myvtm/Module/mod_assistantchannel/AssistantChannel_server_g.h

#ifndef __ASSISTANTCHANNEL_SERVER_G_H
#define __ASSISTANTCHANNEL_SERVER_G_H

#pragma once

// This code is generated by spgen tool!

#include "AssistantChannel_def_g.h"

namespace AssistantChannel {
class ChannelService_ServerSessionBase : public CServerSessionBase
{
public:
	ChannelService_ServerSessionBase()
	{
		/// override by user
	}

	virtual ~ChannelService_ServerSessionBase()
	{
		/// override by user
	}

	virtual bool IsExclusive() { return false; }

	virtual bool IsSessionOverlap() { return true; }

	virtual ErrorCodeEnum GetMessageAttr(DWORD dwMessageID, DWORD dwSignature, bool &bOverlap)
	{
		ErrorCodeEnum Error = Error_Succeed;
		switch (dwMessageID) {
		case ChannelService_Method_Connect:
			if (dwSignature == ChannelService_MethodSignature_Connect) {
				bOverlap = true;
			} else {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_Close:
			if (dwSignature == ChannelService_MethodSignature_Close) {
				bOverlap = true;
			} else {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_GetState:
			if (dwSignature == ChannelService_MethodSignature_GetState) {
				bOverlap = true;
			} else {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_BeginState:
			if (dwSignature == ChannelService_MethodSignature_BeginState) {
				bOverlap = false;
			} else {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_EndState:
			if (dwSignature == ChannelService_MethodSignature_EndState) {
				bOverlap = true;
			} else {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_Send:
			if (dwSignature == ChannelService_MethodSignature_Send) {
				bOverlap = true;
			} else {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_BeginRecv:
			if (dwSignature == ChannelService_MethodSignature_BeginRecv) {
				bOverlap = false;
			} else {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_EndRecv:
			if (dwSignature == ChannelService_MethodSignature_EndRecv) {
				bOverlap = true;
			} else {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_GetIpByDomain:
			if (dwSignature == ChannelService_MethodSignature_GetIpByDomain) {
				bOverlap = true;
			} else {
				Error = Error_MethodSignatureFailed;
			}
			break;
		default:
			Error = Error_MethodNotFound;
			break;
		}
		return Error;
	}

	int CheckMessageSignature(DWORD dwMessageID, DWORD dwSignature)
	{
		ErrorCodeEnum Error = Error_Succeed;
		switch (dwMessageID) {
		case ChannelService_Method_Connect:
			if (dwSignature != ChannelService_MethodSignature_Connect) {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_Close:
			if (dwSignature != ChannelService_MethodSignature_Close) {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_GetState:
			if (dwSignature != ChannelService_MethodSignature_GetState) {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_BeginState:
			if (dwSignature != ChannelService_MethodSignature_BeginState) {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_EndState:
			if (dwSignature != ChannelService_MethodSignature_EndState) {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_Send:
			if (dwSignature != ChannelService_MethodSignature_Send) {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_BeginRecv:
			if (dwSignature != ChannelService_MethodSignature_BeginRecv) {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_EndRecv:
			if (dwSignature != ChannelService_MethodSignature_EndRecv) {
				Error = Error_MethodSignatureFailed;
			}
			break;
		case ChannelService_Method_GetIpByDomain:
			if (dwSignature != ChannelService_MethodSignature_GetIpByDomain) {
				Error = Error_MethodSignatureFailed;
			}
			break;
		default:
			Error = Error_MethodNotFound;
			break;
		}
		return Error;
	}

	virtual void Handle_Connect(SpReqAnsContext<ChannelService_Connect_Req, ChannelService_Connect_Ans>::Pointer ctx)
	{
	/// override by user
	}

	virtual void Handle_Close(SpReqAnsContext<ChannelService_Close_Req, ChannelService_Close_Ans>::Pointer ctx)
	{
	/// override by user
	}

	virtual void Handle_GetState(SpReqAnsContext<ChannelService_GetState_Req, ChannelService_GetState_Ans>::Pointer ctx)
	{
	/// override by user
	}

	virtual void Handle_BeginState(SpSubscribeContext<ChannelService_BeginState_Sub, ChannelService_State_Info>::Pointer ctx)
	{
	/// override by user
	}

	virtual void Handle_EndState(SpOnewayCallContext<ChannelService_EndState_Info>::Pointer ctx)
	{
	/// override by user
	}

	virtual void Handle_Send(SpOnewayCallContext<ChannelService_Send_Info>::Pointer ctx)
	{
	/// override by user
	}

	virtual void Handle_BeginRecv(SpSubscribeContext<ChannelService_BeginRecv_Sub, ChannelService_Packet_Info>::Pointer ctx)
	{
	/// override by user
	}

	virtual void Handle_EndRecv(SpOnewayCallContext<ChannelService_EndRecv_Info>::Pointer ctx)
	{
	/// override by user
	}

	virtual void Handle_GetIpByDomain(SpReqAnsContext<ChannelService_GetIpByDomain_Req, ChannelService_GetIpByDomain_Ans>::Pointer ctx)
	{
	/// override by user
	}

