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german4.py
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import add_path
from general import *
import spacy
from spacy_iwnlp import spaCyIWNLP
import time, requests, copy
from unidecode import unidecode
from collections import defaultdict
failure = 0
folder = '/users/kylefoley/codes/german/'
obra = chr(9001)
cbra = chr(9002)
def remove_end_hyphen():
file = f'{dwn_dir}boll_billiarden_ger.txt'
lst = to.from_txt2lst(file, 1)
lst = vgf.elim_end_hyphen(lst)
lst = [x.replace(";", "") for x in lst]
to.from_lst2txt(lst, file)
class parse_collins:
def __init__(self):
pass
def main(self, oword):
dct = {
"ä": 'a',
"ö": 'o',
"ü": "u"
}
word = oword.lower()
for x, y in dct.items():
word = word.replace(x, y)
self.word = word
word1 = oword
b = 2
done = 0
multi = 0
while 1:
url = f"https://www.collinsdictionary.com/dictionary/german-english/{word}"
self.lst, final_url = vgf.web_to_text2(url, 'html.parser', 1)
if final_url != url:
ridx = url.rindex('/')
aword = final_url[ridx + 1:]
if "_" in aword:
multi = 1
aword = aword[:-2]
for x in self.lst:
if x.startswith("Sorry, no results"):
p(f'no collins web entry for {oword}')
return []
if x.startswith(f"English translation of"):
idx = len("English translation of ")
got_word = x[idx + 1:len(x) - 1].lower()
if not multi:
if got_word != word1:
p(f'{got_word} is different from {word1}')
done = 1
break
elif multi:
if got_word != word1:
word = f'{aword}_{b}'
b += 1
if b == 4:
p(f'failed to find {word1} in collins')
return '_3'
p(f'now trying {word}')
else:
done = 1
break
else:
p('did not find english translation')
break
if done:
break
time.sleep(.4)
self.get_definition()
return self.defn
def get_definition(self):
pos = ['NOUN', 'ADVERB', 'VERB', 'ADJECTIVE', 'CONJUNCTION', 'PREPOSITION']
found = 0
found2 = 0
lst1 = []
self.num = 1
for e, x in en(self.lst):
if 'German Easy Learning' in x:
pass
elif x.startswith('You may also like'):
found2 = 1
break
elif not found and x.startswith('Credits'):
found = 1
elif 'googletag' in x:
pass
elif 'Full verb table' in x:
pass
elif 'Copyright' in x:
pass
elif 'Declension' in x:
pass
elif found:
if x.startswith(chr(215)):
pass
elif not bool(re.search(r'\S', x)):
pass
else:
lst1.append(x)
if not found2:
p(f'failed to find end in {self.word}')
if not lst1:
p(f'failed to find start {self.word}')
else:
lst1.insert(0, f'<<<{self.word}>>>')
lst1.insert(0, '__collins_web__')
self.defn = lst1
def cut_string(self, x, lst1):
x = x.replace('\n', " ")
x = x.strip()
if bool(re.search(r'^\d+\.', x)):
idx = x.index('.')
num = int(x[:idx]) + 1
while 1:
num1 = str(num) + '.'
