def test_pipeline_text_to_dtm_succeeds(config: pipeline.CorpusConfig):
target_tag: str = uuid.uuid1()
tagged_corpus_source: str = os.path.join(CORPUS_FOLDER, 'checkpoint_pos_tagged_test.zip')
extract_opts: corpora.ExtractTaggedTokensOpts = corpora.ExtractTaggedTokensOpts(
lemmatize=True,
pos_includes='|NOUN|',
pos_paddings=None,
**config.pipeline_payload.tagged_columns_names,
filter_opts=dict(is_punct=False),
)
corpus: corpora.VectorizedCorpus = (
(
pipeline.CorpusPipeline(config=config)
.checkpoint(tagged_corpus_source, force_checkpoint=False)
.tagged_frame_to_tokens(extract_opts=extract_opts, transform_opts=None)
.tokens_transform(transform_opts=corpora.TokensTransformOpts())
.tokens_to_text()
.tqdm()
.to_dtm()
)
.single()
.content
)
corpus.dump(tag=target_tag, folder=OUTPUT_FOLDER)
assert isinstance(corpus, corpora.VectorizedCorpus)
assert corpus.data.shape[0] == 5
assert len(corpus.token2id) == corpus.data.shape[1]
corpus.remove(tag=target_tag, folder=OUTPUT_FOLDER)
def test_workflow_to_dtm_step_by_step(config: pipeline.CorpusConfig):
corpus_tag: str = uuid.uuid1()
target_folder: str = "./tests/output"
corpus_source: str = './tests/test_data/legal_instrument_five_docs_test.zip'
tagged_corpus_source: str = f"./tests/output/{uuid.uuid1()}_pos_csv.zip"
args: ComputeOpts = ComputeOpts(
corpus_tag=corpus_tag,
corpus_source=corpus_source,
target_folder=target_folder,
corpus_type=pipeline.CorpusType.SpacyCSV,
# pos_scheme: PoS_Tag_Scheme = PoS_Tag_Schemes.Universal
transform_opts=corpora.TokensTransformOpts(language='english', remove_stopwords=True, to_lower=True),
text_reader_opts=corpora.TextReaderOpts(filename_pattern='*.csv', filename_fields=['year:_:1']),
extract_opts=corpora.ExtractTaggedTokensOpts(
lemmatize=True,
pos_includes='|NOUN|PROPN|VERB|',
pos_excludes='|PUNCT|EOL|SPACE|',
**config.pipeline_payload.tagged_columns_names,
filter_opts=dict(is_alpha=False, is_punct=False, is_space=False),
),
create_subfolder=False,
persist=True,
tf_threshold=1,
tf_threshold_mask=False,
vectorize_opts=corpora.VectorizeOpts(
already_tokenized=True,
lowercase=False,
min_tf=1,
max_tokens=None,
),
enable_checkpoint=True,
force_checkpoint=True,
)
with inline_code(spacy_pipeline.to_tagged_frame_pipeline):
tagged_frame_filename: str = tagged_corpus_source or utility.path_add_suffix(
config.pipeline_payload.source, '_pos_csv'
)
p: pipeline.CorpusPipeline = (
pipeline.CorpusPipeline(config=config)
.set_spacy_model(config.pipeline_payload.memory_store['spacy_model'])
.load_text(
reader_opts=config.text_reader_opts,
transform_opts=None,
source=corpus_source,
)
.text_to_spacy()
.spacy_to_pos_tagged_frame()
.checkpoint(filename=tagged_frame_filename, force_checkpoint=args.force_checkpoint)
)
if args.enable_checkpoint:
p = p.checkpoint_feather(folder=config.get_feather_folder(corpus_source), force=args.force_checkpoint)
p.exhaust()
def debug_main(
config_filename: str = None,
corpus_source: str = None,
lemmatize: bool = True,
pos_includes: str = '',
pos_excludes: str = '',
to_lower: bool = True,
remove_stopwords: str = None,
min_word_length: int = 2,
max_word_length: int = None,
keep_symbols: bool = False,
keep_numerals: bool = False,
only_any_alphanumeric: bool = False,
only_alphabetic: bool = False,
min_tf: int = None,
):
config: pipeline.CorpusConfig = load_config(config_filename, corpus_source)
transform_opts: pc.TokensTransformOpts = pc.TokensTransformOpts(
to_lower=to_lower,
to_upper=False,
min_len=min_word_length,
max_len=max_word_length,
remove_accents=False,
