def kortoEng(self, search):
self.kortalk = []
korsentences = []
# int(self.talkcnt)+1
for t in range(600, 610):
if (t, ) in self.diffs:
continue
# 검색
sqlKorSearch = '''select korcue from Korean
where kor like '%{}%'
and talk_id = {}'''.format(search, t)
conn = f.get_conn()
cur = conn.cursor()
cur.execute(sqlKorSearch)
rows = cur.fetchall()
cur.close()
# 검색어가 없는 경우
if len(rows) == 0:
continue
# 검색어가 있는 경우
else:
for row in rows:
cue = row[0]
self.kortalk.append((t, cue))
sentence = ''
sqlkor = 'select kor from Korean where korcue between {} and {} and talk_id = {}'.format(
cue - 2, cue + 2, t)
# print(sqlss)
cur = conn.cursor()
cur.execute(sqlkor)
rows2 = cur.fetchall()
cur.close()
# print(rows2)
foresentence = ' '
lastsentence = ' '
for idx, r in enumerate(rows2):
if idx == 0:
foresentence = r
elif idx == len(rows2) - 1:
lastsentence = r
else:
sentence += (r[0] + ' ')
# print(sentence)
sentences = {
'foresentence': foresentence,
'sentence': sentence,
'lastsentence': lastsentence
}
korsentences.append(sentences)
# print("korsentences>>>>>>", korsentences)
return korsentences
def __init__(self):
# 전체 Talk의 수 구하기
conn = f.get_conn()
cur = conn.cursor()
sqltalkcnt = ''' select (@rownum := @rownum + 1) r
from Talk t, (select @rownum := 0) rn
order by r desc
limit 1; '''
sqlisdiff = 'select talk_id from Talk where diff = 0'
cur.execute(sqltalkcnt)
self.talkcnt = cur.fetchall()[0][0]
cur = conn.cursor()
cur.execute(sqlisdiff)
self.diffs = cur.fetchall()
def engtoKorequiv(self, search):
engsentences = self.engtoKor(search)
tshows = []
tags = []
lang = 'English'
n = 1
for e, engt in enumerate(self.engtalk):
strs = ''
cue = engt[1]
tid = engt[0]
# 만일 첫 문장인 경우
if cue == 1:
sqlKorSearch = '''select kor from Korean
where korcue between {} and {}
and talk_id = {}'''.format(cue, cue + 3, tid)
# 첫 문장이 아닌 경우
else:
sqlKorSearch = '''select kor from Korean
where korcue between {} and {}
and talk_id = {}'''.format(cue - 2, cue + 2, tid)
conn = f.get_conn()
cur = conn.cursor()
cur.execute(sqlKorSearch)
enrows = cur.fetchall() # tuple
cur.close()
a = []
for english in enrows:
a.append(english[0]) # eng
# 세 개의 문장을 하나의 string으로 만들기
foreresult = ' '
lastresult = ' '
for idx, i in enumerate(a):
if idx == 0:
foreresult = i
elif idx == len(a) - 1:
lastresult = i
else:
strs += i + ' '
show = {
'number': n,
'tid': tid,
'cue': cue,
'engsentences': engsentences[e]['sentence'],
'foreresult': foreresult,
'lastresult': lastresult,
'result': strs,
'lang': lang,
'foresentence': engsentences[e]['foresentence'][0],
'lastsentence': engsentences[e]['lastsentence'][0]
}
# print(show)
# return
# tags 가져오기
tagSearch = 'select tags from Talk where talk_id = {}'.format(tid)
cur = conn.cursor()
cur.execute(tagSearch)
tagrows = cur.fetchall()
cur.close()
# print("tt>>", tagrows)
show['tags'] = tagrows[0][0].split(',')
tshows.append(show)
# sort_students = sorted(students, key = lambda stu: stu.score)
# tshows.sort(reverse=True)
# dic = sorted(dic.items(), key=lambda d: d[1]['ranking'])
tshowss = sorted(tshows, key=lambda t: t['number'], reverse=True)
n += 1
print(tshowss)
return tshowss
def engtoKor(self, search):
self.engtalk = []
engsentences = []
