else:
# parse config file
parser = SafeConfigParser()
parser.read(sys.argv[1])
decoder_type = parser.get('tools', 'decoder_type')
aligner_type = parser.get('tools', 'aligner_type')
extractor_type = parser.get('tools', 'extractor_type')
annotator_type = parser.get('tools', 'annotator_type')
input = open(parser.get('data', 'source'), 'r')
edit = open(parser.get('data', 'reference'), 'r')
if decoder_type == "Moses" :
Decoder_object = Decoder_Moses(parser)
elif decoder_type == "Deterministic" :
Decoder_object = Decoder_Deterministic(parser)
else:
logging.info("This decoder is UNKNOWN")
sys.exit(1)
if aligner_type == "GIZA" :
Aligner_object = Aligner_GIZA(parser)
elif aligner_type == "onlineGIZA" :
Aligner_object = Aligner_onlineGIZA(parser)
elif aligner_type == "Constrained_Search" :
Aligner_object = Aligner_Constrained_Search(parser)
if not decoder_type == "Moses":
logging.info("This alignment tool requires Moses as decoder")
sys.exit(1)
input = open(parser.get('data', 'source'), 'r')
edit = open(parser.get('data', 'reference'), 'r')
decoder_options = ''
try:
decoder_options = self.parser.get('decoder', 'options')
except:
pass
if aligner_type == "Constrained_Search" :
decoder_options = decoder_options + " -print-translation-option true"
parser.set('decoder', 'options', decoder_options)
if decoder_type == "Moses" :
Decoder_object = Decoder_Moses(parser)
if not showweightsflag == "":
decoder_out, decoder_err = Decoder_object.show_weights()
# write weights to stdout
sys.stdout.write(''.join(decoder_out))
sys.stdout.flush()
sys.exit(1)
elif decoder_type == "Moses_nbest" :
decoder_nbestfile = '/dev/stdout'
decoder_nbestsize = '500'
decoder_nbestdistinct = ''
try:
decoder_nbestfile = parser.get('decoder', 'nbestfile')
sys.exit()
else:
# parse config file
parser = SafeConfigParser()
parser.read(sys.argv[1])
decoder_type = parser.get('tools', 'decoder_type')
aligner_type = parser.get('tools', 'aligner_type')
extractor_type = parser.get('tools', 'extractor_type')
annotator_type = parser.get('tools', 'annotator_type')
input = open(parser.get('data', 'source'), 'r')
edit = open(parser.get('data', 'reference'), 'r')
if decoder_type == "Moses":
Decoder_object = Decoder_Moses(parser)
elif decoder_type == "Deterministic":
Decoder_object = Decoder_Deterministic(parser)
else:
logging.info("This decoder is UNKNOWN")
sys.exit(1)
if aligner_type == "GIZA":
Aligner_object = Aligner_GIZA(parser)
elif aligner_type == "onlineGIZA":
Aligner_object = Aligner_onlineGIZA(parser)
elif aligner_type == "Constrained_Search":
Aligner_object = Aligner_Constrained_Search(parser)
if not decoder_type == "Moses":
logging.info("This alignment tool requires Moses as decoder")
sys.exit(1)
input = open(parser.get('data', 'source'), 'r')
edit = open(parser.get('data', 'reference'), 'r')
decoder_options = ''
try:
decoder_options = self.parser.get('decoder', 'options')
except:
pass
if aligner_type == "Constrained_Search" :
decoder_options = decoder_options + " -print-translation-option true"
parser.set('decoder', 'options', decoder_options)
if decoder_type == "Moses" :
Decoder_object = Decoder_Moses(parser)
if not showweightsflag == "":
decoder_out, decoder_err = Decoder_object.show_weights()
# write weights to stdout
sys.stdout.write(''.join(decoder_out))
sys.stdout.flush()
sys.exit(1)
elif decoder_type == "Moses_nbest" :
decoder_nbestfile = '/dev/stdout'
decoder_nbestsize = '100'
decoder_nbestdistinct = ''
try:
