public void Dispose_CallsDisposeOnCrypter()
{
var crypterMock = Mocks.Crypter;
var jsonCrypter = new JsonConfigCrypter(crypterMock.Object);
jsonCrypter.Dispose();
crypterMock.Verify(crypter => crypter.Dispose());
}
public void DecryptKey_WithValidJson_CallsDecryptStringOnCrypter()
{
var crypterMock = Mocks.Crypter;
var jsonCrypter = new JsonConfigCrypter(crypterMock.Object);
var json = JsonConvert.SerializeObject(new { Key = "ValueToEncrypt_encrypted" });
var decryptedJson = jsonCrypter.DecryptKey(json, "Key");
var parsedJson = JsonConvert.DeserializeObject <TestAppSettings>(decryptedJson);
crypterMock.Verify(crypter => crypter.DecryptString("ValueToEncrypt_encrypted"));
Assert.Equal("ValueToEncrypt", parsedJson.Key);
}
public void EncryptKey_WithValidJson_CallsEncryptStringOnCrypter()
{
var crypterMock = Mocks.Crypter;
var jsonCrypter = new JsonConfigCrypter(crypterMock.Object);
var json = JsonConvert.SerializeObject(new TestAppSettings()
{
Key = "ValueToEncrypt"
});
var encryptedJson = jsonCrypter.EncryptKey(json, "Key");
var parsedJson = JsonConvert.DeserializeObject <TestAppSettings>(encryptedJson);
crypterMock.Verify(crypter => crypter.EncryptString("ValueToEncrypt"));
// Additionally we test if the test crypter does its job.
Assert.Equal("ValueToEncrypt_encrypted", parsedJson.Key);
}
private static ConfigFileCrypter CreateCrypter(CommandlineOptions options)
{
ICertificateLoader certLoader = null;
if (!string.IsNullOrEmpty(options.CertificatePath))
{
certLoader = new FilesystemCertificateLoader(options.CertificatePath);
}
else if (!string.IsNullOrEmpty(options.CertSubjectName))
{
certLoader = new StoreCertificateLoader(options.CertSubjectName);
}
var configCrypter = new JsonConfigCrypter(new RSACrypter(certLoader));
var fileCrypter = new ConfigFileCrypter(configCrypter, new ConfigFileCrypterOptions()
{
ReplaceCurrentConfig = options.Replace
});
return(fileCrypter);
}
