FreeCalypso > hg > fc-magnetite
view src/cs/layer1/include/l1_defty.h @ 701:35e7f9d0379f
targets: add TARGET_HAS_BUZZER to c11x, c139 and dsample
This new target config preprocessor symbol was introduced in Tourmaline
in connection with the new approach to playing buzzer melodies via PWT,
properly omitting the responsible code on targets where BU output
controls the vibrator instead. That code is not present in Magnetite
and we have no plans to backport it here, but target header files
should be kept consistent between the two trees, especially given
that we plan to support FC Venus target in Magnetite.
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Sat, 26 Mar 2022 19:51:34 +0000 |
| parents | 945cf7f506b2 |
| children |
line wrap: on
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/************* Revision Controle System Header ************* * GSM Layer 1 software * L1_DEFTY.H * * Filename l1_defty.h * Copyright 2003 (C) Texas Instruments * ************* Revision Controle System Header *************/ #if(L1_DYN_DSP_DWNLD == 1) #include "l1_dyn_dwl_defty.h" #endif typedef struct { UWORD16 modulus; UWORD16 relative_position; } T_BCCHS_SCHEDULE; typedef struct { UWORD8 schedule_array_size; T_BCCHS_SCHEDULE schedule_array[10]; } T_BCCHS; typedef struct { BOOL status; UWORD16 radio_freq; UWORD32 fn_offset; UWORD32 time_alignmt; UWORD8 sb26_attempt; UWORD8 tsc; UWORD16 bcch_blks_req; UWORD8 timing_validity; UWORD8 search_mode; UWORD8 gprs_priority; UWORD8 sb26_offset; // Set to 1 when SB26 RX win is entirely in frame 25. #if (L1_12NEIGH ==1) UWORD32 fn_offset_mem; UWORD32 time_alignmt_mem; #endif } T_NCELL_SINGLE; typedef struct { UWORD8 active_neigh_id_norm; UWORD8 active_neigh_tc_norm; UWORD8 active_neigh_id_top; UWORD8 active_neigh_tc_top; UWORD8 current_list_size; T_NCELL_SINGLE list[6]; } T_BCCHN_LIST; typedef struct { UWORD8 active_fb_id; UWORD8 active_sbconf_id; UWORD8 active_sb_id; UWORD8 current_list_size; UWORD8 first_in_list; //point at oldest element in list. Used when parsing the list. #if (L1_EOTD==1) #if L1_EOTD_QBIT_ACC // Store serving fn_offset and time_alignmt, so that they can be tracked // independently. UWORD32 serv_fn_offset; UWORD32 serv_time_alignmt; #endif // Need to track any TOA updates in dedicated mode else // QB errors are introduced in the results... UWORD8 eotd_toa_phase; WORD32 eotd_toa_tracking; WORD32 eotd_cache_toa_tracking; UWORD8 eotd_meas_session; UWORD32 fn_sb_serv; // for methods 1 & 2 UWORD32 ta_sb_serv; // for methods 1 & 2 WORD32 teotdS; // for method 2 only UWORD32 fn_offset_serv; // for method 2 only #endif #if (L1_12NEIGH==1) T_NCELL_SINGLE list[NBR_NEIGHBOURS+1]; // 1 place (13th) for S.C in EOTD. #else T_NCELL_SINGLE list[6]; #endif } T_NSYNC_LIST; typedef struct { UWORD8 cbch_state; UWORD32 starting_fn; UWORD32 first_block[48]; UWORD8 cbch_num; UWORD8 schedule_length; UWORD8 next; WORD32 start_continuous_fn; } T_CBCH_HEAD_SCHEDULE; typedef struct { UWORD8 cbch_num; UWORD8 next; UWORD32 start_fn[6]; } T_CBCH_INFO_SCHEDULE; /*=========================================================================*/ /* Moved type definitions from Debis files. */ /*=========================================================================*/ #if (AMR == 1) // AMR ver 1.0 parameters typedef struct { BOOL noise_suppression_bit; BOOL initial_codec_mode_indicator; UWORD8 initial_codec_mode; UWORD8 active_codec_set; UWORD8 threshold[3]; UWORD8 hysteresis[3]; } T_AMR_CONFIGURATION; #endif typedef struct { UWORD8 A[7+1]; } T_ENCRYPTION_KEY; typedef struct { UWORD8 A[22+1]; } T_RADIO_FRAME; typedef struct { UWORD8 n32; UWORD8 n51; UWORD8 n26; } T_SHORT_FRAME_NUMBER; typedef struct { UWORD16 A[31+1]; } T_CHAN_LIST; typedef struct { UWORD16 num_of_chans; T_CHAN_LIST chan_number; } T_BCCH_LIST; typedef struct { UWORD16 rf_chan_num; UWORD8 l2_channel_type; UWORD8 error_cause; T_RADIO_FRAME l2_frame; UWORD8 bsic; UWORD8 tc; } T_PH_DATA_IND; typedef struct { UWORD16 A[63+1]; } T_MA_FIELD; typedef struct { UWORD16 rf_chan_cnt; T_MA_FIELD rf_chan_no; } T_MOBILE_ALLOCATION; typedef struct { BOOL start_time_present; T_SHORT_FRAME_NUMBER start_time; } T_STARTING_TIME; typedef struct { UWORD16 radio_freq_no; WORD8 rxlev; } T_RXLEV_MEAS; typedef struct { UWORD8 maio; UWORD8 hsn; } T_HOPPING_RF; typedef struct { UWORD16 radio_freq; } T_SINGLE_RF; typedef union { T_SINGLE_RF single_rf; T_HOPPING_RF hopping_rf; } T_CHN_SEL_CHOICE; typedef struct { BOOL h; T_CHN_SEL_CHOICE rf_channel; } T_CHN_SEL; typedef struct { T_CHN_SEL chan_sel; UWORD8 channel_type; UWORD8 subchannel; UWORD8 timeslot_no; UWORD8 tsc; } T_CHANNEL_DESCRIPTION; typedef struct { UWORD8 ncc; UWORD8 bcc; UWORD16 bcch_carrier; } T_CELL_DESC; typedef struct { T_CELL_DESC cell_description; T_CHANNEL_DESCRIPTION channel_desc_1; UWORD8 channel_mode_1; T_STARTING_TIME starting_time; UWORD8 ho_acc; UWORD8 txpwr; BOOL report_time_diff; T_MOBILE_ALLOCATION frequency_list; T_CHANNEL_DESCRIPTION channel_desc_2; UWORD8 channel_mode_2; T_MOBILE_ALLOCATION frequency_list_bef_sti; T_CHANNEL_DESCRIPTION channel_desc_1_bef_sti; T_CHANNEL_DESCRIPTION channel_desc_2_bef_sti; BOOL cipher_mode; UWORD8 a5_algorithm; } T_HO_PARAMS; typedef struct { T_CHANNEL_DESCRIPTION channel_desc; T_MOBILE_ALLOCATION frequency_list; T_STARTING_TIME starting_time; } T_MPHC_CHANGE_FREQUENCY; typedef struct { UWORD8 subchannel; UWORD8 channel_mode; #if (AMR == 1) T_AMR_CONFIGURATION amr_configuration; #endif } T_MPHC_CHANNEL_MODE_MODIFY_REQ; typedef struct { UWORD8 cipher_mode; UWORD8 a5_algorithm; T_ENCRYPTION_KEY new_ciph_param; } T_MPHC_SET_CIPHERING_REQ; typedef struct { UWORD8 sub_channel; UWORD8 frame_erasure; } T_OML1_CLOSE_TCH_LOOP_REQ; typedef struct { #if (defined _WINDOWS && (OP_RIV_AUDIO == 1)) T_RV_HDR header; #endif UWORD8 tested_device; } T_OML1_START_DAI_TEST_REQ; /***********************************************************/ /* Type definitions for DEBUG... */ /***********************************************************/ typedef struct // translate string in int and int in string { CHAR *message; WORD32 SignalCode; WORD32 size; } MSG_DEBUG; typedef struct // translate string in int and int in string { CHAR *name; } TASK_TRACE; /***********************************************************/ /* Type definitions for data structures used for MFTAB */ /* managment... */ /***********************************************************/ typedef struct { void (*fct_ptr)(UWORD8,UWORD8); CHAR param1; CHAR param2; } T_FCT; typedef