public TreeBrowsingForm(IServerPluginContext context)
{
InitializeComponent();
this.Context = context;
this.CurrentNode = context.ServerWrapper.ShowRootNode();
this.Text = CurrentNode.NodeId;
}
/// <inheritdoc/>
public override void OnStop(IServerPluginContext context)
{
context.Logging.Application.Info(
$@"{nameof(ExampleServerPluginEntry)}.{nameof(OnStop)} writing to the application log!");
context.Logging.Plugin.Info(
$@"{nameof(ExampleServerPluginEntry)}.{nameof(OnStop)} writing to the plugin log!");
}
public AggregationRunner(IServerNode node, IPluginProgressProvider progress, IServerPluginContext context)
{
this.Node = node;
this.Context = context;
this.ProgressProvider = progress;
this.ActionLine = GenerateLineString(node);
this.ReportBuilder = new StringBuilder();
this.BoardLen = node.Board.Length;
}
/// <summary>
/// Get the results from one particular node into the structure
/// </summary>
public static ReportLine CreateReportLineForNode(IServerNode node, IServerPluginContext context)
{
var result = new ReportLine();
var OOP = context.ServerUtils.OOP;
var IP = context.ServerUtils.IP;
//the board
result.Board = node.Board;
// Calculate IP and OOP ev and equity in the node.
// The result for EV calculation is two ranges
// one range is sums and the other is matchups
// EV for a given hand can be calculated by dividing
// sums by matchups.
// The total EV in node can be obtained by diving
// total sums in the node by total counters
var evIP = context.ServerWrapper.CalcEVInNode(IP, node);
var evOOP = context.ServerWrapper.CalcEVInNode(OOP, node);
result.EVOOPSums = evOOP.TotalWins();
result.EVOOPMatchups = evOOP.TotalMatchups();
result.EVIPSums = evIP.TotalWins();
result.EVIPMatchups = evIP.TotalMatchups();
var eqIP = context.ServerWrapper.CalcEquityInNode(IP, node);
var eqOOP = context.ServerWrapper.CalcEquityInNode(OOP, node);
result.EQOOPSums = eqOOP.TotalWins();
result.EQOOPMatchups = eqOOP.TotalMatchups();
result.EQIPSums = eqIP.TotalWins();
result.EQIPMatchups = eqIP.TotalMatchups();
// If the node is action node (e.g. - not a street split node nor final node)
// then we also compute how often given action is selected
if (node.ActionPlayer != null)
{
// we ask server to list all children of a current node
var actions = context.ServerWrapper.ShowChildren(node);
foreach (var action in actions)
{
// for each child we ask for the range of an action player
var rangeForAction = context.ServerWrapper.ShowRange(node.ActionPlayer, action);
// and store it in the result dictionary
// NodeText property denotes the action (e.g. CHECK or BET 100)
result.ActionFrequencies[action.NodeText] = rangeForAction.TotalWeights();
// Node name is stored separately to preserve the action's order
result.ActionNames.Add(action.NodeText);
}
}
return(result);
}
public void Initialize(IServerPluginContext context)
{
//Context is a container for many useful objects and operations including the server access,
//cotrolling the viewer and many others.
this.Context = context;
// In this plugin we are interested in functionality of a PioViewer browser controller.
IBrowserController controller = context.Controller;
// This method is the C# way of registering to the event
// In this case we register to an event, that is triggered on node selection change in the viewer
controller.SelectedNodeChanged += Controller_SelectedNodeChanged;
}
public void Initialize(IServerPluginContext context)
{
this.Context = context;
}
public void Initialize(IServerPluginContext context)
{
this.Context = context;
MessageBox.Show("Hello world plugin has just been initialized");
}
public void Initialize(IServerPluginContext context)
{
this.Context = context;
this.OOP = context.ServerUtils.OOP;
this.IP = context.ServerUtils.IP;
}