def test_parse_results_are_correct(s: str, positions: Optional[str],
refs: Optional[List[Reference]],
act_refs: Optional[List[str]]) -> None:
parsed = GrammaticalAnalyzer().analyze(s, print_result=True)
if refs is None:
return
parsed_refs = []
parsed_act_refs = []
parsed_pos_chars = [" "] * len(s)
for reference in parsed.element_references:
parsed_pos_chars[reference.start_pos] = '<'
parsed_pos_chars[reference.end_pos - 1] = '>'
parsed_refs.append(reference.reference)
for reference in parsed.act_references:
parsed_pos_chars[reference.start_pos] = '['
parsed_pos_chars[reference.end_pos - 1] = ']'
parsed_act_refs.append(reference.reference.act)
parsed_pos_string = "".join(parsed_pos_chars)
assert refs == parsed_refs
assert act_refs == parsed_act_refs
if positions is not None:
assert positions == parsed_pos_string
def test_text_amendment_parsing(s: str, correct_metadata: Tuple[Repeal, ...]) -> None:
parsed = GrammaticalAnalyzer().analyze(s, print_result=True)
parsed_metadata = parsed.semantic_data
assert correct_metadata == parsed_metadata
def test_enforcement_date_parsing(
s: str, correct_metadata: Tuple[EnforcementDate, ...]) -> None:
parsed = GrammaticalAnalyzer().analyze(s, print_result=True)
parsed_metadata = parsed.semantic_data
assert correct_metadata == parsed_metadata
def test_new_abbreviations(s: str, abbrevs: List[ActIdAbbreviation]) -> None:
parsed = GrammaticalAnalyzer().analyze(s, print_result=True)
new_abbrevs = list(parsed.act_id_abbreviations)
assert new_abbrevs == abbrevs
def test_article_title_amendment_parsing(
s: str, correct_metadata: Tuple[ArticleTitleAmendment, ...]) -> None:
parsed = GrammaticalAnalyzer().analyze(s, print_result=True)
parsed_metadata = parsed.semantic_data
assert correct_metadata == parsed_metadata
def test_block_amendment_parsing(s: str, correct_metadata: BlockAmendment) -> None:
parsed = GrammaticalAnalyzer().analyze(s, print_result=True)
parsed_metadata = parsed.semantic_data
assert (correct_metadata, ) == parsed_metadata