struct { T_FCT fct[L1_MAX_FCT]; } T_FRM; typedef struct { T_FRM frmlst[MFTAB_SIZE]; } T_MFTAB; typedef struct { const T_FCT *address; UWORD8 size; } T_TASK_MFTAB; /***********************************************************/ /* TPU controle register components definition. */ /***********************************************************/ #if (CODE_VERSION==SIMULATION) typedef struct // contents of REG_CMD register { unsigned int tpu_reset_bit : 1; // TPU_RESET bit : ON (reset TPU) unsigned int tpu_pag_bit : 1; // TPU_PAG bit : 0 (page 0) unsigned int tpu_enb_bit : 1; // TPU_ENB bit : ON (TPU commun.int.) unsigned int dsp_pag_bit : 1; // DSP_PAG bit : 0 (page 0) unsigned int dsp_enb_bit : 1; // DSP_ENB bit : ON (DSP commun.int.) unsigned int tpu_stat_bit : 1; // TPU_STAT bit : ON (if TPU active) OFF (if TPU in IDLE) unsigned int tpu_idle_bit : 1; // TPU_IDLE bit : ON (force IDLE mode) } T_reg_cmd; // Rem: we must keep "unsigned int" type for bitmap. #else typedef struct // contents of REG_CMD register { unsigned int tpu_reset_bit : 1; // TPU_RESET bit : ON (reset TPU) unsigned int tpu_pag_bit : 1; // TPU_PAG bit : 0 (page 0) unsigned int tpu_enb_bit : 1; // TPU_ENB bit : ON (TPU commun.int.) unsigned int unused_1 : 1; // unsigned int dsp_enb_bit : 1; // DSP_ENB bit : ON (DSP commun.int.) unsigned int unused_2 : 1; // unsigned int unused_3 : 1; // unsigned int tsp_reset_bit : 1; // TSP_RESET bit : ON (reset TSP) unsigned int tpu_idle_bit : 1; // TPU_IDLE bit : ON (force IDLE mode) unsigned int tup_wait_bit : 1; // TPU_WAIT bit : ON (TPU ready) unsigned int tpu_ck_enb_bit: 1; // TPU_CLK bit : ON (TPU clock on) } T_reg_cmd; #endif /***********************************************************/ /* */ /* Data structure for global info components. */ /* */ /***********************************************************/ typedef struct { API d_task_d; // (0) Downlink task command. API d_burst_d; // (1) Downlink burst identifier. API d_task_u; // (2) Uplink task command. API d_burst_u; // (3) Uplink burst identifier. API d_task_md; // (4) Downlink Monitoring (FB/SB) command. #if (DSP == 33) || (DSP == 34) || (DSP == 35) || (DSP == 36) API d_background; // (5) Background tasks #else API d_reserved; // (5) Reserved #endif API d_debug; // (6) Debug/Acknowledge/general purpose word. API d_task_ra; // (7) RA task command. API d_fn; // (8) FN, in Rep. period and FN%104, used for TRAFFIC/TCH only. // bit [0..7] -> b_fn_report, FN in the normalized reporting period. // bit [8..15] -> b_fn_sid, FN % 104, used for SID positionning. API d_ctrl_tch; // (9) Tch channel description. // bit [0..3] -> b_chan_mode, channel mode. // bit [4..5] -> b_chan_type, channel type. // bit [6] -> reset SACCH // bit [7] -> vocoder ON // bit [8] -> b_sync_tch_ul, synchro. TCH/UL. // bit [9] -> b_sync_tch_dl, synchro. TCH/DL. // bit [10] -> b_stop_tch_ul, stop TCH/UL. // bit [11] -> b_stop_tch_dl, stop TCH/DL. // bit [12.13] -> b_tch_loop, tch loops A/B/C. API hole; // (10) unused hole. #if ((ANLG_FAM == 1) || (ANLG_FAM == 2) || (ANLG_FAM == 3)) API d_ctrl_abb; // (11) Bit field indicating the analog baseband register to send. // bit [0] -> b_ramp: the ramp information(a_ramp[]) is located in NDB // bit [1.2] -> unused // bit [3] -> b_apcdel: delays-register in NDB // bit [4] -> b_afc: freq control register in DB // bit [5..15] -> unused #endif API a_a5fn[2]; // (12..13) Encryption Frame number. // word 0, bit [0..4] -> T2. // word 0, bit [5..10] -> T3. // word 1, bit [0..11] -> T1. API d_power_ctl; // (14) Power level control. API d_afc; // (15) AFC value (enabled by "b_afc" in "d_ctrl_TCM4400 or in d_ctrl_abb"). API d_ctrl_system; // (16) Controle Register for RESET/RESUME. // bit [0..2] -> b_tsq, training sequence. // bit [3] -> b_bcch_freq_ind, BCCH frequency indication. // bit [15] -> b_task_abort, DSP task abort command. } T_DB_MCU_TO_DSP; typedef struct { API d_task_d; // (0) Downlink task command. API d_burst_d; // (1) Downlink burst identifier. API d_task_u; // (2) Uplink task command. API d_burst_u; // (3) Uplink burst identifier. API d_task_md; // (4) Downlink Monitoring (FB/SB) task command. #if (DSP == 33) || (DSP == 34) || (DSP == 35) || (DSP == 36) API d_background; // (5) Background tasks #else API d_reserved; // (5) Reserved #endif API d_debug; // (6) Debug/Acknowledge/general purpose word. API d_task_ra; // (7) RA task command. #if (DSP == 33) || (DSP == 34) || (DSP == 35) || (DSP == 36) API a_serv_demod[4]; // ( 8..11) Serv. cell demod. result, array of 4 words (D_TOA,D_PM,D_ANGLE,D_SNR). API a_pm[3]; // (12..14) Power measurement results, array of 3 words. API a_sch[5]; // (15..19) Header + SB information, array of 5 words. #else API a_pm[3]; // ( 8..10) Power measurement results, array of 3 words. API a_serv_demod[4]; // (11..14) Serv. cell demod. result, array of 4 words (D_TOA,D_PM,D_ANGLE,D_SNR). API a_sch[5]; // (15..19) Header + SB information, array of 5 words. #endif } T_DB_DSP_TO_MCU; #if (DSP == 34) || (DSP == 35) || (DSP == 36) // NDB GSM typedef struct { // MISC Tasks API d_dsp_page; // DSP status returned (DSP --> MCU). API d_error_status; // RIF control (MCU -> DSP). API d_spcx_rif; API d_tch_mode; // TCH mode register. // bit [0..1] -> b_dai_mode. // bit [2] -> b_dtx. API d_debug1; // bit 0 at 1 enable dsp f_tx delay for Omega API d_dsp_test; // Words dedicated to Software version (DSP code + Patch) API d_version_number1; API d_version_number2; API d_debug_ptr; API d_debug_bk; API d_pll_config; // GSM/GPRS DSP Debug trace support API p_debug_buffer; API d_debug_buffer_size; API d_debug_trace_type; #if (W_A_DSP_IDLE3 == 1) // DSP report its state: 0 run, 1 Idle1, 2 Idle2, 3 Idle3. API d_dsp_state; // 5 words are reserved for any possible mapping modification API d_hole1_ndb[2]; #else // 6 words are reserved for any possible mapping modification API d_hole1_ndb[3]; #endif #if (AMR == 1) API p_debug_amr; #else API d_hole_debug_amr; #endif #if (CHIPSET == 12) #if (DSP == 35) || (DSP == 36) API d_hole2_ndb[1]; API d_mcsi_select; #else API d_hole2_ndb[2]; #endif #else API d_hole2_ndb[2]; #endif // New words APCDEL1 and APCDEL2 for 2TX: TX/PRACH combinations API d_apcdel1_bis; API d_apcdel2_bis; // New registers due to IOTA analog base band API d_apcdel2; API d_vbctrl2; API d_bulgcal; // Analog Based Band API d_afcctladd; API d_vbuctrl; API d_vbdctrl; API d_apcdel1; API d_apcoff; API d_bulioff; API d_bulqoff; API d_dai_onoff; API d_auxdac; #if (ANLG_FAM == 1) API