public void GenerateBlocksOn_PowNetwork_ReturnsSuccess()
{
var powNode = new Mock <IFullNode>();
var consensusManager = new Mock <IConsensusManager>();
var walletManager = new Mock <IWalletManager>();
walletManager.Setup(f => f.GetWalletsNames()).Returns(new List <string> {
wallet
});
walletManager.Setup(f => f.GetAccounts(wallet)).Returns(new List <HdAccount> {
new HdAccount {
Name = account
}
});
HdAddress address = WalletTestsHelpers.CreateAddress();
walletManager.Setup(f => f.GetUnusedAddress(new WalletAccountReference(wallet, account))).Returns(address);
var powMining = new Mock <IPowMining>();
powMining.Setup(f => f.GenerateBlocks(It.Is <ReserveScript>(r => r.ReserveFullNodeScript == address.Pubkey), 1, int.MaxValue)).Returns(new List <uint256> {
new uint256(1255632623)
});
powNode.Setup(f => f.NodeFeature <MiningFeature>(false)).Returns(new MiningFeature(new ConnectionManagerSettings(NodeSettings.Default(this.network)), KnownNetworks.RegTest, new MinerSettings(NodeSettings.Default(this.network)), NodeSettings.Default(this.network), this.loggerFactory, new Mock <ITimeSyncBehaviorState>().Object, powMining.Object, null));
var controller = new MiningController(consensusManager.Object, powNode.Object, this.loggerFactory, KnownNetworks.RegTest, powMining.Object, walletManager.Object);
IActionResult result = controller.Generate(new MiningRequest {
BlockCount = 1
});
powMining.VerifyAll();
walletManager.VerifyAll();
Assert.NotNull(result);
var viewResult = Assert.IsType <JsonResult>(result);
var resultValue = Assert.IsType <GenerateBlocksModel>(viewResult.Value);
Assert.NotNull(resultValue);
}
public NodeControllerTest()
{
this.network = KnownNetworks.TestNet;
this.chainIndexer = WalletTestsHelpers.GenerateChainWithHeight(3, this.network);
this.chainState = new Mock <IChainState>();
this.connectionManager = new Mock <IConnectionManager>();
this.connectionManager.Setup(c => c.Network).Returns(this.network);
this.dateTimeProvider = new Mock <IDateTimeProvider>();
this.fullNode = new Mock <IFullNode>();
this.initialBlockDownloadState = new Mock <InitialBlockDownloadState>(this.chainState.Object, this.network, null, new Checkpoints(), DateTimeProvider.Default);
this.nodeSettings = new NodeSettings(networksSelector: Networks.Networks.Bitcoin);
this.consensusManager = new Mock <IConsensusManager>();
this.blockStore = new Mock <IBlockStore>();
this.getUnspentTransaction = new Mock <IGetUnspentTransaction>();
this.networkDifficulty = new Mock <INetworkDifficulty>();
this.pooledGetUnspentTransaction = new Mock <IPooledGetUnspentTransaction>();
this.pooledTransaction = new Mock <IPooledTransaction>();
this.asyncProvider = new Mock <IAsyncProvider>();
this.selfEndpointTracker = new Mock <ISelfEndpointTracker>();
this.controller = new NodeController(
this.chainIndexer,
this.chainState.Object,
this.connectionManager.Object,
this.dateTimeProvider.Object,
this.fullNode.Object,
this.LoggerFactory.Object,
this.nodeSettings,
this.network,
this.asyncProvider.Object,
this.selfEndpointTracker.Object,
this.consensusManager.Object,
this.blockStore.Object,
this.initialBlockDownloadState.Object,
new Mock <ISignals>().Object,
this.getUnspentTransaction.Object,
this.networkDifficulty.Object,
this.pooledGetUnspentTransaction.Object,
this.pooledTransaction.Object);
}
public void ProcessBlock_NewBlock_PreviousHashSameAsWalletTip_PassesBlockToManagerWithoutReorg()
{
var result = WalletTestsHelpers.GenerateChainAndBlocksWithHeight(5, Network.StratisMain);
this.chain = result.Chain;
var blocks = result.Blocks;
var lightWalletSyncManager = new LightWalletSyncManagerOverride(this.LoggerFactory.Object, this.walletManager.Object, this.chain, this.network,
this.blockNotification.Object, this.signals.Object, this.nodeLifetime.Object, this.asyncLoopFactory.Object);
lightWalletSyncManager.SetWalletTip(this.chain.GetBlock(3));
var blockToProcess = blocks[3];
lightWalletSyncManager.ProcessBlock(blockToProcess); //4th block in the list has same prevhash as which is loaded
var expectedBlockHash = this.chain.GetBlock(4).Header.GetHash();
Assert.Equal(expectedBlockHash, lightWalletSyncManager.WalletTip.Header.GetHash());
this.walletManager.Verify(w => w.ProcessBlock(It.Is <Block>(b => b.GetHash() == blockToProcess.GetHash()), It.Is <ChainedBlock>(c => c.Header.GetHash() == expectedBlockHash)));
}
public FullNodeControllerTest()
{
this.initialBlockSignature = Block.BlockSignature;
Block.BlockSignature = false;
this.fullNode = new Mock <IFullNode>();
this.chainState = new Mock <IChainState>();
this.connectionManager = new Mock <IConnectionManager>();
this.network = Network.TestNet;
this.chain = WalletTestsHelpers.GenerateChainWithHeight(3, this.network);
this.nodeSettings = new NodeSettings();
this.pooledTransaction = new Mock <IPooledTransaction>();
this.pooledGetUnspentTransaction = new Mock <IPooledGetUnspentTransaction>();
this.getUnspentTransaction = new Mock <IGetUnspentTransaction>();
this.consensusLoop = new Mock <IConsensusLoop>();
this.networkDifficulty = new Mock <INetworkDifficulty>();
this.controller = new FullNodeController(this.LoggerFactory.Object, this.pooledTransaction.Object, this.pooledGetUnspentTransaction.Object, this.getUnspentTransaction.Object, this.networkDifficulty.Object,
this.consensusLoop.Object, this.fullNode.Object, this.nodeSettings, this.network, this.chain, this.chainState.Object, this.connectionManager.Object);
}
public void StartStaking_ValidWalletAndPassword_StartsStaking_ReturnsOk()
{
Wallet.Wallet wallet = WalletTestsHelpers.GenerateBlankWallet("myWallet", "password1");
this.walletManager.Setup(w => w.GetWallet("myWallet"))
.Returns(wallet);
this.fullNode.Setup(f => f.NodeService <IWalletManager>(false))
.Returns(this.walletManager.Object);
this.fullNode.Setup(f => f.NodeFeature <MiningFeature>(true))
.Returns(new MiningFeature(KnownNetworks.Main, new MinerSettings(Configuration.NodeSettings.Default()), Configuration.NodeSettings.Default(), this.LoggerFactory.Object, this.timeSyncBehaviorState.Object, null, this.posMinting.Object));
IActionResult result = this.controller.StartStaking(new StartStakingRequest()
{
Name = "myWallet", Password = "******"
});
Assert.IsType <OkResult>(result);
this.posMinting.Verify(p => p.Stake(It.Is <WalletSecret>(s => s.WalletName == "myWallet" && s.WalletPassword == "password1")), Times.Exactly(1));
}
public void ProcessBlock_NewBlock_BlockOnBestChain_WalletTipAfterNewTip_StartsSyncFromNewTip()
{
(ConcurrentChain Chain, List <Block> Blocks)result = WalletTestsHelpers.GenerateChainAndBlocksWithHeight(5, KnownNetworks.StratisMain);
this.chain = result.Chain;
List <Block> blocks = result.Blocks;
var lightWalletSyncManager = new LightWalletSyncManagerOverride(this.LoggerFactory.Object, this.walletManager.Object, this.chain, this.network,
this.blockNotification.Object, this.signals.Object, this.nodeLifetime.Object, this.asyncLoopFactory.Object, this.consensusManager.Object);
// set 2nd block as tip
lightWalletSyncManager.SetWalletTip(this.chain.GetBlock(4));
//process 4th block in the list does not have same prevhash as which is loaded
Block blockToProcess = blocks[3];
lightWalletSyncManager.ProcessBlock(blockToProcess);
uint256 expectedBlockHash = this.chain.GetBlock(4).Header.GetHash();
Assert.Equal(expectedBlockHash, lightWalletSyncManager.WalletTip.Header.GetHash());
this.walletManager.Verify(w => w.ProcessBlock(ExpectBlock(blocks[3]), ExpectChainedBlock(this.chain.GetBlock(4))));
}
public void SyncFromDate_ChainTipBeforeGivenDate_StartsAsyncLoopToCatchupChain()
{
var asyncLoop = new Mock <IAsyncLoop>();
this.chain = WalletTestsHelpers.GenerateChainWithHeight(2, this.network);
var lightWalletSyncManager = new LightWalletSyncManager(this.LoggerFactory.Object, this.walletManager.Object, this.chain, this.network,
this.blockNotification.Object, this.signals.Object, this.nodeLifetime.Object, this.asyncLoopFactory.Object, this.consensusManager.Object);
lightWalletSyncManager.SyncFromDate(this.chain.Tip.Header.BlockTime.DateTime.AddDays(15));
this.asyncLoopFactory.Verify(
a => a.RunUntil(
"LightWalletSyncManager.SyncFromDate",
It.IsAny <CancellationToken>(),
It.IsAny <Func <bool> >(),
It.IsAny <Action>(),
It.IsAny <Action <Exception> >(),
TimeSpans.FiveSeconds));
this.nodeLifetime.VerifyGet(n => n.ApplicationStopping);
}
public void Start_WalletTipOnChain_NotHavingEarliestWalletHeight_StartsSyncFromOldestWalletCreationTime()
{
this.chain = WalletTestsHelpers.GenerateChainWithHeight(3, this.network);
this.walletManager.Setup(w => w.ContainsWallets)
.Returns(true);
this.walletManager.Setup(w => w.WalletTipHash)
.Returns(this.chain.GetBlock(2).HashBlock);
this.walletManager.Setup(w => w.GetEarliestWalletHeight())
.Returns((int?)null);
this.walletManager.Setup(w => w.GetOldestWalletCreationTime())
.Returns(new DateTimeOffset(new DateTime(2017, 1, 2)));
var lightWalletSyncManager = new LightWalletSyncManager(this.LoggerFactory.Object, this.walletManager.Object, this.chain, this.network,
this.blockNotification.Object, this.signals.Object, this.nodeLifetime.Object, this.asyncLoopFactory.Object, this.consensusManager.Object);
lightWalletSyncManager.Start();
Assert.Equal(lightWalletSyncManager.WalletTip.HashBlock, this.chain.GetBlock(2).HashBlock);
this.blockNotification.Verify(b => b.SyncFrom(this.chain.GetBlock(2).HashBlock));
}
public void Given_GetMaximumSpendableAmountIsCalled_When_ThereAreNoConfirmedSpendableFound_Then_MaxAmountReturnsAsTheSumOfUnconfirmedTxs()
