def rename(
ds,
old_values_to_new_values,
logger: cli.logging.Logger,
status_update: t.Optional[str],
):
concepts = ds["ParameterTable"]
for table in ds.tables:
if table == concepts:
continue
_, component = table.common_props["dc:conformsTo"].split("#")
try:
c_concept = ds[component, "parameterReference"]
columns = {c_concept.name}
except KeyError:
columns = set()
for reference in table.tableSchema.foreignKeys:
if reference.reference.resource.string == concepts.url.string:
(column, ) = reference.columnReference
columns.add(column)
if columns:
logger.info(f"Changing columns {columns:} in {component:}…")
ds.write(
**{
component: [
substitute_many(
r,
columns,
old_values_to_new_values,
status_update=status_update,
) for r in table
]
})
def on_form_not_found(
self,
form: t.Dict[str, t.Any],
cell_identifier: t.Optional[str] = None,
language_id: t.Optional[str] = None,
logger: cli.logging.Logger = cli.logger,
) -> bool:
"""Should I add a missing object? No, but inform the user.
Send a warning (ObjectNotFoundWarning) reporting the missing object and cell.
Returns
=======
False: The object should not be added.
"""
rep = form.get("cldf_id", repr(form))
logger.warning(
f"Unable to find form {rep} in cell {cell_identifier} in the dataset. "
f"This cognate judgement was skipped. "
f"Please make sure that the form is present in forms.csv or in the file "
f"used for the Wordlist importation.")
# Do a fuzzy search
for row in self.db.find_db_candidates(form,
self.check_for_match,
edit_dist_threshold=4):
logger.info(f"Did you mean {row} ?")
return False
def check_id_format(dataset: pycldf.Dataset,
logger: cli.logging.Logger = cli.logger):
correct = True
for table in dataset.tables:
# Every table SHOULD have an ID column
try:
id_column = dataset[table, "id"]
except KeyError:
log_or_raise("Table %s has no identifier column.", logger)
correct = False
continue
# All IDs SHOULD be [a-zA-Z0-9_-]+
datatype = id_column.datatype
if datatype.base == "string":
if not datatype.format:
correct = False
log_or_raise(
f"Table {table.url} has an unconstrained ID column {id_column.name}. Consider setting "
f"its format to [a-zA-Z0-9_-]+ and/or running `lexedata.edit.simplify_ids`.",
logger,
)
else:
if datatype.format not in {
"[a-zA-Z0-9_\\-]+",
"[a-zA-Z0-9_-]+",
"[a-zA-Z0-9\\-_]+",
"[a-z0-9_]+",
}:
log_or_raise(
f"Table {table.url} has a string ID column {id_column.name} with format {datatype.format}. "
f"I am too dumb to check whether that's a subset of [a-zA-Z0-9_-]+ (which is fine) "
f"or not (in which case maybe change it).",
logger,
)
elif datatype.base == "integer":
logger.info(
"Table %s has integer ID column %s. This is okay, I hope I will not mess it up.",
table.url,
id_column.name,
)
# IDs should be primary keys and primary keys IDs (not official part of the CLDF specs)
if table.tableSchema.primaryKey != [id_column.name]:
log_or_raise(
f"Table {table.url} has ID column {id_column.name}, but primary key {table.tableSchema.primaryKey}",
logger,
)
correct = False
return correct
def clean_forms(
table: t.Iterable[R],
form_column_name="form",
variants_column_name="variants",
split_at=[",", ";"],
split_at_and_keep=["~"],
logger: cli.logging.Logger = cli.logger,
) -> t.Iterator[R]:
"""Split all forms that contain separators into form+variants.