remove_stopwords=(remove_stopwords is not None),
stopwords=None,
extra_stopwords=None,
language=remove_stopwords,
keep_numerals=keep_numerals,
keep_symbols=keep_symbols,
only_alphabetic=only_alphabetic,
only_any_alphanumeric=only_any_alphanumeric,
)
extract_opts = pc.ExtractTaggedTokensOpts(
lemmatize=lemmatize,
pos_includes=pos_includes,
pos_excludes=pos_excludes,
).set_numeric_names()
vectorize_opts: pc.VectorizeOpts = pc.VectorizeOpts(already_tokenized=True, min_tf=min_tf, max_tokens=100000)
corpus_source: str = corpus_source or config.pipeline_payload.source
corpus: pc.VectorizedCorpus = id_tagged_frame_to_DTM_pipeline(
corpus_config=config,
corpus_source=corpus_source,
file_pattern='**/prot-*.feather',
extract_opts=extract_opts,
transform_opts=transform_opts,
vectorize_opts=vectorize_opts,
).value()
corpus = corpus.slice_by_tf(5)
os.makedirs('./data/bogger', exist_ok=True)
corpus.dump(tag='bogger', folder='./data/bogger', mode='files')
print(f"Stored corpus of shape {corpus.data.shape}")
def test_workflow_to_dtm():
config: pipeline.CorpusConfig = pipeline.CorpusConfig.load(
'./tests/test_data/riksprot-kb-parlaclarin.yml')
args: interface.ComputeOpts = interface.ComputeOpts(
corpus_tag=f'{uuid.uuid1()}',
corpus_source=
'/data/westac/riksdagen_corpus_data/riksprot_parlaclarin_basic_protocol_stanza.csv.zip',
corpus_type=pipeline.CorpusType.SparvCSV,
target_folder='./data',
transform_opts=corpora.TokensTransformOpts(to_lower=True,
only_alphabetic=True),
# text_reader_opts=corpora.TextReaderOpts(filename_pattern='*.csv', filename_fields=['year:_:1']),
text_reader_opts=config.text_reader_opts,
extract_opts=corpora.ExtractTaggedTokensOpts(
lemmatize=True,
pos_includes='',
pos_excludes='|MID|MAD|PAD|',
**config.pipeline_payload.tagged_columns_names,
),
vectorize_opts=corpora.VectorizeOpts(
already_tokenized=True,
lowercase=False,
min_tf=1,
max_tokens=None,
),
create_subfolder=True,
persist=True,
enable_checkpoint=True,
force_checkpoint=True,
tf_threshold=5,
tf_threshold_mask=True,
)
corpus = workflow.compute(args=args, corpus_config=config)
corpus.remove(tag=args.corpus_tag, folder=args.target_folder)
corpus.dump(tag=args.corpus_tag, folder=args.target_folder)
assert corpora.VectorizedCorpus.dump_exists(tag=args.corpus_tag,
folder=args.target_folder)
corpus_loaded = corpora.VectorizedCorpus.load(tag=args.corpus_tag,
folder=args.target_folder)
assert corpus_loaded is not None
y_corpus = corpus.group_by_year()
assert y_corpus is not None
with contextlib.suppress(Exception):
corpus.remove(tag=args.corpus_tag, folder=args.target_folder)
def test_spaCy_co_occurrence_pipeline3(config):
corpus_source = './tests/test_data/legal_instrument_five_docs_test.zip'
tagged_corpus_source = f'./tests/output/{uuid.uuid1()}_pos.csv.zip'
args: ComputeOpts = ComputeOpts(
corpus_tag=f'{uuid.uuid1()}',
corpus_source=corpus_source,
target_folder=f'./tests/output/{uuid.uuid1()}',
corpus_type=pipeline.CorpusType.SpacyCSV,
# pos_scheme: utility.PoS_Tag_Scheme = utility.PoS_Tag_Schemes.Universal
transform_opts=corpora.TokensTransformOpts(language='english',
remove_stopwords=True,
to_lower=True),
text_reader_opts=corpora.TextReaderOpts(filename_pattern='*.csv',
filename_fields=['year:_:1']),
extract_opts=corpora.ExtractTaggedTokensOpts(
lemmatize=True,
pos_includes='|NOUN|PROPN|VERB|',
pos_excludes='|PUNCT|EOL|SPACE|',
**config.pipeline_payload.tagged_columns_names,
filter_opts=dict(is_alpha=False, is_punct=False, is_space=False),
),
create_subfolder=False,
persist=True,