{
DataFolder dataFolder = CreateDataFolder(this);
var walletFeePolicy = new Mock <IWalletFeePolicy>();
walletFeePolicy.Setup(w => w.GetFeeRate(FeeType.Low.ToConfirmations())).Returns(new FeeRate(20000));
var walletManager = new WalletManager(this.LoggerFactory.Object, this.Network, new ChainIndexer(this.Network), new WalletSettings(NodeSettings.Default(this.Network)),
dataFolder, new Mock <IWalletFeePolicy>().Object, new Mock <IAsyncProvider>().Object, new NodeLifetime(), DateTimeProvider.Default, this.scriptAddressReader);
var walletTransactionHandler = new WalletTransactionHandler(this.LoggerFactory.Object, walletManager, walletFeePolicy.Object, this.Network, this.standardTransactionPolicy);
HdAccount account = WalletTestsHelpers.CreateAccount("account 1");
HdAddress accountAddress1 = WalletTestsHelpers.CreateAddress();
accountAddress1.Transactions.Add(WalletTestsHelpers.CreateTransaction(new uint256(1), new Money(15000), null, null, null, new Key().ScriptPubKey));
accountAddress1.Transactions.Add(WalletTestsHelpers.CreateTransaction(new uint256(2), new Money(10000), null, null, null, new Key().ScriptPubKey));
HdAddress accountAddress2 = WalletTestsHelpers.CreateAddress();
accountAddress2.Transactions.Add(WalletTestsHelpers.CreateTransaction(new uint256(3), new Money(20000), null, null, null, new Key().ScriptPubKey));
accountAddress2.Transactions.Add(WalletTestsHelpers.CreateTransaction(new uint256(4), new Money(120000), null, null, null, new Key().ScriptPubKey));
account.ExternalAddresses.Add(accountAddress1);
account.InternalAddresses.Add(accountAddress2);
Types.Wallet wallet = WalletTestsHelpers.CreateWallet("wallet1");
wallet.AccountsRoot.Add(new AccountRoot()
{
Accounts = new List <HdAccount> {
account
}
});
walletManager.Wallets.Add(wallet);
(Money max, Money fee)result = walletTransactionHandler.GetMaximumSpendableAmount(new WalletAccountReference("wallet1", "account 1"), FeeType.Low, true);
Assert.Equal(new Money(165000), result.max + result.fee);
}
public void GetBlockCount_ReturnsHeightFromChainState()
{
var logger = new Mock <ILoggerFactory>();
var store = new Mock <IBlockStore>();
var chainState = new Mock <IChainState>();
var addressIndexer = new Mock <IAddressIndexer>();
ChainIndexer chainIndexer = WalletTestsHelpers.GenerateChainWithHeight(3, KnownNetworks.StratisTest);
logger.Setup(l => l.CreateLogger(It.IsAny <string>())).Returns(Mock.Of <ILogger>);
chainState.Setup(c => c.ConsensusTip)
.Returns(chainIndexer.GetHeader(2));
var controller = new BlockStoreController(KnownNetworks.StratisTest, logger.Object, store.Object, chainState.Object, chainIndexer, addressIndexer.Object);
var json = (JsonResult)controller.GetBlockCount();
int result = int.Parse(json.Value.ToString());
Assert.Equal(2, result);
}
public NodeControllerTest()
{
this.fullNode = new Mock <IFullNode>();
this.blockStore = new Mock <IBlockStore>();
this.chainState = new Mock <IChainState>();
this.dateTimeProvider = new Mock <IDateTimeProvider>();
this.connectionManager = new Mock <IConnectionManager>();
this.network = KnownNetworks.TestNet;
this.connectionManager.Setup(c => c.Network).Returns(this.network);
this.chain = WalletTestsHelpers.GenerateChainWithHeight(3, this.network);
this.nodeSettings = new NodeSettings();
this.pooledTransaction = new Mock <IPooledTransaction>();
this.pooledGetUnspentTransaction = new Mock <IPooledGetUnspentTransaction>();
this.getUnspentTransaction = new Mock <IGetUnspentTransaction>();
this.networkDifficulty = new Mock <INetworkDifficulty>();
this.controller = new NodeController(this.fullNode.Object, this.LoggerFactory.Object,
this.dateTimeProvider.Object, this.chainState.Object, this.nodeSettings,
this.connectionManager.Object, this.chain, this.network, this.pooledTransaction.Object,
this.pooledGetUnspentTransaction.Object, this.getUnspentTransaction.Object, this.networkDifficulty.Object, this.blockStore.Object);
}
public void Given_GetMaximumSpendableAmountIsCalledForConfirmedTransactions_When_ThereAreNoConfirmedSpendableFound_Then_MaxAmountReturnsAsZero()
{
DataFolder dataFolder = CreateDataFolder(this);
var walletManager = new WalletManager(this.LoggerFactory.Object, this.Network, new ChainIndexer(this.Network), new WalletSettings(NodeSettings.Default(this.Network)),
dataFolder, new Mock <IWalletFeePolicy>().Object, new Mock <IAsyncProvider>().Object, new NodeLifetime(), DateTimeProvider.Default, this.scriptAddressReader);
var walletTransactionHandler = new WalletTransactionHandler(this.LoggerFactory.Object, walletManager, It.IsAny <WalletFeePolicy>(), this.Network, this.standardTransactionPolicy);
HdAccount account = WalletTestsHelpers.CreateAccount("account 1");
Types.Wallet wallet = WalletTestsHelpers.CreateWallet("wallet1");
HdAddress accountAddress1 = WalletTestsHelpers.CreateAddress();
wallet.walletStore.InsertOrUpdate(WalletTestsHelpers.CreateTransaction(new uint256(1), new Money(15000), null, address: accountAddress1.Address));
wallet.walletStore.InsertOrUpdate(WalletTestsHelpers.CreateTransaction(new uint256(2), new Money(10000), null, address: accountAddress1.Address));
HdAddress accountAddress2 = WalletTestsHelpers.CreateAddress();
wallet.walletStore.InsertOrUpdate(WalletTestsHelpers.CreateTransaction(new uint256(3), new Money(20000), null, address: accountAddress2.Address));
wallet.walletStore.InsertOrUpdate(WalletTestsHelpers.CreateTransaction(new uint256(4), new Money(120000), null, address: accountAddress2.Address));
account.ExternalAddresses.Add(accountAddress1);
account.InternalAddresses.Add(accountAddress2);
wallet.AccountsRoot.Add(new AccountRoot()
{
Accounts = new List <HdAccount> {
account
}
});
walletManager.Wallets.Add(wallet);
(Money max, Money fee)result = walletTransactionHandler.GetMaximumSpendableAmount(new WalletAccountReference("wallet1", "account 1"), FeeType.Low, false);
Assert.Equal(Money.Zero, result.max);
Assert.Equal(Money.Zero, result.fee);
}
public void ProcessBlock_NewBlock_PreviousHashSameAsWalletTip_PassesBlockToManagerWithoutReorg()
{
(ChainIndexer Chain, List <Block> Blocks)result = WalletTestsHelpers.GenerateChainAndBlocksWithHeight(5, KnownNetworks.StratisMain);
this.chainIndexer = result.Chain;
List <Block> blocks = result.Blocks;
var walletSyncManager = new WalletSyncManagerOverride(this.LoggerFactory.Object, this.walletManager.Object, this.chainIndexer, KnownNetworks.StratisMain,
this.blockStore.Object, this.storeSettings, this.signals, this.asyncProvider);
walletSyncManager.SetWalletTip(this.chainIndexer.GetHeader(3));
Block blockToProcess = blocks[3];
blockToProcess.SetPrivatePropertyValue("BlockSize", 1L);
walletSyncManager.ProcessBlock(blockToProcess); //4th block in the list has same prevhash as which is loaded
uint256 expectedBlockHash = this.AssertTipBlockHash(walletSyncManager, 4);
this.AssertTipBlockHash(walletSyncManager, 4);
this.walletManager.Verify(w => w.ProcessBlock(It.Is <Block>(b => b.GetHash() == blockToProcess.GetHash()), It.Is <ChainedHeader>(c => c.Header.GetHash() == expectedBlockHash)));
}
public void ProcessBlock_NewBlock_BlockOnBestChain_WalletTipBeforeNewTip_StartsSyncFromWalletTipWithoutProcessingBlock()
{
(ConcurrentChain Chain, List <Block> Blocks)result = WalletTestsHelpers.GenerateChainAndBlocksWithHeight(5, Network.StratisMain);
this.chain = result.Chain;
List <Block> blocks = result.Blocks;
var lightWalletSyncManager = new LightWalletSyncManagerOverride(this.LoggerFactory.Object, this.walletManager.Object, this.chain, this.network,
this.blockNotification.Object, this.signals.Object, this.nodeLifetime.Object, this.asyncLoopFactory.Object);
// set 2nd block as tip
lightWalletSyncManager.SetWalletTip(this.chain.GetBlock(2));
//process 4th block in the list does not have same prevhash as which is loaded
Block blockToProcess = blocks[3];
lightWalletSyncManager.ProcessBlock(blockToProcess);
this.blockNotification.Verify(b => b.SyncFrom(this.chain.GetBlock(2).HashBlock));
uint256 expectedBlockHash = this.chain.GetBlock(2).Header.GetHash();
Assert.Equal(expectedBlockHash, lightWalletSyncManager.WalletTip.Header.GetHash());
this.walletManager.Verify(w => w.ProcessBlock(It.IsAny <Block>(), It.IsAny <ChainedHeader>()), Times.Exactly(0));
}
public void Generate_Blocks_ReturnsSuccess()
{
const string wallet = "wallet";
const string account = "account";
this.walletManager.Setup(w => w.GetWalletsNames()).Returns(new List <string> {
wallet
});
this.walletManager.Setup(w => w.GetAccounts(wallet)).Returns(new List <HdAccount> {
new HdAccount {
Name = account
}
});
HdAddress address = WalletTestsHelpers.CreateAddress();
this.walletManager.Setup(w => w.GetUnusedAddress(new WalletAccountReference(wallet, account))).Returns(address);
this.powMining.Setup(p => p.GenerateBlocks(It.Is <ReserveScript>(r => r.ReserveFullNodeScript == address.Pubkey), 1, int.MaxValue))
.Returns(new List <uint256> {
new uint256(1255632623)
});
this.controller = new MiningController(this.powMining.Object, this.LoggerFactory.Object, this.walletManager.Object);
IActionResult result = this.controller.Generate(new MiningRequest {
BlockCount = 1
});
this.walletManager.VerifyAll();
this.powMining.VerifyAll();
Assert.NotNull(result);
var viewResult = Assert.IsType <JsonResult>(result);
var resultValue = Assert.IsType <GenerateBlocksModel>(viewResult.Value);
Assert.NotNull(resultValue);
}
/// <summary>
/// Creates a new wallet.