>>> for row in clean_forms([
... {'F': 'a ~ æ', 'V': []},
... {'F': 'bə-, be-', 'V': ['b-']}],
... "F", "V"):
... print(row)
{'F': 'a', 'V': ['~æ']}
{'F': 'bə-', 'V': ['b-', 'be-']}
"""
for r, row in enumerate(table):
forms = [("", row[form_column_name])]
for separator in split_at:
forms = [("", form.strip()) for _, chunk in forms
for form in chunk.split(separator)]
for separator in split_at_and_keep:
forms = [(first_separator if f == 0 else separator, form.strip())
for first_separator, chunk in forms
for f, form in enumerate(chunk.split(separator))]
if len(forms) > 1:
logger.info(
"Line %d: Split form '%s' into %d elements.",
r,
row[form_column_name],
len(forms),
)
if forms[0][0]:
logger.warn(
"First element was marked as variant using %s, ignoring the marker",
forms[0][0],
)
row[form_column_name] = forms[0][1]
row[variants_column_name].extend(
[f"{separator}{form}" for separator, form in forms[1:]])
yield row
def replace_column(
dataset: pycldf.Dataset,
original: str,
replacement: str,
column_replace: bool,
smush: bool,
status_update: t.Optional[str],
logger: cli.logging.Logger = cli.logger,
) -> None:
# add Status_column if not existing and status update given
if status_update:
add_status_column_to_table(dataset=dataset,
table_name="ParameterTable")
if column_replace:
assert (
original == "id"
or original == dataset["ParameterTable", "id"].name
), f"Replacing an entire column is only meaningful when you change the #id column ({dataset['ParameterTable', 'id'].name}) of the ConceptTable."
c_id = dataset["ParameterTable", original].name
c_new = dataset["ParameterTable", replacement].name
mapping = {
concept[c_id]: concept[c_new]
for concept in dataset["ParameterTable"]
}
assert smush or len(mapping) == len(
set(mapping.values())
), "Would collapse some concepts that were distinct before! Add '--smush' if that is intended."
# dataset["ParameterTable"].tableSchema.columns["c_id"]
rename(dataset, mapping, logger, status_update=status_update)
else:
concepts = dataset["ParameterTable"]
c_id = dataset["ParameterTable", "id"].name
logger.info(f"Changing {c_id:} of ParameterTable…")
dataset.write(ParameterTable=[
substitute_many(r, [c_id], {original: replacement},
status_update=None) for r in concepts
])
rename(dataset, {original: replacement},
logger,
status_update=status_update)
def import_cognates_from_excel(
ws: openpyxl.worksheet.worksheet.Worksheet,
dataset: pycldf.Dataset,
extractor: re.Pattern = re.compile("/(?P<ID>[^/]*)/?$"),
logger: cli.logging.Logger = cli.logger,
) -> None:
logger.info("Loading sheet…")
logger.info(
f"Importing cognate sets from sheet {ws.title}, into {dataset.tablegroup._fname}…"
)
row_header, _ = header_from_cognate_excel(ws, dataset, logger=logger)
excel_parser_cognate = CognateEditParser(
dataset,
top=2,
# When the dataset has cognateset comments, that column is not a header
# column, so this value is one higher than the actual number of header
# columns, so actually correct for the 1-based indices. When there is
# no comment column, we need to compensate for the 1-based Excel
# indices.
cellparser=cell_parsers.CellParserHyperlink(dataset,
extractor=extractor),
row_header=row_header,
check_for_language_match=[dataset["LanguageTable", "name"].name],
check_for_match=[dataset["FormTable", "id"].name],
check_for_row_match=[dataset["CognatesetTable", "id"].name],
)
excel_parser_cognate.db.cache_dataset()
excel_parser_cognate.db.drop_from_cache("CognatesetTable")
excel_parser_cognate.db.drop_from_cache("CognateTable")
logger.info("Parsing cognate Excel…")
excel_parser_cognate.parse_cells(ws, status_update=None)
excel_parser_cognate.db.write_dataset_from_cache(
["CognateTable", "CognatesetTable"])
def cache_dataset(self, logger: cli.logging.Logger = cli.logger):
logger.info("Caching dataset into memory…")
for table in self.dataset.tables:
table_type = (table.common_props.get("dc:conformsTo", "").rsplit(
"#", 1)[1] or table.url)
