def main():
argparser = parser_skeleton(
description='PurePOSPy - a Python wrapper for PurePOS POS-tagger')
opts = argparser.parse_args()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['pos']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
em_tag = ('purepospy.purepospy', 'PurePOS', 'emTag (PurePOS)', (), {
'source_fields': {'form', 'anas'},
'target_fields': ['lemma', 'xpostag']
})
tools = [(em_tag, ('pos', 'emTag'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
argparser = parser_skeleton(
description=
'emmorph2ud - a script converts the output tag of emMorph morphological'
' analyzer to the corresponding output tag of magyarlanc 3.0')
opts = argparser.parse_args()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['emmorph2ud']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
# from emdummy import DummyTagger
em_morph2ud = ('emmorph2ud', 'EmMorph2UD', 'emmorph2ud', (), {
'source_fields': {'form', 'lemma', 'xpostag'},
'target_fields': ['upostag', 'feats']
})
tools = [(em_morph2ud, ('conv-morph', 'emmorph2ud'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
argparser = parser_skeleton(description='MMeta - a module which add global and per-sentence metadata to tokenized '
'and lemmatized emtsv output file')
opts = argparser.parse_args()
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['mmeta']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
# from emdummy import EmDummy
m_meta = ('mmeta', 'MMeta', 'Add metadata', (), {'source_fields': {'form', 'lemma'},
'target_fields': []})
tools = [(m_meta, ('mmeta', 'mMeta'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(build_pipeline(input_data, used_tools, tools, presets))
def main():
argparser = parser_skeleton(description='emDep - a dependency parser for UD')
argparser.add_argument('--maxlen', dest='maxlen', type=int, required=False, default=None,
help='Specify the maximum sentence lenght to be parsed', metavar='FILE')
opts = argparser.parse_args()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['dep']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
em_depud = ('emdeppy', 'EmDepPy', 'emDep', (), {'maxlen': opts.maxlen,
'source_fields': {'form', 'lemma', 'upostag', 'feats'},
'target_fields': ['id', 'deprel', 'head']})
tools = [(em_depud, ('dep', 'emDep-ud'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(build_pipeline(input_data, used_tools, tools, presets, opts.conllu_comments))
def main():
argparser = parser_skeleton(
description='emCons - A wrapper implemented in Python for emCons'
' (Berkeley parser a.k.a. Product Parser).')
opts = argparser.parse_args()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['cons']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
em_cons = ('emconspy.emconspy', 'EmConsPy', 'emCons', (), {
'source_fields': {'form', 'lemma', 'xpostag'},
'target_fields': ['cons']
})
tools = [(em_cons, ('cons', 'emCons'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
argparser = parser_skeleton(
description=
'emCoNLL - a script converting emtsv output to CoNLL-U format')
add_bool_arg(argparser, 'print-header', 'Print header')
add_bool_arg(argparser, 'force-id',
'Force writing ID field when it is not available')
add_bool_arg(argparser, 'add-space-after-no',
'Add SpaceAfter=no to misc when wsafter field present')
argparser.add_argument(
'--extra-columns',
dest='extra_columns',
type=str,
default=None,
help='Add extra columns in key1:val1,key2:val2 format')
opts = argparser.parse_args()
extra_columns_str = opts.extra_columns
extra_columns = {}
if extra_columns_str is not None:
kws = extra_columns_str.split(',')
for kw in kws:
k, v = kw.split(':', maxsplit=1)
extra_columns[k] = v
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['conll']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
# from emdummy import DummyTagger
em_conll = ('emconll.converter', 'EmCoNLL', 'CoNLL-U converter',
(opts.print_header, opts.force_id, opts.add_space_after_no,
extra_columns), {
'source_fields': {'form'},
'target_fields': []
})
tools = [(em_conll, ('conll', 'emCoNLL'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
argparser = parser_skeleton(
description='emIOBUtils - an IOB style converter and corrector')
argparser.add_argument(
'--input-field-name',
help='The name of the input field to convert or correct',
required=True,
metavar='FIELD-NAME')
argparser.add_argument(
'--output-field-name',
help='The name of the output field (must be unique)',
required=True,
metavar='FIELD-NAME')
argparser.add_argument('--output-style',
help='The name of the output span notation style',
required=True,
choices={
'iob1', 'iob2', 'bio', 'ioe1', 'ioe2', 'io',
'sbieo', 'iobes', 'iobe1', 'noprefix', 'bilou',
'IOB1', 'IOB2', 'BIO', 'IOE1', 'IOE2', 'IO',
'SBIEO', 'IOBES', 'IOBE1', 'NOPREFIX', 'BILOU'
},
metavar='STYLE')
opts = argparser.parse_args() # TODO: Add multiple modes...