/// </summary>
/// <remarks>
/// If it's the first time this wallet is created within this class, it is added to a collection for use by other tests.
/// If the same parameters have already been used to create a wallet, the wallet will be retrieved from the internal collection and a copy of this wallet will be returned.
/// </remarks>
/// <param name="name">The name.</param>
/// <param name="password">The password.</param>
/// <returns>The generated wallet.</returns>
public Features.Wallet.Types.Wallet GenerateBlankWallet(string name, string password)
{
if (this.walletsGenerated.TryGetValue((name, password), out Features.Wallet.Types.Wallet existingWallet))
{
string serializedExistingWallet = JsonConvert.SerializeObject(existingWallet, Formatting.None);
var wal1 = JsonConvert.DeserializeObject <Features.Wallet.Types.Wallet>(serializedExistingWallet);
wal1.BlockLocator = existingWallet.BlockLocator;
wal1.AccountsRoot.Single().LastBlockSyncedHash = existingWallet.AccountsRoot.Single().LastBlockSyncedHash;
wal1.AccountsRoot.Single().LastBlockSyncedHeight = existingWallet.AccountsRoot.Single().LastBlockSyncedHeight;
wal1.walletStore = new WalletMemoryStore();
var data1 = wal1.walletStore.GetData();
data1.BlockLocator = existingWallet.BlockLocator;
data1.WalletName = existingWallet.Name;
data1.WalletTip = new Utilities.HashHeightPair(existingWallet.AccountsRoot.Single().LastBlockSyncedHash, existingWallet.AccountsRoot.Single().LastBlockSyncedHeight.Value);
wal1.walletStore.SetData(data1);
return(wal1);
}
Features.Wallet.Types.Wallet newWallet = WalletTestsHelpers.GenerateBlankWallet(name, password);
this.walletsGenerated.Add((name, password), newWallet);
string serializedNewWallet = JsonConvert.SerializeObject(newWallet, Formatting.None);
var wal = JsonConvert.DeserializeObject <Features.Wallet.Types.Wallet>(serializedNewWallet);
wal.walletStore = new WalletMemoryStore();
wal.BlockLocator = newWallet.BlockLocator;
wal.AccountsRoot.Single().LastBlockSyncedHash = newWallet.AccountsRoot.Single().LastBlockSyncedHash;
wal.AccountsRoot.Single().LastBlockSyncedHeight = newWallet.AccountsRoot.Single().LastBlockSyncedHeight;
var data = wal.walletStore.GetData();
data.BlockLocator = wal.BlockLocator;
data.WalletName = wal.Name;
data.WalletTip = new Utilities.HashHeightPair(wal.AccountsRoot.Single().LastBlockSyncedHash, wal.AccountsRoot.Single().LastBlockSyncedHeight.Value);
wal.walletStore.SetData(data);
return(wal);
}
public void Stop_DisposesDependencies()
{
this.chain = WalletTestsHelpers.GenerateChainWithHeight(1, this.network);
var blockSub = new Mock <IDisposable>();
var transSub = new Mock <IDisposable>();
this.signals.Setup(s => s.SubscribeForBlocksConnected(It.IsAny <BlockObserver>()))
.Returns(blockSub.Object);
this.signals.Setup(s => s.SubscribeForTransactions(It.IsAny <TransactionObserver>()))
.Returns(transSub.Object);
this.walletManager.SetupGet(w => w.ContainsWallets)
.Returns(false);
var asyncLoop = new Mock <IAsyncLoop>();
this.asyncLoopFactory.Setup(
a => a.RunUntil(
"LightWalletSyncManager.SyncFromHeight",
It.IsAny <CancellationToken>(),
It.IsAny <Func <bool> >(),
It.IsAny <Action>(),
It.IsAny <Action <Exception> >(),
TimeSpans.FiveSeconds))
.Returns(asyncLoop.Object);
var lightWalletSyncManager = new LightWalletSyncManager(this.LoggerFactory.Object, this.walletManager.Object, this.chain, this.network,
this.blockNotification.Object, this.signals.Object, this.nodeLifetime.Object, this.asyncLoopFactory.Object, this.consensusManager.Object);
lightWalletSyncManager.Start();
lightWalletSyncManager.SyncFromHeight(3);
lightWalletSyncManager.Stop();
asyncLoop.Verify(b => b.Dispose());
blockSub.Verify(b => b.Dispose());
transSub.Verify(b => b.Dispose());
}
public NodeControllerTest()
{
this.network = KnownNetworks.TestNet;
this.chainIndexer = WalletTestsHelpers.GenerateChainWithHeight(3, this.network);
this.chainState = new Mock <IChainState>();
this.connectionManager = new Mock <IConnectionManager>();
this.connectionManager.Setup(c => c.Network).Returns(this.network);
this.dateTimeProvider = new Mock <IDateTimeProvider>();
this.fullNode = new Mock <IFullNode>();
this.nodeSettings = new NodeSettings(networksSelector: Networks.Bitcoin.Networks.Bitcoin);
this.peerBanning = new Mock <IPeerBanning>();
this.blockStore = new Mock <IBlockStore>();
this.getUnspentTransaction = new Mock <IGetUnspentTransaction>();
this.networkDifficulty = new Mock <INetworkDifficulty>();
this.pooledGetUnspentTransaction = new Mock <IPooledGetUnspentTransaction>();
this.pooledTransaction = new Mock <IPooledTransaction>();
this.asyncProvider = new Mock <IAsyncProvider>();
this.selfEndpointTracker = new Mock <ISelfEndpointTracker>();
this.consensusManager = new Mock <IConsensusManager>();
this.CreateNewController();
}
public void StartStaking_InvalidWalletPassword_ReturnsBadRequest()
{
Wallet.Wallet wallet = WalletTestsHelpers.GenerateBlankWallet("myWallet", "password1");
this.walletManager.Setup(w => w.GetWallet("myWallet"))
.Returns(wallet);
this.fullNode.Setup(f => f.NodeService <IWalletManager>(false))
.Returns(this.walletManager.Object);
IActionResult result = this.controller.StartStaking(new StartStakingRequest()
{
Name = "myWallet", Password = "******"
});
var errorResult = Assert.IsType <ErrorResult>(result);
var errorResponse = Assert.IsType <ErrorResponse>(errorResult.Value);
Assert.Single(errorResponse.Errors);
ErrorModel error = errorResponse.Errors[0];
Assert.Equal(400, error.Status);
Assert.Equal("Invalid password (or invalid Network)", error.Message);
}
public void BuildTransactionFeeTooLowDefaultsToMinimumFee()
{
var walletFeePolicy = new Mock <IWalletFeePolicy>();
walletFeePolicy.Setup(w => w.GetFeeRate(FeeType.Low.ToConfirmations()))
.Returns(new FeeRate(0));
Types.Wallet wallet = WalletTestsHelpers.GenerateBlankWallet("myWallet1", "password");
(ExtKey ExtKey, string ExtPubKey)accountKeys = WalletTestsHelpers.GenerateAccountKeys(wallet, "password", "m/44'/0'/0'");
(PubKey PubKey, BitcoinPubKeyAddress Address)spendingKeys = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "0/0");
(PubKey PubKey, BitcoinPubKeyAddress Address)destinationKeys = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "0/1");
(PubKey PubKey, BitcoinPubKeyAddress Address)changeKeys = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "1/0");
var address = new HdAddress
{
Index = 0,
HdPath = $"m/44'/0'/0'/0/0",
Address = spendingKeys.Address.ToString(),
Pubkey = spendingKeys.PubKey.ScriptPubKey,
ScriptPubKey = spendingKeys.Address.ScriptPubKey,
//Transactions = new List<TransactionData>()
};
var chain = new ChainIndexer(wallet.Network);
WalletTestsHelpers.AddBlocksWithCoinbaseToChain(wallet.walletStore as WalletMemoryStore, wallet.Network, chain, address);
wallet.AccountsRoot.ElementAt(0).Accounts.Add(new HdAccount
{
Index = 0,
Name = "account1",
HdPath = "m/44'/0'/0'",
ExtendedPubKey = accountKeys.ExtPubKey,
ExternalAddresses = new List <HdAddress> {
address
},
InternalAddresses = new List <HdAddress>
{
new HdAddress {
Index = 0,
HdPath = $"m/44'/0'/0'/1/0",
Address = changeKeys.Address.ToString(),
Pubkey = changeKeys.PubKey.ScriptPubKey,
ScriptPubKey = changeKeys.Address.ScriptPubKey,
//Transactions = new List<TransactionData>()
}
}
});
string dataDir = "TestData/WalletTransactionHandlerTest/BuildTransactionFeeTooLowThrowsWalletException";
var nodeSettings = new NodeSettings(network: this.Network, args: new string[] { $"-datadir={dataDir}" });
var walletManager = new WalletManager(this.LoggerFactory.Object, this.Network, chain, new WalletSettings(nodeSettings),
