mac.h

wimax BS simulation code,implemented under linux.

        MCA_REQ = 21,
        MCA_RSP,
        DBPC_REQ,
        DBPC_RSP,
        RES_CMD = 25,
        SBC_REQ,
        SBC_RSP,
        CLK_CMP,
        DREG_CMD,
        DSX_RVD = 30,
        TFTP_CPLT,
        TFTP_RSP,
        ARQ_FEEDBACK,
        ARQ_DISCARD,
        ARQ_RESET = 35,
        REP_REQ,
        REP_RSP,
        FPC,
        MSH_NCFG,
        MSH_NENT = 40,
        MSH_DSCH,
        MSH_CSCH,
        MSH_CSCF,
        AAS_FBCK_REQ,
        AAS_FBCK_RSP = 45,
        AAS_BEAM_SELECT,
        AAS_BEAM_REQ,
        AAS_BEAM_RSP,
        DREG_REQ,

        MACMSG_TYPE_BOTTOM,

	CDMA_CODE
}MAC_MANAGEMENT_MSG_ENUM;


typedef struct macmsghdr_s{
        uint8_t msgtype;
}macmsghdr_t    __attribute__ ((aligned (1))) ;


typedef struct cdmacode_s{
	macmsghdr_t hdr;

	uint8_t frame_number_index;
	uint8_t ranging_code;
	uint8_t ranging_symbol;
	uint8_t ranging_subchannel;
	uint8_t is_bwr;
}cdmacode_t;


#define BURSTPROFILE_TLVMASK_FEC							1
#define BURSTPROFILE_TLVMASK_DIUC_Mandatory_exit_threshold				2
#define BURSTPROFILE_TLVMASK_DIUC_Minimum_entry_threshold				3
#define BURSTPROFILE_TLVMASK_Frequency							4
#define BURSTPROFILE_TLVMASK_Ranging_data_ratio						5

typedef struct dcdhdr_s{
	macmsghdr_t hdr;

	uint8_t reserv;
	uint8_t config_change_count;
}dcdhdr_t;

typedef struct dcdinfo_s{
	dcdhdr_t dcdhdr;
	uint32_t tlvmask[2];
}dcdinfo_t;
#define DCD_TLVMASK_Downlink_Burst_Profile						34
#define DCD_TLVMASK_BS_EIRP								1
#define DCD_TLVMASK_PHY_Type								3
#define DCD_TLVMASK_Power_adjustment_rule						4
#define DCD_TLVMASK_Channel_Nr								5
#define DCD_TLVMASK_TTG									6
#define DCD_TLVMASK_RTG									7
#define DCD_TLVMASK_RSS_IR_max								8
#define DCD_TLVMASK_Channel_Switch_Frame_Number						9
#define DCD_TLVMASK_Frequency								10
#define DCD_TLVMASK_BS_ID								11
#define DCD_TLVMASK_Frame_Duration_Code							12
#define DCD_TLVMASK_Frame_Number							13
#define DCD_TLVMASK_H_ARQ_ACK_delay_for_DL_burst					14
#define DCD_TLVMASK_Permutation_type_for_broadcast_region_in_HARQ_zone			15
#define DCD_TLVMASK_Maximum_retransmission						16
#define DCD_TLVMASK_Default_RSSI_and_CINR_averaging_parameter				17
#define DCD_TLVMASK_DL_AMC_allocated_physical_bands_bitmap				18
#define DCD_TLVMASK_H_Add_Threshold							19
#define DCD_TLVMASK_H_Delete_Threshold							20
#define DCD_TLVMASK_ASR_Anchor_Switch_Report_Slot_Length_M_an_SwitchingPeriod_L_	21
#define DCD_TLVMASK_DL_region_definition						22
#define DCD_TLVMASK_Paging_Group_ID							23
#define DCD_TLVMASK_TUSC1_permutation_active_subchannels_bitmap				24
#define DCD_TLVMASK_TUSC2_permutation_active_sbuchannels_bitmap				25
#define DCD_TLVMASK_HO_type_support							26
#define DCD_TLVMASK_Hysteresis_margin							27
#define DCD_TLVMASK_Time_to_Trigger_duration						28
#define DCD_TLVMASK_Trigger								29
#define DCD_TLVMASK_N_I									30
#define DCD_TLVMASK_Downlink_burst_profile_for_multiple_FEC_types			31
#define DCD_TLVMASK_BS_Restart_Count							32
#define DCD_TLVMASK_MAC_version								33


typedef struct ucdhdr_s{
	macmsghdr_t hdr;

