def upgrade():
conn = Connection(op.get_bind())
example_map = {}
sid = 204
for example in jsonload(data_file('lingala_examples.json')):
sid += 1
kw = {
'id': '60-%s' % sid,
'language_pk': conn.pk(Language, '60'),
'name': example['Text'],
'description': example['Translation'],
'gloss': '\t'.join(example['Gloss'].split()),
'analyzed': '\t'.join(example['Text'].split()),
'type': example['Type'].strip().lower(),
'jsondata': {'sort': int(example['Order_number']), 'alt_translation': None}
}
example_map[example['Example_number']] = conn.insert(Sentence, **kw)
for ve in jsonload(data_file('lingala_value_examples.json')):
vspk = conn.pk(ValueSet, '60-%s' % ve['Features::Feature_number'])
vpk = conn.pk(Value, vspk, attr='valueset_pk')
conn.insert(
ValueSentence, value_pk=vpk, sentence_pk=example_map[ve['Example_number']])
for i, comment in enumerate(reader(data_file('lingala_valueset_comments.tab'), dicts=True)):
vspk = conn.pk(ValueSet, '60-%s' % comment['Features::Feature_number'])
comment['Comments_on_value_assignment'] = comment['Comments_on_value_assignment'].replace('\x0b', '\n')
conn.update(
ValueSet,
{
'description': comment['Comments_on_value_assignment'],
'markup_description': None,
},
pk=vspk)
def chapter(request):
_html = get_html(ppath('Atlas', '%s.html' % request.matchdict['id']))
return {
'md': jsonload(ppath('Atlas', '%s.json' % request.matchdict['id'])),
'html': lambda vt: _html.replace('<p>value-table</p>', vt),
'ctx': Feature.get(request.matchdict['id']),
}
def main(args): # pragma: no cover
global MAX_IDENTIFIER_PK
with transaction.manager:
MAX_IDENTIFIER_PK = DBSession.query(
Identifier.pk).order_by(desc(Identifier.pk)).first()[0]
gl_name = glottolog_name()
gl_names = glottolog_names()
languoids = {l.pk: l for l in DBSession.query(Languoid)}
for attrs in jsonload(args.data_dir.joinpath('languoids', 'changes.json')):
replacement = attrs.pop('replacement', None)
hname = attrs.pop('hname', None)
for name, enum in [('level', LanguoidLevel), ('status', LanguoidStatus)]:
if name in attrs:
attrs[name] = enum.from_string(attrs[name])
l = languoids.get(attrs['pk'])
if l:
for k, v in attrs.items():
setattr(l, k, v)
#
# We do not assign ISO codes for existing languages, because it could be
# that the ISO code is now assigned to a family node, due to a change
# request, e.g. see https://github.com/clld/glottolog-data/issues/40
#
if len(l.hid or '') == 3 and not l.iso_code:
args.log.warn('Language with hid %s but no iso code!' % l.hid)
else:
l = Languoid(**attrs)
DBSession.add(l)
languoids[l.pk] = l
if len(attrs.get('hid', '')) == 3:
create_identifier(
None, l, name=attrs['hid'], type=IdentifierType.iso.value)
create_identifier(
gl_names.get(l.name),
l,
name=l.name,
description=gl_name.description,
type=gl_name.type)
if hname:
l.update_jsondata(hname=hname)
if replacement:
DBSession.add(Superseded(
languoid_pk=l.pk,
replacement_pk=replacement,
relation='classification update'))
DBSession.flush()
recreate_treeclosure()
def load_ecoregions(data_file, data):
ecoregions = jsonload(data_file('ecoregions.json'))['features']
biome_map = {
1: ('Tropical & Subtropical Moist Broadleaf Forests', '008001'),
2: ('Tropical & Subtropical Dry Broadleaf Forests', '557715'),
3: ('Tropical & Subtropical Coniferous Forests', ''),
4: ('Temperate Broadleaf & Mixed Forests', ''),
5: ('Temperate Conifer Forests', ''),
6: ('Boreal Forests/Taiga', ''),
7: ('Tropical & Subtropical Grasslands, Savannas & Shrublands', '98ff66'),
8: ('Temperate Grasslands, Savannas & Shrublands', ''),
9: ('Flooded Grasslands & Savannas', '0265fe'),
10: ('Montane Grasslands & Shrublands', 'cdffcc'),
11: ('Tundra', ''),
12: ('Mediterranean Forests, Woodlands & Scrub', 'cc9900'),
13: ('Deserts & Xeric Shrublands', 'feff99'),
14: ('Mangroves', '870083'),
}
for eco_code, features in groupby(
sorted(ecoregions, key=lambda e: e['properties']['eco_code']),
key=lambda e: e['properties']['eco_code']):
features = list(features)
props = features[0]['properties']
if int(props['BIOME']) not in biome_map:
continue
biome = data['Biome'].get(props['BIOME'])
if not biome:
name, color = biome_map[int(props['BIOME'])]
biome = data.add(
Biome, props['BIOME'],
id=str(int(props['BIOME'])),
name=name,
description=color or 'ffffff')
centroid = (None, None)
f = sorted(features, key=lambda _f: _f['properties']['AREA'])[-1]
if f['geometry']:
coords = f['geometry']['coordinates'][0]
if f['geometry']['type'] == 'MultiPolygon':
coords = coords[0]
centroid = get_center(coords)
polygons = nfilter([_f['geometry'] for _f in features])
data.add(
Ecoregion, eco_code,
id=eco_code,
name=props['ECO_NAME'],
description=props['G200_REGIO'],
latitude=centroid[1],
longitude=centroid[0],
biome=biome,
area=props['area_km2'],
gbl_stat=Ecoregion.gbl_stat_map[int(props['GBL_STAT'])],
realm=Ecoregion.realm_map[props['REALM']],
jsondata=dict(polygons=polygons))
def main(args):
repls = set((i['id'], i['replacement']) for i in
jsonload(args.data_dir.joinpath('scripts', 'monster-replacements.json')))
with transaction.manager:
for ref_id, repl_id in repls:
ref = Source.get('%s' % ref_id, default=None)
if ref:
Config.add_replacement(
ref, '%s' % repl_id, session=DBSession, model=Source)
# FIXME: "redirect" relations, e.g. from valuesetreference as well!
DBSession.delete(ref)
args.log.info('%s replacements' % len(repls))
def main(args):
if args.cmd == 'convert':
outdir = args.data_file('texts', args.what).joinpath('lo')
if args.what == 'Atlas':
for p in args.data_file('texts', args.what).joinpath('in').files():
if p.ext in ['.doc', '.docx']:
convert_chapter(p, outdir)
elif args.what == 'Surveys':
pass
if args.cmd == 'parse':
outdir = args.data_file('texts', args.what).joinpath('processed')
for p in args.data_file('texts', args.what).joinpath('lo').files():
if args.in_name in p.namebase:
globals()[args.what](p)(outdir)
if args.cmd == 'refs':
refs = []
for p in args.data_file(
'texts', args.what).joinpath('processed').files('*.json'):
if args.in_name in p.namebase:
md = jsonload(p)
refs.extend(md['refs'])
db = get_bibtex(refs)
unmatched = 0
distinct = defaultdict(list)
for i, rec in enumerate(db):
if 'all' in rec:
unmatched += 1
distinct[(slug(rec.get('key', unicode(uuid4().hex))),
slug(unicode(rec.get('title',
uuid4().hex)),
remove_whitespace=False))] = 1
print unmatched, 'of', i, 'distinct', len(distinct)
c = 0
for key, refs in groupby(sorted(distinct.keys()), key=lambda t: t[0]):
refs = list(refs)
if len(refs) > 1:
for t1, t2 in combinations([t[1] for t in refs], 2):
if fuzz.partial_ratio(t1, t2) > 80:
print t1
print t2
print
c += 1
print c
return
def main(args):
if args.cmd == 'convert':
outdir = args.data_file('texts', args.what).joinpath('lo')
if args.what == 'Atlas':
for p in args.data_file('texts', args.what).joinpath('in').files():
if p.ext in ['.doc', '.docx']:
convert_chapter(p, outdir)
elif args.what == 'Surveys':
pass
if args.cmd == 'parse':
outdir = args.data_file('texts', args.what).joinpath('processed')
for p in args.data_file('texts', args.what).joinpath('lo').files():
if args.in_name in p.namebase:
globals()[args.what](p)(outdir)
if args.cmd == 'refs':
refs = []
for p in args.data_file('texts', args.what).joinpath('processed').files('*.json'):
if args.in_name in p.namebase:
md = jsonload(p)
refs.extend(md['refs'])
db = get_bibtex(refs)
unmatched = 0
distinct = defaultdict(list)
for i, rec in enumerate(db):
if 'all' in rec:
unmatched += 1
distinct[(
slug(rec.get('key', unicode(uuid4().hex))),
slug(unicode(rec.get('title', uuid4().hex)), remove_whitespace=False)
)] = 1
print unmatched, 'of', i, 'distinct', len(distinct)
c = 0
for key, refs in groupby(sorted(distinct.keys()), key=lambda t: t[0]):
refs = list(refs)
if len(refs) > 1:
for t1, t2 in combinations([t[1] for t in refs], 2):
if fuzz.partial_ratio(t1, t2) > 80:
print t1
print t2
print
c += 1
print c
return
def read(args, table, sortkey=None):
"""Read APiCS data from a json file created from filemaker's xml export.