d_vbctrl; #elif ((ANLG_FAM == 2) || (ANLG_FAM == 3)) API d_vbctrl1; #endif API d_bbctrl; // Monitoring tasks control (MCU <- DSP) // FB task API d_fb_det; // FB detection result. (1 for FOUND). API d_fb_mode; // Mode for FB detection algorithm. API a_sync_demod[4]; // FB/SB demod. result, (D_TOA,D_PM,D_ANGLE,D_SNR). // SB Task API a_sch26[5]; // Header + SB information, array of 5 words. API d_audio_gain_ul; API d_audio_gain_dl; // Controller of the melody E2 audio compressor API d_audio_compressor_ctrl; // AUDIO module API d_audio_init; API d_audio_status; // Audio tasks // TONES (MCU -> DSP) API d_toneskb_init; API d_toneskb_status; API d_k_x1_t0; API d_k_x1_t1; API d_k_x1_t2; API d_pe_rep; API d_pe_off; API d_se_off; API d_bu_off; API d_t0_on; API d_t0_off; API d_t1_on; API d_t1_off; API d_t2_on; API d_t2_off; API d_k_x1_kt0; API d_k_x1_kt1; API d_dur_kb; API d_shiftdl; API d_shiftul; API d_aec_ctrl; API d_es_level_api; API d_mu_api; // Melody Ringer module API d_melo_osc_used; API d_melo_osc_active; API a_melo_note0[4]; API a_melo_note1[4]; API a_melo_note2[4]; API a_melo_note3[4]; API a_melo_note4[4]; API a_melo_note5[4]; API a_melo_note6[4]; API a_melo_note7[4]; // selection of the melody format API d_melody_selection; // Holes due to the format melody E1 API a_melo_holes[3]; // Speech Recognition module API d_sr_status; // status of the DSP speech reco task API d_sr_param; // paramters for the DSP speech reco task: OOV threshold. API d_sr_bit_exact_test; // bit exact test API d_sr_nb_words; // number of words used in the speech recognition task API d_sr_db_level; // estimate voice level in dB API d_sr_db_noise; // estimate noise in dB API d_sr_mod_size; // size of the model API a_n_best_words[4]; // array of the 4 best words API a_n_best_score[8]; // array of the 4 best scores (each score is 32 bits length) // Audio buffer API a_dd_1[22]; // Header + DATA traffic downlink information, sub. chan. 1. API a_du_1[22]; // Header + DATA traffic uplink information, sub. chan. 1. // V42bis module API d_v42b_nego0; API d_v42b_nego1; API d_v42b_control; API d_v42b_ratio_ind; API d_mcu_control; API d_mcu_control_sema; // Background tasks API d_background_enable; API d_background_abort; API d_background_state; API d_max_background; API a_background_tasks[16]; API a_back_task_io[16]; // GEA module defined in l1p_deft.h (the following section is overlaid with GPRS NDB memory) API d_gea_mode_ovly; API a_gea_kc_ovly[4]; #if (ANLG_FAM == 3) // SYREN specific registers API d_vbpop; API d_vau_delay_init; API d_vaud_cfg; API d_vauo_onoff; API d_vaus_vol; API d_vaud_pll; API d_hole3_ndb[1]; #elif ((ANLG_FAM == 1) || (ANLG_FAM == 2)) API d_hole3_ndb[7]; #endif // word used for the init of USF threshold API d_thr_usf_detect; // Encryption module API d_a5mode; // Encryption Mode. API d_sched_mode_gprs_ovly; // 7 words are reserved for any possible mapping modification API d_hole4_ndb[5]; // Ramp definition for Omega device API a_ramp[16]; // CCCH/SACCH downlink information...(!!) API a_cd[15]; // Header + CCCH/SACCH downlink information. // FACCH downlink information........(!!) API a_fd[15]; // Header + FACCH downlink information. // Traffic downlink data frames......(!!) API a_dd_0[22]; // Header + DATA traffic downlink information, sub. chan. 0. // CCCH/SACCH uplink information.....(!!) API a_cu[15]; // Header + CCCH/SACCH uplink information. // FACCH downlink information........(!!) API a_fu[15]; // Header + FACCH uplink information // Traffic downlink data frames......(!!) API a_du_0[22]; // Header + DATA traffic uplink information, sub. chan. 0. // Random access.....................(MCU -> DSP). API d_rach; // RACH information. //...................................(MCU -> DSP). API a_kc[4]; // Encryption Key Code. // Integrated Data Services module API d_ra_conf; API d_ra_act; API d_ra_test; API d_ra_statu; API d_ra_statd; API d_fax; API a_data_buf_ul[21]; API a_data_buf_dl[37]; // GTT API mapping for DSP code 34 (for test only) #if (L1_GTT == 1) API d_tty_status; API d_tty_detect_thres; API d_ctm_detect_shift; API d_tty_fa_thres; API d_tty_mod_norm; API d_tty_reset_buffer_ul; API d_tty_loop_ctrl; API p_tty_loop_buffer; #else API a_tty_holes[8]; #endif API a_sr_holes0[414]; #if (L1_NEW_AEC) // new AEC API d_cont_filter; API d_granularity_att; API d_coef_smooth; API d_es_level_max; API d_fact_vad; API d_thrs_abs; API d_fact_asd_fil; API d_fact_asd_mut; API d_far_end_pow_h; API d_far_end_pow_l; API d_far_end_noise_h; API d_far_end_noise_l; #else API a_new_aec_holes[12]; #endif // L1_NEW_AEC // Speech recognition model API a_sr_holes1[145]; API d_cport_init; API d_cport_ctrl; API a_cport_cfr[2]; API d_cport_tcl_tadt; API d_cport_tdat; API d_cport_tvs; API d_cport_status; API d_cport_reg_value; API a_cport_holes[1011]; API a_model[1041]; // EOTD buffer #if (L1_EOTD==1) API d_eotd_first; API d_eotd_max; API d_eotd_nrj_high; API d_eotd_nrj_low; API a_eotd_crosscor[18]; #else API a_eotd_holes[22]; #endif // AMR ver 1.0 buffers API a_amr_config[4]; API a_ratscch_ul[6]; API a_ratscch_dl[6]; API d_amr_snr_est; // estimation of the SNR of the AMR speech block #if (L1_VOICE_MEMO_AMR) API d_amms_ul_voc; #else API a_voice_memo_amr_holes[1]; #endif API d_thr_onset_afs; // thresh detection ONSET AFS API d_thr_sid_first_afs; // thresh detection SID_FIRST AFS API d_thr_ratscch_afs; // thresh detection RATSCCH AFS API d_thr_update_afs; // thresh detection SID_UPDATE AFS API d_thr_onset_ahs; // thresh detection ONSET AHS API d_thr_sid_ahs; // thresh detection SID frames AHS API d_thr_ratscch_marker;// thresh detection RATSCCH MARKER API d_thr_sp_dgr; // thresh detection SPEECH DEGRADED/NO_DATA API d_thr_soft_bits; #if (MELODY_E2) API d_melody_e2_osc_stop; API d_melody_e2_osc_active; API d_melody_e2_semaphore; API a_melody_e2_osc[16][3]; API d_melody_e2_globaltimefactor; API a_melody_e2_instrument_ptr[8]; API d_melody_e2_deltatime; #if (AMR_THRESHOLDS_WORKAROUND) API a_d_macc_thr_afs[8]; API a_d_macc_thr_ahs[6]; #else API a_melody_e2_holes0[14]; #endif API a_melody_e2_holes1[693]; API a_dsp_trace[SC_AUDIO_MELODY_E2_MAX_SIZE_OF_DSP_TRACE]; API a_melody_e2_instrument_wave[SC_AUDIO_MELODY_E2_MAX_SIZE_OF_INSTRUMENT]; #else API d_holes[61]; #if (AMR_THRESHOLDS_WORKAROUND) API a_d_macc_thr_afs[8]; API a_d_macc_thr_ahs[6]; #endif #endif } T_NDB_MCU_DSP; #elif (DSP == 33) // NDB GSM typedef struct { // MISC Tasks API d_dsp_page; // DSP status returned (DSP --> MCU). API d_error_status; // RIF control (MCU -> DSP). API d_spcx_rif; API d_tch_mode; // TCH mode register. // bit [0..1] -> b_dai_mode. // bit [2] -> b_dtx. API d_debug1; // bit 0 at 1 enable dsp f_tx delay for Omega API d_dsp_test; // Words dedicated to Software version (DSP code + Patch) API d_version_number1; API d_version_number2; API d_debug_ptr; API d_debug_bk; API d_pll_config; // GSM/GPRS DSP Debug trace support API p_debug_buffer; API d_debug_buffer_size; API d_debug_trace_type; #if (W_A_DSP_IDLE3 == 1) // DSP report its state: 0 run, 1 Idle1, 2 Idle2, 3 Idle3. API d_dsp_state; // 10 words are reserved for any possible mapping modification API d_hole1_ndb[5]; #else // 11 words are reserved for any possible mapping modification API d_hole1_ndb[6]; #endif // New words APCDEL1 and APCDEL2 for 2TX: TX/PRACH combinations API d_apcdel1_bis; API d_apcdel2_bis; // New registers due to IOTA analog base band API d_apcdel2; API d_vbctrl2; API d_bulgcal; // Analog Based Band API d_afcctladd; API d_vbuctrl; API d_vbdctrl; API d_apcdel1; API d_apcoff; API d_bulioff; API d_bulqoff; API d_dai_onoff; API d_auxdac; #if (ANLG_FAM == 1) API d_vbctrl; #elif ((ANLG_FAM == 2) || (ANLG_FAM == 3)) API d_vbctrl1; #endif API d_bbctrl; // Monitoring tasks control (MCU <- DSP) // FB task API d_fb_det; // FB detection result. (1 for FOUND). API d_fb_mode; // Mode for FB detection algorithm. API a_sync_demod[4]; // FB/SB demod. result, (D_TOA,D_PM,D_ANGLE,D_SNR). // SB Task API a_sch26[5]; // Header + SB information, array of 5 words. API d_audio_gain_ul; API d_audio_gain_dl; // Controller of the melody E2 audio compressor API d_audio_compressor_ctrl; // AUDIO module API d_audio_init; API d_audio_status; // Audio tasks // TONES (MCU -> DSP) API d_toneskb_init; API d_toneskb_status; API d_k_x1_t0; API d_k_x1_t1; API d_k_x1_t2; API d_pe_rep; API d_pe_off; API d_se_off; API d_bu_off; API d_t0_on; API d_t0_off; API d_t1_on; API d_t1_off; API d_t2_on; API d_t2_off; API d_k_x1_kt0; API d_k_x1_kt1; API d_dur_kb; API d_shiftdl; API d_shiftul; API d_aec_ctrl; API d_es_level_api; API d_mu_api; // Melody Ringer module API d_melo_osc_used; API d_melo_osc_active; API a_melo_note0[4]; API a_melo_note1[4]; API a_melo_note2[4]; API a_melo_note3[4]; API a_melo_note4[4]; API a_melo_note5[4]; API a_melo_note6[4]; API a_melo_note7[4]; // selection of the melody format API d_melody_selection; // Holes due to the format melody E1 API a_melo_holes[3]; // Speech Recognition module API d_sr_status; // status of the DSP speech reco task API d_sr_param; // paramters for the DSP speech reco task: OOV threshold. API d_sr_bit_exact_test; // bit exact test API d_sr_nb_words; // number of words used in the speech recognition task API d_sr_db_level; // estimate voice level in dB API d_sr_db_noise; // estimate noise in dB API d_sr_mod_size; // size of the model API a_n_best_words[4]; // array of the 4 best words API a_n_best_score[8]; // array of the 4 best scores (each score is 32 bits length) // Audio buffer API a_dd_1[22]; // Header + DATA traffic downlink information, sub. chan. 1. API a_du_1[22]; // Header + DATA traffic uplink information, sub. chan. 1. // V42bis module API d_v42b_nego0; API d_v42b_nego1; API d_v42b_control; API d_v42b_ratio_ind; API d_mcu_control; API d_mcu_control_sema; // Background tasks API d_background_enable; API d_background_abort; API d_background_state; API d_max_background; API a_background_tasks[16]; API a_back_task_io[16]; // GEA module defined in l1p_deft.h (the following section is overlaid with GPRS NDB memory) API d_gea_mode_ovly; API a_gea_kc_ovly[4]; API d_hole3_ndb[8]; // Encryption module API d_a5mode; // Encryption Mode. API d_sched_mode_gprs_ovly; // 7 words are reserved for any possible mapping modification API d_hole4_ndb[5]; // Ramp definition for Omega device API a_ramp[16]; // CCCH/SACCH downlink information...(!!) API a_cd[15]; // Header + CCCH/SACCH downlink information. // FACCH downlink information........(!!) API a_fd[15]; // Header + FACCH downlink information. // Traffic downlink data frames......(!!) API a_dd_0[22]; // Header + DATA traffic downlink information, sub. chan. 0. // CCCH/SACCH uplink information.....(!!) API a_cu[15]; // Header + CCCH/SACCH uplink information. // FACCH downlink information........(!!) API a_fu[15]; // Header + FACCH uplink information // Traffic downlink data frames......(!!) API a_du_0[22]; // Header + DATA traffic uplink information, sub. chan. 0. // Random access.....................(MCU -> DSP). API d_rach; // RACH information. //...................................(MCU -> DSP). API a_kc[4]; // Encryption Key Code. // Integrated Data Services module API d_ra_conf; API d_ra_act; API d_ra_test; API d_ra_statu; API d_ra_statd; API d_fax; API a_data_buf_ul[21]; API a_data_buf_dl[37]; #if (L1_NEW_AEC) // new AEC API a_new_aec_holes[422]; API d_cont_filter; API d_granularity_att; API d_coef_smooth; API d_es_level_max; API d_fact_vad; API d_thrs_abs; API d_fact_asd_fil; API d_fact_asd_mut; API d_far_end_pow_h; API d_far_end_pow_l; API d_far_end_noise_h; API d_far_end_noise_l; #endif // Speech recognition model #if (L1_NEW_AEC) API a_sr_holes[1165]; #else API a_sr_holes[1599]; #endif // L1_NEW_AEC API a_model[1041]; // EOTD buffer #if (L1_EOTD==1) API d_eotd_first; API d_eotd_max; API d_eotd_nrj_high; API d_eotd_nrj_low; API a_eotd_crosscor[18]; #else API a_eotd_holes[22]; #endif #if (MELODY_E2) API a_melody_e2_holes0[27]; API d_melody_e2_osc_used; API d_melody_e2_osc_active; API d_melody_e2_semaphore; API a_melody_e2_osc[16][3]; API d_melody_e2_globaltimefactor; API a_melody_e2_instrument_ptr[8]; API a_melody_e2_holes1[708]; API a_dsp_trace[SC_AUDIO_MELODY_E2_MAX_SIZE_OF_DSP_TRACE]; API a_melody_e2_instrument_wave[SC_AUDIO_MELODY_E2_MAX_SIZE_OF_INSTRUMENT]; #endif } T_NDB_MCU_DSP; #elif ((DSP == 32) || (DSP == 31)) typedef struct { // Monitoring tasks control..........(MCU <- DSP) API d_fb_det; // FB detection result. (1 for FOUND). API d_fb_mode; // Mode for FB detection algorithm. API a_sync_demod[4]; // FB/SB demod. result, (D_TOA,D_PM,D_ANGLE,D_SNR). // CCCH/SACCH downlink information...(!!) API a_cd[15]; // Header + CCCH/SACCH downlink information. // FACCH downlink information........(!!) API a_fd[15]; // Header + FACCH downlink information. // Traffic downlink data frames......(!!) API a_dd_0[22]; // Header + DATA traffic downlink information, sub. chan. 0. API a_dd_1[22]; // Header + DATA traffic downlink information, sub. chan. 1. // CCCH/SACCH uplink information.....