public SlotsManagerTests()
{
this.network = new TestPoANetwork();
this.consensusOptions = this.network.ConsensusOptions;
this.federationManager = PoATestsBase.CreateFederationManager(this);
this.chainIndexer = new Mock <ChainIndexer>();
this.slotsManager = new SlotsManager(this.network, this.federationManager, this.chainIndexer.Object, new LoggerFactory());
}
public void GetMiningTimestamp()
{
var tool = new KeyTool(new DataFolder(string.Empty));
Key key = tool.GeneratePrivateKey();
this.network = new TestPoANetwork(new List <PubKey>()
{
tool.GeneratePrivateKey().PubKey, key.PubKey, tool.GeneratePrivateKey().PubKey
});
IFederationManager fedManager = PoATestsBase.CreateFederationManager(this, this.network, new ExtendedLoggerFactory(), new Signals.Signals(new LoggerFactory(), null));
var header = new BlockHeader();
this.chainIndexer.Setup(x => x.Tip).Returns(new ChainedHeader(header, header.GetHash(), 0));
this.slotsManager = new SlotsManager(this.network, fedManager, this.chainIndexer.Object, new LoggerFactory());
List <IFederationMember> federationMembers = fedManager.GetFederationMembers();
uint roundStart = this.consensusOptions.TargetSpacingSeconds * (uint)federationMembers.Count * 5;
fedManager.SetPrivatePropertyValue(typeof(FederationManagerBase), nameof(IFederationManager.CurrentFederationKey), key);
fedManager.SetPrivatePropertyValue(typeof(FederationManagerBase), nameof(this.federationManager.IsFederationMember), true);
Assert.Equal(roundStart + this.consensusOptions.TargetSpacingSeconds, this.slotsManager.GetMiningTimestamp(roundStart));
Assert.Equal(roundStart + this.consensusOptions.TargetSpacingSeconds, this.slotsManager.GetMiningTimestamp(roundStart + 4));
roundStart += this.consensusOptions.TargetSpacingSeconds * (uint)federationMembers.Count;
Assert.Equal(roundStart + this.consensusOptions.TargetSpacingSeconds, this.slotsManager.GetMiningTimestamp(roundStart - 5));
Assert.Equal(roundStart + this.consensusOptions.TargetSpacingSeconds, this.slotsManager.GetMiningTimestamp(roundStart - this.consensusOptions.TargetSpacingSeconds + 1));
Assert.True(this.slotsManager.IsValidTimestamp(this.slotsManager.GetMiningTimestamp(roundStart - 5)));
uint thisTurnTimestamp = roundStart + this.consensusOptions.TargetSpacingSeconds;
uint nextTurnTimestamp = thisTurnTimestamp + this.consensusOptions.TargetSpacingSeconds * (uint)federationMembers.Count;
// If we are past our last timestamp's turn, always give us the NEXT timestamp.
uint justPastOurTurnTime = thisTurnTimestamp + (this.consensusOptions.TargetSpacingSeconds / 2) + 1;
Assert.Equal(nextTurnTimestamp, this.slotsManager.GetMiningTimestamp(justPastOurTurnTime));
// If we are only just past our last timestamp, but still in the "range" and we haven't mined a block yet, get THIS turn's timestamp.
Assert.Equal(thisTurnTimestamp, this.slotsManager.GetMiningTimestamp(thisTurnTimestamp + 1));
// If we are only just past our last timestamp, but we've already mined a block there, then get the NEXT turn's timestamp.
header = new BlockHeader
{
Time = thisTurnTimestamp
};
this.chainIndexer.Setup(x => x.Tip).Returns(new ChainedHeader(header, header.GetHash(), 0));
this.slotsManager = new SlotsManager(this.network, fedManager, this.chainIndexer.Object, new LoggerFactory());
Assert.Equal(nextTurnTimestamp, this.slotsManager.GetMiningTimestamp(thisTurnTimestamp + 1));
}
