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GraphNodeSystemClient.cs
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//Generated by Agni.Clients.Tools.AgniGluecCompiler
/* Auto generated by Glue Client Compiler tool (gluec)
on 08.09.2017 18:36:32 at CRAZYROGUE by mad
Do not modify this file by hand if you plan to regenerate this file again by the tool as manual changes will be lost
*/
using System;
using System.Collections.Generic;
using System.Linq;
using System.Text;
using System.IO;
using NFX.Glue;
using NFX.Glue.Protocol;
namespace Agni.Social.Graph
{
// This implementation needs @Agni.@Social.@Graph.@IGraphNodeSystemClient, so
// it can be used with ServiceClientHub class
///<summary>
/// Client for glued contract Agni.Social.Graph.IGraphNodeSystem server.
/// Each contract method has synchronous and asynchronous versions, the later denoted by 'Async_' prefix.
/// May inject client-level inspectors here like so:
/// client.MsgInspectors.Register( new YOUR_CLIENT_INSPECTOR_TYPE());
///</summary>
public class GraphNodeSystemClient : ClientEndPoint, @Agni.@Social.@Graph.@IGraphNodeSystemClient
{
#region Static Members
private static TypeSpec s_ts_CONTRACT;
private static MethodSpec @s_ms_SaveNode_0;
private static MethodSpec @s_ms_GetNode_1;
private static MethodSpec @s_ms_DeleteNode_2;
private static MethodSpec @s_ms_UndeleteNode_3;
private static MethodSpec @s_ms_RemoveNode_4;
//static .ctor
static GraphNodeSystemClient()
{
var t = typeof(@Agni.@Social.@Graph.@IGraphNodeSystem);
s_ts_CONTRACT = new TypeSpec(t);
@s_ms_SaveNode_0 = new MethodSpec(t.GetMethod("SaveNode", new Type[]{ typeof(@Agni.@Social.@Graph.@GraphNode) }));
@s_ms_GetNode_1 = new MethodSpec(t.GetMethod("GetNode", new Type[]{ typeof(@NFX.@DataAccess.@Distributed.@GDID) }));
@s_ms_DeleteNode_2 = new MethodSpec(t.GetMethod("DeleteNode", new Type[]{ typeof(@NFX.@DataAccess.@Distributed.@GDID) }));
@s_ms_UndeleteNode_3 = new MethodSpec(t.GetMethod("UndeleteNode", new Type[]{ typeof(@NFX.@DataAccess.@Distributed.@GDID) }));
@s_ms_RemoveNode_4 = new MethodSpec(t.GetMethod("RemoveNode", new Type[]{ typeof(@NFX.@DataAccess.@Distributed.@GDID) }));
}
#endregion
#region .ctor
public GraphNodeSystemClient(string node, Binding binding = null) : base(node, binding) { ctor(); }
public GraphNodeSystemClient(Node node, Binding binding = null) : base(node, binding) { ctor(); }
public GraphNodeSystemClient(IGlue glue, string node, Binding binding = null) : base(glue, node, binding) { ctor(); }
public GraphNodeSystemClient(IGlue glue, Node node, Binding binding = null) : base(glue, node, binding) { ctor(); }
//common instance .ctor body
private void ctor()
{
}
#endregion
public override Type Contract
{
get { return typeof(@Agni.@Social.@Graph.@IGraphNodeSystem); }
}
#region Contract Methods
///<summary>
/// Synchronous invoker for 'Agni.Social.Graph.IGraphNodeSystem.SaveNode'.
/// This is a two-way call per contract specification, meaning - the server sends the result back either
/// returning '@Agni.@Social.@Graph.@GraphChangeStatus' or WrappedExceptionData instance.
/// ClientCallException is thrown if the call could not be placed in the outgoing queue.
/// RemoteException is thrown if the server generated exception during method execution.
///</summary>
public @Agni.@Social.@Graph.@GraphChangeStatus @SaveNode(@Agni.@Social.@Graph.@GraphNode @node)
{
var call = Async_SaveNode(@node);
return call.GetValue<@Agni.@Social.@Graph.@GraphChangeStatus>();
}
///<summary>
/// Asynchronous invoker for 'Agni.Social.Graph.IGraphNodeSystem.SaveNode'.
/// This is a two-way call per contract specification, meaning - the server sends the result back either
/// returning no exception or WrappedExceptionData instance.
/// CallSlot is returned that can be queried for CallStatus, ResponseMsg and result.
///</summary>
public CallSlot Async_SaveNode(@Agni.@Social.@Graph.@GraphNode @node)
{
var request = new RequestAnyMsg(s_ts_CONTRACT, @s_ms_SaveNode_0, false, RemoteInstance, new object[]{@node});
return DispatchCall(request);
}
///<summary>
/// Synchronous invoker for 'Agni.Social.Graph.IGraphNodeSystem.GetNode'.
/// This is a two-way call per contract specification, meaning - the server sends the result back either
/// returning '@Agni.@Social.@Graph.@GraphNode' or WrappedExceptionData instance.
/// ClientCallException is thrown if the call could not be placed in the outgoing queue.
/// RemoteException is thrown if the server generated exception during method execution.
