tlv.h

wimax BS simulation code,implemented under linux.

/*
 * sbc req/rsp
 */
#define PACK_SBC_1(buf, v)        do {PACK_TLV_U8((buf), 1, (v));} while (0)             /* bandwidth allocation support */
#define PACK_SBC_2(buf, v)        do {PACK_TLV_U16((buf), 2, (v));} while (0)            /* subscribe transition gaps */
#define PACK_SBC_3(buf, v)        do {PACK_TLV_U32((buf), 3, (v));} while (0)            /* maximum transmit power */
#define PACK_SBC_4(buf, v)        do {PACK_TLV_U8((buf), 4, (v));} while (0)             /* Capabilities for construction and transmission of MAC PDUs */
#define PACK_SBC_15(buf, v)       do {PACK_TLV_U8((buf), 15, (v));} while (0)            /* pkm flow control */
#define PACK_SBC_16(buf, v)       do {PACK_TLV_U8((buf), 16, (v));} while (0)            /* authorization policy support */
#define PACK_SBC_17(buf, v)       do {PACK_TLV_U8((buf), 17, (v));} while (0)            /* maximum number of supported security associations */
#define PACK_SBC_25(buf, p1, p2, p3, p4)\
                                  do {\
                                    UINT8* l;\
                                    PACK_UINT8((buf), 25);\
                                    l = buf;\
                                    if (p1) PACK_TLV_U8((buf), 1, *(p1));\
                                    if (p2) PACK_TLV_U8((buf), 2, *(p2));\
                                    if (p3) PACK_TLV_U8((buf), 1, *(p1));\
                                    if (p4) PACK_TLV_U16((buf), 2, *(p2));\
                                    *l = (buf) - (l + 1);\
                                  } while (0)                                            /* security negotiation parameters */
#define PACK_SBC_26(buf, v)       do {PACK_TLV_U8((buf), 26, (v));} while (0)            /* power save class types capability */
#define PACK_SBC_27(buf, v)       do {PACK_TLV_U8((buf), 27, (v));} while (0)            /* extension capability */
#define PACK_SBC_28(buf, v)       do {PACK_TLV_U8((buf), 28, (v));} while (0)            /* HO trigger metric support */
#define PACK_SBC_147(buf, v)      do {PACK_TLV_U8((buf), 147, (v));} while (0)           /* current transmit power */

