public async Task ReferralPoolTransferToMinerTest()
{
EthNetwork.UseDefaultTestNet();
var prefundedAccount = new Account(EthNetwork.Instance.PrefundedPrivateKey);
var tokenOwnerAccount = EthAccountFactory.Create();
var coreTeamAccount = EthAccountFactory.Create();
var minerAccounts = new IAccount[6];
var referralAccounts = new IAccount[6];
await EthNetwork.Instance.RefillAsync(tokenOwnerAccount);
await EthNetwork.Instance.RefillAsync(coreTeamAccount);
// Create the ERC20 token...
var token = new AlgoTokenV1(EthNetwork.Instance.GetWeb3(tokenOwnerAccount), EthNetwork.Instance.GasPriceProvider);
await token.DeployAsync();
// Create a pool...
var pool1 = new AlgoPool(EthNetwork.Instance.GetWeb3(coreTeamAccount), EthNetwork.Instance.GasPriceProvider);
await pool1.DeployAsync(1, token.ContractAddress);
// Transfer some tokens to the pool...
await token.TransferAsync(pool1.ContractAddress, 100.MAlgo());
// Create miners for each category...
AlgoMiner[] miners = new AlgoMiner[6];
for (byte i = 0; i <= 5; i++)
{
// Create an account for the miner and the referral...
minerAccounts[i] = EthAccountFactory.Create();
referralAccounts[i] = EthAccountFactory.Create();
// Create the miner...
miners[i] = new AlgoMiner(EthNetwork.Instance.GetWeb3(coreTeamAccount), EthNetwork.Instance.GasPriceProvider);
await miners[i].DeployAsync(0, i, minerAccounts[i].Address, referralAccounts[i].Address, token.ContractAddress);
}
// Transfer tokens from the pool to the miners...
for (int i = 0; i <= 5; i++)
{
await pool1.TransferToMinerAsync(miners[i].ContractAddress);
}
// Ensure each miner received the proper amount of tokens according its category...
Assert.Equal(100000.Algo() * 10 / 100, await token.BalanceOfAsync(miners[0].ContractAddress));
Assert.Equal(1.MAlgo() * 10 / 100, await token.BalanceOfAsync(miners[1].ContractAddress));
Assert.Equal(2.MAlgo() * 10 / 100, await token.BalanceOfAsync(miners[2].ContractAddress));
Assert.Equal(3.MAlgo() * 10 / 100, await token.BalanceOfAsync(miners[3].ContractAddress));
Assert.Equal(4.MAlgo() * 10 / 100, await token.BalanceOfAsync(miners[4].ContractAddress));
Assert.Equal(5.MAlgo() * 10 / 100, await token.BalanceOfAsync(miners[5].ContractAddress));
}
public async Task TerminateTest()
{
EthNetwork.UseDefaultTestNet();
var prefundedAccount = new Account(EthNetwork.Instance.PrefundedPrivateKey);
var tokenOwnerAccount = EthAccountFactory.Create();
var coreTeamAccount = EthAccountFactory.Create();
await EthNetwork.Instance.RefillAsync(tokenOwnerAccount);
await EthNetwork.Instance.RefillAsync(coreTeamAccount);
// Create the ERC20 token...
var token = new AlgoTokenV1(EthNetwork.Instance.GetWeb3(tokenOwnerAccount), EthNetwork.Instance.GasPriceProvider);
await token.DeployAsync();
// Store the current balance of the token owner...
var tokenOwnerAccountBalance = await token.BalanceOfAsync(tokenOwnerAccount.Address);
// Create a pool...
var pool1 = new AlgoPool(EthNetwork.Instance.GetWeb3(coreTeamAccount), EthNetwork.Instance.GasPriceProvider);
await pool1.DeployAsync(0, token.ContractAddress);
// Transfer some tokens to the pool...
await token.TransferAsync(pool1.ContractAddress, 100.Algo());
// Ensure the receiver got the tokens...
Assert.Equal(100.Algo(), await token.BalanceOfAsync(pool1.ContractAddress));
// Terminate the contract.
await pool1.TerminateAsync();
// Ensure the contract returned all the tokens...