new DataFolder(nodeSettings.DataDir), walletFeePolicy.Object, new Mock <IAsyncProvider>().Object, new NodeLifetime(), DateTimeProvider.Default, this.scriptAddressReader);
var walletTransactionHandler = new WalletTransactionHandler(this.LoggerFactory.Object, walletManager, walletFeePolicy.Object, this.Network, this.standardTransactionPolicy);
walletManager.Wallets.Add(wallet);
var walletReference = new WalletAccountReference
{
AccountName = "account1",
WalletName = "myWallet1"
};
TransactionBuildContext context = CreateContext(this.Network, walletReference, "password", destinationKeys.PubKey.ScriptPubKey, new Money(7500), FeeType.Low, 0);
Transaction transaction = walletTransactionHandler.BuildTransaction(context);
Assert.Equal(new Money(this.Network.MinTxFee, MoneyUnit.Satoshi), context.TransactionFee);
}
private WalletTransactionHandlerTestContext SetupWallet()
{
DataFolder dataFolder = CreateDataFolder(this);
Types.Wallet wallet = WalletTestsHelpers.GenerateBlankWallet("myWallet1", "password");
(ExtKey ExtKey, string ExtPubKey)accountKeys = WalletTestsHelpers.GenerateAccountKeys(wallet, "password", "m/44'/0'/0'");
(PubKey PubKey, BitcoinPubKeyAddress Address)spendingKeys = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "0/0");
(PubKey PubKey, BitcoinPubKeyAddress Address)destinationKeys = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "0/1");
var address = new HdAddress
{
Index = 0,
HdPath = $"m/44'/0'/0'/0/0",
Address = spendingKeys.Address.ToString(),
Pubkey = spendingKeys.PubKey.ScriptPubKey,
ScriptPubKey = spendingKeys.Address.ScriptPubKey,
// Transactions = new List<TransactionData>()
};
var chain = new ChainIndexer(wallet.Network);
WalletTestsHelpers.AddBlocksWithCoinbaseToChain(wallet.walletStore as WalletMemoryStore, wallet.Network, chain, address);
TransactionOutputData addressTransaction = wallet.walletStore.GetForAddress(address.Address).First();
wallet.AccountsRoot.ElementAt(0).Accounts.Add(new HdAccount
{
Index = 0,
Name = "account1",
HdPath = "m/44'/0'/0'",
ExtendedPubKey = accountKeys.ExtPubKey,
ExternalAddresses = new List <HdAddress> {
address
},
InternalAddresses = new List <HdAddress>()
});
var walletFeePolicy = new Mock <IWalletFeePolicy>();
walletFeePolicy.Setup(w => w.GetFeeRate(FeeType.Low.ToConfirmations()))
.Returns(new FeeRate(20000));
var walletManager = new WalletManager(this.LoggerFactory.Object, this.Network, chain,
new WalletSettings(NodeSettings.Default(this.Network)), dataFolder,
walletFeePolicy.Object, new Mock <IAsyncProvider>().Object, new NodeLifetime(), DateTimeProvider.Default, this.scriptAddressReader);
var walletTransactionHandler =
new WalletTransactionHandler(this.LoggerFactory.Object, walletManager, walletFeePolicy.Object, this.Network, this.standardTransactionPolicy);
walletManager.Wallets.Add(wallet);
var walletReference = new WalletAccountReference
{
AccountName = "account1",
WalletName = "myWallet1"
};
return(new WalletTransactionHandlerTestContext
{
Wallet = wallet,
AccountKeys = accountKeys,
DestinationKeys = destinationKeys,
AddressTransaction = addressTransaction,
WalletTransactionHandler = walletTransactionHandler,
WalletReference = walletReference
});
}
/// <summary>
/// Creates a new wallet.
/// </summary>
/// <param name="name">The name.</param>
/// <param name="password">The password.</param>
/// <returns>The generated wallet.</returns>
public (Features.Wallet.Wallet, ExtKey) GenerateBlankWallet(string name, string password, IWalletRepository walletRepository = null)
{
(Features.Wallet.Wallet newWallet, ExtKey extKey) = WalletTestsHelpers.GenerateBlankWalletWithExtKey(name, password, walletRepository);
return(newWallet, extKey);
}
public void FundTransaction_Given__a_wallet_has_enough_inputs__When__adding_inputs_to_an_existing_transaction__Then__the_transaction_is_funded_successfully()
{
DataFolder dataFolder = CreateDataFolder(this);
Types.Wallet wallet = WalletTestsHelpers.GenerateBlankWallet("myWallet1", "password");
(ExtKey ExtKey, string ExtPubKey)accountKeys = WalletTestsHelpers.GenerateAccountKeys(wallet, "password", "m/44'/0'/0'");
(PubKey PubKey, BitcoinPubKeyAddress Address)spendingKeys = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "0/0");
(PubKey PubKey, BitcoinPubKeyAddress Address)destinationKeys1 = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "0/1");
(PubKey PubKey, BitcoinPubKeyAddress Address)destinationKeys2 = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "0/2");
(PubKey PubKey, BitcoinPubKeyAddress Address)destinationKeys3 = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "0/3");
var address = new HdAddress
{
Index = 0,
HdPath = $"m/44'/0'/0'/0/0",
Address = spendingKeys.Address.ToString(),
Pubkey = spendingKeys.PubKey.ScriptPubKey,
ScriptPubKey = spendingKeys.Address.ScriptPubKey,
// Transactions = new List<TransactionData>()
};
// wallet with 4 coinbase outputs of 50 = 200 Bitcoin
var chain = new ChainIndexer(wallet.Network);
WalletTestsHelpers.AddBlocksWithCoinbaseToChain(wallet.walletStore as WalletMemoryStore, wallet.Network, chain, address, 4);
wallet.AccountsRoot.ElementAt(0).Accounts.Add(new HdAccount
{
Index = 0,
Name = "account1",
HdPath = "m/44'/0'/0'",
ExtendedPubKey = accountKeys.ExtPubKey,
ExternalAddresses = new List <HdAddress> {
address
},
InternalAddresses = new List <HdAddress>()
});
var walletFeePolicy = new Mock <IWalletFeePolicy>();
walletFeePolicy.Setup(w => w.GetFeeRate(FeeType.Low.ToConfirmations())).Returns(new FeeRate(20000));
var overrideFeeRate = new FeeRate(20000);
var walletManager = new WalletManager(this.LoggerFactory.Object, this.Network, chain, new WalletSettings(NodeSettings.Default(this.Network)),
dataFolder, walletFeePolicy.Object, new Mock <IAsyncProvider>().Object, new NodeLifetime(), DateTimeProvider.Default, this.scriptAddressReader);
var walletTransactionHandler = new WalletTransactionHandler(this.LoggerFactory.Object, walletManager, walletFeePolicy.Object, this.Network, this.standardTransactionPolicy);
walletManager.Wallets.Add(wallet);
var walletReference = new WalletAccountReference
{
AccountName = "account1",
WalletName = "myWallet1"
};
// create a trx with 3 outputs 50 + 50 + 50 = 150 BTC
var context = new TransactionBuildContext(this.Network)
{
AccountReference = walletReference,
MinConfirmations = 0,
FeeType = FeeType.Low,
WalletPassword = "******",
Recipients = new[]
{
new Recipient {
Amount = new Money(50, MoneyUnit.BTC), ScriptPubKey = destinationKeys1.PubKey.ScriptPubKey
},
new Recipient {
Amount = new Money(50, MoneyUnit.BTC), ScriptPubKey = destinationKeys2.PubKey.ScriptPubKey
},
new Recipient {
Amount = new Money(50, MoneyUnit.BTC), ScriptPubKey = destinationKeys3.PubKey.ScriptPubKey
}
}.ToList()
};
Transaction fundTransaction = walletTransactionHandler.BuildTransaction(context);
Assert.Equal(4, fundTransaction.Inputs.Count); // 4 inputs
Assert.Equal(4, fundTransaction.Outputs.Count); // 3 outputs with change
// remove the change output
fundTransaction.Outputs.Remove(fundTransaction.Outputs.First(f => f.ScriptPubKey == context.ChangeAddress.ScriptPubKey));
// remove 3 inputs they will be added back by fund transaction
fundTransaction.Inputs.RemoveAt(3);
fundTransaction.Inputs.RemoveAt(2);
fundTransaction.Inputs.RemoveAt(1);
Assert.Single(fundTransaction.Inputs); // 4 inputs
Transaction fundTransactionClone = this.Network.CreateTransaction(fundTransaction.ToBytes());
var fundContext = new TransactionBuildContext(this.Network)
{
AccountReference = walletReference,
MinConfirmations = 0,
FeeType = FeeType.Low,
WalletPassword = "******",
Recipients = new List <Recipient>()
};
fundContext.OverrideFeeRate = overrideFeeRate;