try:
idx = x.index(num1)
x = x[:idx]
lst1.append(x)
num += 1
except:
lst1.append(x)
break
def temp11():
dct = pi.open_pickle(f'{folder}duden_parsed', 1)
p('opened')
for k, v in dct.items():
for e, z in en(v):
v[e] = z.replace(chr(160), " ")
pi.save_pickle(dct, f'{folder}duden_filt', 1)
def similar_words(word, lst, main_lst, u):
st = set(word)
word2ratio = {}
for e, x in en(lst):
word2ratio[x] = similar_words2(st, word, x)
word2ratio = sort_dct_val(word2ratio)
words = []
for k, v in word2ratio.items():
if v > .45:
if words:
return words[0]
return words
elif len(words) > 0:
main_lst.insert(u + 1, k)
return words[0]
else:
words.append(k)
def similar_words2(st, word, word2):
b = 0
st1 = copy.deepcopy(st)
st2 = set(word2)
for z in word2:
if z in st1:
st1.remove(z)
else:
b += 1
for z in word:
if z in st2:
st2.remove(z)
else:
b += 1
return b / (len(st) + len(word2))
def loop_cam_leo():
global failure
pi.save_pickle(1, 'bool2')
file = f'{folder}duden_lookup'
lst = to.from_txt2lst(file, 1)
try:
cambridge = pi.open_pickle(f'{folder}cambridge0', 1)
except:
cambridge = {}
leo_lookup = to.from_txt2lst(f'{folder}leo_already')
leo = pi.open_pickle(f'{folder}leo0', 1)
ddspell = {}
# ddspell = to.from_txt2dct_1d(f'{folder}ddspell')
abandon = ['Pg']
for x in abandon:
if x in lst:
lst.remove(x)
lst = [x.replace('.', '') for x in lst]
start = len(lst)
for x in reversed(lst):
start -= 1
if x in cambridge:
break
vgf.backup('leo0.pkl', folder)
vgf.backup('cambridge0.pkl', folder)
for e, x in en(lst[start:]):
f = e + start
if f and f % 100 == 0:
pi.save_pickle(leo, f'{folder}leo0', 1)
pi.save_pickle(cambridge, f'{folder}cambridge0', 1)
to.from_lst2txt(leo_lookup, f'{folder}leo_already')
p(f'{f} of {len(lst)}')
word = x
lword = word
cword = word
alt_spell = ddspell.get(word, 0)
try:
if not pi.open_pickle('bool2'):
break
else:
found = 0
if word not in leo_lookup and word not in leo:
found = 1
leo_lookup.append(word)
try:
c = 0
while 1:
lins = base_form_w_leo()
bool1, bool2 = lins.main(lword, leo)
if bool1:
leo = lins.word2def
failure = 0
break
else:
if bool2 == -5:
leo[word] = -5
break
if bool2 == -6:
p(f'attempt {c}')
p('too many requests')
time.sleep(60 * 20)
if not pi.open_pickle('bool2'):
break
if c: break
c += 1
if bool2 == -4:
failure += 1
if failure > 4:
pi.save_pickle(0, 'bool2')
elif failure > 3:
time.sleep(5)
elif failure > 2:
p('sleep for 5 minutes')
time.sleep(60 * 5)
leo[word] = 0
break
if bool2 < 0 and alt_spell:
lword = alt_spell
time.sleep(.5)
else:
break
except:
if lword not in leo:
leo[lword] = 0
if word not in cambridge:
found = 1
try:
while 1:
ins = use_cambridge()
lst1 = ins.main_uc(cword)
if lst1:
cambridge[word] = lst1
break
elif alt_spell == cword:
break
elif alt_spell:
cword = alt_spell
time.sleep(.5)
else:
break
except:
cambridge[word] = 0
except EOFError:
break
if found:
time.sleep(1)
pi.save_pickle(leo, f'{folder}leo0', 1)
to.from_lst2txt(leo_lookup, f'{folder}leo_already')
pi.save_pickle(cambridge, f'{folder}cambridge0', 1)
def loop_duden():
global failure
pi.save_pickle(1, 'bool1')
file = f'{folder}duden_lookup'
lst = to.from_txt2lst(file, 1)
try:
lst2 = pi.open_pickle(f'{folder}duden0', 1)
dct = lst2[0]
other_words = lst2[1]
vgf.backup('duden0.pkl', folder)
duden_already = set(to.from_txt2lst(f'{folder}duden_already', 1))
