def main():
i = 0
good = defaultdict(set)
bad = defaultdict(set)
for line in fileinput.input():
i += 1
# not sure about the proper encoding to use
try:
line = line.decode('utf8')
if line.startswith('~t96;'):
# should be a word ?
entry = analyse_word_entry.parse_one(line)
syl_list = wsl_to_kaulo.check_entry(entry['raw'])
for sino, readings in syl_list:
for r in readings:
syl = wsl_to_kaulo.convert(r)
if syl is not None:
good[sino].add(syl)
else:
bad[sino].add(r)
except UnicodeDecodeError:
print "encoding error on line", i
# let's build a reverse index of problems
readings_dic = defaultdict(list)
for sino, readings in bad.iteritems():
for r in readings:
readings_dic[r].append(sino)
for k, v in good.items():
good[k] = list(v)
for k, v in bad.items():
bad[k] = list(v)
print json.dumps((readings_dic, good, bad))
def main():
i = 0
good = defaultdict(set)
bad = defaultdict(set)
for line in fileinput.input():
i += 1
# not sure about the proper encoding to use
try:
line = line.decode('utf8')
if line.startswith('~t96;'):
# should be a word ?
entry = analyse_word_entry.parse_one(line)
syl_list = wsl_to_kaulo.check_entry(entry['raw'])
for sino, readings in syl_list:
for r in readings:
syl = wsl_to_kaulo.convert(r)
if syl is not None:
good[sino].add(syl)
else:
bad[sino].add(r)
except UnicodeDecodeError:
print "encoding error on line", i
# let's build a reverse index of problems
readings_dic = defaultdict(list)
for sino, readings in bad.iteritems():
for r in readings:
readings_dic[r].append(sino)
for k,v in good.items():
good[k] = list(v)
for k,v in bad.items():
bad[k] = list(v)
print json.dumps((readings_dic, good, bad))
def merge_in_graph(tx, e):
e['key'] = "".join([e['entry'],e['nh']])
stmt_form = """
MERGE (:NgoForm {form:{form}})
"""
stmt_word = """
MATCH (f:NgoForm {form:{key}})
MERGE (f) -[:entry]-> (:NgoWord {key: {key},
entry: {entry},
nh: {nh},
POS: {POS},
body: {body}})
"""
stmt_syl = """
MATCH (w:NgoForm {form: {key}})
MERGE (s:NgoSyl {raw: {raw}})
ON CREATE SET s.sino = {sino}, s.wsl = {wsl}
MERGE (w) -[:contains {nth: {n}}]-> (s)
"""
stmt_rom = """
MATCH (s:NgoSyl {raw: {syl}})
MERGE (r:NgoRom {wsl: {wsl}})
ON CREATE SET r.rom = {rom}
MERGE (s) -[:contains]-> (r)
"""
stmt_err = """
MATCH (s:NgoSyl {raw: {syl}})
MERGE (e:NgoError {wsl: {wsl}})
MERGE (s) -[:contains]-> (e)
"""
stmt_sentence = """
MATCH (w:NgoWord {key: {key}})
CREATE (s:NgoSentence {lang: {lang}, text:{sentence}})
CREATE (w) -[:NgoDef {n: {n}}]-> (s)
"""
tx.append(stmt_form, {'form': e['key']})
tx.append(stmt_word, e)
for n,s in enumerate(e['sentences']):
tx.append(stmt_sentence, {
'key':e['key'],
'lang': s['lang'],
'sentence': s['sentence'],
'n': n})
syl_list = wsl_to_kaulo.check_entry(e['entry'])
for n,(sino, readings) in enumerate(syl_list):
wsl = "/".join(readings)
tx.append(stmt_syl, {'raw': sino + wsl,
'sino': sino,
'wsl': wsl,
'key': e['key'],
'n': n})
for r in readings:
rom = wsl_to_kaulo.convert(r)
if rom is not None:
tx.append(stmt_rom, {'syl': sino + wsl,
'rom': rom,
'wsl': r})
else:
tx.append(stmt_err, {'syl': sino + wsl,
'wsl': r})
def merge_in_graph(tx, e):
e['key'] = "".join([e['entry'], e['nh']])
stmt_form = """
MERGE (:NgoForm {form:{form}})
"""
stmt_word = """
MATCH (f:NgoForm {form:{key}})
MERGE (f) -[:entry]-> (:NgoWord {key: {key},
entry: {entry},
nh: {nh},
POS: {POS},
body: {body}})
"""
stmt_syl = """
MATCH (w:NgoForm {form: {key}})
MERGE (s:NgoSyl {raw: {raw}})
ON CREATE SET s.sino = {sino}, s.wsl = {wsl}
MERGE (w) -[:contains {nth: {n}}]-> (s)
"""
stmt_rom = """
MATCH (s:NgoSyl {raw: {syl}})
MERGE (r:NgoRom {wsl: {wsl}})
ON CREATE SET r.rom = {rom}
MERGE (s) -[:contains]-> (r)
"""
stmt_err = """
MATCH (s:NgoSyl {raw: {syl}})
MERGE (e:NgoError {wsl: {wsl}})
MERGE (s) -[:contains]-> (e)
"""
stmt_sentence = """
MATCH (w:NgoWord {key: {key}})
CREATE (s:NgoSentence {lang: {lang}, text:{sentence}})
CREATE (w) -[:NgoDef {n: {n}}]-> (s)
"""
tx.append(stmt_form, {'form': e['key']})
tx.append(stmt_word, e)
for n, s in enumerate(e['sentences']):
tx.append(stmt_sentence, {
'key': e['key'],
'lang': s['lang'],
'sentence': s['sentence'],
'n': n
})
syl_list = wsl_to_kaulo.check_entry(e['entry'])
for n, (sino, readings) in enumerate(syl_list):
wsl = "/".join(readings)
tx.append(stmt_syl, {
'raw': sino + wsl,
'sino': sino,
'wsl': wsl,
'key': e['key'],
'n': n
})
for r in readings:
rom = wsl_to_kaulo.convert(r)
if rom is not None:
tx.append(stmt_rom, {'syl': sino + wsl, 'rom': rom, 'wsl': r})
else:
tx.append(stmt_err, {'syl': sino + wsl, 'wsl': r})