def main():
rules = loadrules("pokemon.yaml")
trees = []
trees.append(Tree("(S let me show you my Pokémon)"))
trees.append(Tree("(S let me show you my cats)"))
for tree in trees:
translate(tree, rules)
def makeMutantFromSequence(target_protein_seq, base_dna_seq): codons = [x for x in translate.codons(base_dna_seq)] base_prot_seq = translate.translate(base_dna_seq) assert len(base_prot_seq) == len(target_protein_seq) mutant_dna_seq = '' for (i, aa) in enumerate(target_protein_seq): if aa == base_prot_seq[i]: mutant_dna_seq += codons[i] else: mutant_dna_seq += translate.randomReverseTranslate(aa) assert translate.translate(mutant_dna_seq) == target_protein_seq return mutant_dna_seq
def main():
rules = loadrules("german.yaml")
trees = []
## I like eating / Ich esse gern
trees.append(Tree("(S (NP (PRP I)) (VP (VB like) (VBG eating)))"))
## I am hungry / Ich habe Hunger
trees.append(Tree("(S (NP (PRP I)) (VP (VB am) (JJ hungry)))"))
for tree in trees:
translate(tree, rules)
def test_ende(self):
with open('en-de/in', 'r', encoding='utf-8') as in_file, \
open('en-de/out', 'w', encoding='utf-8') as out_file:
os.chdir('models/en-de/')
settings = TranslationSettings()
settings.input = in_file
settings.output = out_file
settings.models = ["model.npz"]
settings.beam_size = 12
settings.normalization_alpha = 1.0
translate(settings=settings)
os.chdir('../..')
self.outputEqual('en-de/ref2','en-de/out')
def process(msg):
if msg.startswith('#') or msg.startswith('＃'):
pass
elif msg == u'新生指南':
return freshman.get_guidance(), "news"
elif msg == u'新闻' or msg == u'体育' or msg == u'体育新闻':
return news.getNews(msg), "news"
elif isinstance(msg, type('string')):
msg = msg.lower()
msg = msg.strip()
if msg == 'bbc world' or msg == 'bbc china' or msg == 'bbc' or msg == 'nba':
return news.getNews(msg), "news"
else:
return translate.translate(msg), "text"
#elif msg == u'新闻':
# return news_info, "text"
elif msg == u'校车' or msg == u'明天校车':
return xiaoche.get_timetable(msg), "text"
elif msg == u'摆渡车':
return ferrybus.get_timetable(msg), "text"
elif msg == u'环一' or msg == u'环1':
return huanyi.get_timetable(), "text"
elif msg == u'天气':
return weather.weather(), "text"
elif msg == u'空气':
return weather.get_airquality(), "text"
elif re.match(u"发状态", msg):
if msg[3:]:
return renren.renren_status(msg[3:]), "text"
else:
return u"请输入状态内容", "text"
else:
return u"无法处理请求，请查看使用说明\n" + help_info + report_info, "text"
def translateExamples(inputDir, outputDir, targetsDir, includedTargets=None):
# Load all target dictionaries
targets = []
for target in os.listdir(targetsDir):
# Ignore targets not in includedTargets
if includedTargets and not os.path.basename(target).split(".")[0] in includedTargets:
continue
with open(os.path.join(targetsDir, target)) as tFile:
targets.append(json.load(tFile))
# Translate each example
for f in os.listdir(inputDir):
# Ignore hidden files
if f[0] == ".":
continue
# Parse the example file
with open(os.path.join(inputDir,f), 'r') as file:
ast = parse(file.read(), f)
basename = f[:-len(".sg")]
# Translate ast to each target language
for target in targets:
translation = translate(ast, targetDict=target)
directory = os.path.join(outputDir, target["OutputDirectoryName"])
extension = target["FileExtension"]
# Create directory if it does not exist
if not os.path.exists(directory):
os.makedirs(directory)
# Write translation
with open(os.path.join(directory, basename + extension), "w") as nf:
nf.write(translation)
def test004(self):
"""translation with problems"""
s = "ATGCatTCTNNNTAAAGA"
# print translate.translate(s)
self.assertTrue(translate.translate(s) is None)
# print translate.translateRaw(s,bad_aa='@')
self.assertTrue(translate.translateRaw(s, bad_aa="@") == "MHS@*R")
def test008(self):
"""zero-length nucleotides"""
s = ""
c = [cod for cod in translate.codons(s)]
self.assertTrue(len(c) == 0)
self.assertTrue(translate.translate(s) == "")
self.assertTrue(translate.translateRaw(s) == "")
def detectPrintMessage(pktlen, data, timestamp):
# Magical numbers and structure taken from original Dota 2 Translator
if not data:
return
if data[12:14]=='\x08\x00':
decoded = decode_ip_packet(data[14:])
data = decoded['data']
identifierLength = len(ALL_CHAT_IDENTIFIER) + 2
chatFound = str.find(data, ALL_CHAT_IDENTIFIER)
type = 0
# If no all chat found
if (chatFound == -1):
identifierLength = len(TEAM_CHAT_IDENTIFIER) + 2
chatFound = str.find(data, TEAM_CHAT_IDENTIFIER)
type = 1
# If either all or team chat message found
if (chatFound != -1):
indexName = chatFound + identifierLength
lengthName = ord(data[indexName - 1]) # Get the ascii-value
indexMessage = indexName + lengthName + 2
lengthMessage = ord(data[indexMessage - 1]) # Get the ascii-value
name = data[indexName:indexName+lengthName]
message = data[indexMessage:indexMessage+lengthMessage]
# "Terneray operator"~ish
print "[Allies] " if (type==1) else "", name, ": ", message, " => ", translate.translate(message)
def main():
"""
