internal PeerWorker(WorkerConfig workerConfig, LocalClient localClient, CoreDaemon coreDaemon, HeadersRequestWorker headersRequestWorker)
: base("PeerWorker", workerConfig.initialNotify, workerConfig.minIdleTime, workerConfig.maxIdleTime)
{
this.localClient = localClient;
this.coreDaemon = coreDaemon;
this.headersRequestWorker = headersRequestWorker;
}
public WalletMonitor(CoreDaemon coreDaemon, bool keepEntries = true)
: base("WalletMonitor", initialNotify: true, minIdleTime: TimeSpan.FromMilliseconds(0), maxIdleTime: TimeSpan.MaxValue)
{
this.coreDaemon = coreDaemon;
this.addressesByOutputScriptHash = new Dictionary<UInt256, List<MonitoredWalletAddress>>();
this.matcherAddresses = new List<MonitoredWalletAddress>();
this.keepEntries = keepEntries;
this.entries = ImmutableList.CreateBuilder<WalletEntry>();
this.bitBalance = 0;
this.coreDaemon.OnChainStateChanged += HandleChainStateChanged;
}
public HeadersRequestWorker(WorkerConfig workerConfig, LocalClient localClient, CoreDaemon coreDaemon)
: base("HeadersRequestWorker", workerConfig.initialNotify, workerConfig.minIdleTime, workerConfig.maxIdleTime)
{
this.localClient = localClient;
this.coreDaemon = coreDaemon;
this.coreStorage = coreDaemon.CoreStorage;
this.headersRequestsByPeer = new ConcurrentDictionary<Peer, DateTimeOffset>();
this.localClient.OnBlockHeaders += HandleBlockHeaders;
this.coreDaemon.OnTargetChainChanged += HandleTargetChainChanged;
this.flushWorker = new WorkerMethod("HeadersRequestWorker.FlushWorker", FlushWorkerMethod, initialNotify: true, minIdleTime: TimeSpan.Zero, maxIdleTime: TimeSpan.MaxValue);
this.flushQueue = new ConcurrentQueue<FlushHeaders>();
}
private CoreDaemon CreateExampleDaemon(out BlockProvider embeddedBlocks, out IStorageManager storageManager, int? maxHeight = null)
{
// retrieve first 10,000 testnet3 blocks
embeddedBlocks = new BlockProvider("BitSharp.Examples.Blocks.TestNet3.zip");
// initialize in-memory storage
storageManager = new MemoryStorageManager();
// intialize testnet3 rules (ignore script errors, script engine is not and is not intended to be complete)
var rules = new Testnet3Rules { IgnoreScriptErrors = true };
// initialize & start core daemon
var coreDaemon = new CoreDaemon(rules, storageManager) { MaxHeight = maxHeight, IsStarted = true };
// add embedded blocks
coreDaemon.CoreStorage.AddBlocks(embeddedBlocks.ReadBlocks());
// wait for core daemon to finish processing any available data
coreDaemon.WaitForUpdate();
return coreDaemon;
}
public MainWindow()
{
try
{
//TODO
//**************************************************************
var useTestNet = false;
var connectToPeers = true;
var ignoreScripts = false;
var pruningMode = PruningMode.TxIndex | PruningMode.BlockSpentIndex | PruningMode.BlockTxesDelete;
var enableDummyWallet = true;
var useLevelDb = false;
var runInMemory = false;
var cleanData = false;
var cleanChainState = false;
var cleanBlockTxes = false
// clean block txes if the chain state is being cleaned and block txes have been pruned, the new chain state will require intact blocks to validate
|| (cleanChainState && (pruningMode.HasFlag(PruningMode.BlockTxesPreserveMerkle) || pruningMode.HasFlag(PruningMode.BlockTxesDestroyMerkle)));
//NOTE: Running with a cleaned chained state against a pruned blockchain does not work.
// It will see the data is missing, but won't redownload the blocks.