#define PACK_SBC_150(buf, v)      do {PACK_TLV_U8((buf), 150, (v));} while (0)           /* ofdma ms fft sizes */
#define PACK_SBC_151(buf, v)      do {\
                                    if (v & 0xff00) PACK_TLV_U16((buf), 151, (v));\
                                    else PACK_TLV_U8((buf), 151, (v));\
                                  } while (0)                                            /* ofdma ss demodulator */
#define PACK_SBC_152(buf, v)      do {PACK_TLV_U8((buf), 152, (v));} while (0)           /* ofdma ss modulator */
#define PACK_SBC_153(buf, v)      do {PACK_TLV_U8((buf), 153, (v));} while (0)           /* the number of ul h-arq channels */
#define PACK_SBC_154(buf, v)      do {PACK_TLV_U8((buf), 154, (v));} while (0)           /* ofdma ss permutation */
#define PACK_SBC_156(buf, v)      do {PACK_TLV_U16((buf), 156, (v));} while (0)          /* ofdma ss demodulator for MIMO support */
#define PACK_SBC_157(buf, v)      do {PACK_TLV_U8((buf), 157, (v));} while (0)           /* ofdma ss MIMO uplink support */
#define PACK_SBC_158(buf, v)      do {PACK_TLV_U8((buf), 158, (v));} while (0)           /* ofdma aas private map support */
#define PACK_SBC_159(buf, v)      do {PACK_TLV_U16((buf), 159, (v));} while (0)          /* ofdma aas capabilites */
#define PACK_SBC_160(buf, v)      do {PACK_TLV_U8((buf), 160, (v));} while (0)           /* ofdma ss CINR measurement capability */
#define PACK_SBC_161(buf, v)      do {PACK_TLV_U8((buf), 161, (v));} while (0)           /* the number of dl h-arq channels */
#define PACK_SBC_162(buf, v)      do {PACK_TLV_U16((buf), 162, (v));} while (0)          /* harq incremental redundancy buffer capability */
#define PACK_SBC_163(buf, v)      do {PACK_TLV_U16((buf), 163, (v));} while (0)          /* harq chase combining and CC-IR buffer capability */
#define PACK_SBC_167(buf, v)      do {PACK_TLV_U8((buf), 167, (v));} while (0)           /* association type support */
#define PACK_SBC_170(buf, v)      do {PACK_TLV_U8((buf), 170, (v));} while (0)           /* ofdma map capability 1 */
#define PACK_SBC_171(buf, v)      do {PACK_TLV_U8((buf), 171, (v));} while (0)           /* ofdma map capability 2 */
#define PACK_SBC_172(buf, v)      do {PACK_TLV_U8((buf), 172, (v));} while (0)           /* support for extented harq ie */
#define PACK_SBC_173(buf, v)      do {PACK_TLV_U8((buf), 173, (v));} while (0)           /* uplink control channel support */
#define PACK_SBC_174(buf, v)      do {PACK_TLV_U16((buf), 174, (v));} while (0)          /* ofdma ms csit capability */
#define PACK_SBC_175(buf, v)      do {PACK_TLV_U8((buf), 175, (v));} while (0)           /* maximum number of burst per frame capability in HARQ */
#define PACK_SBC_176(buf, v)      do {PACK_TLV_U24((buf), 176, (v));} while (0)          /* the MIMO capability of ofdma ms demodulator */
#define PACK_SBC_177(buf, v)      do {PACK_TLV_U8((buf), 177, (v));} while (0)           /* ofdma ss modulator for mimo support */
#define PACK_SBC_178(buf, v)      do {PACK_TLV_U8((buf), 178, (v));} while (0)           /* sdma pilot capability */
#define PACK_SBC_179(buf, v)      do {PACK_TLV_U8((buf), 179, (v));} while (0)           /* ofdma multiple downlink burst profile capability */


/*
 * power saving class parameters
 */
#define PACK_PWR_SAV_1(buf, v)    do {PACK_TLV_U8((buf), 1, (v));} while (0)             /* flags */
#define PACK_PWR_SAV_2(buf, v)    do {PACK_TLV_U8((buf), 2, (v));} while (0)             /* power saving class id */
#define PACK_PWR_SAV_3(buf, v)    do {PACK_TLV_U8((buf), 3, (v));} while (0)             /* power saving class type */
#define PACK_PWR_SAV_4(buf, v)    do {PACK_TLV_U8((buf), 4, (v));} while (0)             /* start frame number */
#define PACK_PWR_SAV_5(buf, v)    do {PACK_TLV_U8((buf), 5, (v));} while (0)             /* initial sleep window */
#define PACK_PWR_SAV_6(buf, v)    do {PACK_TLV_U8((buf), 6, (v));} while (0)             /* listening window */
#define PACK_PWR_SAV_7(buf, v)    do {PACK_TLV_U8((buf), 7, (v));} while (0)             /* final sleep window base */
#define PACK_PWR_SAV_8(buf, v)    do {PACK_TLV_U8((buf), 8, (v));} while (0)             /* final sleep window exponent */
#define PACK_PWR_SAV_9(buf, v)    do {PACK_TLV_U8((buf), 9, (v));} while (0)             /* SLPID */
#define PACK_PWR_SAV_10(buf, v)   do {PACK_TLV_U8((buf), 10, (v));} while (0)            /* CID */
#define PACK_PWR_SAV_11(buf, v)   do {PACK_TLV_U8((buf), 11, (v));} while (0)            /* direction */