vectorize_opts=corpora.VectorizeOpts(
already_tokenized=True,
lowercase=False,
min_tf=1,
max_tokens=None,
),
enable_checkpoint=True,
force_checkpoint=True,
tf_threshold=1,
tf_threshold_mask=False,
context_opts=co_occurrence.ContextOpts(
context_width=4,
concept=set(),
ignore_concept=False,
partition_keys=['document_id'],
),
)
workflow.compute(
args=args,
corpus_config=config,
tagged_corpus_source=tagged_corpus_source,
)
assert os.path.isfile(tagged_corpus_source)
assert os.path.isdir(args.target_folder)
shutil.rmtree(args.target_folder, ignore_errors=True)
os.remove(tagged_corpus_source)
def test_workflow_to_dtm(config: pipeline.CorpusConfig):
args: ComputeOpts = ComputeOpts(
corpus_tag=f'{uuid.uuid1()}',
corpus_source='./tests/test_data/legal_instrument_five_docs_test.zip',
corpus_type=pipeline.CorpusType.Text,
target_folder='./tests/output/',
transform_opts=corpora.TokensTransformOpts(language='english', remove_stopwords=True, to_lower=True),
text_reader_opts=corpora.TextReaderOpts(filename_pattern='*.csv', filename_fields=['year:_:1']),
extract_opts=corpora.ExtractTaggedTokensOpts(
lemmatize=True,
pos_includes='|NOUN|PROPN|VERB|',
pos_excludes='|PUNCT|EOL|SPACE|',
**config.pipeline_payload.tagged_columns_names,
filter_opts=dict(is_alpha=False, is_punct=False, is_space=False),
),
vectorize_opts=corpora.VectorizeOpts(
already_tokenized=True,
lowercase=False,
min_tf=1,
max_tokens=None,
),
create_subfolder=False,
persist=True,
enable_checkpoint=True,
force_checkpoint=True,
tf_threshold=1,
tf_threshold_mask=False,
tagged_corpus_source='./tests/output/legal_instrument_five_docs_test_pos_csv.zip',
)
corpus = workflow.compute(args=args, corpus_config=config)
corpus.remove(tag=args.corpus_tag, folder=args.target_folder)
corpus.dump(tag=args.corpus_tag, folder=args.target_folder)
assert corpora.VectorizedCorpus.dump_exists(tag=args.corpus_tag, folder=args.target_folder)
corpus_loaded = corpora.VectorizedCorpus.load(tag=args.corpus_tag, folder=args.target_folder)
assert corpus_loaded is not None
y_corpus = corpus.group_by_year()
assert y_corpus is not None
with contextlib.suppress(Exception):
corpus.remove(tag=args.corpus_tag, folder=args.target_folder)
def test_spaCy_co_occurrence_workflow(config: pipeline.CorpusConfig):
"""Note: Use the output from this test case to update the tests/test_data/VENUS test data VENUS-TESTDATA"""
os.makedirs('./tests/output', exist_ok=True)
config.pipeline_payload.source = './tests/test_data/legal_instrument_five_docs_test.zip'
config.pipeline_payload.document_index_source = './tests/test_data/legal_instrument_five_docs_test.csv'
config.checkpoint_opts.feather_folder = f'tests/output/{uuid.uuid1()}'
corpus_tag: str = 'VENUS'
target_folder: str = f'./tests/output/{uuid.uuid1()}'
tagged_corpus_source: str = "./tests/output/co_occurrence_test_pos_csv.zip"
bundle: co_occurrence.Bundle = spaCy_co_occurrence_pipeline(
corpus_config=config,
corpus_source=None,
transform_opts=corpora.TokensTransformOpts(language='english',
remove_stopwords=True,
to_lower=True),
extract_opts=corpora.ExtractTaggedTokensOpts(
lemmatize=True,
pos_includes='|NOUN|PROPN|VERB|',
pos_excludes='|PUNCT|EOL|SPACE|',
**config.pipeline_payload.tagged_columns_names,
filter_opts=dict(is_alpha=False, is_punct=False, is_space=False),
),
context_opts=co_occurrence.ContextOpts(context_width=4,
ignore_concept=True,
partition_keys=['document_id'],
processes=None),
global_threshold_count=1,
tagged_corpus_source=tagged_corpus_source,
).value()
