public async Task ShouldRemoveAccessKeyNoLongerWorks()
{
var keypair = KeyPairEd25519.FromRandom();
var publicKey = keypair.GetPublicKey();
await _workingAccount.AddKeyAsync(publicKey.ToString(), new UInt128(400000), "", _contractId);
await _workingAccount.DeleteKeyAsync(publicKey : publicKey.ToString());
var signer = (InMemorySigner)this._near.Connection.Signer;
await signer.KeyStore.SetKeyAsync(TestUtils.NetworkId, _workingAccount.AccountId, keypair);
dynamic args = new ExpandoObject();
args.value = "test";
try
{
var changeResult = await _contract.Change("setValue", args, null, new UInt128(0));
Assert.Fail("should throw an error");
}
catch (Exception e)
{
Assert.Pass("pass with exception", e);
}
}
public void ItShouldConvertToString()
{
var keypair = KeyPairEd25519.FromRandom();
var keypairFromString = (KeyPairEd25519)KeyPair.FromString(keypair.ToString());
Assert.AreEqual(keypairFromString.GetSecretKey(), keypair.GetSecretKey());
var key = "ed25519:2wyRcSwSuHtRVmkMCGjPwnzZmQLeXLzLLyED1NDMt4BjnKgQL6tF85yBx6Jr26D2dUNeC716RBoTxntVHsegogYw";
var keypairFromKeyString = KeyPair.FromString(key);
Assert.AreEqual(keypairFromKeyString.ToString(), key);
}
public void ItShouldSignAndVerifyWithRandom()
{
var keypair = KeyPairEd25519.FromRandom();
byte[] messageBytes = Encoding.Default.GetBytes("message");
byte[] messageSha256;
using (var sha256 = SHA256.Create())
{
messageSha256 = sha256.ComputeHash(messageBytes);
}
var signature = keypair.Sign(messageSha256);
Assert.AreEqual(keypair.Verify(messageSha256, signature.SignatureBytes), true);
}
public void ItShouldSignAndVerify()
{
var keypair = new KeyPairEd25519(secretKey: "26x56YPzPDro5t2smQfGcYAPy3j7R2jB2NUb7xKbAGK23B6x4WNQPh3twb6oDksFov5X8ts5CtntUNbpQpAKFdbR");
Assert.AreEqual(keypair.GetPublicKey().ToString(), "ed25519:AYWv9RAN1hpSQA4p1DLhCNnpnNXwxhfH9qeHN8B4nJ59");
byte[] messageBytes = Encoding.Default.GetBytes("message");
byte[] messageSha256;
using (var sha256 = SHA256.Create())
{
messageSha256 = sha256.ComputeHash(messageBytes);
}
var signature = keypair.Sign(messageSha256);
var signedMessage = Base58.Encode(signature.SignatureBytes);
Assert.AreEqual(signedMessage, "26gFr4xth7W9K7HPWAxq3BLsua8oTy378mC1MYFiEXHBBpeBjP8WmJEJo8XTBowetvqbRshcQEtBUdwQcAqDyP8T");
}
public async Task ShouldMakeFunctionCallUsingAccessKey()
{
var keypair = KeyPairEd25519.FromRandom();
var publicKey = keypair.GetPublicKey();
await _workingAccount.AddKeyAsync(publicKey.ToString(), new UInt128(10000000), "", _contractId);
var signer = (InMemorySigner)this._near.Connection.Signer;
await signer.KeyStore.SetKeyAsync(TestUtils.NetworkId, _workingAccount.AccountId, keypair);
var setCallValue = TestUtils.GenerateUniqueString(prefix: "setCallPrefix");
dynamic args = new ExpandoObject();
args.value = setCallValue;
await _contract.Change("setValue", args, null, new UInt128(0));
var viewArgs = new ExpandoObject();
var testValue = await _contract.View("getValue", viewArgs);
Assert.AreEqual(testValue.result, setCallValue);
}
public async Task ShouldLoadingAccountAfterAddingAFullKey()
{
var keypair = KeyPairEd25519.FromRandom();
var publicKey = keypair.GetPublicKey();
await _workingAccount.AddKeyAsync(publicKey.ToString(), null, "", "");
var rawAccessKeys = await _workingAccount.GetAccessKeysAsync();
var accessKeys = new List <dynamic>();
foreach (dynamic accessKey in rawAccessKeys)
{
accessKeys.Add(accessKey);
}
Assert.That(accessKeys, Has.Exactly(2).Items);
var addedKey = accessKeys.First(obj => ((string)obj.public_key).Equals(publicKey.ToString()));
Assert.IsNotNull(addedKey);
var permission = (string)addedKey.access_key.permission;
Assert.AreEqual(permission, "FullAccess");
}
public async Task ShouldViewAccountDetailsAfterAddingAccessKeys()
{
var keypair = KeyPairEd25519.FromRandom();
var publicKey = keypair.GetPublicKey();
await _workingAccount.AddKeyAsync(publicKey.ToString(), new UInt128(1000000000), "", _contractId);
var contractId2 = "test_contract2_" + (int)DateTime.UtcNow.Subtract(new DateTime(1970, 1, 1)).TotalSeconds;
var contract2 = await TestUtils.DeployContract(_workingAccount, contractId2, new UInt128(10000000));
var keypair2 = KeyPairEd25519.FromRandom();
var publicKey2 = keypair2.GetPublicKey();
await _workingAccount.AddKeyAsync(publicKey2.ToString(), new UInt128(2000000000), "", contractId2);
var details = await _workingAccount.GetAccountDetailsAsync();
var expectedResult = new List <dynamic>();
dynamic authorizedApp1 = new ExpandoObject();
authorizedApp1.ContractId = _contractId;
authorizedApp1.Amount = new UInt128(1000000000);
authorizedApp1.PublicKey = publicKey.ToString();
expectedResult.Add(authorizedApp1);
dynamic authorizedApp2 = new ExpandoObject();
authorizedApp2.ContractId = contractId2;
authorizedApp2.Amount = new UInt128(2000000000);
authorizedApp2.PublicKey = publicKey2.ToString();
expectedResult.Add(authorizedApp2);
IEnumerable <string> expected = expectedResult.Select(x => ((object)x.ContractId).ToString()).ToList().OrderBy(s => s);
dynamic[] apps = details.AuthorizedApps;
IEnumerable <string> real = apps.Select(x => ((object)x.ContractId).ToString()).ToList().OrderBy(s => s);
Assert.IsTrue(real.SequenceEqual(expected));
}
public void ItShouldInitFromSecret()
{
var keypair = new KeyPairEd25519(secretKey: "5JueXZhEEVqGVT5powZ5twyPP8wrap2K7RdAYGGdjBwiBdd7Hh6aQxMP1u3Ma9Yanq1nEv32EW7u8kUJsZ6f315C");
Assert.AreEqual(keypair.GetPublicKey().ToString(), "ed25519:EWrekY1deMND7N3Q7Dixxj12wD7AVjFRt2H9q21QHUSW");
}
