def assert_lex_equiv(self, s, stream2):
# NOTE: lexer fails to reset after call?
l = JsonPathLexer(debug=True)
stream1 = list(l.tokenize(s)) # Save the stream for debug output when a test fails
stream2 = list(stream2)
assert len(stream1) == len(stream2)
for token1, token2 in zip(stream1, stream2):
print(token1, token2)
assert token1.type == token2.type
assert token1.value == token2.value
def assert_lex_equiv(self, s, stream2):
# NOTE: lexer fails to reset after call?
l = JsonPathLexer(debug=True)
stream1 = list(l.tokenize(s)) # Save the stream for debug output when a test fails
stream2 = list(stream2)
assert len(stream1) == len(stream2)
for token1, token2 in zip(stream1, stream2):
print(token1, token2)
assert token1.type == token2.type
assert token1.value == token2.value
def check_parse_cases(self, test_cases):
parser = JsonPathParser(
debug=True, lexer_class=lambda: JsonPathLexer(debug=False)
) # Note that just manually passing token streams avoids this dep, but that sucks
for string, parsed in test_cases:
print(
string, '=?=', parsed
) # pytest captures this and we see it only on a failure, for debugging
assert parser.parse(string) == parsed
def tokenize(s):
l = JsonPathLexer(debug=True)
return list(l.tokenize(s))
def tokenize(s):
l = JsonPathLexer(debug=True)
return list(l.tokenize(s))