assert bundle.corpus is not None
assert bundle.token2id is not None
assert bundle.document_index is not None
bundle.tag = corpus_tag
bundle.folder = target_folder
bundle.co_occurrences = bundle.corpus.to_co_occurrences(bundle.token2id)
bundle.store()
shutil.rmtree(bundle.folder, ignore_errors=True)
shutil.rmtree(tagged_corpus_source, ignore_errors=True)
shutil.rmtree(config.checkpoint_opts.feather_folder, ignore_errors=True)
def test_spaCy_co_occurrence_pipeline(config: pipeline.CorpusConfig):
os.makedirs('./tests/output', exist_ok=True)
tagged_corpus_source: str = "./tests/test_data/legal_instrument_five_docs_test_pos_csv.zip"
target_filename = './tests/output/SSI-co-occurrence-JJVBNN-window-9.csv'
if os.path.isfile(target_filename):
os.remove(target_filename)
# .folder(folder='./tests/test_data')
pos_scheme: utility.PoS_Tag_Scheme = utility.PoS_Tag_Schemes.Universal
transform_opts: corpora.TokensTransformOpts = corpora.TokensTransformOpts()
extract_opts: corpora.ExtractTaggedTokensOpts = corpora.ExtractTaggedTokensOpts(
lemmatize=True,
pos_includes=utility.pos_tags_to_str(pos_scheme.Adjective +
pos_scheme.Verb +
pos_scheme.Noun),
pos_paddings=utility.pos_tags_to_str(pos_scheme.Conjunction),
**config.pipeline_payload.tagged_columns_names,
filter_opts=dict(is_punct=False),
)
context_opts: co_occurrence.ContextOpts = co_occurrence.ContextOpts(
context_width=4,
partition_keys=['document_id'],
)
global_threshold_count: int = 1
value: co_occurrence.Bundle = spaCy_co_occurrence_pipeline(
corpus_config=config,
corpus_source=config.pipeline_payload.source,
transform_opts=transform_opts,
context_opts=context_opts,
extract_opts=extract_opts,
global_threshold_count=global_threshold_count,
tagged_corpus_source=tagged_corpus_source,
).value()
value.co_occurrences.to_csv(target_filename, sep='\t')
assert os.path.isfile(target_filename)
os.remove(target_filename)
def run_workflow():
corpus_config = pipeline.CorpusConfig.load(CONFIG_FILENAME) # .folders(DATA_FOLDER)
# corpus_config.pipeline_payload.files(source=CORPUS_FILENAME, document_index_source=None)
# corpus_config.checkpoint_opts.deserialize_processes = 3
transform_opts: corpora.TokensTransformOpts = corpora.TokensTransformOpts(
to_lower=False,
to_upper=False,
min_len=1,
max_len=None,
remove_accents=False,
remove_stopwords=False,
stopwords=None,
extra_stopwords=None,
language='swedish',
keep_numerals=True,
keep_symbols=True,
only_alphabetic=False,
only_any_alphanumeric=False,
)
extract_opts: corpora.ExtractTaggedTokensOpts = corpora.ExtractTaggedTokensOpts(
pos_includes=None,
pos_excludes=None,
pos_paddings=None,
lemmatize=True,
append_pos=False,
global_tf_threshold=1,
global_tf_threshold_mask=False,
**corpus_config.pipeline_payload.tagged_columns_names,
)
engine_args = {
'n_topics': 4,
'passes': 1,
'random_seed': 42,
'alpha': 'symmetric',
'workers': 1,
'max_iter': 500,
'work_folder': './tests/output/',
}
extract_opts = "lemma"
transform_opts = None
_ = (
CorpusPipeline(config=corpus_config)
.load_id_tagged_frame(
folder=CORPUS_FOLDER,
file_pattern='**/prot-*.feather',
id_to_token=True,
)
.tagged_frame_to_tokens(
extract_opts=extract_opts,
transform_opts=transform_opts,
)
.to_topic_model(
target_mode="both",
target_folder="./tests/output",
target_name="APA",
engine="gensim_lda-multicore",
engine_args=engine_args,
store_corpus=True,
store_compressed=True,
)
).value()
def run_workflow():
corpus_config = pipeline.CorpusConfig.load(CONFIG_FILENAME).folders(DATA_FOLDER)