(id, ) = table.tableSchema.primaryKey
# Extent may be wrong, but it's usually at least roughly correct
# and a better indication of the table size than none at all.
try:
self.cache[table_type] = {
row[id]: row
for row in cli.tq(
table,
task="Cache the dataset",
total=table.common_props.get("dc:extent"),
)
}
except FileNotFoundError:
self.cache[table_type] = {}
for source in self.dataset.sources:
self.source_ids.add(source.id)
def filter(
table: t.Iterable[R],
column: str,
filter: re.Pattern,
invert: bool = False,
logger: cli.logging.Logger = cli.logger,
) -> t.Iterator[R]:
"""Return all rows matching a filter
Match the filter regular expression and return all rows in the table where
the filter matches the column. (Or all where it does not, if invert==True.)
>>> list(filter([
... {"C": "A"},
... {"C": "An"},
... {"C": "T"},
... {"C": "E"},
... ], "C", re.compile("A"), invert=True))
[{'C': 'T'}, {'C': 'E'}]
"""
n_row = 0
n_included = 0
for row in table:
n_row += 1
# TODO: Treat list-valued columns better.
string = str(row[column])
row_matches = bool(filter.search(string))
if row_matches ^ invert:
n_included += 1
yield row
logger.info(
"Filtered %d rows down to %d (%1.0f%%)",
n_row,
n_included,
n_included / n_row * 100,
)
def add_concepticon_definitions(
dataset: pycldf.Dataset,
column_name: str = "Concepticon_Definition",
logger: cli.logging.Logger = cli.logger,
) -> None:
concepticon_ids = dataset.column_names.parameters.concepticonReference
if concepticon_ids is None:
logger.error(
"Your concepts table has no #concepticonReference column, so I cannot add any definitions from Concepticon to it. Try running lexedata.edit.add_concepticon to have me guess those references."
)
return
# Create a concepticon_definition column
try:
dataset["ParameterTable", column_name]
logger.info("Overwriting existing {:} column in concepts table".format(
column_name))
except KeyError:
dataset.add_columns("ParameterTable", column_name)
dataset.write_metadata()
# Now if this throws an exception, it's an unexpected exception.
# write concepticon definitions
write_back = []
for row in cli.tq(
dataset["ParameterTable"],
task="Write concepts with concepticon definitions to dataset",
):
try:
row[column_name] = concepticon.api.conceptsets[
row[concepticon_ids]].definition
except KeyError:
pass
write_back.append(row)
dataset.write(ParameterTable=write_back)
def update_ids(
ds: pycldf.Dataset,
table: csvw.metadata.Table,
mapping: t.Mapping[str, str],
logger: cli.logging.Logger = cli.logger,
):
"""Update all IDs of the table in the database, also in foreign keys, according to mapping."""
c_id = table.get_column("http://cldf.clld.org/v1.0/terms.rdf#id")
rows = []
for row in cli.tq(
ds[table],
task=f"Updating ids of {table.url.string}",
total=ds[table].common_props.get("dc:extent"),
):
row[c_id.name] = mapping.get(row[c_id.name], row[c_id.name])
rows.append(row)
logger.info(f"Writing {table.url.string} back to file…")
table.write(rows)
c_id.datatype.format = ID_FORMAT.pattern
foreign_keys_to_here = {
other_table.url.string: {
foreign_key.columnReference[
foreign_key.reference.columnReference.index(c_id.name)]
for foreign_key in other_table.tableSchema.foreignKeys
if foreign_key.reference.resource == table.url
if c_id.name in foreign_key.reference.columnReference
}
for other_table in ds.tables
}
for other_table, columns in foreign_keys_to_here.items():
if not columns:
continue
logger.info(
f"Applying changed foreign key to columns {columns:} in {other_table:}…"
)
rows = []
for row in cli.tq(
ds[other_table],
total=ds[other_table].common_props.get("dc:extent"),
task="Replacing changed IDs",
):
for column in columns:
# TODO: is this enough to handle columns with a separator? like parameterReference in forms table
if isinstance(row[column], list):
row[column] = [mapping.get(v, v) for v in row[column]]
else:
row[column] = mapping.get(row[column], row[column])
rows.append(row)
logger.info(f"Writing {other_table} back to file…")
ds[other_table].write(rows)
for column in columns:
ds[other_table, column].datatype = c_id.datatype
def update_integer_ids(
ds: pycldf.Dataset,
table: csvw.metadata.Table,
logger: cli.logging.Logger = cli.logger,
):
"""Update all IDs of the table in the database, also in foreign keys."""