"""
load = lambda t: jsonload(args.data_file('fm', '%s.json' % t))
res = load(table)
if table == 'Features':
# merge the data from two other sources:
secondary = [
dict((r['Feature_number'], r) for r in load(table + l)) for l in ['p', 'v']]
for r in res:
for d in secondary:
r.update(d[r['Feature_number']])
if sortkey:
res = sorted(res, key=lambda d: d[sortkey])
for d in res:
for k, v in d.items():
if isinstance(v, unicode):
d[k] = v.strip()
yield d
def main(args):
sources = jsonload(args.data_file('sources.json'))
fields = ['href', 'name', 'author', 'iso', 'source', 'notes', 'wordlist']
with UnicodeWriter(args.data_file('..', 'sources.csv')) as fp:
fp.writerow(fields)
for source in sorted(sources, key=lambda i: i['name']):
fp.writerow([source.get(f, '') for f in fields])
return
ethnologue_names = {
r.ISO_639: r.Language_Name for r in reader(args.data_file(
'..', '..', 'ethnologue-17-data', 'Table_of_Languages.tab'), namedtuples=True)}
# ASJP name for language, Ethnologue's name, ISO code
rows = [['ASJP Name', 'Ethnologue name', 'ISO code']]
subquery = DBSession.query(LanguageSource.language_pk).distinct().subquery()
for i, l in enumerate(DBSession.query(Doculect).order_by(Doculect.pk).filter(not_(Doculect.pk.in_(subquery)))):
rows.append([l.id, ethnologue_names.get(l.code_iso, ''), l.code_iso or ''])
#print i
with UnicodeWriter(args.data_file('..', 'doculects_without_source.csv')) as fp:
fp.writerows(rows)
def coverage(req):
gl = jsonload(abspath_from_asset_spec('grambank:static/stats_glottolog.json'))
stats = defaultdict(lambda: defaultdict(lambda: defaultdict(int)))
for ma in gl:
for dt in gl[ma]:
ids = gl[ma][dt]
isolates = select(
[Language.__table__.c.id]).where(Language.__table__.c.id.in_(ids))
families = select(
[Family.__table__.c.id]).where(Family.__table__.c.id.in_(ids))
stats[ma][dt] = dict(
glottolog=len(ids),
grambank=DBSession.query(isolates.union(families).alias('u')).count())
stats[ma]['total'] = {}
for src in ['glottolog', 'grambank']:
stats[ma]['total'][src] = \
stats[ma]['grammar'][src] + stats[ma]['grammarsketch'][src]
return dict(stats=stats)
def read(args, table, sortkey=None):
"""Read APiCS data from a json file created from filemaker's xml export.
"""
load = lambda t: jsonload(args.data_file('fm', '%s.json' % t))
res = load(table)
if table == 'Features':
# merge the data from two other sources:
secondary = [
dict((r['Feature_number'], r) for r in load(table + l))
for l in ['p', 'v']
]
for r in res:
for d in secondary:
r.update(d[r['Feature_number']])
if sortkey:
res = sorted(res, key=lambda d: d[sortkey])
for d in res:
for k, v in d.items():
if isinstance(v, unicode):
d[k] = v.strip()
yield d
def survey(request):
id_ = request.matchdict['id']
md = jsonload(ppath('Surveys', '%s.json' % id_))
html = get_html(ppath('Surveys', '%s.html' % id_))
maps = []
for fname in sorted(
ppath('Surveys', processed='maps').files(
'%s*.png' % id_.split('.')[1].replace('-', '_')),
key=lambda fn: fn.namebase):
img = b64encode(open(fname, 'rb').read())
if 'figure' in fname.namebase:
html = html.replace('{%s}' % fname.namebase, 'data:image/png;base64,%s' % img)
else:
maps.append(img)
return {
'maps': maps,
'md': md,
'authors': [Contributor.get(a['id']) for a in md['authors']],
'html': html,
'ctx': ApicsContribution.get(id_.split('.')[0]),
}
def main(args):
data = Data()
editors = OrderedDict()
editors['Susanne Maria Michaelis'] = None
editors['Philippe Maurer'] = None
editors['Martin Haspelmath'] = None
editors['Magnus Huber'] = None
for row in read(args, 'People'):
name = row['First name'] + ' ' if row['First name'] else ''
name += row['Last name']
kw = dict(
name=name,
id=slug('%(Last name)s%(First name)s' % row),
url=row['Contact Website'].split()[0]
if row['Contact Website'] else None,
address=row['Comments on database'],
)
contrib = data.add(common.Contributor, row['Author ID'], **kw)
if kw['name'] in editors:
editors[kw['name']] = contrib
DBSession.flush()
dataset = common.Dataset(
id='apics',
name='APiCS Online',
description='Atlas of Pidgin and Creole Language Structures Online',
domain='apics-online.info',
published=date(2013, 11, 4),
license='http://creativecommons.org/licenses/by/3.0/',
contact='*****@*****.**',
jsondata={
'license_icon': 'cc-by.png',
'license_name': 'Creative Commons Attribution 3.0 Unported License'
})
DBSession.add(dataset)
for i, editor in enumerate(editors.values()):
common.Editor(dataset=dataset, contributor=editor, ord=i + 1)
colors = dict(
(row['ID'], row['RGB_code']) for row in read(args, 'Colours'))
abbrs = {}
for id_, name in LGR_ABBRS.items():
DBSession.add(common.GlossAbbreviation(id=id_, name=name))
abbrs[id_] = 1
for id_, name in {
'C**T': 'clitic',
'IMPF': 'imperfect',
'INTERM': 'intermediate',
'NCOMPL': 'noncompletive',
'NONFUT': 'nonfuture',
'NPROX': 'nonproximal',
'NSG': 'nonsingular',
'PP': 'past participle',
'PROP': 'proprietive',
'TMA': 'tense-mood-aspect',
}.items():
DBSession.add(common.GlossAbbreviation(id=id_, name=name))
abbrs[id_] = 1
for row in reader(args.data_file('non-lgr-gloss-abbrs.csv'),
delimiter=',',
namedtuples=True):
for match in GLOSS_ABBR_PATTERN.finditer(row.standard):
if match.group('abbr') not in abbrs:
abbrs[match.group('abbr')] = 1
DBSession.add(
common.GlossAbbreviation(id=match.group('abbr'),
name=row.meaning))
non_bibs = {}
for row in read(args, 'References', 'Reference_ID'):
if row['Reference_type'] == 'Non-bib':
non_bibs[row['Reference_ID']] = row['Reference_name']
continue
if isinstance(row['Year'], int):
year_int = row['Year']
year = str(row['Year'])
elif row['Year']:
year_int = None
for m in re.finditer('(?P<year>(1|2)[0-9]{3})', row['Year']):
year_int = int(m.group('year'))
break
year = row['Year']
else:
year, year_int = None, None
title = row['Article_title'] or row['Book_title']
attrs = {}
jsondata = {}
for attr, field in {
'Additional_information': 'note',
'Article_title': 'title',
'Book_title': 'booktitle',
'City': 'address',
'Editors': 'editor',
'Full_reference': None,
'Issue': None,
'Journal': 'journal',
'Language_codes': None,
'LaTeX_cite_key': None,
'Pages': 'pages',
'Publisher': 'publisher',
'Reference_type': 'type',
'School': 'school',
'Series_title': 'series',
'URL': 'url',
'Volume': 'volume',
}.items():
value = row.get(attr)
if not isinstance(value, int):
value = (value or '').strip()
if attr == 'Issue' and value:
try:
value = str(int(value))
except ValueError:
pass
if value:
if field:
attrs[field] = value
else:
jsondata[attr] = value
p = data.add(common.Source,
row['Reference_ID'],
id=str(row['Reference_ID']),
name=row['Reference_name'],
description=title,
author=row['Authors'],
year=year,
year_int=year_int,
bibtex_type=getattr(EntryType, row['BibTeX_type']
or 'misc'),
jsondata=jsondata,
**attrs)
if p.bibtex_type.value == 'misc' and not p.description:
p.description = p.note
DBSession.flush()
DBSession.flush()
infobox = jsonload(args.data_file('infobox.json'))
glottocodes = jsonload(args.data_file('glottocodes.json'))
for row in read(args, 'Languages', 'Order_number'):
lon, lat = [
float(c.strip()) for c in row['map_coordinates'].split(',')
]
kw = dict(
name=row['Language_name'],
id=str(row['Order_number']),
latitude=lat,
longitude=lon,
region=row['Category_region'],
)
lect = data.add(models.Lect, row['Language_ID'], **kw)
DBSession.flush()
for i, item in enumerate(infobox[lect.id]):
DBSession.add(
common.Language_data(object_pk=lect.pk,
ord=i,
key=item[0],
value=item[1]))
if row["Languages_contribution_documentation::Lect_description_checked_status"] \
!= "Checked":
print 'unchecked! ---', row['Language_name']
desc = row.get(
'Languages_contribution_documentation::Lect description', '')
markup_desc = normalize_markup(row[
'Languages_contribution_documentation::z_calc_GetAsCSS_Lect_description']
)
c = data.add(
models.ApicsContribution,
row['Language_ID'],
id=str(row['Order_number']),
name=row['Language_name'],
description=desc,
markup_description=markup_desc,
survey_reference=data['Source'][row['Survey_reference_ID']],
language=lect)
for ext, label, mtype in [
('pdf', 'Glossed text', 'application/pdf'),
('mp3', 'Glossed text audio', 'audio/mpeg'),
]:
fid = '%s-gt.%s' % (c.id, ext)
if args.data_file('files', 'contribution', c.id, fid).exists():
common.Contribution_files(object=c,
id=fid,
name=label,
mime_type=mtype)
else:
print label, 'missing for:', row['Language_name']
#
# TODO: for michif, 75, add link http://www.youtube.com/watch?v=f0C4cODsSyE
#
iso = None
if row['ISO_code'] and len(row['ISO_code']) == 3:
iso = row['ISO_code'].lower()
if 'iso:%s' % row['ISO_code'] not in data['Identifier']:
data.add(common.Identifier,
'iso:%s' % row['ISO_code'],
id=row['ISO_code'].lower(),
name=row['ISO_code'].lower(),
type=common.IdentifierType.iso.value)
DBSession.add(
common.LanguageIdentifier(
language=data['Lect'][row['Language_ID']],
identifier=data['Identifier']['iso:%s' % row['ISO_code']]))
if lect.id in glottocodes:
identifier = data.add(common.Identifier,
'gc:%s' % glottocodes[lect.id],
id=glottocodes[lect.id],
name=glottocodes[lect.id],
type=common.IdentifierType.glottolog.value)
DBSession.add(
common.LanguageIdentifier(
language=data['Lect'][row['Language_ID']],
identifier=identifier))
if row['Language_name_ethnologue']:
if row['Language_name_ethnologue'] not in data['Identifier']:
data.add(common.Identifier,
row['Language_name_ethnologue'],
id=iso
or 'ethnologue:%s' % row['Language_name_ethnologue'],
name=row['Language_name_ethnologue'],
type='ethnologue')
DBSession.add(
common.LanguageIdentifier(
language=data['Lect'][row['Language_ID']],
