# Path: delphin/codecs/indexedmrs.py
# CODEC_INFO = {
#     'representation': 'mrs',
# }
# LNK      = _IndexedMRSLexer.tokentypes.LNK
# DQSTRING = _IndexedMRSLexer.tokentypes.DQSTRING
# LANGLE   = _IndexedMRSLexer.tokentypes.LANGLE
# RANGLE   = _IndexedMRSLexer.tokentypes.RANGLE
# LBRACE   = _IndexedMRSLexer.tokentypes.LBRACE
# RBRACE   = _IndexedMRSLexer.tokentypes.RBRACE
# LPAREN   = _IndexedMRSLexer.tokentypes.LPAREN
# RPAREN   = _IndexedMRSLexer.tokentypes.RPAREN
# COMMA    = _IndexedMRSLexer.tokentypes.COMMA
# COLON    = _IndexedMRSLexer.tokentypes.COLON
# SYMBOL   = _IndexedMRSLexer.tokentypes.SYMBOL
# def load(source, semi):
# def loads(s, semi, single=False, encoding='utf-8'):
# def dump(ms, destination, semi, properties=True, lnk=True,
#          indent=False, encoding='utf-8'):
# def dumps(ms, semi, properties=True, lnk=True, indent=False):
# def decode(s, semi):
# def encode(d, semi, properties=True, lnk=True, indent=False):
# def _decode(lineiter, semi):
# def _decode_indexed(lexer, semi):
# def _decode_proplist(lexer):
# def _decode_rels(lexer, variables, semi):
# def _decode_rel(lexer, variables, semi):
# def _decode_lnk(lexer):
# def _decode_arglist(lexer, variables):
# def _decode_cons(lexer, cls):
# def _match_properties(variables, semi):
# def _encode(ms, semi, properties, lnk, indent):
# def _encode_indexed(m, semi, properties, lnk, indent):
# def _prepare_variable_properties(m, semi):
# def _encode_variable(var, varprops):
# def _encode_rel(ep, semi, varprops, lnk, delim):
# def _encode_hcons(hc):
# def _encode_icons(ic):
# 
# Path: delphin/semi.py
# TOP_TYPE = '*top*'
# STRING_TYPE = 'string'
# _SEMI_SECTIONS = (
#     'variables',
#     'properties',
#     'roles',
#     'predicates',
# )
# class SemIError(PyDelphinException):
# class SemISyntaxError(PyDelphinSyntaxError):
# class SemIWarning(PyDelphinWarning):
# class SynopsisRole(tuple):
# class Synopsis(tuple):
# class SemI(object):
# def load(source, encoding='utf-8'):
# def _read_file(path, basedir, encoding):
# def _incorporate(d, key, val, path):
#     def __new__(cls, name, value, properties=None, optional=False):
#     def __repr__(self):
#     def _to_dict(self):
#     def _from_dict(cls, d):
#     def __repr__(self):
#     def from_dict(cls, d):
#     def to_dict(self):
#     def subsumes(self, args, variables=None):
#     def __init__(self,
#                  variables=None,
#                  properties=None,
#                  roles=None,
#                  predicates=None):
#     def _init_properties(self, properties):
#     def _init_variables(self, variables):
#     def _init_roles(self, roles):
#     def _init_predicates(self, predicates):
#     def _init_synopsis(self, pred, synopsis_data, propcache):
#     def from_dict(cls, d):
#     def to_dict(self):
#         def add_parents(d, ps):
#     def find_synopsis(self, predicate, args=None):
# def _new_hierarchy():


import pytest
from delphin.lnk import Lnk
from delphin.mrs import (
    MRS,
    EP,
    HCons)
from delphin.codecs import indexedmrs
from delphin import semi
    assert m.top == 'h1'
    assert m.index == 'e3'
    assert m.rels[0].label == 'h4'
    assert m.rels[0].args['RSTR'] == 'h5'
    assert m.rels[1].carg == 'Abrams'
    assert m.rels[2].predicate == '_bark_v_1'
    assert m.rels[2].args['ARG1'] == 'x6'
    assert m.properties('e3') == {
        'SF': 'PROP',
        'TENSE': 'PAST',
        'MOOD': 'INDICATIVE',
        'PROG': '-',
        'PERF': '-'}


def test_encode(simple_semi):
    m = MRS(top='h1', index='e3',
            rels=[EP('proper_q', label='h4',
                     args={'ARG0': 'x6', 'RSTR': 'h5', 'BODY': 'h7'},
                     lnk=Lnk.charspan(0, 6)),
                  EP('named', label='h8',
                     args={'ARG0': 'x6', 'CARG': 'Abrams'},
                     lnk=Lnk.charspan(0, 6)),
                  EP('_bark_v_1', label='h2',
                     args={'ARG0': 'e3', 'ARG1': 'x6'},
                     lnk=Lnk.charspan(7, 14))],
            hcons=[HCons.qeq('h1', 'h2'), HCons.qeq('h5', 'h8')],
            variables={'e3': {'SF': 'prop', 'TENSE': 'past',
                              'MOOD': 'indicative', 'PROG': '-', 'PERF': '-'},
                       'x6': {'PERS': '3', 'NUM': 'sg', 'IND': '+'}})

