mirror of
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328 lines
12 KiB
Python
328 lines
12 KiB
Python
import csv
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import os
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import re
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from html import unescape
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from pathlib import Path
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from django.conf import settings
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from unidecode import unidecode
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from troggle.core.models.troggle import DataIssue, Expedition, Person, PersonExpedition
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"""These functions do not match how the stand-alone folk script works. So the script produces an HTML file which has
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href links to pages in troggle which troggle does not think are right.
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The standalone script needs to be renedred defucnt, and all the parsing needs to be in troggle. Either that,
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or they should use the same code by importing a module.
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"""
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def parse_blurb(personline, header, person):
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"""create mugshot Photo instance"""
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ms_filename = personline[header["Mugshot"]]
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ms_path = Path(settings.EXPOWEB, "folk", ms_filename)
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if ms_filename:
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if not ms_path.is_file():
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message = f"! INVALID mug_shot field '{ms_filename}' for {person.fullname}"
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print(message)
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DataIssue.objects.create(parser="people", message=message, url=f"/person/{person.fullname}")
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return
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if ms_filename.startswith("i/"):
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# if person just has an image, add it. It has format 'i/adama2018.jpg'
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person.mug_shot = str(Path("/folk", ms_filename))
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person.blurb = None
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elif ms_filename.startswith("l/"):
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# it has the format 'l/ollybetts.htm' the file may contain <img src="../i/mymug.jpg"> images
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with open(ms_path, "r") as blurbfile:
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blrb = blurbfile.read()
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pblurb = re.search(r"<body>.*<hr", blrb, re.DOTALL)
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if pblurb:
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person.mug_shot = None
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fragment = re.search("<body>(.*)<hr", blrb, re.DOTALL).group(1)
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fragment = fragment.replace('src="../i/', 'src="/folk/i/')
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fragment = fragment.replace("src='../i/", "src='/folk/i/")
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fragment = re.sub(r"<h.*>[^<]*</h.>", "", fragment)
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# replace src="../i/ with src="/folk/i
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person.blurb = fragment
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else:
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message = f"! Blurb parse error in {ms_filename}"
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print(message)
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DataIssue.objects.create(parser="people", message=message, url="/folk/")
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elif ms_filename == "":
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pass
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else:
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message = f"! Unrecognised type of file at mug_shot field '{ms_filename}' for {person.fullname}"
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print(message)
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DataIssue.objects.create(parser="people", message=message, url="/folk/")
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person.save()
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def load_people_expos():
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"""This is where the folk.csv file is parsed to read people's names.
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Which it gets wrong for people like Lydia-Clare Leather and various 'von' and 'de' middle 'names'
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and McLean and Mclean and McAdam - interaction with the url parser in urls.py too
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"""
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DataIssue.objects.filter(parser="people").delete()
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persontab = open(os.path.join(settings.EXPOWEB, "folk", "folk.csv")) # should really be EXPOFOLK I guess
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personreader = csv.reader(persontab) # this is an iterator
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headers = next(personreader)
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header = dict(list(zip(headers, list(range(len(headers))))))
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years = headers[5:]
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nexpos = Expedition.objects.count()
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if nexpos <= 0:
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print(" - Creating expeditions")
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for year in years:
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lookupAttribs = {"year": year}
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nonLookupAttribs = {"name": f"CUCC expo {year}"}
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e = Expedition.objects.create(**nonLookupAttribs, **lookupAttribs)
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print(" - Loading personexpeditions")
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for personline in personreader:
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name = personline[header["Name"]]
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name = re.sub(r"<.*?>", "", name)
