FreeCalypso > hg > fc-magnetite
view cdg211/cdginc/p_rrlp.h @ 639:026c98f757a6
tpudrv12.h & targets/gtm900.h: our current support is for MGC2GSMT version only
As it turns out, there exist two different Huawei-made hw platforms both
bearing the marketing name GTM900-B: one is MG01GSMT, the other is MGC2GSMT.
The two are NOT fw-compatible: aside from flash chip differences which
should be handled by autodetection, the two hw platforms are already known
to have different RFFEs with different control signals, and there may be
other differences not yet known. Our current gtm900 build target is for
MGC2GSMT only; we do not yet have a specimen of MG01GSMT on hand, hence
no support for that version will be possible until and unless someone
provides one.
author | Mychaela Falconia <falcon@freecalypso.org> |
---|---|
date | Thu, 30 Jan 2020 18:19:01 +0000 |
parents | 56abf6cf8a0b |
children |
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/* +--------------------------------------------------------------------------+ | PROJECT : PROTOCOL STACK | | FILE : p_rrlp.h | | SOURCE : "__out__\g23m_dfile\prim\rrlp.pdf" | | LastModified : "2002-11-13" | | IdAndVersion : "8443.102.02.100" | | SrcFileTime : "Mon Nov 24 15:49:24 2003" | | Generated by CCDGEN_2.5.5 on Fri Jun 08 13:59:16 2007 | | !!DO NOT MODIFY!!DO NOT MODIFY!!DO NOT MODIFY!! | +--------------------------------------------------------------------------+ */ /* PRAGMAS * PREFIX : NONE * COMPATIBILITY_DEFINES : NO (require PREFIX) * ALWAYS_ENUM_IN_VAL_FILE: NO * ENABLE_GROUP: NO * CAPITALIZE_TYPENAME: NO */ #ifndef P_RRLP_H #define P_RRLP_H #define CDG_ENTER__P_RRLP_H #define CDG_ENTER__FILENAME _P_RRLP_H #define CDG_ENTER__P_RRLP_H__FILE_TYPE CDGINC #define CDG_ENTER__P_RRLP_H__LAST_MODIFIED _2002_11_13 #define CDG_ENTER__P_RRLP_H__ID_AND_VERSION _8443_102_02_100 #define CDG_ENTER__P_RRLP_H__SRC_FILE_TIME _Mon_Nov_24_15_49_24_2003 #include "CDG_ENTER.h" #undef CDG_ENTER__P_RRLP_H #undef CDG_ENTER__FILENAME #include "p_rrlp.val" #ifndef __T_assist_data__ #define __T_assist_data__ /* * Assistance Data * CCDGEN:WriteStruct_Count==2055 */ typedef struct { U16 arfcn; /*< 0: 2> Channel number */ U8 bsic; /*< 2: 1> Base station ID code */ U8 mfrm_offset; /*< 3: 1> multiframe offset */ U8 otd_type; /*< 4: 1> OTD type */ U8 _align0; /*< 5: 1> alignment */ U16 exp_otd; /*< 6: 2> expectedOTD */ U8 uncertainty; /*< 8: 1> Uncertainty of expected OTD */ U8 _align1; /*< 9: 1> alignment */ U16 rough_rtd; /*< 10: 2> rough RTD */ } T_assist_data; #endif #ifndef __T_bts_data__ #define __T_bts_data__ /* * BTS data * CCDGEN:WriteStruct_Count==2056 */ typedef struct { U8 bsic; /*< 0: 1> Base station ID code */ U8 _align0; /*< 1: 1> alignment */ U16 arfcn; /*< 2: 2> Channel number */ U8 quality; /*< 4: 1> 5 bit encoding: ranges */ U8 num_measurements; /*< 5: 1> Number of measurements */ U8 _align1; /*< 6: 1> alignment */ U8 _align2; /*< 7: 1> alignment */ S32 timing_offset; /*< 