def test_topdown_walk():
assert list(mp.walk(m0, method='top-down')) == []
assert list(mp.walk(m1, method='top-down')) == [(0, 10000, ':/H>')]
assert list(mp.walk(m2,
method='top-down')) == [(0, 10003, ':/H>'),
(10003, 10002, ':ARG1/NEQ>')]
assert list(mp.walk(m2, start=10001,
method='top-down')) == [(10001, 10002, ':ARG1/EQ>')]
assert list(mp.walk(m3,
method='top-down')) == [(0, 10004, ':/H>'),
(10004, 10003, ':ARG1/NEQ>')]
def test_headed_walk():
assert list(mp.walk(m0)) == []
assert list(mp.walk(m1)) == [(0, 10000, ':/H>')]
assert list(mp.walk(m2)) == [(0, 10003, ':/H>'),
(10003, 10002, ':ARG1/NEQ>'),
(10002, 10001, '<ARG1/EQ:'),
(10002, 10000, '<RSTR/H:')]
assert list(mp.walk(m2, start=10002)) == [(10002, 10001, '<ARG1/EQ:'),
(10002, 10000, '<RSTR/H:')]
assert list(mp.walk(m3)) == [(0, 10004, ':/H>'),
(10004, 10003, ':ARG1/NEQ>'),
(10003, 10001, '<ARG1/EQ:'),
(10003, 10002, '<ARG1/EQ:'),
(10003, 10000, '<RSTR/H:')]
def test_bottomup_walk():
assert list(mp.walk(m0, method='bottom-up')) == []
assert list(mp.walk(m1, method='bottom-up')) == []
assert list(mp.walk(m1, start=10000,
method='bottom-up')) == [(10000, 0, '</H:')]
assert list(mp.walk(m2, start=10002,
method='bottom-up')) == [(10002, 10001, '<ARG1/EQ:'),
(10002, 10003, '<ARG1/NEQ:'),
(10003, 0, '</H:'),
(10002, 10000, '<RSTR/H:')]
assert list(mp.walk(m3, start=10003,
method='bottom-up')) == [(10003, 10001, '<ARG1/EQ:'),
(10003, 10002, '<ARG1/EQ:'),
(10003, 10004, '<ARG1/NEQ:'),
(10004, 0, '</H:'),
(10003, 10000, '<RSTR/H:')]
def semantic_test_result(prof_path):
# todo: consider i-wf
res =dict([
('i-ids', set()),
('result', 0), #
('no-mrs', 0), #
('bad-mrs', 0), #
('disconnected', 0), # connected MRS
('ill-formed', 0), # well-formed MRS
('non-headed', 0),
('error', 0)
# ('scope', 0), # MRSs that scope well
# ('headed', 0) # fully headed MRSs (can be tree-ified)
])
prof = itsdb.ItsdbProfile(prof_path, index=False)
for row in prof.join('parse', 'result'):
iid, rid = row['parse:i-id'], row['result:result-id']
mrs = row['result:mrs']
res['i-ids'].add(iid)
res['result'] += 1
faults = []
if mrs:
try:
m = simplemrs.loads_one(mrs)
if not m.is_well_formed():
faults.append('ill-formed')
if not m.is_connected():
faults.append('disconnected')
headed_nids = [n for _, n, _ in mp.walk(m) if n != 0]
if set(headed_nids) != set(m.nodeids()):
faults.append('non-headed')
except XmrsError:
faults.append('bad-mrs')
except:
faults.append('error')
else:
faults.append('no-mrs')
if faults:
info('{iid}-{rid}\t{faults}'
.format(iid=iid, rid=rid, faults=' '.join(faults)))
if 'error' in faults:
debug(mrs)
for fault in faults:
res[fault] += 1
else:
debug('{iid}-{rid}'.format(iid=iid, rid=rid))
return res