cmpp_proto.h

中国电信CMPP2.0原代码+程序

/**
*	文件:	cmpp_proto.h
*	作者:	PrinceToad,[e-mail],http://gmm.nease.net
*	说明:	中国移动CMPP2.0短消息网关开发接口库消息包定义文件
*	版本:	1.3
*/
#ifndef		CMPP_PROTO_2_H
#define		CMPP_PROTO_2_H

#include	"cmpp_types.h"

#pragma pack(1)

#define	CMPP_CONNECT			0x00000001		
#define CMPP_CONNECT_RESP		0x80000001		
#define CMPP_TERMINATE			0x00000002		
#define CMPP_TERMINATE_RESP		0x80000002		
#define CMPP_SUBMIT				0x00000004		
#define CMPP_SUBMIT_RESP		0x80000004		
#define CMPP_DELIVER			0x00000005		
#define CMPP_DELIVER_RESP		0x80000005		
#define CMPP_QUERY				0x00000006		
#define CMPP_QUERY_RESP			0x80000006		
#define CMPP_CANCEL				0x00000007		
#define CMPP_CANCEL_RESP		0x80000007		
#define CMPP_ACTIVE_TEST		0x00000008	
#define CMPP_ACTIVE_TEST_RESP	0x80000008

#define	CMPP_SPID_LEN			6
#define	CMPP_AUTH_LEN			16
#define	CMPP_SERVICEID_LEN		10
#define	CMPP_FEETERMINAL_LEN	21
#define	CMPP_MSGID_LEN			8
#define	CMPP_MSGSRC_LEN			6
#define	CMPP_FEETYPE_LEN		2
#define	CMPP_FEECODE_LEN		6
#define	CMPP_VALIDTIME_LEN		17
#define	CMPP_ATTIME_LEN			17
#define CMPP_MSISDN_LEN			21
#define CMPP_MSGCONTENT_LEN		140
#define	CMPP_RESERVE_LEN		8
#define	CMPP_QUERYTIME_LEN		8
#define	CMPP_QUERYCODE_LEN		10
#define	CMPP_REPORT_STAT_LEN	7
#define	CMPP_REPORT_TIME_LEN	10

#define	CMPP_VERSION			0x20

#define	NO_STATUSREPORT			0x00
#define	NEED_STATUSREPORT		0x01
#define	CTRL_TYPE				0x02

#define	MSG_FORMAT_ASCII		0x00
#define	MSG_FORMAT_WRITE_CARD	0x03
#define	MSG_FORMAT_BINARY		0x04
#define	MSG_FORMAT_UCS2			0x08
#define	MSG_FORMAT_GB			0x0F
#define	MSG_FORMAT_OTA			0xF6

#define	TPPROTO_SMS				0X00
#define	TPPROTO_WRITE_CARD		0X7F

struct cmppg_head {
	cmpp_uint32_t	nTotalLength;
	cmpp_uint32_t	nCommandId;
	cmpp_uint32_t	nSequenceId;
};
typedef	struct cmppg_head	CMPPG_HEAD;

struct cmppg_connect {
	char			sSourceAddr[CMPP_SPID_LEN];
	char			sAuthSource[CMPP_AUTH_LEN];
	cmpp_uint8_t	cVersion;
	cmpp_uint32_t	nTimeStamp;
};
typedef struct cmppg_connect CMPPG_CONNECT;

struct cmppg_connect_resp {
	cmpp_uint8_t	cStatus;
	char			sAuthIsmg[CMPP_AUTH_LEN];
	cmpp_uint8_t	cVersion;
};
typedef struct cmppg_connect_resp CMPPG_CONNECT_RESP;

//cmpp_terminate
//cmpp_terminate_resp

struct cmppg_submit {
	cmpp_uint8_t	nMsgId[CMPP_MSGID_LEN];
	cmpp_uint8_t	cPkTotal;
	cmpp_uint8_t	cPkNumber;
	cmpp_uint8_t	cRegisteredDelivery;
	cmpp_uint8_t	cMsgLevel;
	char			sServiceId[CMPP_SERVICEID_LEN];
	cmpp_uint8_t	cFeeUserType;
	cmpp_uint8_t	nFeeTerminaleId[CMPP_FEETERMINAL_LEN];
	cmpp_uint8_t	cTpPid;
	cmpp_uint8_t	cTpUdhi;
	cmpp_uint8_t	cMsgFmt;
	char			sMsgSrc[CMPP_MSGSRC_LEN];
	char			sFeeType[CMPP_FEETYPE_LEN];
	char			sFeeCode[CMPP_FEECODE_LEN];
	char			sValidTime[CMPP_VALIDTIME_LEN];
	char			sAtTime[CMPP_ATTIME_LEN];
	char			sSrcId[CMPP_MSISDN_LEN];
	cmpp_uint8_t	cDestUsrTl;
	char			sDestTerminalId[CMPP_MSISDN_LEN];
	cmpp_uint8_t	cMsgLen;
	char			sMsgContent[CMPP_MSGCONTENT_LEN];
	char			sReserve[CMPP_RESERVE_LEN];
};
typedef struct cmppg_submit	CMPPG_SUBMIT;