identifier=data['Identifier'][
row['Language_name_ethnologue']]))
example_count = {}
for row in read(args, 'Examples', 'Order_number'):
assert row['Language_ID']
lang = data['Lect'][row['Language_ID']]
id_ = '%(Language_ID)s-%(Example_number)s' % row
atext, gloss = igt(row)
example_count[row['Language_ID']] = max(
[example_count.get(row['Language_ID'], 1), row['Example_number']])
p = add_sentence(
args,
data,
id_,
id='%s-%s' % (lang.id, row['Example_number']),
name=row['Text'] or row['Analyzed_text'],
description=row['Translation'],
type=row['Type'].strip().lower() if row['Type'] else None,
comment=row['Comments'],
gloss=gloss,
analyzed=atext,
markup_text=normalize_markup(row['z_calc_Text_CSS']),
markup_gloss=normalize_markup(row['z_calc_Gloss_CSS']),
markup_comment=normalize_markup(row['z_calc_Comments_CSS']),
markup_analyzed=normalize_markup(row['z_calc_Analyzed_text_CSS']),
original_script=row['Original_script'],
jsondata={
'sort': row['Order_number'],
'alt_translation': (row['Translation_other'] or '').strip()
or None
},
language=lang)
if row['Reference_ID']:
if row['Reference_ID'] in data['Source']:
source = data['Source'][row['Reference_ID']]
DBSession.add(
common.SentenceReference(
sentence=p,
source=source,
key=source.id,
description=row['Reference_pages']))
else:
p.source = non_bibs[row['Reference_ID']]
DBSession.flush()
for row in read(args, 'Language_references'):
if row['Reference_ID'] not in data['Source']:
assert row['Reference_ID'] in non_bibs
continue
assert row['Language_ID'] in data['ApicsContribution']
source = data['Source'][row['Reference_ID']]
DBSession.add(
common.ContributionReference(
contribution=data['ApicsContribution'][row['Language_ID']],
source=source,
description=row['Pages'],
key=source.id))
#
# global counter for features - across feature types
#
feature_count = 0
for row in read(args, 'Features', 'Feature_number'):
id_ = str(row['Feature_number'])
if int(id_) > feature_count:
feature_count = int(id_)
wals_id = None
desc = row['Feature_annotation_publication']
if row['WALS_match'] == 'Total':
if isinstance(row['WALS_No.'], int):
wals_id = row['WALS_No.']
else:
wals_id = int(row['WALS_No.'].split('.')[0].strip())
p = data.add(models.Feature,
row['Feature_code'],
name=row['Feature_name'],
id=id_,
description=desc,
markup_description=normalize_markup(
row['z_calc_Feature_annotation_publication_CSS']),
feature_type='primary',
multivalued=row['Value_relation_type'] != 'Single',
area=row['Feature_area'],
wals_id=wals_id)
names = {}
for i in range(1, 10):
if not row['Value%s_publication' % i] \
or not row['Value%s_publication' % i].strip():
continue
name = row['Value%s_publication' % i].strip()
if name in names:
name += ' (%s)' % i
names[name] = 1
de = data.add(
common.DomainElement,
'%s-%s' % (row['Feature_code'], i),
id='%s-%s' % (id_, i),
name=name,
parameter=p,
abbr=row['Value%s_for_book_maps' % i] if p.id != '0' else name,
number=int(row['Value%s_value_number_for_publication' % i]),
jsondata={'color': colors[row['Value_%s_colour_ID' % i]]},
)
assert de
if row['Authors_FeatureArticles']:
authors, _ = row['Authors_FeatureArticles'].split('and the APiCS')
authors = authors.strip()
if authors.endswith(','):
authors = authors[:-1].strip()
for i, name in enumerate(authors.split(',')):
assert name.strip() in editors
p._authors.append(
models.FeatureAuthor(ord=i + 1,
contributor=editors[name.strip()]))
DBSession.flush()
primary_to_segment = {123: 63, 126: 35, 128: 45, 130: 41}
segment_to_primary = dict(
zip(primary_to_segment.values(), primary_to_segment.keys()))
number_map = {}
names = {}
for row in read(args, 'Segment_features', 'Order_number'):
symbol = row['Segment_symbol']
if row['Segment_name'] == 'voiceless dental/alveolar sibilant affricate':
symbol = 't\u0361s'
truth = lambda s: s and s.strip().lower() == 'yes'
name = '%s - %s' % (symbol, row['Segment_name'])
if name in names:
number_map[row['Segment_feature_number']] = names[name]
continue
number_map[
row['Segment_feature_number']] = row['Segment_feature_number']
names[name] = row['Segment_feature_number']
feature_count += 1
if row['Segment_feature_number'] in segment_to_primary:
primary_to_segment[segment_to_primary[row['Segment_feature_number']]]\
= str(feature_count)
p = data.add(models.Feature,
row['Segment_feature_number'],
name=name,
id=str(feature_count),
feature_type='segment',
area='Vowels' if truth(row['Vowel']) else
('Obstruent consonants'
if truth(row['Obstruent']) else 'Sonorant consonants'),
jsondata=dict(
number=int(row['Segment_feature_number']),
vowel=truth(row['Vowel']),
consonant=truth(row['Consonant']),
obstruent=truth(row['Obstruent']),
core_list=truth(row['Core_list_segment']),
symbol=symbol,
))
for i, spec in SEGMENT_VALUES.items():
data.add(common.DomainElement,
'%s-%s' % (row['Segment_feature_number'], spec[0]),
id='%s-%s' % (p.id, i),
name=spec[0],
parameter=p,
jsondata={'color': spec[1]},
number=i)
print '--> remapped:', primary_to_segment
DBSession.flush()
for row in read(args, 'Sociolinguistic_features',
'Sociolinguistic_feature_number'):
feature_count += 1
p = data.add(models.Feature,
row['Sociolinguistic_feature_code'],
name=row['Sociolinguistic_feature_name'],
id='%s' % feature_count,
description=row['Sociolinguistic_feature_annotation'],
area='Sociolinguistic',
feature_type='sociolinguistic')
names = {}
for i in range(1, 10):
id_ = '%s-%s' % (row['Sociolinguistic_feature_code'], i)
if row.get('Value%s' % i) and row['Value%s' % i].strip():
name = row['Value%s' % i].strip()
if name in names:
name += ' (%s)' % i
names[name] = 1
else:
continue
kw = dict(id='%s-%s' % (p.id, i), name=name, parameter=p, number=i)
data.add(common.DomainElement,
id_,
id='%s-%s' % (p.id, i),
name=name,
parameter=p,
number=i,
jsondata={
'color':
colors.get(row['Value%s_colour_ID' % i],
colors.values()[i])
})
sd = {}
for row in read(args, 'Segment_data'):
if row['Segment_feature_number'] not in number_map:
continue
number = number_map[row['Segment_feature_number']]
if not row['Presence_in_the_language']:
continue
lang = data['Lect'][row['Language_ID']]
param = data['Feature'][number]
id_ = '%s-%s' % (lang.id, param.id)
if id_ in sd:
assert row['c_Record_is_a_duplicate'] == 'Yes'
continue
sd[id_] = 1
valueset = data.add(
common.ValueSet,
id_,
id=id_,
parameter=param,
language=lang,
contribution=data['ApicsContribution'][row['Language_ID']],
description=row['Comments'],
markup_description=normalize_markup(row['z_calc_Comments_CSS']),
)
v = data.add(
common.Value,
id_,
id=id_,
frequency=float(100),
valueset=valueset,
domainelement=data['DomainElement'][
'%s-%s' % (number, row['Presence_in_the_language'])],
)
if row['Example_word'] and row['Example_word_gloss']:
example_count[row['Language_ID']] += 1
p = add_sentence(args,
data,
'%s-p%s' % (lang.id, data['Feature'][number].id),
id='%s-%s' %
(lang.id, example_count[row['Language_ID']]),
name=row['Example_word'],
description=row['Example_word_gloss'],
language=lang)
DBSession.add(common.ValueSentence(value=v, sentence=p))
source = data['Source'].get(row['Refers_to_references_Reference_ID'])
if source:
DBSession.add(
common.ValueSetReference(valueset=valueset,
source=source,
key=source.id))
elif row['Refers_to_references_Reference_ID'] in non_bibs:
valueset.source = non_bibs[
row['Refers_to_references_Reference_ID']]
lects = defaultdict(lambda: 1)
lect_map = {}
records = {}
false_values = {}
no_values = {}
wals_value_number = {}
for row in read(args, 'wals'):
if row['z_calc_WALS_value_number']:
wals_value_number[
row['Data_record_id']] = row['z_calc_WALS_value_number']
def prefix(attr, _prefix):
if _prefix:
return '%s_%s' % (_prefix, attr)
return attr.capitalize()
for _prefix, abbr in [('', ''), ('Sociolinguistic', 'sl')]:
num_values = 10
for row in read(args, prefix('data', _prefix)):
if not row[prefix('feature_code', _prefix)]:
print('no associated feature for', prefix('data', _prefix),
row[prefix('data_record_id', _prefix)])
continue
lid = row['Language_ID']
lect_attr = row.get('Lect_attribute', 'my default lect').lower()
if lect_attr != 'my default lect':
if (row['Language_ID'], row['Lect_attribute']) in lect_map:
lid = lect_map[(row['Language_ID'], row['Lect_attribute'])]
else:
lang = data['Lect'][row['Language_ID']]
c = lects[row['Language_ID']]
lid = '%s-%s' % (row['Language_ID'], c)
kw = dict(
name='%s (%s)' % (lang.name, row['Lect_attribute']),
id='%s' % (1000 + 10 * int(lang.id) + c),
latitude=lang.latitude,
longitude=lang.longitude,
description=row['Lect_attribute'],
language=lang,
)
data.add(models.Lect, lid, **kw)
lects[row['Language_ID']] += 1
lect_map[(row['Language_ID'], row['Lect_attribute'])] = lid
id_ = abbr + str(row[prefix('data_record_id', _prefix)])
assert id_ not in records
records[id_] = 1
assert row[prefix('feature_code', _prefix)] in data['Feature']
language = data['Lect'][lid]
parameter = data['Feature'][row[prefix('feature_code', _prefix)]]
valueset = common.ValueSet(
id='%s-%s' % (language.id, parameter.id),
description=row['Comments_on_value_assignment'],
markup_description=normalize_markup(
row.get('z_calc_Comments_on_value_assignment_CSS')),
)
values_found = {}
for i in range(1, num_values):
if not row['Value%s_true_false' % i]:
continue
if row['Value%s_true_false' % i].strip().lower() != 'true':
assert row['Value%s_true_false' %
i].strip().lower() == 'false'
false_values[row[prefix('data_record_id', _prefix)]] = 1
continue
iid = '%s-%s' % (row[prefix('feature_code', _prefix)], i)
if iid not in data['DomainElement']:
print(iid, row[prefix('data_record_id',
_prefix)], '--> no domainelement!')