c_id = table.get_column("http://cldf.clld.org/v1.0/terms.rdf#id")
max_id = 0
no_integer_rows: t.Set[str] = set()
# logger.info("Checking IDs that are already integers…")
for row in cli.tq(
ds[table],
task="Checking IDs that are already integers…",
total=ds[table].common_props.get("dc:extent"),
):
try:
max_id = max(int(row[c_id.name]), max_id)
except ValueError:
no_integer_rows.add(row[c_id.name])
logger.info("Adding integer IDs to other rows…")
mapping: t.Dict[str, int] = dict()
rows: t.List[t.Dict[str, t.Any]] = []
for row in cli.tq(
ds[table],
task="Updating integer ids",
total=ds[table].common_props.get("dc:extent"),
):
original = row[c_id.name]
if row[c_id.name] in no_integer_rows:
max_id += 1
row[c_id.name] = max_id
else:
row[c_id.name] = int(row[c_id.name])
mapping[original] = row[c_id.name]
rows.append(row)
logger.info(f"Writing {table.url.string} back to file…")
table.write(rows)
foreign_keys_to_here = {
other_table.url.string: {
foreign_key.columnReference[
foreign_key.reference.columnReference.index(c_id.name)]
for foreign_key in other_table.tableSchema.foreignKeys
if foreign_key.reference.resource == table.url
if c_id.name in foreign_key.reference.columnReference
}
for other_table in ds.tables
}
for other_table, columns in foreign_keys_to_here.items():
if not columns:
continue
rows = []
for row in cli.tq(
ds[other_table],
task=f"Applying changed foreign key to {other_table}…",
total=ds[other_table].common_props.get("dc:extent"),
):
for column in columns:
# TODO: is this enough to handle columns with a separator? like parameterReference in forms table
if isinstance(row[column], list):
row[column] = [mapping[v] for v in row[column]]
else:
row[column] = mapping[row[column]]
rows.append(row)
for column in columns:
ds[other_table, column].datatype = c_id.datatype
logger.info(f"Writing {other_table} back to file…")
ds[other_table].write(rows)
def read_single_excel_sheet(
dataset: pycldf.Dataset,
sheet: openpyxl.worksheet.worksheet.Worksheet,
logger: cli.logging.Logger = cli.logger,
match_form: t.Optional[t.List[str]] = None,
entries_to_concepts: t.Mapping[str, str] = KeyKeyDict(),
concept_column: t.Optional[str] = None,
ignore_missing: bool = False,
ignore_superfluous: bool = False,
status_update: t.Optional[str] = None,
) -> t.Mapping[str, ImportLanguageReport]:
report: t.Dict[str, ImportLanguageReport] = defaultdict(ImportLanguageReport)
concept_columns: t.Tuple[str, str]
if concept_column is None:
concept_columns = (
dataset["FormTable", "parameterReference"].name,
dataset["FormTable", "parameterReference"].name,
)
else:
concept_columns = (
dataset["FormTable", "parameterReference"].name,
concept_column,
)
db = DB(dataset)
db.cache_dataset()
# required cldf fields of a form
c_f_id = db.dataset["FormTable", "id"].name
c_f_language = db.dataset["FormTable", "languageReference"].name
c_f_form = db.dataset["FormTable", "form"].name
c_f_value = db.dataset["FormTable", "value"].name
c_f_concept = db.dataset["FormTable", "parameterReference"].name
if not match_form:
match_form = [c_f_form, c_f_language]
if not db.dataset["FormTable", c_f_concept].separator:
logger.warning(
"Your metadata does not allow polysemous forms. According to your specifications, "
"identical forms with different concepts will always be considered homophones, not a single "
"polysemous form. To include polysemous forms, add a separator to your FormTable #parameterReference "
"in the Metadata.json To find potential polysemies, run lexedata.report.list_homophones."