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firstname = ""
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nick = ""
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rawlastname = personline[header["Lastname"]].strip()
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matchlastname = re.match(r"^([\w&;\s]+)(?:\(([^)]*)\))?", rawlastname)
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lastname = matchlastname.group(1).strip()
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splitnick = re.match(r"^([\w&;\s]+)(?:\(([^)]*)\))?", name)
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fullname = splitnick.group(1)
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nick = splitnick.group(2) or ""
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fullname = fullname.strip()
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names = fullname.split(" ")
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firstname = names[0]
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if len(names) == 1:
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lastname = ""
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if personline[header["VfHO member"]] == "":
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vfho = False
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else:
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vfho = True
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lookupAttribs = {"first_name": firstname, "last_name": (lastname or "")}
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nonLookupAttribs = {"is_vfho": vfho, "fullname": fullname, "nickname": nick}
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person = Person.objects.create(**nonLookupAttribs, **lookupAttribs)
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parse_blurb(personline=personline, header=header, person=person)
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# make person expedition from table
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for year, attended in list(zip(headers, personline))[5:]:
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expedition = Expedition.objects.get(year=year)
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if attended == "1" or attended == "-1":
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lookupAttribs = {"person": person, "expedition": expedition}
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nonLookupAttribs = {"is_guest": (personline[header["Guest"]] == "1")}
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pe = PersonExpedition.objects.create(**nonLookupAttribs, **lookupAttribs)
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print("", flush=True)
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def who_is_this(year, possibleid):
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expo = Expedition.objects.filter(year=year)
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personexpedition = GetPersonExpeditionNameLookup(expo)[possibleid.lower()]
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if personexpedition:
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return personexpedition.person
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else:
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return None
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global foreign_friends
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foreign_friends = [
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"P. Jeutter",
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"K. Jäger",
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"S. Steinberger",
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"R. Seebacher",
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"Dominik Jauch",
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"Fritz Mammel",
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"Marcus Scheuerman",
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"Uli Schütz",
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"Wieland Scheuerle",
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"Arndt Karger",
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"Kai Schwekend",
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"Regina Kaiser",
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"Thilo Müller",
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"Wieland Scheuerle",
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"Florian Gruner",
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"Helmut Stopka-Ebeler",
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"Aiko",
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"Mark Morgan",
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"Arndt Karger",
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]
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def known_foreigner(id):
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"""If this someone from ARGE or a known Austrian? Name has to be exact, no soft matching"""
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global foreign_friends
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if id in foreign_friends:
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return True
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else:
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return False
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# Refactor. The dict GetPersonExpeditionNameLookup(expo) indexes by name and has values of personexpedition
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# This is convoluted, the whole personexpedition concept is unnecessary?
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Gpersonexpeditionnamelookup = {}
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def GetPersonExpeditionNameLookup(expedition):
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global Gpersonexpeditionnamelookup
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def apply_variations(f, l):
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"""Be generous in guessing possible matches. Any duplicates will be ruled as invalid."""
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f = f.lower()
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l = l.lower()
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variations = []
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variations.append(f)
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variations.append(l)
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variations.append(f + l)
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variations.append(f + " " + l)
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variations.append(f + " " + l[0])
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variations.append(f + l[0])
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variations.append(f + " " + l[0] + ".")