	uint8_t config_change_count;
	uint8_t ranging_backoff_start;
	uint8_t ranging_backoff_end;
	uint8_t request_backoff_start;
	uint8_t request_backoff_end;
}ucdhdr_t;

typedef struct ucdinfo_s{
	ucdhdr_t ucdhdr;
	uint32_t tlvmask[2];
}ucdinfo_t;
#define UCD_TLVMASK_Uplink_Burst_Profile						53
#define UCD_TLVMASK_Contention_based_reservation_timeout				1
#define UCD_TLVMASK_Bandwidth_request_opportunity_size					2
#define UCD_TLVMASK_Ranging_request_opportunity_size					3
#define UCD_TLVMASK_Frequency								4
#define UCD_TLVMASK_HO_ranging_start							5
#define UCD_TLVMASK_HO_ranging_end							6
#define UCD_TLVMASK_UL_AMC_Allocated_physical_bands_bitmap				7
#define UCD_TLVMASK_Initial_ranging_codes						8
#define UCD_TLVMASK_Periodic_ranging_codes						9
#define UCD_TLVMASK_Bandwidth_request_codes						10
#define UCD_TLVMASK_Periodic_ranging_backoff_start					11
#define UCD_TLVMASK_Periodic_ranging_backoff_end					12
#define UCD_TLVMASK_Start_of_ranging_codes_group					13
#define UCD_TLVMASK_Permutation_base							14
#define UCD_TLVMASK_UL_allocated_subchannels_bitmap					15
#define UCD_TLVMASK_Optional_permutation_UL_Allocated_subchannels_bitmap		16
#define UCD_TLVMASK_Band_AMC_Allocation_Threshold					17
#define UCD_TLVMASK_Band_AMC_Release_Threshold						18
#define UCD_TLVMASK_Band_AMC_Allocation_Timer						19
#define UCD_TLVMASK_Band_AMC_Release_Timer						20
#define UCD_TLVMASK_Band_Status_Reporting_MAX_Period					21
#define UCD_TLVMASK_Band_AMC_Retry_Timer						22
#define UCD_TLVMASK_Safety_Channel_Allocation_Threshold					23
#define UCD_TLVMASK_Safety_Channel_Release_Threshold					24
#define UCD_TLVMASK_Safety_Channel_Allocation_Timer					25
#define UCD_TLVMASK_Safety_Channel_Release_Timer					26
#define UCD_TLVMASK_Bin_Status_Reporting_MAX_Period					27
#define UCD_TLVMASK_Safety_Channel_Retry_Timer						28
#define UCD_TLVMASK_H_ARQ_ACK_delay_for_DL_burst					29
#define UCD_TLVMASK_CQICH_Band_AMC_Transition_Delay					30
#define UCD_TLVMASK_Maximum_retransimission						31
#define UCD_TLVMASK_Normalized_C_N_override						32
#define UCD_TLVMASK_Size_of_CQICH_ID_field						33
#define UCD_TLVMASK_Normalized_C_N_override2						34
#define UCD_TLVMASK_Band_AMC_Entry_Average_CINR						35
#define UCD_TLVMASK_UpperBound_AAS_PREAMBLE						36
#define UCD_TLVMASK_LowerBound_AAS_PREAMBLE						37
#define UCD_TLVMASK_Allow_AAS_Beam_Select_Messages					38
#define UCD_TLVMASK_Use_CQICH_indication_flag						39
#define UCD_TLVMASK_MS_specific_up_power_offset_adjustment_step				40
#define UCD_TLVMASK_MS_specific_down_power_offset_adjustment				41
#define UCD_TLVMASK_Minimum_level_of_power_offset_adjustment				42
#define UCD_TLVMASK_Maximum_level_of_power_offset_adjustment				43
#define UCD_TLVMASK_Handover_Ranging_Codes						44
#define UCD_TLVMASK_Initial_ranging_interval						45
#define UCD_TLVMASK_Tx_Power_Report							46
#define UCD_TLVMASK_Normalized_C_N_for_Channel_Sounding					47
#define UCD_TLVMASK_Initial_ranging_backoff_start					48
#define UCD_TLVMASK_Initial_ranging_backoff_end						49
#define UCD_TLVMASK_Bandwidth_request_backoff_start					50
#define UCD_TLVMASK_Bandwidth_request_backoff_end					51
#define UCD_TLVMASK_Uplink_burst_profile_for_multiple_FEC_types				52


typedef struct dlmaphdr_s{
	macmsghdr_t hdr;

	uint8_t frame_duration_code;
	uint8_t frame_number[3];
	uint8_t dcd_count;
	uint8_t bsid[6];
}dlmaphdr_t;