)
match_form.append(c_f_concept)
else:
if c_f_concept in match_form:
logger.info(
"Matching by concept enabled: To find potential polysemies, run lexedata.report.list_homophones."
)
sheet_header = get_headers_from_excel(sheet)
form_header = list(db.dataset["FormTable"].tableSchema.columndict.keys())
# These columns don't need to be given, we can infer them from the sheet title and from the other data:
implicit: t.Dict[Literal["languageReference", "id", "value"], str] = {}
if c_f_language not in sheet_header:
implicit["languageReference"] = c_f_language
if c_f_id not in sheet_header:
implicit["id"] = c_f_id
if c_f_value not in sheet_header:
implicit["value"] = c_f_value
found_columns = set(sheet_header) - {concept_column} - set(implicit.values())
expected_columns = set(form_header) - {c_f_concept} - set(implicit.values())
if not found_columns >= expected_columns:
if ignore_missing:
logger.info(
f"Your Excel sheet {sheet.title} is missing columns {expected_columns - found_columns}. "
f"For the newly imported forms, these columns will be left empty in the dataset."
)
else:
raise ValueError(
f"Your Excel sheet {sheet.title} is missing columns {expected_columns - found_columns}. "
f"Clean up your data, or use --ignore-missing-excel-columns to import anyway and leave these "
f"columns empty in the dataset for the newly imported forms."
)
if not found_columns <= expected_columns:
if ignore_superfluous:
logger.info(
f"Your Excel sheet {sheet.title} contained unexpected columns "
f"{found_columns - expected_columns}. These columns will be ignored."
)
else:
raise ValueError(
f"Your Excel sheet {sheet.title} contained unexpected columns "
f"{found_columns - expected_columns}. Clean up your data, or use "
f"--ignore-superfluous-excel-columns to import the data anyway and ignore these columns."
)
# check if language exist
c_l_name = db.dataset["LanguageTable", "name"].name
c_l_id = db.dataset["LanguageTable", "id"].name
language_name_to_language_id = {
row[c_l_name]: row[c_l_id] for row in db.cache["LanguageTable"].values()
}
language_name = normalize_string(sheet.title)
if language_name in language_name_to_language_id:
language_id = language_name_to_language_id[language_name]
report[language_id].is_new_language = False
else:
language_id = language_name
report[language_id].is_new_language = True
# read new data from sheet
for form in cli.tq(
import_data_from_sheet(
sheet,
sheet_header=sheet_header,
implicit=implicit,
language_id=language_id,
concept_column=concept_columns,
),
task=f"Parsing cells of sheet {sheet.title}",
total=sheet.max_row,
):
# if concept not in dataset, don't add form
try:
concept_entry = form[c_f_concept]
entries_to_concepts[concept_entry]
except KeyError:
logger.warning(
f"Concept {concept_entry} was not found. Please add it to the concepts.csv file manually. "
f"The corresponding form was ignored and not added to the dataset."
)
report[language_id].skipped += 1
continue
# else, look for candidates, link to existing form or add new form
for item, value in form.items():
try:
sep = db.dataset["FormTable", item].separator
except KeyError:
continue
if sep is None:
continue
form[item] = value.split(sep)
form_candidates = db.find_db_candidates(form, match_form)
if form_candidates:
new_concept_added = False
for form_id in form_candidates:
logger.info(f"Form {form[c_f_value]} was already in dataset.")
if db.dataset["FormTable", c_f_concept].separator:
for new_concept in form[c_f_concept]:
if (
new_concept
not in db.cache["FormTable"][form_id][c_f_concept]
):
db.cache["FormTable"][form_id][c_f_concept].append(
new_concept
)
logger.info(
f"New form-concept association: Concept {form[c_f_concept]} was added to existing form "
f"{form_id}. If this was not intended "
f"(because it is a homophonous form, not a polysemy), "
f"you need to manually remove that concept from the old form in forms.csv "
f"and create a separate new form. If you want to treat identical forms "
f"as homophones in general, add "
f"--match-forms={' '.join(match_form)}, "
f"{db.dataset['FormTable', 'parameterReference']} "
f"when you run this script."