walletTransactionHandler.FundTransaction(fundContext, fundTransaction);
foreach (TxIn input in fundTransactionClone.Inputs) // all original inputs are still in the trx
{
Assert.Contains(fundTransaction.Inputs, a => a.PrevOut == input.PrevOut);
}
Assert.Equal(4, fundTransaction.Inputs.Count); // we expect 4 inputs
Assert.Equal(4, fundTransaction.Outputs.Count); // we expect 4 outputs
Assert.Equal(new Money(200, MoneyUnit.BTC) - fundContext.TransactionFee, fundTransaction.TotalOut);
Assert.Contains(fundTransaction.Outputs, a => a.ScriptPubKey == destinationKeys1.PubKey.ScriptPubKey);
Assert.Contains(fundTransaction.Outputs, a => a.ScriptPubKey == destinationKeys2.PubKey.ScriptPubKey);
Assert.Contains(fundTransaction.Outputs, a => a.ScriptPubKey == destinationKeys3.PubKey.ScriptPubKey);
}
public void ProcessTransactionWithValidColdStakingSetupLoadsTransactionsIntoWalletIfMatching()
{
DataFolder dataFolder = CreateDataFolder(this);
Directory.CreateDirectory(dataFolder.WalletPath);
Wallet.Wallet wallet = this.walletFixture.GenerateBlankWallet("myWallet", "password");
(ExtKey ExtKey, string ExtPubKey)accountKeys = WalletTestsHelpers.GenerateAccountKeys(wallet, "password", "m/44'/0'/0'");
(PubKey PubKey, BitcoinPubKeyAddress Address)spendingKeys = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "0/0");
(PubKey PubKey, BitcoinPubKeyAddress Address)changeKeys = WalletTestsHelpers.GenerateAddressKeys(wallet, accountKeys.ExtPubKey, "1/0");
Wallet.Wallet coldWallet = this.walletFixture.GenerateBlankWallet("myColdWallet", "password");
(ExtKey ExtKey, string ExtPubKey)accountColdKeys = WalletTestsHelpers.GenerateAccountKeys(coldWallet, "password", $"m/44'/0'/{ColdStakingManager.ColdWalletAccountIndex}'");
(PubKey PubKey, BitcoinPubKeyAddress Address)destinationColdKeys = WalletTestsHelpers.GenerateAddressKeys(coldWallet, accountColdKeys.ExtPubKey, "0/0");
Wallet.Wallet hotWallet = this.walletFixture.GenerateBlankWallet("myHotWallet", "password");
(ExtKey ExtKey, string ExtPubKey)accountHotKeys = WalletTestsHelpers.GenerateAccountKeys(hotWallet, "password", $"m/44'/0'/{ColdStakingManager.HotWalletAccountIndex}'");
(PubKey PubKey, BitcoinPubKeyAddress Address)destinationHotKeys = WalletTestsHelpers.GenerateAddressKeys(hotWallet, accountHotKeys.ExtPubKey, "0/0");
var spendingAddress = new HdAddress
{
Index = 0,
HdPath = $"m/44'/0'/0'/0/0",
Address = spendingKeys.Address.ToString(),
Pubkey = spendingKeys.PubKey.ScriptPubKey,
ScriptPubKey = spendingKeys.Address.ScriptPubKey,
Transactions = new List <TransactionData>()
};
var destinationColdAddress = new HdAddress
{
Index = 0,
HdPath = $"m/44'/0'/{ColdStakingManager.ColdWalletAccountIndex}'/0/0",
Address = destinationColdKeys.Address.ToString(),
Pubkey = destinationColdKeys.PubKey.ScriptPubKey,
ScriptPubKey = destinationColdKeys.Address.ScriptPubKey,
Transactions = new List <TransactionData>()
};
var destinationHotAddress = new HdAddress
{
Index = 0,
HdPath = $"m/44'/0'/{ColdStakingManager.HotWalletAccountIndex}'/0/0",
Address = destinationHotKeys.Address.ToString(),
Pubkey = destinationHotKeys.PubKey.ScriptPubKey,
ScriptPubKey = destinationHotKeys.Address.ScriptPubKey,
Transactions = new List <TransactionData>()
};
var changeAddress = new HdAddress
{
Index = 0,
HdPath = $"m/44'/0'/0'/1/0",
Address = changeKeys.Address.ToString(),
Pubkey = changeKeys.PubKey.ScriptPubKey,
ScriptPubKey = changeKeys.Address.ScriptPubKey,
Transactions = new List <TransactionData>()
};
// Generate a spendable transaction
(ChainIndexer chain, uint256 blockhash, Block block)chainInfo = WalletTestsHelpers.CreateChainAndCreateFirstBlockWithPaymentToAddress(wallet.Network, spendingAddress);
TransactionData spendingTransaction = WalletTestsHelpers.CreateTransactionDataFromFirstBlock(chainInfo);
spendingAddress.Transactions.Add(spendingTransaction);
wallet.AccountsRoot.ElementAt(0).Accounts.Add(new HdAccount
{
Index = 0,
Name = "account 0",
HdPath = "m/44'/0'/0'",
ExtendedPubKey = accountKeys.ExtPubKey,
ExternalAddresses = new List <HdAddress> {
spendingAddress
},
InternalAddresses = new List <HdAddress> {
changeAddress
}
});
coldWallet.AccountsRoot.ElementAt(0).Accounts.Add(new HdAccount
{
Index = ColdStakingManager.ColdWalletAccountIndex,
Name = ColdStakingManager.ColdWalletAccountName,
HdPath = $"m/44'/0'/{ColdStakingManager.ColdWalletAccountIndex}'",
ExtendedPubKey = accountColdKeys.ExtPubKey,
ExternalAddresses = new List <HdAddress> {
destinationColdAddress
},
InternalAddresses = new List <HdAddress> {
}
});
hotWallet.AccountsRoot.ElementAt(0).Accounts.Add(new HdAccount
{
Index = ColdStakingManager.HotWalletAccountIndex,
Name = ColdStakingManager.HotWalletAccountName,
HdPath = $"m/44'/0'/{ColdStakingManager.HotWalletAccountIndex}'",
ExtendedPubKey = accountHotKeys.ExtPubKey,
ExternalAddresses = new List <HdAddress> {
destinationHotAddress
},
InternalAddresses = new List <HdAddress> {
}
});
var walletFeePolicy = new Mock <IWalletFeePolicy>();
walletFeePolicy.Setup(w => w.GetMinimumFee(258, 50))
.Returns(new Money(5000));
var walletSettings = new WalletSettings(new NodeSettings(network: this.Network));
var coldWalletManager = new ColdStakingManager(this.Network, chainInfo.chain, walletSettings, dataFolder, walletFeePolicy.Object,
new Mock <IAsyncProvider>().Object, new NodeLifetime(), new ScriptAddressReader(), this.LoggerFactory.Object, DateTimeProvider.Default, new Mock <ISignals>().Object, new Mock <IBroadcasterManager>().Object);
coldWalletManager.Wallets.Add(wallet);
coldWalletManager.Wallets.Add(coldWallet);
coldWalletManager.LoadKeysLookupLock();
// Create another instance for the hot wallet as it is not allowed to have both wallets on the same instance.
var hotWalletManager = new ColdStakingManager(this.Network, chainInfo.chain, walletSettings, dataFolder, walletFeePolicy.Object,
new Mock <IAsyncProvider>().Object, new NodeLifetime(), new ScriptAddressReader(), this.LoggerFactory.Object, DateTimeProvider.Default, new Mock <ISignals>().Object, new Mock <IBroadcasterManager>().Object);
hotWalletManager.Wallets.Add(hotWallet);
hotWalletManager.LoadKeysLookupLock();
// Create a cold staking setup transaction.
Transaction transaction = this.CreateColdStakingSetupTransaction(wallet, "password", spendingAddress, destinationColdKeys.PubKey, destinationHotKeys.PubKey,
changeAddress, new Money(7500), new Money(5000));
coldWalletManager.ProcessTransaction(transaction);
hotWalletManager.ProcessTransaction(transaction);
HdAddress spentAddressResult = wallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0);
Assert.Equal(1, spendingAddress.Transactions.Count);
Assert.Equal(transaction.GetHash(), spentAddressResult.Transactions.ElementAt(0).SpendingDetails.TransactionId);
Assert.Equal(transaction.Outputs[1].Value, spentAddressResult.Transactions.ElementAt(0).SpendingDetails.Payments.ElementAt(0).Amount);
Assert.Equal(transaction.Outputs[1].ScriptPubKey, spentAddressResult.Transactions.ElementAt(0).SpendingDetails.Payments.ElementAt(0).DestinationScriptPubKey);
Assert.Equal(1, wallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).InternalAddresses.ElementAt(0).Transactions.Count);
TransactionData changeAddressResult = wallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).InternalAddresses.ElementAt(0).Transactions.ElementAt(0);
Assert.Equal(transaction.GetHash(), changeAddressResult.Id);
Assert.Equal(transaction.Outputs[0].Value, changeAddressResult.Amount);
Assert.Equal(transaction.Outputs[0].ScriptPubKey, changeAddressResult.ScriptPubKey);
// Verify that the transaction has been recorded in the cold wallet.