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['iobconv']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
em_iobutils = ('emiobutils', 'EmIOBUtils',
'IOB style converter and corrector (EmIOBUtils)', (), {
'out_style': opts.output_style,
'source_fields': {opts.input_field_name},
'target_fields': [opts.output_field_name]
})
tools = [(em_iobutils, ('iobconv', 'emiobutils'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
argparser = parser_skeleton(
description='Hunspell integrated with the xtsv framework')
add_bool_arg(
argparser, 'raw',
'Process tokens raw one token per line (without xtsv) incl. interactive mode'
)
add_bool_arg(argparser, 'test', 'Run predefined test')
opts = argparser.parse_args()
if opts.test:
test()
exit()
if opts.raw:
raw_input_processor(opts.input_stream)
exit()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
conll_comments = opts.conllu_comments
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['spell']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
hunspellpy = ('hunspellpy', 'HunspellPy', 'HunspellPy', (), {
'source_fields': {'form'},
'target_fields': ['spell', 'hunspell_anas']
})
tools = [(hunspellpy, ('spell', 'hunspell'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets, conll_comments))
def main():
argparser = parser_skeleton(
description=
'emMorphPy - A wrapper, a lemmatizer and REST API implemented in Python for'
' emMorph (Humor) Hungarian morphological analyzer')
add_bool_arg(
argparser, 'raw',
'Process tokens raw one token per line (without xtsv) incl. interactive mode'
)
opts = argparser.parse_args()
if opts.raw:
raw_input_processor(opts.input_stream)
exit()
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['morph']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
em_morph = ('emmorphpy', 'EmMorphPy', 'emMorph', (), {
'source_fields': {'form'},
'target_fields': ['anas']
})
tools = [(em_morph, ('morph', 'emMorph'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
argparser = parser_skeleton(
description='emZero - a module for marking zero pronouns'
' in dependency parsed sentences')
opts = argparser.parse_args()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['zero']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
# from emdummy import DummyTagger
em_zero = ('emzero', 'EmZero',
'Inserts zero pronouns (subjects, objects and possessors) '
'into dependency parsed texts', (), {
'source_fields': {
'form', 'lemma', 'xpostag', 'upostag', 'feats', 'id',
'head', 'deprel'
},
'target_fields': []
})
tools = [(em_zero, ('zero', 'emZero'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
argparser = parser_skeleton(
description='emUDPipe - An UDPipe wrapper for e-magyar (xtsv).')
opts = argparser.parse_args()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['udpipe-tok-parse']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
emudpipe_tok_parse = (
'emudpipe.emudpipe', 'UDPipe',
'UDPipe tokenizer, POS tagger and dependency parser as a whole', (), {
'task':
'tok-parse',
'source_fields':
set(),
'target_fields':
['form', 'lemma', 'upostag', 'feats', 'head', 'deprel', 'deps']
})
tools = [(emudpipe_tok_parse, ('udpipe-tok-parse', ))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
argparser = parser_skeleton(
description='EmDummy - a template module for xtsv')
opts = argparser.parse_args()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['dummy']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
# from emdummy import EmDummy
em_dummy = (
'emdummy',
'EmDummy',
'EXAMPLE (The friendly name of EmDummy used in REST API form)',
('Params', 'goes', 'here'),
{
'source_fields': {'form'}, # Source field names
'target_fields': ['star']
}) # Target field names
tools = [(em_dummy, ('dummy', 'dummy-tagger', 'emDummy'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
"""
- beolvassa a korpuszt
- meghívja a dictionary-gyártó függvényt a termek beolvasásához
- a dictionary-t és a korpuszt átadja a korpusz-feldolgozó függvénynek
- kiírja a korpuszt
"""
argparser = parser_skeleton(
description=
'emTerm - a module for marking single word and multi-word units '
'in POS-tagged text')
argparser.add_argument('--term-list',
dest='term_list',
type=FileType(),
required=True,
help='Specify the terminology dictionary file',
metavar='FILE')
argparser.add_argument(
'--counter-marker',
dest='counter_marker',
type=str,
default=':',
help='Specify counter marker separator (default: :)')
argparser.add_argument('--termid-separator',
dest='termid_separator',
type=str,
default='×',
help='Specify termid separator (default: ×)')
argparser.add_argument('--term-separator',
dest='term_separator',
type=str,
default=';',
help='Specify term separator (default: ;)')
argparser.add_argument('--list-mwe-separator',
dest='list_mwe_separator',
type=str,
default='@',