)
new_concept_added = True
break
if new_concept_added:
report[language_id].concepts += 1
else:
report[language_id].existing += 1
else:
# we land here after the break and keep adding existing forms to the dataset just with integer in id +1
form[c_f_language] = language_id
if "id" in implicit:
# TODO: check for type of form id column
form_concept = form[c_f_concept]
concept_reference = (
form_concept[0] if isinstance(form_concept, list) else form_concept
)
form[c_f_id] = string_to_id(f"{form[c_f_language]}_{concept_reference}")
db.make_id_unique(form)
if status_update:
form["Status_Column"] = status_update
db.insert_into_db(form)
report[language_id].new += 1
# write to cldf
db.write_dataset_from_cache()
return report
def add_metadata(fname: Path, logger: cli.logging.Logger = cli.logger):
if fname.name != "forms.csv":
cli.Exit.CLI_ARGUMENT_ERROR(
"A metadata-free Wordlist must be in a file called 'forms.csv'.")
default_wordlist = TableGroup.from_file(
pycldf.util.pkg_path("modules", "Wordlist-metadata.json"))
default_wordlist._fname = fname.with_name("Wordlist-metadata.json")
ds = pycldf.Wordlist(default_wordlist)
# `from_data` checks that the reqired columns of the FormTable are present,
# but it does not consolidate the columns further.
colnames = next(iterrows(fname))
understood_colnames = {
c.name
for c in ds[ds.primary_table].tableSchema.columns if c.name in colnames
}
more_columns = {
c.propertyUrl.uri: c
for c in ds[ds.primary_table].tableSchema.columns
if c.name not in understood_colnames
}
logger.info(
"CLDF freely understood the columns %s in your forms.csv.",
sorted(understood_colnames),
)
# Consider the columns that were not understood.
columns_without_metadata = set(colnames) - understood_colnames
for column_name in columns_without_metadata:
column: Column
# Maybe they are known CLDF properties?
if column_name in pycldf.terms.TERMS:
column = pycldf.TERMS[column_name].to_column()
# Maybe they are CLDF default column names?
elif column_name in DEFAULT_NAME_COLUMNS:
column = DEFAULT_NAME_COLUMNS[column_name]
# Maybe they are columns that Lexedata knows to handle?
elif column_name in LEXEDATA_COLUMNS:
column = LEXEDATA_COLUMNS[column_name]
# Maybe they are columns inherited from LingPy?
elif column_name.upper() in LINGPY_COLUMNS:
column = LINGPY_COLUMNS[column_name.upper()]
# Maybe they are some name we have seen before?
elif column_name in OTHER_KNOWN_COLUMNS:
column = OTHER_KNOWN_COLUMNS[column_name]
else:
# TODO: Maybe they look like they have a specific type?
...
# Otherwise, they are probably just text to be kept.
column = Column(
datatype=Datatype(base="string"),
default="",
null=[""],
name=column_name,
)
column.name = column_name
ds[ds.primary_table].tableSchema.columns.append(column)
summary = column.propertyUrl or column.datatype
logger.info(f"Column {column_name} seems to be a {summary} column.")
if column.propertyUrl:
to_be_replaced = more_columns.pop(column.propertyUrl.uri, None)
if to_be_replaced is not None:
ds[ds.primary_table].tableSchema.columns.remove(to_be_replaced)
for column in more_columns.values():
logger.info(
f"Also added column {column.name}, as expected for a FormTable.")
ds[ds.primary_table].tableSchema.columns.sort(
key=lambda k: colnames.index(k.name) if k.name in colnames else 1e10)
# TODO: Once lexedata is properly published, we can give a better URL.
ds.properties["dc:contributor"] = [
"https://github.com/Anaphory/lexedata/blob/master/src/lexedata/edit/add_metadata.py"
]
return ds
def merge_forms(
data: types.Wordlist[types.Language_ID, types.Form_ID, types.Parameter_ID,
types.Cognate_ID, types.Cognateset_ID, ],
mergers: t.Mapping[str, Merger],
homophone_groups: t.MutableMapping[types.Form_ID,
t.Sequence[types.Form_ID]],
logger: cli.logging.Logger = cli.logger,
) -> t.Iterable[types.Form]:
"""Merge forms from a dataset.