word2duden = pi.open_pickle(f'{folder}word2duden0', 1)
# ddspell = to.from_txt2dct_1d(f'{folder}ddspell')
except:
dct = {}
other_words = {}
duden_already = set()
word2duden = {}
ddspell = {}
abandon = ['Coupé', 'Erdmassen', 'Duden', 'Buffet', 'Pg']
for x in abandon:
if x in lst:
lst.remove(x)
for x, y in dct.items():
if not y:
p(x)
lst = [x.replace('.', '') for x in lst]
lst = [x.replace(' ', '_') for x in lst]
e = 0
while e < len(lst):
t = lst[e]
x = ddspell.get(t, t)
if x not in dct and t not in duden_already:
if e and e % 500 == 0:
pi.save_pickle([dct, other_words], f'{folder}duden0', 1)
to.from_dct2txt_1d(ddspell, f'{folder}ddspell')
to.from_lst2txt(duden_already, f'{folder}duden_already')
pi.save_pickle(word2duden, f'{folder}word2duden0', 1)
p(f'{e} of {len(lst)} {x}')
word = x
try:
if not pi.open_pickle('bool1'):
break
else:
try:
b = 0
while 1:
ins = use_duden()
bool1 = ins.main_ud(word, dct, word2duden)
if ins.other_words:
other_words[x] = ins.other_words
if bool1 == 429:
p(f'too many requests in duden')
break
if bool1 == 1:
if b > 0:
ddspell[x] = word
dct = ins.duden_dct
duden_already.add(word)
break
else:
duden_already.add(word)
if b:
break
word = similar_words(x, ins.other_words, lst, e)
if not word:
break
b += 1
except:
p(f'general failure in {x}')
dct[x] = 0
except EOFError:
break
e += 1
pi.save_pickle([dct, other_words], f'{folder}duden0', 1)
to.from_dct2txt_1d(ddspell, f'{folder}ddspell')
to.from_lst2txt(duden_already, f'{folder}duden_already')
pi.save_pickle(word2duden, f'{folder}word2duden0', 1)
class parse_cambridge:
def __init__(self):
self.dct = pi.open_pickle(f'{folder}cambridge_filt', 1)
self.dct = pi.open_pickle(f'{folder}cambridge0', 1)
p('opened')
self.dct1 = {}
self.errors = {}
self.dspell = {}
self.sspell = {}
self.missed = {}
self.word2freq = pi.open_pickle(f'{folder}word2freq', 1)
self.ewords = set()
b = 0
for self.oword, self.lst in self.dct.items():
if type(self.lst) == int:
self.errors.setdefault('i', []).append(self.oword)
self.dct1[self.word] = self.lst
else:
self.lword = self.oword.lower()
self.lword = unidecode(self.lword)
self.lword = self.lword.replace('.', '')
self.check_cam()
self.extract()
b += 1
vgf.print_intervals(b, 500)
# self.get_head_word()
self.analyse_errors()
pi.save_pickle(self.dct1, f'{folder}cambridge_filt', 1)
def analyse_errors(self):
dct2 = {}
for x in self.errors['x']:
dct2[x] = self.word2freq.get(x, 0)
dct2 = sort_dct_val(dct2)
to.from_dct2txt_1d(dct2, f'{folder}cambridge_missing')
return
def get_head_word(self):
self.key2entries = {}
obj = defaultdict(int)
i = 0
j = 0
pos = ['noun', 'adverb', 'adjective', 'verb', 'conjunction',
'preposition', 'pronoun']
for x, y in self.dct1.items():
oword = self.adjust_word(x)
for z in y:
first_word = z
for w in pos:
if f" {w} " in z or f' [{w}] ' in z:
sec_word = z[:z.index(" ")]
sec_word2 = self.adjust_word(sec_word)
if sec_word2 != oword:
j += 1
if j < 500:
p(oword)
p(z)
break
# if " " in z:
# first_word = z[:z.index(" ")]
# entry = first_word
# first_word = self.adjust_word(first_word)
# if oword == first_word:
# self.key2entries.setdefault(x, []).append(z)
# i += 1
# # if i < 500:
# # p (z)
# lst = z.split()
# for w in lst:
# obj[w] += 1
obj = sort_dct_val_rev(obj)
return
def adjust_word(self, got):
got = got.lower()
