myvtm/Framework/Common/SpSecureClient.h

#ifndef SPSECURECALLBACK_H
#define SPSECURECALLBACK_H

#pragma once

//
// thin wrapper over RVCComm client library, we provide security session for the terminal.
//

// note: use mod_tokenmgr for Token management and RSA encryption and decryption, 
// so this header rely on mod_tokenmgr module, more detail please refer to design doc. 
#include "RVCComm.h"
#include "SpBase.h"


#include <assert.h>
#pragma comment(lib, "ws2_32.lib")

struct ENTITY_CONNECT_INFO;

enum RvcCommStateEnum : DWORD
{
	CS_Stop = 0,		// 停止状态
	CS_Connectting,	// 连接中
	CS_Fail,					// 连接失败
	CS_Connected,		// 连接建立
	CS_Break,				// 异常中断
};


class SPBASE_API SpSecureClient : public CSecureClientBase
{
public:
	SpSecureClient(CEntityBase *pEntityBase);

	// !!!!!!!! 此函数已降级，请使用ConnectFromCentralSetting
	// 手工指定通讯参数，@nOption：1、重新鉴权新建会话密钥；2、通过握手使用缓存会话密钥；3、不使用会话密钥，即非安全通道; 4、不协商，直接使用共享会话密钥
	bool Connect(const char *pServerAddr, int nPort, int nOption); // wait until all authentication operation has been finished

	// 使用集中配置项连接
	bool ConnectFromCentralSetting();
	
	bool IsConnectionOK();
	bool IsSecureConn();	
	void Close();	

	string SendPackage(const CSmartPointer<IPackage>& pSendPkg);	
	CSmartPointer<IPackage> ReceivePackage(int nWaitSecond);
	CSmartPointer<IPackage> CreateNewPackage(const char *pServiceCode);
	CSmartPointer<IPackage> CreateReplyPackage(const CSmartPointer<IPackage>& pRecvPkg);

protected:
	virtual ~SpSecureClient();			// 不应该直接delete，而用DecRef()

	//获取当前实体连接到的server， -1, unlink; 0, link to server 1; 1, link to server 2
	int getCurrentLink();
	// virtual function to be override by user
	virtual void OnErrorMsg(DWORD dwSysCode, DWORD dwUserCode, const CSimpleStringA &pErrMsg);
	virtual void OnDisconnect();
	virtual void OnPkgAnswer(const CSmartPointer<IPackage> &pRecvPkg) =0;
	
	
private:
	// override CSecureClientBase 
	virtual void OnReceivePackage(CSmartPointer<IPackage> &pRecvPkg);		
	virtual void OnClose();
	virtual void OnError(DWORD dwSysCode, DWORD dwUserCode, const char *pErrMsg);
	virtual void OnAuthPass();
	virtual bool OnAuthRequestSM(CConnAuthSMReq* pReq);
	virtual bool OnSessionKeyRet(CConnAuthRet *pRet, BYTE *pBuf, int *pBufLen);
	virtual bool OnSessionKeySMRet(CConnAuthSMRet* pRet, BYTE* pBuf, int* pBufLen);
	virtual bool OnGetSharedSK(char *pTerminalNo, int *pTerminalNoLen, BYTE *pBuf, int *pBufLen);
	ErrorCodeEnum ParseIPAddress(const char *str, CSimpleStringA &ip, int &port);
	DWORD GetEntityUserCode(DWORD code);

	bool findConnectInfo(const char *pEntityName, ENTITY_CONNECT_INFO *connectInfo);
	bool readConnectInfoFromCentralSetting(const char *pEntityName, ENTITY_CONNECT_INFO *connectInfo);
	bool setConnectInfo(const ENTITY_CONNECT_INFO *connectInfo);
	void connectClose(const char *pEntityName);

	
	//不支持双活
	bool Connect_Single(ENTITY_CONNECT_INFO *connectInfo, int option);
	//支持双活
	bool Connect_Dual(ENTITY_CONNECT_INFO *connectInfo, int option);
	void OnReConnect();
	void DbgWithLink_DualActive(const char* formatStr, ...);
protected:
	static void* logProducer;
public:
	static CEntityBase* m_pEntity;
	static void SetSecureEntity(CEntityBase* t_entity) { m_pEntity = t_entity; };

private:	
	bool m_bClosed;
	
	friend struct OnPackageTask;
	friend struct OnDisconnectTask;
	friend struct OnErrorTask;
};
void getHttpToken(std::string& channelId, std::string& token, std::string& terminalNo, std::string& reserve1);



#endif // SPSECURECALLBACK_H