def check_checks():
p = problem.last_problem[0]
rep = rep_graph.mk_graph_slice(p)
proof = search.last_proof[0]
checks = check.proof_checks(p, proof)
all_hyps = set([hyp for (_, hyp, _) in checks] + [hyp for (hyps, _, _) in checks for hyp in hyps])
results = [try_interpret_hyp(rep, hyp) for hyp in all_hyps]
return [r[1] for r in results if r]
def check_checks():
p = problem.last_problem[0]
rep = rep_graph.mk_graph_slice(p)
proof = search.last_proof[0]
checks = check.proof_checks(p, proof)
all_hyps = set([hyp for (_, hyp, _) in checks] +
[hyp for (hyps, _, _) in checks for hyp in hyps])
results = [try_interpret_hyp(rep, hyp) for hyp in all_hyps]
return [r[1] for r in results if r]
def proof_failed_groups(p=None, proof=None):
if p == None:
p = problem.last_problem[0]
if proof == None:
proof = search.last_proof[0]
checks = check.proof_checks(p, proof)
groups = check.proof_check_groups(checks)
failed = []
for group in groups:
rep = rep_graph.mk_graph_slice(p)
(res, el) = check.test_hyp_group(rep, group)
if not res:
failed.append(group)
print "Failed element: %s" % el
failed_nms = set([s for group in failed for (_, _, s) in group])
print "Failed: %s" % failed_nms
return failed
def proof_failed_groups(p=None, proof=None):
if p == None:
p = problem.last_problem[0]
if proof == None:
proof = search.last_proof[0]
checks = check.proof_checks(p, proof)
groups = check.proof_check_groups(checks)
failed = []
for group in groups:
rep = rep_graph.mk_graph_slice(p)
(res, el) = check.test_hyp_group(rep, group)
if not res:
failed.append(group)
print 'Failed element: %s' % el
failed_nms = set([s for group in failed for (_, _, s) in group])
print 'Failed: %s' % failed_nms
return failed