Stages
1. Setup stuff from arguments
2. Ignore certain lines of code.
3. Add necessary includes and main function.
4. Actual translation.
"""
args = get_args()
if not error_check_python(args.file):
return 1
elif args.ast_tree:
translate.prettyparseprintfile(args.file)
return 0
translated_code = translate.translate(
args.file, indent_size=args.indent_size)
if args.compile_check:
return 0 if error_check_c(translated_code) else 2
elif args.execute:
return 0 if error_check_c(translated_code, True) else 2
elif args.memory_check:
return memory_check(translated_code)
else:
print(translated_code)
return 0
def run(args):
if args.input_file:
with open(args.input_file, "r") as input_file:
source = input_file.read()
else:
import sys
source = sys.stdin.read()
if args.assemble:
with open(args.output, "w") as binout:
write_binary(parse_instructions(source), binout)
else:
tree = parse(preprocess(source))
if args.print_ast:
print_tree(tree)
if not tree:
return
instructions = link(*translate(tree))
if args.print_assembly:
print_instructions(instructions)
with open(args.output, "w") as binout:
write_binary(instructions, binout)
def process_translate(i, words):
from_language = "en"
into_language = "en"
for j,graph in enumerate(words):
if graph == "from":
from_language = words[j+1]
if graph =="into":
into_language = words[j+1]
if from_language in rev_lang_dict and into_language in rev_lang_dict:
espeak("translate from " + from_language + " into " + into_language)
espeak("say the phrase: ")
hypos = continuous_listen.listen(from_language)
if len(hypos) > 0 and type(hypos) is not str:
confidence, speech = hypos[0]['confidence'], str(hypos[0]['utterance'])
espeak("translating ")
espeak(speech, language_dict[from_language])
espeak("into " + into_language)
translation = translate.translate(sentence, language_dict[into_language])
espeak(translation, language_dict[into_language])
else:
espeak("input not understood")
else:
espeak("language is not supported")
def shindan(bot, trigger):
"""
.shindan <id> [name] - Do the shindanmaker thing! Will automatically translate japanese shindans to english. (Waifu id: 215100 | Teh_Colt's Drama Gen id: 490953)
"""
if not trigger.group(3) or not trigger.group(3).isdigit() or int(trigger.group(3).strip()) < 2000:
bot.say('You must specify a shindanmaker ID (Waifu id: 215100 | Teh_Colt\'s Drama Gen id: 490953)')
return
name = trigger.nick
if (trigger.group(4)):
name = trigger.group(4)
data = web.urlencode({'u': name, 'from': ''}).encode('ascii')
url = follow_redirects('http://en.shindanmaker.com/'+trigger.group(3).strip())
try:
soup = get_soup(web.post(url, data))
shindan = soup.find(attrs={'class':re.compile("result")})
if 'en' in url:
bot.say(shindan.text.strip())
else:
msg, in_lang = translate.translate(shindan.text.strip())
if in_lang == 'ja':
in_lang = 'Japanese'
bot.say('%s (Translated from %s)' % (msg, in_lang))
except Exception as e:
bot.say('418 I\'m a teapot')
def createAlgsList(self):
# First we populate the list of algorithms with those created
# extending GeoAlgorithm directly (those that execute GDAL
# using the console)
self.preloadedAlgs = [nearblack(), information(), warp(), translate(),
rgb2pct(), pct2rgb(), merge(), buildvrt(), polygonize(), gdaladdo(),
ClipByExtent(), ClipByMask(), contour(), rasterize(), proximity(),
sieve(), fillnodata(), ExtractProjection(), gdal2xyz(),
hillshade(), slope(), aspect(), tri(), tpi(), roughness(),
ColorRelief(), GridInvDist(), GridAverage(), GridNearest(),
GridDataMetrics(), gdaltindex(), gdalcalc(), rasterize_over(),
# ----- OGR tools -----
OgrInfo(), Ogr2Ogr(), Ogr2OgrClip(), Ogr2OgrClipExtent(),
Ogr2OgrToPostGis(), Ogr2OgrToPostGisList(), Ogr2OgrPointsOnLines(),
Ogr2OgrBuffer(), Ogr2OgrDissolve(), Ogr2OgrOneSideBuffer(),
Ogr2OgrTableToPostGisList(), OgrSql(),
]
# And then we add those that are created as python scripts
folder = self.scriptsFolder()
if os.path.exists(folder):
for descriptionFile in os.listdir(folder):
if descriptionFile.endswith('py'):
try:
fullpath = os.path.join(self.scriptsFolder(),
descriptionFile)
alg = GdalScriptAlgorithm(fullpath)
self.preloadedAlgs.append(alg)
except WrongScriptException as e:
ProcessingLog.addToLog(ProcessingLog.LOG_ERROR, e.msg)
def main(connection, info, args):
"""Translates using google translate"""
connection.msg(
info["channel"],
'%s: "%s"'
% (info["sender"], partfilter(translate.translate(args[1], args[2], " ".join(args[3:])).encode("utf-8"))),
)
def verifyWeak():
for (eng, ita) in StrongVerificationCases:
for e in eng:
translation = translate("Eng", "Ita", e)
if (not list_subset(translation, ita)):
print "Source: %s" % e
print "Expected: %s" % ita
print "Actual: %s" % translation
raise AssertionError ("Failed test case")
for i in ita:
translation = translate("Ita", "Eng", i)
if (not list_subset(translation, eng)):
print "Source: %s" % i
print "Expected: %s" % eng
print "Actual: %s" % translation
raise AssertionError ("Failed test case")
def test009(self):
"""odd-length coding sequence"""
s = "TCTCGTAAGTACGCAGC"
c = [cod for cod in translate.codons(s)]
self.assertTrue(len(c) == 5)
self.assertTrue(c[-1] == "GCA")
self.assertTrue(translate.translate(s) is None)
self.assertTrue(translate.translateRaw(s) == "SRKYA")
def y_translate(text, langc="zh-CN"):
# http://api.yandex.com/translate/
from yandex_translate import YandexTranslate
translate = YandexTranslate('Your API key here.')