(!!) API a_cu[15]; // Header + CCCH/SACCH uplink information. #if (SPEECH_RECO) // FACCH downlink information........(!!) API a_fu[3]; // Header + FACCH uplink information // The size of this buffer is 15 word but some speech reco words // are overlayer with this buffer. This is the reason why the size is 3 instead of 15. API d_sr_status; // status of the DSP speech reco task API d_sr_param; // paramters for the DSP speech reco task: OOV threshold. API sr_hole1; // hole API d_sr_bit_exact_test; // bit exact test API d_sr_nb_words; // number of words used in the speech recognition task API d_sr_db_level; // estimate voice level in dB API d_sr_db_noise; // estimate noise in dB API d_sr_mod_size; // size of the model API sr_holes_1[4]; // hole #else // FACCH downlink information........(!!) API a_fu[15]; // Header + FACCH uplink information #endif // Traffic uplink data frames........(!!) API a_du_0[22]; // Header + DATA traffic uplink information, sub. chan. 0. API a_du_1[22]; // Header + DATA traffic uplink information, sub. chan. 1. // Random access.....................(MCU -> DSP). API d_rach; // RACH information. //...................................(MCU -> DSP). API d_a5mode; // Encryption Mode. API a_kc[4]; // Encryption Key Code. API d_tch_mode; // TCH mode register. // bit [0..1] -> b_dai_mode. // bit [2] -> b_dtx. // OMEGA...........................(MCU -> DSP). #if ((ANLG_FAM == 1) || (ANLG_FAM == 2)) API a_ramp[16]; #if (MELODY_E1) API d_melo_osc_used; API d_melo_osc_active; API a_melo_note0[4]; API a_melo_note1[4]; API a_melo_note2[4]; API a_melo_note3[4]; API a_melo_note4[4]; API a_melo_note5[4]; API a_melo_note6[4]; API a_melo_note7[4]; #if (DSP==31) // selection of the melody format API d_melody_selection; API holes[9]; #else // DSP==32 API d_dco_type; // Tide API p_start_IQ; API d_level_off; API d_dco_dbg; API d_tide_resa; API d_asynch_margin; // Perseus Asynch Audio Workaround API hole[4]; #endif // DSP 32 #else // NO MELODY E1 #if (DSP==31) // selection of the melody format API d_melody_selection; API holes[43]; // 43 unused holes. #else // DSP==32 API holes[34]; // 34 unused holes. API d_dco_type; // Tide API p_start_IQ; API d_level_off; API d_dco_dbg; API d_tide_resa; API d_asynch_margin; // Perseus Asynch Audio Workaround API hole[4]; #endif //DSP == 32 #endif // NO MELODY E1 API d_debug3; API d_debug2; API d_debug1; // bit 0 at 1 enable dsp f_tx delay for Omega API d_afcctladd; API d_vbuctrl; API d_vbdctrl; API d_apcdel1; API d_aec_ctrl; API d_apcoff; API d_bulioff; API d_bulqoff; API d_dai_onoff; API d_auxdac; #if (ANLG_FAM == 1) API d_vbctrl; #elif (ANLG_FAM == 2) API d_vbctrl1; #endif API d_bbctrl; #else #error DSPCODE not supported with given ANALOG #endif //(ANALOG)1, 2 //...................................(MCU -> DSP). API a_sch26[5]; // Header + SB information, array of 5 words. // TONES.............................(MCU -> DSP) API d_toneskb_init; API d_toneskb_status; API d_k_x1_t0; API d_k_x1_t1; API d_k_x1_t2; API d_pe_rep; API d_pe_off; API d_se_off; API d_bu_off; API d_t0_on; API d_t0_off; API d_t1_on; API d_t1_off; API d_t2_on; API d_t2_off; API d_k_x1_kt0; API d_k_x1_kt1; API d_dur_kb; // PLL...............................(MCU -> DSP). API d_pll_clkmod1; API d_pll_clkmod2; // DSP status returned..........(DSP --> MCU). API d_error_status; // RIF control.......................(MCU -> DSP). API d_spcx_rif; API d_shiftdl; API d_shiftul; API p_saec_prog; API p_aec_prog; API p_spenh_prog; API a_ovly[75]; API d_ra_conf; API d_ra_act; API d_ra_test; API d_ra_statu; API d_ra_statd; API d_fax; #if (SPEECH_RECO) API a_data_buf_ul[3]; API a_n_best_words[4]; // array of the 4 best words API a_n_best_score[8]; // array of the 4 best scores (each score is 32 bits length) API sr_holes_2[6]; API a_data_buf_dl[37]; API a_hole[24]; API d_sched_mode_gprs_ovly; API fir_holes1[384]; API a_fir31_uplink[31]; API a_fir31_downlink[31]; API d_audio_init; API d_audio_status; API a_model[1041]; // array of the speech reco model #else API a_data_buf_ul[21]; API a_data_buf_dl[37]; API a_hole[24]; API d_sched_mode_gprs_ovly; API fir_holes1[384]; API a_fir31_uplink[31]; API a_fir31_downlink[31]; API d_audio_init; API d_audio_status; #if (L1_EOTD ==1) API a_eotd_hole[369]; API d_eotd_first; API d_eotd_max; API d_eotd_nrj_high; API d_eotd_nrj_low; API a_eotd_crosscor[18]; #endif #endif } T_NDB_MCU_DSP; #else // OTHER DSP CODE like 17 typedef struct { // Monitoring tasks control..........(MCU <- DSP) API d_fb_det; // FB detection result. (1 for FOUND). API d_fb_mode; // Mode for FB detection algorithm. API a_sync_demod[4]; // FB/SB demod. result, (D_TOA,D_PM,D_ANGLE,D_SNR). // CCCH/SACCH downlink information...(!!) API a_cd[15]; // Header + CCCH/SACCH downlink information. // FACCH downlink information........(!!) API a_fd[15]; // Header + FACCH downlink information. // Traffic downlink data frames......(!!) #if (DATA14_4 == 0) API a_dd_0[20]; // Header + DATA traffic downlink information, sub. chan. 0. API a_dd_1[20]; // Header + DATA traffic downlink information, sub. chan. 1. #endif #if (DATA14_4 == 1) API a_dd_0[22]; // Header + DATA traffic downlink information, sub. chan. 0. API a_dd_1[22]; // Header + DATA traffic downlink information, sub. chan. 1. #endif // CCCH/SACCH uplink information.....(!!) API a_cu[15]; // Header + CCCH/SACCH uplink information. #if (SPEECH_RECO) // FACCH downlink information........(!!) API a_fu[3]; // Header + FACCH uplink information // The size of this buffer is 15 word but some speech reco words // are overlayer with this buffer. This is the reason why the size is 3 instead of 15. API d_sr_status; // status of the DSP speech reco task API d_sr_param; // paramters for the DSP speech reco task: OOV threshold. API sr_hole1; // hole API d_sr_bit_exact_test; // bit exact test API d_sr_nb_words; // number of words used in the speech recognition task API d_sr_db_level; // estimate voice level in dB API d_sr_db_noise; // estimate noise in dB API d_sr_mod_size; // size of the model API sr_holes_1[4]; // hole #else // FACCH downlink information........(!!) API a_fu[15]; // Header + FACCH uplink information #endif // Traffic uplink data frames........(!!) #if (DATA14_4 == 0) API a_du_0[20]; // Header + DATA traffic uplink information, sub. chan. 0. API a_du_1[20]; // Header + DATA traffic uplink information, sub. chan. 1. #endif #if (DATA14_4 == 1) API a_du_0[22]; // Header + DATA traffic uplink information, sub. chan. 0. API a_du_1[22]; // Header + DATA traffic uplink information, sub. chan. 1. #endif // Random access.....................