Assert.Equal(1, coldWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.Count);
TransactionData destinationColdAddressResult = coldWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.ElementAt(0);
Assert.Equal(transaction.GetHash(), destinationColdAddressResult.Id);
Assert.Equal(transaction.Outputs[1].Value, destinationColdAddressResult.Amount);
Assert.Equal(transaction.Outputs[1].ScriptPubKey, destinationColdAddressResult.ScriptPubKey);
// Verify that the transaction has been recorded in the hot wallet.
Assert.Equal(1, hotWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.Count);
TransactionData destinationHotAddressResult = hotWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.ElementAt(0);
Assert.Equal(transaction.GetHash(), destinationHotAddressResult.Id);
Assert.Equal(transaction.Outputs[1].Value, destinationHotAddressResult.Amount);
Assert.Equal(transaction.Outputs[1].ScriptPubKey, destinationHotAddressResult.ScriptPubKey);
// Try withdrawing from the cold staking setup.
Wallet.Wallet withdrawalWallet = this.walletFixture.GenerateBlankWallet("myWithDrawalWallet", "password");
(ExtKey ExtKey, string ExtPubKey)withdrawalAccountKeys = WalletTestsHelpers.GenerateAccountKeys(wallet, "password", "m/44'/0'/0'");
(PubKey PubKey, BitcoinPubKeyAddress Address)withdrawalKeys = WalletTestsHelpers.GenerateAddressKeys(withdrawalWallet, withdrawalAccountKeys.ExtPubKey, "0/0");
// Withdrawing to this address.
var withdrawalAddress = new HdAddress
{
Index = 0,
HdPath = $"m/44'/0'/0'/0/0",
Address = withdrawalKeys.Address.ToString(),
Pubkey = withdrawalKeys.PubKey.ScriptPubKey,
ScriptPubKey = withdrawalKeys.Address.ScriptPubKey,
Transactions = new List <TransactionData>()
};
withdrawalWallet.AccountsRoot.ElementAt(0).Accounts.Add(new HdAccount
{
Index = 0,
Name = "account 0",
HdPath = "m/44'/0'/0'",
ExtendedPubKey = accountKeys.ExtPubKey,
ExternalAddresses = new List <HdAddress> {
withdrawalAddress
},
InternalAddresses = new List <HdAddress> {
}
});
// Will spend from the cold stake address and send the change back to the same address.
var coldStakeAddress = coldWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0);
Transaction withdrawalTransaction = this.CreateColdStakingWithdrawalTransaction(coldWallet, "password", coldStakeAddress,
withdrawalKeys.PubKey, ColdStakingScriptTemplate.Instance.GenerateScriptPubKey(destinationColdKeys.PubKey.Hash, destinationHotKeys.PubKey.Hash),
new Money(750), new Money(262));
// Wallet manager for the wallet receiving the funds.
var receivingWalletManager = new ColdStakingManager(this.Network, chainInfo.chain, walletSettings, dataFolder, walletFeePolicy.Object,
new Mock <IAsyncProvider>().Object, new NodeLifetime(), new ScriptAddressReader(), this.LoggerFactory.Object, DateTimeProvider.Default, new Mock <ISignals>().Object, new Mock <IBroadcasterManager>().Object);
receivingWalletManager.Wallets.Add(withdrawalWallet);
receivingWalletManager.LoadKeysLookupLock();
// Process the transaction in the cold wallet manager.
coldWalletManager.ProcessTransaction(withdrawalTransaction);
// Process the transaction in the hot wallet manager.
hotWalletManager.ProcessTransaction(withdrawalTransaction);
// Process the transaction in the receiving wallet manager.
receivingWalletManager.ProcessTransaction(withdrawalTransaction);
// Verify that the transaction has been recorded in the withdrawal wallet.
Assert.Equal(1, withdrawalWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.Count);
TransactionData withdrawalAddressResult = withdrawalWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.ElementAt(0);
Assert.Equal(withdrawalTransaction.GetHash(), withdrawalAddressResult.Id);
Assert.Equal(withdrawalTransaction.Outputs[1].Value, withdrawalAddressResult.Amount);
Assert.Equal(withdrawalTransaction.Outputs[1].ScriptPubKey, withdrawalAddressResult.ScriptPubKey);
// Verify that the transaction has been recorded in the cold wallet.
Assert.Equal(2, coldWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.Count);
TransactionData coldAddressResult = coldWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.ElementAt(1);
Assert.Equal(withdrawalTransaction.GetHash(), coldAddressResult.Id);
Assert.Equal(withdrawalTransaction.Outputs[0].Value, coldAddressResult.Amount);
Assert.Equal(withdrawalTransaction.Outputs[0].ScriptPubKey, coldAddressResult.ScriptPubKey);
// Verify that the transaction has been recorded in the hot wallet.
Assert.Equal(2, hotWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.Count);
TransactionData hotAddressResult = hotWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.ElementAt(1);
Assert.Equal(withdrawalTransaction.GetHash(), hotAddressResult.Id);
Assert.Equal(withdrawalTransaction.Outputs[0].Value, hotAddressResult.Amount);
Assert.Equal(withdrawalTransaction.Outputs[0].ScriptPubKey, hotAddressResult.ScriptPubKey);
// Verify the hot amount returned by GetBalances.
AccountBalance hotBalance = hotWalletManager.GetBalances("myHotWallet", ColdStakingManager.HotWalletAccountName).FirstOrDefault();
Assert.Equal(hotBalance.AmountUnconfirmed, hotAddressResult.Amount);
// Verify the cold amount returned by GetBalances.
AccountBalance coldBalance = coldWalletManager.GetBalances("myColdWallet", ColdStakingManager.ColdWalletAccountName).FirstOrDefault();
Assert.Equal(coldBalance.AmountUnconfirmed, coldAddressResult.Amount);
}
public void ProcessBlock_NewBlock_BlockNotOnBestChain_ReOrgWalletManagerUsingBlockStoreCache()
{
(ChainIndexer LeftChain, ChainIndexer RightChain, List <Block> LeftForkBlocks, List <Block> RightForkBlocks)result = WalletTestsHelpers.GenerateForkedChainAndBlocksWithHeight(5, KnownNetworks.StratisMain, 2);
// left side chain containing the 'old' fork.
ChainIndexer leftChainIndexer = result.LeftChain;
// right side chain containing the 'new' fork. Work on this.
this.chainIndexer = result.RightChain;
var walletSyncManager = new WalletSyncManagerOverride(this.LoggerFactory.Object, this.walletManager.Object, this.chainIndexer, KnownNetworks.StratisMain,
this.blockStore.Object, this.storeSettings, this.signals, this.asyncProvider);
// setup blockstore to return blocks on the chain.
this.blockStore.Setup(b => b.GetBlock(It.IsAny <uint256>()))
.Returns((uint256 hashblock) =>
{
return(result.LeftForkBlocks.Union(result.RightForkBlocks).Single(b => b.GetHash() == hashblock));
});
// set 4th block of the old chain as tip. 2 ahead of the fork thus not being on the right chain.
walletSyncManager.SetWalletTip(leftChainIndexer.GetHeader(result.LeftForkBlocks[3].Header.GetHash()));
//process 5th block from the right side of the fork in the list does not have same prevhash as which is loaded.
Block blockToProcess = result.RightForkBlocks[4];
blockToProcess.SetPrivatePropertyValue("BlockSize", 1L);
walletSyncManager.ProcessBlock(blockToProcess);
this.AssertTipBlockHash(walletSyncManager, 5);
// walletmanager removes all blocks up to the fork.
this.walletManager.Verify(w => w.RemoveBlocks(ExpectChainedBlock(this.chainIndexer.GetHeader(2))));
//verify manager processes each missing block until caught up.