## print('Languages:', translate.langs)
## print('Translate directions:', translate.directions)
## print('Detect language:', translate.detect('Привет, мир!'))
## print('Translate:', translate.translate('Привет, мир!', 'ru-en'))
return translate.translate(text, langc)
def test001(self):
"""reverse translate"""
N = 1000
aas = "ACDEFGHIKLMNPQRSTVWY"
for i in range(N):
prot = "".join([random.choice(aas) for xi in range(100)])
gene = translate.reverseTranslate(prot)
newprot = translate.translate(gene)
self.assertTrue(prot == newprot)
def push(uuid, text="", lang=""):
user = state.SW[uuid]
other = state.SW[user.other]
translated = translate.translate(text, user.lang, other.lang)
other.queue.put(translated)
if lang:
user.lang = lang
return translated, "text/plain"
def construct_language(language):
print('Getting words')
foreign_words = get_words(language)
print('Translating words')
translate_dict = translate(foreign_words, language)
print('Getting English synonyms')
full_dict = construct_synonyms(translate_dict)
print('Saving language')
save_as_text_file(full_dict, language)
return full_dict
def main():
from lexer import lexer
from mlparser import parser
from translate import translate
from pprint import pprint
with open('fizzbuzz.mil') as f:
src = f.read()
tokens = lexer(src)
ast = parser(tokens)
code = translate(ast, ())
run(code)
def createAlgsList(self):
# First we populate the list of algorithms with those created
# extending GeoAlgorithm directly (those that execute GDAL
# using the console)
self.preloadedAlgs = [
nearblack(),
information(),
warp(),
translate(),
rgb2pct(),
pct2rgb(),
merge(),
buildvrt(),
polygonize(),
gdaladdo(),
ClipByExtent(),
ClipByMask(),
contour(),
rasterize(),
proximity(),
sieve(),
fillnodata(),
ExtractProjection(),
gdal2xyz(),
hillshade(),
slope(),
aspect(),
tri(),
tpi(),
roughness(),
ColorRelief(),
GridInvDist(),
GridAverage(),
GridNearest(),
GridDataMetrics(),
gdaltindex(),
gdalcalc(),
rasterize_over(),
retile(),
gdal2tiles(),
# ----- OGR tools -----
OgrInfo(),
Ogr2Ogr(),
Ogr2OgrClip(),
Ogr2OgrClipExtent(),
Ogr2OgrToPostGis(),
Ogr2OgrToPostGisList(),
Ogr2OgrPointsOnLines(),
Ogr2OgrBuffer(),
Ogr2OgrDissolve(),
Ogr2OgrOneSideBuffer(),
Ogr2OgrTableToPostGisList(),
OgrSql(),
]
def main():
nonSemiEI = eC.NonSemiEngToIta
semiEI = eC.SemiEngToIta
nonSemiIE = eC.NonSemiItaToEng
semiIE = eC.SemiItaToEng
## System ##
sysEI = lambda x : tr.translate("Eng", "Ita", x)
persistResults(sysEI, nonSemiEI, "Results/System/NonSemiEngToIta.txt")
persistResults(sysEI, semiEI, "Results/System/SemiEngToIta.txt")
sysIE = lambda x : tr.translate("Ita", "Eng", x)
persistResults(sysIE, nonSemiIE, "Results/System/NonSemiItaToEng.txt")
persistResults(sysIE, semiIE, "Results/System/SemiItaToEng.txt")
## Baseline ##
baseEI = lambda x : bT.translate("Eng", "Ita", x)
persistResults(baseEI, nonSemiEI, "Results/Baseline/NonSemiEngToIta.txt")
persistResults(baseEI, semiEI, "Results/Baseline/SemiEngToIta.txt")
baseIE = lambda x : bT.translate("Ita", "Eng", x)
persistResults(baseIE, nonSemiIE, "Results/Baseline/NonSemiItaToEng.txt")
persistResults(baseIE, semiIE, "Results/Baseline/SemiItaToEng.txt")
def convert_example(self, fname, target, extension):
source_path = self.resolve_path(fname)[1]
target_path = "%s/targets/%s.json" % (PATH_TO_SHOGUN_META, target)
destination_path = self.resolve_path(fname+'.'+extension)[1]
with open(source_path, 'r') as source, \
open(target_path, 'r') as translator, \
open(destination_path,'w') as destination:
ast = parse.parse(source.read(), source_path)
language = json.load(translator)
translated = translate.translate(ast, language)
destination.write(translated)
def test_success(self):
execute_result = {'translations': [{'translatedText':'hello how are&you'}]}
mock_client = Mock()
mock1 = Mock()
mock0 = Mock()
mock1.execute.return_value = execute_result
mock0.list.return_value = mock1
mock_client.translations.return_value = mock0
translated = translate.translate(mock_client, "", "", "")
self.assertEqual(translated, "hello how are&you")
def test_translate_two_args(self):
"""Test translate on a function with one argument value, no return
value, no preconditions, and no postconditions.
"""
with open('./test/add_function.py') as f:
source = f.read()
actual = translate.translate(source)
with open('./test/add_function.py.dafny') as f:
expected = f.read()
self.assertEqual(actual, expected)
def translateReview(token, original):
"""
Translating the review into hindi.
:param token: the token to be used for translation
:param original: the original review text in English
:return: the review in Hindi
"""
language = constant.lang
try:
hindiReview = translate.translate(token, original, language)
return hindiReview
except:
print 'Error!'
return 'Error in translation. Please edit manually, if needed'
def translate_local(text, from_lang="zh", to_lang=None, max_nb_lines=None):
u'''Translate to a different language.
Eg: '你好' becomes 'Hello'
Only installed dictionaries can be used.
'''
if "zh" != from_lang:
return "(translation from languages other than Chinese : not available yet.)"