continue
values_found['%s-%s' % (id_, i)] = dict(
id='%s-%s' % (valueset.id, i),
domainelement=data['DomainElement']['%s-%s' % (row[prefix(
'feature_code', _prefix)], i)],
confidence=row['Value%s_confidence' % i],
frequency=float(row['c_V%s_frequency_normalised' %
i]) if _prefix == '' else 100)
if values_found:
if row[prefix('data_record_id', _prefix)] in wals_value_number:
valueset.jsondata = {
'wals_value_number':
wals_value_number.pop(row[prefix(
'data_record_id', _prefix)])
}
valueset.parameter = parameter
valueset.language = language
valueset.contribution = data['ApicsContribution'][
row['Language_ID']]
valueset = data.add(common.ValueSet, id_, _obj=valueset)
for i, item in enumerate(values_found.items()):
if i > 0 and not parameter.multivalued:
print 'multiple values for single-valued parameter: %s' % id_
break
id_, kw = item
kw['valueset'] = valueset
value = data.add(common.Value, id_, **kw)
#
# store references to additional data for segments which should be reused
# for corresponding primary features!
#
if int(parameter.id) in primary_to_segment:
assert len(values_found) == 1
seg_id = '%s-%s' % (language.id, primary_to_segment[int(
parameter.id)])
seg_valueset = data['ValueSet'][seg_id]
seg_value = data['Value'][seg_id]
if not valueset.description and seg_valueset.description:
valueset.description = seg_valueset.description
for s in seg_value.sentence_assocs:
DBSession.add(
common.ValueSentence(value=value,
sentence=s.sentence))
for r in seg_valueset.references:
DBSession.add(
common.ValueSetReference(valueset=valueset,
source=r.source,
key=r.key))
if not valueset.source and seg_valueset.source:
valueset.source = seg_valueset.source
DBSession.flush()
else:
no_values[id_] = 1
DBSession.flush()
for prefix, abbr, num_values in [
('D', '', 10),
('Sociolinguistic_d', 'sl', 7),
]:
for row in read(args, prefix + 'ata_references'):
assert row['Reference_ID'] in data['Source'] \
or row['Reference_ID'] in non_bibs
try:
vs = data['ValueSet'][abbr +
str(row[prefix + 'ata_record_id'])]
if row['Reference_ID'] in data['Source']:
source = data['Source'][row['Reference_ID']]
DBSession.add(
common.ValueSetReference(
valueset=vs,
source=source,
key=source.id,
description=row['Pages'],
))
else:
if vs.source:
vs.source += '; ' + non_bibs[row['Reference_ID']]
else:
vs.source = non_bibs[row['Reference_ID']]
except KeyError:
continue
DBSession.flush()
missing = 0
for row in read(args, 'Value_examples'):
try:
DBSession.add(
common.ValueSentence(
value=data['Value']['%(Data_record_id)s-%(Value_number)s' %
row],
sentence=data['Sentence'][
'%(Language_ID)s-%(Example_number)s' % row],
description=row['Notes'],
))
except KeyError:
missing += 1
print('%s Value_examples are missing data' % missing)
print('%s data sets with false values' % len(false_values))
print('%s data sets without values' % len(no_values))
for k, v in wals_value_number.items():
print 'unclaimed wals value number:', k, v
for i, row in enumerate(read(args, 'Contributors')):
kw = dict(contribution=data['ApicsContribution'][row['Language ID']],
contributor=data['Contributor'][row['Author ID']])
if row['Order_of_appearance']:
kw['ord'] = int(float(row['Order_of_appearance']))
data.add(common.ContributionContributor, i, **kw)
DBSession.flush()
def import_dataset(path, data, icons):
# look for metadata
# look for sources
# then loop over values
dirpath, fname = os.path.split(path)
basename, ext = os.path.splitext(fname)
glottolog = Glottolog()
contrib = Contribution(id=basename, name=basename)
md = {}
mdpath = path + '-metadata.json'
if os.path.exists(mdpath):
md = jsonload(mdpath)
contributor_name = HumanName(md.get('contributed_datapoint', 'Team NTS'))
contributor_id = slug(contributor_name.last + contributor_name.first)
contributor = data['Contributor'].get(contributor_id)
if not contributor:
contributor = data.add(
Contributor,
contributor_id,
id=contributor_id,
name='%s' % contributor_name)
DBSession.add(ContributionContributor(contribution=contrib, contributor=contributor))
bibpath = os.path.join(dirpath, basename + '.bib')
if os.path.exists(bibpath):
for rec in Database.from_file(bibpath):
if rec['key'] not in data['Source']:
data.add(Source, rec['key'], _obj=bibtex2source(rec))
languages = {f['properties']['glottocode']: f for f in md.get('features', [])}
for i, row in enumerate(reader(path, dicts=True, quoting=csv.QUOTE_NONE, delimiter=',' if 'c' in ext else '\t')):
if not row['Value'] or not row['Feature_ID']:
continue
vsid = '%s-%s-%s' % (basename, row['Language_ID'], row['Feature_ID'])
vid = row.get('ID', '%s-%s' % (basename, i + 1))
parameter = data['Feature'].get(row['Feature_ID'])
if parameter is None:
print('skip value for invalid feature %s' % row['Feature_ID'])
continue
#parameter = data.add(
# Feature, row['Feature_ID'], id=row['Feature_ID'], name=row.get('Feature', row['Feature_ID']))
language = data['GrambankLanguage'].get(row['Language_ID'])
if language is None:
# query glottolog!
languoid = glottolog.languoid(row['Language_ID'])
gl_md = {
'name': languoid.name,
'longitude': languoid.longitude,
'latitude': languoid.latitude}
lmd = languages.get(row['Language_ID'])
if lmd:
if lmd.get('properties', {}).get('name'):
gl_md['name'] = lmd['properties']['name']
if lmd.get('geometry', {}).get('coordinates'):
gl_md['longitude'], gl_md['latitude'] = lmd['geometry']['coordinates']
language = data.add(
GrambankLanguage, row['Language_ID'],
id=row['Language_ID'],
name=gl_md['name'],
latitude=gl_md.get('latitude'),
longitude=gl_md.get('longitude'))
vs = data['ValueSet'].get(vsid)
if vs is None:
vs = data.add(
ValueSet, vsid,
id=vsid,
parameter=parameter,
language=language,
contribution=contrib,
source=row['Source'])
domain = {de.abbr: de for de in parameter.domain}
name = row['Value']
if name in domain:
name = domain[name].name
Value(
id=vid,
valueset=vs,
name=name,
description=row['Comment'],
domainelement=domain.get(row['Value']))
for key, src in data['Source'].items():
if key in vs.source:
ValueSetReference(valueset=vs, source=src, key=key)
def update_reflang(args):
stats = Counter()
brugmann_noderefs = jsonload(args.data_dir.joinpath('languoid_refs.json'))
languoid_map = {}
for l in DBSession.query(Languoid).options(joinedload_all(
Language.languageidentifier, LanguageIdentifier.identifier
)):
if l.hid:
languoid_map[l.hid] = l.pk
elif l.iso_code:
languoid_map[l.iso_code] = l.pk
languoid_map[l.id] = l.pk
lgcodes = {}
for rec in get_bib(args):
lgcode = ''
for f in 'lgcode lcode lgcde lgcoe lgcosw'.split():
if rec.get(f):
lgcode = rec[f]
break
if len(lgcode) == 3 or lgcode.startswith('NOCODE_'):
lgcode = '[' + lgcode + ']'
lgcodes[rec.get('glottolog_ref_id', None)] = lgcode
for ref in page_query(
DBSession.query(Ref).order_by(desc(Source.pk)),
n=10000,
commit=True,
verbose=True):
# disregard iso change requests:
if ref.description and ref.description.startswith('Change Request Number '):
stats.update(['ignored'])
continue
if ref.id not in lgcodes:
