public async Task Get_ReturnsInvalidValuesForDifferentServiceAccountsWhenDeriviationEnabled()
{
var kms = new SymmetricKeyManagement(Key, true);
var expected = "hello";
var encryptedSa1 = await kms.Encrypt(expected, "sa1");
var encryptedSa2 = await kms.Encrypt(expected, "sa2");
await Assert.ThrowsAsync <CryptographicException>(async() => await kms.Decrypt(encryptedSa2, "sa1"));
await Assert.ThrowsAsync <CryptographicException>(async() => await kms.Decrypt(encryptedSa1, "sa2"));
}
public async Task Get_ReturnsCorrectValuesForDifferentServiceAccounts()
{
var kms = new SymmetricKeyManagement(Key, false);
var expected = "hello";
var encryptedSa1 = await kms.Encrypt(expected, "sa1");
var encryptedSa2 = await kms.Encrypt(expected, "sa2");
var decryptedSa1 = await kms.Decrypt(encryptedSa2, "sa1");
var decryptedSa2 = await kms.Decrypt(encryptedSa1, "sa2");
Assert.Equal(expected, decryptedSa1);
Assert.Equal(expected, decryptedSa2);
}
public async Task Get_ReturnsCorrectValues()
{
var kms = new SymmetricKeyManagement(Key);
var expected = "hello";
var encrypted = await kms.Encrypt(expected, "sa");
var decrypted = await kms.Decrypt(encrypted, "sa");
Assert.Equal(expected, decrypted);
}
public async Task Get_ReturnsCorrectValues()
{
var key = Convert.ToBase64String(GetRandomData(32));
var kms = new SymmetricKeyManagement(key);
var expected = "hello";
var encrypted = await kms.Encrypt(expected, "sa");
var decrypted = await kms.Decrypt(encrypted, "sa");
Assert.Equal(expected, decrypted);
}