static void Test(string[] cmdArgs, BlockChainClassLib.CommandProcessor cmdProc)
{
switch (cmdArgs[1])
{
case "start":
TestId = cmdArgs[2];
cmdProc.Test_Start(TestId);
break;
case "end":
cmdProc.Test_End();
break;
case "server_init":
cmdProc.Test_Server_Init();
break;
case "checkpoint":
cmdProc.Test_Server_Checkpoint();
break;
case "rollback":
cmdProc.Test_Server_Rollback();
break;
case "mine":
string result = cmdProc.mine(cmdArgs[2]);
Console.WriteLine(result);
break;
case "miner":
if (cmdArgs[2] == "start")
{
cmdProc.Test_Server_Miner_Start(cmdArgs[3]);
}
else
if (cmdArgs[2] == "stop")
{
cmdProc.Test_Server_Miner_Stop();
}
break;
}
}
public void TestCommandLib_RLWE()
{
CryptoProvider.RLWE_Provider provider = new CryptoProvider.RLWE_Provider();
provider.GenerateKeyPair();
BlockChainClassLib.Transaction t = new BlockChainClassLib.Transaction();
t.id = Guid.NewGuid();
string publicKey = provider.ExportPublicKey();
string address = CryptoProvider.AddressEncoder.CreateAddress(publicKey);
string signature = CryptoProvider.AddressEncoder.SignAddress(address, t.id.ToString(), provider);
t.Inputs.Add(new BlockChainClassLib.Input(address, signature, publicKey));
t.Outputs.Add(new BlockChainClassLib.Output("paul", 1));
BlockChainClassLib.CommandProcessor cmdProc = new BlockChainClassLib.CommandProcessor("RLWE", "localhost", "12345");
//string json = Newtonsoft.Json.JsonConvert.SerializeObject(t);
cmdProc.Transfer(t);
cmdProc.mine(address);
}