def run():
args = parse_args()
# args.word = "hallo"
# args.input_language = "de"
# args.output_language = "pt"
result = Dict.translate(args.word, args.input_language,
args.output_language)
for i, (input_word, output_word) in enumerate(result.translation_tuples):
print(output_word)
if i == args.max_results:
break
return
if not result.n_results:
print("No results found for {} ({} <-> {}).".format(
args.word, args.input_language, args.output_language))
return
else:
print("Showing {} of {} result(s)\n".format(
min(args.max_results, result.n_results), result.n_results))
print_header(result.from_lang, result.to_lang)
for i, (input_word, output_word) in enumerate(result.translation_tuples):
print_translation(input_word, output_word)
if i == args.max_results:
break
def translate(word, from_lan, to_lan):
result = Dict.translate(word, from_lan, to_lan)
trans = []
for i, (input_word, output_word) in enumerate(result.translation_tuples):
#print (input_word, output_word)
trans.append((input_word, output_word))
return trans
def translate(word, from_lan, to_lan):
word = ensure_unicode(word)
result = Dict.translate(word, from_lan, to_lan)
print result.translation_tuples
trans = []
for i, (input_word, output_word) in enumerate(result.translation_tuples):
#print (input_word, output_word)
trans.append((input_word, output_word))
return trans
#best_match=translate("tscss", 'de', 'en')[0]
#print best_match[0]
def run(event):
translation_lb.delete(0, END)
word = in_word_entry.get()
input_language = in_lan_cb.get()
output_language = out_lan_cb.get()
max_results = 50
result = Dict.translate(word, input_language, output_language)
if not result.n_results:
print("No results found for {} ({} <-> {}).".format(
word, input_language, output_language))
return
for i, (input_word, output_word) in enumerate(result.translation_tuples):
print_translation(output_word)
if i == max_results:
break
def run():
args = parse_args()
result = Dict.translate(args.word, args.input_language,
args.output_language)
if not result.n_results:
print("No results found for {} ({} <-> {}).".format(
args.word, args.input_language, args.output_language))
return
else:
print("Showing {} of {} result(s)\n".format(
min(args.max_results, result.n_results), result.n_results))
print_header(result.from_lang, result.to_lang)
for i, (input_word, output_word) in enumerate(result.translation_tuples):
print_translation(input_word, output_word, args.color, args.word)
if i == args.max_results:
break
# MOD
try:
english_word = str(result.translation_tuples[0][0]
[:str(result.translation_tuples[0][0]).index(" "):])
except ValueError:
english_word = str(result.translation_tuples[0][0])
try:
translated_word = str(
result.translation_tuples[0][1]
[:str(result.translation_tuples[0][1]).index(" "):])
except ValueError:
translated_word = str(result.translation_tuples[0][1])
line = english_word + "\t" + translated_word + "[sound:" + args.word + ".mp3]"
outF = open(
"anki.txt",
"a",
encoding='UTF-8',
)
outF.write(line)
outF.write("\n")
outF.close()
def run():
args = parse_args()
result = Dict.translate(args.word,
args.input_language,
args.output_language)
if not result.n_results:
print "No results found for {} ({} <-> {}).".format(
args.word, args.input_language, args.output_language)
return
else:
print "Showing {} of {} result(s)\n".format(
min(args.max_results, result.n_results), result.n_results)
print_header(result.from_lang, result.to_lang)
for i, (input_word, output_word) in enumerate(result.translation_tuples):
print_translation(input_word, output_word)
if i == args.max_results:
break
def run_dict(word, inlang, outlang):
result = Dict.translate(word, inlang, outlang)
return result.translation_tuples