// height 3
this.walletManager.Verify(w => w.ProcessBlock(ExpectBlock(result.RightForkBlocks[2]), ExpectChainedBlock(this.chainIndexer.GetHeader(3))));
// height 4
this.walletManager.Verify(w => w.ProcessBlock(ExpectBlock(result.RightForkBlocks[3]), ExpectChainedBlock(this.chainIndexer.GetHeader(4))));
// height 5
this.walletManager.Verify(w => w.ProcessBlock(ExpectBlock(result.RightForkBlocks[4]), ExpectChainedBlock(this.chainIndexer.GetHeader(5))), Times.Exactly(2));
}
public void ProcessTransactionWithValidColdStakingSetupLoadsTransactionsIntoWalletIfMatching()
{
DataFolder dataFolder = CreateDataFolder(this);
Directory.CreateDirectory(dataFolder.WalletPath);
var chain = new ChainIndexer(this.Network);
var walletFeePolicy = new Mock <IWalletFeePolicy>();
walletFeePolicy.Setup(w => w.GetMinimumFee(258, 50))
.Returns(new Money(5000));
var walletSettings = new WalletSettings(new NodeSettings(network: this.Network));
IScriptAddressReader scriptAddressReader = new ColdStakingDestinationReader(new ScriptAddressReader());
var walletRepository = new SQLiteWalletRepository(this.LoggerFactory.Object, dataFolder, this.Network, DateTimeProvider.Default, scriptAddressReader);
walletRepository.TestMode = true;
var walletManager = new ColdStakingManager(this.Network, chain, walletSettings, dataFolder, walletFeePolicy.Object,
new Mock <IAsyncProvider>().Object, new NodeLifetime(), new ScriptAddressReader(), this.LoggerFactory.Object, DateTimeProvider.Default,
walletRepository, new Mock <IBroadcasterManager>().Object);
walletManager.Start();
(Wallet.Wallet wallet, ExtKey walletExtKey) = this.walletFixture.GenerateBlankWallet("myWallet", "password", walletRepository);
(Wallet.Wallet coldWallet, ExtKey coldWalletExtKey) = this.walletFixture.GenerateBlankWallet("myColdWallet", "password", walletRepository);
(Wallet.Wallet hotWallet, ExtKey hotWalletExtKey) = this.walletFixture.GenerateBlankWallet("myHotWallet", "password", walletRepository);
(Wallet.Wallet withdrawalWallet, ExtKey withdrawalWalletExtKey) = this.walletFixture.GenerateBlankWallet("myWithDrawalWallet", "password", walletRepository);
HdAccount withdrawalAccount = withdrawalWallet.AddNewAccount("password");
HdAddress withdrawalAddress = withdrawalAccount.ExternalAddresses.ElementAt(0);
PubKey withdrawalPubKey = withdrawalAddress.Pubkey.GetDestinationPublicKeys(this.Network)[0];
HdAccount account = wallet.AddNewAccount("password");
HdAddress changeAddress = account.InternalAddresses.ElementAt(0);
HdAddress spendingAddress = account.ExternalAddresses.ElementAt(0);
HdAccount coldWalletAccount = coldWallet.AddNewAccount("password", ColdStakingManager.ColdWalletAccountIndex, ColdStakingManager.ColdWalletAccountName);
HdAddress destinationColdAddress = coldWalletAccount.ExternalAddresses.ElementAt(0);
PubKey destinationColdPubKey = destinationColdAddress.Pubkey.GetDestinationPublicKeys(this.Network)[0];
HdAccount hotWalletAccount = hotWallet.AddNewAccount("password", ColdStakingManager.HotWalletAccountIndex, ColdStakingManager.HotWalletAccountName);
HdAddress destinationHotAddress = hotWalletAccount.ExternalAddresses.ElementAt(0);
PubKey destinationHotPubKey = destinationHotAddress.Pubkey.GetDestinationPublicKeys(this.Network)[0];
// Generate a spendable transaction
(uint256 blockhash, Block block)chainInfo = WalletTestsHelpers.CreateFirstBlockWithPaymentToAddress(chain, wallet.Network, spendingAddress);
walletManager.ProcessBlock(chainInfo.block);
// Create a cold staking setup transaction.
Transaction transaction = this.CreateColdStakingSetupTransaction(wallet, "password", spendingAddress, destinationColdPubKey, destinationHotPubKey,
changeAddress, new Money(7500), new Money(5000));
walletManager.ProcessBlock(WalletTestsHelpers.AppendTransactionInNewBlockToChain(chain, transaction));
HdAddress spentAddressResult = wallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0);
Assert.Single(spendingAddress.Transactions);
Assert.Equal(transaction.GetHash(), spentAddressResult.Transactions.ElementAt(0).SpendingDetails.TransactionId);
Assert.Equal(2, transaction.Outputs.Count);
Assert.True(spentAddressResult.Transactions.ElementAt(0).SpendingDetails.Payments.Any(p => p.DestinationScriptPubKey == transaction.Outputs[1].ScriptPubKey && p.Amount == transaction.Outputs[1].Value));
Assert.Single(wallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).InternalAddresses.ElementAt(0).Transactions);
TransactionData changeAddressResult = wallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).InternalAddresses.ElementAt(0).Transactions.ElementAt(0);
Assert.Equal(transaction.GetHash(), changeAddressResult.Id);
Assert.Equal(transaction.Outputs[0].Value, changeAddressResult.Amount);
Assert.Equal(transaction.Outputs[0].ScriptPubKey, changeAddressResult.ScriptPubKey);
// Verify that the transaction has been recorded in the cold wallet.
var coldAccounts = coldWallet.GetAccounts(Wallet.Wallet.AllAccounts);
Assert.Single(coldAccounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions);
TransactionData destinationColdAddressResult = coldAccounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.ElementAt(0);
Assert.Equal(transaction.GetHash(), destinationColdAddressResult.Id);
Assert.Equal(transaction.Outputs[1].Value, destinationColdAddressResult.Amount);
Assert.Equal(transaction.Outputs[1].ScriptPubKey, destinationColdAddressResult.ScriptPubKey);
// Verify that the transaction has been recorded in the hot wallet.
var hotAccounts = hotWallet.GetAccounts(Wallet.Wallet.AllAccounts);
Assert.Single(hotAccounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions);
TransactionData destinationHotAddressResult = hotAccounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.ElementAt(0);
Assert.Equal(transaction.GetHash(), destinationHotAddressResult.Id);
Assert.Equal(transaction.Outputs[1].Value, destinationHotAddressResult.Amount);
Assert.Equal(transaction.Outputs[1].ScriptPubKey, destinationHotAddressResult.ScriptPubKey);
// Will spend from the cold stake address and send the change back to the same address.
Money balance = walletManager.GetSpendableTransactionsInAccount(new WalletAccountReference(coldWallet.Name, coldWalletAccount.Name), 0).Sum(x => x.Transaction.Amount);
var coldStakeAddress = coldWallet.GetAccounts(Wallet.Wallet.AllAccounts).ElementAt(0).ExternalAddresses.ElementAt(0);
Transaction withdrawalTransaction = this.CreateColdStakingWithdrawalTransaction(coldWallet, "password", coldStakeAddress,
withdrawalPubKey, ColdStakingScriptTemplate.Instance.GenerateScriptPubKey(destinationHotPubKey.Hash, destinationColdPubKey.Hash),
new Money(750), new Money(263));
// Process the transaction.
walletManager.ProcessBlock(WalletTestsHelpers.AppendTransactionInNewBlockToChain(chain, withdrawalTransaction));
// Verify that the transaction has been recorded in the withdrawal wallet.
Assert.Single(withdrawalWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions);
TransactionData withdrawalAddressResult = withdrawalWallet.AccountsRoot.ElementAt(0).Accounts.ElementAt(0).ExternalAddresses.ElementAt(0).Transactions
.Where(t => t.Id == withdrawalTransaction.GetHash()).First();
Assert.Equal(withdrawalTransaction.GetHash(), withdrawalAddressResult.Id);
Assert.Equal(withdrawalTransaction.Outputs[1].Value, withdrawalAddressResult.Amount);
Assert.Equal(withdrawalTransaction.Outputs[1].ScriptPubKey, withdrawalAddressResult.ScriptPubKey);
// Verify that the transaction has been recorded in the cold wallet.
Assert.Equal(2, coldWallet.GetAccounts(Wallet.Wallet.AllAccounts).ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.Count);
TransactionData coldAddressResult = coldWallet.GetAccounts(Wallet.Wallet.AllAccounts).ElementAt(0).ExternalAddresses.ElementAt(0).Transactions
.Where(t => t.Id == withdrawalTransaction.GetHash()).First();
Assert.Equal(withdrawalTransaction.GetHash(), coldAddressResult.Id);
Assert.Equal(withdrawalTransaction.Outputs[0].Value, coldAddressResult.Amount);
Assert.Equal(withdrawalTransaction.Outputs[0].ScriptPubKey, coldAddressResult.ScriptPubKey);
// Verify that the transaction has been recorded in the hot wallet.
Assert.Equal(2, hotWallet.GetAccounts(Wallet.Wallet.AllAccounts).ElementAt(0).ExternalAddresses.ElementAt(0).Transactions.Count);
TransactionData hotAddressResult = hotWallet.GetAccounts(Wallet.Wallet.AllAccounts).ElementAt(0).ExternalAddresses.ElementAt(0).Transactions
.Where(t => t.Id == withdrawalTransaction.GetHash()).First();
Assert.Equal(withdrawalTransaction.GetHash(), hotAddressResult.Id);
Assert.Equal(withdrawalTransaction.Outputs[0].Value, hotAddressResult.Amount);
Assert.Equal(withdrawalTransaction.Outputs[0].ScriptPubKey, hotAddressResult.ScriptPubKey);
// Verify the hot amount returned by GetBalances.
AccountBalance hotBalance = walletManager.GetBalances("myHotWallet", ColdStakingManager.HotWalletAccountName).FirstOrDefault();
Assert.Equal(hotBalance.AmountConfirmed, hotAddressResult.Amount);
// Verify the cold amount returned by GetBalances.
