def findSubsstrings(dat, seq):
k = len(seq) * 3
subst = [dat[i:i + k] for i in range(0, len(dat) - k + 1)]
strings = []
for i in subst:
j = i.replace('T', 'U')
if translate(j) == seq or translate(revComplRNA(j)) == seq:
strings.append(i)
return strings
def findSubsstrings(dat, seq):
k = len(seq) * 3
subst = [ dat[i:i+k] for i in range(0,len(dat)-k+1) ]
strings = []
for i in subst:
j = i.replace('T','U')
if translate(j) == seq or translate(revComplRNA(j)) == seq :
strings.append(i)
return strings
def translate(self, tweetObj):
lang = ['ar', 'de', 'en', 'fr', 'ru']
lang.remove(tweetObj['lang'])
tweet_lang = tweetObj['lang']
tweetObj['text_'+tweet_lang] = tweetObj['text']
for i in lang:
if not tweetObj.has_key('text_'+i):
text_to_translate = ' '.join(tweetObj['text_'+tweet_lang].split('\n'))
tweetObj['text_'+i] = translate(text_to_translate, tweet_lang, i)
elif tweetObj['text_'+i].find('TranslateApiException:') != -1:
text_to_translate = ' '.join(tweetObj['text_'+tweet_lang].split('\n'))
tweetObj['text_'+i] = translate(text_to_translate, tweet_lang, i)
def server_loop(self):
while self.SERVER_RUNNING:
self.data = self.conn.recv(self.BUFFER_SIZE)
while not self.data:
self.data = self.conn.recv(self.BUFFER_SIZE)
if '/quit' in self.data:
print 'Received terminating signal... closing server now'
self.SERVER_RUNNING = False
# Add moving robocup arm here
else:
for i in self.data.split(';'):
translate(i)
def server_loop(self):
while self.SERVER_RUNNING:
self.data = self.conn.recv(self.BUFFER_SIZE)
while not self.data:
self.data = self.conn.recv(self.BUFFER_SIZE)
if '/quit' in self.data:
print 'Received terminating signal... closing server now'
self.SERVER_RUNNING = False
# Add moving robocup arm here
else:
for i in self.data.split(';'):
translate(i)
def translate(self, tweetObj):
lang = ['ar', 'de', 'en', 'fr', 'ru']
lang.remove(tweetObj['lang'])
tweet_lang = tweetObj['lang']
tweetObj['text_' + tweet_lang] = tweetObj['text']
for i in lang:
if not tweetObj.has_key('text_' + i):
text_to_translate = ' '.join(tweetObj['text_' +
tweet_lang].split('\n'))
tweetObj['text_' + i] = translate(text_to_translate,
tweet_lang, i)
elif tweetObj['text_' + i].find('TranslateApiException:') != -1:
text_to_translate = ' '.join(tweetObj['text_' +
tweet_lang].split('\n'))
tweetObj['text_' + i] = translate(text_to_translate,
tweet_lang, i)
def respond():
textToTranslate = request.args.get("textToTranslate", None)
destinationLanguage = request.args.get("translateTo", None)
translationObject = translate(textToTranslate, destinationLanguage)
translationResult = translationObject.translateWords()
response = {}
response["Translation"] = f"{translationResult}"
return jsonify(response)
def action_detection(action):
print(action)
if action == "weather-search":
spotifycontrol("暫停","")
location = format(response.query_result.parameters['Taiwan-city'])
date = format(response.query_result.parameters['date'])
print(date)
if date == "":
weather_current(location)
else:
weather_forecast(date,location)
elif action == "music-play":
music_action = format(response.query_result.parameters['music-action'])
music_category= format(response.query_result.parameters['music-category'])
music_artist = format(response.query_result.parameters['music-artist'])
if music_action == "播放":
if music_category == "" and music_artist == "":
music_category_null = ""
spotifycontrol(music_action,music_category_null)
elif music_artist == "":
