public VoteNode put(int i_index, NodePool i_pool)
{
VoteNode[] n = this.nodes;
int ridx = this.remining - 1;
for (int i = n.Length - 1; i >= 0; i--)
{
if (i == ridx)
{
VoteNode t = i_pool.prePush();
if (t == null)
{
return(null);
}
//新規作成
n[i] = t;
t.index = i_index;
t.count++;
this.remining--;
return(t);
}
if (n[i].index == i_index)
{
//既存に追記
n[i].count++;
return(n[i]);
}
}
//終端到達で無効
return(null);
}
private Node CreateNode(int touchIndex)
{
Node n = NodePool.Get();
n.TouchIndex = touchIndex;
return(n);
}
private static void GetClsuterMetrics(NodePool item)
{
string metricurl = MySettings.metricpath.Replace("REPLACEME", item.clusterId);
var json = GetJsonData.GetJson(metricurl, MySettings.token);
item.Servers = json["items"].ToObject <List <Server> >();
}
static void Main(string[] args)
{
Console.SetWindowSize(160, Console.WindowHeight);
var log = new StreamWriter("performance.log", false);
log.AutoFlush = true;
int m = 160;
int node_count = 1000;
long iteration = 0;
double heartbeat = 0; // one cycle of the test loop per 15ms
double stab_freq = 1; // a random node is stabilized every cycle
double join_freq = 100; // a random node is joined every 15 cycles
double test_freq = 2; // a successor(n) test is performed every 2 cycles
double print_freq = 10; // 1 successor(n) test is printed to the console for every 10 tests
var pool = new NodePool(node_count, m, IPAddress.Loopback, 30100);
var n = pool.First(); // our node
Console.WriteLine($"We're {n.ID.ToUsefulString()}");
Console.WriteLine("Starting all listeners...");
pool.StartAll();
Console.WriteLine("Joining first node to the network...");
n.Join(default);
public ElasticsearchClientSettings(
NodePool nodePool,
ITransportClient connection,
SourceSerializerFactory sourceSerializer,
IPropertyMappingProvider propertyMappingProvider) : base(nodePool, connection, sourceSerializer, propertyMappingProvider)
{
}
/// <summary>
/// Returns node pools that have the names in nodePoolNames array in cluster 'clusterName'
/// of zone 'zone' in project 'project'.
/// </summary>
private IEnumerable <NodePool> GetNodePoolsByName(string project, string zone,
string clusterName, string[] nodePoolNames)
{
foreach (string poolName in NodePoolName)
{
NodePool result = null;
try
{
ProjectsResource.ZonesResource.ClustersResource.NodePoolsResource.GetRequest getRequest =
Service.Projects.Zones.Clusters.NodePools.Get(Project, Zone, ClusterName, poolName);
result = getRequest.Execute();
}
catch (GoogleApiException apiEx) when(apiEx.HttpStatusCode == HttpStatusCode.NotFound)
{
WriteResourceMissingError(
exceptionMessage: $"Nodepool '{poolName}' cannot be found in cluster '{clusterName}'"
+ $" in zone '{zone}' of project '{Project}'.",
errorId: "NodePoolNotFound",
targetObject: poolName);
}
if (result != null)
{
yield return(result);
}
}
}
/**
* Update a node pool and waits until the work request finished
*
* @param containerEngineClient the service client to use to update the node pool
* @param nodePoolId the node pool ID
* @param newNodePoolName The new node pool name
*
*/
private static async Task UpdateNodePool(ContainerEngineClient containerEngineClient, string nodePoolId,
string newDisplayName)
{
var updateNodePoolDetails = new UpdateNodePoolDetails
{
Name = newDisplayName
};
var updateNodePoolRequest = new UpdateNodePoolRequest
{
NodePoolId = nodePoolId,
UpdateNodePoolDetails = updateNodePoolDetails
};
var updateNodePoolResponse = await containerEngineClient.UpdateNodePool(updateNodePoolRequest);
string workRequestId = updateNodePoolResponse.OpcWorkRequestId;
var workRequestResponse = WaitForWorkRequestFinished(containerEngineClient, workRequestId);
GetNodePoolRequest getNodePoolRequest = new GetNodePoolRequest
{
NodePoolId = nodePoolId
};
GetNodePoolResponse getNodePoolResponse = await containerEngineClient.GetNodePool(getNodePoolRequest);
NodePool nodePool = getNodePoolResponse.NodePool;
logger.Info($"Node pool name changed to {nodePool.Name}");
}
/// <summary>
/// Helper function to build a NodePool object.
/// InitialNodeCount will default to 1.