(MCU -> DSP). API d_rach; // RACH information. //...................................(MCU -> DSP). API d_a5mode; // Encryption Mode. API a_kc[4]; // Encryption Key Code. API d_tch_mode; // TCH mode register. // bit [0..1] -> b_dai_mode. // bit [2] -> b_dtx. // OMEGA...........................(MCU -> DSP). #if ((ANLG_FAM == 1) || (ANLG_FAM == 2)) API a_ramp[16]; #if (MELODY_E1) API d_melo_osc_used; API d_melo_osc_active; API a_melo_note0[4]; API a_melo_note1[4]; API a_melo_note2[4]; API a_melo_note3[4]; API a_melo_note4[4]; API a_melo_note5[4]; API a_melo_note6[4]; API a_melo_note7[4]; #if (DSP == 17) // selection of the melody format API d_dco_type; // Tide API p_start_IQ; API d_level_off; API d_dco_dbg; API d_tide_resa; API d_asynch_margin; // Perseus Asynch Audio Workaround API hole[4]; #else API d_melody_selection; API holes[9]; #endif #else // NO MELODY E1 // selection of the melody format #if (DSP == 17) API holes[34]; // 34 unused holes. API d_dco_type; // Tide API p_start_IQ; API d_level_off; API d_dco_dbg; API d_tide_resa; API d_asynch_margin; // Perseus Asynch Audio Workaround API hole[4] #else // selection of the melody format API d_melody_selection; API holes[43]; // 43 unused holes. #endif #endif API d_debug3; API d_debug2; API d_debug1; // bit 0 at 1 enable dsp f_tx delay for Omega API d_afcctladd; API d_vbuctrl; API d_vbdctrl; API d_apcdel1; API d_aec_ctrl; API d_apcoff; API d_bulioff; API d_bulqoff; API d_dai_onoff; API d_auxdac; #if (ANLG_FAM == 1) API d_vbctrl; #elif (ANLG_FAM == 2) API d_vbctrl1; #endif API d_bbctrl; #else #error DSPCODE not supported with given ANALOG #endif //(ANALOG)1, 2 //...................................(MCU -> DSP). API a_sch26[5]; // Header + SB information, array of 5 words. // TONES.............................(MCU -> DSP) API d_toneskb_init; API d_toneskb_status; API d_k_x1_t0; API d_k_x1_t1; API d_k_x1_t2; API d_pe_rep; API d_pe_off; API d_se_off; API d_bu_off; API d_t0_on; API d_t0_off; API d_t1_on; API d_t1_off; API d_t2_on; API d_t2_off; API d_k_x1_kt0; API d_k_x1_kt1; API d_dur_kb; // PLL...............................(MCU -> DSP). API d_pll_clkmod1; API d_pll_clkmod2; // DSP status returned..........(DSP --> MCU). API d_error_status; // RIF control.......................(MCU -> DSP). API d_spcx_rif; API d_shiftdl; API d_shiftul; #if (AEC == 1) // AEC control.......................(MCU -> DSP). #if (VOC == FR_EFR) API p_aec_init; API p_aec_prog; API p_spenh_init; API p_spenh_prog; #endif #if (VOC == FR_HR_EFR) API p_saec_prog; API p_aec_prog; API p_spenh_prog; #endif #endif API a_ovly[75]; API d_ra_conf; API d_ra_act; API d_ra_test; API d_ra_statu; API d_ra_statd; API d_fax; #if (SPEECH_RECO) API a_data_buf_ul[3]; API a_n_best_words[4]; // array of the 4 best words API a_n_best_score[8]; // array of the 4 best scores (each score is 32 bits length) API sr_holes_2[6]; API a_data_buf_dl[37]; API fir_holes1[409]; API a_fir31_uplink[31]; API a_fir31_downlink[31]; API d_audio_init; API d_audio_status; API a_model[1041]; // array of the speech reco model #else API a_data_buf_ul[21]; API a_data_buf_dl[37]; API fir_holes1[409]; API a_fir31_uplink[31]; API a_fir31_downlink[31]; API d_audio_init; API d_audio_status; #endif } T_NDB_MCU_DSP; #endif #if (DSP == 34) || (DSP == 35) || (DSP == 36) typedef struct { API_SIGNED d_transfer_rate; // Common GSM/GPRS // These words specified the latencies to applies on some peripherics API_SIGNED d_lat_mcu_bridge; API_SIGNED d_lat_mcu_hom2sam; API_SIGNED d_lat_mcu_bef_fast_access; API_SIGNED d_lat_dsp_after_sam; // DSP Start address API_SIGNED d_gprs_install_address; API_SIGNED d_misc_config; API_SIGNED d_cn_sw_workaround; API_SIGNED d_hole2_param[4]; //...................................Frequency Burst. API_SIGNED d_fb_margin_beg; API_SIGNED d_fb_margin_end; API_SIGNED d_nsubb_idle; API_SIGNED d_nsubb_dedic; API_SIGNED d_fb_thr_det_iacq; API_SIGNED d_fb_thr_det_track; //...................................Demodulation. API_SIGNED d_dc_off_thres; API_SIGNED d_dummy_thres; API_SIGNED d_dem_pond_gewl; API_SIGNED d_dem_pond_red; //...................................TCH Full Speech. API_SIGNED d_maccthresh1; API_SIGNED d_mldt; API_SIGNED d_maccthresh; API_SIGNED d_gu; API_SIGNED d_go; API_SIGNED d_attmax; API_SIGNED d_sm; API_SIGNED d_b; // V42Bis module API_SIGNED d_v42b_switch_hyst; API_SIGNED d_v42b_switch_min; API_SIGNED d_v42b_switch_max; API_SIGNED d_v42b_reset_delay; //...................................TCH Half Speech. API_SIGNED d_ldT_hr; API_SIGNED d_maccthresh_hr; API_SIGNED d_maccthresh1_hr; API_SIGNED d_gu_hr; API_SIGNED d_go_hr; API_SIGNED d_b_hr; API_SIGNED d_sm_hr; API_SIGNED d_attmax_hr; //...................................TCH Enhanced FR Speech. API_SIGNED c_mldt_efr; API_SIGNED c_maccthresh_efr; API_SIGNED c_maccthresh1_efr; API_SIGNED c_gu_efr; API_SIGNED c_go_efr; API_SIGNED c_b_efr; API_SIGNED c_sm_efr; API_SIGNED c_attmax_efr; //...................................CHED API_SIGNED d_sd_min_thr_tchfs; API_SIGNED d_ma_min_thr_tchfs; API_SIGNED d_md_max_thr_tchfs; API_SIGNED d_md1_max_thr_tchfs; API_SIGNED d_sd_min_thr_tchhs; API_SIGNED d_ma_min_thr_tchhs; API_SIGNED d_sd_av_thr_tchhs; API_SIGNED d_md_max_thr_tchhs; API_SIGNED d_md1_max_thr_tchhs; API_SIGNED d_sd_min_thr_tchefs; API_SIGNED d_ma_min_thr_tchefs; API_SIGNED d_md_max_thr_tchefs; API_SIGNED d_md1_max_thr_tchefs; API_SIGNED d_wed_fil_ini; API_SIGNED d_wed_fil_tc; API_SIGNED d_x_min; API_SIGNED d_x_max; API_SIGNED d_slope; API_SIGNED d_y_min; API_SIGNED d_y_max; API_SIGNED d_wed_diff_threshold; API_SIGNED d_mabfi_min_thr_tchhs; // FACCH module API_SIGNED d_facch_thr; // IDS module API_SIGNED d_max_ovsp_ul; API_SIGNED d_sync_thres; API_SIGNED d_idle_thres; API_SIGNED d_m1_thres; API_SIGNED d_max_ovsp_dl; API_SIGNED d_gsm_bgd_mgt; // FIR coefficients API a_fir_holes[4]; API a_fir31_uplink[31]; API a_fir31_downlink[31]; } T_PARAM_MCU_DSP; #elif (DSP == 33) typedef struct { API_SIGNED d_transfer_rate; // Common GSM/GPRS // These words specified the latencies to applies on some peripherics API_SIGNED d_lat_mcu_bridge; API_SIGNED d_lat_mcu_hom2sam; API_SIGNED d_lat_mcu_bef_fast_access; API_SIGNED d_lat_dsp_after_sam; // DSP Start address API_SIGNED d_gprs_install_address; API_SIGNED d_misc_config; API_SIGNED d_cn_sw_workaround; #if DCO_ALGO API_SIGNED d_cn_dco_param; API_SIGNED d_hole2_param[3]; #else