spotifycontrol("搜尋播放清單",music_category)
elif music_category == "":
spotifycontrol("搜尋歌手",music_artist)
else:
spotifycontrol(music_action,music_category)
elif action == "news-broadcast":
spotifycontrol("暫停","")
new_action = format(response.query_result.parameters['news-action'])
new_category = format(response.query_result.parameters['news-category'])
if new_category == "頭條":
post("頭條")
else:
print("我不懂")
elif action == "translater"
translate_action = format(response.query_result.parameters['translate-action'])
translate_language = format(response.query_result.parameters['translate-language1'])
translate(translate_language)
elif action == "input.unknown":
speak("我不懂","zh-tw")
def process(mp4_file= "tests/trudeau", input_lang= "fr",target_lang="en"):
transcript = transcribe((mp4_file+".mp4"), mp4_file+".txt", addDialect(input_lang))
#transcript = transcribe((mp4_file+".mp4"), "tests/translated", addDialect(input_lang))
translated_script = translate(transcript, target_lang)
print(translated_script)
mp3_translated_name = mp4_file+"_translated.mp3"
speak(translated_script, addDialect(target_lang), mp3_translated_name)
ogFile = mp4_file+".mp4"
#subprocess.call("./dub.sh ogFile mp3_translated_name")
subprocess.check_call(['./dub.sh', ogFile, mp3_translated_name])
def load_file(self, filename):
'''
reads in file, translating line by line,
storing back into self.file_strings
'''
with open(filename, "r") as file:
for line in file:
if len(line.strip()) == 0: continue
new_line, l_space = File.strip_spaces(line)
new_line = new_line.strip()
trans_lines = translate(new_line)
if not trans_lines: continue
for trans in trans_lines:
trans = File.add_spaces(trans, l_space)
self.translated += trans + "\n"
def useTranslateComponent(text):
import translate
# import sys
# import locale
# from_lang = 'en'
# to_lang = 'zh'
# translator = translate.Translator(from_lang,to_lang)
# translation = translator.translate(text)
# if sys.version_info.major == 2:
# translation =translation.encode(locale.getpreferredencoding())
# return translation
import os
from dae.utils import get_conf
conf = get_conf()
toLang = conf['toLang']
# translation = os.popen(cmd + " '" + text + "'").readlines()[0]
from mtranslate import translate
translation = translate(text, toLang)
return translation
def addPreference(usernameIN, cityIN):
city = translate(cityIN)
mycursor.execute("SELECT username FROM users")
usernameResults = mycursor.fetchall()
exists = False
for x in usernameResults:
if usernameIN == x[0]:
exists = True
if exists == True:
try:
cityAirport = skyScannerAirportFinderCity(city)[0]
sql = "INSERT INTO preferences (username, preference, city) VALUES (%s, %s, %s)"
val = (usernameIN, cityAirport, city)
mycursor.execute(sql, val)
database.commit()
print("User", usernameIN, "added to database his prefered city:",
city, "and airport", cityAirport)
except:
print("There is no airport available for this city")
else:
print("User does not exist in database")
def translate_filter(key, value, _format, _):
if key not in ['Space', 'Str']:
debug(key, value)
try:
cls = getattr(pandocfilters, key)
except AttributeError:
return
if key == 'Para' and value:
marker = value[0].get('c')
if isinstance(marker,
str) and marker.startswith('!!!') and len(value) > 2:
# Admonition case
if marker != '!!!':
# Lost space after !!! case
value.insert(1, pandocfilters.Str(marker[3:]))
value.insert(1, pandocfilters.Space())
value[0]['c'] = '!!!'