text = translate_module.translate(text)
if max_nb_lines:
regex=""
while max_nb_lines>0:
regex += ".*?<br/?>"
max_nb_lines -= 1
text = re.sub("(^"+regex+").*", r"\1", text, flags=re.I)
return text
def get_hit_regions_new(seq_file,hmmProfile):
seq = SeqIO.read(seq_file,'fasta')
global_length = len(seq.seq.tostring())
seqs = translate(seq)
hmm_out_file = '%s.out'%seq_file.split('.')[0]
all_translated = '%s_6f.faa'%seq_file.split('.')[0]
SeqIO.write(seqs,open(all_translated,'w'),'fasta')
sp.call(['hmmsearch','--domtblout',hmm_out_file,hmmProfile.file_path,all_translated],stdout=sp.PIPE)
hits = parse_domains(hmm_out_file, seqs, global_length)
os.remove(hmm_out_file)
os.remove(all_translated)
return hits
continue
test_cates.append(train_dataset.app_cate_dict[terms[0]])
test_rates.append(terms[1])
test_src_texts.append(terms[4])
test_tgt_texts.append(terms[5])
test_rate_sents = [train_dataset.rate_vocab.token2id[i] for i in test_rates]
test_cate_sents = [train_dataset.cate_vocab.token2id[i] for i in test_cates]
test_senti_sents = [train_dataset.senti_vocab.token2id[i] for i in test_sentis]
# test_src_texts = [line.split('***')[4] for line in test_fr.readlines()]
# test_tgt_texts = [ for line in test_fr.readlines()]
print(len(test_src_texts), len(test_tgt_texts))
out_texts = []
for idx, src_text in tqdm(enumerate(test_src_texts)):
_, out_text, _ = translate(src_text.strip(), test_rate_sents[idx], test_cate_sents[idx], test_senti_sents[idx], train_dataset, encoder, decoder, max_seq_len=opts.max_seq_len)
out_texts.append(src_text.strip() + '***' +test_tgt_texts[idx].strip() +'***' +out_text+'\n')
# if idx%100 == 0:
# print("already translate to %d th sentence." % idx)
# print("> %s" % src_text)
# print("= %s" % test_tgt_texts[idx])
# print("< %s" % out_text)
# if idx == 10:
# break
from parameter import checkpoint_path
fw_name = checkpoint_path.split('/')
dir_name = os.path.join('/research/lyu1/cygao/workspace/data', 'pred', fw_name[-2])
if not os.path.exists(dir_name):
os.makedirs(dir_name)
with open(os.path.join(dir_name, fw_name[-1].strip('.pt')), 'w') as f:
# If word exists in HSWN
if HSWN.searchHSWN(word) != 'NF':
wordPol = HSWN.searchHSWN(word)
####### HANDLE MULTIPLIER
wordPol = wordPol * mult
totalPol += wordPol
# If word not in HSWN
else:
#print 'yes'
#pass
if typ in ['NN', 'VB', 'JJ', 'RB']:
inEn = translate.translate(word)
pol = moduleeng.polarity(inEn, typ)
if pol != 'NF':
totalPol += pol
print 'yes'
writeDoc.write(str(sno) + ',')
if totalPol > 0.1:
writeDoc.write('1\n')
elif totalPol < -0.1:
writeDoc.write('-1\n')
else:
writeDoc.write('0\n')
sno += 1
from flask import Flask, request
from predict import predicter
import json
from flask_cors import CORS
import pandas as pd
from translate import translate
from treatment import csv2str
df = pd.read_csv('./treatment.csv')
doctor = csv2str(df)
app = Flask(__name__)
CORS(app)
fromLang = 'zh'
toLang = 'en'
cols = ['symptoms', 'causes', 'treatment']
translator = translate()
handler = predicter(translator)
with open('./stopwords.txt', encoding='utf8') as f:
stopW = f.read().split('\n') # filt(f1.read())
@app.route('/diagnosis', methods=['POST'])
def diagnosis():
symptom = request.form['symptom_discription']
res = handler.go(symptom, fromLang, toLang)
doctor_advice = doctor.go(cols, res[0])
doctor_advice = translator.go(sentence="$".join(doctor_advice),
fromLang='en',
toLang='zh').split('$')
return json.dumps(
{
'status': 'success',
from dictionary import list_definitions
from exceptions import DictionaryException, TranslateException, ApiException
from translate import translate
if __name__ == "__main__":
if not sys.argv[1:]:
while True:
try:
text = input("""Select the option you like to run:
1) Find definitions
2) Translate\n""")
if text == "1":
list_definitions()
break
elif text == "2":
print(translate())
break
else:
print("Invalid option. Please try again.")
except (DictionaryException, TranslateException) as e:
print(e.message)
except ApiException:
print(
"There was an error with the API call, please fix it ASAP!"
)
raise
except KeyboardInterrupt:
print("\nGoodbye!")
break
def tarjima(message):
msg = message.text
tarjimonbot.reply_to(message, translate(msg))
origin ='es'
translation = 'en'
if __name__ == '__main__':
multiprocessing.freeze_support()
x= sb.subtitles()
audio, rate = x.getaudio(source)
del x
file_name = os.path.basename(os.path.splitext(source)[0])
print(file_name)
path = os.path.splitext(source)[0]+''
if not os.path.exists(path):
os.makedirs(path)
shutil.copy(audio, path+'\\'+file_name+'.wav')
y= sp.splitfiles(path,file_name+'.wav')
del y
x= sb.subtitles()
audio, rate = x.getaudio(path+'\\'+file_name+'\\vocals.wav')
#winsound.PlaySound(audio, winsound.SND_FILENAME)
x.generate_subtitles(path,origin,0,audio_filename=audio,audio_rate=rate,name=file_name)
del x
print('\n')
tr.translate(translation,os.path.splitext(path+'\\'+file_name)[0],origin)
def compile(pyPattern):
jsStrPattern, jsTokens, jsFlags, named_groups = translate(pyPattern)
return PyRegExp(jsStrPattern, jsTokens, jsFlags, named_groups)
print ' '
tohz = foldfreq * 1e-6
tos = 1 / tohz
foldper = tos / 86400
binnum = 1000
binsize = foldper / binnum
phasedtimearray = np.zeros(len(times))
finalampls = np.zeros(binnum)
amplcounts = np.zeros(binnum)
for i, val in enumerate(times):
phasedtime = val % foldper
newphasedtime = tr.translate(phasedtime, 0, foldper, 0, 1)
phasedtimearray[i] = newphasedtime
bindex = int((phasedtime - (phasedtime % binsize)) / binsize - 1)
finalampls[bindex] += ampls[i]
amplcounts[bindex] += 1
finalampls = np.divide(finalampls, amplcounts)
finaltimes = np.histogram(phasedtimearray, bins=binnum - 1, range=(0, 1))
nanlist = []
for i, val in enumerate(finalampls):
if np.isnan(val) == True:
nanlist.append(i)
phasetime = np.delete(finaltimes[1], nanlist)
parser.add_argument("-p", "--path", dest="muscle_path", default=const_default_muscle_exepath, help="path to Muscle binary")
parser.add_argument("-t", "--translate", dest="translate", action="store_true", default=False, help="translate the input sequences?")