/// MaximumNodesToScaleTo have to be greater than MinimumNodesToScaleTo, which defaults to 1.
/// </summary>
/// <param name="name">The name of the node pool.</param>
/// <param name="config">The config of the node pool.</param>
/// <param name="initialNodeCount">The number of nodes created in the pool initially.</param>
/// <param name="autoUpgrade">If true, nodes will have auto-upgrade enabled.</param>
/// <param name="minimumNodesToScaleTo">The maximum number of nodes to scale to.</param>
/// <param name="maximumNodesToScaleTo">
/// The minimum number of nodes to scale to. Defaults to 1.
/// </param>
/// <returns></returns>
protected NodePool BuildNodePool(string name, NodeConfig config, int?initialNodeCount, bool autoUpgrade,
int?minimumNodesToScaleTo, int?maximumNodesToScaleTo)
{
var nodePool = new NodePool()
{
Name = name,
InitialNodeCount = initialNodeCount ?? 1,
Config = config
};
if (maximumNodesToScaleTo != null)
{
nodePool.Autoscaling = BuildAutoscaling(maximumNodesToScaleTo, minimumNodesToScaleTo);
}
if (autoUpgrade)
{
var nodeManagement = new NodeManagement()
{
AutoUpgrade = true
};
nodePool.Management = nodeManagement;
}
return(nodePool);
}
private BaseGrid createDynamicGridWithPool(bool[][] array)
{
NodePool nodePool = new NodePool();
var grid = new DynamicGridWPool(nodePool);
initGrid(grid, array);
return(grid);
}
private BaseGrid createPartialGridWithPool(bool[][] array)
{
NodePool nodePool = new NodePool();
var grid = new PartialGridWPool(nodePool, new GridRect(0, 0, array.Length, array[0].Length));
initGrid(grid, array);
return(grid);
}
public PartialGridWPool(NodePool iNodePool, GridRect? iGridRect = null)
: base()
{
if (iGridRect == null)
m_gridRect = new GridRect();
else
m_gridRect = iGridRect.Value;
m_nodePool = iNodePool;
}
public IActionResult GetOne()
{
var node = NodePool.Get().GetOne();
if (node != null)
{
return(ApiResult.OK(node.ToApiNodeInfo()));
}
return(ApiResult.Failure());
}
public IActionResult GetAllNodes()
{
var result = new List <ApiNodeManagerModel.NodeInfo>();
foreach (var node in NodePool.Get().Nodes)
{
result.Add(node.ToApiNodeInfo());
}
return(ApiResult.OK(result));
}
public DynamicGridWPool(NodePool iNodePool)
: base()
{
m_gridRect = new GridRect();
m_gridRect.minX = 0;
m_gridRect.minY = 0;
m_gridRect.maxX = 0;
m_gridRect.maxY = 0;
m_notSet = true;
m_nodePool = iNodePool;
}
public static void Main(string[] args)
{
log4net.Config.XmlConfigurator.Configure();
log.Info("=== Matrix Master Server Launching ===");
keyDb = new EncryptionKeyDB("EncryptionKeys");
manager = new NodeManager("CompiledNodes");
manager.Initialize();
manager.LogLoadedModules();
INodeController controller = manager.InstantiateNodeController();
if(controller == null)
{
log.Error("No INodeController found, the server will not do anything! Exiting...");
manager.Shutdown();
Console.ReadLine();
return;
}
hostInterface = new HostInterface(Settings.Default.Port, controller);
pool = new NodePool(hostInterface);
hostInterface.Startup();
nodeLibraryManager = new NodeLibraryManager("CompiledNodes");
nodeLibraryManager.Initialize();
host = new NodeHost("CompiledNodes");
log.Debug("Test download uri: "+host.GetDownloadUrl("MMOController.dll"));
var controllerRmiType = manager.ControllerRMIType();
if(controllerRmiType == null)
{
log.Error("The node controller does not have an RMI interface! It will not function properly!");
}
else
pool.RegisterNode(new NodeInfo()
{
HostID = new byte[1],
Id = 0,
RMITypeName = controllerRmiType.FullName,
RMIResolvedType = controllerRmiType
});
var webServer = NodeWebServer.Create(Settings.Default.HTTPPort);
Console.WriteLine("Press any key to quit...");
Console.ReadLine();
Console.WriteLine("Shutting down...");
webServer.Stop();
manager.Shutdown();
Console.WriteLine("Manager shutdown...");
hostInterface.Shutdown();
}
public IActionResult RedialAll(string id)
{
if (NodePool.Get().ReDialAll())
{
return(ApiResult.OK());
}
else
{
return(ApiResult.Failure());
}
}
public DynamicGridWPool(NodePool iNodePool)
: base()
{
m_gridRect = new GridRect();
m_gridRect.minX = 0;
m_gridRect.minY = 0;
m_gridRect.maxX = 0;
m_gridRect.maxY = 0;
m_notSet = true;
m_nodePool = iNodePool;
}
public DynamicGridWPool(NodePool iNodePool)
: base()
{
MGridRect = new GridRect();
MGridRect.MinX = 0;
MGridRect.MinY = 0;
MGridRect.MaxX = 0;
MGridRect.MaxY = 0;
mNotSet = true;
mNodePool = iNodePool;
}
/// <summary>
/// 释放节点
/// </summary>
internal void Free()
{
if (Nodes.Length != 0)
{
foreach (KeyValue <keyType, int> node in Nodes)
{
NodePool.Pool[node.Value >> ArrayPool.ArraySizeBit][node.Value & ArrayPool.ArraySizeAnd].Free();
}
NodePool.FreeNoLock(Nodes);
}
CancelBuilder();
}
/// <summary>
/// Initializes a new instance of the <see cref="LZWCompressPT"/> class.
