def _get_map_for_language(self, language, otherlist=None):
if (language, otherlist) not in self._to_mapping:
if otherlist is not None:
to = []
for item in read_dicts(otherlist):
to.append((item['ID'], item.get('GLOSS', item.get('ENGLISH'))))
else:
mapfile = PKG_PATH.joinpath('data', 'map-{0}.tsv'.format(language))
to = [(cs['ID'], cs['GLOSS']) for cs in read_dicts(mapfile)]
self._to_mapping[(language, otherlist)] = to
return self._to_mapping[(language, otherlist)]
def conceptsets(self):
"""
:returns: `dict` mapping ConceptSet IDs to `Conceptset` instances.
"""
return to_dict(
Conceptset(api=self, **lowercase(d))
for d in read_dicts(self.data_path('concepticon.tsv')))
def map(self,
clist,
otherlist=None,
out=None,
full_search=False,
similarity_level=5,
language='en',
skip_multiple=False):
assert clist.exists(), "File %s does not exist" % clist
from_ = read_dicts(clist)
to = self._get_map_for_language(language, otherlist)
cmap = (concept_map if full_search else concept_map2)(
[i.get('GLOSS', i.get('ENGLISH')) for i in from_],
[i[1] for i in to],
similarity_level=similarity_level,
freqs=self.frequencies,
language=language
)
good_matches = 0
with UnicodeWriter(out) as writer:
writer.writerow(
list(from_[0].keys()) +
['CONCEPTICON_ID', 'CONCEPTICON_GLOSS', 'SIMILARITY'])
for i, item in enumerate(from_):
row = list(item.values())
matches, sim = cmap.get(i, ([], 10))
if sim <= similarity_level:
good_matches += 1
if not matches:
writer.writerow(row + ['', '???', ''])
elif len(matches) == 1:
row.extend([
to[matches[0]][0], to[matches[0]][1].split('///')[0], sim])
writer.writerow(row)
else:
assert not full_search
# we need a list to retain the order by frequency
visited = []
for j in matches:
gls, cid = to[j][0], to[j][1].split('///')[0]
if (gls, cid) not in visited:
visited += [(gls, cid)]
if len(visited) > 1:
if not skip_multiple:
writer.writeblock(
row + [gls, cid, sim] for gls, cid in visited)
else:
row.extend([visited[0][0], visited[0][1], sim])
writer.writerow(row)
writer.writerow(
['#',
'{0}/{1}'.format(good_matches, len(from_)),
'{0:.0f}%'.format(100 * good_matches / len(from_))] +
(len(from_[0]) - 1) * [''])
if out is None:
print(writer.read().decode('utf-8'))
def conceptlists(self):
"""
:returns: `dict` mapping ConceptList IDs to `Conceptlist` instances.
.. note:: Individual concepts can be accessed via `Conceptlist.concepts`.
"""
return to_dict(
Conceptlist(api=self, **lowercase(d))
for d in read_dicts(self.data_path('conceptlists.tsv')))
def _metadata(self, id_):
values_path = self.data_path('concept_set_meta', id_ + '.tsv')
md_path = self.data_path('concept_set_meta', id_ + '.tsv' + MD_SUFFIX)
assert values_path.exists() and md_path.exists()
md = jsonlib.load(md_path)
return Metadata(id=id_,
meta=md,
values=to_dict(
read_dicts(values_path, schema=md['tableSchema']),
key=operator.itemgetter('CONCEPTICON_ID')))
def from_file(cls, path, **keywords):
"""
Function loads a concept list outside the Concepticon collection.
"""
path = Path(path)
assert path.exists()
attrs = {f: keywords.get(f, '') for f in Conceptlist.public_fields()}
attrs.update(id=path.stem,
items=keywords.get('items', len(read_dicts(path))),
year=keywords.get('year', 0))
return cls(api=path, **attrs)
def concepts(self):
res = []
if self.path.exists():
for item in read_dicts(self.path):
kw, attributes = {}, {}
for k, v in item.items():
if k:
kl = k.lower()
setitem(kw if kl in Concept.public_fields() else attributes, kl, v)
res.append(Concept(list=self, attributes=attributes, **kw))
return to_dict(res)
def __init__(self, path):
rels = defaultdict(dict)
self.raw = list(read_dicts(path))
for item in self.raw:
rels[item['SOURCE']][item['TARGET']] = item['RELATION']
rels[item['SOURCE_GLOSS']][item['TARGET_GLOSS']] = item['RELATION']
if item['RELATION'] in _INVERSE_RELATIONS:
rels[item['TARGET']][item['SOURCE']] = \
_INVERSE_RELATIONS[item['RELATION']]
rels[item['TARGET_GLOSS']][item['SOURCE_GLOSS']] = \
_INVERSE_RELATIONS[item['RELATION']]
dict.__init__(self, rels.items())
def __init__(self, clid):
self.clid = clid
self.concepts = {
'CONCEPTICON_ID': {}, # maps ID to GLOSS
'CONCEPTICON_GLOSS': {}, # maps GLOSS to ID
}
for cs in read_dicts(data_path('concepticon.tsv')):
self.concepts['CONCEPTICON_ID'][cs['ID']] = cs['GLOSS']
self.concepts['CONCEPTICON_GLOSS'][cs['GLOSS']] = cs['ID']
self._cid_index = None
self._cgloss_index = None
self._link_col = (None, None)
self._number_index = None
def from_file(cls, path, **keywords):
"""
Function loads a concept list outside the Concepticon collection.
