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462 lines
19 KiB
Python
462 lines
19 KiB
Python
#.-*- coding: utf-8 -*-
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import csv
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import re
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import datetime, time
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import os
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import pickle
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from utils import save_carefully
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#
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# When we edit logbook entries, allow a "?" after any piece of data to say we've frigged it and
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# it can be checked up later from the hard-copy if necessary; or it's not possible to determin (name, trip place, etc)
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#
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#
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# the logbook loading section
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#
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def GetTripPersons(trippeople, expedition, logtime_underground):
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res = [ ]
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author = None
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round_bracket_regex = re.compile(r"[\(\[].*?[\)\]]")
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for tripperson in re.split(r",|\+|&|&(?!\w+;)| and ", trippeople):
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tripperson = tripperson.strip()
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mul = re.match(r"<u>(.*?)</u>$(?i)", tripperson)
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if mul:
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tripperson = mul.group(1).strip()
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if tripperson and tripperson[0] != '*':
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#assert tripperson in personyearmap, "'%s' << %s\n\n %s" % (tripperson, trippeople, personyearmap)
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tripperson = re.sub(round_bracket_regex, "", tripperson).strip()
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personyear = GetPersonExpeditionNameLookup(expedition).get(tripperson.lower())
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if not personyear:
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print(" - No name match for: '%s'" % tripperson)
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message = "No name match for: '%s' in year '%s'" % (tripperson, expedition.year)
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models.DataIssue.objects.create(parser='logbooks', message=message)
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res.append((personyear, logtime_underground))
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if mul:
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author = personyear
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if not author:
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if not res:
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return None, None
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author = res[-1][0]
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return res, author
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def GetTripCave(place): #need to be fuzzier about matching here. Already a very slow function...
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# print "Getting cave for " , place
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try:
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katastNumRes=[]
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katastNumRes=list(models.Cave.objects.filter(kataster_number=int(place)))
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except ValueError:
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pass
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officialNameRes=list(models.Cave.objects.filter(official_name=place))
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tripCaveRes=officialNameRes+katastNumRes
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if len(tripCaveRes)==1:
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# print "Place " , place , "entered as" , tripCaveRes[0]
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return tripCaveRes[0]
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elif models.OtherCaveName.objects.filter(name=place):
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tripCaveRes=models.OtherCaveName.objects.filter(name__icontains=place)[0].cave
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# print "Place " , place , "entered as" , tripCaveRes
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return tripCaveRes
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elif len(tripCaveRes)>1:
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print("Ambiguous place " + str(place) + " entered. Choose from " + str(tripCaveRes))
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correctIndex=input("type list index of correct cave")
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return tripCaveRes[correctIndex]
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else:
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print("No cave found for place " , place)
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return
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logentries = [] # the entire logbook is a single object: a list of entries
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noncaveplaces = [ "Journey", "Loser Plateau" ]
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def EnterLogIntoDbase(date, place, title, text, trippeople, expedition, logtime_underground, entry_type="wiki"):
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""" saves a logbook entry and related persontrips """
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global logentries
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entrytuple = (date, place, title, text,
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trippeople, expedition, logtime_underground, entry_type)
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logentries.append(entrytuple)