///</summary>
public @Agni.@Social.@Graph.@GraphNode @GetNode(@NFX.@DataAccess.@Distributed.@GDID @gNode)
{
var call = Async_GetNode(@gNode);
return call.GetValue<@Agni.@Social.@Graph.@GraphNode>();
}
///<summary>
/// Asynchronous invoker for 'Agni.Social.Graph.IGraphNodeSystem.GetNode'.
/// This is a two-way call per contract specification, meaning - the server sends the result back either
/// returning no exception or WrappedExceptionData instance.
/// CallSlot is returned that can be queried for CallStatus, ResponseMsg and result.
///</summary>
public CallSlot Async_GetNode(@NFX.@DataAccess.@Distributed.@GDID @gNode)
{
var request = new RequestAnyMsg(s_ts_CONTRACT, @s_ms_GetNode_1, false, RemoteInstance, new object[]{@gNode});
return DispatchCall(request);
}
///<summary>
/// Synchronous invoker for 'Agni.Social.Graph.IGraphNodeSystem.DeleteNode'.
/// This is a two-way call per contract specification, meaning - the server sends the result back either
/// returning '@Agni.@Social.@Graph.@GraphChangeStatus' or WrappedExceptionData instance.
/// ClientCallException is thrown if the call could not be placed in the outgoing queue.
/// RemoteException is thrown if the server generated exception during method execution.
///</summary>
public @Agni.@Social.@Graph.@GraphChangeStatus @DeleteNode(@NFX.@DataAccess.@Distributed.@GDID @gNode)
{
var call = Async_DeleteNode(@gNode);
return call.GetValue<@Agni.@Social.@Graph.@GraphChangeStatus>();
}
///<summary>
/// Asynchronous invoker for 'Agni.Social.Graph.IGraphNodeSystem.DeleteNode'.
/// This is a two-way call per contract specification, meaning - the server sends the result back either
/// returning no exception or WrappedExceptionData instance.
/// CallSlot is returned that can be queried for CallStatus, ResponseMsg and result.
///</summary>
public CallSlot Async_DeleteNode(@NFX.@DataAccess.@Distributed.@GDID @gNode)
{
var request = new RequestAnyMsg(s_ts_CONTRACT, @s_ms_DeleteNode_2, false, RemoteInstance, new object[]{@gNode});
return DispatchCall(request);
}
///<summary>
/// Synchronous invoker for 'Agni.Social.Graph.IGraphNodeSystem.UndeleteNode'.
/// This is a two-way call per contract specification, meaning - the server sends the result back either
/// returning '@Agni.@Social.@Graph.@GraphChangeStatus' or WrappedExceptionData instance.
/// ClientCallException is thrown if the call could not be placed in the outgoing queue.
/// RemoteException is thrown if the server generated exception during method execution.
///</summary>
public @Agni.@Social.@Graph.@GraphChangeStatus @UndeleteNode(@NFX.@DataAccess.@Distributed.@GDID @gNode)
{
var call = Async_UndeleteNode(@gNode);
return call.GetValue<@Agni.@Social.@Graph.@GraphChangeStatus>();
}
///<summary>
/// Asynchronous invoker for 'Agni.Social.Graph.IGraphNodeSystem.UndeleteNode'.
/// This is a two-way call per contract specification, meaning - the server sends the result back either
/// returning no exception or WrappedExceptionData instance.
/// CallSlot is returned that can be queried for CallStatus, ResponseMsg and result.
///</summary>
public CallSlot Async_UndeleteNode(@NFX.@DataAccess.@Distributed.@GDID @gNode)
{
var request = new RequestAnyMsg(s_ts_CONTRACT, @s_ms_UndeleteNode_3, false, RemoteInstance, new object[]{@gNode});
return DispatchCall(request);
}
///<summary>
/// Synchronous invoker for 'Agni.Social.Graph.IGraphNodeSystem.RemoveNode'.
/// This is a two-way call per contract specification, meaning - the server sends the result back either
/// returning '@Agni.@Social.@Graph.@GraphChangeStatus' or WrappedExceptionData instance.
/// ClientCallException is thrown if the call could not be placed in the outgoing queue.
/// RemoteException is thrown if the server generated exception during method execution.
///</summary>
public @Agni.@Social.@Graph.@GraphChangeStatus @RemoveNode(@NFX.@DataAccess.@Distributed.@GDID @gNode)
{
var call = Async_RemoveNode(@gNode);
return call.GetValue<@Agni.@Social.@Graph.@GraphChangeStatus>();
}
///<summary>
/// Asynchronous invoker for 'Agni.Social.Graph.IGraphNodeSystem.RemoveNode'.
/// This is a two-way call per contract specification, meaning - the server sends the result back either
/// returning no exception or WrappedExceptionData instance.
/// CallSlot is returned that can be queried for CallStatus, ResponseMsg and result.
///</summary>
public CallSlot Async_RemoveNode(@NFX.@DataAccess.@Distributed.@GDID @gNode)
{
var request = new RequestAnyMsg(s_ts_CONTRACT, @s_ms_RemoveNode_4, false, RemoteInstance, new object[]{@gNode});
return DispatchCall(request);
}
#endregion
}//class
}//namespace