got = unidecode(got)
got = got.replace('.', '')
got = re.sub(r'\(.*\)', '', got)
if '/' in got:
got = got[:got.index('/')]
return got
def extract(self):
if self.stop != len(self.lst):
pass
else:
if self.oword not in self.ewords:
self.errors.setdefault('s', []).append(self.oword)
lst1 = self.lst[self.start:self.stop]
lst1 = [x for x in lst1 if bool(re.search(r'[a-zA-Z]', x))]
if self.start != 0:
self.dct1[self.oword] = lst1
else:
if self.oword not in self.ewords:
self.errors.setdefault('b', []).append(self.oword)
# self.missed[self.oword] = lst1
def check_cam(self):
self.start = 0
self.stop = len(self.lst)
for e, x in en(self.lst):
if x.startswith("Translation of") and 'German' in x:
self.start = e
l = len("Translation of ")
idx = x.index('Translation')
m = x.index('German')
got = x[idx + l:m - 3].strip()
ogot = got
got = got.lower()
got = unidecode(got)
got = got.replace('.', '')
got = re.sub(r'\(.*\)', '', got)
if '/' in got:
got = got[:got.index('/')]
if got.lower() != self.lword:
rat = similar_words2(set(self.lword), self.lword, got)
rat = round(rat, 1)
if rat >= .4:
self.dspell[self.oword] = [ogot, got, self.lword, rat]
else:
self.sspell[self.oword] = [ogot, got, self.lword, rat]
elif x.startswith("Translation of"):
p(f'failed rule {self.oword}')
assert 0
if self.start and x.startswith('Browse'):
self.stop = e
return
else:
self.ewords.add(self.oword)
self.errors.setdefault('x', []).append(self.oword)
class use_cambridge:
def __init__(self):
pass
def main_uc(self, word):
self.oword = word
url = f'https://dictionary.cambridge.org/dictionary/german-english/{self.oword}'
time.sleep(1)
self.other_words = []
self.lsts = []
lst, bool1 = vgf.web_to_text2(url, 'lxml', 1)
return lst
class use_conjugator:
def __init__(self):
words = to.from_txt2lst(f'{folder}need_paradigm')
word2paradigm = {}
self.dparse = pi.open_pickle(f'{folder}duden_parsed', 1)
self.word2duden = to.from_txt2lst_tab_delim(f'{folder}word2duden', 1)
self.word2duden = {x: eval(y) for x, y in self.word2duden}
self.temp13()
sys.exit()
self.get_pronouns()
self.parse_conjugator2()
for word in words:
self.word = word
p(word)
url = f'https://konjugator.reverso.net/konjugation-deutsch-verb-{word}.html'
lst = vgf.web_to_text2(url)
self.parse_conjugator(lst)
self.print_conj()
word2paradigm[self.word] = self.paradigm
pi.save_pickle(word2paradigm, f'{folder}word2paradigm', 1)
for x in self.word2duden[self.word]:
self.dparse[x].vparadigms = [self.paradigm]
time.sleep(2)
pi.save_pickle(self.dparse, f'{folder}duden_parsed', 1)
def temp12(self, words):
lst1 = []
for word in words:
lst = self.word2duden[word]
for x in lst:
ins = self.dparse[x]
part = ins.vparadigms[0]['Partizip II'][0]
lst2 = [x, part]
lst1.append(lst2)
to.from_lst2txt_tab_delim(lst1, f'{folder}temp12')
vgf.open_txt_file(f'{folder}temp12')
def temp13(self):
lst = to.from_txt2lst_tab_delim(f'{folder}temp12')
for obj in lst:
word = obj[0]
part = obj[1:]
if type(part) == str:
part = [part]
dct = self.dparse[word]
dct.vparadigms[0]['Partizip II'] = part
p (part)
pi.save_pickle(self.dparse, f'{folder}duden_parsed',1)
def get_pronouns(self):
self.pronouns = {
'ich ': 1,
'du ': 2,
'wir ': 1,
'ihr ': 2,
'er/sie/es ': 3,
'Sie ': 3
}
def parse_conjugator(self, lst):
for x in lst[0]:
if x.startswith('IndikativPr'):
self.parse2(x)
