static int Main(string[] args)
{
var log = ApplicationLogging.CreateConsoleLogger <Program>().ToILog();
var appConfig = ConfigurationUtils
.Build(args, userSecretsId: "Nethereum.BlockchainStore.MongoDb.UserSecrets");
var configuration = BlockchainSourceConfigurationFactory.Get(appConfig);
var repositoryFactory = MongoDbRepositoryFactory.Create(appConfig);
return(StorageProcessorConsole.Execute(repositoryFactory, configuration, log: log).Result);
}
public static int Main(string[] args)
{
var log = ApplicationLogging.CreateConsoleLogger <Program>().ToILog();
var appConfig = ConfigurationUtils
.Build(args, userSecretsId: "Nethereum.BlockchainStorage.EFCore.Sqlite");
var blockchainSourceConfiguration = BlockchainSourceConfigurationFactory.Get(appConfig);
var contextFactory = new SqliteBlockchainDbContextFactory(appConfig.GetBlockchainStorageConnectionString());
var repositoryFactory = new BlockchainStoreRepositoryFactory(contextFactory);
return(StorageProcessorConsole.Execute(repositoryFactory, blockchainSourceConfiguration, log: log).Result);
}
public static int Main(string[] args)
{
var log = ApplicationLogging.CreateConsoleLogger <Program>().ToILog();
var appConfig = ConfigurationUtils
.Build(args, userSecretsId: "Nethereum.BlockchainStore.AzureTables");
var configuration = BlockchainSourceConfigurationFactory.Get(appConfig);
var connectionString = appConfig[ConnectionStringKey];
if (string.IsNullOrEmpty(connectionString))
{
throw ConfigurationUtils.CreateKeyNotFoundException(ConnectionStringKey);
}
var repositoryFactory = new CloudTableSetup(connectionString, configuration.Name);
return(StorageProcessorConsole.Execute(repositoryFactory, configuration, log: log).Result);
}
static void Main(string[] args)
{
// This particular sample should be run with the following CLI args
// A random contract on the Rinkeby network was chosen as an example
// --Blockchain rinkeby --FromBlock 3146650
var log = ApplicationLogging.CreateConsoleLogger <Program>().ToILog();
log.Info("CLI args: " + string.Join(" ", args));
var appConfig = ConfigurationUtils.Build(args);
var targetBlockchain = BlockchainSourceConfigurationFactory.Get(appConfig);
log.Info($"Target Node/Name (URL): {targetBlockchain.Name}, {targetBlockchain.BlockchainUrl}");
//only process transactions that created or called our contract
var filters = new ContractSpecificFilterBuilder(ContractAddress).Filters;
//for specific functions on our contract, output the name and input arg values
var transactionRouter = new TransactionRouter();
transactionRouter.AddContractCreationHandler(
new ContractCreationPrinter <GlitchGoonsItemConstructor>());
transactionRouter.AddTransactionHandler(new FunctionPrinter <BuyApprenticeFunction>());
transactionRouter.AddTransactionHandler(new FunctionPrinter <OpenChestFunction>());
//for specific events, output the values
var transactionLogRouter = new TransactionLogRouter();
transactionLogRouter.AddHandler(new EventPrinter <TransferEvent>());
var handlers = new HandlerContainer()
{
TransactionHandler = transactionRouter,
TransactionLogHandler = transactionLogRouter,
};
var web3 = new Web3.Web3(targetBlockchain.BlockchainUrl);
var blockProcessor = BlockProcessorFactory.Create(
web3,
handlers,
filters,
processTransactionsInParallel: false);
var strategy = new ProcessingStrategy(blockProcessor)
{
MinimumBlockConfirmations = 6 //wait for 6 block confirmations before processing block
};
var blockchainProcessor = new BlockchainProcessor(strategy, log: log);
blockchainProcessor.ExecuteAsync
(targetBlockchain.FromBlock, targetBlockchain.ToBlock)
.GetAwaiter().GetResult();
log.Info($"Contracts Created: {transactionRouter.ContractsCreated}");
log.Info($"Transactions Handled: {transactionRouter.TransactionsHandled}");
System.Console.ReadLine();
}