struct cmppg_submit_resp {
	cmpp_uint8_t	nMsgId[CMPP_MSGID_LEN];
	cmpp_uint8_t	cResult;
};
typedef struct cmppg_submit_resp		CMPPG_SUBMIT_RESP;

struct cmppg_query {
	char			sTime[CMPP_QUERYTIME_LEN];
	cmpp_uint8_t	cQueryType;
	char			sQueryCode[CMPP_QUERYCODE_LEN];
	char			sReserve[CMPP_RESERVE_LEN];
};
typedef struct cmppg_query	CMPPG_QUERY;

struct cmppg_query_resp {
	char			sTime[CMPP_QUERYTIME_LEN];
	cmpp_uint8_t	cQueryType;
	char			sQueryCode[CMPP_QUERYCODE_LEN];
	cmpp_uint32_t	nMTTLMsg;
	cmpp_uint32_t	nMTTlusr;
	cmpp_uint32_t	nMTScs;
	cmpp_uint32_t	nMTWT;
	cmpp_uint32_t	nMTFL;
	cmpp_uint32_t	nMOScs;
	cmpp_uint32_t	nMOWT;
	cmpp_uint32_t	nMOFL;
};
typedef struct cmppg_query_resp	CMPPG_QUERY_RESP;

struct cmppg_deliver_report {
	cmpp_uint8_t	nMsgId[CMPP_MSGID_LEN];
	char			sStat[CMPP_REPORT_STAT_LEN];
	char			sSubmitTime[CMPP_REPORT_TIME_LEN];
	char			sDoneTime[CMPP_REPORT_TIME_LEN];
	char			sDestTermId[CMPP_MSISDN_LEN];
	cmpp_uint32_t	nSMSCSeq;
};
typedef	struct cmppg_deliver_report	CMPPG_DELIVER_REPORT;

struct cmppg_deliver {
	cmpp_uint8_t	nMsgId[CMPP_MSGID_LEN];
	char			sDestId[CMPP_MSISDN_LEN];
	char			sServiceId[CMPP_SERVICEID_LEN];
	cmpp_uint8_t	cTpPid;
	cmpp_uint8_t	cTpUdhi;
	cmpp_uint8_t	cMsgFmt;
	char			sSrcTermId[CMPP_MSISDN_LEN];
	cmpp_uint8_t	cRegisteredDelivery;
	cmpp_uint8_t	cMsgLen;
	union
	{
		char					sMsgContent[CMPP_MSGCONTENT_LEN];
		cmppg_deliver_report	sReport;
	}pk_sm;
	char			sReserve[CMPP_RESERVE_LEN];
};
typedef struct cmppg_deliver	CMPPG_DELIVER;

struct cmppg_deliver_resp {
	cmpp_uint8_t	nMsgId[CMPP_MSGID_LEN];
	cmpp_uint8_t	cResult;
};
typedef struct cmppg_deliver_resp	CMPPG_DELIVER_RESP;

struct cmppg_cancel {
	cmpp_uint8_t	nMsgId[CMPP_MSGID_LEN];
};
typedef struct cmppg_cancel	CMPPG_CANCEL;

struct cmppg_cancel_resp {
	cmpp_uint8_t	cSuccessId;
};
typedef struct cmppg_cancel_resp	CMPPG_CANCEL_RESP;

//cmpp_active_test
struct cmppg_active_test_resp {
	char			cReserved;
};
typedef struct cmppg_active_test	CMPPG_ACTIVE_TEST;

struct cmppg_icp_packet {
	cmppg_head				pk_head;
	union{
		cmppg_connect		pk_login;	
		cmppg_submit		pk_submit;
		cmppg_deliver_resp	pk_deliver_resp;
		cmppg_cancel		pk_cancel;
		cmppg_active_test_resp	pk_active_test_resp;
	}pk_data;
};
typedef struct cmppg_icp_packet CMPPG_ICP_PACKET;

struct cmppg_ismg_packet {
	cmppg_head		pk_head;
//	cmpp_uint32_t	result; 
	union{
		cmppg_deliver			pk_deliver;
		cmppg_connect_resp		pk_connect_resp;
		cmppg_submit_resp		pk_submit_resp;
		cmppg_active_test_resp	pk_active_test_resp;
	}pk_data;
};
typedef struct cmppg_ismg_packet CMPPG_ISMG_PACKET;

struct cmpp_conn {
	cmpp_socket_t			hSocket;
	volatile cmpp_uint32_t	nSeq;
};
typedef struct cmpp_conn	CMPP_CONN;

#define	CMPP_HEADLEN		sizeof(cmppg_head)
#define	CMPP_LOGINLEN		sizeof(cmppg_connect)
#define	CMPP_LOGINRESPLEN	sizeof(cmppg_connect_resp)
#define	CMPP_SUBMITLEN		sizeof(cmppg_submit)
#define	CMPP_SUBMITRESPLEN	sizeof(cmppg_submit_resp)
#define CMPP_DELIVERRESPLEN	sizeof(cmppg_deliver_resp)
#define	CMPP_DELIVERLEN		sizeof(cmppg_deliver)

#endif