parser.add_argument("-o", "--out", dest="out_fname", default=None, help="output filename")
options = parser.parse_args()
outs = util.OutStreams()
if not options.out_fname is None:
fname = os.path.expanduser(options.out_fname)
#print fname
outf = open(fname,'w')
outs.addStream(outf)
else:
outs.addStream(sys.stdout)
(headers, seqs) = biofile.readFASTA(open(options.in_fname,'r'))
seqs_to_align = seqs
if options.translate:
seqs_to_align = [translate.translate(s) for s in seqs]
alseqs = alignSequences(seqs_to_align, exepath=options.muscle_path)
#print alseqs
if options.translate:
alseqs = [alignGeneFromProtein(g, s) for (g,s) in zip(seqs,alseqs)]
for (h,s) in zip(headers,alseqs):
outs.write(">{}\n{}\n".format(h,s))
if not options.out_fname is None:
outf.close()
from build_section import build_section
from firebase_config import config
if __name__ == '__main__':
firebase = pyrebase.initialize_app(config)
db = firebase.database()
page = urllib.request.urlopen('https://www.gov.pl/web/koronawirus/aktualne-zasady-i-ograniczenia').read()
soup = BeautifulSoup(page, "html.parser")
content = soup.find('div', {'class': 'editor-content'})
sections = content.find_all(['h3', 'div'])
sectionsIterator = iter(sections)
sections = []
counter = 0
for current in sectionsIterator:
headerTag = current
descriptionTag = next(sectionsIterator)
sections += [build_section(
counter,
translate("pl", headerTag),
translate("pl", descriptionTag)
)]
counter += 1
results = db.child("PL").set(sections)
def compute(self, send_calculation, callback, computed_args):
new_program = translate(template_source=self.template_source,
template_target=self.template_target,
args=computed_args)
send_calculation(callback, new_program)
#!/usr/bin/env python # -*- coding: utf-8 -*- # # Copyright 2011 timger # +Author timger # +Gtalk&Email [email protected] # +Msn [email protected] # +Weibo @timger http://t.sina.com/zhanghaibo # +twitter @yishenggudou http://twitter.com/yishenggudou # Licensed under the MIT License, Version 2.0 (the "License"); from translate import translate import sys from api import API translate = translate() def search(keyword): a = API(keyword) rst = a.load() _ = u'\r\n\r\n'.join([ u'CMD example:{0}\r\ninfo:{1}\r\n\r\n'.format(i['command'], i['summary']) for i in rst[:10] ]) print _ return _.encode('utf-8') if __name__ == "__main__": kw = sys.argv[1] print search(kw)
def content_proc(bot, update):
content = update.message.text
lang = open('translate/' + str(update.message.from_user.id) + '.txt',
'r').read()
update.message.reply_text(translate.translate(q=content, toLang=lang))
return ConversationHandler.END
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
break_value = [pandocfilters.LineBreak(), pandocfilters.Str(' ' * 4)]
for item in value:
if in_admonition:
if item.get('t') == 'SoftBreak':
in_admonition = False
else:
admonition_value.append(item)
else:
if item.get('t') == 'SoftBreak':
remaining_para_value += break_value
else:
remaining_para_value.append(item)
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.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 image_to_text import image_to_text
from translate import translate
from replace import replace_text
import time
import cv2
startTime = time.time()
img = cv2.imread("images\\test4.png")
print("load time: ", str(round(time.time() - startTime, 3)), "s")
sentences, box_coor = image_to_text(img, "eng")
print('box coor: ', str(box_coor))
translations = translate(sentences, 'es')
print(translations)
replace_text(box_coor, translations, img)
print("run time: ", str(round(time.time() - startTime, 3)), "s")
cv2.imshow("img", img)
cv2.waitKey(0)
import time
import translate
from patternMeUpDaddy import barToCommands
comamnds = barToCommands(["lrAlternate", "udAlternate"],
[[1, -1, 1], [1, -1, -1]], 120)
starttime = time.time()
buffer = translate.translate(comamnds, starttime, 1, 1, 2)
print(buffer)
def converter():
dna = request.args.get("dna", "")
protein = translate(dna)
return render_template("converter.html", dna=dna, protein=protein)
json_file = open('classifier.json', 'r')
loaded_model_json = json_file.read()
json_file.close()
classifier = model_from_json(loaded_model_json)
# load weights into new model
classifier.load_weights("classifier.h5")
print("Loaded model from disk")
dataset = pd.read_csv('data/test/dataset.csv')
img_ids_test = dataset.tail(281)['file'].values
target_test = dataset.tail(281)['severity'].values
feature_test = []
target_test = translate(target_test)
for index, img_id in np.ndenumerate(img_ids_test):
img = misc.imread(img_id)
if img.shape[0] != 460:
target_test = np.delete(target_test, index)
img_ids_test = np.delete(img_ids_test, index)
else:
feature_test.append(np.array([img]))
copy_replace(img_ids_test)
feature_test = np.concatenate(feature_test, axis=0)
def main(test_src_path, test_trg_path):
checkpoint = torch.load(params.MODEL_PATH)
SRC = checkpoint["SRC"]
TRG = checkpoint["TRG"]
if params.MODEL_TYPE == 0:
enc = base_model.Encoder(len(SRC.vocab), params.ENC_EMB_DIM,
params.HID_DIM, params.N_LAYERS,
params.ENC_DROPOUT, params.BID)
dec = base_model.Decoder(len(TRG.vocab), params.ENC_EMB_DIM,
params.HID_DIM, params.N_LAYERS,
params.DEC_DROPOUT, params.BID)
model = base_model.Seq2Seq(enc, dec, params.DEVICE).to(params.DEVICE)
elif params.MODEL_TYPE == 1:
attn = atten_model.Atten(params.HID_DIM,
params.HID_DIM,
params.N_LAYERS,
bid=params.BID)
enc = atten_model.Encoder(len(SRC.vocab),