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variations.append(f[0] + " " + l)
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variations.append(f[0] + ". " + l)
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variations.append(f[0] + l)
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variations.append(f[0] + l[0]) # initials e.g. gb or bl
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return variations
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res = Gpersonexpeditionnamelookup.get(expedition.name)
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if res:
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return res
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res = {}
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duplicates = set()
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# print("Calculating GetPersonExpeditionNameLookup for " + expedition.year)
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personexpeditions = PersonExpedition.objects.filter(expedition=expedition)
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short = {}
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dellist = []
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for personexpedition in personexpeditions:
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possnames = []
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f = unidecode(unescape(personexpedition.person.first_name.lower()))
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l = unidecode(unescape(personexpedition.person.last_name.lower()))
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full = unidecode(unescape(personexpedition.person.fullname.lower()))
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n = unidecode(unescape(personexpedition.person.nickname.lower()))
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if full not in possnames:
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possnames.append(full)
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if n not in possnames:
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possnames.append(n)
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if l:
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possnames += apply_variations(f, l)
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if n:
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possnames += apply_variations(n, l)
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if f == "Robert".lower():
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possnames += apply_variations("Bob", l)
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if f == "Rob".lower():
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possnames += apply_variations("Robert", l)
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if f == "Andrew".lower():
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possnames += apply_variations("Andy", l)
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if f == "Andy".lower():
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possnames += apply_variations("Andrew", l)
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if f == "Michael".lower():
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possnames += apply_variations("Mike", l)
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if f == "David".lower():
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possnames += apply_variations("Dave", l)
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if f == "Dave".lower():
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possnames += apply_variations("David", l)
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if f == "Peter".lower():
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possnames += apply_variations("Pete", l)
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if f == "Pete".lower():
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possnames += apply_variations("Peter", l)
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if f == "Olly".lower():
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possnames += apply_variations("Oliver", l)
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if f == "Oliver".lower():
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possnames += apply_variations("Olly", l)
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if f == "Ollie".lower():
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possnames += apply_variations("Oliver", l)
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if f == "Oliver".lower():
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possnames += apply_variations("Ollie", l)
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if f == "Becka".lower():
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possnames += apply_variations("Rebecca", l)
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if f"{f} {l}" == "Andy Waddington".lower():
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possnames += apply_variations("aer", "waddington")
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if f"{f} {l}" == "Phil Underwood".lower():
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possnames += apply_variations("phil", "underpants")
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if f"{f} {l}" == "Naomi Griffiths".lower():
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possnames += apply_variations("naomi", "makins")
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if f"{f} {l}" == "Tina White".lower():
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possnames += apply_variations("tina", "richardson")
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if f"{f} {l}" == "Cat Hulse".lower():
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possnames += apply_variations("catherine", "hulse")
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possnames += apply_variations("cat", "henry")
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if f"{f} {l}" == "Jess Stirrups".lower():
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possnames += apply_variations("jessica", "stirrups")
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if f"{f} {l}" == "Nat Dalton".lower():
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possnames += apply_variations("nathanael", "dalton") # correct. He has a weird spelling.
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if f"{f} {l}" == "Mike Richardson".lower():
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possnames.append("mta")
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possnames.append("miketa")
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possnames.append("mike the animal")
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possnames.append("animal")
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if f"{f} {l}" == "Eric Landgraf".lower():
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possnames.append("eric c.landgraf")
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possnames.append("eric c. landgraf")
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possnames.append("eric c landgraf")
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if f"{f} {l}" == "Nadia Raeburn".lower():
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possnames.append("tinywoman")
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possnames.append("nadia rc")
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possnames.append("nadia raeburn-cherradi")
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if f"{f} {l}" == "Phil Wigglesworth".lower():
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possnames.append("wiggy")
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if f"{f} {l}" == "Elaine Oliver".lower():
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possnames.append("cavingpig")
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if f"{f} {l}" == "Tom Crossley".lower():
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possnames.append("tcacrossley")
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if f"{f} {l}" == "Rob Watson".lower():
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possnames.append("nobrotson")
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if f"{f} {l}" == "Todd Rye".lower():
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possnames.append("samouse1")
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for i in [3, 4, 5, 6]:
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lim = min(i, len(f) + 1) # short form, e.g. Dan for Daniel.
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if f[:lim] not in short:
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short[f[:lim]] = personexpedition
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else:
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dellist.append(f[:lim])
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possnames = set(possnames) # remove duplicates
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for possname in possnames:
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if possname in res:
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duplicates.add(possname)
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else:
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res[possname] = personexpedition
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for possname in duplicates:
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del res[possname]
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for possname in dellist:
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if possname in short: # always true ?
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del short[possname]
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for shortname in short:
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res[shortname] = short[shortname]
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Gpersonexpeditionnamelookup[expedition.name] = res
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return res
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