AccountBalance coldBalance = walletManager.GetBalances("myColdWallet", ColdStakingManager.ColdWalletAccountName).FirstOrDefault();
Assert.Equal(coldBalance.AmountConfirmed, coldAddressResult.Amount);
}
public MiningRPCControllerFixture()
{
this.wallet = WalletTestsHelpers.GenerateBlankWallet("myWallet", "password1");
}
public void GetHistoryWithValidModelWithSkipAndTakeReturnsWalletHistoryModel()
{
ulong gasPrice = SmartContractMempoolValidator.MinGasPrice;
int vmVersion = 1;
var gasLimit = (Stratis.SmartContracts.RuntimeObserver.Gas)(SmartContractFormatLogic.GasLimitMaximum / 2);
var contractTxData = new ContractTxData(vmVersion, gasPrice, gasLimit, new byte[] { 0, 1, 2, 3 });
var callDataSerializer = new CallDataSerializer(new ContractPrimitiveSerializer(new SmartContractsRegTest()));
var contractCreateScript = new Script(callDataSerializer.Serialize(contractTxData));
string walletName = "myWallet";
HdAddress address = WalletTestsHelpers.CreateAddress();
const int totalHistoryLength = 100;
const int toSkip = 10;
const int toTake = 10;
for (int i = 0; i < totalHistoryLength; i++)
{
TransactionData createTransaction = WalletTestsHelpers.CreateTransaction(new uint256((ulong)i), new Money(500000), 100 + i);
createTransaction.SpendingDetails = new SpendingDetails
{
BlockHeight = 100 + i,
CreationTime = DateTimeOffset.Now,
TransactionId = new uint256((ulong)i),
Payments = new List <PaymentDetails>
{
new PaymentDetails
{
Amount = new Money(100000),
DestinationScriptPubKey = contractCreateScript
}
}
};
address.Transactions.Add(createTransaction);
}
var addresses = new List <HdAddress> {
address
};
Features.Wallet.Wallet wallet = WalletTestsHelpers.CreateWallet(walletName);
var account = new HdAccount {
ExternalAddresses = addresses
};
wallet.AccountsRoot.Add(new AccountRoot()
{
Accounts = new List <HdAccount> {
account
}
});
List <FlatHistory> flat = addresses.SelectMany(s => s.Transactions.Select(t => new FlatHistory {
Address = s, Transaction = t
})).ToList();
var accountsHistory = new List <AccountHistory> {
new AccountHistory {
History = flat, Account = account
}
};
this.walletManager.Setup(w => w.GetHistory(walletName, It.IsAny <string>())).Returns(accountsHistory);
this.walletManager.Setup(w => w.GetWalletByName(walletName)).Returns(wallet);
this.walletManager.Setup(w => w.GetAccounts(walletName)).Returns(new List <HdAccount> {
account
});
var receipt = new Receipt(null, 12345, new Log[0], null, null, null, uint160.Zero, true, null, null, 2, 100000);
var receiptList = new List <Receipt>();
for (int i = 0; i < totalHistoryLength; i++)
{
receiptList.Add(receipt);
}
this.receiptRepository.Setup(x => x.RetrieveMany(It.IsAny <IList <uint256> >()))
.Returns(receiptList);
this.callDataSerializer.Setup(x => x.Deserialize(It.IsAny <byte[]>()))
.Returns(Result.Ok(new ContractTxData(0, 0, (Stratis.SmartContracts.RuntimeObserver.Gas) 0, new uint160(0), null, null)));
var controller = new SmartContractWalletController(
this.broadcasterManager.Object,
this.callDataSerializer.Object,
this.connectionManager.Object,
this.loggerFactory.Object,
this.network,
this.receiptRepository.Object,
this.walletManager.Object,
this.smartContractTransactionService.Object);
var request = new GetHistoryRequest
{
Address = address.Address,
WalletName = walletName,
Skip = toSkip,
Take = toTake
};
IActionResult result = controller.GetHistory(request);
JsonResult viewResult = Assert.IsType <JsonResult>(result);
var model = viewResult.Value as IEnumerable <ContractTransactionItem>;
Assert.NotNull(model);
Assert.Equal(toTake, model.Count());
Assert.Equal(new uint256(toSkip), model.ElementAt(toTake - 1).Hash);
Assert.Equal(new uint256(toSkip + toTake - 1), model.ElementAt(0).Hash);
}
public void ProcessBlock_BlockNotOnBestChain_ReorgWalletTipAfterNewTip_StartProcessingFromFork()
{
(ConcurrentChain LeftChain, ConcurrentChain RightChain, List <Block> LeftForkBlocks, List <Block> RightForkBlocks)result = WalletTestsHelpers.GenerateForkedChainAndBlocksWithHeight(5, KnownNetworks.StratisMain, 2);
// left side chain containing the 'old' fork.
ConcurrentChain leftChain = result.LeftChain;
// right side chain containing the 'new' fork. Work on this.
this.chain = result.RightChain;
var lightWalletSyncManager = new LightWalletSyncManagerOverride(this.LoggerFactory.Object, this.walletManager.Object, this.chain, this.network,
this.blockNotification.Object, this.signals.Object, this.nodeLifetime.Object, this.asyncLoopFactory.Object, this.consensusManager.Object);
// set 4th block of the old chain as tip. 2 ahead of the fork thus not being on the right chain.
lightWalletSyncManager.SetWalletTip(leftChain.GetBlock(result.LeftForkBlocks[3].Header.GetHash()));
//process 2nd block from the right side of the fork in the list does not have same prevhash as which is loaded.
Block blockToProcess = result.RightForkBlocks[1];
lightWalletSyncManager.ProcessBlock(blockToProcess);
// walletmanager removes all blocks up to the fork.
this.walletManager.Verify(w => w.RemoveBlocks(ExpectChainedBlock(this.chain.GetBlock(2))));
//expect the wallet tip to be set to the fork and do not start the sync to be started from that block.
Assert.Equal(this.chain.GetBlock(2).HashBlock, lightWalletSyncManager.WalletTip.HashBlock);
this.blockNotification.Verify(w => w.SyncFrom(It.IsAny <uint256>()), Times.Exactly(0));
// expect the block to be processed.
this.walletManager.Verify(w => w.ProcessBlock(ExpectBlock(result.RightForkBlocks[1]), ExpectChainedBlock(this.chain.GetBlock(2))));
}
public void GetHistoryWithValidModelWithoutTransactionSpendingDetailsReturnsWalletHistoryModel()
{
ulong gasPrice = SmartContractMempoolValidator.MinGasPrice;
int vmVersion = 1;
Gas gasLimit = (Gas)(SmartContractFormatRule.GasLimitMaximum / 2);
var contractTxData = new ContractTxData(vmVersion, gasPrice, gasLimit, new byte[] { 0, 1, 2, 3 });
var callDataSerializer = new CallDataSerializer(new ContractPrimitiveSerializer(new SmartContractsRegTest()));
var contractCreateScript = new Script(callDataSerializer.Serialize(contractTxData));
string walletName = "myWallet";
HdAddress address = WalletTestsHelpers.CreateAddress();
TransactionData normalTransaction = WalletTestsHelpers.CreateTransaction(new uint256(1), new Money(500000), 1);
TransactionData createTransaction = WalletTestsHelpers.CreateTransaction(new uint256(1), new Money(500000), 1);
createTransaction.SpendingDetails = new SpendingDetails
{
BlockHeight = 100,
CreationTime = DateTimeOffset.Now,
TransactionId = uint256.One,
Payments = new List <PaymentDetails>
{
new PaymentDetails
{
Amount = new Money(100000),
DestinationScriptPubKey = contractCreateScript
}
}
};
address.Transactions.Add(normalTransaction);
address.Transactions.Add(createTransaction);
var addresses = new List <HdAddress> {
address
};
Features.Wallet.Wallet wallet = WalletTestsHelpers.CreateWallet(walletName);
var account = new HdAccount {
ExternalAddresses = addresses
};
wallet.AccountsRoot.Add(new AccountRoot()
{
Accounts = new List <HdAccount> {
account
}
});
List <FlatHistory> flat = addresses.SelectMany(s => s.Transactions.Select(t => new FlatHistory {
Address = s, Transaction = t
})).ToList();
var accountsHistory = new List <AccountHistory> {
new AccountHistory {
History = flat, Account = account
}
};
this.walletManager.Setup(w => w.GetHistory(walletName, It.IsAny <string>())).Returns(accountsHistory);
this.walletManager.Setup(w => w.GetWalletByName(walletName)).Returns(wallet);
this.walletManager.Setup(w => w.GetAccounts(walletName)).Returns(new List <HdAccount> {
account
});
this.receiptRepository.Setup(x => x.Retrieve(It.IsAny <uint256>()))
.Returns(new Receipt(null, 0, new Log[0], null, null, null, uint160.Zero, true, null));
this.callDataSerializer.Setup(x => x.Deserialize(It.IsAny <byte[]>()))
.Returns(Result.Ok(new ContractTxData(0, 0, (Gas)0, new uint160(0), null, null)));
var controller = new SmartContractWalletController(
this.broadcasterManager.Object,
this.callDataSerializer.Object,
this.connectionManager.Object,
this.loggerFactory.Object,
this.network,
this.receiptRepository.Object,
this.walletManager.Object);
IActionResult result = controller.GetHistory(walletName, address.Address);
var viewResult = Assert.IsType <JsonResult>(result);
var model = viewResult.Value as IEnumerable <ContractTransactionItem>;
Assert.NotNull(model);
Assert.Equal(3, model.Count());
ContractTransactionItem resultingTransaction = model.ElementAt(2);
ContractTransactionItem resultingCreate = model.ElementAt(0);
Assert.Equal(ContractTransactionItemType.ContractCreate, resultingCreate.Type);
Assert.Equal(createTransaction.SpendingDetails.TransactionId, resultingCreate.Hash);
Assert.Equal(createTransaction.SpendingDetails.Payments.First().Amount.ToUnit(MoneyUnit.BTC), resultingCreate.Amount);
Assert.Equal(uint160.Zero.ToBase58Address(this.network), resultingCreate.To);
Assert.Equal((uint)createTransaction.SpendingDetails.BlockHeight, resultingCreate.BlockHeight);
Assert.Equal(ContractTransactionItemType.Received, resultingTransaction.Type);
Assert.Equal(address.Address, resultingTransaction.To);
Assert.Equal(normalTransaction.Id, resultingTransaction.Hash);
Assert.Equal(normalTransaction.Amount.ToUnit(MoneyUnit.BTC), resultingTransaction.Amount);
Assert.Equal((uint)1, resultingTransaction.BlockHeight);
}