def test_sec_buffer_desc_version():
sec_buffer_desc = sspi.SecBufferDesc(
[sspi.SecBuffer(1, b"\x00\x01"),
sspi.SecBuffer(2, b"\x02\x03")])
assert sec_buffer_desc.version == 0
sec_buffer_desc.version = 1
assert sec_buffer_desc.version == 1
def test_sec_buffer_desc_str():
sec_buffer_desc = sspi.SecBufferDesc(
[sspi.SecBuffer(1, b"\x00\x01"),
sspi.SecBuffer(2, b"\x02\x03")])
actual = str(sec_buffer_desc)
assert actual == r"SecBufferDesc(ulVersion=0, cBuffers=2)"
def test_sec_buffer_desc_repr():
sec_buffer_desc = sspi.SecBufferDesc(
[sspi.SecBuffer(1, b"\x00\x01"),
sspi.SecBuffer(2, b"\x02\x03")])
actual = repr(sec_buffer_desc)
assert actual == r"<spnego._sspi_raw.sspi.SecBufferDesc(ulVersion=0, cBuffers=2)>"
def test_verify_signature_fail():
with pytest.raises(WindowsError, match="The handle specified is invalid"):
sspi.verify_signature(sspi.SecurityContext(), sspi.SecBufferDesc([]))
def test_encrypt_message_fail():
with pytest.raises(WindowsError, match="The handle specified is invalid"):
sspi.encrypt_message(sspi.SecurityContext(), sspi.SecBufferDesc([]))
def test_accept_security_context_fail():
with pytest.raises(WindowsError, match="The handle specified is invalid"):
sspi.accept_security_context(sspi.Credential(), sspi.SecurityContext(),
sspi.SecBufferDesc([]))