@todo: uniqueness-check hier einbauen, siehe Funktion read_dicts
"""
path = Path(path)
assert path.exists()
attrs = {f: keywords.get(f, '') for f in Conceptlist.public_fields()}
attrs.update(id=path.stem,
items=keywords.get('items', len(read_dicts(path))),
year=keywords.get('year', 0),
local=True)
return cls(api=path, **attrs)
def read_tsv(path, unique='ID'):
uniquevalues = set()
rows = []
for line, row in enumerate(read_dicts(path)):
line += 2
if None in row:
error('too many columns', path, line) # pragma: no cover
if unique:
if unique not in row: # pragma: no cover
error('unique key missing: %s' % unique, path, line)
continue
if row[unique] in uniquevalues: # pragma: no cover
error('non-unique %s: %s' % (unique, row[unique]), path, line)
uniquevalues.add(row[unique])
rows.append((line, row))
return rows
def run(args):
for cl in get_conceptlist(args, path_only=True):
print(termcolor.colored(cl, attrs=['bold', 'underline']))
items = list(enumerate(read_dicts(cl), start=2))
for check in CHECKS:
print(
termcolor.colored('Check: {0}'.format(check.__name__),
attrs=['bold']))
if args.verbose and check.__doc__:
print(check.__doc__)
try:
check(items, args)
except Exception as e:
print(
termcolor.colored('{0}: {1}'.format(
e.__class__.__name__, e),
color='red'))
print()
def __init__(self, path, multiple=False):
rels = defaultdict(lambda: defaultdict(set))
self.raw = list(read_dicts(path))
for item in self.raw:
if multiple:
rels[item['SOURCE']][item['TARGET']].add(item['RELATION'])
rels[item['SOURCE_GLOSS']][item['TARGET_GLOSS']].add(item['RELATION'])
if item['RELATION'] in _INVERSE_RELATIONS:
rels[item['TARGET']][item['SOURCE']].add(
_INVERSE_RELATIONS[item['RELATION']])
rels[item['TARGET_GLOSS']][item['SOURCE_GLOSS']].add(
_INVERSE_RELATIONS[item['RELATION']])
else:
rels[item['SOURCE']][item['TARGET']] = item['RELATION']
rels[item['SOURCE_GLOSS']][item['TARGET_GLOSS']] = item['RELATION']
if item['RELATION'] in _INVERSE_RELATIONS:
rels[item['TARGET']][item['SOURCE']] = \
_INVERSE_RELATIONS[item['RELATION']]
rels[item['TARGET_GLOSS']][item['SOURCE_GLOSS']] = \
_INVERSE_RELATIONS[item['RELATION']]
dict.__init__(self, rels.items())
def conceptsets(self):
return read_dicts(self.data_path('concepticon.tsv'))
def conceptlist(self, id_):
return read_dicts(self.data_path('conceptlists', id_ + '.tsv'))
def map(self,
clist,
otherlist=None,
out=None,
full_search=False,
similarity_level=5,
language='en'):
assert clist.exists(), "File %s does not exist" % clist
from_ = []
for item in read_dicts(clist):
from_.append((item.get('ID', item.get('NUMBER')),
item.get('GLOSS', item.get('ENGLISH'))))
to = self._get_map_for_language(language, otherlist)
if not full_search:
cmap = concept_map2([i[1] for i in from_], [i[1] for i in to],
similarity_level=similarity_level,
freqs=self.frequencies,
language=language)
good_matches = 0
with UnicodeWriter(out, delimiter='\t') as writer:
writer.writerow([
'ID', 'GLOSS', 'CONCEPTICON_ID', 'CONCEPTICON_GLOSS',
'SIMILARITY'
])
for i, (fid, fgloss) in enumerate(from_):
row = [fid, fgloss]
matches, sim = cmap.get(i, ([], 10))
if sim <= 5:
good_matches += 1
if not matches:
writer.writerow(row + ['', '???', ''])
elif len(matches) == 1:
row.extend([
to[matches[0]][0],
to[matches[0]][1].split('///')[0], sim
])
writer.writerow(row)
else:
# we need a list to retain the order by frequency
visited = []
for j in matches:
gls, cid = to[j][0], to[j][1].split('///')[0]
if (gls, cid) not in visited:
visited += [(gls, cid)]
if len(visited) > 1:
writer.writerow(['<<<', '', '', ''])
for gls, cid in visited:
writer.writerow(row + [gls, cid, sim])
writer.writerow(['>>>', '', '', ''])
else:
row.extend([visited[0][0], visited[0][1], sim])
writer.writerow(row)
writer.writerow([
'#', good_matches,
len(from_), '{0:.2f}'.format(good_matches / len(from_))
])
else:
cmap = concept_map([i[1] for i in from_], [
i[1] for i in self._get_map_for_language(language, otherlist)
],
similarity_level=similarity_level)
with UnicodeWriter(out, delimiter='\t') as writer:
writer.writerow(
['ID', 'GLOSS', 'CONCEPTICON_ID', 'CONCEPTICON_GLOSS'])
for i, (fid, fgloss) in enumerate(from_):
row = [fid, fgloss]
match = cmap.get(i)
row.extend(list(to[match[0]]) if match else ['', ''])
writer.writerow(row)
if out is None:
print(writer.read().decode('utf-8'))
def check_new(args):
"""
Perform a number of sanity checks for a new concept list.