# Path: delphin/codecs/indexedmrs.py
# CODEC_INFO = {
#     'representation': 'mrs',
# }
# LNK      = _IndexedMRSLexer.tokentypes.LNK
# DQSTRING = _IndexedMRSLexer.tokentypes.DQSTRING
# LANGLE   = _IndexedMRSLexer.tokentypes.LANGLE
# RANGLE   = _IndexedMRSLexer.tokentypes.RANGLE
# LBRACE   = _IndexedMRSLexer.tokentypes.LBRACE
# RBRACE   = _IndexedMRSLexer.tokentypes.RBRACE
# LPAREN   = _IndexedMRSLexer.tokentypes.LPAREN
# RPAREN   = _IndexedMRSLexer.tokentypes.RPAREN
# COMMA    = _IndexedMRSLexer.tokentypes.COMMA
# COLON    = _IndexedMRSLexer.tokentypes.COLON
# SYMBOL   = _IndexedMRSLexer.tokentypes.SYMBOL
# def load(source, semi):
# def loads(s, semi, single=False, encoding='utf-8'):
# def dump(ms, destination, semi, properties=True, lnk=True,
#          indent=False, encoding='utf-8'):
# def dumps(ms, semi, properties=True, lnk=True, indent=False):
# def decode(s, semi):
# def encode(d, semi, properties=True, lnk=True, indent=False):
# def _decode(lineiter, semi):
# def _decode_indexed(lexer, semi):
# def _decode_proplist(lexer):
# def _decode_rels(lexer, variables, semi):
# def _decode_rel(lexer, variables, semi):
# def _decode_lnk(lexer):
# def _decode_arglist(lexer, variables):
# def _decode_cons(lexer, cls):
# def _match_properties(variables, semi):
# def _encode(ms, semi, properties, lnk, indent):
# def _encode_indexed(m, semi, properties, lnk, indent):
# def _prepare_variable_properties(m, semi):
# def _encode_variable(var, varprops):
# def _encode_rel(ep, semi, varprops, lnk, delim):
# def _encode_hcons(hc):
# def _encode_icons(ic):
# 
# Path: delphin/semi.py
# TOP_TYPE = '*top*'
# STRING_TYPE = 'string'
# _SEMI_SECTIONS = (
#     'variables',
#     'properties',
#     'roles',
#     'predicates',
# )
# class SemIError(PyDelphinException):
# class SemISyntaxError(PyDelphinSyntaxError):
# class SemIWarning(PyDelphinWarning):
# class SynopsisRole(tuple):
# class Synopsis(tuple):
# class SemI(object):
# def load(source, encoding='utf-8'):
# def _read_file(path, basedir, encoding):
# def _incorporate(d, key, val, path):
#     def __new__(cls, name, value, properties=None, optional=False):
#     def __repr__(self):
#     def _to_dict(self):
#     def _from_dict(cls, d):
#     def __repr__(self):
#     def from_dict(cls, d):
#     def to_dict(self):
#     def subsumes(self, args, variables=None):
#     def __init__(self,
#                  variables=None,
#                  properties=None,
#                  roles=None,
#                  predicates=None):
#     def _init_properties(self, properties):
#     def _init_variables(self, variables):
#     def _init_roles(self, roles):
#     def _init_predicates(self, predicates):
#     def _init_synopsis(self, pred, synopsis_data, propcache):
#     def from_dict(cls, d):
#     def to_dict(self):
#         def add_parents(d, ps):
#     def find_synopsis(self, predicate, args=None):
# def _new_hierarchy():


# Path: tests/codecs/indexedmrs_test.py
import pytest
from delphin.lnk import Lnk
from delphin.mrs import (
    MRS,
    EP,
    HCons)
from delphin.codecs import indexedmrs
from delphin import semi

    assert m.top == 'h1'
    assert m.index == 'e3'
    assert m.rels[0].label == 'h4'
    assert m.rels[0].args['RSTR'] == 'h5'
    assert m.rels[1].carg == 'Abrams'
    assert m.rels[2].predicate == '_bark_v_1'
    assert m.rels[2].args['ARG1'] == 'x6'
    assert m.properties('e3') == {
        'SF': 'PROP',
        'TENSE': 'PAST',
        'MOOD': 'INDICATIVE',
        'PROG': '-',
        'PERF': '-'}


def test_encode(simple_semi):
    m = MRS(top='h1', index='e3',
            rels=[EP('proper_q', label='h4',
                     args={'ARG0': 'x6', 'RSTR': 'h5', 'BODY': 'h7'},
                     lnk=Lnk.charspan(0, 6)),
                  EP('named', label='h8',
                     args={'ARG0': 'x6', 'CARG': 'Abrams'},
                     lnk=Lnk.charspan(0, 6)),
                  EP('_bark_v_1', label='h2',
                     args={'ARG0': 'e3', 'ARG1': 'x6'},
                     lnk=Lnk.charspan(7, 14))],
            hcons=[HCons.qeq('h1', 'h2'), HCons.qeq('h5', 'h8')],
            variables={'e3': {'SF': 'prop', 'TENSE': 'past',
                              'MOOD': 'indicative', 'PROG': '-', 'PERF': '-'},
                       'x6': {'PERS': '3', 'NUM': 'sg', 'IND': '+'}})

    assert indexedmrs.encode(m, simple_semi) == (