# remove all language relations for refs no longer in bib!
update_relationship(ref.languages, [])
stats.update(['obsolete'])
continue
language_note = lgcodes[ref.id]
trigger = ca_trigger(language_note)
if trigger:
ref.ca_language_trigger, ref.language_note = trigger
else:
ref.language_note = language_note
remove = brugmann_noderefs['delete'].get(str(ref.pk), [])
# keep relations to non-language languoids:
# FIXME: adapt this for bib-entries now referring to glottocodes of
# families/dialects (e.g. add a sticky-bit to languagesource)
langs = [
l for l in ref.languages if
(l.level != LanguoidLevel.language or not l.active) and l.pk not in remove]
langs_pk = [l.pk for l in langs]
# add relations from filemaker data:
for lpk in brugmann_noderefs['create'].get(str(ref.pk), []):
if lpk not in langs_pk:
l = Languoid.get(lpk, default=None)
if l:
langs.append(l)
langs_pk.append(l.pk)
else:
args.log.warn('brugmann relation for non-existing languoid %s' % lpk)
for code in set(get_codes(ref)):
if code not in languoid_map:
stats.update([code])
continue
lpk = languoid_map[code]
if lpk in remove:
print(ref.name, ref.id, '--', l.name, l.id)
print('relation removed according to brugmann data')
else:
if lpk not in langs_pk:
langs.append(DBSession.query(Languoid).get(lpk))
langs_pk.append(lpk)
a, r = update_relationship(ref.languages, langs)
if a or r:
stats.update(['changed'])
args.log.info('%s' % stats)
def update_reflang(args):
stats = Counter()
brugmann_noderefs = jsonload(args.data_dir.joinpath('languoid_refs.json'))
languoid_map = {}
for l in DBSession.query(Languoid).options(
joinedload_all(Language.languageidentifier,
LanguageIdentifier.identifier)):
if l.hid:
languoid_map[l.hid] = l.pk
elif l.iso_code:
languoid_map[l.iso_code] = l.pk
languoid_map[l.id] = l.pk
lgcodes = {}
for rec in get_bib(args):
lgcode = ''
for f in 'lgcode lcode lgcde lgcoe lgcosw'.split():
if rec.get(f):
lgcode = rec[f]
break
if len(lgcode) == 3 or lgcode.startswith('NOCODE_'):
lgcode = '[' + lgcode + ']'
lgcodes[rec.get('glottolog_ref_id', None)] = lgcode
for ref in page_query(DBSession.query(Ref).order_by(desc(Source.pk)),
n=10000,
commit=True,
verbose=True):
# disregard iso change requests:
if ref.description and ref.description.startswith(
'Change Request Number '):
stats.update(['ignored'])
continue
if ref.id not in lgcodes:
# remove all language relations for refs no longer in bib!
update_relationship(ref.languages, [])
stats.update(['obsolete'])
continue
language_note = lgcodes[ref.id]
trigger = ca_trigger(language_note)
if trigger:
ref.ca_language_trigger, ref.language_note = trigger
else:
ref.language_note = language_note
remove = brugmann_noderefs['delete'].get(str(ref.pk), [])
# keep relations to non-language languoids:
# FIXME: adapt this for bib-entries now referring to glottocodes of
# families/dialects (e.g. add a sticky-bit to languagesource)
langs = [
l for l in ref.languages
if (l.level != LanguoidLevel.language or not l.active)
and l.pk not in remove
]
langs_pk = [l.pk for l in langs]
# add relations from filemaker data:
for lpk in brugmann_noderefs['create'].get(str(ref.pk), []):
if lpk not in langs_pk:
l = Languoid.get(lpk, default=None)
if l:
langs.append(l)
langs_pk.append(l.pk)
else:
args.log.warn(
'brugmann relation for non-existing languoid %s' % lpk)
for code in set(get_codes(ref)):
if code not in languoid_map:
stats.update([code])
continue
lpk = languoid_map[code]
if lpk in remove:
print(ref.name, ref.id, '--', l.name, l.id)
print('relation removed according to brugmann data')
else:
if lpk not in langs_pk:
langs.append(DBSession.query(Languoid).get(lpk))
langs_pk.append(lpk)
a, r = update_relationship(ref.languages, langs)
if a or r:
stats.update(['changed'])
args.log.info('%s' % stats)
def prime_cache(args):
#
# TODO: relate survey chapter reference with language!
#
icons = {}
frequencies = {}
args.log.info('computing wals representation')
for feature in DBSession.query(common.Parameter).options(
joinedload(common.Parameter.valuesets)
):
feature.representation = len(feature.valuesets)
if feature.wals_id:
data = jsonload(path(apics.__file__).dirname().joinpath(
'static', 'wals', '%sA.json' % feature.wals_id
))
feature.wals_representation = sum(
[len(l['features']) for l in data['layers']])
args.log.info('computing language sources')
compute_language_sources((common.ContributionReference, 'contribution'))
compute_number_of_values()
for valueset in DBSession.query(common.ValueSet)\
.join(common.Parameter)\
.filter(common.Parameter.id == '0')\
.options(joinedload(common.ValueSet.language)):
if valueset.language.language_pk:
continue
if len(valueset.values) > 1:
valueset.language.lexifier = 'Other'
else:
if valueset.values[0].domainelement.name == 'Other':
valueset.language.lexifier = 'Other'
else:
valueset.language.lexifier \
= valueset.values[0].domainelement.name.replace('-based', '')
for lect in valueset.language.lects:
lect.lexifier = valueset.language.lexifier
args.log.info('creating icons')
for valueset in DBSession.query(common.ValueSet).options(
joinedload(common.ValueSet.parameter),
joinedload_all(common.ValueSet.values, common.Value.domainelement)
):
values = sorted(list(valueset.values), key=lambda v: v.domainelement.number)
assert abs(sum(v.frequency for v in values) - 100) < 1
fracs = []
colors = []
for v in values:
color = v.domainelement.jsondata['color']
frequency = round(v.frequency)
assert frequency
if frequency not in frequencies:
figure(figsize=(0.4, 0.4))
axes([0.1, 0.1, 0.8, 0.8])
coll = pie((int(100 - frequency), frequency), colors=('w', 'k'))
coll[0][0].set_linewidth(0.5)
assert icons_dir.joinpath('freq-%s.png' % frequency).exists()
frequencies[frequency] = True
v.jsondata = {'frequency_icon': 'freq-%s.png' % frequency}
fracs.append(frequency)
colors.append(color)
v.domainelement.jsondata = {
'color': color, 'icon': 'pie-100-%s.png' % color}
assert len(colors) == len(set(colors))
fracs, colors = tuple(fracs), tuple(colors)
basename = 'pie-'
basename += '-'.join('%s-%s' % (f, c) for f, c in zip(fracs, colors))
valueset.update_jsondata(icon=basename + '.png')
if (fracs, colors) not in icons:
figure(figsize=(0.4, 0.4))
axes([0.1, 0.1, 0.8, 0.8])
coll = pie(
tuple(reversed(fracs)),
colors=['#' + _color for _color in reversed(colors)])
for wedge in coll[0]:
wedge.set_linewidth(0.5)
assert icons_dir.joinpath('%s.png' % basename).exists()
icons[(fracs, colors)] = True
assert icons_dir.joinpath(basename + '.svg').exists()
for de in DBSession.query(common.DomainElement):
if not de.jsondata.get('icon'):
de.update_jsondata(icon='pie-100-%s.png' % de.jsondata['color'])
gbs_func('update', args)
def prime_cache(args):