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trippersons, author = GetTripPersons(trippeople, expedition, logtime_underground)
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if not author:
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print(" * Skipping logentry: " + title + " - no author for entry")
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message = "Skipping logentry: %s - no author for entry in year '%s'" % (title, expedition.year)
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models.DataIssue.objects.create(parser='logbooks', message=message)
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return
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#tripCave = GetTripCave(place)
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lplace = place.lower()
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if lplace not in noncaveplaces:
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cave=GetCaveLookup().get(lplace)
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#Check for an existing copy of the current entry, and save
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expeditionday = expedition.get_expedition_day(date)
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lookupAttribs={'date':date, 'title':title}
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nonLookupAttribs={'place':place, 'text':text, 'expedition':expedition, 'cave':cave, 'slug':slugify(title)[:50], 'entry_type':entry_type}
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lbo, created=save_carefully(models.LogbookEntry, lookupAttribs, nonLookupAttribs)
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for tripperson, time_underground in trippersons:
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lookupAttribs={'personexpedition':tripperson, 'logbook_entry':lbo}
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nonLookupAttribs={'time_underground':time_underground, 'is_logbook_entry_author':(tripperson == author)}
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save_carefully(models.PersonTrip, lookupAttribs, nonLookupAttribs)
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def ParseDate(tripdate, year):
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""" Interprets dates in the expo logbooks and returns a correct datetime.date object """
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mdatestandard = re.match(r"(\d\d\d\d)-(\d\d)-(\d\d)", tripdate)
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mdategoof = re.match(r"(\d\d?)/0?(\d)/(20|19)?(\d\d)", tripdate)
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if mdatestandard:
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assert mdatestandard.group(1) == year, (tripdate, year)
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year, month, day = int(mdatestandard.group(1)), int(mdatestandard.group(2)), int(mdatestandard.group(3))
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elif mdategoof:
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assert not mdategoof.group(3) or mdategoof.group(3) == year[:2], mdategoof.groups()
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yadd = int(year[:2]) * 100
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day, month, year = int(mdategoof.group(1)), int(mdategoof.group(2)), int(mdategoof.group(4)) + yadd
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else:
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assert False, tripdate
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return datetime.date(year, month, day)
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# 2006, 2008 - 2009
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def Parselogwikitxt(year, expedition, txt):
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trippara = re.findall(r"===(.*?)===([\s\S]*?)(?====)", txt)
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for triphead, triptext in trippara:
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tripheadp = triphead.split("|")
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assert len(tripheadp) == 3, (tripheadp, triptext)
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tripdate, tripplace, trippeople = tripheadp
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tripsplace = tripplace.split(" - ")
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tripcave = tripsplace[0].strip()
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tul = re.findall(r"T/?U:?\s*(\d+(?:\.\d*)?|unknown)\s*(hrs|hours)?", triptext)
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if tul:
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tu = tul[0][0]
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else:
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tu = ""
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ldate = ParseDate(tripdate.strip(), year)
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EnterLogIntoDbase(date = ldate, place = tripcave, title = tripplace, text = triptext, trippeople=trippeople, expedition=expedition, logtime_underground=0)
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# 2002, 2004, 2005, 2007, 2010 - now
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def Parseloghtmltxt(year, expedition, txt):
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#print(" - Starting log html parser")
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tripparas = re.findall(r"<hr\s*/>([\s\S]*?)(?=<hr)", txt)
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logbook_entry_count = 0
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for trippara in tripparas:
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#print(" - HR detected - maybe a trip?")
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logbook_entry_count += 1
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s = re.match(r'''(?x)(?:\s*<div\sclass="tripdate"\sid=".*?">.*?</div>\s*<p>)? # second date
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\s*(?:<a\s+id="(.*?)"\s*/>\s*</a>)?
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\s*<div\s+class="tripdate"\s*(?:id="(.*?)")?>(.*?)</div>(?:<p>)?
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\s*<div\s+class="trippeople">\s*(.*?)</div>
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\s*<div\s+class="triptitle">\s*(.*?)</div>
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([\s\S]*?)
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\s*(?:<div\s+class="timeug">\s*(.*?)</div>)?