corpus_config.pipeline_payload.files(source=CORPUS_FILENAME, document_index_source=None)
corpus_config.checkpoint_opts.deserialize_processes = 4
compute_opts = ComputeOpts(
corpus_type=pipeline.CorpusType.SparvCSV,
corpus_source=CORPUS_FILENAME,
target_folder=jj(OUTPUT_FOLDER, 'APA'),
corpus_tag='APA',
transform_opts=corpora.TokensTransformOpts(
to_lower=True,
to_upper=False,
min_len=1,
max_len=None,
remove_accents=False,
remove_stopwords=False,
stopwords=None,
extra_stopwords=None,
language='swedish',
keep_numerals=True,
keep_symbols=True,
only_alphabetic=False,
only_any_alphanumeric=False,
),
text_reader_opts=corpora.TextReaderOpts(
filename_pattern='*.csv',
filename_filter=None,
filename_fields=[
'year:prot\\_(\\d{4}).*',
'year2:prot_\\d{4}(\\d{2})__*',
'number:prot_\\d+[afk_]{0,4}__(\\d+).*',
],
index_field=None,
as_binary=False,
sep='\t',
quoting=3,
),
extract_opts=corpora.ExtractTaggedTokensOpts(
pos_includes='NN|PM',
pos_excludes='MAD|MID|PAD',
pos_paddings='AB|DT|HA|HD|HP|HS|IE|IN|JJ|KN|PC|PL|PN|PP|PS|RG|RO|SN|UO|VB',
lemmatize=True,
append_pos=False,
global_tf_threshold=1,
global_tf_threshold_mask=False,
**corpus_config.pipeline_payload.tagged_columns_names,
),
vectorize_opts=corpora.VectorizeOpts(
already_tokenized=True,
lowercase=False,
stop_words=None,
max_df=1.0,
min_df=1,
min_tf=1,
),
tf_threshold=1,
tf_threshold_mask=False,
create_subfolder=True,
persist=True,
context_opts=ContextOpts(
context_width=2,
concept=set(['kammare']),
ignore_concept=False,
partition_keys=['document_name'],
processes=4,
chunksize=10,
),
enable_checkpoint=False,
force_checkpoint=False,
)
_ = workflow.compute(
args=compute_opts,
corpus_config=corpus_config,
tagged_corpus_source=jj(OUTPUT_FOLDER, 'test.zip'),
)
def main(
config_filename: Optional[str] = None,
corpus_source: Optional[str] = None,
train_corpus_folder: Optional[str] = None,
trained_model_folder: Optional[str] = None,
target_mode: Literal['train', 'predict', 'both'] = 'both',
target_folder: Optional[str] = None,
target_name: Optional[str] = None,
lemmatize: bool = True,
pos_includes: str = '',
pos_excludes: str = '',
to_lower: bool = True,
max_tokens: int = None,
tf_threshold: int = None,
remove_stopwords: Optional[str] = None,
min_word_length: int = 2,
max_word_length: int = None,
keep_symbols: bool = False,
keep_numerals: bool = False,
alpha: str = 'asymmetric',
chunk_size: int = 2000,
engine: str = "gensim_lda-multicore",
max_iter: int = None,
minimum_probability: float = None,
n_topics: int = 50,
passes: int = None,
per_word_topics: bool = False,
random_seed: int = None,
update_every: int = 1,
workers: int = None,
store_corpus: bool = True,
store_compressed: bool = True,
only_any_alphanumeric: bool = False,
only_alphabetic: bool = False,
fix_hyphenation: bool = True,
fix_accents: bool = True,
enable_checkpoint: bool = True,
force_checkpoint: bool = False,
passthrough_column: Optional[str] = None,
):
if not config_filename or not os.path.isfile(config_filename):
click.echo("error: config file not specified/found")
raise sys.exit(1)
if target_name is None:
click.echo("error: target_name not specified")
raise sys.exit(1)
if target_mode == 'predict' and not InferredModel.exists(
trained_model_folder):
click.echo("error: trained model folder not specified")
raise sys.exit(1)
config: pipeline.CorpusConfig = load_config(config_filename, corpus_source)
if corpus_source is None and config.pipeline_payload.source is None:
click.echo("usage: corpus source must be specified")
sys.exit(1)
if not config.pipeline_key_exists("topic_modeling_pipeline"):