#
# TODO: relate survey chapter reference with language!
#
icons = {}
frequencies = {}
args.log.info('computing wals representation')
for feature in DBSession.query(common.Parameter).options(
joinedload(common.Parameter.valuesets)):
feature.representation = len(feature.valuesets)
if feature.wals_id:
data = jsonload(
path(apics.__file__).dirname().joinpath(
'static', 'wals', '%sA.json' % feature.wals_id))
feature.wals_representation = sum(
[len(l['features']) for l in data['layers']])
args.log.info('computing language sources')
compute_language_sources((common.ContributionReference, 'contribution'))
compute_number_of_values()
for valueset in DBSession.query(common.ValueSet)\
.join(common.Parameter)\
.filter(common.Parameter.id == '0')\
.options(joinedload(common.ValueSet.language)):
if valueset.language.language_pk:
continue
if len(valueset.values) > 1:
valueset.language.lexifier = 'Other'
else:
if valueset.values[0].domainelement.name == 'Other':
valueset.language.lexifier = 'Other'
else:
valueset.language.lexifier \
= valueset.values[0].domainelement.name.replace('-based', '')
for lect in valueset.language.lects:
lect.lexifier = valueset.language.lexifier
args.log.info('creating icons')
for valueset in DBSession.query(common.ValueSet).options(
joinedload(common.ValueSet.parameter),
joinedload_all(common.ValueSet.values,
common.Value.domainelement)):
values = sorted(list(valueset.values),
key=lambda v: v.domainelement.number)
assert abs(sum(v.frequency for v in values) - 100) < 1
fracs = []
colors = []
for v in values:
color = v.domainelement.jsondata['color']
frequency = round(v.frequency)
assert frequency
if frequency not in frequencies:
figure(figsize=(0.4, 0.4))
axes([0.1, 0.1, 0.8, 0.8])
coll = pie((int(100 - frequency), frequency),
colors=('w', 'k'))
coll[0][0].set_linewidth(0.5)
assert icons_dir.joinpath('freq-%s.png' % frequency).exists()
frequencies[frequency] = True
v.jsondata = {'frequency_icon': 'freq-%s.png' % frequency}
fracs.append(frequency)
colors.append(color)
v.domainelement.jsondata = {
'color': color,
'icon': 'pie-100-%s.png' % color
}
assert len(colors) == len(set(colors))
fracs, colors = tuple(fracs), tuple(colors)
basename = 'pie-'
basename += '-'.join('%s-%s' % (f, c) for f, c in zip(fracs, colors))
valueset.update_jsondata(icon=basename + '.png')
if (fracs, colors) not in icons:
figure(figsize=(0.4, 0.4))
axes([0.1, 0.1, 0.8, 0.8])
coll = pie(tuple(reversed(fracs)),
colors=['#' + _color for _color in reversed(colors)])
for wedge in coll[0]:
wedge.set_linewidth(0.5)
assert icons_dir.joinpath('%s.png' % basename).exists()
icons[(fracs, colors)] = True
assert icons_dir.joinpath(basename + '.svg').exists()
for de in DBSession.query(common.DomainElement):
if not de.jsondata.get('icon'):
de.update_jsondata(icon='pie-100-%s.png' % de.jsondata['color'])
gbs_func('update', args)
def main(args):
data = Data()
editors = OrderedDict()
editors['Susanne Maria Michaelis'] = None
editors['Philippe Maurer'] = None
editors['Martin Haspelmath'] = None
editors['Magnus Huber'] = None
for row in read(args, 'People'):
name = row['First name'] + ' ' if row['First name'] else ''
name += row['Last name']
kw = dict(
name=name,
id=slug('%(Last name)s%(First name)s' % row),
url=row['Contact Website'].split()[0] if row['Contact Website'] else None,
address=row['Comments on database'],
)
contrib = data.add(common.Contributor, row['Author ID'], **kw)
if kw['name'] in editors:
editors[kw['name']] = contrib
DBSession.flush()
dataset = common.Dataset(
id='apics',
name='APiCS Online',
description='Atlas of Pidgin and Creole Language Structures Online',
domain='apics-online.info',
published=date(2013, 11, 4),
license='http://creativecommons.org/licenses/by/3.0/',
contact='*****@*****.**',
jsondata={
'license_icon': 'cc-by.png',
'license_name': 'Creative Commons Attribution 3.0 Unported License'})
DBSession.add(dataset)
for i, editor in enumerate(editors.values()):
common.Editor(dataset=dataset, contributor=editor, ord=i + 1)
colors = dict((row['ID'], row['RGB_code']) for row in read(args, 'Colours'))
abbrs = {}
for id_, name in LGR_ABBRS.items():
DBSession.add(common.GlossAbbreviation(id=id_, name=name))
abbrs[id_] = 1
for id_, name in {
'C**T': 'clitic',
'IMPF': 'imperfect',
'INTERM': 'intermediate',
'NCOMPL': 'noncompletive',
'NONFUT': 'nonfuture',
'NPROX': 'nonproximal',
'NSG': 'nonsingular',
'PP': 'past participle',
'PROP': 'proprietive',
'TMA': 'tense-mood-aspect',
}.items():
DBSession.add(common.GlossAbbreviation(id=id_, name=name))
abbrs[id_] = 1
for row in reader(
args.data_file('non-lgr-gloss-abbrs.csv'), delimiter=',', namedtuples=True):
for match in GLOSS_ABBR_PATTERN.finditer(row.standard):
if match.group('abbr') not in abbrs:
abbrs[match.group('abbr')] = 1
DBSession.add(
common.GlossAbbreviation(id=match.group('abbr'), name=row.meaning))
non_bibs = {}
for row in read(args, 'References', 'Reference_ID'):
if row['Reference_type'] == 'Non-bib':
non_bibs[row['Reference_ID']] = row['Reference_name']
continue
if isinstance(row['Year'], int):
year_int = row['Year']
year = str(row['Year'])
elif row['Year']:
year_int = None
for m in re.finditer('(?P<year>(1|2)[0-9]{3})', row['Year']):
year_int = int(m.group('year'))
break
year = row['Year']
else:
year, year_int = None, None
title = row['Article_title'] or row['Book_title']
attrs = {}
jsondata = {}
for attr, field in {
'Additional_information': 'note',
'Article_title': 'title',
'Book_title': 'booktitle',
'City': 'address',
'Editors': 'editor',
'Full_reference': None,
'Issue': None,
'Journal': 'journal',
'Language_codes': None,
'LaTeX_cite_key': None,
'Pages': 'pages',
'Publisher': 'publisher',
'Reference_type': 'type',
'School': 'school',
'Series_title': 'series',
'URL': 'url',
'Volume': 'volume',
}.items():
value = row.get(attr)
if not isinstance(value, int):
value = (value or '').strip()
if attr == 'Issue' and value:
try:
value = str(int(value))
except ValueError:
pass
if value:
if field:
attrs[field] = value
else:
jsondata[attr] = value
p = data.add(
common.Source, row['Reference_ID'],
id=str(row['Reference_ID']),
name=row['Reference_name'],
description=title,
author=row['Authors'],
year=year,
year_int=year_int,
bibtex_type=getattr(EntryType, row['BibTeX_type'] or 'misc'),
jsondata=jsondata,
**attrs)
if p.bibtex_type.value == 'misc' and not p.description:
p.description = p.note
DBSession.flush()
DBSession.flush()
infobox = jsonload(args.data_file('infobox.json'))
glottocodes = jsonload(args.data_file('glottocodes.json'))
for row in read(args, 'Languages', 'Order_number'):
lon, lat = [float(c.strip()) for c in row['map_coordinates'].split(',')]
kw = dict(
name=row['Language_name'],
id=str(row['Order_number']),
latitude=lat,
longitude=lon,
region=row['Category_region'],
)
lect = data.add(models.Lect, row['Language_ID'], **kw)
DBSession.flush()
for i, item in enumerate(infobox[lect.id]):
DBSession.add(common.Language_data(
object_pk=lect.pk, ord=i, key=item[0], value=item[1]))
if row["Languages_contribution_documentation::Lect_description_checked_status"] \
!= "Checked":
print 'unchecked! ---', row['Language_name']
desc = row.get('Languages_contribution_documentation::Lect description', '')
markup_desc = normalize_markup(
row['Languages_contribution_documentation::z_calc_GetAsCSS_Lect_description'])
c = data.add(
models.ApicsContribution, row['Language_ID'],
id=str(row['Order_number']),
name=row['Language_name'],
description=desc,
markup_description=markup_desc,
survey_reference=data['Source'][row['Survey_reference_ID']],
language=lect)
for ext, label, mtype in [
('pdf', 'Glossed text', 'application/pdf'),
('mp3', 'Glossed text audio', 'audio/mpeg'),
]:
fid = '%s-gt.%s' % (c.id, ext)
if args.data_file('files', 'contribution', c.id, fid).exists():
common.Contribution_files(object=c, id=fid, name=label, mime_type=mtype)
else:
print label, 'missing for:', row['Language_name']
#
# TODO: for michif, 75, add link http://www.youtube.com/watch?v=f0C4cODsSyE
#
iso = None
if row['ISO_code'] and len(row['ISO_code']) == 3:
iso = row['ISO_code'].lower()
if 'iso:%s' % row['ISO_code'] not in data['Identifier']:
data.add(
common.Identifier, 'iso:%s' % row['ISO_code'],
id=row['ISO_code'].lower(),
name=row['ISO_code'].lower(),
type=common.IdentifierType.iso.value)
DBSession.add(common.LanguageIdentifier(
language=data['Lect'][row['Language_ID']],
identifier=data['Identifier']['iso:%s' % row['ISO_code']]))
if lect.id in glottocodes:
identifier = data.add(
common.Identifier, 'gc:%s' % glottocodes[lect.id],
id=glottocodes[lect.id],
name=glottocodes[lect.id],
type=common.IdentifierType.glottolog.value)
DBSession.add(common.LanguageIdentifier(
language=data['Lect'][row['Language_ID']],
identifier=identifier))
if row['Language_name_ethnologue']:
if row['Language_name_ethnologue'] not in data['Identifier']:
data.add(
common.Identifier, row['Language_name_ethnologue'],
id=iso or 'ethnologue:%s' % row['Language_name_ethnologue'],
name=row['Language_name_ethnologue'],
type='ethnologue')
DBSession.add(common.LanguageIdentifier(
language=data['Lect'][row['Language_ID']],
identifier=data['Identifier'][row['Language_name_ethnologue']]))
example_count = {}
for row in read(args, 'Examples', 'Order_number'):
assert row['Language_ID']
lang = data['Lect'][row['Language_ID']]
id_ = '%(Language_ID)s-%(Example_number)s' % row
atext, gloss = igt(row)
example_count[row['Language_ID']] = max(
[example_count.get(row['Language_ID'], 1), row['Example_number']])
p = add_sentence(
args, data, id_,
id='%s-%s' % (lang.id, row['Example_number']),
name=row['Text'] or row['Analyzed_text'],
description=row['Translation'],
type=row['Type'].strip().lower() if row['Type'] else None,
comment=row['Comments'],
gloss=gloss,
analyzed=atext,
markup_text=normalize_markup(row['z_calc_Text_CSS']),
markup_gloss=normalize_markup(row['z_calc_Gloss_CSS']),
markup_comment=normalize_markup(row['z_calc_Comments_CSS']),
markup_analyzed=normalize_markup(row['z_calc_Analyzed_text_CSS']),
original_script=row['Original_script'],
jsondata={
'sort': row['Order_number'],
'alt_translation': (row['Translation_other'] or '').strip() or None},
language=lang)
if row['Reference_ID']:
if row['Reference_ID'] in data['Source']:
source = data['Source'][row['Reference_ID']]
DBSession.add(common.SentenceReference(
sentence=p,
source=source,
key=source.id,
description=row['Reference_pages']))
else:
p.source = non_bibs[row['Reference_ID']]
DBSession.flush()
for row in read(args, 'Language_references'):
if row['Reference_ID'] not in data['Source']:
assert row['Reference_ID'] in non_bibs
continue
assert row['Language_ID'] in data['ApicsContribution']
source = data['Source'][row['Reference_ID']]
DBSession.add(common.ContributionReference(
contribution=data['ApicsContribution'][row['Language_ID']],
source=source,
description=row['Pages'],
key=source.id))
#
# global counter for features - across feature types
#
feature_count = 0
for row in read(args, 'Features', 'Feature_number'):
id_ = str(row['Feature_number'])
if int(id_) > feature_count:
feature_count = int(id_)
wals_id = None
desc = row['Feature_annotation_publication']
if row['WALS_match'] == 'Total':
if isinstance(row['WALS_No.'], int):
wals_id = row['WALS_No.']