TODO: Construct an example that shows that the order given in
`homophone_groups` is maintained.
Side Effects
============
Changes homophone_groups:
Groups that are skipped are removed
"""
merge_targets = {
variant: target
for target, variants in homophone_groups.items()
for variant in variants
}
for target in homophone_groups:
assert merge_targets[target] == target
c_f_id = data["FormTable", "id"].name
buffer: t.Dict[types.Form_ID, types.Form] = {}
unknown = set()
form: types.Form
for form in cli.tq(
data["FormTable"],
task="Going through forms and merging",
logger=logger,
total=data["FormTable"].common_props.get("dc:extent"),
):
id: types.Form_ID = form[c_f_id]
buffer[id] = form
if id in merge_targets:
unknown.add(id)
target_id = merge_targets[id]
group = homophone_groups[target_id]
if all(i in buffer for i in group):
try:
buffer[target_id] = merge_group(
[buffer[i] for i in group],
buffer[target_id].copy(), # type: ignore
mergers,
data,
logger,
)
for i in group:
if i != target_id:
del buffer[i]
except Skip:
logger.info(
f"Merging form {id} with forms {[f[c_f_id] for f in group]} was skipped."
)
del homophone_groups[id]
pass
for i in group:
unknown.remove(i)
for f in list(buffer):
if f in unknown:
break
yield buffer.pop(f)
def __init__(
self,
dataset: pycldf.Dataset,
element_semantics: t.Iterable[t.Tuple[str, str, str, bool]] = [
# ("[", "]", "phonetic", True),
("<", ">", "form", True),
# ("/", "/", "phonemic", True),
("(", ")", "comment", False),
("{", "}", "source", False),
],
separation_pattern: str = r"([;,])",
variant_separator: t.Optional[t.List[str]] = ["~", "%"],
add_default_source: t.Optional[str] = "{1}",
logger: cli.logging.Logger = cli.logger,
):
super().__init__(dataset)
# Colums implied by element semantics
self.bracket_pairs = {
start: end
for start, end, _, _ in element_semantics
}
self.element_semantics = {
start: (term, transcription)
for start, _, term, transcription in element_semantics
}
for start, end, term, transcription in element_semantics:
# Ensure that all terms required by the element semantics are fields we can write to.
self.cc(short=term, long=("FormTable", term), dataset=dataset)
assert self.transcriptions, (
"Your metadata json file and your cell parser don’t match: Your cell parser "
f"{self.__class__.__name__} expects to work with transcriptions "
"(at least one of 'orthographic', 'phonemic', and 'phonetic') to derive a #form "
"in #FormTable, but your metadata defines no such column.")
# Colums necessary for word list
self.cc(short="source", long=("FormTable", "source"), dataset=dataset)
self.cc(short="comment",
long=("FormTable", "comment"),
dataset=dataset)
try:
self.comment_separator = dataset["FormTable",
"comment"].separator or "\t"
except KeyError:
logger.info("No #comment column found.")
self.comment_separator = ""
try:
# As long as there is no CLDF term #variants, this will either be
# 'variants' or raise a KeyError. However, it is a transparent
# re-use of an otherwise established idiom in this module, so we
# use this minor overhead.
self.c["variants"] = dataset["FormTable", "variants"].name
except KeyError:
logger.warning(
"No 'variants' column found for FormTable in Wordlist-metadata.json. "
"Form variants will be added to #comment.")