/// </summary>
/// <param name="alphabet">The alphabet.</param>
public LZWCompressPT(string alphabet)
{
if (alphabet.Distinct().Count() != alphabet.Count())
{
throw new ArgumentException("Dictionary elements are not distinct.");
}
this.alphabet = alphabet.ToCharArray();
Array.Sort(this.alphabet);
this.nodePool = new NodePool((alphabet.Length * 2) + 1);
}
public DynamicGridWPool(NodePool _nodePool)
{
gridRect = new GridRect
{
Left = 0,
Top = 0,
Right = 0,
Bottom = 0
};
notSet = true;
nodePool = _nodePool;
}
public VideoInputTrunkFull(string trunkId, IStreamerBase streamer, Action inputChanged)
{
DecoderQueue = new UnorderedStreamQueue <Packet>(new NodeName("V", trunkId, "Dq", 2), streamer.PacketPool);
FilterQueue = new OrderedStreamQueue <Frame>(new NodeName("V", trunkId, "F1q", 3), streamer.FramePool);
Filter2Queue = new OrderedStreamQueue <Frame>(new NodeName("V", trunkId, "F2q", 4), streamer.FramePool);
Input = new InputNode(new NodeName("V", trunkId, "I", 0), inputChanged, streamer);
DecoderPool = new NodePool <IDecoderContext, DecoderSetup, Packet, Frame>(new NodeName("V", trunkId, "D", 2), streamer, i => new DecoderNode(new NodeName("V", trunkId, "D", 2), streamer));
FilterPool = new NodePool <IFilterContext, FilterSetup, Frame, Frame>(new NodeName("V", trunkId, "F1", 3), streamer, i => new FilterNode(new NodeName("V", trunkId, "F1", 3), streamer));
Filter2 = new FilterNode(new NodeName("V", trunkId, "F2", 4), streamer);
}
public IActionResult GetAll()
{
var result = NodePool.Get().GetAll().Select(i => i.ToApiNodeInfo()).ToArray();
if (result.Length > 0)
{
return(ApiResult.OK(result));
}
else
{
return(ApiResult.Failure());
}
}
public PartialGridWPool(NodePool iNodePool, GridRect? iGridRect = null)
: base()
{
if (iGridRect == null)
{
this.m_gridRect = new GridRect();
}
else
{
this.m_gridRect = iGridRect.Value;
}
this.m_nodePool = iNodePool;
}
public PartialGridWPool(NodePool iNodePool, GridRect iGridRect = null)
: base()
{
if (iGridRect == null)
{
MGridRect = new GridRect();
}
else
{
MGridRect = iGridRect;
}
mNodePool = iNodePool;
}
public PartialGridWPool(NodePool iNodePool, GridRect?iGridRect = null)
: base()
{
if (iGridRect == null)
{
m_gridRect = new GridRect();
}
else
{
m_gridRect = iGridRect.Value;
}
m_nodePool = iNodePool;
}
public void Dispose()
{
if (!m_Disposed)
{
GC.SuppressFinalize(this);
m_Disposed = true;
Allocator.Cleanup();
NodePool.Cleanup();
Allocator = null;
NodePool = null;
}
}
// On tente de creer
private void button1_Click(object sender, EventArgs e)
{
if (validate())
{
var node = NodePool.getInstance().createNodeInstance((String)(nodeJsComboBox.Items[nodeJsComboBox.SelectedIndex]), instanceNameTextBox.Text.Trim(), openFileDialog1.FileName);
node.restartOnCrash = restartOnCrashCheckBox.Checked;
node.restartOnFileChangePatternsString = restartOnChangeTextBox.Text;
node.restartOnMainJsFileChange = restartOnFileChangesCheckBox.Checked;
node.run();
Close();
new Form.NodeInstanceStandardOutputForm(node).Show();
}
}
public void pool_NodeInstanceCreated(NodePool sender, NodeInstanceCreatedEventArgs e)
{
/*
* var nodeinst = new System.Windows.Forms.ToolStripDropDownButton(e.nodeInstance.name, null);
* nodeinst.DropDownItems.Add(new ToolStripButton("start"));
* nodeinst.DropDownItems.Add(new ToolStripButton("kill"));
