expoweb/troggle/parsers/cavetab.py

# -*- coding: utf-8 -*-

import settings
import expo.models as models
import csv
import time
<<<<<<< .mine
#import sqlite3
=======
# import sqlite3
>>>>>>> .r8038
import re
import os

##format of CAVETAB2.CSV is
KatasterNumber = 0
KatStatusCode = 1
Entrances = 2
UnofficialNumber = 3
MultipleEntrances = 4
AutogenFile = 5
LinkFile = 6
LinkEntrance = 7
Name = 8
UnofficialName = 9
Comment = 10
Area = 11
Explorers = 12
UndergroundDescription = 13
Equipment = 14
QMList = 15
KatasterStatus = 16
References = 17
UndergroundCentreLine = 18
UndergroundDrawnSurvey = 19
SurvexFile = 20
Length = 21
Depth = 22
Extent = 23
Notes = 24
EntranceName = 25
TagPoint = 26
OtherPoint = 27
DescriptionOfOtherPoint = 28
ExactEntrance = 29
TypeOfFix = 30
GPSpreSA = 31
GPSpostSA = 32
Northing = 33
Easting = 34
Altitude = 35
Bearings = 36
Map = 37
Location = 38
Approach = 39
EntranceDescription = 40
PhotoOfLocation = 41
Marking = 42
MarkingComment = 43
Findability = 44
FindabilityComment = 45

cavetab = open(os.path.join(settings.EXPOWEB, "noinfo", "CAVETAB2.CSV"))
caveReader = csv.reader(cavetab)
caveReader.next() # Strip out column headers


<<<<<<< .mine
def save(x):   #There seems to be an intermitent problem with sqlite and Vista, uncomment the lines below and the "import sqlite3" above to fix it
#    try:
=======
def save(x):   #There seems to be an intermitent problem with sqlite and Vista, uncomment the lines below, and the import sqlite3 statment above to fix it
#    try:
>>>>>>> .r8038
        x.save()
#    except sqlite3.OperationalError:
#        print "Error"
#        time.sleep(1)
#        save(x)

def html_to_wiki(text):
    if type(text) != str:
        return text
    text = unicode(text, "utf-8")
    #Characters
    #text = re.sub("&uuml;", u"\xfc", text)
    #text = re.sub("&ouml;", u"\xf6", text)
    #text = re.sub("&auml;", u"\xe4", text)
    #text = re.sub("&deg;", u"\xb0", text)
    #text = re.sub("&copy;", u"\xa9", text)
    #text = re.sub("&amp;", u"\x26", text)
    #text = re.sub("&szlig;", u"\xdf", text)
    #text = re.sub("&szlig;", u"\xdf", text)
    #text = re.sub("&lt;", u"<", text)
    #text = re.sub("&gt;", u">", text)
    #text = re.sub("&egrave;", u"\xe8", text)
    #text = re.sub("&eacute;", u"\xe9", text)
    #text = re.sub("&quote;", u'"', text)
    #text = re.sub("&quot;", u'"', text)
    #text = re.sub("&Ouml;", u'\xd6', text)
    #text = re.sub("&times;", u'"', text)

    #text = re.sub("&(.*);", "/1", text)
    #if s:
    #    print s.groups()
    #Lists
    text = re.sub("^</p>(.*)", r"\1", text)
    text = re.sub("(.*)<p>$", r"\1", text)
    out = ""
    lists = ""
    while text:
        mstar = re.match("^(.*?)<ul>\s*<li[^>]*>(.*?)</li>(.*)$", text, re.DOTALL)
        munstar = re.match("^(\s*)</ul>(.*)$", text, re.DOTALL)
        mhash = re.match("^(.*?)<ol>\s*<li[^>]*>(.*?)</li>(.*)$", text, re.DOTALL)
        munhash = re.match("^(\s*)</ol>(.*)$", text, re.DOTALL)
        mitem = re.match("^(\s*)<li[^>]*>(.*?)</li>(.*)$", text, re.DOTALL)
        ms = [len(m.groups()[0]) for m in [mstar, munstar, mhash, munhash, mitem] if m]
        def min_(i, l):
            try:
                v = i.groups()[0]
                l.remove(len(v))
                return len(v) < min(l, 1000000000)
            except:
                return False
        if min_(mstar, ms):
            lists += "*"
            pre, val, post = mstar.groups()
            out += pre + "\n" + lists + " " + val
            text = post
        elif min_(mhash, ms):
            lists += "#"
            pre, val, post = mhash.groups()
            out += pre + "\n" + lists + " " + val
            text = post
        elif min_(mitem, ms):
            pre, val, post = mitem.groups()
            out += "\n" + lists + " " + val
            text = post
        elif min_(munstar, ms):
            lists = lists[:-1]
            text = munstar.groups()[1]
        elif min_(munhash, ms):
            lists.pop()
            text = munhash.groups()[1]
        else:
            out += text
            text = ""
    text2 = out
    while text2:
        mtag = re.match("^(.*?)<(.*?)>(.*)$", text, re.DOTALL)
        if mtag:
            text2 = mtag.groups()[2]
            print mtag.groups()[1]
        else:
            text2 = ""
    return out