click.echo("config error: `topic_modeling_pipeline` not specified")
sys.exit(1)
text_transform_opts: pc.TextTransformOpts = pc.TextTransformOpts()
if fix_accents:
text_transform_opts.fix_accents = True
if fix_hyphenation:
"""Replace default dehyphen function"""
# fix_hyphens: Callable[[str], str] = (
# remove_hyphens_fx(config.text_reader_opts.dehyphen_expr)
# if config.text_reader_opts.dehyphen_expr is not None
# else remove_hyphens
# )
text_transform_opts.fix_hyphenation = False
text_transform_opts.extra_transforms.append(pc.remove_hyphens)
transform_opts: pc.TokensTransformOpts = pc.TokensTransformOpts(
to_lower=to_lower,
to_upper=False,
min_len=min_word_length,
max_len=max_word_length,
remove_accents=False,
remove_stopwords=(remove_stopwords is not None),
stopwords=None,
extra_stopwords=None,
language=remove_stopwords,
keep_numerals=keep_numerals,
keep_symbols=keep_symbols,
only_alphabetic=only_alphabetic,
only_any_alphanumeric=only_any_alphanumeric,
)
extract_opts: pc.ExtractTaggedTokensOpts = pc.ExtractTaggedTokensOpts(
lemmatize=lemmatize,
pos_includes=pos_includes,
pos_excludes=pos_excludes,
**config.pipeline_payload.tagged_columns_names,
)
if passthrough_column is not None:
extract_opts: str = passthrough_column
text_transform_opts: pc.TextTransformOpts = None
transform_opts: pc.TokensTransformOpts = None
engine_args: dict = remove_none(
dict(
alpha=alpha,
chunk_size=chunk_size,
max_iter=max_iter,
minimum_probability=minimum_probability,
n_topics=n_topics,
passes=passes,
per_word_topics=per_word_topics,
random_seed=random_seed,
update_every=update_every,
work_folder=os.path.join(target_folder, target_name),
workers=workers,
))
_: dict = config.get_pipeline(
pipeline_key="topic_modeling_pipeline",
config=config,
corpus_source=corpus_source,
train_corpus_folder=train_corpus_folder,
trained_model_folder=trained_model_folder,
target_mode=target_mode,
target_folder=target_folder,
target_name=target_name,
text_transform_opts=text_transform_opts,
extract_opts=extract_opts,
transform_opts=transform_opts,
engine=engine,
engine_args=engine_args,
store_corpus=store_corpus,
store_compressed=store_compressed,
enable_checkpoint=enable_checkpoint,
force_checkpoint=force_checkpoint,
).value()
def debug_main(
config_filename: str = None,
target_name: str = None,
corpus_source: str = None,
train_corpus_folder: str = None,
target_folder: str = None,
fix_hyphenation: bool = True,
fix_accents: bool = True,
lemmatize: bool = True,
pos_includes: str = '',
pos_excludes: str = '',
to_lower: bool = True,
remove_stopwords: str = None,
min_word_length: int = 2,
max_word_length: int = None,
keep_symbols: bool = False,
keep_numerals: bool = False,
only_any_alphanumeric: bool = False,
only_alphabetic: bool = False,
max_tokens: int = None,
alpha: str = 'asymmetric',
chunk_size: int = 2000,
engine: str = "gensim_lda-multicore",
max_iter: int = None,
minimum_probability: float = None,
n_topics: int = 50,
passes: int = None,
per_word_topics: bool = False,
random_seed: int = None,
update_every: int = 1,
workers: int = None,
store_corpus: bool = True,
store_compressed: bool = True,
passthrough_column: str = None,
):
config: pipeline.CorpusConfig = load_config(config_filename, corpus_source)
if passthrough_column is None:
text_transform_opts: pc.TextTransformOpts = pc.TextTransformOpts()
if fix_accents:
text_transform_opts.fix_accents = True
if fix_hyphenation:
"""Replace default dehyphen function"""
