global.~h

wimax bs simulator对应的GUI程序

/****************************************************************************************************************************************
** Work Group	:	WBG RNC
** Creator		:	Yong.Li
** Create Date	:	2006/10/03
** Modify By	:
** Description	:	common data type, constant and structure. All are software related, and used in the scope of whole MAC
** Version	: 	sr1.0 phase 1
**----------------------------------------------------------------------------------------------------------------------------------------
** Involving functions:
**----------------------------------------------------------------------------------------------------------------------------------------
** <Complement: Maybe update history>
** 2006-10-3	: Created
*****************************************************************************************************************************************/



#ifndef	_GLOBAL_H_
#define	_GLOBAL_H_



/*******************************************************Data Type Definition Begin***********************************************************/
#ifndef HAVE_BYTE
#define HAVE_BYTE
typedef unsigned char	BYTE;		/*	8 bit	*/
#endif /* HAVE_BYTE */

#ifndef HAVE_WORD
#define HAVE_WORD
typedef unsigned short	WORD;		/*	16 bit	*/
#endif /* HAVE_WORD */

#ifndef HAVE_DWORD
#define HAVE_DWORD
typedef unsigned long	DWORD;		/*	32 bit	*/
#endif /* HAVE_DWORD */


/*typedef int                   BOOL;*/


typedef BYTE 	MAC_BOOL;
/*******************************************************Data Type Definition End***********************************************************/


/*****************************************************Const Value Definition Begin***********************************************************/
#define PRESENT			1
#define UNPRESENT		0 /*not present*/

#ifndef FALSE
#define FALSE			0
#define TRUE			1
#endif

/* Return status values	*/
#ifndef SUCCESS
#define SUCCESS			0
#endif

#ifndef FAILURE
#define FAILURE			(-1)
#endif

#ifndef OK
#define OK	0
#endif

#ifndef ERROR
#define ERROR	(-1)
#endif

#ifndef	NULL
#define NULL  0
#endif
/*****************************************************Const Value Definition End***********************************************************/


/*****************************************************TCP/UDP/IP Definition Begin***********************************************************/
#define UDP_PORT			6000	/* Default UDP Port */
/*****************************************************TCP/UDP/IP Definition End*************************************************************/



/*****************************************************Message Format Definition Begin*********************************************************/
#define MAX_INTER_MESSAGE_LENGTH	1024	/* maximum message length,  should be the input parameters when creating message queue*/

/* common message header, prefix to the inter-module message*/
typedef struct _envelop
{
	BYTE	protocolSap; /*All of the protocol SAPs were defined in common.h*/
	BYTE	msgType;	/*message type defined for each  SAP */
	WORD	MessageLength;  /*total length of the message, including this ENVELOP header*/
}ENVELOP;

/* LMT message header */
typedef struct LMT_ENVELOP
{
    WORD	wprimary_key;	/* indicate function block such as PM, CT, OLPC and so on. */
    WORD	wsub_key;		/* indicate message type  */
    BYTE	bresult;		/* return result. 0 for success; others for failed   */
    BYTE	bdirect;		/* 0 for LMT->BS; 1 for BS->LMT */
}LMT_ENVELOP;

typedef struct LMT_STANDARD_MSG
{
    ENVELOP		envelop;
    LMT_ENVELOP	lmt_envelop;
}LMT_STANDARD_MSG;

#define ENVELOP_SIZE	sizeof(ENVELOP)
/*****************************************************Message Format Definition End***********************************************************/
/**************************************************************software constant BEGIN*****************************************************************/
#define MAX_MS_NUM_PER_BS						1024
#define MAX_SF_NUM_PER_MS		20
#define MAX_TRAFFIC_CID_NUM_PER_MS	MAX_SF_NUM_PER_MS
#define MAX_MANAGEMENT_CID_NUM_PER_MS		2
#define MAX_MS_MANAGEMENT_CID	(MAX_MS_NUM_PER_BS*MAX_MANAGEMENT_CID_NUM_PER_MS)
#define MAX_CID_NUM_PER_MS	(MAX_TRAFFIC_CID_NUM_PER_MS+MAX_MANAGEMENT_CID_NUM_PER_MS) /*traffic CID num +management cids*/
#define MAX_CID					(MAX_MS_NUM_PER_BS*MAX_CID_NUM_PER_MS)

#define MAX_PAGING_GROUP_PER_BS		5
#define MAX_MAC_ADDR_PAG            10
/**************************************************************software constant END*****************************************************************/



/**************************************************************SAP BEGIN*****************************************************************/
#define	HWM_BSUP_SAP		100
#define	BSUP_RRM_SAP		110
#define	BSUP_CMAC_SAP		120
#define	CMAC_RRM_SAP		130
#define	R6_SAP				140
#define	HWM_RRM_SAP		150
#define   APP_TIMER_SAP         240
/**************************************************************SAP END*****************************************************************/

#ifdef ARMEB
/*
	a: DWORD a;
	b: BYTE * b;
*/

#define DWORD_2_BYTEP(a, b) \
{ \
	BYTE * pb_convert; \
	pb_convert = (BYTE *)&(a); \
	(b)[0] = pb_convert[0];  \
	(b)[1] = pb_convert[1];  \
	(b)[2] = pb_convert[2];  \
	(b)[3] = pb_convert[3];  \
}

/*
	a: BYTE * a;
	b: DWORD  b;
*/

#define BYTEP_2_DWORD(a, b) \
{ \
	BYTE * pb_convert; \
	pb_convert = (BYTE *)&(b); \
	pb_convert[0] = (a)[0]; \
	pb_convert[1] = (a)[1]; \
	pb_convert[2] = (a)[2]; \
	pb_convert[3] = (a)[3]; \
}

/*
	a: WORD a;
	b: BYTE * b;
*/
#define WORD_2_BYTEP(a, b) \
{ \
	BYTE * pb_convert; \
	pb_convert = (BYTE *)&(a); \
	(b)[0] = pb_convert[0];  \
	(b)[1] = pb_convert[1];  \
}

/*
	a: BYTE * a;
	b: WORD  b;
*/
#define BYTEP_2_WORD(a, b) \
{ \
	BYTE * pb_convert; \
	pb_convert = (BYTE *)&(b); \
	pb_convert[0] = (a)[0]; \
	pb_convert[1] = (a)[1]; \
}

#else
#define DWORD_2_BYTEP(a, b) *(DWORD *)(b) = (a)
#define BYTEP_2_DWORD(a, b) (b) = *(DWORD *)(a)
#define WORD_2_BYTEP(a, b)  *(WORD *)(b) = (a)
#define BYTEP_2_WORD(a, b)  (b) = *(WORD *)(a)
#endif
/**************************************************************R6 udp port BEGIN*****************************************************************/
#define R6_BS_RECEIVE_UDP_PORT_FROM_GW			6031
#define R6_GW_RECEIVE_UDP_PORT_FROM_BS			6021
/**************************************************************R6 udp port END*****************************************************************/
#endif /* _3G_GLOBAL_H_ */