#.-*- coding: utf-8 -*- from django.conf import settings import core.models as models from parsers.people import GetPersonExpeditionNameLookup from parsers.cavetab import GetCaveLookup from django.template.defaultfilters import slugify import csv import re import datetime import os from utils import save_carefully # # When we edit logbook entries, allow a "?" after any piece of data to say we've frigged it and # it can be checked up later from the hard-copy if necessary; or it's not possible to determin (name, trip place, etc) # # # the logbook loading section # def GetTripPersons(trippeople, expedition, logtime_underground): res = [ ] author = None for tripperson in re.split(",|\+|&|&(?!\w+;)| and ", trippeople): tripperson = tripperson.strip() mul = re.match("(.*?)$(?i)", tripperson) if mul: tripperson = mul.group(1).strip() if tripperson and tripperson[0] != '*': #assert tripperson in personyearmap, "'%s' << %s\n\n %s" % (tripperson, trippeople, personyearmap) personyear = GetPersonExpeditionNameLookup(expedition).get(tripperson.lower()) if not personyear: print "NoMatchFor: '%s'" % tripperson res.append((personyear, logtime_underground)) if mul: author = personyear if not author: if not res: return None, None author = res[-1][0] return res, author def GetTripCave(place): #need to be fuzzier about matching here. Already a very slow function... # print "Getting cave for " , place try: katastNumRes=[] katastNumRes=list(models.Cave.objects.filter(kataster_number=int(place))) except ValueError: pass officialNameRes=list(models.Cave.objects.filter(official_name=place)) tripCaveRes=officialNameRes+katastNumRes if len(tripCaveRes)==1: # print "Place " , place , "entered as" , tripCaveRes[0] return tripCaveRes[0] elif models.OtherCaveName.objects.filter(name=place): tripCaveRes=models.OtherCaveName.objects.filter(name__icontains=place)[0].cave # print "Place " , place , "entered as" , tripCaveRes return tripCaveRes elif len(tripCaveRes)>1: print "Ambiguous place " + str(place) + " entered. Choose from " + str(tripCaveRes) correctIndex=input("type list index of correct cave") return tripCaveRes[correctIndex] else: print "No cave found for place " , place return noncaveplaces = [ "Journey", "Loser Plateau" ] def EnterLogIntoDbase(date, place, title, text, trippeople, expedition, logtime_underground): """ saves a logbook entry and related persontrips """ trippersons, author = GetTripPersons(trippeople, expedition, logtime_underground) if not author: print "skipping logentry", title return # tripCave = GetTripCave(place) # lplace = place.lower() if lplace not in noncaveplaces: cave=GetCaveLookup().get(lplace) #Check for an existing copy of the current entry, and save lookupAttribs={'date':date, 'title':title} nonLookupAttribs={'place':place, 'text':text, 'author':author, 'expedition':expedition, 'cave':cave, 'slug':slugify(title)[:50]} lbo, created=save_carefully(models.LogbookEntry, lookupAttribs, nonLookupAttribs) for tripperson, time_underground in trippersons: lookupAttribs={'person_expedition':tripperson, 'logbook_entry':lbo} nonLookupAttribs={'time_underground':time_underground, 'date':date, 'is_logbook_entry_author':(tripperson == author)} #print nonLookupAttribs save_carefully(models.PersonTrip, lookupAttribs, nonLookupAttribs) def ParseDate(tripdate, year): """ Interprets dates in the expo logbooks and returns a correct datetime.date object """ mdatestandard = re.match("(\d\d\d\d)-(\d\d)-(\d\d)", tripdate) mdategoof = re.match("(\d\d?)/0?(\d)/(20|19)?(\d\d)", tripdate) if mdatestandard: assert mdatestandard.group(1) == year, (tripdate, year) year, month, day = int(mdatestandard.group(1)), int(mdatestandard.group(2)), int(mdatestandard.group(3)) elif mdategoof: assert not mdategoof.group(3) or mdategoof.group(3) == year[:2], mdategoof.groups() yadd = int(year[:2]) * 100 day, month, year = int(mdategoof.group(1)), int(mdategoof.group(2)), int(mdategoof.group(4)) + yadd else: assert False, tripdate return datetime.date(year, month, day) # 2007, 2008, 2006 def Parselogwikitxt(year, expedition, txt): trippara = re.findall("===(.