public void GetBlob_throws_on_not_HTTP_OK()
{
var http = SetupGet(HttpStatusCode.NotFound, new byte[0]);
Assert.That(() => Client.GetBlob(TestData.Username, Session, http.Object),
ExceptionsTest.ThrowsNetworkErrorWithMessage("NotFound (404)"));
}
public void Step1_throws_on_missing_WWW_Authenticate_header()
{
var http = SetupStep1(null);
Assert.That(
() => Client.Step1(TestData.Credentials, new Client.OtpOptions(), http.Object),
ExceptionsTest.ThrowsInvalidResponseWithMessage("WWW-Authenticate header"));
}
public void Step2_throws_http_unauthorized()
{
var http = SetupStep2(HttpStatusCode.Unauthorized);
Assert.That(() => Client.Step2(TestData.Credentials,
new Client.OtpOptions(),
TestData.AuthInfo,
http.Object),
ExceptionsTest.ThrowsIncorrectCredentialsWithMessage("Username or password"));
}
public void Decrypt_throws_on_invalid_iteration_count()
{
var iterations = new[] { new byte[] { 0, 0, 0, 0 }, new byte[] { 0, 0x08, 0, 1 } };
foreach (var i in iterations)
{
Assert.That(DecryptPad("gsencst1\x00\x02".ToBytes().Concat(i).ToArray()),
ExceptionsTest.ThrowsParseErrorWithMessage("iteration count"));
}
}
public void Parse_throws_on_invalid_content_length()
{
var lengths = new[] { new byte[] { 0, 0, 0, 0x80 }, new byte[] { 0xFF, 0xFF, 0xFF, 0xFF } };
foreach (var i in lengths)
{
Assert.That(ParsePad("onefile1\x07\x01".ToBytes().Concat(i).ToArray()),
ExceptionsTest.ThrowsParseErrorWithMessage("negative"));
}
}
public void Step2_throws_on_missing_cookies()
{
var testCases = new[]
{
new string[] {},
new[] { "sib-auth=auth" },
new[] { "sib-deviceid=deviceid" },
new[] { "blah=blah-blah" },
new[] { "sib-auth=auth", "blah=blah-blah" },
};
foreach (var testCase in testCases)
{
var http = SetupStep2(testCase);
Assert.That(() => Client.Step2(TestData.Credentials,
new Client.OtpOptions(),
TestData.AuthInfo,
http.Object),
ExceptionsTest.ThrowsInvalidResponseWithMessage("cookie"));
}
}
public void Logout_throws_on_not_HTTP_OK()
{
Assert.That(() => Logout(HttpStatusCode.NotFound),
ExceptionsTest.ThrowsNetworkErrorWithMessage("NotFound (404)"));
}
public void Decrypt_throws_on_unsupported_invalid_kdf()
{
Assert.That(DecryptPad("gsencst1\x00" + "\x05"),
ExceptionsTest.ThrowsParseErrorWithMessage("KDF/encryption type"));
}
public void Decrypt_throws_on_unsupported_sha1_kdf()
{
Assert.That(DecryptPad("gsencst1\x00" + "\x01"),
ExceptionsTest.ThrowsUnsupportedFeatureWithMessage("SHA-1"));
}
public void Decrypt_throws_on_invalid_signature()
{
Assert.That(DecryptPad("invalid!"),
ExceptionsTest.ThrowsParseErrorWithMessage("signature"));
}
public void Parse_throws_on_too_short_content()
{
Assert.That(ParsePad("onefile1\x07\x01\x02\x00\x00\x00" + "invalid checksum" + "!"),
ExceptionsTest.ThrowsParseErrorWithMessage("too short"));
}
public void Parse_throws_on_invalid_checksum()
{
Assert.That(ParsePad("onefile1\x07\x01\x01\x00\x00\x00" + "invalid checksum" + "!"),
ExceptionsTest.ThrowsParseErrorWithMessage("Checksum"));
}
public void Parse_throws_on_invalid_checksum_type()
{
Assert.That(ParsePad("onefile1\x07" + "\x13"),
ExceptionsTest.ThrowsParseErrorWithMessage("checksum"));
}
public void Parse_throws_unencrypted_content()
{
Assert.That(ParsePad("onefile1" + "\x05"),
ExceptionsTest.ThrowsUnsupportedFeatureWithMessage("Unencrypted"));
}
public void ParseJson_throws_on_invalid_json()
{
Assert.That(() => OneFile.ParseJson("}{".ToBytes()),
ExceptionsTest.ThrowsParseErrorWithMessage("Corrupted"));
}
public void Decrypt_throws_on_too_short_extra()
{
Assert.That(DecryptPad("gsencst1\x10\x02\x00\x10\x00\x00\x10saltsaltsaltsalt" + "extra..."),
ExceptionsTest.ThrowsParseErrorWithMessage("too short"));
}
public void Decrypt_throws_on_no_content()
{
Assert.That(Decrypt("too short".ToBytes()),
ExceptionsTest.ThrowsParseErrorWithMessage("too short"));
}
//
// Helpers
//
private static void VerifyThrows(Action action)
{
Assert.That(new TestDelegate(action),
ExceptionsTest.ThrowsInvalidResponseWithMessage("Invalid auth info"));
}