* nodeinst.DropDownItems.Add(new ToolStripButton("restart"));
*/
var nodeinst = new NodeInstanceToolStripItem(e.nodeInstance);
nodeinst.Image = global::nodepool.Resources.icon.stop_16;
systrayMenuStrip.Items.Insert(0, nodeinst);
}
private void ClearTree(Node node)
{
if (node == null)
{
return;
}
foreach (var n in node.Neighbors)
{
ClearTree(n);
}
NodePool.Release(node);
}
public MinerViewModel() : base(650, 650)
{
AllNodes = new NodePool(5);
var fileMan = new FileManager(NetworkType.TestNet);
var clientSettings = new ClientSettings(false, NetworkType.TestNet, 5, NodeServiceFlags.NodeNone,
AllNodes, fileMan, new UtxoDatabase(fileMan), new MemoryPool())
{
UserAgent = "/Satoshi:0.20.1/",
Relay = false,
Network = NetworkType.TestNet,
};
connector = new NodeConnector(AllNodes, clientSettings);
}
public IActionResult SaveConfig([FromBody] SaveConfigModel _config)
{
string _oldredial = this.config.GetSection("MainConfig").GetSection("RedialInterval").Value;
string _oldauto = this.config.GetSection("MainConfig").GetSection("AutoRedial").Value;
this.config.GetSection("MainConfig").GetSection("HeartInterval").Value = _config.heart_interval.ToString();
this.config.GetSection("MainConfig").GetSection("AutoRedial").Value = _config.auto_redial.ToString();
this.config.GetSection("MainConfig").GetSection("RedialInterval").Value = _config.redial_interval.ToString();
if (_oldredial != _config.redial_interval.ToString() || _oldauto != _config.auto_redial.ToString())
{
NodePool.Get().UpdateRedialInterval();
}
return(ApiResult.OK());
}
private PathNode FindReversePath(Vector2 start, Vector2 end, NavTerrainTypes linkTypeMask)
{
NodePool pool = new NodePool(minX, maxX, minY, maxY, distBetweenNodes);
MinHeap <PathNode> openNodes = new MinHeap <PathNode>();
PathNode endNode = pool.GetAt(start);
PathNode startNode = new PathNode(end, -1, NavTerrainTypes.Floor);
startNode.pathRemainderEstimate = Vector2.Distance(start, end);
openNodes.Add(startNode);
while (openNodes.size > 0)
{
PathNode node = openNodes.Pop();
if (node == endNode)
{
return(endNode);
}
node.isClosed = true;
foreach (PathNode adjacent in pool.GetAdjacentNodes(node))
{
if (adjacent.isClosed || (linkTypeMask & adjacent.terrainType) == 0)
{
continue;
}
float cost = node.knownCost + Vector2.Distance(node.position, adjacent.position);
if (!openNodes.Contains(adjacent))
{
adjacent.knownCost = cost;
adjacent.pathRemainderEstimate = Vector2.Distance(adjacent.position, endNode.position);
openNodes.Add(adjacent);
adjacent.pathParent = node;
}
else if (cost < adjacent.knownCost)
{
adjacent.knownCost = cost;
adjacent.pathParent = node;
openNodes.PriorityLowered(adjacent);
}
}
}
return(endNode);
}
/// <summary>
/// Retrieves a node from the list's pool of nodes.
/// </summary>
/// <returns>The node that was retrieved.</returns>
private LinkedListNode <T> RetrieveNode()
{
LinkedListNode <T> node;
if (NodePool.Count == 0)
{
node = new LinkedListNode <T>(default(T));
NodePool.Capacity++;
}
else
{
node = NodePool[NodePool.Count - 1];
NodePool.RemoveAt(NodePool.Count - 1);
}
return(node);
}
public PartialGridWPool(PartialGridWPool b)
: base(b)
{
m_nodePool = b.m_nodePool;
}
public DynamicGridWPool(DynamicGridWPool b)
: base(b)
{
m_notSet = b.m_notSet;
m_nodePool = b.m_nodePool;
}