Notes
-----
Expects a well-formed concept list as input (i.e. tsv, 'ID',
'CONCEPTICON_ID', 'NUMBER', 'CONCEPTICON_GLOSS' columns, etc.) and tests
for a number of potential issues:
- mismatch between glosses and Concepticon IDs
- availability of glosses in Concepticon
- if proposed glosses (starting with !) don't have IDs (they shouldn't!)
- if glosses are mapped more than once
- if 'NUMBER' and 'ID' are unique for the respective concept list.
Examples
--------
$ concepticon checknew path_to_conceptlist.tsv
"""
list_to_check = read_dicts(args.args[0])
api = Concepticon(args.repos)
con_glosses = {c.id: c.gloss for c in api.conceptsets.values()}
def _get_duplicates(to_check):
known_items = set()
return [(i, key) for i, key in enumerate(to_check)
if key in known_items or known_items.add(key)]
for index, entry_to_check in enumerate(list_to_check):
# Test if gloss matches Concepticon ID:
try:
if (con_glosses[entry_to_check['CONCEPTICON_ID']] !=
entry_to_check['CONCEPTICON_GLOSS']):
print("Gloss " + entry_to_check['CONCEPTICON_GLOSS'] +
" in line " + str(index + 1) + " doesn't match ID " +
entry_to_check['CONCEPTICON_ID'] + ".")
except KeyError:
print("Gloss " + entry_to_check['CONCEPTICON_GLOSS'] +
" in line " + str(index + 1) + " doesn't match ID " +
entry_to_check['CONCEPTICON_ID'] + ".")
# Test if gloss exists in Concepticon:
try:
if (entry_to_check['CONCEPTICON_GLOSS']
not in con_glosses.values()):
print("Gloss " + entry_to_check['CONCEPTICON_GLOSS'] +
" in line " + str(index + 1) +
" doesn't exist in Concepticon.")
except KeyError:
print("Gloss " + entry_to_check[
'CONCEPTICON_GLOSS'] + " in line " + str(
index + 1) + " doesn't exist in Concepticon.")
# Test if proposed glosses (!GLOSS) have NULL ID:
try:
if (entry_to_check['CONCEPTICON_GLOSS'].startswith('!') and
entry_to_check['CONCEPTICON_ID']):
print("Proposed gloss " + entry_to_check['CONCEPTICON_GLOSS'] +
" in line " + str(index + 1) +
" shouldn't have a CONCEPTICON_ID.")
except KeyError:
print("Proposed gloss " + entry_to_check['CONCEPTICON_GLOSS'] +
" in line " + str(index + 1) +
" shouldn't have a CONCEPTICON_ID.")
print("\nChecking for uniquness of glosses:")
try:
glosses = _get_duplicates(
[dict(d)['CONCEPTICON_GLOSS'] for d in list_to_check]
)
for double in glosses:
print("Gloss " + double[1] +
" doubled in line " + str(double[0] + 3) + ".")
except KeyError:
pass
print("\nChecking for uniqueness of 'NUMBER' and 'ID':")
try:
concept_ids = _get_duplicates(
[dict(d)['ID'] for d in list_to_check]
)
for double in concept_ids:
print("ID " + double[1] +
" doubled in line " + str(double[0] + 2) + ".")
numbers = _get_duplicates(
[dict(d)['NUMBER'] for d in list_to_check]
)
for double in numbers:
print("NUMBER " + double[1] +
" doubled in line " + str(double[0] + 2) + ".")
except KeyError:
pass
def conceptlists_dicts(self):
return read_dicts(self.data_path('conceptlists.tsv'))