8: 4> Timing offset */ S32 timing_advance; /*< 12: 4> Timing advance */ } T_bts_data; #endif #ifndef __T_ref_bts_data__ #define __T_ref_bts_data__ /* * Reference BTS data * CCDGEN:WriteStruct_Count==2057 */ typedef struct { U16 cell_id; /*< 0: 2> Cell ID */ U16 lac; /*< 2: 2> Location area code */ U8 quality; /*< 4: 1> 5 bit encoding: ranges */ U8 num_measurements; /*< 5: 1> Number of measurements */ U8 _align0; /*< 6: 1> alignment */ U8 _align1; /*< 7: 1> alignment */ S32 timing_offset; /*< 8: 4> Timing offset */ U8 total_neigh_bts; /*< 12: 1> Total number of neighbor BTS */ U8 _align2; /*< 13: 1> alignment */ U8 _align3; /*< 14: 1> alignment */ U8 _align4; /*< 15: 1> alignment */ T_bts_data bts_data[R_MAX_REF_NEIGH_BTS]; /*< 16:240> BTS data */ U16 frame_number; /*<256: 2> Frame number */ U8 _align5; /*<258: 1> alignment */ U8 _align6; /*<259: 1> alignment */ S32 timing_advance; /*<260: 4> Timing advance */ } T_ref_bts_data; #endif #ifndef __T_timing_data__ #define __T_timing_data__ /* * Output of the position algorithm * CCDGEN:WriteStruct_Count==2058 */ typedef struct { U16 mcc; /*< 0: 2> Mobile country code */ U16 mnc; /*< 2: 2> Mobile country code */ U8 reference_relation; /*< 4: 1> 0, 1 or 2, only used when there are 2 ref cells and 3 measurement sets */ U8 time_slot; /*< 5: 1> Time slot number */ U8 std_resolution; /*< 6: 1> Standard resolution in meters */ U8 num_measurement_sets; /*< 7: 1> Number of measurement sets */ U8 num_reference_cells; /*< 8: 1> Number of reference cells */ U8 ta_correction_present; /*< 9: 1> */ U16 ta_correction; /*< 10: 2> TA correction */ T_ref_bts_data ref_bts_data[R_NUM_MEAS_SETS]; /*< 12:792> Reference BTS data */ } T_timing_data; #endif /* * End of substructure section, begin of primitive definition section */ #ifndef __T_RRLP_POS_IND__ #define __T_RRLP_POS_IND__ /* * * CCDGEN:WriteStruct_Count==2059 */ typedef struct { U8 _align0; /*< 0: 1> alignment */ U8 _align1; /*< 1: 1> alignment */ U8 v_assist_data; /*< 2: 1> valid-flag */ U8 c_assist_data; /*< 3: 1> counter */ T_assist_data assist_data[MAX_NCELL_EOTD]; /*< 4:180> Assistance Data */ U8 loc_method; /*<184: 1> Location method */ U8 pos_method; /*<185: 1> Position method */ U8 _align2; /*<186: 1> alignment */ U8 v_arfcn; /*<187: 1> valid-flag */ U16 arfcn; /*<188: 2> Channel number */ U8 v_bsic; /*<190: 1> valid-flag */ U8 bsic; /*<191: 1> Base station ID code */ } T_RRLP_POS_IND; #endif #ifndef __T_RRLP_POS_RES__ #define __T_RRLP_POS_RES__ /* * * CCDGEN:WriteStruct_Count==2060 */ typedef struct { T_timing_data timing_data; /*< 0:804> Output of the position algorithm */ } T_RRLP_POS_RES; #endif #ifndef __T_RRLP_ERROR_REQ__ #define __T_RRLP_ERROR_REQ__ /* * * CCDGEN:WriteStruct_Count==2061 */ typedef struct { U8 cause; /*< 0: 1> Cause Id Error */ U8 _align0; /*< 1: 1> alignment */ U8 _align1; /*< 2: 1> alignment */ U8 _align2; /*< 3: 1> alignment */ } T_RRLP_ERROR_REQ; #endif #include "CDG_LEAVE.h" #endif