public static async Task AsyncPointMethodExample(PointInfo currentPointInfo)
{
Point currentPoint = currentPointInfo.CurrentPoint;
Point parentPoint = currentPointInfo.ParentPoint;
ControlSpace cs = currentPointInfo.CurrentControlSpace;
//
Point otherPoint = currentPointInfo.GetPoint("Getting point by channel name");
// otherPoint = currentPointInfo.GetPoint(new Channel("", ChannelType.TCP));// at what stage it should contain something?
IEnumerable <Channel> allChannels = currentPointInfo.Channels;
await otherPoint.CancelAsync();
foreach (var item in allChannels)
{
}
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="channelToRemotePoint">Channel to remote point</param>
/// <param name="currentPointChannel">Channel of point from which request will be performed</param>
internal Point(Channel channelToRemotePoint, Channel currentPointChannel, ControlSpace space)
{
if (currentPointChannel == null)
{
currentPointChannel = channelToRemotePoint;
}
_pointThatUsingThisPoint = currentPointChannel;
Channel = channelToRemotePoint;
_controlSpace = space;/*
* if (channelToRemotePoint.IP == currentPointChannel.IP && channelToRemotePoint.Type != ChannelType.TCP)
* {
* _PointServiceClient = ChannelFactory<IPointService>.CreateChannel(WCFSettings.GetNamedPipeBinding(), new EndpointAddress($"net.pipe://{channelToRemotePoint.IP}/{channelToRemotePoint.Port}"));
* }
* else*/
{
_PointServiceClient = ChannelFactory <IPointService> .CreateChannel(WCFSettings.GetTcpBinding(), new EndpointAddress($"net.tcp://{channelToRemotePoint.IP}:{channelToRemotePoint.Port}"));
} //
}
internal Daemon(string daemonIPAndPort, ControlSpace space)
{
_linkedControlSpace = space;
Name = daemonIPAndPort;
_daemon = ChannelFactory <IDaemonService> .CreateChannel(WCFSettings.GetTcpBinding(), new EndpointAddress(daemonIPAndPort));
}
public async Task GeneralIdea()
{
// CS constructors
//Creating Point-service for data exchange with createdPoints.
ControlSpace cs = new ControlSpace("TaskName");
cs = new ControlSpace("TaskName", "uri");
cs = new ControlSpace("TaskName", new List <string>()
{
"uri"
});
// CS Functions
{
// Working With Daemons
{
IEnumerable <Daemon> daemons = cs.Daemons;
var daemon = daemons.FirstOrDefault();
cs.AddDaemons("daemon uri");
cs.AddDaemons("daemon uri", "another one");
// Daemon functions
{
string DaemonNameOrUri = daemon.Name;
// Daemon Points Pool
// Daemon Points
{
//Points Service Operations
}
// Daemon Statistics
{
//PC workload etc
}
}
}
// AddingFiles to CS (every daemon)
{
await cs.AddFileAsync("");
await cs.AddDirectoryAsync("");
}
// Work with Points
{
Point point1 = await cs.CreatePointAsync();
Point point2 = await cs.CreatePointAsync("Name", PointType.Any, ChannelType.TCP);
Channel info = point1.Channel; //Channel
// Point operations
{
//GetCurrent Daemon
Daemon daemon = await point1.GetDaemonAsync();
// await point1.AddChannelAsync(new Channel("Uri/name", new[] { ChannelType.TCP }, new Uri(""), Guid.NewGuid()));
// point1.AddChannel(new Channel("Uri/name", new[] { ChannelType.TCP }, new Uri(""), Guid.NewGuid()));
//Get current thread CPU/RAM load
{ }
//Data transfer
await point1.SendAsync(42); //json/bson/XML serialization to byte array
int data = await point2.GetAsync <int>(); // deserialize T from json/bson/XML
// Functioning
await point1.CancelAsync();
await point1.RunAsync(new PointStartInfo(AsyncPointMethodExample)); // at this stage point service may contain channels to other points
await point1.StopAsync();
}
}
}
}