return
assert 0
def print_conj(self):
for x, y in self.paradigm.items():
p(x, y)
p('')
def parse_conjugator2(self):
lst1 = ['ich ', 'du ', 'er/sie/es ', 'wir ', 'ihr ', 'Sie ',
]
tpl = [
('IndikativPräsens', 1, 'Indikativ', 'Präsens'),
('Präteritum', 5, 'Indikativ', 'Präteritum'),
('Futur I', 4),
('Perfekt', 0),
('Plusquamperfekt', 0),
('Futur II', 0),
("Konjunktiv IPräsens", 6, 'Konjunktiv', 'Präsens'),
('Futur I', 4),
('Perfekt', 0),
('Konjunktiv IIFutur II', 0),
('Präteritum', 6, 'Konjunktiv', 'Präteritum'),
('Futur I', 4),
('Plusquamperfekt', 0),
('Futur II', 0),
('Imperativ Präsens', 0, 'Imperativ', 'Präsens'),
('PartizipPräsens', 2, 'Partizip I'),
('Perfekt', 2, 'Partizip II'),
('InfinitivPräsens', 2, 'yy'),
('Perfekt', 0),
('zu + Infinitiv', 2, 'Infinitiv')
]
lst2 = []
for tp in tpl:
if tp[1] in [1, 5, 6]:
lst2.append(tp)
for x in lst1:
lst2.append((x))
elif tp[1] == 2:
lst2.append(tp)
elif tp[1] in [0, 4]:
lst2.append(tp)
self.tpl = lst2
return
def parse2(self, str1):
paradigm = {}
e = 0
f = 0
doublei = 0
person = ""
lperson = "ich "
number = "Singular"
lmood = ""
ltense = ""
mood = "Indikativ"
tense = "Präsens"
lnumber = "Singular"
while f < len(self.tpl):
if f == 18:
bb = 8
obj = self.tpl[f]
if type(obj) == str:
target = obj
person = self.pronouns[target]
if target in ['ich ', 'du ', 'er/sie/es ']:
lnumber = number
number = 'Singular'
else:
lnumber = number
number = 'Plural'
kind = 3
else:
target = obj[0]
kind = obj[1]
if kind in [1, 2, 4, 5, 6]:
lmood = mood
ltense = tense
if kind in [1, 5, 2, 6]:
mood = obj[2]
if kind != 2:
tense = obj[3]
while e < len(str1):
b = len(target)
lett = str1[e:e + b]
if lett == target:
target = target.strip()
to_add = str1[:e].strip()
str1 = str1[e + b:]
if f == 43:
paradigm['infinitiv mit zu'] = [str1]
self.paradigm = paradigm
return
e = 0
if kind == 4:
bb = 8
elif kind == 1:
bb = 8
if kind in [1, 3, 4, 5]:
if f > 1:
tmood = mood
ttense = tense
if target != 'ich' or doublei:
if kind in [4, 5]:
tmood = lmood
ttense = ltense
value = f'{tmood} {lperson} {ttense} {lnumber} of {self.word}'
paradigm.setdefault(value, []).append(to_add)
if target == 'Sie':
f, doublei = self.double_ich(e, f, str1)
else:
doublei = 0
lperson = person
elif kind == 2:
if f == 39:
pass
else:
paradigm.setdefault(lmood, []).append(to_add)
f += 1
break
else:
e += 1
assert 0
return
def double_ich(self, e, f, str1):
nxt = self.tpl[f + 1][0]
while 1:
lett = str1[e:e + 4]
lett2 = str1[e:e + len(nxt)]
if lett == 'ich ':
return f - 6, 1
elif lett2 == nxt:
return f, 0
e += 1
class use_duden:
def __init__(self):
pass
def main_ud(self, word, dct, word2duden):
global failure
self.oword = word
self.duden_dct = dct
word = self.change_word(word)
url = f'https://www.duden.de/suchen/dudenonline/{self.oword}'
headers = {'User-Agent': 'Mozilla/5.0 (iPhone; CPU iPhone OS 7_1_2 like Mac OS X) '
'AppleWebKit/537.51.2 (KHTML, like Gecko) '
'Version/7.0 Mobile/11D257 Safari/9537.53'}
time.sleep(1)
self.other_words = []
self.lsts = []
b = 0
while 1:
response = requests.get(url, headers=headers)
if response.status_code == 429:
p('too many requests')
return 429
if response.status_code != 200:
b += 1
p(f'response {response.status_code}')
time.sleep(5)
else:
break
if b > 1:
return
html = response.text
self.word = word
html = html.split('\n')