*?)===([\s\S]*?)(?====)", txt) for triphead, triptext in trippara: tripheadp = triphead.split("|") #print tripheadp assert len(tripheadp) == 3, (tripheadp, triptext) tripdate, tripplace, trippeople = tripheadp tripsplace = tripplace.split(" - ") tripcave = tripsplace[0].strip() tul = re.findall("T/?U:?\s*(\d+(?:\.\d*)?|unknown)\s*(hrs|hours)?", triptext) if tul: #assert len(tul) <= 1, (triphead, triptext) #assert tul[0][1] in ["hrs", "hours"], (triphead, triptext) tu = tul[0][0] else: tu = "" #assert tripcave == "Journey", (triphead, triptext) print tripdate ldate = ParseDate(tripdate.strip(), year) #print "\n", tripcave, "--- ppp", trippeople, len(triptext) EnterLogIntoDbase(date = ldate, place = tripcave, title = tripplace, text = triptext, trippeople=trippeople, expedition=expedition, logtime_underground=0) # 2002, 2004, 2005 def Parseloghtmltxt(year, expedition, txt): tripparas = re.findall("
)? \s*
", "\n\n", ltriptext).strip() EnterLogIntoDbase(date = ldate, place = tripcave, title = triptitle, text = ltriptext, trippeople=trippeople, expedition=expedition, logtime_underground=0) # main parser for pre-2001. simpler because the data has been hacked so much to fit it def Parseloghtml01(year, expedition, txt): tripparas = re.findall("
]*>(T/?U.*)', triptext) if mtu: tu = mtu.group(1) triptext = triptext[:mtu.start(0)] + triptext[mtu.end():] else: tu = "" triptitles = triptitle.split(" - ") tripcave = triptitles[0].strip() ltriptext = triptext mtail = re.search('(?:[^<]*|\s|/|-|&|?p>|\((?:same day|\d+)\))*$', ltriptext) if mtail: #print mtail.group(0) ltriptext = ltriptext[:mtail.start(0)] ltriptext = re.sub("
", "", ltriptext) ltriptext = re.sub("\s*?\n\s*", " ", ltriptext) ltriptext = re.sub("|
", "\n\n", ltriptext).strip()
#ltriptext = re.sub("[^\s0-9a-zA-Z\-.,:;'!]", "NONASCII", ltriptext)
ltriptext = re.sub("?u>", "_", ltriptext)
ltriptext = re.sub("?i>", "''", ltriptext)
ltriptext = re.sub("?b>", "'''", ltriptext)
print ldate, trippeople.strip()
# could includ the tripid (url link for cross referencing)
EnterLogIntoDbase(date=ldate, place=tripcave, title=triptitle, text=ltriptext, trippeople=trippeople, expedition=expedition, logtime_underground=0)
def Parseloghtml03(year, expedition, txt):
tripparas = re.findall("
", "\n\n", ltriptext).strip() ltriptext = re.sub("[^\s0-9a-zA-Z\-.,:;'!&()\[\]<>?=+*%]", "_NONASCII_", ltriptext) EnterLogIntoDbase(date = ldate, place = tripcave, title = triptitle, text = ltriptext, trippeople=trippeople, expedition=expedition, logtime_underground=0) yearlinks = [ ("2009", "2009/2009logbook.txt", Parselogwikitxt), ("2008", "2008/2008logbook.txt", Parselogwikitxt), ("2007", "2007/logbook.html", Parseloghtmltxt), ("2006", "2006/logbook/logbook_06.txt", Parselogwikitxt), ("2005", "2005/logbook.html", Parseloghtmltxt), ("2004", "2004/logbook.html", Parseloghtmltxt), ("2003", "2003/logbook.html", Parseloghtml03), ("2002", "2002/logbook.html", Parseloghtmltxt), ("2001", "2001/log.htm", Parseloghtml01), ("2000", "2000/log.htm", Parseloghtml01), ("1999", "1999/log.htm", Parseloghtml01), ("1998", "1998/log.htm", Parseloghtml01), ("1997", "1997/log.htm", Parseloghtml01), ("1996", "1996/log.htm", Parseloghtml01), ("1995", "1995/log.htm", Parseloghtml01), ("1994", "1994/log.htm", Parseloghtml01), ("1993", "1993/log.htm", Parseloghtml01), ("1992", "1992/log.htm", Parseloghtml01), #("1991", "1991/log.htm", Parseloghtml01), ] def SetDatesFromLogbookEntries(expedition): """ Sets the date_from and date_to field for an expedition based on persontrips. Then sets the expedition date_from and date_to based on the personexpeditions. """ for personexpedition in expedition.personexpedition_set.all(): persontrips = personexpedition.persontrip_set.order_by('logbook_entry__date') personexpedition.date_from = min([persontrip.logbook_entry.date for persontrip in persontrips] or [None]) personexpedition.date_to = max([persontrip.logbook_entry.date for persontrip in persontrips] or [None]) personexpedition.save() # sequencing is difficult to do lprevpersontrip = None for persontrip in persontrips: persontrip.persontrip_prev = lprevpersontrip if lprevpersontrip: lprevpersontrip.persontrip_next = persontrip lprevpersontrip.save() persontrip.persontrip_next = None lprevpersontrip = persontrip persontrip.save() # from trips rather than logbook entries, which may include events outside the expedition expedition.date_from = min([personexpedition.date_from for personexpedition in expedition.personexpedition_set.all() if personexpedition.date_from] or [None]) expedition.date_to = max([personexpedition.date_to for personexpedition in expedition.personexpedition_set.all() if personexpedition.date_to] or [None]) expedition.save() # The below has been replaced with the methods get_next_by_id and get_previous_by_id # # order by appearance in the logbook (done by id) # lprevlogbookentry = None # for logbookentry in expedition.logbookentry_set.order_by('id'): # logbookentry.logbookentry_prev = lprevlogbookentry # if lprevlogbookentry: # lprevlogbookentry.logbookentry_next = logbookentry # lprevlogbookentry.save() # logbookentry.logbookentry_next = None # logbookentry.save() # lprevlogbookentry = logbookentry # This combined date / number key is a weird way of doing things. Use the primary key instead. If we are going to use the date for looking up entries, we should set it up to allow multiple results. # order by date for setting the references # lprevlogbookentry = None # for logbookentry in expedition.logbookentry_set.order_by('date'): # if lprevlogbookentry and lprevlogbookentry.date == logbookentry.date: # mcount = re.search("_(\d+)$", lprevlogbookentry.href) # mc = mcount and (int(mcount.group(1)) + 1) or 1 # logbookentry.href = "%s_%d" % (logbookentry.date, mc) # else: # logbookentry.href = "%s" % logbookentry.date # logbookentry.save() # lprevlogbookentry = logbookentry def LoadLogbookForExpedition(expedition): """ Parses all logbook entries for one expedition """ #We're checking for stuff that's changed in admin before deleting it now. #print "deleting logbooks for", expedition #expedition.logbookentry_set.all().delete() #models.PersonTrip.objects.filter(person_expedition__expedition=expedition).delete() expowebbase = os.path.join(settings.EXPOWEB, "years") year = str(expedition.year) for lyear, lloc, parsefunc in yearlinks: if lyear == year: break fin = open(os.path.join(expowebbase, lloc)) print "opennning", lloc txt = fin.read().decode("latin1") fin.close() parsefunc(year, expedition, txt) SetDatesFromLogbookEntries(expedition) return "TOLOAD: " + year + " " + str(expedition.personexpedition_set.all()[1].logbookentry_set.count()) + " " + str(models.PersonTrip.objects.filter(person_expedition__expedition=expedition).count()) def LoadLogbooks(): """ This is the master function for parsing all logbooks into the Troggle database. Requires yearlinks, which is a list of tuples for each expedition with expedition year, logbook path, and parsing function. """ #Deletion has been moved to a seperate function to enable the non-destructive importing #models.LogbookEntry.objects.all().delete() expowebbase = os.path.join(settings.EXPOWEB, "years") #yearlinks = [ ("2001", "2001/log.htm", Parseloghtml01), ] #overwrite #yearlinks = [ ("1996", "1996/log.htm", Parseloghtml01),] # overwrite for year, lloc, parsefunc in yearlinks: expedition = models.Expedition.objects.filter(year = year)[0] fin = open(os.path.join(expowebbase, lloc)) txt = fin.read().decode("latin1") fin.close() parsefunc(year, expedition, txt) SetDatesFromLogbookEntries(expedition)