# fix_hyphens: Callable[[str], str] = (
# remove_hyphens_fx(config.text_reader_opts.dehyphen_expr)
# if config.text_reader_opts.dehyphen_expr is not None
# else remove_hyphens
# )
text_transform_opts.fix_hyphenation = False
text_transform_opts.extra_transforms.append(pc.remove_hyphens)
transform_opts: pc.TokensTransformOpts = pc.TokensTransformOpts(
to_lower=to_lower,
to_upper=False,
min_len=min_word_length,
max_len=max_word_length,
remove_accents=False,
remove_stopwords=(remove_stopwords is not None),
stopwords=None,
extra_stopwords=None,
language=remove_stopwords,
keep_numerals=keep_numerals,
keep_symbols=keep_symbols,
only_alphabetic=only_alphabetic,
only_any_alphanumeric=only_any_alphanumeric,
)
extract_opts = pc.ExtractTaggedTokensOpts(
lemmatize=lemmatize,
pos_includes=pos_includes,
pos_excludes=pos_excludes,
).set_numeric_names()
else:
# extract_opts: str = passthrough_column
text_transform_opts: pc.TextTransformOpts = None
# transform_opts: penelope.TokensTransformOpts = None
engine_args = remove_none({
'n_topics':
n_topics,
'passes':
passes,
'random_seed':
random_seed,
'alpha':
alpha,
'workers':
workers,
'max_iter':
max_iter,
'work_folder':
os.path.join(target_folder, target_name),
'chunk_size':
chunk_size,
'update_every':
2,
})
vectorize_opts: VectorizeOpts = VectorizeOpts(
already_tokenized=True,
max_tokens=max_tokens,
lowercase=False,
)
corpus_source: str = corpus_source or config.pipeline_payload.source
_: dict = from_id_tagged_frame_pipeline(
corpus_config=config,
corpus_source=corpus_source,
file_pattern='**/*.feather',
extract_opts=extract_opts,
transform_opts=transform_opts,
vectorize_opts=vectorize_opts,
target_name=target_name,
train_corpus_folder=train_corpus_folder,
target_folder=target_folder,
engine=engine,
engine_args=engine_args,
store_corpus=store_corpus,
store_compressed=store_compressed,
).value()
def main(
corpus_source: str = None,
config_filename: str = None,
model_folder: str = None,
model_name: str = None,
target_name: str = None,
target_folder: str = None,
lemmatize: bool = True,
pos_includes: str = '',
pos_excludes: str = '',
to_lower: bool = True,
remove_stopwords: str = None,
min_word_length: int = 2,
max_word_length: int = None,
keep_symbols: bool = False,
keep_numerals: bool = False,
only_any_alphanumeric: bool = False,
only_alphabetic: bool = False,
minimum_probability: float = 0.001,
n_tokens: int = 200,
enable_checkpoint: bool = True,
force_checkpoint: bool = False,
):
config: pipeline.CorpusConfig = pipeline.CorpusConfig.load(
path=config_filename)
transform_opts: penelope.TokensTransformOpts = penelope.TokensTransformOpts(
to_lower=to_lower,
to_upper=False,
min_len=min_word_length,
max_len=max_word_length,
remove_accents=False,
remove_stopwords=(remove_stopwords is not None),
stopwords=None,
extra_stopwords=None,
language=remove_stopwords,
keep_numerals=keep_numerals,
keep_symbols=keep_symbols,
only_alphabetic=only_alphabetic,
only_any_alphanumeric=only_any_alphanumeric,
)
extract_opts = penelope.ExtractTaggedTokensOpts(
lemmatize=lemmatize,
pos_includes=pos_includes,
pos_excludes=pos_excludes,
**config.pipeline_payload.tagged_columns_names,
)
tag, folder = workflow(
config=config,
model_name=model_name,
model_folder=model_folder,
target_name=target_name,
target_folder=target_folder,
corpus_source=corpus_source,
extract_opts=extract_opts,
transform_opts=transform_opts,
minimum_probability=minimum_probability,
n_tokens=n_tokens,
enable_checkpoint=enable_checkpoint,
force_checkpoint=force_checkpoint,
)
logger.info(f"Done! Model {tag} stored in {folder}")