def main():
"""
Pymorphy CLI interface dispatcher
"""
args = docopt(DOC, version=pymorphy2.__version__)
if args['--verbose']:
logger.setLevel(logging.DEBUG)
else:
logger.setLevel(logging.INFO)
logger.debug(args)
if args['_parse']:
return _parse(args['--dict'], args['<IN_FILE>'], args['<OUT_FILE>'])
elif args['dict']:
if args['compile']:
prediction_options = dict(
(key, int(args['--' + key]))
for key in ('min_ending_freq', 'min_paradigm_popularity',
'max_suffix_length'))
return compile_dict(args['<XML_FILE>'], args['--out'],
args['--force'], prediction_options)
elif args['mem_usage']:
return show_dict_mem_usage(args['--dict'], args['--verbose'])
elif args['meta']:
return show_dict_meta(args['--dict'])
elif args['make_test_suite']:
return make_test_suite(args['<XML_FILE>'], args['<OUT_FILE>'],
int(args['--limit']))
elif args['download_xml']:
return download_xml(args['<OUT_FILE>'], args['--verbose'])
def main():
"""
Pymorphy CLI interface dispatcher
"""
args = docopt(DOC, version=pymorphy2.__version__)
if args['--verbose']:
logger.setLevel(logging.DEBUG)
else:
logger.setLevel(logging.INFO)
logger.debug(args)
if args['_parse']:
return _parse(args['--dict'], args['<IN_FILE>'], args['<OUT_FILE>'])
elif args['dict']:
if args['compile']:
prediction_options = dict(
(key, int(args['--'+key]))
for key in ('min_ending_freq', 'min_paradigm_popularity', 'max_suffix_length')
)
return compile_dict(args['<XML_FILE>'], args['--out'], args['--force'], prediction_options)
elif args['mem_usage']:
return show_dict_mem_usage(args['--dict'], args['--verbose'])
elif args['meta']:
return show_dict_meta(args['--dict'])
elif args['make_test_suite']:
return make_test_suite(args['<XML_FILE>'], args['<OUT_FILE>'], int(args['--limit']))
elif args['download_xml']:
return download_xml(args['<OUT_FILE>'], args['--verbose'])
def main():
""" CLI interface dispatcher """
args = docopt(__doc__, version=pymorphy2.__version__)
if args['--verbose']:
logger.setLevel(logging.DEBUG)
else:
logger.setLevel(logging.INFO)
if args['run']:
speed.bench_all(
dict_path=args['--dict'],
repeats=int(args['--repeats'])
)
return 0
def main():
"""
Pymorphy CLI interface dispatcher
"""
args = docopt(DOC, version=pymorphy2.__version__)
if args["--verbose"]:
logger.setLevel(logging.DEBUG)
else:
logger.setLevel(logging.INFO)
logger.debug(args)
if args["_parse"]:
return _parse(args["--dict"], args["<IN_FILE>"], args["<OUT_FILE>"])
elif args["dict"]:
if args["compile"]:
prediction_options = dict(
(key, int(args["--" + key]))
for key in ("min_ending_freq", "min_paradigm_popularity", "max_suffix_length")
)
return compile_dict(args["<DICT_XML>"], args["--out"], args["--force"], prediction_options)
elif args["mem_usage"]:
return show_dict_mem_usage(args["--dict"], args["--verbose"])
elif args["meta"]:
return show_dict_meta(args["--dict"])
elif args["make_test_suite"]:
return make_test_suite(args["<XML_FILE>"], args["<OUT_FILE>"], int(args["--limit"]))
elif args["download_xml"]:
return download_dict_xml(args["<OUT_FILE>"], args["--verbose"])
elif args["prob"]:
if args["download_xml"]:
return download_corpus_xml(args["<OUT_FILE>"])
elif args["estimate_cpd"]:
return estimate_tag_cpd(args["<CORPUS_XML>"], args["--out"], args["--min_word_freq"])