	virtual void OnRequest(CSmartPointer<ITransactionContext> pTransactionContext)
	{
		CAutoBuffer Buf;
		DWORD dwMessageID;
		DWORD dwMessageSignature;
		ErrorCodeEnum Error = pTransactionContext->GetReceiveBuffer(dwMessageID, dwMessageSignature, Buf);
		if (Error == Error_Succeed) {
#ifdef DEBUG
			assert(CheckMessageSignature(dwMessageID, dwMessageSignature) == Error_Succeed);
#else
			if (CheckMessageSignature(dwMessageID, dwMessageSignature) != Error_Succeed) {
				pTransactionContext->SendAnswer(Error_MethodSignatureFailed);
				return;
			}
#endif
			switch (dwMessageID) {
				case ChannelService_Method_Connect:
					{
						SpReqAnsContext<ChannelService_Connect_Req,ChannelService_Connect_Ans>::Pointer ctx;
						ctx.Attach(new SpReqAnsContext<ChannelService_Connect_Req,ChannelService_Connect_Ans>(pTransactionContext));
						SpBuffer2Object(Buf, ctx->Req);
						pTransactionContext->GetLinkContext(ctx->link);
						EntityResource::setLink(ctx->link);
						Handle_Connect(ctx);
					}
					break;
				case ChannelService_Method_Close:
					{
						SpReqAnsContext<ChannelService_Close_Req,ChannelService_Close_Ans>::Pointer ctx;
						ctx.Attach(new SpReqAnsContext<ChannelService_Close_Req,ChannelService_Close_Ans>(pTransactionContext));
						SpBuffer2Object(Buf, ctx->Req);
						pTransactionContext->GetLinkContext(ctx->link);
						EntityResource::setLink(ctx->link);
						Handle_Close(ctx);
					}
					break;
				case ChannelService_Method_GetState:
					{
						SpReqAnsContext<ChannelService_GetState_Req,ChannelService_GetState_Ans>::Pointer ctx;
						ctx.Attach(new SpReqAnsContext<ChannelService_GetState_Req,ChannelService_GetState_Ans>(pTransactionContext));
						SpBuffer2Object(Buf, ctx->Req);
						pTransactionContext->GetLinkContext(ctx->link);
						EntityResource::setLink(ctx->link);
						Handle_GetState(ctx);
					}
					break;
				case ChannelService_Method_BeginState:
					{
						SpSubscribeContext<ChannelService_BeginState_Sub,ChannelService_State_Info>::Pointer ctx;
						ctx.Attach(new SpSubscribeContext<ChannelService_BeginState_Sub,ChannelService_State_Info>(pTransactionContext));
						SpBuffer2Object(Buf, ctx->Req);
						Handle_BeginState(ctx);
					}
					break;
				case ChannelService_Method_EndState:
					{
						SpOnewayCallContext<ChannelService_EndState_Info>::Pointer ctx;
						ctx.Attach(new SpOnewayCallContext<ChannelService_EndState_Info>());
						SpBuffer2Object(Buf, ctx->Info);
						Handle_EndState(ctx);
					}
					break;
				case ChannelService_Method_Send:
					{
						SpOnewayCallContext<ChannelService_Send_Info>::Pointer ctx;
						ctx.Attach(new SpOnewayCallContext<ChannelService_Send_Info>());
						SpBuffer2Object(Buf, ctx->Info);
						pTransactionContext->GetLinkContext(ctx->link);
						EntityResource::setLink(ctx->link);
						Handle_Send(ctx);
					}
					break;
				case ChannelService_Method_BeginRecv:
					{
						SpSubscribeContext<ChannelService_BeginRecv_Sub,ChannelService_Packet_Info>::Pointer ctx;
						ctx.Attach(new SpSubscribeContext<ChannelService_BeginRecv_Sub,ChannelService_Packet_Info>(pTransactionContext));
						SpBuffer2Object(Buf, ctx->Req);
						Handle_BeginRecv(ctx);
					}
					break;
				case ChannelService_Method_EndRecv:
					{
						SpOnewayCallContext<ChannelService_EndRecv_Info>::Pointer ctx;
						ctx.Attach(new SpOnewayCallContext<ChannelService_EndRecv_Info>());
						SpBuffer2Object(Buf, ctx->Info);
						Handle_EndRecv(ctx);
					}
					break;
				case ChannelService_Method_GetIpByDomain:
					{
						SpReqAnsContext<ChannelService_GetIpByDomain_Req,ChannelService_GetIpByDomain_Ans>::Pointer ctx;
						ctx.Attach(new SpReqAnsContext<ChannelService_GetIpByDomain_Req,ChannelService_GetIpByDomain_Ans>(pTransactionContext));
						SpBuffer2Object(Buf, ctx->Req);
						pTransactionContext->GetLinkContext(ctx->link);
						EntityResource::setLink(ctx->link);
						Handle_GetIpByDomain(ctx);
					}
					break;
				default:
					assert(0);
					break;
			}
			
		} else {
			pTransactionContext->SendAnswer(Error);
		}
	}

};


///////////////////////////

} // namespace AssistantChannel
#endif // __ASSISTANTCHANNEL_SERVER_G_H