admonition_value = []
remaining_para_value = []
in_admonition = True
for item in value:
if in_admonition:
if item.get('t') == 'SoftBreak':
in_admonition = False
else:
admonition_value.append(item)
else:
remaining_para_value.append(item)
break_value = [
pandocfilters.LineBreak(),
pandocfilters.Str(' ' * 4)
]
if admonition_value[-1].get('t') == 'Quoted':
text = process_sentence(admonition_value[-1]['c'][-1])
text[0]['c'] = '"' + text[0]['c']
text[-1]['c'] = text[-1]['c'] + '"'
admonition_value.pop(-1)
admonition_value += text
else:
text = admonition_value[-1].get('c')
if text:
text = translate(text[0].upper() + text[1:])
admonition_value.append(pandocfilters.Space())
admonition_value.append(pandocfilters.Str(f'"{text}"'))
return cls(admonition_value + break_value +
process_sentence(remaining_para_value))
else:
return cls(process_sentence(value))
elif key == 'Plain' or key == 'Strong' or key == 'Emph':
return cls(process_sentence(value))
elif key == 'Link':
try:
# Plain links case
if value[2][0] == value[1][0].get('c'):
return pandocfilters.Str(value[2][0])
except IndexError:
pass
value[1] = process_sentence(value[1])
return cls(*value)
elif key == 'Header':
# TODO: title case header in en
if '_' not in value[1][0]: # Preserve some manually specified anchors
value[1][0] = slugify.slugify(value[1][0],
separator='-',
word_boundary=True,
save_order=True)
value[2] = process_sentence(value[2])
return cls(*value)
elif key == 'SoftBreak':
return pandocfilters.LineBreak()
return
#coding=utf8
from translate import *
with open('chinese.csv') as f:
with open('trainingData.csv', 'w') as f_res:
all_string = f.readlines()
cnt = 0
for s in all_string:
cnt += 1
if cnt == 1:
continue
s = s.strip().split(',')
s_res = []
for i in range(len(s)):
item = s[i]
#item = eval("'"+item+"'")
print(item)
res = translate(item)[0]
res = res.replace(',', ' ')
s_res.append(res)
print(res)
s_res = ','.join(s_res)
f_res.write(s_res + '\n')
#res = translate(q='笑死本宝宝了')
#print(res)
answer_greetings_mood = ["Привет. Пойдет. Как у тебя?", "Здравствуй. Хорошо. Как у тебя?", "Приветствую. Нормально. Как у тебя?", "Здарова. Неплохо. Как у тебя?", "Здравствуйте. Все отлично. Как у вас?"]
answer_mood = ["Замечательно, спасибо!!", "Хорошо. Как у тебя дела?", "Все нормально. Как у вас?", "Все отлично. Как у тебя?", "Пойдет. А у тебя?"]
answer_philosophy = ['42']
answer_action = ['Разговариваю с тобой', 'Существую', 'Тихо жду здесь пока у меня что-то спросят']
answer_status_good = ['Рада слышать', 'Круто', 'Отлично!', 'Я очень рада :)']
command = '1'
while True:
command = input('Введите команду(-1 чтобы закончить разговор): ')
if command == '-1':
break
predicted_class = classify(command)
if(predicted_class == 'weather'):
print(get_weather(command))
elif(predicted_class == 'greetings'):
print(answer[random.randint(0,(len(answer)-1))])
elif(predicted_class == 'greetings_mood'):
print(answer_greetings_mood[random.randint(0,(len(answer_greetings_mood)-1))])
elif(predicted_class == 'mood'):
print (answer_mood[random.randint(0,(len(answer_mood)-1))])
elif(predicted_class == 'philosophy'):
print(answer_philosophy[0])
elif(predicted_class == 'action'):
print (answer_action[random.randint(0,(len(answer_action)-1))])
elif(predicted_class == 'status_good'):
print (answer_status_good[random.randint(0,(len(answer_status_good)-1))])
elif(predicted_class == 'translate'):
print(translate(command))
else:
print('Извините, я вас не понимаю, но я учусь :3')
#!/usr/bin/env python
from word_info import to_word, to_id
from translate import *
with open("sample_words") as ff:
ws = translate(ff.read()).split()
print(ws)
ws = [e for e in ws if e in to_id]
ids = [to_id[e] for e in ws]
print(ws)
while len(ids) < 1000:
ids += ids
with open("reduced_sample", "w") as rd:
#print(len(ws), file=rd)
print('\n'.join("-1 "+str(each) for each in ids), file=rd)
def translate_filter(key, value, _format, _):
if key not in ['Space', 'Str']:
debug(key, value)
try:
cls = getattr(pandocfilters, key)
except AttributeError:
return
if key == 'Para' and value:
marker = value[0].get('c')
if isinstance(marker,
str) and marker.startswith('!!!') and len(value) > 2:
# Admonition case
if marker != '!!!':
# Lost space after !!! case
value.insert(1, pandocfilters.Str(marker[3:]))
value.insert(1, pandocfilters.Space())
value[0]['c'] = '!!!'