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\s*$
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''', trippara)
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if not s:
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if not re.search(r"Rigging Guide", trippara):
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print(("can't parse: ", trippara)) # this is 2007 which needs editing
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continue
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tripid, tripid1, tripdate, trippeople, triptitle, triptext, tu = s.groups()
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ldate = ParseDate(tripdate.strip(), year)
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triptitles = triptitle.split(" - ")
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if len(triptitles) >= 2:
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tripcave = triptitles[0]
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else:
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tripcave = "UNKNOWN"
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ltriptext = re.sub(r"</p>", "", triptext)
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ltriptext = re.sub(r"\s*?\n\s*", " ", ltriptext)
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ltriptext = re.sub(r"<p>", "</br></br>", ltriptext).strip()
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EnterLogIntoDbase(date = ldate, place = tripcave, title = triptitle, text = ltriptext,
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trippeople=trippeople, expedition=expedition, logtime_underground=0,
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entry_type="html")
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# main parser for 1991 - 2001. simpler because the data has been hacked so much to fit it
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def Parseloghtml01(year, expedition, txt):
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tripparas = re.findall(r"<hr[\s/]*>([\s\S]*?)(?=<hr)", txt)
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for trippara in tripparas:
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s = re.match(u"(?s)\s*(?:<p>)?(.*?)</?p>(.*)$(?i)", trippara)
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assert s, trippara[:300]
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tripheader, triptext = s.group(1), s.group(2)
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mtripid = re.search(r'<a id="(.*?)"', tripheader)
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tripid = mtripid and mtripid.group(1) or ""
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tripheader = re.sub(r"</?(?:[ab]|span)[^>]*>", "", tripheader)
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tripdate, triptitle, trippeople = tripheader.split("|")
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ldate = ParseDate(tripdate.strip(), year)
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mtu = re.search(r'<p[^>]*>(T/?U.*)', triptext)
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if mtu:
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tu = mtu.group(1)
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triptext = triptext[:mtu.start(0)] + triptext[mtu.end():]
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else:
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tu = ""
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triptitles = triptitle.split(" - ")
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tripcave = triptitles[0].strip()
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ltriptext = triptext
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mtail = re.search(r'(?:<a href="[^"]*">[^<]*</a>|\s|/|-|&|</?p>|\((?:same day|\d+)\))*$', ltriptext)
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if mtail:
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ltriptext = ltriptext[:mtail.start(0)]
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ltriptext = re.sub(r"</p>", "", ltriptext)
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ltriptext = re.sub(r"\s*?\n\s*", " ", ltriptext)
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ltriptext = re.sub(r"<p>|<br>", "\n\n", ltriptext).strip()
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ltriptext = re.sub(r"</?u>", "_", ltriptext)
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ltriptext = re.sub(r"</?i>", "''", ltriptext)
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ltriptext = re.sub(r"</?b>", "'''", ltriptext)
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EnterLogIntoDbase(date=ldate, place=tripcave, title=triptitle, text=ltriptext,
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trippeople=trippeople, expedition=expedition, logtime_underground=0,
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entry_type="html")
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# parser for 2003
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def Parseloghtml03(year, expedition, txt):
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tripparas = re.findall(r"<hr\s*/>([\s\S]*?)(?=<hr)", txt)
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for trippara in tripparas:
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s = re.match(u"(?s)\s*<p>(.*?)</p>(.*)$", trippara)
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assert s, trippara
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tripheader, triptext = s.group(1), s.group(2)
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tripheader = re.sub(r" ", " ", tripheader)
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tripheader = re.sub(r"\s+", " ", tripheader).strip()
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sheader = tripheader.split(" -- ")
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tu = ""
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if re.match("T/U|Time underwater", sheader[-1]):
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tu = sheader.pop()
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if len(sheader) != 3:
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print("header not three pieces", sheader)
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tripdate, triptitle, trippeople = sheader
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ldate = ParseDate(tripdate.strip(), year)
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triptitles = triptitle.split(" , ")
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if len(triptitles) >= 2:
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tripcave = triptitles[0]
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else:
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tripcave = "UNKNOWN"
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ltriptext = re.sub(r"</p>", "", triptext)
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ltriptext = re.sub(r"\s*?\n\s*", " ", ltriptext)
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ltriptext = re.sub(r"<p>", "\n\n", ltriptext).strip()
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ltriptext = re.sub(r"[^\s0-9a-zA-Z\-.,:;'!&()\[\]<>?=+*%]", "_NONASCII_", ltriptext)
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EnterLogIntoDbase(date = ldate, place = tripcave, title = triptitle,
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text = ltriptext, trippeople=trippeople, expedition=expedition,
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logtime_underground=0, entry_type="html")
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def SetDatesFromLogbookEntries(expedition):
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"""
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Sets the date_from and date_to field for an expedition based on persontrips.
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Then sets the expedition date_from and date_to based on the personexpeditions.