Assert.Equal(0, await token.BalanceOfAsync(pool1.ContractAddress));
Assert.Equal(100.Algo(), await token.BalanceOfAsync(coreTeamAccount.Address));
}
protected override async Task <TransactionReceipt> ExecuteAsync(RuntimeContext context, string contractAddress, Web3 web3)
{
var algoPool = new AlgoPool(contractAddress, web3, context.GasPriceProvider);
return(await algoPool.TerminateAsync());
}
protected override async Task <TransactionReceipt> DeployContractAsync(RuntimeContext context, Web3 web3)
{
var algoPool = new AlgoPool(web3, context.GasPriceProvider);
return(await algoPool.DeployAsync(PoolType, context.ResolveContractReference(TokenAddress)));
}
public async Task PoolBasedMinerBasicWorkfloWTest()
{
EthNetwork.UseDefaultTestNet();
var prefundedAccount = new Account(EthNetwork.Instance.PrefundedPrivateKey);
var tokenOwnerAccount = EthAccountFactory.Create();
var systemAccount = EthAccountFactory.Create();
var coreTeamAccount = EthAccountFactory.Create();
var supervisorAccount = EthAccountFactory.Create();
var minerAccount = EthAccountFactory.Create();
var referralAccount = EthAccountFactory.Create();
await EthNetwork.Instance.RefillAsync(tokenOwnerAccount);
await EthNetwork.Instance.RefillAsync(systemAccount);
await EthNetwork.Instance.RefillAsync(coreTeamAccount);
await EthNetwork.Instance.RefillAsync(supervisorAccount);
await EthNetwork.Instance.RefillAsync(minerAccount);
// Create the ERC20 token...
var token = new AlgoTokenV1(EthNetwork.Instance.GetWeb3(tokenOwnerAccount), EthNetwork.Instance.GasPriceProvider);
await token.DeployAsync();
// Create the pools to transfer the proper number of tokens to the miners...
var pool1 = new AlgoPool(EthNetwork.Instance.GetWeb3(coreTeamAccount), EthNetwork.Instance.GasPriceProvider);
await pool1.DeployAsync(0, token.ContractAddress);
var pool2 = new AlgoPool(EthNetwork.Instance.GetWeb3(coreTeamAccount), EthNetwork.Instance.GasPriceProvider);
await pool2.DeployAsync(1, token.ContractAddress);
// Transfer some tokens to the pools...
await token.TransferAsync(pool1.ContractAddress, 100.MAlgo());
await token.TransferAsync(pool2.ContractAddress, 100.MAlgo());
// Create a miner category 2...
var miner1 = new AlgoMiner(EthNetwork.Instance.GetWeb3(coreTeamAccount), EthNetwork.Instance.GasPriceProvider);
await miner1.DeployAsync(0, 2, minerAccount.Address, referralAccount.Address, token.ContractAddress);
// Add roles to the miner...
await miner1.AddSystemAsync(systemAccount.Address);
await miner1.AddSupervisorAsync(supervisorAccount.Address);
// Transfer tokens to the miner...
await pool1.TransferToMinerAsync(miner1.ContractAddress);
await pool2.TransferToMinerAsync(miner1.ContractAddress);
// Ensure the miner received the tokens according to its category 2.
Assert.Equal(2.MAlgo() + 2.MAlgo() * 10 / 100, await token.BalanceOfAsync(miner1.ContractAddress));
// Activate the miner...
await miner1.ActivateMinerAsync();
// Start mining...
miner1.Bind(EthNetwork.Instance.GetWeb3(minerAccount));
await miner1.StartMiningAsync();
// Mine 5 days...
miner1.Bind(EthNetwork.Instance.GetWeb3(systemAccount));
var paymentPerDay = 2.MAlgo() / 2 / 365;
BigInteger expectedMinerBalance = 0;
BigInteger expectedReferralBalance = 0;
for (int i = 0; i < 5; i++)
{
await miner1.MineAsync();
expectedMinerBalance += paymentPerDay;
expectedReferralBalance += paymentPerDay * 10 / 100;
Assert.Equal(expectedMinerBalance, await token.BalanceOfAsync(minerAccount.Address));
Assert.Equal(expectedReferralBalance, await token.BalanceOfAsync(referralAccount.Address));
}
// Pause the miner...
miner1.Bind(EthNetwork.Instance.GetWeb3(supervisorAccount));
await miner1.PauseMiningAsync();
// Try to mine one day...
miner1.Bind(EthNetwork.Instance.GetWeb3(systemAccount));
await Assert.ThrowsAsync <TransactionRejectedException>(
() => miner1.MineAsync());
// Ensure the balance is not changed...
Assert.Equal(expectedMinerBalance, await token.BalanceOfAsync(minerAccount.Address));
// Resume the miner...
miner1.Bind(EthNetwork.Instance.GetWeb3(supervisorAccount));
await miner1.ResumeMiningAsync();
// Mine one day...
miner1.Bind(EthNetwork.Instance.GetWeb3(coreTeamAccount));
await miner1.MineAsync();
expectedMinerBalance += paymentPerDay;
expectedReferralBalance += paymentPerDay * 10 / 100;
Assert.Equal(expectedMinerBalance, await token.BalanceOfAsync(minerAccount.Address));
Assert.Equal(expectedReferralBalance, await token.BalanceOfAsync(referralAccount.Address));
}
protected override async Task <TransactionReceipt> ExecuteAsync(RuntimeContext context, string contractAddress, Web3 web3)
{
var algoPool = new AlgoPool(contractAddress, web3, context.GasPriceProvider);
return(await algoPool.TransferToMinerAsync(context.ResolveContractReference(MinerAddress)));
}
