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}
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return str.trim();
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}
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const deleteStaleEvents = async (seq) => {
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if (seq) {
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DEBUG("Will delete lct events related to sequence(s)", seq);
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const jpq = `$."${this.author}"`;
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const opts = {jpq};
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if (Array.isArray(seq)) {
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opts.sequences = unique(seq).filter(i => !!i);
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} else {
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opts.sequence = seq;
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}
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const staleEvents = await event.list(projectId, opts);
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DEBUG(staleEvents.length ?? 0, "events to delete");
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for (let staleEvent of staleEvents) {
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DEBUG(`Deleting event id ${staleEvent.id} (seq = ${staleEvent.sequence}, point = ${staleEvent.point})`);
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await event.del(projectId, staleEvent.id);
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}
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}
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}
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const createLineChangeTimeEvents = async (lineChangeTime, data, osp) => {
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const events = [];
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const cfg = (await project.configuration.get(projectId));
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const nlcd = cfg?.production?.nominalLineChangeDuration * 60*1000; // m → ms
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DEBUG("nlcd", nlcd);
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if (nlcd && lineChangeTime > nlcd) {
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const excess = lineChangeTime-nlcd;
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const excessString = formatInterval(parseInterval(excess));
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DEBUG("excess", excess, excessString);
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// ref: The later of the two events
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const ref = forward ? osp : data;
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const payload = {
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// tstamp: new Date(ref.tstamp-1),
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sequence: ref.sequence,
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point: ref.point,
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remarks: `_Nominal line change duration exceeded by ${excessString}_`,
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labels: [ "Nav", "Prod" ],
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meta: {
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auto: true,
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author: this.author,
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[this.author]: {
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parents: [
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data.id,
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osp.id
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],
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type: "excess",
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value: excess
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}
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}
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}
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events.push(payload);
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DEBUG("Created line change duration exceeded event", projectId, payload);
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}
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const lctString = formatInterval(parseInterval(lineChangeTime));
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// ref: The later of the two events
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const ref = forward ? osp : data;
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const payload = {
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// tstamp: new Date(ref.tstamp-1),
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sequence: ref.sequence,
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point: ref.point,
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remarks: `Line change time: ${lctString}`,
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labels: [ "Nav", "Prod" ],
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meta: {
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auto: true,
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author: this.author,
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[this.author]: {
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parents: [
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data.id,
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osp.id
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],
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type: "lineChangeTime",
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value: lineChangeTime
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}
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}
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};
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events.push(payload);
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DEBUG("Created line change duration event", projectId, payload);
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return events;
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}
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const maybePostEvent = async (projectId, payload) => {
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DEBUG("Posting event", projectId, payload);
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await event.post(projectId, payload);
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}
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try {
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// DEBUG("Previous", prev);
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DEBUG("Current", cur);
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DEBUG("Forward search", forward);
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// We have these scenarios to consider:
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// INSERT:
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// `old` will be NULL
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// Add event with line change time:
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// - match validity with `new`
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// - meta.ReportLineChangeTime.link refers to new.uid (or new.id?)
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// UPDATE:
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// `old` is not NULL
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// `new` is not NULL
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// Delete previous event from event_log (not event_log_full)
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// Add event with line change time:
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// - match validity with `new`
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// - meta.ReportLineChangeTime.link refers to new.uid (or new.id?)
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// DELETE:
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// `old` is not NULL
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// `new` will be NULL
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// Delete previous event from event_log (not event_log_full)
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await deleteStaleEvents([cur.old?.sequence, cur.new?.sequence]);
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if (cur.operation == "INSERT") {
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// NOTE: UPDATE on the event_log view translates to one UPDATE plus one INSERT
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// on event_log_full, so we don't need to worry about UPDATE here.
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const data = cur.new;
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DEBUG("INSERT seen: will add lct events related to ", data.id);
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if (withinValidity(data.validity)) {
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DEBUG("Event within validity period", data.validity, new Date());
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data.tstamp = new Date(data.tstamp);
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const { lineChangeTime, osp } = await getLineChangeTime(data, forward);
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if (lineChangeTime) {
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const events = await createLineChangeTimeEvents(lineChangeTime, data, osp);
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if (events?.length) {
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DEBUG("Deleting other events for sequence", events[0].sequence);
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await deleteStaleEvents(events[0].sequence);
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}
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for (let payload of events) {
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await maybePostEvent(projectId, payload);
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}
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}
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} else {
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DEBUG("Event outside of validity range", data.validity, "lct events not inserted");
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}
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}
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// Processing of this shot has already been completed.
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// The queue can now move forward.
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} catch (err) {
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ERROR("ReportLineChangeTime Error")
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ERROR(err);
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} finally {
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if (next) {
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next.isPending = false;
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}
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}
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}
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}
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async run (data) {
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if (!data || data.channel !== "event") {
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return;
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}
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if (!(data.payload?.new?.labels) && !(data.payload?.old?.labels)) {
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return;
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}
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const n = data.payload.new;
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const o = data.payload.old;
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if (!n?.labels?.includes("FGSP") && !o?.labels?.includes("FGSP") &&
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!n?.labels?.includes("LGSP") && !o?.labels?.includes("LGSP")) {
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return;
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}
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if (this.queue.length < ReportLineChangeTime.MAX_QUEUE_SIZE) {
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this.queue.push({
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...data.payload,
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isPending: this.queue.length,
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});
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} else {
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ALERT("ReportLineChangeTime queue full at", this.queue.length);
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}
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this.processQueue();
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}
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}
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module.exports = ReportLineChangeTime;
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