# foresentence = []
# lastsentence = []
for t in range(600, 610):
if (t, ) in self.diffs:
continue
# 검색
s = ''
s = search[0]
# print("search>>>>>>>", search)
sqlEngSearch = '''select engcue from English
where eng regexp '([{}{}]{})'
and talk_id = {}'''.format(s.lower(), s.upper(),
search[1:], t)
conn = f.get_conn()
cur = conn.cursor()
cur.execute(sqlEngSearch)
rows = cur.fetchall()
cur.close()
# print("rows>>>>>>>>>", rows)
# 검색어가 없는 경우
if len(rows) == 0:
continue
# 검색어가 있는 경우
else:
for row in rows:
cue = row[0]
self.engtalk.append((t, cue))
sentence = ''
sqleng = 'select eng from English where engcue between {} and {} and talk_id = {}'.format(
cue - 2, cue + 2, t)
# print(sqlss)
cur = conn.cursor()
cur.execute(sqleng)
rows2 = cur.fetchall()
cur.close()
# print(rows2)
foresentence = ' '
lastsentence = ' '
for idx, r in enumerate(rows2):
if idx == 0:
foresentence = r
elif idx == len(r) - 1:
lastsentence = r
else:
sentence += (r[0] + ' ')
# print(sentence)
sentences = {
'foresentence': foresentence,
'sentence': sentence,
'lastsentence': lastsentence
}
engsentences.append(sentences)
print("engsentences>>>>>>", engsentences)
return engsentences
def kortoEngequiv(self, search):
lang = 'Korean'
korsentences = self.kortoEng(search)
tshows = []
tags = []
n = 1
# print("kkkkkkkkkkk>", self.kortalk)
for k, kort in enumerate(self.kortalk):
strs = ''
cue = kort[1]
tid = kort[0]
# 만일 첫 문장인 경우
if cue == 1:
sqlEngSearch = '''select eng from English
where engcue between {} and {}
and talk_id = {}'''.format(cue, cue + 3, tid)
# 첫 문장이 아닌 경우
else:
sqlEngSearch = '''select eng from English
where engcue between {} and {}
and talk_id = {}'''.format(cue - 2, cue + 2, tid)
conn = f.get_conn()
cur = conn.cursor()
cur.execute(sqlEngSearch)
enrows = cur.fetchall()
# print(sqlEngSearch) # tuple
cur.close()
# print("en>>>>", enrows)
a = []
for english in enrows:
a.append(english[0]) # eng
# print("aaaaaaaaaaa> ", a)
# 세 개의 문장을 하나의 string으로 만들기
foreresult = ' '
lastresult = ' '
# print("aaaaaaaaaaaaaa>", len(a))
for idx, i in enumerate(a):
if idx == 0:
foreresult = i
elif idx == len(a) - 1:
lastresult = i
else:
strs += i + ' '
# print("ffffffff>", foreresult)
# print("lllll>", lastresult)
# print("sssssssssss>", strs)
show = {
'number': n,
'tid': tid,
'cue': cue,
'korsentences': korsentences[k]['sentence'],
'foreresult': foreresult,
'lastresult': lastresult,
'result': strs,
'lang': lang,
'foresentence': korsentences[k]['foresentence'][0],
'lastsentence': korsentences[k]['lastsentence'][0]
}
# print("show>>>>>", show)
# # 세 개의 문장을 하나의 string으로 만들기
# for i in a:
# strs += i + ' '
# show = {'number' : n, 'tid' : tid, 'cue':cue, 'korsentences':korsentences[k], 'result':strs, 'isShowTags': False, 'lang':lang}
# tags 가져오기
tagSearch = 'select tags from Talk where talk_id = {}'.format(tid)
cur = conn.cursor()
cur.execute(tagSearch)
tagrows = cur.fetchall()
cur.close()
# print("tt>>", tagrows)
# for m in tagrows:
# tag = m[0]
# print("t>>>", tag)
# # 같은 talk_id를 갖고 있는 경우 tag들의 중복 append 방지
# if tag in tags:
# continue
# else:
# tags.append(tag)
# show['tags'] = tags
show['tags'] = tagrows[0][0].split(',')
# self.shows[n] = show
tshows.append(show)
n += 1
# print(tshows)
# print(n)
return tshows