admonition_value = []
remaining_para_value = []
in_admonition = True
for item in value:
if in_admonition:
if item.get('t') == 'SoftBreak':
in_admonition = False
else:
admonition_value.append(item)
else:
remaining_para_value.append(item)
break_value = [
pandocfilters.LineBreak(),
pandocfilters.Str(' ' * 4)
]
if admonition_value[-1].get('t') == 'Quoted':
text = process_sentence(admonition_value[-1]['c'][-1])
text[0]['c'] = '"' + text[0]['c']
text[-1]['c'] = text[-1]['c'] + '"'
admonition_value.pop(-1)
admonition_value += text
else:
text = admonition_value[-1].get('c')
if text:
text = translate(text[0].upper() + text[1:])
admonition_value.append(pandocfilters.Space())
admonition_value.append(pandocfilters.Str(f'"{text}"'))
return cls(admonition_value + break_value +
process_sentence(remaining_para_value))
else:
return cls(process_sentence(value))
elif key == 'Plain' or key == 'Strong' or key == 'Emph':
return cls(process_sentence(value))
elif key == 'Link':
try:
# Plain links case
if value[2][0] == value[1][0].get('c'):
return pandocfilters.Str(value[2][0])
except IndexError:
pass
value[1] = process_sentence(value[1])
href = value[2][0]
if not (href.startswith('http') or href.startswith('#')):
anchor = None
attempts = 10
if '#' in href:
href, anchor = href.split('#', 1)
if href.endswith('.md') and not href.startswith('/'):
parts = [
part for part in os.environ['INPUT'].split('/')
if len(part) == 2
]
lang = parts[-1]
script_path = os.path.dirname(__file__)
base_path = os.path.abspath(f'{script_path}/../../{lang}')
href = os.path.join(
os.path.relpath(base_path,
os.path.dirname(os.environ['INPUT'])),
os.path.relpath(href, base_path))
if anchor:
href = f'{href}#{anchor}'
value[2][0] = href
return cls(*value)
elif key == 'Header':
if value[1][0].islower() and '_' not in value[1][
0]: # Preserve some manually specified anchors
value[1][0] = slugify.slugify(value[1][0],
separator='-',
word_boundary=True,
save_order=True)
# TODO: title case header in en
value[2] = process_sentence(value[2], is_header=True)
return cls(*value)
elif key == 'SoftBreak':
return pandocfilters.LineBreak()
return
from speech import speech
from spotify_playback_control import *
from weather import getweather
from translate import *
from News import *
temp_status = False
if playing_status() == True:
temp_status = playing_status()
spotifycontrol("暫停")
command = speech("嗨!", 2, 1)
if command == "音樂":
subcommand = speech("請輸入指令:", 2, 2)
if temp_status == True:
resume()
spotifycontrol(subcommand)
elif command == "翻譯":
translate(speech('請選擇要翻譯的語言', 2, 3), speech('正在翻譯...', 2, 2))
if temp_status == True:
resume()
elif command == "天氣":
getweather()
if temp_status == True:
resume()
elif command == "新聞":
post(speech('請選擇搜尋方式', 2, 2))
if temp_status == True:
resume()
else:
print("...")
#!/usr/bin/python
from compiler.ast import *
import compiler
import sys
import string
from python_ast import *
from translate import *
from my_parser import *
debug = False
if (len(sys.argv) > 2):
if (sys.argv[2] == '-debug'):
debug = True
myfile = sys.argv[1]
ast = my_parser().parseFile(myfile)
# ast = compiler.parseFile(myfile)
flatAST = python_ast().flatten(ast)
x86code = translate(flatAST)
# save the generated assembly code to FILENAME.s
basename = myfile[:len(myfile) - 3]
file = open(basename + ".s", "w")
file.write(x86code.get_generated_code())
file.close()
#!/usr/bin/python
from compiler.ast import *
import compiler
import sys
import string
from python_ast import *
from translate import *
from my_parser import *
debug = False
if(len(sys.argv) > 2):
if(sys.argv[2] == '-debug'):
debug = True
myfile = sys.argv[1]
ast = my_parser().parseFile(myfile)
# ast = compiler.parseFile(myfile)
flatAST = python_ast().flatten(ast)
x86code = translate(flatAST)
# save the generated assembly code to FILENAME.s
basename = myfile[:len(myfile)-3]
file = open(basename+".s","w")
file.write(x86code.get_generated_code())
file.close()
"""
The entry point for the entire program
"""
import sys
import pprint
from translate import *
from helper import *
from constants import *
if ARGC > 1:
## Contains the filename (first argument)
FILENAME = sys.argv[1]
translate(FILENAME)
else:
pass
