Mercurial > lada > lada-server
changeset 656:866d05db7a6a
Added probe factory. This factory creates probe objects(and its childs) from
messprogramm
author | Raimund Renkert <raimund.renkert@intevation.de> |
---|---|
date | Tue, 12 May 2015 15:18:03 +0200 |
parents | 309870b4142c |
children | a8909085dae6 |
files | src/main/java/de/intevation/lada/factory/ProbeFactory.java |
diffstat | 1 files changed, 265 insertions(+), 0 deletions(-) [+] |
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--- /dev/null Thu Jan 01 00:00:00 1970 +0000 +++ b/src/main/java/de/intevation/lada/factory/ProbeFactory.java Tue May 12 15:18:03 2015 +0200 @@ -0,0 +1,265 @@ +package de.intevation.lada.factory; + +import java.math.BigInteger; +import java.sql.Timestamp; +import java.util.ArrayList; +import java.util.Calendar; +import java.util.Date; +import java.util.List; + +import javax.inject.Inject; + +import org.apache.log4j.Logger; + +import de.intevation.lada.model.land.LKommentarP; +import de.intevation.lada.model.land.LMessung; +import de.intevation.lada.model.land.LMesswert; +import de.intevation.lada.model.land.LOrt; +import de.intevation.lada.model.land.LProbe; +import de.intevation.lada.model.land.Messprogramm; +import de.intevation.lada.model.land.MessprogrammMmt; +import de.intevation.lada.model.land.MessungTranslation; +import de.intevation.lada.model.land.ProbeTranslation; +import de.intevation.lada.model.stamm.SOrt; +import de.intevation.lada.util.annotation.RepositoryConfig; +import de.intevation.lada.util.data.QueryBuilder; +import de.intevation.lada.util.data.Repository; +import de.intevation.lada.util.data.RepositoryType; +import de.intevation.lada.util.rest.Response; + +public class ProbeFactory { + + @Inject + private Logger logger; + + @Inject + @RepositoryConfig(type = RepositoryType.RW) + private Repository repository; + + public List<LProbe> create(String id, Long from, Long to) { + QueryBuilder<Messprogramm> builder = + new QueryBuilder<Messprogramm>( + repository.entityManager("land"), + Messprogramm.class); + builder.and("id", id); + Response response = repository.filter(builder.getQuery(), "land"); + List<Messprogramm> messprogramme = + (List<Messprogramm>)response.getData(); + if (messprogramme == null || messprogramme.isEmpty()) { + return null; + } + Messprogramm messprogramm = messprogramme.get(0); + Calendar start = Calendar.getInstance(); + start.setTime(new Date(from)); + Calendar end = Calendar.getInstance(); + end.setTime(new Date (to)); + // benutzereingabe + gültigVon/Bis + // kann mehrere Intervalle enthalten, wenn nutzereingabe über mehrere + // Jahre. + Date[][] intervals = calculateIntervals(start, end, messprogramm); + List<LProbe> proben = new ArrayList<LProbe>(); + for (Date[] interval : intervals) { + //erzeuge proben für einen intervall(gültigkeitsbereich) + createProben(interval, messprogramm, proben); + } + return proben; + } + + private void createProben( + Date[] interval, + Messprogramm messprogramm, + List<LProbe> proben + ) { + Calendar start = Calendar.getInstance(); + start.setTime(interval[0]); + int startDay = start.get(Calendar.DAY_OF_YEAR); + Calendar end = Calendar.getInstance(); + end.setTime(interval[1]); + int endDay = end.get(Calendar.DAY_OF_YEAR); + if ("J".equals(messprogramm.getProbenintervall()) && + messprogramm.getTeilintervallVon() >= startDay + messprogramm.getIntervallOffset() && + messprogramm.getTeilintervallBis() <= endDay + messprogramm.getIntervallOffset()) { + start.add(Calendar.DATE, messprogramm.getTeilintervallVon() - startDay + messprogramm.getIntervallOffset()); + Date startDate = start.getTime(); + end.add(Calendar.DATE, messprogramm.getTeilintervallBis() - endDay + messprogramm.getIntervallOffset()); + Date endDate = end.getTime(); + LProbe probe = createObjects(messprogramm, startDate, endDate); + proben.add(probe); + return; + } + int intervalDays = parseInterval(messprogramm.getProbenintervall()); + int teilStart = messprogramm.getTeilintervallVon() + startDay; + int teilEnd = messprogramm.getTeilintervallBis() + startDay; + int offset = messprogramm.getIntervallOffset() == null ? 