#define PACK_PWR_SAV(buf, t, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11)\
                                  do {\
                                    UINT8* l;\
                                    PACK_UINT8((buf), (t));\
                                    l = buf;\
                                    if (p1)  PACK_PWR_SAV_1(buf, *p1);\
                                    if (p2)  PACK_PWR_SAV_2(buf, *p2);\
                                    if (p3)  PACK_PWR_SAV_3(buf, *p3);\
                                    if (p4)  PACK_PWR_SAV_4(buf, *p4);\
                                    if (p5)  PACK_PWR_SAV_5(buf, *p5);\
                                    if (p6)  PACK_PWR_SAV_6(buf, *p6);\
                                    if (p7)  PACK_PWR_SAV_7(buf, *p7);\
                                    if (p8)  PACK_PWR_SAV_8(buf, *p8);\
                                    if (p9)  PACK_PWR_SAV_9(buf, *p9);\
                                    if (p10) PACK_PWR_SAV_10(buf, *p10);\
                                    if (p11) PACK_PWR_SAV_11(buf, *p11);\
                                    *l = (buf) - (l + 1);\
                                  } while (0)


/*
 * ranging request
 */
#define PACK_RNG_REQ_1(buf, v)    do {PACK_TLV_U8((buf), 1, (v));} while (0)             /* requested downlink burst profile */
#define PACK_RNG_REQ_2(buf, p)    do {PACK_TLV_BYTES_L0((buf), 2, (p), 6);} while (0)    /* ss mac address */
#define PACK_RNG_REQ_3(buf, v)    do {PACK_TLV_U8((buf), 3, (v));} while (0)             /* ranging anomalies */
#define PACK_RNG_REQ_4(buf, v)    do {PACK_TLV_U8((buf), 4, (v));} while (0)             /* AAS broadcast capability */
#define PACK_RNG_REQ_5(buf, p)    do {PACK_TLV_BYTES_L0((buf), 5, (p), 6);} while (0)    /* serving bs id */
#define PACK_RNG_REQ_6(buf, v)    do {PACK_TLV_U8((buf), 6, (v));} while (0)             /* ranging purpose indication */
#define PACK_RNG_REQ_7(buf, v)    do {PACK_TLV_U8((buf), 7, (v));} while (0)             /* HO ID */
#define PACK_RNG_REQ_8(buf, v)    do {PACK_TLV_U8((buf), 8, (v));} while (0)             /* power down indicator */
#define PACK_RNG_REQ_9(buf, p)    do {PACK_TLV_BYTES_L0((buf), 9, (p), 6);} while (0)    /* paging controller id */
#define PACK_RNG_REQ_10(buf, v)   do {PACK_TLV_U16((buf), 10, (v));} while (0)           /* mac hash skip threshold */
#define PACK_RNG_REQ_11(buf, v)   do {PACK_TLV_U8((buf), 11, (v));} while (0)            /* enabled action triggered */
#define PACK_RNG_REQ_12(buf, v)   do {PACK_TLV_U8((buf), 12, (v));} while (0)            /* requested downlink repetition coding level */
#define PACK_RNG_REQ_21(buf, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11)\
                                  PACK_PWR_SAV((buf), 21, (p1), (p2), (p3), (p4), (p5), (p6), (p7), (p8), (p9), (p10), (p11))
                                                                                         /* power saving class parameters */