params.ENC_EMB_DIM,
params.HID_DIM,
params.N_LAYERS,
params.ENC_DROPOUT,
bid=params.BID)
dec = atten_model.Decoder(len(TRG.vocab),
params.DEC_EMB_DIM,
params.HID_DIM,
params.HID_DIM,
params.N_LAYERS,
attn,
bid=params.BID)
model = atten_model.Seq2Seq(enc, dec, params.DEVICE).to(params.DEVICE)
elif params.MODEL_TYPE == 2:
pass
else:
print("params.MODEL_TYPE error")
exit(1)
# 从文件中读取src和trg
test_src_data = get_data(test_src_path)
test_trg_data = get_data(test_trg_path)
assert len(test_src_data) == len(test_trg_data), "测试src数据和trg数据不匹配"
trg = torch.from_numpy(np.array([TRG.vocab.stoi['<sos>']
])) # trg [1] <sos>是开始标志
trg = trg.unsqueeze(0) # trg [bs, seq_len]=[1, 1]
print("trg_size ", trg.size())
trg_eos_idx = TRG.vocab.stoi['<eos>']
total_bleu = 0.0
for idx, src in enumerate(test_src_data):
src = SRC.preprocess(src)
# print(src)
src = SRC.process([src], device=None) # src [seq_len, 1]
# print(src.size())
src = src.permute([1, 0]) # src [1, seq_len]
# print(src.size())
outpus = translate(model, src, trg, trg_eos_idx)
print(test_trg_data[idx])
# print(TRG.process(test_trg_data[idx]))
print(
TRG.process([TRG.preprocess(test_trg_data[idx])]).permute([1, 0]))
print(outpus.max(2)[1])
# print(TRG.vocab.itos[5892])
exit(0)
def deal(connect, blogs):
fresh = []
cursor = connect.cursor()
for blog in blogs:
post = blog[0]
author = blog[1]
title = blog[2]
html = blog[3]
url = blog[4]
feed_id = tool.get_feed_id(url)
if cursor.execute('select * from feed where id = %s',
(feed_id, )) != 0:
continue
url = tool.truncate_url(url)
text = tool.purify_text(html)
title = tool.purify_text(title)
snippet = tool.clip_text(text)
photo_path_id = tool.get_photo_path_id(html)
author = member.bind(author, feed_id)
author, title = member.identify(author, title)
member_id = member.get_id(author)
romaji = member.get_romaji(author)
indicator('{} {}'.format(author, title))
# print('%s, %s, %s, %s, %s' % (feed_id, post, member_id, url, title))
try:
cursor.execute(
'insert into feed values(%s, %s, %s, %s, %s, %s, %s, %s)',
(feed_id, post, member_id, url, title, snippet, False, 0))
except Exception as e:
indicator('feed insert', e)
else:
connect.commit()
indicator('list save')
(text, thumbnail, images) = photo.process(
{
'feed_id': feed_id,
'romaji': romaji,
'post': post,
'photo_path_id': photo_path_id
}, text)
try:
cursor.executemany(
'insert into photo values({}, %s, %s, %s, %s, %s, %s)'.format(
feed_id), images)
except Exception as e:
indicator('photo insert', e)
else:
connect.commit()
indicator('photo save')
try:
cursor.execute('update feed set thumbnail = %s where id = %s',
(thumbnail, feed_id))
except Exception as e:
indicator('feed update', e)
else:
connect.commit()
indicator('cover update')
title_translated = translate.translate(title)
text_translated = translate.translate(text)
try:
cursor.execute(
'insert into blog values(%s, %s, %s, %s, %s)',
(feed_id, text, title_translated, text_translated, html))
except Exception as e:
indicator('blog insert', e)
else:
connect.commit()
indicator('blog save')
fresh.append(feed_id)
cursor.close()
def get(self, word, n):
return str(translate.translate(word, n))
# indx+=1
# if(indx==4):
# break
if(example.instrlist[line-1].split(', ')[1] == 'goto' or example.instrlist[line-1].split(', ')[1] \
== 'conditional_goto' or example.instrlist[line-1].split(', ')[1] == 'return' or example.instrlist[line-1].split(', ')[1] == 'fn_call_1' or example.instrlist[line-1].split(', ')[1] == 'fn_call_2' or example.instrlist[line-1].split(', ')[1] == 'label'):
text_section += "### Flushing -----------\n"
for reg, var in registers.regdict.items():
if var is not "":
text_section += '\t' + "movl " + reg + ", " + var + "\n"
registers.regdict[reg] = ""
example.address_descriptor[var] = var
text_section += "### Flushed ------------\n"
flag = 1
generated_code, example, registers = translate(
example.instrlist[line - 1], key, example, registers)
text_section += generated_code
if (flag == 0 and line == val):
text_section += "### Flushing -----------\n"
for reg, var in registers.regdict.items():
if var is not "":
if var in example.arr_varz.keys():
registers.regdict[reg] = ""
example.address_descriptor[var] = var
else:
text_section += '\t' + "movl " + reg + ", " + var + "\n"
registers.regdict[reg] = ""
example.address_descriptor[var] = var
text_section += "### Flushed ------------\n"
rnd.write(0, 2, 'After')
for i in range(len(examples)):
for j in range(3):
rnd.write(i + 1, j, examples[i][j])
########################################################################################################################
try:
wb = Workbook()
examples = []
takeVBA(openfile, 'code.txt')
translate("code.txt") # переводим код, он записывается в transpep
deleteVBA()
import transpep
from transpep import * # импортируем файл
info = GetInfo() # информация по обрабатываемым функциям
more_info = []
for i in range(info[1] + 2):
more_info.append(info[i])
more_info = more_info[2:]
GenerateFile()
def main():
print("PATH IN PYTHON: " + sys.argv[0])
arguments = sys.argv[1:]
print(arguments)
action = arguments[0]
arguments[1] = arguments[1].replace("desktop", "Desktop").replace(
"downloads",
"Downloads").replace("music", "Music").replace("documents",
"Documents")
parameter = {}
try:
parameter = dict(item.split(":") for item in arguments[1].split(","))
except:
print('parameter is empty')
print(
'Usage: python main.py action parameter1:value1,parameter2:value2...'
