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Name_Dictionary.py
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#-*- coding: utf-8 -*-
###########################################################################
## ##
## Copyrights Etienne Chové <[email protected]> 2009 ##
## ##
## This program is free software: you can redistribute it and/or modify ##
## it under the terms of the GNU General Public License as published by ##
## the Free Software Foundation, either version 3 of the License, or ##
## (at your option) any later version. ##
## ##
## This program is distributed in the hope that it will be useful, ##
## but WITHOUT ANY WARRANTY; without even the implied warranty of ##
## MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the ##
## GNU General Public License for more details. ##
## ##
## You should have received a copy of the GNU General Public License ##
## along with this program. If not, see <http://www.gnu.org/licenses/>. ##
## ##
###########################################################################
from modules.Stablehash import stablehash64
from modules.OsmoseTranslation import T_
from plugins.Plugin import Plugin
import re
class P_Name_Dictionary(Plugin):
def init(self, logger):
Plugin.init(self, logger)
self.errors[703] = self.def_class(item = 5010, level = 2, tags = ['name', 'fix:chair'],
title = T_('Word not found in dictionary'),
fix = T_(
'''Probably missing a capital, accent or typo.'''))
self.errors[704] = self.def_class(item = 5010, level = 1, tags = ['value', 'fix:chair'],
title = T_('Encoding problem'))
self.DictKnownWords = [""]
self.DictCorrections = {}
self.DictUnknownWords = []
self.DictCommonWords = [""]
self.DictEncoding = {}
self.apostrophe = None
self.init_dictionaries()
# Inconsistencies: words and dict and bad dict
#self.LogInformation(u"Mot(s) à corriger et à accepter")
#for k in self.DictCorrectionsK:
# if k in self.DictKnownWords:
# self.DictKnownWords.remove(k)
# self.LogInformation(u" " + k)
# Inconsistencies:
#self.LogInformation(u"Correction(s) absentes du dictionnaire")
#for k in self.DictCorrectionsK:
# for v in self.DictCorrections[k].split("|"):
# if v not in self.DictKnownWords:
# self.LogInformation(u" " + k + " => " + self.DictCorrections[k])
# self.DictCorrectionsK.remove(k)
# self.DictCorrections.pop(k)
# break
self.DictKnownWords = set(self.DictKnownWords)
self.DictUnknownWords = set(self.DictUnknownWords)
def load_external_dictionaries(self, lang):
# Dictionaries
for d in self.father.ToolsListDir("dictionaries/{0}".format(lang)):
if d[-1] == "~": continue
if d[:4] != "Dico": continue
self.DictKnownWords += self.father.ToolsReadList("dictionaries/{0}/{1}".format(lang, d))
# Corrections
for d in self.father.ToolsListDir("dictionaries/{0}".format(lang)):
if d[-1] == "~": continue
if d[:4] != "Corr": continue
self.DictCorrections.update(self.father.ToolsReadDict("dictionaries/{0}/{1}".format(lang, d), ":"))
# Common words
self.DictCommonWords += [x for x in self.father.ToolsReadList("dictionaries/{0}/ResultCommonWords".format(lang)) if x in self.DictKnownWords]
def laod_numbering(self):
# 1a 1b 1c
for i in range(1,2000):
self.DictKnownWords.append(u"{0}a".format(i))
self.DictKnownWords.append(u"{0}b".format(i))
self.DictKnownWords.append(u"{0}c".format(i))
# Capitals
for i in range(65,91):
self.DictKnownWords.append(u"{0}".format(chr(i)))
# Numbers 1..10000
for i in range(0,10000):
self.DictKnownWords.append(u"{0}".format(i))
# Numbers 01..09
for i in range(0,10):
self.DictKnownWords.append(u"0{0}".format(i))
def load_latin_language(self):
# Apostrophes
self.apostrophe = re.compile(r'\b[djl](?:\'|’|")(?=\w)', re.I)
for c in (u"à", u"é", u"è", u"ë", u"ê", u"î", u"ï", u"ô", u"ö", u"û", u"ü", u"ÿ", u"ç", u"À", u"É", u"É", u"È", u"Ë", u"Ê", u"Î", u"Ï", u"Ô", u"Ö", u"Û", u"Ü", u"Ÿ", u"Ç", u"œ", u"æ", u"Œ", u"Æ"):
ustr = "".join(([chr(i) for i in c.encode('utf-8')]))
self.DictEncoding[ustr] = c
self.DictEncoding[u"`"] = u"'"
def init_dictionaries(self):
pass
def _get_err(self, tag, name):
initialName = name
for x in [u"&", u"'", u""", u"/", u")", u"-", u"\"", u";", u".", u":", u"+", u"?", u"!", u",", u"|", u"*", u"°", u"_", u"="]:
name = name.replace(x, " ")
if self.apostrophe:
name = self.apostrophe.sub(' ', name)
for WordComplet in name.split(" "):
if WordComplet in self.DictCommonWords: continue
elif WordComplet in self.DictKnownWords: continue
elif WordComplet in self.DictCorrections:
if self.DictCorrections[WordComplet]:
return {"class": 703, "subclass": stablehash64(tag), "text": {"en": WordComplet}, "fix": {"name": initialName.replace(WordComplet, self.DictCorrections[WordComplet])}}
else:
raise Exception("Could not find correction for {0}".format(WordComplet))
else:
for x in self.DictEncoding:
if x in WordComplet:
return {"class": 704, "subclass": stablehash64(tag), "fix": {"name": initialName.replace(x, self.DictEncoding[x])}}
#if WordComplet in self.DictUnknownWords: continue
if "0" in WordComplet: continue
if "1" in WordComplet: continue
if "2" in WordComplet: continue
if "3" in WordComplet: continue
if "4" in WordComplet: continue
if "5" in WordComplet: continue
if "6" in WordComplet: continue
if "7" in WordComplet: continue
if "8" in WordComplet: continue
if "9" in WordComplet: continue
self.DictUnknownWords.add(WordComplet)
def node(self, data, tags):
err = []
for name in [u"name", u"name_1", u"name_2", u"alt_name", u"loc_name", u"old_name", u"official_name", u"short_name", u"addr:street:name"]:
if name in tags:
e = self._get_err(name, tags[name])
if e is not None:
err.append(e)
return err
def way(self, data, tags, nodes):
return self.node(None, tags)
def relation(self, data, tags, members):
return self.node(None, tags)
#def end(self, logger):
# f = self.father.ToolsOpenFile("ResultMotsATrier", "w")
# for x in self.DictUnknownWords:
# f.write(x + "\n")
# #logger.log("{0} mots à trier".format(len(self.DictUnknownWords)))
# f.close()
# return