l = len("rechtschreibung/")
found = 0
limit = 0
for x in html:
if 'Zum vollständigen Artikel' in x:
idx = x.index('rechtschreibung')
end = x.index('Zum vollständigen')
word1 = x[idx + l:end - 2]
if limit > 7:
break
if self.meets_conditions(word, word1):
found = 1
limit += 1
word2duden.setdefault(self.oword, []).append(word1)
p(word1)
url1 = f'https://www.duden.de/rechtschreibung/{word1}'
time.sleep(1)
b = 0
while 1:
if b > 2:
return
lst, _ = vgf.web_to_text2(url1, 'lxml', 1)
if lst:
break
else:
time.sleep(2)
b += 1
if type(lst) == list:
self.duden_dct[word1] = lst
else:
p(f'no list in {self.word}')
failure += 1
else:
self.other_words.append(word1)
if not found:
p(f'no entry for {word}')
if self.other_words:
p(f'but has {self.other_words}')
return 0
return 1
def meets_conditions(self, word, word1):
if word1 in self.duden_dct:
return 0
if self.umlaut:
i = 2
else:
i = 1
for x in range(i):
if word1 == word:
return 1
if word1.startswith(f'{word}_'):
return 1
if word1 == word.lower():
return 1
if word1.startswith(f'{word.lower()}_'):
return 1
word = self.uword
def change_word(self, word):
self.umlaut = 0
if 'ß' in word:
self.umlaut = 1
word = self.oword.replace('ß', 'sz')
self.uword = self.oword.replace('ß', 'ss')
dct = {
'Ä': 'Ae',
'Ö': 'Oe',
'Ü': "Ue",
'ä': 'ae',
'ö': 'oe',
'ü': 'ue'
}
for x, y in dct.items():
word = word.replace(x, y)
return word
class use_dwds:
def __init__(self, word):
url = f"https://www.dwds.de/wb/{word}"
url = f"https://www.duden.de/rechtschreibung/Zug_Wagenreihe_Kolonne_Kraft"
self.lst, _ = vgf.web_to_text2(url, 'html.parser', 1)
self.word = word
def transform_word(self):
lst3 = [self.word, self.word.capitalize()]
if "ss" in self.word:
lst4 = [lst3[0], lst3[1]]
for g in lst3:
lst4.append(g.replace("ss", 'ß'))
else:
lst4 = lst3
for self.word in lst4:
final = self.main_dwds()
if final:
return final
return []
def main_dwds(self):
lst = self.lst
final = []
for e, y in en(lst):
if f'Kein Eintrag zu {self.word}' in y:
return []
if 'Bedeutungsübersicht' in y:
ostr = y
idx = y.index('Bedeutungsübersicht') + 1
y = y[idx + len("Bedeutungsübersicht "):]
if 'Bedeutung' not in y:
p(f'no Bedeutung in {self.word}')
final, y = self.parse_uberblick(y)
lst3 = self.parse_bedeut(y)
final += lst3
break
elif "Bedeutung" in y and 'Schreibung' in y:
pass
elif "Bedeutung" in y and len(y) <= len("Bedeutungen"):
pass
elif 'Bedeutung' in y or 'Bedeutungen' in y:
ostr = y
if 'Bedeutungen' in y:
idx = y.index('Bedeutungen')
y = y[idx + len('Bedeutungen'):]
else:
idx = y.index('Bedeutung')
y = y[idx + len('Bedeutung'):]
final = self.parse_numbers(y, 0)
lst1 = []
for str1 in final:
b, c = self.parse_beispiel(str1)
if b:
lst1.append(c)
lst1 += b
else:
lst1.append(c)
final = lst1
break
if final:
final.insert(0, f'{self.word}')
final.insert(0, '__dwds__')
return final
def parse_uberblick(self, str1):
lst2 = ["Bedeutungen", "Bedeutung", 'Kollokationen:']
str2 = ""
str3 = ""
for x in lst2:
if x in str1:
idx = str1.index(x)
str2 = str1[:idx].strip()
str3 = str1[idx + len(x):]
str3 = str3.strip()
break
str2 = self.convert_rnum(str2)
lst = self.parse_numbers(str2)
return lst, str3
def convert_rnum(self, str2):
if bool(re.search(r'I\..+II\.', str2)):
for x in range(20, 0, -1):
rn = vgf.int2roman(x)
str2 = str2.replace(f'{rn}.', f"{x}.")