//**************************************************************
long? cacheSizeMaxBytes = 512.MEBIBYTE();
// directories
var baseDirectory = Config.LocalStoragePath;
//if (Debugger.IsAttached)
// baseDirectory = Path.Combine(baseDirectory, "Debugger");
var chainType = useTestNet ? ChainType.TestNet3 : ChainType.MainNet;
string[] blockTxesStorageLocations = null;
// detect local dev machine - TODO proper configuration
var isAzureVM = (Environment.MachineName == "BITSHARP");
var isLocalDev = (Environment.MachineName == "SKIPPY");
if (isAzureVM)
{
cacheSizeMaxBytes = null;
BlockRequestWorker.SecondaryBlockFolder = @"E:\BitSharp.Blocks\RawBlocks";
PeerWorker.ConnectedMax = 15;
blockTxesStorageLocations = new[]
{
@"E:\Blocks1",
@"E:\Blocks2",
@"E:\Blocks3",
@"E:\Blocks4",
};
}
else if (isLocalDev)
{
//Process.GetCurrentProcess().PriorityClass = ProcessPriorityClass.BelowNormal;
cacheSizeMaxBytes = (int)2.GIBIBYTE();
// location to store a copy of raw blocks to avoid redownload
BlockRequestWorker.SecondaryBlockFolder = Path.Combine(baseDirectory, "RawBlocks");
// split block txes storage across 2 dedicated SSDs, keep chain state on main SSD
//blockTxesStorageLocations = new[]
//{
// @"Y:\BitSharp",
// @"Z:\BitSharp",
//};
}
//TODO
if (cleanData)
{
try { Directory.Delete(Path.Combine(baseDirectory, "Data", chainType.ToString()), recursive: true); }
catch (IOException) { }
}
if (cleanChainState)
{
try { Directory.Delete(Path.Combine(baseDirectory, "Data", chainType.ToString(), "ChainState"), recursive: true); }
catch (IOException) { }
}
if (cleanBlockTxes)
{
try { Directory.Delete(Path.Combine(baseDirectory, "Data", chainType.ToString(), "BlockTxes"), recursive: true); }
catch (IOException) { }
}
// initialize kernel
this.kernel = new StandardKernel();
// add logging module
this.kernel.Load(new LoggingModule(baseDirectory, LogLevel.Info));
// log startup
this.logger = LogManager.GetCurrentClassLogger();
this.logger.Info($"Starting up: {DateTime.Now}");
var modules = new List<INinjectModule>();
// add storage module
if (useLevelDb)
{
ulong? blocksCacheSize = null;
ulong? blocksWriteCacheSize = null;
ulong? blockTxesCacheSize = null;
ulong? blockTxesWriteCacheSize = null;
ulong? chainStateCacheSize = null;
ulong? chainStateWriteCacheSize = null;
modules.Add(new LevelDbStorageModule(baseDirectory, chainType,
blocksCacheSize, blocksWriteCacheSize,
blockTxesCacheSize, blockTxesWriteCacheSize,
chainStateCacheSize, chainStateWriteCacheSize));
long? writeCacheSizeMaxBytes = 128.MEBIBYTE();
}
else if (runInMemory)
{
modules.Add(new MemoryStorageModule());
modules.Add(new NodeMemoryStorageModule());
}
else
{
modules.Add(new EsentStorageModule(baseDirectory, chainType, cacheSizeMaxBytes: cacheSizeMaxBytes, blockTxesStorageLocations: blockTxesStorageLocations));
}
// add rules module
modules.Add(new RulesModule(chainType));
// load modules
this.kernel.Load(modules.ToArray());
// initialize rules
var rules = this.kernel.Get<ICoreRules>();
rules.IgnoreScripts = ignoreScripts;
// initialize the blockchain daemon
this.coreDaemon = this.kernel.Get<CoreDaemon>();
this.coreDaemon.PruningMode = pruningMode;
this.kernel.Bind<CoreDaemon>().ToConstant(this.coreDaemon).InTransientScope();
// initialize dummy wallet monitor
this.dummyMonitor = new DummyMonitor(this.coreDaemon);
if (enableDummyWallet)
{
Task.Run(() => this.dummyMonitor.Start());
}
else
{
// allow pruning to any height when not using the wallet
this.coreDaemon.PrunableHeight = int.MaxValue;
}
// initialize p2p client
this.localClient = this.kernel.Get<LocalClient>();
this.kernel.Bind<LocalClient>().ToConstant(this.localClient).InTransientScope();
// setup view model
this.viewModel = new MainWindowViewModel(this.kernel, this.dummyMonitor);
InitializeComponent();
// start the blockchain daemon
Task.Run(() => this.coreDaemon.Start());
// start p2p client
Task.Run(() => this.localClient.Start(connectToPeers));
this.DataContext = this.viewModel;
}
catch (Exception ex)
{
if (this.logger != null)
{
this.logger.Fatal(ex, "Application failed");
LogManager.Flush();
}
else
{
Console.WriteLine(ex);
}
Environment.Exit(-1);
}
}
public DummyMonitor(CoreDaemon coreDaemon)
: base(coreDaemon, keepEntries: false)
{
this.AddAddress(new First10000Address());
this.AddAddress(new Top10000Address());
}
public NodeRpcServer(CoreDaemon coreDaemon, int port)
: base(coreDaemon, port)
{
this.coreDaemon = coreDaemon;
}
public PeerWorker(WorkerConfig workerConfig, LocalClient localClient, CoreDaemon coreDaemon)
: base("PeerWorker", workerConfig.initialNotify, workerConfig.minIdleTime, workerConfig.maxIdleTime)
{
this.localClient = localClient;
this.coreDaemon = coreDaemon;
}