def parse_binary_check_bad():
bad = ['=', '!', '==[10%', '==[10]', '=[10%]', '=[%]', '==[-10%]']
for b in bad:
try:
res = parse_binary(b)
except RTParseError:
pass
else:
msg = 'Expected DTParseError.'
msg += '\nString: %r' % b
msg += '\nReturns: %s' % res
raise Exception(msg)
def _parse_regression_test_check(line):
line = line.strip()
tokens = line.split(' ')
if len(tokens) != 3:
msg = 'I expect exactly 3 tokens.\nLine: "%s"\nTokens: %s' % (line, tokens)
raise DTConfigException(msg)
try:
ref1 = parse_reference(tokens[0])
binary = parse_binary(tokens[1])
ref2 = parse_reference(tokens[2])
evaluable = BinaryEval(ref1, binary, ref2)
except RTParseError as e:
msg = 'Cannot parse string "%s".' % line
raise_wrapped(RTParseError, e, msg, compact=True)
return Wrapper(evaluable)
def _parse_regression_test_check(line: str) -> Wrapper:
line = line.strip()
delim = " "
tokens = line.split(delim)
if len(tokens) != 3:
msg = f'I expect exactly 3 tokens with delimiter {delim}.\nLine: "{line}"\nTokens: {tokens}'
raise dtu.DTConfigException(msg)
try:
ref1 = parse_reference(tokens[0])
binary = parse_binary(tokens[1])
ref2 = parse_reference(tokens[2])
evaluable = BinaryEval(ref1, binary, ref2)
except RTParseError as e:
msg = f'Cannot parse string "{line}".'
dtu.raise_wrapped(RTParseError, e, msg, compact=True)
raise
return Wrapper(evaluable)
def parse_binary_check_good():
good = ['==', '>=', '<', '<=', '>', '==[10%]']
for g in good:
f = parse_binary(g)
f(10,20)