public void Run(GenerateKeyVerbOptions options)
{
var encryptionType = options.GetAlgorithm();
if (encryptionType == EnvCryptAlgoEnum.Rsa)
{
var rsaKeyPersisterOpts = new AsymmetricKeyFilePersisterOptions()
{
NewKeyName = options.KeyName,
NewPrivateKeyFullFilePath = Path.Combine(
options.OutputDirectory,
string.Concat(options.KeyName, PrivateKeyPostfix)),
NewPublicKeyFullFilePath = Path.Combine(
options.OutputDirectory,
string.Concat(options.KeyName, PublicKeyPostfix)),
OverwriteFileIfExists = false
};
if (options.OutputKeyToConsole)
{
new GenerateRsaKeyBuilder()
.WithKeyPersister(AsymmetricKeyFilePersisterFactory.GetRsaKeyPersister(new ToConsoleTextWriter()))
.Build().Run(rsaKeyPersisterOpts);
}
else
{
new GenerateRsaKeyBuilder().Build().Run(rsaKeyPersisterOpts);
}
}
else if (encryptionType == EnvCryptAlgoEnum.Aes)
{
var aesKeyPersisterOpts = new SymmetricKeyFilePersisterOptions()
{
NewKeyName = options.KeyName,
NewKeyFileFullPath = Path.Combine(
options.OutputDirectory,
string.Concat(options.KeyName, CommonPostFix)),
OverwriteFileIfExists = false
};
if (options.OutputKeyToConsole)
{
new GenerateAesKeyBuilder()
.WithKeyPersister(SymmetricKeyFilePersisterFactory.GetAesKeyPersister(new ToConsoleTextWriter()))
.Build().Run(aesKeyPersisterOpts);
}
else
{
new GenerateAesKeyBuilder().Build().Run(aesKeyPersisterOpts);
}
}
else
{
System.Console.Error.WriteLine("Unsupported encryption type: {0}", encryptionType);
}
}
public void Run(SymmetricKeyFilePersisterOptions options)
{
Contract.Requires <ArgumentNullException>(options != null, "fileOptions");
//
ThrowIfNotBuilt();
var keyGenerationOptions = new AesKeyGenerationOptions()
{
NewKeyName = options.NewKeyName,
KeySize = DefaultAesKeySize
};
_workflow.Run(keyGenerationOptions, options);
}