)
exit(0)
print(action)
print(parameter)
if action == 'cp':
try:
parameter['absSrcPath']
parameter['absDestPath']
parameter['fileName']
parameter['pwd']
except KeyError:
parameter_error()
if parameter['absSrcPath'] == '':
parameter['absSrcPath'] = parameter['pwd']
parameter['absSrcPath'] = '/' + parameter['absSrcPath'].replace(
"#", "/")
parameter['absDestPath'] = '/' + parameter['absDestPath'].replace(
"#", "/") + '/'
parameter[
'command'] = 'cp ' + parameter['absSrcPath'] + '/' + parameter[
'fileName'] + ' ' + parameter['absDestPath']
print('::cp::')
print(parameter['command'])
build_json("Command is Being Executed", parameter['command'],
command.execute_command(parameter))
elif action == 'devdocs':
try:
parameter['query']
except KeyError:
parameter_error()
parameter['url'] = 'devdocs.io/search?q=' + quote(
parameter['query'].replace("#", "+"))
print('::devdocs::')
print(parameter['url'])
firefox.open_url(parameter)
elif action == 'cmd':
try:
parameter['command']
except KeyError:
parameter_error()
print('::cmd::')
parameter['command'] = parameter['command'].replace("#", " ")
print(parameter['command'])
build_json("Command is Being Executed", parameter['command'],
command.execute_command(parameter))
elif action == 'ps':
print('::ps::')
parameter['command'] = 'bash ../htop.sh'
print(parameter['command'])
build_json("Command is Being Executed", 'htop',
command.execute_command(parameter))
elif action == 'kill':
try:
parameter['pid']
except KeyError:
parameter_error()
parameter['command'] = 'kill -9 ' + parameter['pid']
print('::kill::')
print(parameter['command'])
command.execute_command(parameter)
build_json("Killed " + parameter['pid'] + " process.",
parameter['command'], "")
elif action == 'man':
print('::man::')
parameter['command'] = 'bash ../man.sh ' + parameter['command']
print(parameter['command'])
build_json("Command is Being Executed",
'man ' + parameter['command'].split(' ')[2],
command.execute_command(parameter))
elif action == 'move':
try:
parameter['absSrcPath']
parameter['pwd']
parameter['fileName']
parameter['absDestPath']
except KeyError:
parameter_error()
if parameter['absSrcPath'] == '':
parameter['absSrcPath'] = parameter['pwd']
parameter['absSrcPath'] = '/' + parameter['absSrcPath'].replace(
"#", "/")
parameter['absDestPath'] = '/' + parameter['absDestPath'].replace(
"#", "/") + '/'
parameter[
'command'] = 'mv ' + parameter['absSrcPath'] + '/' + parameter[
'fileName'] + ' ' + parameter['absDestPath']
print('::mv::')
print(parameter['command'])
build_json("Command is Being Executed", parameter['command'],
command.execute_command(parameter))
# elif action == 'rmdir':
# try:
# parameter['absPath']
# parameter['pwd']
# parameter['directoryName']
# except KeyError:
# parameter_error()
# if parameter['absPath'] == "":
# parameter['absPath'] = parameter['pwd']
# parameter['absPath'] = '/'+parameter['absPath'].replace("#","/")+'/'
# parameter['command'] = 'rm -r ' + parameter['absPath'] + parameter['directoryName']
# print('::rmdir::')
# print(parameter['command'])
# build_json("Command is Being Executed", parameter['command'], command.execute_command(parameter))
# elif action == 'rm':
# try:
# parameter['absPath']
# parameter['pwd']
# parameter['fileName']
# except KeyError:
# parameter_error()
# if parameter['absPath'] == "":
# parameter['absPath'] = parameter['pwd']
# parameter['absPath'] = '/'+parameter['absPath'].replace("#","/")+'/'
# parameter['command'] = 'rm ' + parameter['absPath'] + parameter['fileName']
# print('::rm::')
# print(parameter['command'])
# build_json("Command is Being Executed", parameter['command'], command.execute_command(parameter))
elif action == 'ls':
try:
parameter['pwd']
parameter['path']
except KeyError:
parameter_error()
if parameter['path'] == "":
parameter['path'] = parameter['pwd']
print('::ls::')
print(parameter['pwd'])
print(parameter['path'])
parameter['command'] = 'ls /' + parameter['path'].replace("#", "/")
print(parameter['command'])
build_json("Command is Being Executed", parameter['command'],
command.execute_command(parameter))
#remove htop as replaced by ps
# elif action == 'htop':
# print('::htop::')
# parameter['command'] = "top -n 1 -b"
# build_json("Command is Being Executed", parameter['command'], command.execute_command(parameter))
elif action == 'whatis':
try:
parameter['command']
except KeyError:
parameter_error()
parameter['command'] = 'whatis ' + parameter['command']
print(command.execute_command(parameter))
build_json("Command is Being Executed", parameter['command'],
command.execute_command(parameter))
elif action == 'loadFirefox':
try:
parameter['saveFile']
except KeyError:
parameter_error()
print('::loadFirefox::')
print(parameter['saveFile'])
firefox.load(parameter)
build_json("Loading " + parameter['saveFile'] + "Firefox State", "",
"")
elif action == 'showFirefox':
print('::showFirefox::')
firefox.show(parameter)
elif action == 'saveFirefox':
try:
parameter['saveFile']
except KeyError:
parameter_error()
print('::saveFirefox::')
print(parameter['saveFile'])
build_json("Saving" + parameter['saveFile'] + "Firefox State", "", "")
firefox.save(parameter)
elif action == 'url':
try:
parameter['url']
except KeyError:
parameter_error()
print('::url::')
print(parameter['url'])
firefox.open_url(parameter)
build_json("Opened " + parameter['url'], "", "")
elif action == 'fileio':
try:
parameter['pwd']
parameter['filePath']
except KeyError:
parameter_error()
print('::fileio::')
parameter['filePath'] = '/' + parameter['pwd'].replace(
"#", "/") + '/' + parameter['filePath'].replace("#", "/")
print(parameter['filePath'])
file.fileio(parameter)
build_json("File Sharing Link", "", parameter['result'])
# elif action == "fsearch":
# try:
# parameter['key']
# except KeyError:
# parameter_error()
# parameter['command'] = "locate " + parameter['key'].replace('#', '\ ')
# print('::fsearch::')
# print(parameter['command'])
# print(command.execute_command(parameter))
# build_json("Here are your search results", parameter['command'], command.execute_command(parameter))
elif action == "gsearch":
try:
parameter['query']
parameter['search-engine']
except KeyError:
parameter_error()
print('::gsearch::')
parameter['search-string'] = parameter['query']
search.google(parameter)
elif action == 'wsearch':
try:
parameter['query']
except KeyError:
parameter_error()
print('::wolfsearch::')
print(parameter['query'])
search.wolfram(parameter)
elif action == 'translate':
try:
parameter['query']
parameter['langauge']
except KeyError:
parameter_error()
print('::translate::')
print(parameter['query'])
print(parameter['langauge'])
translate.translate(parameter)
elif action == 'weather':
try:
parameter['location']
except KeyError:
parameter_error()
print('::weather::')
print(parameter['location'])
parameter['query'] = 'weather+at+' + parameter['location'].replace(
" ", "+").replace("#", "+")
search.wolfram(parameter)
elif action == 'dictionary':
try:
parameter['word']
except KeyError:
parameter_error()
parameter['query'] = 'meaning+of+' + parameter['word'].replace(
" ", "+").replace("#", "+")
print('::dictionary::')
print(parameter['query'])
search.wolfram(parameter)
elif action == 'changeJava':
try:
parameter['version']
parameter['open']
except KeyError:
parameter_error()
print('::cmd::')
parameter['command'] = 'bash ./skills/setJava.sh ' + parameter[
'version'] + " " + parameter['open']
print(parameter['command'])
command.execute_command(parameter)
build_json("Java Environment variable changed", "", "")
elif action == 'changePython':
try:
parameter['version']
except KeyError:
parameter_error()
print('::cmd::')
parameter[
'command'] = 'bash ./skills/setPython.sh ' + parameter['version']
command.execute_command(parameter)
build_json("Python Environment variable changed", "", "")
elif action == 'alarm':
try:
parameter['hour']
parameter['min']
parameter['message']
except KeyError:
parameter_error()
print('::cmd::')
parameter['command'] = 'bash ./skills/alarm.sh ' + parameter[
'hour'] + " " + parameter['min'] + " " + parameter[
'message'].replace("#", "\ ")
print(parameter['command'])
command.execute_command(parameter)
build_json(
"Alarm set for " + parameter['hour'] + ":" + parameter['min'], "",
"")
#Timer
elif action == 'timer':
try:
parameter['message']
parameter['duration']
except KeyError:
parameter_error()
print('::cmd::')
parameter['seconds'] = parameter['duration']
print(parameter['duration'].split(",")[0].split(":")[1])
print(parameter['duration'].split(",")[1].split(":")[1])
parameter['command'] = 'bash ./skills/timer.sh ' + parameter[
'duration'] + " " + parameter['message'].replace("#", "\ ")
print(parameter['command'])
command.execute_command(parameter)
build_json("Timer set for " + parameter['duration'] + " seconds", "",
"")
elif action == 'musicplayer':
try:
parameter['absPath']
parameter['fileName']
except KeyError:
parameter_error()
print('::cmd::')
parameter[
'command'] = 'bash ../skills/musicPlayer.sh ' + '/' + parameter[
'absPath'].replace("#",
"/") + '/' + parameter['fileName'] + ".mp3"
print(parameter['command'])
command.execute_command(parameter)
build_json("Now Playing Music", "", "")
elif action == 'debug':
debug()
else:
print('Undefined Action')
def outputEqual(output1, output2):
"""given two translation outputs, check that output string is identical
"""
for i, (line, line2) in enumerate(
zip(open(output1).readlines(),
open(output2).readlines())):
#assertEqual(line.strip(), line2.strip())
print "translate {}".format(i)
print line
print line2
# English-German WMT16 system, no dropout
"""
Initialize and customize settings.