0 : messprogramm.getIntervallOffset(); + + for (; + teilStart >= startDay + offset && teilEnd <= endDay + offset;) { + start.add(Calendar.DATE, teilStart - startDay + offset); + Date startDate = start.getTime(); + end.add(Calendar.DATE, teilEnd - endDay + offset); + Date endDate = end.getTime(); + LProbe probe = createObjects(messprogramm, startDate, endDate); + proben.add(probe); + teilStart += intervalDays; + teilEnd += intervalDays; + end.setTime(interval[1]); + start.setTime(interval[0]); + } + return; + } + + private LProbe createObjects( + Messprogramm messprogramm, + Date startDate, + Date endDate + ) { + LProbe probe = new LProbe(); + probe.setBaId(messprogramm.getBaId()); + probe.setDatenbasisId(messprogramm.getDatenbasisId()); + probe.setMediaDesk(messprogramm.getMediaDesk()); + probe.setMstId(messprogramm.getMstId()); + probe.setNetzbetreiberId(messprogramm.getNetzbetreiberId()); + probe.setProbenartId(messprogramm.getProbenartId()); + probe.setProbeNehmerId(messprogramm.getProbeNehmerId()); + probe.setSolldatumBeginn(new Timestamp(startDate.getTime())); + probe.setSolldatumEnde(new Timestamp(endDate.getTime())); + probe.setTest(messprogramm.getTest()); + probe.setUmwId(messprogramm.getUmwId()); + repository.create(probe, "land"); + ProbeTranslation translation = new ProbeTranslation(); + translation.setProbeId(probe); + repository.create(translation, "land"); + + if (messprogramm.getProbeKommentar() != null && + !messprogramm.getProbeKommentar().equals("")) { + LKommentarP kommentar = new LKommentarP(); + kommentar.setDatum(new Timestamp(new Date().getTime())); + kommentar.setProbeId(probe.getId()); + kommentar.setText(messprogramm.getProbeKommentar()); + kommentar.setErzeuger(messprogramm.getMstId()); + + repository.create(kommentar, "land"); + } + + QueryBuilder<MessprogrammMmt> builder = + new QueryBuilder<MessprogrammMmt>( + repository.entityManager("land"), + MessprogrammMmt.class); + builder.and("messprogrammId", messprogramm.getId()); + Response response = repository.filter(builder.getQuery(), "land"); + List<MessprogrammMmt> mmts = (List<MessprogrammMmt>)response.getData(); + for (MessprogrammMmt mmt : mmts) { + LMessung messung = new LMessung(); + messung.setFertig(false); + messung.setGeplant(true); + messung.setMmtId(mmt.getMmtId()); + messung.setNebenprobenNr( + messprogramm.getNetzbetreiberId() + mmt.getMmtId()); + messung.setProbeId(probe.getId()); + repository.create(messung, "land"); + MessungTranslation mTranslation = new MessungTranslation(); + mTranslation.setMessungsId(messung); + repository.create(mTranslation, "land"); + for (int mw : mmt.getMessgroessen()) { + LMesswert wert = new LMesswert(); + wert.setMessgroesseId(mw); + wert.setMessungsId(messung.getId()); + wert.setMesswert(0f); + wert.setMehId(1); + repository.create(wert, "land"); + } + } + if (messprogramm.getGemId() != null && + !messprogramm.getGemId().equals("")) { + LOrt ort = new LOrt(); + ort.setOrtsTyp("E"); + ort.setProbeId(probe.getId()); + QueryBuilder<SOrt> ortBuilder = new QueryBuilder<SOrt>( + repository.entityManager("stamm"), SOrt.class); + ortBuilder.and("verwaltungseinheitId", messprogramm.getGemId()); + Response ortResponse = repository.filter(ortBuilder.getQuery(), "stamm"); + List<SOrt> orte = (List<SOrt>) ortResponse.getData(); + if (orte != null && !orte.isEmpty()) { + ort.setOrt(BigInteger.valueOf(orte.get(0).getId())); + } + repository.create(ort, "land"); + } + return probe; + } + + private Date[][] calculateIntervals( + Calendar start, + Calendar end, + Messprogramm messprogramm + ) { + int realStart = start.get(Calendar.DAY_OF_YEAR); + int realEnd = end.get(Calendar.DAY_OF_YEAR); + int startYear = start.get(Calendar.YEAR); + int endYear = end.get(Calendar.YEAR); + int years = (endYear - startYear) + 1; + Date[][] intervals = new Date[years][2]; + for (int i = 0; i < years; i++) { + Calendar cStart = Calendar.getInstance(); + cStart.set(startYear + i, start.get(Calendar.MONTH), start.get(Calendar.DAY_OF_MONTH)); + if (messprogramm.getGueltigVon() == null || + messprogramm.getGueltigVon() <= 0 || + (realStart > messprogramm.getGueltigVon() && + i == 0) + ) { + intervals[0][0] = start.getTime(); + } + else { + start.add(Calendar.DATE, messprogramm.getGueltigVon() - realStart); + Date startDate = start.getTime(); + intervals[i][0] = startDate; + } + + Calendar cEnd = Calendar.getInstance(); + cEnd.set(startYear + i, end.get(Calendar.MONTH), end.get(Calendar.DAY_OF_MONTH)); + if (messprogramm.getGueltigBis() == null || + messprogramm.getGueltigBis() <= 0 || + (realEnd < messprogramm.getGueltigBis() && + i == years - 1) + ) { + intervals[i][1] = cEnd.getTime(); + } + else { + cEnd.add(Calendar.DATE, messprogramm.getGueltigBis() - realEnd); + Date endDate = cEnd.getTime(); + intervals[i][1] = endDate; + } + } + + return intervals; + } + + private int parseInterval(String interval) { + if ("J".equals(interval)) { + return 365; + } + else if ("H".equals(interval)) { + return 183; + } + else if ("Q".equals(interval)) { + return 91; + } + else if ("M".equals(interval)) { + return 30; + } + else if ("W4".equals(interval)) { + return 28; + } + else if ("W2".equals(interval)) { + return 14; + } + else if ("W".equals(interval)) { + return 7; + } + else if ("T".equals(interval)) { + return 1; + } + else { + return 0; + } + } +}