import {findRemarks} from './find-remarks.js'; const clone = obj => Object.assign({}, obj); const addRemark = (stopoverOrLeg, remark) => { if (!Array.isArray(stopoverOrLeg.remarks)) { stopoverOrLeg.remarks = []; } stopoverOrLeg.remarks.push(remark); }; const applyRemarks = (leg, refs) => { for (let [remark, ref] of findRemarks(refs)) { const {fromLocation, toLocation} = ref; let wholeLeg = true, fromI = 0, toI = 0; if (Array.isArray(leg.stopovers)) { toI = leg.stopovers.length - 1; // this fails if `s.stop` is a new object (not reference-equal) // todo: do this index- or ID-based if (fromLocation) { fromI = leg.stopovers.findIndex(s => s.stop === fromLocation); if (fromI < 0) { continue; } } if (toLocation) { toI = leg.stopovers.findIndex(s => s.stop === toLocation); if (toI < 0) { continue; } } wholeLeg = fromI === 0 && toI === leg.stopovers.length - 1; } if (wholeLeg) { addRemark(leg, remark); } else { for (let i = fromI; i <= toI; i++) { const stopover = leg.stopovers[i]; if (stopover) { addRemark(stopover, remark); } } } // todo: `ref.tagL` } }; // todo: pt.status, pt.isPartCncl // todo: pt.chRatingRT, pt.chgDurR, pt.minChg // todo: pt.jny.dirFlg – https://github.com/alexander-albers/tripkit/blob/07047c6ddef24339ebd49a86a78158bca8047421/Sources/TripKit/Provider/AbstractHafasClientInterfaceProvider.swift#L347-L353 & https://github.com/alexander-albers/tripkit/commit/07047c6ddef24339ebd49a86a78158bca8047421#commitcomment-68471656 // todo: what is pt.recState? // todo: what is `sty: 'UNDEF'`? // todo: pt.prodL // todo: pt.parJnyL (list of coupled trains) // todo: pt.planrtTS // todo: what is pt.jny.lPassSt? const parseJourneyLeg = (ctx, pt, date) => { // pt = raw leg const {profile, opt} = ctx; const res = { origin: clone(pt.dep.location) || null, destination: clone(pt.arr.location), }; // HAFAS seems to have a bug where a journey's first leg has a `dTZOffset` of `0`. // https://github.com/public-transport/hafas-client/issues/237 if (pt.type === 'WALK' && pt.dep.dTZOffset != pt.arr.aTZOffset) { if (pt.dep.dTZOffset == 0) { pt.dep.dTZOffset = pt.arr.aTZOffset; } if (pt.arr.aTZOffset == 0) { pt.arr.aTZOffset = pt.dep.dTZOffset; } } const dep = profile.parseWhen(ctx, date, pt.dep.dTimeS, pt.dep.dTimeR, pt.dep.dTZOffset, pt.dep.dCncl); res.departure = dep.when; res.plannedDeparture = dep.plannedWhen; // todo: pt.dep.dProgType res.departureDelay = dep.delay; if (dep.prognosedWhen) { res.prognosedDeparture = dep.prognosedWhen; } const arr = profile.parseWhen(ctx, date, pt.arr.aTimeS, pt.arr.aTimeR, pt.arr.aTZOffset, pt.arr.aCncl); res.arrival = arr.when; res.plannedArrival = arr.plannedWhen; // todo: pt.arr.aProgType res.arrivalDelay = arr.delay; if (arr.prognosedWhen) { res.prognosedArrival = arr.prognosedWhen; } if (pt.jny && 'isRchbl' in pt.jny) { res.reachable = Boolean(pt.jny.isRchbl); } if (pt.jny && pt.jny.polyline) { res.polyline = pt.jny.polyline || null; } else if (pt.jny && pt.jny.poly) { res.polyline = profile.parsePolyline(ctx, pt.jny.poly); } if (pt.type === 'WALK' || pt.type === 'TRSF' || pt.type === 'DEVI' || pt.type === 'CHKI') { res.public = true; res.walking = true; res.distance = pt.gis && pt.gis.dist || null; if (pt.type === 'TRSF') { res.transfer = true; } if (pt.type === 