for katArea in ['1623', '1626']:
    if not models.Area.objects.filter(short_name = katArea):
        newArea = models.Area(short_name = katArea)
        save(newArea)
area1626 = models.Area.objects.filter(short_name = '1626')[0]
area1623 = models.Area.objects.filter(short_name = '1623')[0]

counter=0
for line in caveReader :
    if line[Area] == 'nonexistent':
        continue
    entranceLetters=[] #Used in caves that have mulitlple entrances, which are not described on seperate lines
    if line[MultipleEntrances] == 'yes' or line[MultipleEntrances]=='':
        args = {}
        def addToArgs(CSVname, modelName):
            if line[CSVname]:
                args[modelName] = html_to_wiki(line[CSVname])
        addToArgs(KatasterNumber, "kataster_number")
        addToArgs(KatStatusCode, "kataster_code")
        addToArgs(UnofficialNumber, "unofficial_number")
        addToArgs(Name, "official_name")
        addToArgs(Comment, "notes")
        addToArgs(Explorers, "explorers")
        addToArgs(UndergroundDescription, "underground_description")
        addToArgs(Equipment, "equipment")
        addToArgs(KatasterStatus, "kataster_status")
        addToArgs(References, "references")
        addToArgs(UndergroundCentreLine, "underground_centre_line")
        addToArgs(UndergroundDrawnSurvey, "survey")
        addToArgs(Length, "length")
        addToArgs(Depth, "depth")
        addToArgs(Extent, "extent")
        addToArgs(SurvexFile, "survex_file")
        addToArgs(Notes, "notes")

        newCave = models.Cave(**args)
        save(newCave)

        if line[Area]:
            if line[Area] ==  "1626":
                newCave.area.add(area1626)
            else:
                area = models.Area.objects.filter(short_name = line[Area])
                if area:
                    newArea = area[0]
                else:
                    newArea = models.Area(short_name = line[Area], parent = area1623)
                    save(newArea)
                newCave.area.add(newArea)
        else:
           newCave.area.add(area1623)

        save(newCave)

        if line[UnofficialName]:
            newUnofficialName = models.OtherCaveName(cave = newCave, name = line[UnofficialName])
            save(newUnofficialName)
    if line[MultipleEntrances] == '' or \
        line[MultipleEntrances] == 'entrance' or \
        line[MultipleEntrances] == 'last entrance':
        args = {}
        def addToArgs(CSVname, modelName):
            if line[CSVname]:
                args[modelName] = html_to_wiki(line[CSVname])
        def addToArgsViaDict(CSVname, modelName, dictionary):
            if line[CSVname]:
                args[modelName] = dictionary[html_to_wiki(line[CSVname])]
        addToArgs(EntranceName, 'name')
        addToArgs(Explorers, 'explorers')
        addToArgs(Map, 'map_description')
        addToArgs(Location, 'location_description')
        addToArgs(Approach, 'approach')
        addToArgs(EntranceDescription, 'entrance_description')
        addToArgs(UndergroundDescription, 'underground_description')
        addToArgs(PhotoOfLocation, 'photo')
        addToArgsViaDict(Marking, 'marking', {"Paint": "P",
                                              "Paint (?)": "P?",
                                              "Tag": "T",
                                              "Tag (?)": "T?",
                                              "Retagged": "R",
                                              "Retag": "R",
                                              "Spit": "S",
                                              "Spit (?)": "S?",
                                              "Unmarked": "U",
                                              "": "?",
                                              })
        addToArgs(MarkingComment, 'marking_comment')
        addToArgsViaDict(Findability, 'findability', {"Surveyed": "S",
                                                      "Lost": "L",
                                                      "Refindable": "R",
                                                      "": "?",
                                                      "?": "?",
                                                      })
        addToArgs(FindabilityComment, 'findability_description')
        addToArgs(Easting, 'easting')
        addToArgs(Northing, 'northing')
        addToArgs(Altitude, 'alt')
        addToArgs(DescriptionOfOtherPoint, 'other_description')
        def addToArgsSurveyStation(CSVname, modelName):
            if line[CSVname]:
                surveyPoint = models.SurveyStation(name = line[CSVname])
                save(surveyPoint)
                args[modelName] = html_to_wiki(surveyPoint)
        addToArgsSurveyStation(TagPoint, 'tag_station')
        addToArgsSurveyStation(ExactEntrance, 'exact_station')
        addToArgsSurveyStation(OtherPoint, 'other_station')
        addToArgs(OtherPoint, 'other_description')
        if line[GPSpreSA]:
            addToArgsSurveyStation(GPSpreSA, 'other_station')
            args['other_description'] = 'pre selective availability GPS'
        if line[GPSpostSA]:
            addToArgsSurveyStation(GPSpostSA, 'other_station')
            args['other_description'] = 'post selective availability GPS'
        addToArgs(Bearings, 'bearings')
        newEntrance = models.Entrance(**args)
        save(newEntrance)

        if line[Entrances]:
            entrance_letter = line[Entrances]
        else:
            entrance_letter = ''

        newCaveAndEntrance = models.CaveAndEntrance(cave = newCave, entrance = newEntrance, entrance_letter = entrance_letter)
        save(newCaveAndEntrance)