else:
wals_id = int(row['WALS_No.'].split('.')[0].strip())
p = data.add(
models.Feature, row['Feature_code'],
name=row['Feature_name'],
id=id_,
description=desc,
markup_description=normalize_markup(
row['z_calc_Feature_annotation_publication_CSS']),
feature_type='primary',
multivalued=row['Value_relation_type'] != 'Single',
area=row['Feature_area'],
wals_id=wals_id)
names = {}
for i in range(1, 10):
if not row['Value%s_publication' % i] \
or not row['Value%s_publication' % i].strip():
continue
name = row['Value%s_publication' % i].strip()
if name in names:
name += ' (%s)' % i
names[name] = 1
de = data.add(
common.DomainElement, '%s-%s' % (row['Feature_code'], i),
id='%s-%s' % (id_, i),
name=name,
parameter=p,
abbr=row['Value%s_for_book_maps' % i] if p.id != '0' else name,
number=int(row['Value%s_value_number_for_publication' % i]),
jsondata={'color': colors[row['Value_%s_colour_ID' % i]]},
)
assert de
if row['Authors_FeatureArticles']:
authors, _ = row['Authors_FeatureArticles'].split('and the APiCS')
authors = authors.strip()
if authors.endswith(','):
authors = authors[:-1].strip()
for i, name in enumerate(authors.split(',')):
assert name.strip() in editors
p._authors.append(models.FeatureAuthor(
ord=i + 1, contributor=editors[name.strip()]))
DBSession.flush()
primary_to_segment = {123: 63, 126: 35, 128: 45, 130: 41}
segment_to_primary = dict(zip(
primary_to_segment.values(), primary_to_segment.keys()))
number_map = {}
names = {}
for row in read(args, 'Segment_features', 'Order_number'):
symbol = row['Segment_symbol']
if row['Segment_name'] == 'voiceless dental/alveolar sibilant affricate':
symbol = 't\u0361s'
truth = lambda s: s and s.strip().lower() == 'yes'
name = '%s - %s' % (symbol, row['Segment_name'])
if name in names:
number_map[row['Segment_feature_number']] = names[name]
continue
number_map[row['Segment_feature_number']] = row['Segment_feature_number']
names[name] = row['Segment_feature_number']
feature_count += 1
if row['Segment_feature_number'] in segment_to_primary:
primary_to_segment[segment_to_primary[row['Segment_feature_number']]]\
= str(feature_count)
p = data.add(
models.Feature, row['Segment_feature_number'],
name=name,
id=str(feature_count),
feature_type='segment',
area='Vowels' if truth(row['Vowel']) else (
'Obstruent consonants' if truth(row['Obstruent'])
else 'Sonorant consonants'),
jsondata=dict(
number=int(row['Segment_feature_number']),
vowel=truth(row['Vowel']),
consonant=truth(row['Consonant']),
obstruent=truth(row['Obstruent']),
core_list=truth(row['Core_list_segment']),
symbol=symbol,
))
for i, spec in SEGMENT_VALUES.items():
data.add(
common.DomainElement,
'%s-%s' % (row['Segment_feature_number'], spec[0]),
id='%s-%s' % (p.id, i),
name=spec[0],
parameter=p,
jsondata={'color': spec[1]},
number=i)
print '--> remapped:', primary_to_segment
DBSession.flush()
for row in read(args, 'Sociolinguistic_features', 'Sociolinguistic_feature_number'):
feature_count += 1
p = data.add(
models.Feature, row['Sociolinguistic_feature_code'],
name=row['Sociolinguistic_feature_name'],
id='%s' % feature_count,
description=row['Sociolinguistic_feature_annotation'],
area='Sociolinguistic',
feature_type='sociolinguistic')
names = {}
for i in range(1, 10):
id_ = '%s-%s' % (row['Sociolinguistic_feature_code'], i)
if row.get('Value%s' % i) and row['Value%s' % i].strip():
name = row['Value%s' % i].strip()
if name in names:
name += ' (%s)' % i
names[name] = 1
else:
continue
kw = dict(id='%s-%s' % (p.id, i), name=name, parameter=p, number=i)
data.add(
common.DomainElement,
id_,
id='%s-%s' % (p.id, i),
name=name,
parameter=p,
number=i,
jsondata={'color': colors.get(
row['Value%s_colour_ID' % i], colors.values()[i])})
sd = {}
for row in read(args, 'Segment_data'):
if row['Segment_feature_number'] not in number_map:
continue
number = number_map[row['Segment_feature_number']]
if not row['Presence_in_the_language']:
continue
lang = data['Lect'][row['Language_ID']]
param = data['Feature'][number]
id_ = '%s-%s' % (lang.id, param.id)
if id_ in sd:
assert row['c_Record_is_a_duplicate'] == 'Yes'
continue
sd[id_] = 1
valueset = data.add(
common.ValueSet,
id_,
id=id_,
parameter=param,
language=lang,
contribution=data['ApicsContribution'][row['Language_ID']],
description=row['Comments'],
markup_description=normalize_markup(row['z_calc_Comments_CSS']),
)
v = data.add(
common.Value,
id_,
id=id_,
frequency=float(100),
valueset=valueset,
domainelement=data['DomainElement']['%s-%s' % (
number, row['Presence_in_the_language'])],
)
if row['Example_word'] and row['Example_word_gloss']:
example_count[row['Language_ID']] += 1
p = add_sentence(
args, data, '%s-p%s' % (lang.id, data['Feature'][number].id),
id='%s-%s' % (lang.id, example_count[row['Language_ID']]),
name=row['Example_word'],
description=row['Example_word_gloss'],
language=lang)
DBSession.add(common.ValueSentence(value=v, sentence=p))
source = data['Source'].get(row['Refers_to_references_Reference_ID'])
if source:
DBSession.add(common.ValueSetReference(
valueset=valueset, source=source, key=source.id))
elif row['Refers_to_references_Reference_ID'] in non_bibs:
valueset.source = non_bibs[row['Refers_to_references_Reference_ID']]
lects = defaultdict(lambda: 1)
lect_map = {}
records = {}
false_values = {}
no_values = {}
wals_value_number = {}
for row in read(args, 'wals'):
if row['z_calc_WALS_value_number']:
wals_value_number[row['Data_record_id']] = row['z_calc_WALS_value_number']
def prefix(attr, _prefix):
if _prefix:
return '%s_%s' % (_prefix, attr)
return attr.capitalize()
for _prefix, abbr in [('', ''), ('Sociolinguistic', 'sl')]:
num_values = 10
for row in read(args, prefix('data', _prefix)):
if not row[prefix('feature_code', _prefix)]:
print('no associated feature for',
prefix('data', _prefix),
row[prefix('data_record_id', _prefix)])
continue
lid = row['Language_ID']
lect_attr = row.get('Lect_attribute', 'my default lect').lower()
if lect_attr != 'my default lect':
if (row['Language_ID'], row['Lect_attribute']) in lect_map:
lid = lect_map[(row['Language_ID'], row['Lect_attribute'])]
else:
lang = data['Lect'][row['Language_ID']]
c = lects[row['Language_ID']]
lid = '%s-%s' % (row['Language_ID'], c)
kw = dict(
name='%s (%s)' % (lang.name, row['Lect_attribute']),
id='%s' % (1000 + 10 * int(lang.id) + c),
latitude=lang.latitude,
longitude=lang.longitude,
description=row['Lect_attribute'],
language=lang,
)
data.add(models.Lect, lid, **kw)
lects[row['Language_ID']] += 1
lect_map[(row['Language_ID'], row['Lect_attribute'])] = lid
id_ = abbr + str(row[prefix('data_record_id', _prefix)])
assert id_ not in records
records[id_] = 1
assert row[prefix('feature_code', _prefix)] in data['Feature']
language = data['Lect'][lid]
parameter = data['Feature'][row[prefix('feature_code', _prefix)]]
valueset = common.ValueSet(
id='%s-%s' % (language.id, parameter.id),
description=row['Comments_on_value_assignment'],
markup_description=normalize_markup(
row.get('z_calc_Comments_on_value_assignment_CSS')),
)
values_found = {}
for i in range(1, num_values):
if not row['Value%s_true_false' % i]:
continue
if row['Value%s_true_false' % i].strip().lower() != 'true':
assert row['Value%s_true_false' % i].strip().lower() == 'false'
false_values[row[prefix('data_record_id', _prefix)]] = 1
continue
iid = '%s-%s' % (row[prefix('feature_code', _prefix)], i)
if iid not in data['DomainElement']:
print(iid,
row[prefix('data_record_id', _prefix)],
'--> no domainelement!')