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"""
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for personexpedition in expedition.personexpedition_set.all():
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persontrips = personexpedition.persontrip_set.order_by('logbook_entry__date')
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# sequencing is difficult to do
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lprevpersontrip = None
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for persontrip in persontrips:
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persontrip.persontrip_prev = lprevpersontrip
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if lprevpersontrip:
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lprevpersontrip.persontrip_next = persontrip
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lprevpersontrip.save()
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persontrip.persontrip_next = None
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lprevpersontrip = persontrip
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persontrip.save()
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def LoadLogbookForExpedition(expedition):
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""" Parses all logbook entries for one expedition
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"""
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global logentries
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logbook_parseable = False
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logbook_cached = False
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yearlinks = settings.LOGBOOK_PARSER_SETTINGS
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expologbase = os.path.join(settings.EXPOWEB, "years")
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if expedition.year in yearlinks:
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logbookfile = os.path.join(expologbase, yearlinks[expedition.year][0])
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parsefunc = yearlinks[expedition.year][1]
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else:
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logbookfile = os.path.join(expologbase, expedition.year, settings.DEFAULT_LOGBOOK_FILE)
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parsefunc = settings.DEFAULT_LOGBOOK_PARSER
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cache_filename = logbookfile + ".cache"
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try:
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bad_cache = False
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now = time.time()
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cache_t = os.path.getmtime(cache_filename)
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if os.path.getmtime(logbookfile) - cache_t > 2: # at least 2 secs later
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bad_cache= True
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if now - cache_t > 30*24*60*60:
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bad_cache= True
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if bad_cache:
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print(" - ! Cache is either stale or more than 30 days old. Deleting it.")
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os.remove(cache_filename)
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logentries=[]
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print(" ! Removed stale or corrupt cache file")
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raise
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print(" - Reading cache: " + cache_filename, end='')
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try:
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with open(cache_filename, "rb") as f:
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logentries = pickle.load(f)
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print(" -- Loaded ", len(logentries), " log entries")
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logbook_cached = True
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except:
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print("\n ! Failed to load corrupt cache. Deleting it.\n")
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os.remove(cache_filename)
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logentries=[]
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raise
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except : # no cache found
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#print(" - No cache \"" + cache_filename +"\"")
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try:
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file_in = open(logbookfile,'rb')
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txt = file_in.read().decode("latin1")
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file_in.close()
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logbook_parseable = True
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print((" - Using: " + parsefunc + " to parse " + logbookfile))
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except (IOError):
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logbook_parseable = False
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print((" ! Couldn't open logbook " + logbookfile))
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if logbook_parseable:
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parser = globals()[parsefunc]
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parser(expedition.year, expedition, txt)
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SetDatesFromLogbookEntries(expedition)
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# and this has also stored all the log entries in logentries[]
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if len(logentries) >0:
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print(" - Cacheing " , len(logentries), " log entries")
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with open(cache_filename, "wb") as fc:
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pickle.dump(logentries, fc, 2)
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else:
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print(" ! NO TRIP entries found in logbook, check the syntax.")
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logentries=[] # flush for next year
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if logbook_cached:
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i=0
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for entrytuple in range(len(logentries)):
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date, place, title, text, trippeople, expedition, logtime_underground, \
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entry_type = logentries[i]
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EnterLogIntoDbase(date, place, title, text, trippeople, expedition, logtime_underground,\
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entry_type)
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i +=1
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#return "TOLOAD: " + year + " " + str(expedition.personexpedition_set.all()[1].logbookentry_set.count()) + " " + str(models.PersonTrip.objects.filter(personexpedition__expedition=expedition).count())
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def LoadLogbooks():
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""" This is the master function for parsing all logbooks into the Troggle database.