help='Specify list mwe separator (default: @)')
argparser.add_argument(
'--placeholder',
dest='placeholder',
type=str,
default='_',
help='Specify placeholder for empty fields (default: _)')
opts = argparser.parse_args()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['term']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
em_term = ('emterm', 'EmTerm',
'Mark single word and multi-word units in POS-tagged text',
(opts.term_list, opts.counter_marker, opts.termid_separator,
opts.term_separator, opts.list_mwe_separator,
opts.placeholder), {
'source_fields': {'form', 'lemma'},
'target_fields': ['term']
})
tools = [(em_term, ('term', 'emTerm'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets))
def main():
argparser = parser_skeleton(
description='HunTag3 - A sequential tagger for NLP combining'
' the Scikit-learn/LinearRegressionClassifier linear classifier'
' and Hidden Markov Models')
opts = parse_args(argparser)
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
print('Sorry, --text is not available!', file=sys.stderr)
sys.exit(1)
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
options = vars(opts)
# Set the tagger name as in the tools dictionary
used_tools = ['huntag']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
huntag_tagger = ('huntag', 'Tagger', 'HunTag3 (emNER, emChunk)',
(options, ), {
'source_fields': set(),
'target_fields': [opts.label_tag_field]
})
tools = [(huntag_tagger, ('huntag', 'HunTag3'))]
if options['task'] == 'transmodel-train': # TRANSMODEL TRAIN
trans_model = TransModel(source_fields={options['gold_tag_field']},
lmw=options['lmw'],
order=options['transmodel_order'])
# It's possible to train multiple times incrementally... (Just call process on different data, then compile())
# Exhaust training process iterator...
for _ in process(input_data, trans_model):
pass
# Close training, compute probabilities
trans_model.compile()
trans_model.save_to_file(options['transmodel_filename'])
elif options['task'] in {
'train', 'most-informative-features', 'train-featurize'
}: # TRAIN
trainer = Trainer(options, source_fields={options['gold_tag_field']})
# Exhaust training process iterator...
for _ in process(input_data, trainer):
pass
trainer.cutoff_feats()
if options['task'] == 'most-informative-features':
trainer.most_informative_features(output_iterator)
elif options['task'] == 'train-featurize':
trainer.write_featurized_input(output_iterator)
else:
trainer.train()
trainer.save()
elif options['task'] in {'print-weights', 'tag-featurize'
}: # TAG (minus real tagging handled by xtsv)
tagger = Tagger(options, target_fields=[options['label_tag_field']])
if options[
'io_dirs'] is not None: # Tag all files in a directory file to to filename.tagged
inp_dir, out_dir = options['io_dirs']
for fn in listdir(inp_dir):
print('processing file {0}...'.format(fn),
end='',
file=sys.stderr,
flush=True)
with open(os_path_join(inp_dir, fn), encoding='UTF-8') as ifh, \
open(os_path_join(out_dir, '{0}.tagged'.format(fn)), 'w', encoding='UTF-8') as ofh:
ofh.writelines(process(ifh, tagger))
elif options[
'task'] == 'print-weights': # Print MaxEnt weights to output stream
tagger.print_weights(output_iterator, options['num_weights'])
else: # options['task'] == tag
# Tag a featurized or unfeaturized file or write the featurized format to to output_stream
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
argparser = parser_skeleton(description='emStanza - Stanza fitted to xtsv')
argparser.add_argument(
'--task',
dest='emstanza_task',
required=True,
help='Task to do (tok, pos, lem, parse, tok-pos, tok-parse, etc.')
opts = argparser.parse_args()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['stanza']
presets = []
# Init and run the module as it were in xtsv
# The relevant part of config.py
# from emdummy import EmDummy
available_tasks = {
'tok': {
'task': 'tok',
'source_fields': set(),
'target_fields': ['form', 'wsafter']
},
'tok-pos': {
'task': 'tok-pos',
'source_fields': set(),
'target_fields':
['form', 'wsafter', 'feats', 'upostag', 'xpostag'],
},
'tok-lem': {
'task':
'tok-lem',
'source_fields':
set(),
'target_fields':
['form', 'wsafter', 'feats', 'upostag', 'xpostag', 'lemma'],
},
'tok-parse': {
'task':
'tok-parse',
'source_fields':
set(),
'target_fields': [
'form', 'wsafter', 'feats', 'upostag', 'xpostag', 'lemma',
'id', 'deprel', 'head'
],
},
'parse': {
'task': 'parse',
'source_fields': {'form', 'lemma', 'upostag', 'feats'},
'target_fields': ['id', 'deprel', 'head'],
},
'pos': {
'task': 'pos',
'source_fields': {'form'},
'target_fields': ['upostag', 'xpostag', 'feats']
},
'pos,lem': {
'task': 'pos,lem',
'source_fields': {'form'},
'target_fields': ['upostag', 'xpostag', 'feats', 'lemma']
}
}
if opts.emstanza_task not in available_tasks.keys():
raise ValueError(
f'task parameter must be one of {available_tasks.keys()} !')