continue
values_found['%s-%s' % (id_, i)] = dict(
id='%s-%s' % (valueset.id, i),
domainelement=data['DomainElement']['%s-%s' % (
row[prefix('feature_code', _prefix)], i)],
confidence=row['Value%s_confidence' % i],
frequency=float(row['c_V%s_frequency_normalised' % i])
if _prefix == '' else 100)
if values_found:
if row[prefix('data_record_id', _prefix)] in wals_value_number:
valueset.jsondata = {
'wals_value_number': wals_value_number.pop(
row[prefix('data_record_id', _prefix)])}
valueset.parameter = parameter
valueset.language = language
valueset.contribution = data['ApicsContribution'][row['Language_ID']]
valueset = data.add(common.ValueSet, id_, _obj=valueset)
for i, item in enumerate(values_found.items()):
if i > 0 and not parameter.multivalued:
print 'multiple values for single-valued parameter: %s' % id_
break
id_, kw = item
kw['valueset'] = valueset
value = data.add(common.Value, id_, **kw)
#
# store references to additional data for segments which should be reused
# for corresponding primary features!
#
if int(parameter.id) in primary_to_segment:
assert len(values_found) == 1
seg_id = '%s-%s' % (
language.id, primary_to_segment[int(parameter.id)])
seg_valueset = data['ValueSet'][seg_id]
seg_value = data['Value'][seg_id]
if not valueset.description and seg_valueset.description:
valueset.description = seg_valueset.description
for s in seg_value.sentence_assocs:
DBSession.add(
common.ValueSentence(value=value, sentence=s.sentence))
for r in seg_valueset.references:
DBSession.add(common.ValueSetReference(
valueset=valueset, source=r.source, key=r.key))
if not valueset.source and seg_valueset.source:
valueset.source = seg_valueset.source
DBSession.flush()
else:
no_values[id_] = 1
DBSession.flush()
for prefix, abbr, num_values in [
('D', '', 10),
('Sociolinguistic_d', 'sl', 7),
]:
for row in read(args, prefix + 'ata_references'):
assert row['Reference_ID'] in data['Source'] \
or row['Reference_ID'] in non_bibs
try:
vs = data['ValueSet'][abbr + str(row[prefix + 'ata_record_id'])]
if row['Reference_ID'] in data['Source']:
source = data['Source'][row['Reference_ID']]
DBSession.add(common.ValueSetReference(
valueset=vs,
source=source,
key=source.id,
description=row['Pages'],
))
else:
if vs.source:
vs.source += '; ' + non_bibs[row['Reference_ID']]
else:
vs.source = non_bibs[row['Reference_ID']]
except KeyError:
continue
DBSession.flush()
missing = 0
for row in read(args, 'Value_examples'):
try:
DBSession.add(common.ValueSentence(
value=data['Value']['%(Data_record_id)s-%(Value_number)s' % row],
sentence=data['Sentence']['%(Language_ID)s-%(Example_number)s' % row],
description=row['Notes'],
))
except KeyError:
missing += 1
print('%s Value_examples are missing data' % missing)
print('%s data sets with false values' % len(false_values))
print('%s data sets without values' % len(no_values))
for k, v in wals_value_number.items():
print 'unclaimed wals value number:', k, v
for i, row in enumerate(read(args, 'Contributors')):
kw = dict(
contribution=data['ApicsContribution'][row['Language ID']],
contributor=data['Contributor'][row['Author ID']]
)
if row['Order_of_appearance']:
kw['ord'] = int(float(row['Order_of_appearance']))
data.add(common.ContributionContributor, i, **kw)
DBSession.flush()
def import_dataset(path, provider):
# look for metadata
# look for sources
# then loop over values
dirpath, fname = os.path.split(path)
basename, ext = os.path.splitext(fname)
glottolog = Glottolog()
mdpath = path + "-metadata.json"
assert os.path.exists(mdpath)
md = jsonload(mdpath)
md, parameters = md["properties"], md["parameters"]
cname = md["name"]
if "id" in md:
cname = "%s [%s]" % (cname, md["id"])
contrib = Wordlist(id=basename, name=cname)
contributors = md.get("typedby", md.get("contributors"))
if contributors:
contributor_name = HumanName(contributors)
contributor_id = slug(contributor_name.last + contributor_name.first)
contributor = Contributor.get(contributor_id, default=None)
if not contributor:
contributor = Contributor(id=contributor_id, name="%s" % contributor_name)
DBSession.add(ContributionContributor(contribution=contrib, contributor=contributor))
# bibpath = os.path.join(dirpath, basename + '.bib')
# if os.path.exists(bibpath):
# for rec in Database.from_file(bibpath):
# if rec['key'] not in data['Source']:
# data.add(Source, rec['key'], _obj=bibtex2source(rec))
data = Data()
concepts = {p.id: p for p in DBSession.query(Concept)}
language = None
for i, row in enumerate(reader(path, dicts=True, delimiter=",")):
if not row["Value"] or not row["Feature_ID"]:
continue
fid = row["Feature_ID"].split("/")[-1]
vsid = "%s-%s-%s" % (basename, row["Language_ID"], fid)
vid = "%s-%s-%s" % (provider, basename, i + 1)
if language:
assert language.id == row["Language_ID"]
else:
language = Language.get(row["Language_ID"], default=None)
if language is None:
# query glottolog!
languoid = glottolog.languoid(row["Language_ID"])
language = LexibankLanguage(
id=row["Language_ID"], name=languoid.name, latitude=languoid.latitude, longitude=languoid.longitude
)
parameter = concepts.get(fid)
if parameter is None:
concepts[fid] = parameter = Concept(
id=fid, name=parameters[row["Feature_ID"]], concepticon_url=row["Feature_ID"]
)
vs = data["ValueSet"].get(vsid)
if vs is None:
vs = data.add(
ValueSet,
vsid,
id=vsid,
parameter=parameter,
language=language,
contribution=contrib,
source=row.get("Source"),
)
counterpart = Counterpart(
id=vid, valueset=vs, name=row["Value"], description=row.get("Comment"), loan=row.get("Loan") == "yes"
)
if row.get("Cognate_Set"):
csid = row["Cognate_Set"].split(",")[0].strip()
cs = Cognateset.get(csid, key="name", default=None)
if cs is None:
cs = Cognateset(name=csid)
counterpart.cognateset = cs
# for key, src in data['Source'].items():
# if key in vs.source:
# ValueSetReference(valueset=vs, source=src, key=key)
contrib.language = language
def main(args):
Index('ducet', collkey(common.Value.name)).create(DBSession.bind)
def data_file(*comps):
return path(args.data_repos).joinpath('tsammalexdata', 'data', *comps)
data = Data()
data.add(common.Dataset, 'tsammalex',
id="tsammalex",
name="Tsammalex",
description="Tsammalex: A lexical database on plants and animals",
publisher_name="Max Planck Institute for Evolutionary Anthropology",
publisher_place="Leipzig",
publisher_url="http://www.eva.mpg.de",
domain='tsammalex.clld.org',
license='http://creativecommons.org/licenses/by/4.0/',
contact='*****@*****.**',
jsondata={
'license_icon': 'cc-by.png',
'license_name': 'Creative Commons Attribution 4.0 International License'})
data.add(common.Contribution, 'tsammalex', name="Tsammalex", id="tsammalex")
glottolog = glottocodes_by_isocode('postgresql://robert@/glottolog3')
for rec in Database.from_file(data_file('sources.bib'), lowercase=True):
data.add(models.Bibrec, rec.id, _obj=bibtex2source(rec, cls=models.Bibrec))
load_ecoregions(data_file, data)
load_countries(data)
second_languages = {}
def languoid_visitor(lang, row, _):
try:
add_language_codes(
data, lang, lang.id.split('-')[0], glottolog, glottocode=row[2] or None)
except:
print(row)
raise
second_languages[row[0]] = row[8]
def habitat_visitor(cat, *_):
cat.is_habitat = True
def taxon_visitor(auto, taxon, *_):
if auto.get(taxon.id):
update_taxon_data(taxon, auto[taxon.id], data)
else:
print('--> missing in taxa.json:', taxon.id, taxon.name)
taxon.countries_str = ' '.join([e.id for e in taxon.countries])
taxon.ecoregions_str = ' '.join([e.id for e in taxon.ecoregions])
auto = {s['id']: s for s in jsonload(data_file('taxa.json'))}
for model, kw in [
(models.Lineage, {}),
(models.Use, {}),
(models.TsammalexContributor, {}),
(models.Languoid, dict(visitor=languoid_visitor)),
(models.Category, dict(name='categories')),
(models.Category, dict(name='habitats', visitor=habitat_visitor)),
(models.Taxon, dict(visitor=partial(taxon_visitor, auto))),
(models.Name, dict(filter_=lambda r: 'xxx' not in r[1])),
]:
from_csv(data_file, model, data, **kw)
for key, ids in second_languages.items():
target = data['Languoid'][key]
for lid in models.split_ids(ids):
if lid in data['Languoid']:
# we ignore 2nd languages which are not yet in Tsammalex.
target.second_languages.append(data['Languoid'][lid])
def image_url(source_url, type_):
return re.sub('\.[a-zA-Z]+$', '.jpg', source_url).replace(
'/original/', '/%s/' % type_)
for fname in data_files(data_file, 'images.csv'):
for image in reader(fname, namedtuples=True, delimiter=","):
if image.taxa__id not in data['Taxon']:
continue
url = URL(image.source_url)
if url.host() != 'edmond.mpdl.mpg.de':
continue
jsondata = dict(
url=image.source_url,
thumbnail=image_url(image.source_url, 'thumbnail'),
web=image_url(image.source_url, 'web'))
f = common.Parameter_files(
object=data['Taxon'][image.taxa__id],
id=image.id,
name=image.tags,
jsondata=jsondata,
mime_type=image.mime_type)
for k in 'source creator date place comments permission'.split():
v = getattr(image, k)
if v:
models.ImageData(key=k, value=v, image=f)