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"""
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DataIssue.objects.filter(parser='logbooks').delete()
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expos = Expedition.objects.all()
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nologbook = ["1976", "1977","1978","1979","1980","1980","1981","1983","1984",
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"1985","1986","1987","1988","1989","1990",]
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for expo in expos:
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if expo.year not in nologbook:
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print((" - Logbook for: " + expo.year))
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LoadLogbookForExpedition(expo)
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dateRegex = re.compile(r'<span\s+class="date">(\d\d\d\d)-(\d\d)-(\d\d)</span>', re.S)
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expeditionYearRegex = re.compile(r'<span\s+class="expeditionyear">(.*?)</span>', re.S)
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titleRegex = re.compile(r'<H1>(.*?)</H1>', re.S)
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reportRegex = re.compile(r'<div\s+class="report">(.*)</div>\s*</body>', re.S)
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personRegex = re.compile(r'<div\s+class="person">(.*?)</div>', re.S)
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nameAuthorRegex = re.compile(r'<span\s+class="name(,author|)">(.*?)</span>', re.S)
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TURegex = re.compile(r'<span\s+class="TU">([0-9]*\.?[0-9]+)</span>', re.S)
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locationRegex = re.compile(r'<span\s+class="location">(.*?)</span>', re.S)
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caveRegex = re.compile(r'<span\s+class="cave">(.*?)</span>', re.S)
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def parseAutoLogBookEntry(filename):
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errors = []
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f = open(filename, "r")
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contents = f.read()
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f.close()
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dateMatch = dateRegex.search(contents)
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if dateMatch:
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year, month, day = [int(x) for x in dateMatch.groups()]
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date = datetime.date(year, month, day)
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else:
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errors.append(" - Date could not be found")
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expeditionYearMatch = expeditionYearRegex.search(contents)
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if expeditionYearMatch:
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try:
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expedition = models.Expedition.objects.get(year = expeditionYearMatch.groups()[0])
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personExpeditionNameLookup = GetPersonExpeditionNameLookup(expedition)
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except Expedition.DoesNotExist:
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errors.append(" - Expedition not in database")
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else:
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errors.append(" - Expedition Year could not be parsed")
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titleMatch = titleRegex.search(contents)
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if titleMatch:
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title, = titleMatch.groups()
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if len(title) > settings.MAX_LOGBOOK_ENTRY_TITLE_LENGTH:
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errors.append(" - Title too long")
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else:
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errors.append(" - Title could not be found")
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caveMatch = caveRegex.search(contents)
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if caveMatch:
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caveRef, = caveMatch.groups()
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try:
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cave = models.getCaveByReference(caveRef)
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except AssertionError:
|
|
cave = None
|
|
errors.append(" - Cave not found in database")
|
|
else:
|
|
cave = None
|
|
|
|
locationMatch = locationRegex.search(contents)
|
|
if locationMatch:
|
|
location, = locationMatch.groups()
|
|
else:
|
|
location = None
|
|
|
|
if cave is None and location is None:
|
|
errors.append(" - Location nor cave could not be found")
|
|
|
|
reportMatch = reportRegex.search(contents)
|
|
if reportMatch:
|
|
report, = reportMatch.groups()
|
|
else:
|
|
errors.append(" - Contents could not be found")
|
|
if errors:
|
|
return errors # Easiest to bail out at this point as we need to make sure that we know which expedition to look for people from.
|
|
people = []
|
|
for personMatch in personRegex.findall(contents):
|
|
nameAuthorMatch = nameAuthorRegex.search(contents)
|
|
if nameAuthorMatch:
|
|
author, name = nameAuthorMatch.groups()
|
|
if name.lower() in personExpeditionNameLookup:
|
|
personExpo = personExpeditionNameLookup[name.lower()]
|
|
else:
|
|
errors.append(" - Person could not be found in database")
|
|
author = bool(author)
|
|
else:
|
|
errors.append(" - Persons name could not be found")
|
|
|
|
TUMatch = TURegex.search(contents)
|
|
if TUMatch:
|
|
TU, = TUMatch.groups()
|
|
else:
|
|
errors.append(" - TU could not be found")
|
|
if not errors:
|
|
people.append((name, author, TU))
|
|
if errors:
|
|
return errors # Bail out before committing to the database
|
|
logbookEntry = LogbookEntry(date = date,
|
|
expedition = expedition,
|
|
title = title, cave = cave, place = location,
|
|
text = report, slug = slugify(title)[:50],
|
|
filename = filename)
|
|
logbookEntry.save()
|
|
for name, author, TU in people:
|
|
models.PersonTrip(personexpedition = personExpo,
|
|
time_underground = TU,
|
|
logbook_entry = logbookEntry,
|
|
is_logbook_entry_author = author).save()
|
|
print(logbookEntry)
|