public async Task ValidateTransferResult()
{
// Execute a transfer from the default account (Account 0) to account 2, and get the transaction result.
var eventLog = await _contract.transfer(Accounts[2], 33);
var balance = await _contract.balanceOf(Accounts[2]).Call();
// Validate the balance is what we expect.
Assert.AreEqual(33, balance);
var balanceOfAccount0 = await _contract.balanceOf(Accounts[0]).Call();
Assert.AreEqual(967, balanceOfAccount0);
// Transfer some tokens back. First get us an interface to the contract from account 2.
var _contractFromAccount2 = await ERC20Basic.At(RpcClient, _contract.ContractAddress, Accounts[2]);
// Now transfer some tokens using this contract interface. This should transfer some tokens
// from account 2 to account 3.
var transferResult = await _contractFromAccount2.transfer(Accounts[3], 10);
var balanceOfAccount2 = await _contract.balanceOf(Accounts[2]).Call();
var balanceOfAccount3 = await _contract.balanceOf(Accounts[3]).Call();
// Validate the balances are what we expect.
Assert.AreEqual(10, balanceOfAccount3);
Assert.AreEqual(23, balanceOfAccount2);
}
public async Task TestDeploy()
{
// TODO: get a valid connection to Kovan/other networks. Currently 0 accounts
var kovanClient = Meadow.JsonRpc.Client.JsonRpcClient.Create(new System.Uri("https://kovan.infura.io:443"), 1000000, 6000000);
var deployResult = await ERC20Basic.Deploy(1000, kovanClient);
}
// Method is ran before each test (all tests are ran in isolation).
// This is an appropriate area to do contract deployment.
protected override async Task BeforeEach()
{
// Deploy contract.
_contract = await ERC20Basic.New(1000, RpcClient);
}