/*
 * ranging response
 */
#define PACK_RNG_RSP_1(buf, v)    do {PACK_TLV_U32((buf), 1, (v));} while (0)            /* timing adjust */
#define PACK_RNG_RSP_2(buf, v)    do {PACK_TLV_U8((buf), 2, (v));} while (0)             /* power level adjust */
#define PACK_RNG_RSP_3(buf, v)    do {PACK_TLV_U32((buf), 3, (v));} while (0)            /* offset frequency adjust */
#define PACK_RNG_RSP_4(buf, v)    do {PACK_TLV_U8((buf), 4, (v));} while (0)             /* ranging status */
#define PACK_RNG_RSP_5(buf, v)    do {PACK_TLV_U32((buf), 5, (v));} while (0)            /* downlink frequency override */
#define PACK_RNG_RSP_6(buf, v)    do {PACK_TLV_U8((buf), 6, (v));} while (0)             /* uplink channel id override */
#define PACK_RNG_RSP_7(buf, v)    do {PACK_TLV_U16((buf), 7, (v));} while (0)            /* downlink operational burst profile */
#define PACK_RNG_RSP_8(buf, p)    do {PACK_TLV_BYTES_L0((buf), 8, (p), 6);} while (0)    /* ss mac address */
#define PACK_RNG_RSP_9(buf, v)    do {PACK_TLV_U16((buf), 9, (v));} while (0)            /* basic cid */
#define PACK_RNG_RSP_10(buf, v)   do {PACK_TLV_U16((buf), 10, (v));} while (0)           /* primary management cid */
#define PACK_RNG_RSP_11(buf, v)   do {PACK_TLV_U8((buf), 11, (v));} while (0)            /* AAS broadcast permission */
#define PACK_RNG_RSP_17(buf, v)   do {PACK_TLV_U8((buf), 17, (v));} while (0)            /* service level prediction */
#define PACK_RNG_RSP_18(buf, v)   do {PACK_TLV_U32((buf), 18, (v));} while (0)           /* global service class name */
#define PACK_RNG_RSP_20(buf, v)   do {PACK_TLV_U8((buf), 20, (v));} while (0)            /* resource retain flag */
#define PACK_RNG_RSP_21(buf, v)   do {PACK_TLV_U16((buf), 21, (v));} while (0)           /* HO process optimization */
#define PACK_RNG_RSP_22(buf, v)   do {PACK_TLV_U8((buf), 22, (v));} while (0)            /* HO ID */
#define PACK_RNG_RSP_23(buf, v)   do {PACK_TLV_U8((buf), 23, (v));} while (0)            /* location update response */
#define PACK_RNG_RSP_24(buf, p)   do {PACK_TLV_BYTES_L0((buf), 24, (p), 5);}             /* paging information */
#define PACK_RNG_RSP_25(buf, p)   do {PACK_TLV_BYTES_L0((buf), 25, (p), 6);}             /* paging controller ID */
#define PACK_RNG_RSP_26(buf, v)   do {PACK_TLV_U16((buf), 26, (v));} while (0)           /* next periodic ranging */
#define PACK_RNG_RSP_27(buf, p1, p2, p3, p4, p5, p6, p7, p8, p9, p10, p11)\
                                  PACK_PWR_SAV((buf), 27, (p1), (p2), (p3), (p4), (p5), (p6), (p7), (p8), (p9), (p10), (p11))
                                                                                         /* power saving class parameters */
#define PACK_RNG_RSP_28(buf, v)   do {PACK_TLV_U16((buf), 28, (v));} while (0)           /* MAC hash skip threshold */
#define PACK_RNG_RSP_29(buf, v)   do {/* add the header&length by yourself */} while (0) /* SBC-RSP encoding */
#define PACK_RNG_RSP_30(buf, v)   do {/* add the header&length by yourself */} while (0) /* REG-RSP encoding */
#define PACK_RNG_RSP_31(buf, p1, p2) \
                                  do {\
                                    UINT8* l;\
                                    PACK_UINT8((buf), 31);\
                                    l = buf;\
                                    if (p1) PACK_TLV_BYTES_L0((buf), 1, (p1), 8);\
                                    if (p2) PACK_TLV_BYTES_L0((buf), 2, (p2), 8);\
                                    *l = (buf) - (l + 1);\
                                  } while (0)                                            /* SA challenge tuple */
#define PACK_RNG_RSP_32(buf, v)   do {PACK_TLV_U8((buf), 32, (v));} while (0)            /* enabled action triggered */
#define PACK_RNG_RSP_33(buf, v)   do {PACK_TLV_U16((buf), 33, (v));} while (0)           /* downlink operational burst profile for ofdma */
#define PACK_RNG_RSP_150(buf, v)  do {PACK_TLV_U32((buf), 150, (v));} while (0)          /* ranging code attributes */


/*
 * macro definitions for ranging response
 */
#define RNG_STAT_CONT   1
#define RNG_STAT_ABORT  2
#define RNG_STAT_SUCC   3
#define RNG_STAT_RETRY  4



/*
 * function definitions about message/tlv builders
 */

void build_rng_rsp(wxbuff_t *wxb, ssinfo_t *ss);
void build_sbc_rsp(wxbuff_t *wxb, ssinfo_t *ss);
void build_reg_rsp(wxbuff_t *wxb, ssinfo_t *ss);


#endif