def nsat_checksum_http_cmd(args):
match = nsat.checksums_http(
(args.host, args.port),
path=args.path,
timeout=args.timeout,
verbose=not args.quiet,
)
for line in lines(args):
expr = nsat.parse(line.strip())
for ass in nsat.solve_checksum(expr, match, args.parallel):
print ass
def nsat_checksum_cmd(args):
match = nsat.checksums
for line in lines(args):
expr = nsat.parse(line.strip())
for ass in nsat.solve_checksum(expr, match, args.parallel):
print ass
def nsat_contraint_cmd(args):
for line in lines(args):
expr = nsat.parse(line.strip())
for ass in nsat.solve_constraint(expr):
print ass
def test_nsat_checksum_http(raw, host, ipt_rst_drop_rule):
expr = nsat.parse(raw)
expected = nsat_fixtures[raw]
match = nsat.checksums_http(host)
actual = normalize(nsat.solve_checksum(expr, match, parallel=True))
assert expected == actual
def test_nsat_checksum(raw):
expr = nsat.parse(raw)
expected = nsat_fixtures[raw]
actual = normalize(nsat.solve_checksum(expr, nsat.checksums))
assert expected == actual
def test_nsat_constraint(raw, ipt_rst_drop_rule):
expr = nsat.parse(raw)
expected = nsat_fixtures[raw]
actual = normalize(nsat.solve_constraint(expr))
assert expected == actual