public void Test_Server_Rollback()
{
RestClientLib.RestClient client = new RestClientLib.RestClient();
//send request to the BlockChain Server
string url = $"{rootUrl}/test/rollback";
string result = client.Get(url);
}
public void Test_End()
{
RestClientLib.RestClient client = new RestClientLib.RestClient();
//send request to the BlockChain Server
string url = $"{rootUrl}/test/end?{TestId}";
string result = client.Get(url);
}
public void Test_Start(string TestId)
{
this.TestId = TestId;
RestClientLib.RestClient client = new RestClientLib.RestClient();
//send request to the BlockChain Server
string url = $"{rootUrl}/test/start?{TestId}";
string result = client.Get(url);
}
//Sends a chain request to the BlockChain server (asks the server to return a list of BlockChain objects)
public string chain()
{
RestClientLib.RestClient client = new RestClientLib.RestClient();
//send the Get request
string url = rootUrl + "/chain";
string json = client.Get(url);
//display the results (json)
return(json);
}
//Sends a mine reqest to the BlockChain server
public string mine(string address)
{
RestClientLib.RestClient client = new RestClientLib.RestClient();
//build the request url and send the Get request
string url = rootUrl + "/Mine?" + address;
string json = client.Get(url);
//deserialize the result into the Mine object
var json_serializer = new JavaScriptSerializer();
Mine result = json_serializer.Deserialize <Mine>(json);
return(string.Format("Index={0}, Message={1}, proof={2}, PreviousHash={3}", result.Index, result.Message, result.Proof, result.PreviousHash));
}
//Sends a create Transaction request to the BlockChain server
public void Transfer(Transaction t)
{
//serialize the Transaction object
string json = JsonConvert.SerializeObject(t);
//build the request url
string url = rootUrl + "/transfer";
//send the request via the REST Client
RestClientLib.RestClient client = new RestClientLib.RestClient();
string jsonResult = client.Post(url, json);
Console.WriteLine(jsonResult);
}
public string PendingTransactions()
{
RestClientLib.RestClient client = new RestClientLib.RestClient();
//send the Get request
string url = rootUrl + "/pending";
string json = client.Get(url);
//deserialize the list of transactions retured from the server
var json_serializer = new JavaScriptSerializer();
List <Transaction> txList = json_serializer.Deserialize <List <Transaction> >(json);
StringBuilder b = new StringBuilder();
//output each transaction returned to the console
foreach (Transaction tx in txList)
{
b.AppendLine(tx.ToString());
}
return(b.ToString());
}
//sends a Balance request to the BlockChain server
//A list of adresses fromt he client wallet is sent
public void Wallet_Balance()
{
var json_serializer = new JavaScriptSerializer();
//serialize the list of addresses from the client wallet
List <string> addressList = _wallet.WalletEntries.Select(x => x.address).ToList();
string addresses = json_serializer.Serialize(addressList);
RestClientLib.RestClient client = new RestClientLib.RestClient();
//send request to the BlockChain Server
string url = rootUrl + "/balance";
string jsonResult = client.Post(url, addresses);
//deserialize the list of balances returned
List <Output> balances = json_serializer.Deserialize <List <Output> >(jsonResult);
//update the wallet entry balance for each address returned
foreach (Output o in balances)
{
WalletLib.WalletEntry we = _wallet.WalletEntries.Where(x => x.address == o.address).FirstOrDefault();
if (we != null)
{
if (o.amount < 0)
{
we.amount = 0;
}
else
{
we.amount = o.amount;
}
}
}
//save the wallet
Wallet_Save();
}
public void Test_Server_Miner_Stop()
{
RestClientLib.RestClient client = new RestClientLib.RestClient();
string url = $"{rootUrl}/test/miner/stop";
string result = client.Get(url);
}
public void Test_Server_Miner_Start(string address)
{
RestClientLib.RestClient client = new RestClientLib.RestClient();
string url = $"{rootUrl}/test/miner/start?{address}";
string result = client.Get(url);
}