emstanza = (
'emstanza',
'EmStanza',
'Processing with Stanza',
(),
available_tasks[opts.emstanza_task],
) # Target field names
tools = [(emstanza, ('emstanza', 'stanza', 'emStanza'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(
build_pipeline(input_data, used_tools, tools, presets,
opts.conllu_comments))
def main():
argparser = parser_skeleton(description='EmPhon - a phonetic transcriber module for xtsv')
add_bool_arg(argparser, 'ipaize',
('Whether the output should be IPA or the emPhon inner representation, '
'which marks one phone with exactly one letter.'),
default=True, has_negative_variant=True)
add_bool_arg(
argparser, 'opt-palatal-assim',
('Whether optional palatal assimilation should happen with t/d+ny, e.g. lapátnyél -> lapátynyél'),
default=False, has_negative_variant=True)
add_bool_arg(
argparser, 'include-sentence',
'If on, there is a line of comment before the sentence that contains the entire surface form of the sentence.',
default=True, has_negative_variant=True)
opts = argparser.parse_args()
jnius_config.classpath_show_warning = opts.verbose # Suppress warning.
# Set input and output iterators...
if opts.input_text is not None:
input_data = opts.input_text
else:
input_data = opts.input_stream
output_iterator = opts.output_stream
# Set the tagger name as in the tools dictionary
used_tools = ['emphon']
presets = []
# Init and run the module as it were in xtsv
emphon = ('emphon', 'EmPhon', 'EmPhon', (),
{'source_fields': {'form', 'anas'},
'target_fields': ['phon'],
'include_sentence': opts.include_sentence,
'transcriber_opts': {'ipaize': opts.ipaize,
'optional_palatal_assimilation': opts.opt_palatal_assim},
},
)
emphon_ipa_comments = ('emphon', 'EmPhon', 'emPhon phonetic transcriber with IPAization and with comment lines', (),
{'source_fields': {'form', 'anas'},
'target_fields': ['phon'],
'include_sentence': True,
'transcriber_opts': {'ipaize': True,
'optional_palatal_assimilation': False},
},
)
emphon_noipa_comments = ('emphon', 'EmPhon',
'emPhon phonetic transcriber without IPAization but with comment lines', (),
{'source_fields': {'form', 'anas'},
'target_fields': ['phon'],
'include_sentence': True,
'transcriber_opts': {'ipaize': False, 'optional_palatal_assimilation': False}, },)
emphon_ipa_nocomments = ('emphon', 'EmPhon',
'emPhon phonetic transcriber with IPAization but without comment lines', (),
{'source_fields': {'form', 'anas'},
'target_fields': ['phon'],
'include_sentence': False,
'transcriber_opts': {'ipaize': True, 'optional_palatal_assimilation': False}, },)
emphon_noipa_nocomments = (
'emphon', 'EmPhon', 'emPhon phonetic transcriber without IPAization and comment lines', (),
{'source_fields': {'form', 'anas'},
'target_fields': ['phon'],
'include_sentence': False, 'transcriber_opts': {'ipaize': False, 'optional_palatal_assimilation': False}, },)
tools = [(emphon, ('emphon', 'emPhon phonetic transcriber ', 'emPhon'))]
available_tools = [
(emphon_ipa_comments, ('emphon-ipa-comments', 'emPhon-ipa-comments', 'emPhon-IPA-comments')),
(emphon_ipa_nocomments, ('emphon-ipa-nocomments', 'emPhon-ipa-nocomments', 'emPhon-IPA-nocomments')),
(emphon_noipa_comments, ('emphon-noipa-comments', 'emPhon-noipa-comments', 'emPhon-noIPA-comments')),
(emphon_noipa_nocomments, ('emphon-noipa-nocomments', 'emPhon-noipa-nocomments', 'emPhon-noIPA-nocomments'))]
# Run the pipeline on input and write result to the output...
output_iterator.writelines(build_pipeline(input_data, used_tools, tools, presets, opts.conllu_comments))