typedef struct dlmapie_1cid_s{
	uint8_t ncid_h4		:4,
		diuc		:4;

	uint8_t cid_h4		:4,
		ncid_l4		:4;
	
	uint8_t cid_m8;
	
	uint8_t offsym_h4	:4,
		cid_l4		:4;

	uint8_t offschn_h4	:4,
		offsym_l4	:4;

	uint8_t nrsym_h3	:3,
		boosting	:3,
		offschn_l2	:2;

	uint8_t nrschn_h4	:4,
		nrsym_l4	:4;

	uint8_t pad		:4,
		rep		:2,
		nrschn_l2	:2;
}dlmapie_1cid_t;
#define dlmapie_1cid_set_ncid(p, ncid)	do { \
	(p)->ncid_h4 = ((ncid) & 0xf0) >> 4; \
	(p)->ncid_l4 = (ncid) & 0xf;	\
}while (0)
#define dlmapie_1cid_set_cid(p, cid)	do { \
	(p)->cid_h4 = ((cid) & 0xf000) >> 12; \
	(p)->cid_m8 = ((cid) & 0xff0) >> 4; \
	(p)->cid_l4 = (cid) & 0xf; \
}while (0)
#define dlmapie_1cid_set_offsym(p, offsym)	do { \
	(p)->offsym_h4 = ((offsym) & 0xf0) >> 4; \
	(p)->offsym_l4 = (offsym) & 0xf; \
}while (0)
#define dlmapie_1cid_set_offschn(p, offschn)	do { \
	(p)->offschn_h4 = ((offschn) & 0x3c) >> 2; \
	(p)->offschn_l2 = (offschn) & 0x3; \
}while (0)
#define dlmapie_1cid_set_nrsym(p, nrsym)	do { \
	(p)->nrsym_h3 = ((nrsym) & 0x70) >> 4; \
	(p)->nrsym_l4 = (nrsym) & 0xf; \
}while (0)
#define dlmapie_1cid_set_nrschn(p, nrschn)	do { \
	(p)->nrschn_h4 = ((nrschn) & 0x3c) >> 2; \
	(p)->nrschn_l2 = (nrschn) & 0x3; \
}while (0)
#define dlmapie_1cid_set(p, _diuc, cid, offsym, offschn, _boosting, nrsym, nrschn, _rep)	do { \
	(p)->diuc = (_diuc); \
	dlmapie_1cid_set_ncid(p, 1); \
	dlmapie_1cid_set_cid(p, cid); \
	dlmapie_1cid_set_offsym(p, offsym); \
	dlmapie_1cid_set_offschn(p, offschn); \
	(p)->boosting = (_boosting); \
	dlmapie_1cid_set_nrsym(p, nrsym); \
	dlmapie_1cid_set_nrschn(p, nrschn); \
	(p)->rep = (_rep); \
}while (0)

typedef struct dlmapie_1cid_sh4_s{
	uint8_t diuc		:4,
		rsv		:4;

	uint8_t ncid;

	uint8_t cid_h8;
	uint8_t cid_l8;

	uint8_t offsym;

	uint8_t boosting_h2	:2,
		offschn		:6;

	uint8_t nrsym		:7,
		boosting_l1	:1;

	uint8_t rep		:2,
		nrschn		:6;
}dlmapie_1cid_sh4_t;
#define dlmapie_1cid_sh4_set_cid(p, cid)	do { \
	(p)->cid_h8 = ((cid) & 0xff00) >> 8; \
	(p)->cid_l8 = (cid) & 0xff; \
}while (0)
#define dlmapie_1cid_sh4_set_boosting(p, boosting)	do { \
	(p)->boosting_h2 = ((boosting) & 0x6) >> 1; \
	(p)->boosting_l1 = boosting & 0x1; \
}while (0)
#define dlmapie_1cid_sh4_set_rsv(p, buf) do{ \
	(p)->rsv = (*((uint8_t *)(buf)) & 0xf0) >> 4; \
}while (0)
#define dlmapie_1cid_sh4_set(p, buf, _diuc, cid, _offsym, _offschn, boosting, _nrsym, _nrschn, _rep)	do { \
	dlmapie_1cid_sh4_set_rsv(p, buf); \
	(p)->diuc = _diuc; \
	(p)->ncid = 1; \
	dlmapie_1cid_sh4_set_cid(p, cid); \
	(p)->offsym = _offsym; \
	(p)->offschn = _offschn; \
	dlmapie_1cid_sh4_set_boosting(p, boosting); \
	(p)->nrsym = _nrsym; \
	(p)->nrschn =  _nrschn; \
	(p)->rep = _rep; \
}while (0)



