def main (*args):
import sys
from parse_rws import ASRLParser
test_triples = (('"buildme"', "buildme", {}),
)
if args:
print "Ignoring arguments!"
for rwexpstr, target_obj, build_env in test_triples:
asrl_cst = ASRLParser.parse_string(rwexpstr, 'rwexp')
asrl_ast = ASRLParser.cst_to_ast(asrl_cst)
built_obj = build(asrl_ast, build_env)
print repr(built_obj)
assert built_obj == target_obj
def main (*args):
import sys
from parse_rws import ASRLParser
base_env = build_rwenv_from_module_class(ASRL)
test_pairs = (('"matchme"', "matchme", {}),
('[1,2,3]', [1,2,3], {}),
('(1.,2.,3.)', (1.,2.,3.), {}),
('(a,a,b)', ("fred", "fred", "barney"), {"b":"barney"}),
('Constructor("Constructor", args)',
ASRL.Constructor("Constructor", []), base_env),
)
if args:
print >>sys.stderr, "Ignoring arguments..."
for rwexpstr, testobj, base_env in test_pairs:
asrl_cst = ASRLParser.parse_string(rwexpstr, 'rwexp')
asrl_ast = ASRLParser.cst_to_ast(asrl_cst)
print match(asrl_ast, testobj, base_env)
def test_asrl_file (asrl_filename):
from parse_rws import ASRLParser
for unit in ASRLParser.parse_file(asrl_filename,
environment = test_base_env):
test_asrl_unit(unit)
def test_asrl_string (asrl_string):
from parse_rws import ASRLParser
for unit in ASRLParser.parse_string(asrl_string,
environment = test_base_env):
test_asrl_unit(unit)