"""
translation_settings = TranslationSettings()
translation_settings.models = ["model_test/model.npz-80000"]
#translation_settings.num_processes = 8
translation_settings.beam_width = 10
translation_settings.normalization_alpha = 1.0
translation_settings.verbose = True
translation_settings.n_best = True
translation_settings.suppress_unk = True
translate(input_file=open('data/translated/fr.00'),
output_file=open('data/fr.00.8.out', 'w'),
translation_settings=translation_settings)
print "everyting ok"
#outputEqual('en-de/ref2','en-de/out')
def show():
finalresult.value = translate.translate(checkLang(choice.value),
check.value,
checkLang(buttons.value))
import json
import sys
from CPrinter import CPrinter
from PythonPrinter import PythonPrinter
from translate import translate
if len(sys.argv) != 3:
print(
"Usage: exactly two args: input file to translate (json) and output file"
)
sys.exit(1)
inpath = sys.argv[1]
outpath = sys.argv[2]
with open(inpath, 'r') as fin, open(outpath, 'w') as fout:
if outpath[-2:] == '.h':
printer = CPrinter(fout)
elif outpath[-3:] == '.py':
printer = PythonPrinter(fout)
else:
raise ValueError(
"Output file '{}' has an unknown file extension".format(outpath))
j = json.load(fin)
translate(j, printer)
else:
outs.addStream(sys.stdout)
pp = protprop.ProteinProperties()
if not options.sequence is None:
if options.translate:
seq = translate.translateRaw(options.sequence)
else:
seq = options.sequence
seq_dict = {"input": seq}
else:
# Load from FASTA
seq_dict = biofile.readFASTADict(options.in_fname)
if options.translate:
for k in seq_dict.keys():
seq_dict[k] = translate.translate(seq_dict[k])
outs.write("# {}\n".format(options))
outs.write("pos\taa\tcharge\n")
n_seqs = len(seq_dict.keys())
for (seqid, seq) in seq_dict.items():
if n_seqs > 1:
outs.write("# {}\n".format(seqid))
outs.write("# Total protein charge at pH {} = {}\n".format(
options.pH, pp.getCharge(seq, options.pH)))
window_width = (options.window - 1) / 2
# Run over
start_pos = 0
focal_pos = 0
end_pos = min(start_pos + options.window, len(seq))
while focal_pos < len(seq):
res = read()
if res[0] != 'S':
raise Exception('Send data failed')
print('[ {} ] Data Transfer Successful! Len = {} bytes'.format(
num, len(js)))
except Exception as e:
print(e)
class ThreadedTCPServer(socketserver.ThreadingMixIn, socketserver.TCPServer):
pass
if __name__ == "__main__":
Data = translate.translate('../editor/test2.in')
socketserver.TCPServer.allow_reuse_address = True
server = ThreadedTCPServer((HOST, PORT), ThreadedTCPRequestHandler)
ip, port = server.server_address
server_thread = threading.Thread(target=server.serve_forever)
server_thread.daemon = True
server_thread.start()
print("Server loop running in thread:", server_thread.name)
print_interval = 1
while True:
Ready = False
s = input()
data_outs.addStream(sys.stdout)
# Write out parameters
data_outs.write("# Run started {}\n".format(util.timestamp()))
data_outs.write("# Command: {}\n".format(' '.join(sys.argv)))
data_outs.write("# Parameters:\n")
optdict = vars(options)
for (k,v) in optdict.items():
data_outs.write("#\t{k}: {v}\n".format(k=k, v=v))
# Read input
if not os.path.isfile(options.in_fname):
raise IOError("# Error: file {} does not exist".format(options.in_fname))
(headers, seqs) = biofile.readFASTA(file(options.in_fname, 'r')) #, key_fxn=biofile.secondField)
if options.translate_sequences:
seqs = [translate.translate(s) for s in seqs]
zhs = [(h,s) for (h,s) in zip(headers,seqs) if not s is None]
all_keys = [biofile.firstField(h) for (h,s) in zhs]
(headers, seqs) = zip(*zhs)
prot_dict = dict([(biofile.firstField(h), s) for (h,s) in zhs])
gene_orf_dict = dict([(biofile.secondOrFirstField(h), biofile.firstField(h)) for h in headers])
orf_gene_dict = dict([(v,k) for (k,v) in gene_orf_dict.items()])
# Select which genes to process
query_keys = []
if not options.query_orf is []:
# Specific ORF(s)
query_keys += options.query_orf
if not options.query_gene is []:
# Specific gene(s)
query_keys += [gene_orf_dict[k] for k in options.query_gene]
