# Path: turkish_morphology/generate.py
# _SYMBOLS_REGEX = re.compile(
#     # First inflectional group.
#     r"\(.+?\[[A-Z\.,:\(\)\'\-\"`\$]+?\]|"
#     # Inflectional group boundaries.
#     r"\)?\(\[[A-Z]+?\]|"
#     # Derivational morphemes.
#     r"-(?:[^\W\d_]|')+?\[[A-z]+?=[A-z]+?\]|"
#     # Inflectional morphemes and features.
#     r"\+(?:[^\W\d_]|['\.])*?\[[A-z]+?=[A-z0-9]+?\]|"
#     # Proper noun analysis.
#     r"\)\+\[Proper=(?:True|False)\]|"
#     # Numbers.
#     r"\d+(?:\[[A-Z]+?\])?|"
#     # Parenthesis or decimal point separators.
#     r"[\(\.,]")
# def _lower(string: str) -> str:
# def _add_proper(analysis: _Analysis) -> None:
# def _symbol_indices(analysis: _Analysis,
#                     symbol_table: _SymbolTable) -> Generator[int, None, None]:
# def surface_form(analysis: _Analysis) -> str:


import os
from turkish_morphology import analysis_pb2
from turkish_morphology import generate
from absl.testing import absltest
from absl.testing import parameterized
from google.protobuf import text_format

  @parameterized.named_parameters([
      {
          "testcase_name": "SingleInflectionalGroupsWithProperFeature",
          "basename": "araba_with_proper",
          "expected": "arabalarda",
      },
      {
          "testcase_name": "SingleInflectionalGroupsWithoutProperFeature",
          "basename": "araba_without_proper",
          "expected": "arabalarda",
      },
      {
          "testcase_name": "MultipleInflectionalGroupsWithProperFeature",
          "basename": "yasa_with_proper",
          "expected": "yaşadıklarımdan",
      },
      {
          "testcase_name": "MultipleInflectionalGroupsWithoutProperFeature",
          "basename": "yasa_without_proper",
          "expected": "yaşadıklarımdan",
      },
  ])
  def test_success(self, basename, expected):
    analysis = _read_analysis(basename)
    actual = generate.surface_form(analysis)
    self.assertEqual(expected, actual)

  def test_failure(self):
    analysis = _read_analysis("invalid_oov_root")

# Path: turkish_morphology/generate.py
# _SYMBOLS_REGEX = re.compile(
#     # First inflectional group.
#     r"\(.+?\[[A-Z\.,:\(\)\'\-\"`\$]+?\]|"
#     # Inflectional group boundaries.
#     r"\)?\(\[[A-Z]+?\]|"
#     # Derivational morphemes.
#     r"-(?:[^\W\d_]|')+?\[[A-z]+?=[A-z]+?\]|"
#     # Inflectional morphemes and features.
#     r"\+(?:[^\W\d_]|['\.])*?\[[A-z]+?=[A-z0-9]+?\]|"
#     # Proper noun analysis.
#     r"\)\+\[Proper=(?:True|False)\]|"
#     # Numbers.
#     r"\d+(?:\[[A-Z]+?\])?|"
#     # Parenthesis or decimal point separators.
#     r"[\(\.,]")
# def _lower(string: str) -> str:
# def _add_proper(analysis: _Analysis) -> None:
# def _symbol_indices(analysis: _Analysis,
#                     symbol_table: _SymbolTable) -> Generator[int, None, None]:
# def surface_form(analysis: _Analysis) -> str:


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


  @parameterized.named_parameters([
      {
          "testcase_name": "SingleInflectionalGroupsWithProperFeature",
          "basename": "araba_with_proper",
          "expected": "arabalarda",
      },
      {
          "testcase_name": "SingleInflectionalGroupsWithoutProperFeature",
          "basename": "araba_without_proper",
          "expected": "arabalarda",
      },
      {
          "testcase_name": "MultipleInflectionalGroupsWithProperFeature",
          "basename": "yasa_with_proper",
          "expected": "yaşadıklarımdan",
      },
      {
          "testcase_name": "MultipleInflectionalGroupsWithoutProperFeature",
          "basename": "yasa_without_proper",
          "expected": "yaşadıklarımdan",
      },
  ])
  def test_success(self, basename, expected):
    analysis = _read_analysis(basename)
    actual = generate.surface_form(analysis)
    self.assertEqual(expected, actual)

  def test_failure(self):
    analysis = _read_analysis("invalid_oov_root")

    actual = generate.surface_form(analysis)