# Path: turkish_morphology/decompose.py
# _AFFIX_REGEX = re.compile(
#     # Derivation or inflection delimiter.
#     r"[\+-]"
#     # Meta-morpheme.
#     r"(?P<meta_morpheme>(?:[^\W\d_]|['\.])*?)"
#     # Feature category-value.
#     r"\[(?P<category>[A-z]+?)=(?P<value>[A-z0-9]+?)\]")
# _IG_REGEX = re.compile(
#     # Beginning of an inflectional group.
#     r"\("
#     r"(?:"
#     # Root form in first inflectional group.
#     r"(?P<root>.+?)"
#     # Part-of-speech tag of the first inflectional group.
#     r"\[(?P<root_pos>[A-Z\.,:\(\)\'\-\"`\$]+?)\]"
#     r"|"
#     # Part-of-speech tag of the derived inflectional group.
#     r"\[(?P<derivation_pos>[A-Z\.,:\(\)\'\-\"`\$]+?)\]"
#     # Derivational morpheme and feature.
#     r"(?P<derivation>-(?:[^\W\d_]|')+?\[[A-z]+?=[A-z]+?\])?"
#     r")"
#     # Inflectional morphemes and features.
#     r"(?P<inflections>(?:\+(?:[^\W\d_]|['\.])*?\[[A-z]+?=[A-z0-9]+?\])*)"
#     # End of an inflectional group.
#     r"\)"
#     # Optional Proper feature analysis.
#     r"(?:\+\[Proper=(?P<proper>True|False)\])?")
# class IllformedHumanReadableAnalysisError(Exception):
# def _make_affix(human_readable: str) -> List[_Affix]:
# def human_readable_analysis(human_readable: str) -> _Analysis:


import os
from turkish_morphology import analysis_pb2
from turkish_morphology import decompose
from absl.testing import absltest
from absl.testing import parameterized
from google.protobuf import text_format
               "+lAr[PersonNumber=A3pl]+Hm[Possessive=P1sg]+NDAn[Case=Abl]"
               "+[Copula=PresCop][PersonNumber=V3pl])+[Proper=False]"),
          "message": "Human-readable analysis is ill-formed",
      },
      {
          "testcase_name": "MissingFeatureCategoryValueDelimiter",
          "human_readable":
              ("(yaşa[VB]+[Polarity=Pos])([NOMP]-DHk[DerivationPastNom]"
               "+lAr[PersonNumber=A3pl]+Hm[Possessive=P1sg]+NDAn[Case=Abl]"
               "+[Copula=PresCop]+[PersonNumber=V3pl])+[Proper=False]"),
          "message": "Human-readable analysis is ill-formed",
      },
      {
          "testcase_name": "UnbalancedParanthesis",
          "human_readable":
              ("(yaşa[VB]+[Polarity=Pos])[NOMP]-DHk[Derivation=PastNom]"
               "+lAr[PersonNumber=A3pl]+Hm[Possessive=P1sg]+NDAn[Case=Abl]"
               "+[Copula=PresCop]+[PersonNumber=V3pl])+[Proper=False]"),
          "message": "Human-readable analysis is ill-formed",
      },
      {
          "testcase_name": "UnbalancedBrackets",
          "human_readable":
              ("(yaşa[VB]+[Polarity=Pos])([NOMP]-DHk[Derivation=PastNom]"
               "+lAr[PersonNumber=A3pl]+Hm[Possessive=P1sg]+NDAn[Case=Abl"
               "+[Copula=PresCop]+[PersonNumber=V3pl])+[Proper=False]"),
          "message": "Human-readable analysis is ill-formed",
      },
  ])
  def test_raises_exception(self, human_readable, message):

# Path: turkish_morphology/decompose.py
# _AFFIX_REGEX = re.compile(
#     # Derivation or inflection delimiter.
#     r"[\+-]"
#     # Meta-morpheme.
#     r"(?P<meta_morpheme>(?:[^\W\d_]|['\.])*?)"
#     # Feature category-value.
#     r"\[(?P<category>[A-z]+?)=(?P<value>[A-z0-9]+?)\]")
# _IG_REGEX = re.compile(
#     # Beginning of an inflectional group.
#     r"\("
#     r"(?:"
#     # Root form in first inflectional group.
#     r"(?P<root>.+?)"
#     # Part-of-speech tag of the first inflectional group.
#     r"\[(?P<root_pos>[A-Z\.,:\(\)\'\-\"`\$]+?)\]"
#     r"|"
#     # Part-of-speech tag of the derived inflectional group.
#     r"\[(?P<derivation_pos>[A-Z\.,:\(\)\'\-\"`\$]+?)\]"
#     # Derivational morpheme and feature.
#     r"(?P<derivation>-(?:[^\W\d_]|')+?\[[A-z]+?=[A-z]+?\])?"
#     r")"
#     # Inflectional morphemes and features.
#     r"(?P<inflections>(?:\+(?:[^\W\d_]|['\.])*?\[[A-z]+?=[A-z0-9]+?\])*)"
#     # End of an inflectional group.
#     r"\)"
#     # Optional Proper feature analysis.
#     r"(?:\+\[Proper=(?P<proper>True|False)\])?")
# class IllformedHumanReadableAnalysisError(Exception):
# def _make_affix(human_readable: str) -> List[_Affix]:
# def human_readable_analysis(human_readable: str) -> _Analysis:


# Path: turkish_morphology/decompose_test.py
import os
from turkish_morphology import analysis_pb2
from turkish_morphology import decompose
from absl.testing import absltest
from absl.testing import parameterized
from google.protobuf import text_format

               "+lAr[PersonNumber=A3pl]+Hm[Possessive=P1sg]+NDAn[Case=Abl]"
               "+[Copula=PresCop][PersonNumber=V3pl])+[Proper=False]"),
          "message": "Human-readable analysis is ill-formed",
      },
      {
          "testcase_name": "MissingFeatureCategoryValueDelimiter",
          "human_readable":
              ("(yaşa[VB]+[Polarity=Pos])([NOMP]-DHk[DerivationPastNom]"
               "+lAr[PersonNumber=A3pl]+Hm[Possessive=P1sg]+NDAn[Case=Abl]"
               "+[Copula=PresCop]+[PersonNumber=V3pl])+[Proper=False]"),
          "message": "Human-readable analysis is ill-formed",
      },
      {
          "testcase_name": "UnbalancedParanthesis",
          "human_readable":
              ("(yaşa[VB]+[Polarity=Pos])[NOMP]-DHk[Derivation=PastNom]"
               "+lAr[PersonNumber=A3pl]+Hm[Possessive=P1sg]+NDAn[Case=Abl]"
               "+[Copula=PresCop]+[PersonNumber=V3pl])+[Proper=False]"),
          "message": "Human-readable analysis is ill-formed",
      },
      {
          "testcase_name": "UnbalancedBrackets",
          "human_readable":
              ("(yaşa[VB]+[Polarity=Pos])([NOMP]-DHk[Derivation=PastNom]"
               "+lAr[PersonNumber=A3pl]+Hm[Possessive=P1sg]+NDAn[Case=Abl"
               "+[Copula=PresCop]+[PersonNumber=V3pl])+[Proper=False]"),
          "message": "Human-readable analysis is ill-formed",
      },
  ])
  def test_raises_exception(self, human_readable, message):

    with self.assertRaisesRegexp(decompose.IllformedHumanReadableAnalysisError,