'DEVI') { // todo: pt.resState, pt.resRecommendation res.transfer = true; } if (pt.type === 'CHKI') { res.checkin = true; } // https://gist.github.com/derhuerst/426d4b95aeae701843b1e9c23105b8d4#file-tripsearch-2018-12-05-http-L4207-L4229 if (opt.remarks && pt.gis && Array.isArray(pt.gis.msgL)) { applyRemarks(res, pt.gis.msgL); } } else if (pt.type === 'JNY') { // todo: pull `public` value from `profile.products` res.tripId = pt.jny.jid; res.line = pt.jny.line || null; // todo [breaking]: don't call parseStationName() here, add parseDirection() hook // todo: support pt.jny.dirL[] res.direction = pt.jny.dirTxt && profile.parseStationName(ctx, pt.jny.dirTxt) || null; if (pt.jny.pos) { res.currentLocation = { type: 'location', latitude: pt.jny.pos.y / 1000000, longitude: pt.jny.pos.x / 1000000, }; } const arrPl = profile.parsePlatform(ctx, pt.arr.aPlatfS || (pt.arr.aPltfS !== undefined ? pt.arr.aPltfS.txt : null), pt.arr.aPlatfR || (pt.arr.aPltfR !== undefined ? pt.arr.aPltfR.txt : null), pt.arr.aCncl); res.arrivalPlatform = arrPl.platform; res.plannedArrivalPlatform = arrPl.plannedPlatform; if (arrPl.prognosedPlatform) { res.prognosedArrivalPlatform = arrPl.prognosedPlatform; } res.arrivalPrognosisType = profile.parsePrognosisType(ctx, pt.arr.aProgType) || null; const depPl = profile.parsePlatform(ctx, pt.dep.dPlatfS || (pt.dep.dPltfS !== undefined ? pt.dep.dPltfS.txt : null), pt.dep.dPlatfR || (pt.dep.dPltfR !== undefined ? pt.dep.dPltfR.txt : null), pt.dep.dCncl); res.departurePlatform = depPl.platform; res.plannedDeparturePlatform = depPl.plannedPlatform; if (depPl.prognosedPlatform) { res.prognosedDeparturePlatform = depPl.prognosedPlatform; } res.departurePrognosisType = profile.parsePrognosisType(ctx, pt.dep.dProgType) || null; if (opt.stopovers && pt.jny.stopL) { const stopL = pt.jny.stopL; res.stopovers = stopL.map(s => profile.parseStopover(ctx, s, date)); if (opt.remarks && Array.isArray(pt.jny.msgL)) { applyRemarks(res, pt.jny.msgL); // todo: parse & use `code: EXTERNAL_ID` remarks? } // filter stations the train passes without stopping, as this doesn't comply with fptf (yet) res.stopovers = res.stopovers.filter((x) => !x.passBy); } else if (opt.remarks && Array.isArray(pt.jny.msgL)) { applyRemarks(res, pt.jny.msgL); } const freq = pt.jny.freq || {}; // todo: expose `res.cycle` even if only one field exists (breaking) // todo [breaking]: rename to something more intuitive, e.g. res.headways.{min,max,nrOfTrips} if (freq.minC && freq.maxC) { res.cycle = { min: freq.minC * 60, max: freq.maxC * 60, }; // nr of connections in this frequency, from now on if (freq.numC) { res.cycle.nr = freq.numC; } } if (freq.jnyL) { const parseAlternative = (a) => { // todo: parse this just like a `leg` (breaking) // todo: parse `a.stopL`, `a.ctxRecon`, `a.msgL` const st0 = Array.isArray(a.stopL) && a.stopL[0] || {}; const when = st0 ? profile.parseWhen(ctx, date, st0.dTimeS, st0.dTimeR, st0.dTZOffset, st0.dCncl) : null; return { tripId: a.jid, line: a.line || null, direction: a.dirTxt || null, ...when, }; }; res.alternatives = freq.jnyL.map(parseAlternative); } } if (pt.arr.aCncl || pt.dep.dCncl) { res.cancelled = true; Object.defineProperty(res, 'canceled', {value: true}); } return res; }; export { parseJourneyLeg, };