public void Setup()
{
_depositNodesHandlerFactory = Substitute.For <IDepositNodesHandlerFactory>();
_sessionManager = Substitute.For <ISessionManager>();
_receiptsPolicies = Substitute.For <IReceiptsPolicies>();
_receiptProcessor = Substitute.For <IReceiptProcessor>();
_paymentClaimProcessor = Substitute.For <IPaymentClaimProcessor>();
_consumerRepository = Substitute.For <IConsumerRepository>();
_paymentClaimRepository = Substitute.For <IPaymentClaimRepository>();
_sessionRepository = Substitute.For <IProviderSessionRepository>();
_sessionRepository.BrowseAsync(Arg.Any <GetProviderSessions>()).Returns(PagedResult <ProviderSession> .Empty);
_receiptRepository = Substitute.For <IReceiptRepository>();
var unixTime = UnixTime.FromSeconds(100);
_timestamper = Substitute.For <ITimestamper>();
_timestamper.UnixTime.Returns(unixTime);
_gasPriceService = Substitute.For <IGasPriceService>();
_logManager = Substitute.For <ILogManager>();
_wallet = Substitute.For <IWallet>();
_address = Address.Zero;
_consumer = Address.Zero;
_depositNodesHandler = new InMemoryDepositNodesHandler(Keccak.Zero, _consumer, DataAssetUnitType.Unit, 0,
100, 0,
0, 0, 0, 0, 0, 0, null, null, 0);
_depositNodesHandlerFactory.CreateInMemory(Arg.Any <Keccak>(), _consumer, Arg.Any <DataAssetUnitType>(),
Arg.Any <uint>(), Arg.Any <uint>(), Arg.Any <UInt256>(), Arg.Any <uint>(), Arg.Any <uint>(), Arg.Any <uint>(),
Arg.Any <uint>(), Arg.Any <uint>(), Arg.Any <uint>(), Arg.Any <PaymentClaim>(),
Arg.Any <IEnumerable <DataDeliveryReceiptDetails> >(), Arg.Any <uint>()).Returns(_depositNodesHandler);
_depositManager = new DepositManager(_depositNodesHandlerFactory, _sessionManager, _receiptsPolicies,
_wallet, _address, _receiptProcessor, _paymentClaimProcessor, _consumerRepository,
_paymentClaimRepository, _receiptRepository, _sessionRepository, _timestamper, _gasPriceService,
_logManager);
}
public void Parent_timestamp_is_used_consistently()
{
ITimestamper timestamper = new IncrementalTimestamper(DateTime.UnixEpoch, TimeSpan.FromSeconds(1));
ProducerUnderTest producerUnderTest = new ProducerUnderTest(
EmptyTxSource.Instance,
Substitute.For <IBlockchainProcessor>(),
NullSealEngine.Instance,
Build.A.BlockTree().TestObject,
Substitute.For <IBlockProcessingQueue>(),
Substitute.For <IStateProvider>(),
Substitute.For <IGasLimitCalculator>(),
timestamper,
LimboLogs.Instance);
ulong futureTime = UnixTime.FromSeconds(TimeSpan.FromDays(1).TotalSeconds).Seconds;
Block block = producerUnderTest.Prepare(Build.A.BlockHeader.WithTimestamp(futureTime).TestObject);
block.Timestamp.Should().BeEquivalentTo(block.Difficulty);
}
/// <summary>
/// Searches the set of packet attributes for the first attribute with
/// the specified type and returns its value as a TEXT string.
/// </summary>
/// <param name="type">The desired attribute type.</param>
/// <param name="value">This will be filled in with the attribute value.</param>
/// <returns><c>true</c> if the attribute was found.</returns>
public bool GetAttributeAsTime(RadiusAttributeType type, out DateTime value)
{
for (int i = 0; i < this.Attributes.Count; i++)
{
if (this.Attributes[i].Type == type)
{
int pos = 0;
int time;
time = Helper.ReadInt32(this.Attributes[i].Value, ref pos);
value = UnixTime.FromSeconds(time);
return(true);
}
}
value = UnixTime.TimeZero;
return(false);
}
public void transactions_are_addable_to_block_after_sealing()
{
int chainId = 5;
var blockHeader = Build.A.BlockHeader.TestObject;
var tx1 = Build.A.GeneratedTransaction.WithSenderAddress(TestItem.AddressA).TestObject;
var tx2 = Build.A.GeneratedTransaction.WithSenderAddress(TestItem.AddressA).TestObject;
var timestamper = Substitute.For <ITimestamper>();
var stateReader = Substitute.For <IStateReader>();
var nodeAddress = TestItem.AddressA;
UInt256 expectedNonce = 10;
stateReader.GetNonce(blockHeader.StateRoot, nodeAddress).Returns(expectedNonce);
ulong expectedTimeStamp = 100;
timestamper.UnixTime.Returns(UnixTime.FromSeconds(expectedTimeStamp));
var gasLimit = 200;
var innerTxSource = Substitute.For <ITxSource>();
innerTxSource.GetTransactions(blockHeader, gasLimit).Returns(new[] { tx1, tx2 });
TxSealer txSealer = new TxSealer(new Signer((ulong)chainId, Build.A.PrivateKey.TestObject, LimboLogs.Instance), timestamper);
var transactionFiller = new GeneratedTxSource(innerTxSource, txSealer, stateReader, LimboLogs.Instance);
var sealedTxs = transactionFiller.GetTransactions(blockHeader, gasLimit).ToArray();
var sealedTx1 = sealedTxs.First();
var sealedTx2 = sealedTxs.Skip(1).First();
sealedTx1.IsSigned.Should().BeTrue();
sealedTx1.Nonce.Should().Be(expectedNonce);
sealedTx1.Hash.Should().Be(tx1.CalculateHash());
sealedTx1.Timestamp.Should().Be(expectedTimeStamp);
sealedTx2.IsSigned.Should().BeTrue();
sealedTx2.Nonce.Should().Be(expectedNonce + 1);
sealedTx2.Hash.Should().NotBe(tx1.CalculateHash());
sealedTx2.Timestamp.Should().Be(expectedTimeStamp);
}
