def test_to_dict(self):
assert Dmrs().to_dict() == {'nodes': [], 'links': []}
x = Dmrs(nodes=[Node(10, sp('"_rain_v_1_rel"'))])
assert x.to_dict() == {
'nodes': [{
'nodeid': 10,
'predicate': '_rain_v_1',
'sortinfo': {
'cvarsort': UNKNOWNSORT
}
}],
'links': []
}
x = Dmrs(nodes=[Node(10, sp('"_rain_v_1_rel"'), {'cvarsort': 'e'})],
links=[Link(0, 10, None, 'H')])
assert x.to_dict() == {
'nodes': [{
'nodeid': 10,
'predicate': '_rain_v_1',
'sortinfo': {
'cvarsort': 'e'
}
}],
'links': [{
'from': 0,
'to': 10,
'rargname': None,
'post': 'H'
}]
}
assert x.to_dict(properties=False) == {
'nodes': [{
'nodeid': 10,
'predicate': '_rain_v_1'
}],
'links': [{
'from': 0,
'to': 10,
'rargname': None,
'post': 'H'
}]
}
def test_to_dict(self):
assert Dmrs().to_dict() == {'nodes': [], 'links': []}
x = Dmrs(nodes=[Node(10, sp('"_rain_v_1_rel"'))])
assert x.to_dict() == {
'nodes': [{'nodeid': 10, 'predicate': '_rain_v_1',
'sortinfo': {'cvarsort': UNKNOWNSORT}}],
'links': []
}
x = Dmrs(
nodes=[Node(10, sp('"_rain_v_1_rel"'), {'cvarsort': 'e'})],
links=[Link(0, 10, None, 'H')]
)
assert x.to_dict() == {
'nodes': [{'nodeid': 10, 'predicate': '_rain_v_1',
'sortinfo': {'cvarsort': 'e'}}],
'links': [{'from': 0, 'to': 10, 'rargname': None, 'post': 'H'}]
}
assert x.to_dict(properties=False) == {
'nodes': [{'nodeid': 10, 'predicate': '_rain_v_1'}],
'links': [{'from': 0, 'to': 10, 'rargname': None, 'post': 'H'}]
}
def parse_response(inp, ace_response, params):
properties = True if params.get('properties') == 'json' else False
tcpu, pedges = _get_parse_info(ace_response.get('NOTES', []))
result_data = []
for i, res in enumerate(ace_response.get('RESULTS', [])):
mrs, udf = res['MRS'], res['DERIV']
xmrs = simplemrs.loads_one(mrs)
d = {'result-id': i}
if params.get('derivation') == 'udf':
d['derivation'] = udf
elif params.get('derivation') == 'json':
d['derivation'] = udf_to_dict(udf, params)
if params.get('mrs') == 'simple':
d['mrs'] = mrs
elif params.get('mrs') == 'json':
d['mrs'] = Mrs.to_dict(xmrs, properties=properties)
elif params.get('mrs') == 'latex':
abort(501, "The 'latex' format for MRS is not yet implemented.")
if params.get('eds') == 'native':
d['eds'] = eds.dumps(xmrs, single=True)
elif params.get('eds') == 'json':
d['eds'] = eds.Eds.from_xmrs(xmrs).to_dict(properties=properties)
elif params.get('eds') == 'latex':
abort(501, "The 'latex' format for EDS is not yet implemented.")
if params.get('dmrs') == 'json':
d['dmrs'] = Dmrs.to_dict(xmrs, properties=properties)
elif params.get('dmrs') == 'latex':
d['dmrs'] = latex.dmrs_tikz_dependency(xmrs)
result_data.append(d)
data = {
'input': inp,
'readings': len(ace_response.get('RESULTS', [])),
'results': result_data
}
if tcpu is not None: data['tcpu'] = tcpu
if pedges is not None: data['pedges'] = pedges
return data
def _parse_repsonse(inp, ace_response, params):
properties = True if params.get('properties') == 'json' else False
tcpu = ace_response.get('tcpu')
pedges = ace_response.get('pedges')
readings = ace_response.get('readings')
if readings is None:
readings = len(ace_response.get('results', []))
result_data = []
for i, res in enumerate(ace_response.results()):
mrs, udf = res['mrs'], res['derivation']
xmrs = simplemrs.loads_one(mrs)
d = {'result-id': i}
if params.get('derivation') == 'udf':
d['derivation'] = udf
elif params.get('derivation') == 'json':
d['derivation'] = _udf_to_dict(udf, params)
if params.get('mrs') == 'simple':
d['mrs'] = mrs
elif params.get('mrs') == 'json':
d['mrs'] = Mrs.to_dict(xmrs, properties=properties)
elif params.get('mrs') == 'latex':
abort(501, "The 'latex' format for MRS is not yet implemented.")
if params.get('eds') == 'native':
d['eds'] = eds.dumps(xmrs, single=True)
elif params.get('eds') == 'json':
d['eds'] = eds.Eds.from_xmrs(xmrs).to_dict(properties=properties)
elif params.get('eds') in ('amr', 'penman'):
d['eds'] = penman.dumps([xmrs], model=eds.Eds)
elif params.get('eds') == 'latex':
abort(501, "The 'latex' format for EDS is not yet implemented.")
if params.get('dmrs') == 'json':
d['dmrs'] = Dmrs.to_dict(xmrs, properties=properties)
elif params.get('dmrs') == 'penman':
d['dmrs'] = penman.dumps([xmrs], model=Dmrs)
elif params.get('dmrs') == 'latex':
d['dmrs'] = latex.dmrs_tikz_dependency(xmrs)
result_data.append(d)
data = {
'input': inp,
'readings': readings,
'results': result_data
}
if tcpu is not None: data['tcpu'] = tcpu
if pedges is not None: data['pedges'] = pedges
if params.get('tokens'):
t1 = ace_response.tokens('initial')
t2 = ace_response.tokens('internal')
if params['tokens'] == 'json':
data['tokens'] = {
'initial': t1.to_list(),
'internal': t2.to_list()
}
elif params['tokens'] == 'yy':
data['tokens'] = {
'initial': str(t1),
'internal': str(t2)
}
return data