Microsoft.AspNetCore.Http Namespace

CryptoHttpExtensions Class

Microsoft.Extensions.DependencyInjection Namespace

CypherDefaults Class

WalterCypherDependencyInjectionHelper Class

System Namespace

Checksum Structure

CryptoStringExtensions Class

System.Numerics Namespace

BigintExtensions Class

System.Text Namespace

BytesExtension Class

StringExtensions Class

Walter.Cypher Namespace

CipherMethod Enumeration

CypherException Class

DeterministicEncryption Class

EncryptionScope Enumeration

PasswordGenerator Class

SecureLazy(TFactory) Class

Walter.Cypher.PGP Namespace

PGPKeyGenerator Class

PGPKeySize Enumeration

PGPManaged Class

PGPManaged Members

PGPManaged Constructor

PGPManaged Methods

GenerateKeys Method

Sign Method (String, String)

TryDecrypt Method

Validate Method

VerifySignature Method (String, String, String)

PGPManaged..::..Validate Method

Validates the specified key ring is safe to use.

Namespace: Walter.Cypher.PGP
Assembly: Walter.Cypher (in Walter.Cypher.dll)

Syntax

[MethodImplAttribute]
public bool Validate(
	KeyRing keyRing
)

Parameters

keyRing: Type: Walter.Cypher.PGP..::..KeyRing
The key ring to validate.

Return Value

true if the key-ring round trips without data loss, false otherwise.

Exceptions

Exception	Condition
ArgumentNullException	a valid KeyRing should be provided

Examples

The bellow test shows how to create and validate a keyring.

C#

var keyGen = new PGPKeyGenerator();        ///
   var keyRing2048 = keyGen.GenerateKeys(PGPKeySize.Key2048);
   var keyRing4096 = keyGen.GenerateKeys(PGPKeySize.Key4096);
   var pgp = new PGPManaged();
   var v2048 = pgp.Validate(keyRing2048);
   var v4096 = pgp.Validate(keyRing4096);

   Assert.IsTrue(v2048);
   Assert.AreEqual(v2048, v4096);

See Also

PGPManaged Class

Walter.Cypher.PGP Namespace