# Other class attributes
self.separation_pattern = separation_pattern
self.variant_separator = variant_separator
self.add_default_source = add_default_source
def load_forms_from_tsv(
dataset: types.Wordlist[
types.Language_ID,
types.Form_ID,
types.Parameter_ID,
types.Cognate_ID,
types.Cognateset_ID,
],
input_file: Path,
logger: cli.logging.Logger = cli.logger,
) -> t.Mapping[int, t.Sequence[t.Tuple[types.Form_ID, range, t.Sequence[str]]]]:
"""
Side effects
============
This function overwrites dataset's FormTable
"""
input = csv.DictReader(
input_file.open(encoding="utf-8"),
delimiter="\t",
)
# These days, all dicts are ordered by default. Still, better make this explicit.
forms = util.cache_table(dataset)
edictor_cognatesets: t.Dict[
int, t.List[t.Tuple[types.Form_ID, range, t.Sequence[str]]]
] = collections.defaultdict(list)
form_table_upper = {
(util.cldf_property(column.propertyUrl) or column.name).upper(): (
util.cldf_property(column.propertyUrl) or column.name
)
for column in dataset["FormTable"].tableSchema.columns
}
form_table_upper.update(
{
"DOCULECT": "languageReference",
"CONCEPT": "parameterReference",
"IPA": "form",
"COGID": "cognatesetReference",
"ALIGNMENT": "alignment",
"TOKENS": "segments",
"CLDF_ID": "id",
"ID": "",
}
)
if "_PARAMETERREFERENCE" in [f.upper() for f in input.fieldnames]:
form_table_upper["_PARAMETERREFERENCE"] = "parameterReference"
form_table_upper["CONCEPT"] = ""
separators: t.MutableMapping[str, t.Optional[str]] = {}
# TODO: What's the logic behind going backwards through this? We are not modifying fieldnames.
for i in range(len(input.fieldnames)):
if i == 0 and input.fieldnames[0] != "ID":
raise ValueError(
"When importing from Edictor, expected the first column to be named 'ID', but found %s",
input.fieldnames["ID"],
)
lingpy = input.fieldnames[i]
try:
input.fieldnames[i] = form_table_upper[lingpy.upper()]
except KeyError:
logger.warning(
"Your edictor file contained a column %s, which I could not interpret.",
lingpy,
)
if input.fieldnames[i] == "cognatesetReference":
separators[input.fieldnames[i]] = " "
elif input.fieldnames[i] == "alignment":
separators[input.fieldnames[i]] = " "
try:
separators[input.fieldnames[i]] = dataset[
"FormTable", input.fieldnames[i]
].separator
except KeyError:
pass
logger.info(
"The header of your edictor file will be interpreted as %s.", input.fieldnames
)
affected_forms: t.Set[types.Form_ID] = set()
for line in cli.tq(
input, task="Importing form rows from edictor…", total=len(forms)
):
# Column "" is the re-named Lingpy-ID column, so the first one.
if not any(line.values()) or line[""].startswith("#"):
# One of Edictor's comment rows, storing settings
continue
for (key, value) in line.items():
value = value.replace("\\!t", "\t").replace("\\!n", "\n")
sep = separators[key]
if sep is not None:
if not value:
line[key] = []
else:
line[key] = value.split(sep)
else:
line[key] = value
affected_forms.add(line["id"])
try:
for segments, cognateset, alignment in extract_partial_judgements(
line["segments"],
line["cognatesetReference"],
line["alignment"],
logger,
):
edictor_cognatesets[cognateset].append(
(line["id"], segments, alignment)
)
forms[line["id"]] = line
except IndexError:
logger.warning(
f"In form with Lingpy-ID {line['']}: Cognateset judgements {line['cognatesetReference']} and alignment {line['alignment']} did not match. At least one morpheme skipped."
)
edictor_cognatesets.pop(0, None)
columns = {
(util.cldf_property(column.propertyUrl) or column.name): column.name
for column in dataset["FormTable"].tableSchema.columns
}
# Deliberately make use of the property of `write` to discard any entries
# that don't correspond to existing columns. Otherwise, we'd still have to
# get rid of the alignment, cognatesetReference and Lingpy-ID columns.
dataset["FormTable"].write(
(
{
columns[property]: value
for property, value in form.items()
if columns.get(property)
}
for form in forms.values()
)
)
return edictor_cognatesets, affected_forms
