public void TransferSpeedCaptureTest(TransferSpeedType speedType)
{
_nodeStats = new NodeStatsLight(_node);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 30);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 51);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 140);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 110);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 133);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 51);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 140);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 110);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 133);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 51);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 140);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 110);
_nodeStats.AddTransferSpeedCaptureEvent(speedType, 133);
var av = _nodeStats.GetAverageTransferSpeed(speedType);
Assert.AreEqual(102, av);
var paddedAv = _nodeStats.GetPaddedAverageTransferSpeed(speedType);
Assert.AreEqual(" 102", paddedAv);
}
public void Should_allocate_by_speed_post_merge()
{
ulong[] totalDifficulties = { 1, 3, 2 };
int[] averageSpeed = { 5, 8, 10 };
PublicKey[] publicKeys = { TestItem.PublicKeyA, TestItem.PublicKeyB, TestItem.PublicKeyC };
PeerInfo[] peers = new PeerInfo[3];
INodeStatsManager _nodeStatsManager = Substitute.For <INodeStatsManager>();
for (int i = 0; i < 3; i++)
{
ISyncPeer syncPeer = Substitute.For <ISyncPeer>();
syncPeer.IsInitialized.Returns(true);
Node node = new Node(publicKeys[i], "192.168.1.18", i);
syncPeer.Node.Returns(node);
syncPeer.TotalDifficulty.Returns(new UInt256(totalDifficulties[i]));
peers[i] = new PeerInfo(syncPeer);
peers[i].HeadNumber.Returns(1);
INodeStats nodeStats = Substitute.For <INodeStats>();
nodeStats.GetAverageTransferSpeed(Arg.Any <TransferSpeedType>()).Returns(averageSpeed[i]);
_nodeStatsManager.GetOrAdd(peers[i].SyncPeer.Node).Returns(nodeStats);
}
IPoSSwitcher poSSwitcher = Substitute.For <IPoSSwitcher>();
poSSwitcher.TerminalTotalDifficulty.Returns(new UInt256(1));
poSSwitcher.HasEverReachedTerminalBlock().Returns(true);
IBeaconPivot beaconPivot = Substitute.For <IBeaconPivot>();
IPeerAllocationStrategy mergePeerAllocationStrategy =
(new MergeBlocksSyncPeerAllocationStrategyFactory(poSSwitcher, beaconPivot, Substitute.For <ILogManager>())).Create(new BlocksRequest());
IBlockTree _blockTree = Substitute.For <IBlockTree>();
PeerInfo? info = mergePeerAllocationStrategy.Allocate(null, peers, _nodeStatsManager, _blockTree);
Assert.AreEqual(info, peers[2]); // peer with highest highest speed
}
public void TransferSpeedCaptureTest()
{
_nodeStats = new NodeStatsLight(_node, _config);
_nodeStats.AddTransferSpeedCaptureEvent(30);
_nodeStats.AddTransferSpeedCaptureEvent(51);
_nodeStats.AddTransferSpeedCaptureEvent(140);
_nodeStats.AddTransferSpeedCaptureEvent(110);
_nodeStats.AddTransferSpeedCaptureEvent(133);
_nodeStats.AddTransferSpeedCaptureEvent(51);
_nodeStats.AddTransferSpeedCaptureEvent(140);
_nodeStats.AddTransferSpeedCaptureEvent(110);
_nodeStats.AddTransferSpeedCaptureEvent(133);
_nodeStats.AddTransferSpeedCaptureEvent(51);
_nodeStats.AddTransferSpeedCaptureEvent(140);
_nodeStats.AddTransferSpeedCaptureEvent(110);
_nodeStats.AddTransferSpeedCaptureEvent(133);
var av = _nodeStats.GetAverageTransferSpeed();
Assert.AreEqual(102, av);
}