typedef struct ulmaphdr_s{
	macmsghdr_t hdr;

	uint8_t rsv;
	uint8_t ucd_count;
	uint32_t allocation_start_time __attribute__ ((packed)) ;
	uint8_t no_ofdma_symbols;
}ulmaphdr_t;

typedef struct ulmapie_s{
	uint8_t cid_h8;

	uint8_t cid_l8;

	uint8_t duration_h4	:4,
		uiuc		:4;

	uint8_t repetition_coding_indication	:2,
		duration_l6			:6;
}ulmapie_t;
#define ulmapie_get_cid(p) (uint16_t)((p)->cid_h8 << 8 | (p)->cid_l8)
#define ulmapie_set_cid(p, cid) do{ \
	(p)->cid_h8 = ((cid) & 0xff00 ) >> 8; \
	(p)->cid_l8 = (cid) & 0xff; \
}while (0)
#define ulmapie_get_duration(p) (uint16_t)((p)->duration_h4 << 6 | (p)->duration_l6)
#define ulmapie_set_duration(p, duration) do{ \
	(p)->duration_h4 = ((duration) & 0x3c0) >> 6; \
	(p)->duration_l6 = (duration) & 0x3f; \
}while (0)
#define ulmapie_set(p, cid, _uiuc, duration, _repetition_coding_indication) do{ \
	ulmapie_set_cid(p, cid); \
	(p)->uiuc = (_uiuc); \
	ulmapie_set_duration(p, duration); \
	(p)->repetition_coding_indication = (_repetition_coding_indication); \
}while (0)

typedef struct ulmapie_sh4_s{
	uint8_t cid_h4	:4,
		rsv	:4;

	uint8_t cid_m8;

	uint8_t uiuc	:4,
		cid_l4	:4;

	uint8_t duration_h8;
	
	uint8_t pad				:4,
		repetition_coding_indication	:2,
		duration_l2			:2;
}ulmapie_sh4_t;
#define ulmapie_sh4_set_rsv(p, buf) do{ \
	(p)->rsv = (*((uint8_t *)(buf)-1) & 0xf0) >> 4; \
}while (0)
#define ulmapie_sh4_get_cid(p) (uint16_t)((p)->cid_h4 << 12 | (p)->cid_m8 << 4 | (p)->cid_l4)
#define ulmapie_sh4_set_cid(p, cid) do{ \
	(p)->cid_h4 = ((cid) & 0xf000) >> 12; \
	(p)->cid_m8 = ((cid) & 0xff0) >> 4; \
	(p)->cid_l4 = (cid) & 0xf; \
}while (0)
#define ulmapie_sh4_get_duration(p) (uint16_t)((p)->duration_h8 << 2 | (p)->duration_l2)
#define ulmapie_sh4_set_duration(p, duration) do{ \
	(p)->duration_h8 = ((duration) & 0xffc) >> 2; \
	(p)->duration_l2 = (duration) & 0x3; \
}while (0)
#define ulmapie_sh4_set(p, buf, cid, _uiuc, duration, _repetition_coding_indication) do{ \
	ulmapie_sh4_set_rsv(p, buf); \
	ulmapie_sh4_set_cid(p, cid); \
	(p)->uiuc = (_uiuc); \
	ulmapie_sh4_set_duration(p, duration); \
	(p)->repetition_coding_indication = (_repetition_coding_indication); \
}while (0)

typedef struct aasulmapie_s{
	uint8_t cid_h8;

	uint8_t cid_l8;

	uint8_t duration_h4	:4,
		uiuc		:4;

	uint8_t repetition_coding_indication	:2,	
		duration_l6			:6;


	uint8_t slot_offset_h8;

	uint8_t pad		:4,
		slot_offset_l4	:4;
}aasulmapie_t;
#define aasulmapie_get_cid(p) ulmapie_get_cid(p)
#define aasulmapie_set_cid(p, cid) ulmapie_set_cid(p, cid)
#define aasulmapie_get_duration(p) ulmapie_get_duration(p)
#define aasulmapie_set_duration(p, duration) ulmapie_set_duration(p, duration)
#define aasulmapie_get_slot_offset(p) (uint16_t)((p)->slot_offset_h8 << 4 | (p)->slot_offset_l4)
#define aasulmapie_set_slot_offset(p, slot_offset) do{ \
	(p)->slot_offset_h8 = ((slot_offset) & 0xff0) >> 4; \
	(p)->slot_offset_h4 = (slot_offset) & 0xf >> 8; \
}while (0)
#define amculzoneulmapie aasulmapie;