public void CanEvaluateActions()
{
PrivateKey fromPrivateKey = new PrivateKey();
Address fromAddress = fromPrivateKey.PublicKey.ToAddress();
Address toAddress = _fx.Address1;
long blockIndex = 0;
TestEvaluateAction action = new TestEvaluateAction();
Transaction <BaseAction> tx1 = Transaction <BaseAction> .Make(
fromPrivateKey,
toAddress,
new List <BaseAction> {
action
},
DateTimeOffset.UtcNow
);
_blockChain.StageTransactions(new HashSet <Transaction <BaseAction> > {
tx1
});
_blockChain.MineBlock(_fx.Address1);
var states = _blockChain.GetStates(new[]
{
TestEvaluateAction.FromKey,
TestEvaluateAction.ToKey,
TestEvaluateAction.BlockIndexKey,
});
Assert.Equal(states[TestEvaluateAction.FromKey], fromAddress.ToHex());
Assert.Equal(states[TestEvaluateAction.ToKey], toAddress.ToHex());
Assert.Equal(states[TestEvaluateAction.BlockIndexKey], blockIndex);
}
public void EvaluateActions()
{
PrivateKey fromPrivateKey = new PrivateKey();
Address fromAddress = fromPrivateKey.PublicKey.ToAddress();
long blockIndex = 0;
TestEvaluateAction action = new TestEvaluateAction();
var tx1 = Transaction <TestEvaluateAction> .Create(
0,
fromPrivateKey,
new[] { action }
);
var chain = new BlockChain <TestEvaluateAction>(
new BlockPolicy <TestEvaluateAction>(),
_fx.Store
);
chain.StageTransactions(
new HashSet <Transaction <TestEvaluateAction> > {
tx1
}
);
chain.MineBlock(_fx.Address1);
var states = chain.GetStates(new[]
{
TestEvaluateAction.SignerKey,
TestEvaluateAction.MinerKey,
TestEvaluateAction.BlockIndexKey,
});
Assert.Equal(
states[TestEvaluateAction.SignerKey],
fromAddress.ToHex()
);
Assert.Equal(
states[TestEvaluateAction.MinerKey],
_fx.Address1.ToHex());
Assert.Equal(states[TestEvaluateAction.BlockIndexKey], blockIndex);
}