API_SIGNED d_hole2_param[4]; #endif //...................................Frequency Burst. API_SIGNED d_fb_margin_beg; API_SIGNED d_fb_margin_end; API_SIGNED d_nsubb_idle; API_SIGNED d_nsubb_dedic; API_SIGNED d_fb_thr_det_iacq; API_SIGNED d_fb_thr_det_track; //...................................Demodulation. API_SIGNED d_dc_off_thres; API_SIGNED d_dummy_thres; API_SIGNED d_dem_pond_gewl; API_SIGNED d_dem_pond_red; //...................................TCH Full Speech. API_SIGNED d_maccthresh1; API_SIGNED d_mldt; API_SIGNED d_maccthresh; API_SIGNED d_gu; API_SIGNED d_go; API_SIGNED d_attmax; API_SIGNED d_sm; API_SIGNED d_b; // V42Bis module API_SIGNED d_v42b_switch_hyst; API_SIGNED d_v42b_switch_min; API_SIGNED d_v42b_switch_max; API_SIGNED d_v42b_reset_delay; //...................................TCH Half Speech. API_SIGNED d_ldT_hr; API_SIGNED d_maccthresh_hr; API_SIGNED d_maccthresh1_hr; API_SIGNED d_gu_hr; API_SIGNED d_go_hr; API_SIGNED d_b_hr; API_SIGNED d_sm_hr; API_SIGNED d_attmax_hr; //...................................TCH Enhanced FR Speech. API_SIGNED c_mldt_efr; API_SIGNED c_maccthresh_efr; API_SIGNED c_maccthresh1_efr; API_SIGNED c_gu_efr; API_SIGNED c_go_efr; API_SIGNED c_b_efr; API_SIGNED c_sm_efr; API_SIGNED c_attmax_efr; //...................................CHED API_SIGNED d_sd_min_thr_tchfs; API_SIGNED d_ma_min_thr_tchfs; API_SIGNED d_md_max_thr_tchfs; API_SIGNED d_md1_max_thr_tchfs; API_SIGNED d_sd_min_thr_tchhs; API_SIGNED d_ma_min_thr_tchhs; API_SIGNED d_sd_av_thr_tchhs; API_SIGNED d_md_max_thr_tchhs; API_SIGNED d_md1_max_thr_tchhs; API_SIGNED d_sd_min_thr_tchefs; API_SIGNED d_ma_min_thr_tchefs; API_SIGNED d_md_max_thr_tchefs; API_SIGNED d_md1_max_thr_tchefs; API_SIGNED d_wed_fil_ini; API_SIGNED d_wed_fil_tc; API_SIGNED d_x_min; API_SIGNED d_x_max; API_SIGNED d_slope; API_SIGNED d_y_min; API_SIGNED d_y_max; API_SIGNED d_wed_diff_threshold; API_SIGNED d_mabfi_min_thr_tchhs; // FACCH module API_SIGNED d_facch_thr; // IDS module API_SIGNED d_max_ovsp_ul; API_SIGNED d_sync_thres; API_SIGNED d_idle_thres; API_SIGNED d_m1_thres; API_SIGNED d_max_ovsp_dl; API_SIGNED d_gsm_bgd_mgt; // FIR coefficients API a_fir_holes[4]; API a_fir31_uplink[31]; API a_fir31_downlink[31]; } T_PARAM_MCU_DSP; #else typedef struct { //...................................Frequency Burst. API_SIGNED d_nsubb_idle; API_SIGNED d_nsubb_dedic; API_SIGNED d_fb_thr_det_iacq; API_SIGNED d_fb_thr_det_track; //...................................Demodulation. API_SIGNED d_dc_off_thres; API_SIGNED d_dummy_thres; API_SIGNED d_dem_pond_gewl; API_SIGNED d_dem_pond_red; API_SIGNED hole[1]; API_SIGNED d_transfer_rate; //...................................TCH Full Speech. API_SIGNED d_maccthresh1; API_SIGNED d_mldt; API_SIGNED d_maccthresh; API_SIGNED d_gu; API_SIGNED d_go; API_SIGNED d_attmax; API_SIGNED d_sm; API_SIGNED d_b; #if (VOC == FR_HR) || (VOC == FR_HR_EFR) //...................................TCH Half Speech. API_SIGNED d_ldT_hr; API_SIGNED d_maccthresh_hr; API_SIGNED d_maccthresh1_hr; API_SIGNED d_gu_hr; API_SIGNED d_go_hr; API_SIGNED d_b_hr; API_SIGNED d_sm_hr; API_SIGNED d_attmax_hr; #endif #if (VOC == FR_EFR) || (VOC == FR_HR_EFR) //...................................TCH Enhanced FR Speech. API_SIGNED c_mldt_efr; API_SIGNED c_maccthresh_efr; API_SIGNED c_maccthresh1_efr; API_SIGNED c_gu_efr; API_SIGNED c_go_efr; API_SIGNED c_b_efr; API_SIGNED c_sm_efr; API_SIGNED c_attmax_efr; #endif //...................................TCH Full Speech. API_SIGNED d_sd_min_thr_tchfs; API_SIGNED d_ma_min_thr_tchfs; API_SIGNED d_md_max_thr_tchfs; API_SIGNED d_md1_max_thr_tchfs; #if (VOC == FR) || (VOC == FR_HR) || (VOC == FR_HR_EFR) //...................................TCH Half Speech. API_SIGNED d_sd_min_thr_tchhs; API_SIGNED d_ma_min_thr_tchhs; API_SIGNED d_sd_av_thr_tchhs; API_SIGNED d_md_max_thr_tchhs; API_SIGNED d_md1_max_thr_tchhs; #endif #if (VOC == FR_EFR) || (VOC == FR_HR_EFR) //...................................TCH Enhanced FR Speech. API_SIGNED d_sd_min_thr_tchefs; //(24L *C_POND_RED) API_SIGNED d_ma_min_thr_tchefs; //(1200L *C_POND_RED) API_SIGNED d_md_max_thr_tchefs; //(2000L *C_POND_RED) API_SIGNED d_md1_max_thr_tchefs; //(160L *C_POND_RED) API_SIGNED d_hole1; #endif API_SIGNED d_wed_fil_ini; API_SIGNED d_wed_fil_tc; API_SIGNED d_x_min; API_SIGNED d_x_max; API_SIGNED d_slope; API_SIGNED d_y_min; API_SIGNED d_y_max; API_SIGNED d_wed_diff_threshold; API_SIGNED d_mabfi_min_thr_tchhs; API_SIGNED d_facch_thr; API_SIGNED d_dsp_test; #if (DATA14_4 == 0 ) || (VOC == FR_HR_EFR) API_SIGNED d_patch_addr1; API_SIGNED d_patch_data1; API_SIGNED d_patch_addr2; API_SIGNED d_patch_data2; API_SIGNED d_patch_addr3; API_SIGNED d_patch_data3; API_SIGNED d_patch_addr4; API_SIGNED d_patch_data4; #endif //................................... API_SIGNED d_version_number; // DSP patch version API_SIGNED d_ti_version; // customer number. No more used since 1.5 API_SIGNED d_dsp_page; #if IDS API_SIGNED d_max_ovsp_ul; API_SIGNED d_sync_thres; API_SIGNED d_idle_thres; API_SIGNED d_m1_thres; API_SIGNED d_max_ovsp_dl; #endif } T_PARAM_MCU_DSP; #endif #if (DSP_DEBUG_TRACE_ENABLE == 1) typedef struct { API d_debug_ptr_begin; API d_debug_ptr_end; } T_DB2_DSP_TO_MCU; #endif /*************************************************************/ /* Time informations... */ /*************************************************************/ /* */ /*************************************************************/ typedef struct { UWORD32 fn; // FN count UWORD16 t1; // FN div (26*51), (0..2047). UWORD8 t2; // FN modulo 26. UWORD8 t3; // FN modulo 51. UWORD8 tc; // Scell: TC UWORD8 fn_in_report; // FN modulo 102 or 104. UWORD16 fn_mod42432; // FN modulo 42432. UWORD8 fn_mod13; // FN modulo 13. #if L1_GPRS UWORD8 fn_mod52; // FN modulo 52. UWORD8 fn_mod104; // FN modulo 104. UWORD8 fn_mod13_mod4; // FN modulo 13 modulo 4. UWORD32 block_id; // Block ID #endif } T_TIME_INFO; /*************************************************************/ /* Idle mode tasks information... */ /*************************************************************/ /* must be filled according to Idle parameters... */ /* ... */ /*************************************************************/ typedef struct { UWORD8 pg_position; // Paging block starting frame. UWORD8 extpg_position; // Extended Paging block starting frame. } T_IDLE_TASK_INFO; /*************************************************************/ /* SDCCH information structure. */ /*************************************************************/ /* */ /* */ /*************************************************************/ typedef struct { UWORD8 dl_sdcch_position; UWORD8 dl_sacch_position; UWORD8 ul_sdcch_position; UWORD8 ul_sacch_position; UWORD8 mon_area_position; } T_SDCCH_DESC; /*************************************************************/ /* Random Access Task information structure. */ /*************************************************************/ /* */ /* */ /*************************************************************/ typedef struct { WORD32 rand; // 16 bit signed !! UWORD8 channel_request; UWORD8 ra_to_ctrl; UWORD8 ra_num; } T_RA_TASK_INFO; /***************************************************************************************/ /* Measurement info element for last input level table */ /***************************************************************************************/ typedef struct { UWORD8 lna_off; // 1 if lna switch is off. UWORD8 input_level; // last measured input level in dbm. } T_INPUT_LEVEL; /***************************************************************************************/ /* Measurement info element for Neighbor cell lists. */ /***************************************************************************************/ typedef struct { UWORD16 radio_freq; // carrier id. WORD32 acc; // Accumulation of measurements already performed. UWORD8 nbr_meas; } T_MEAS_INFO; typedef struct { UWORD16 bcch_freq; WORD16 rxlev_acc; UWORD8 rxlev_nbr_meas; } T5_CELL_MEAS; typedef struct { T5_CELL_MEAS A[33]; } T5_NCELL_MEAS; /***************************************************************************************/ /* Measurement info element serving cell in dedicated mode */ /***************************************************************************************/ typedef struct { WORD32 acc_sub; // Subset: accu. rxlev meas. UWORD32 nbr_meas_sub; // Subset: nbr meas. of rxlev. UWORD32 qual_acc_full; // Fullset: accu. rxqual meas. UWORD32 qual_acc_sub; // Subset: accu. rxqual meas. UWORD32 qual_nbr_meas_full; // Fullset: nbr meas. of rxqual. UWORD32 qual_nbr_meas_sub; // Subset: nbr meas. of rxqual. UWORD8 dtx_used; // Set when DTX as been used in current reporting period. } T_SMEAS; /***************************************************************************************/ /* */ /***************************************************************************************/ typedef struct { UWORD8 new_status; UWORD8 current_status; WORD32 time_to_exec; } T_TASK_STATUS; /***************************************************************************************/ /* Cell/Carrier info: identity, RX level measurement, time info, gain controle info. */ /***************************************************************************************/ typedef struct { // Carrier/Cell Identity. UWORD16 radio_freq; // carrier id. WORD32 bsic; // BSIC. // Time difference information. UWORD32 fn_offset; // offset between fn of this NCELL and the SCELL fn. UWORD32 time_alignmt; // time alignment. // Receive Level Measurement info. structure. T_MEAS_INFO meas; T_INPUT_LEVEL traffic_meas; T_INPUT_LEVEL traffic_meas_beacon; // Beacon frequency FIFO UWORD8 buff_beacon[4]; #if L1_GPRS // Receive Level measurements in packet transfer mode // Daughter frequencies info. T_INPUT_LEVEL transfer_meas; // Power reduction on serving cell PCCCH / PBCCH UWORD8 pb; #endif // Number of unsuccessfull attempt on SB reading. UWORD8 attempt_count; // System information bitmap. UWORD32 si_bit_map; // System info. bitmap used for BCCH reading. } T_CELL_INFO; typedef struct { UWORD16 A[32+1]; } TC_CHAN_LIST; typedef struct { UWORD8 num_of_chans; TC_CHAN_LIST chan_list; BOOL pwrc; BOOL dtx_allowed; UWORD8 ba_id; } T_NEW_BA_LIST; typedef struct { UWORD8 ba_id; // BA list identifier. UWORD32 nbr_carrier; // number of carriers in the BA list. UWORD8 np_ctrl; // Tels the meas_manager which PCH burst has been controled. UWORD8 first_index; // First BA index measured in current session. UWORD8 next_to_ctrl; // Carrier for next power measurement result. UWORD8 next_to_read; // Measurement session time spent. UWORD8 ms_ctrl; UWORD8 ms_ctrl_d; UWORD8 ms_ctrl_dd; UWORD8 used_il [2]; UWORD8 used_il_d [2]; UWORD8 used_il_dd[2]; UWORD8 used_lna [2]; UWORD8 used_lna_d [2]; UWORD8 used_lna_dd[2]; T_MEAS_INFO A[32+1]; // list of 32 neighbors + 1 serving. BOOL new_list_present; T_NEW_BA_LIST new_list; } T_BA_LIST; typedef struct { UWORD16 radio_freq; WORD16 accum_power_result; } T_POWER_ARRAY; typedef struct { UWORD16 power_array_size; T_POWER_ARRAY power_array[NBMAX_CARRIER]; } T_FULL_LIST_MEAS; typedef struct { UWORD32 nbr_sat_carrier_ctrl; // Nb of saturated carriers after a pm session in ctrl. UWORD32 nbr_sat_carrier_read; // Nb of saturated carriers after a pm session in read. UWORD8 meas_1st_pass_ctrl; // flag for 1st pass during a pm session in ctrl. UWORD8 meas_1st_pass_read; // flag for 1st pass during a pm session in read. UWORD32 next_to_ctrl; // Carrier for next power measurement result. UWORD32 next_to_read; // Measurement session time spent. UWORD8 ms_ctrl; UWORD8 ms_ctrl_d; UWORD8 ms_ctrl_dd; UWORD8 sat_flag[NBMAX_CARRIER]; // last measure was saturated, so not valid } T_FULL_LIST; /*************************************************************/ /* Dedicated channel information structure... */ /*************************************************************/ /* */ /*************************************************************/ typedef struct { T_CHANNEL_DESCRIPTION *desc_ptr; // Ptr to the Active channel description T_CHANNEL_DESCRIPTION desc; // Channel description for AFTER STI. T_CHANNEL_DESCRIPTION desc_bef_sti; // Channel description for BEFORE STI. UWORD8 mode; // Channel mode. UWORD8 tch_loop; // TCH loop mode. } T_CHANNEL_INFO; /*************************************************************/ /* Mobile allocation information structure... */ /*************************************************************/ /* */ /*************************************************************/ typedef struct { T_MOBILE_ALLOCATION *alist_ptr; // Ptr to the Active frequency list T_MOBILE_ALLOCATION freq_list; T_MOBILE_ALLOCATION freq_list_bef_sti; } T_MA_INFO; /*************************************************************/ /* Dedicated channel parameter structure... */ /*************************************************************/ /* */ /*************************************************************/ typedef struct { T_CHANNEL_INFO *achan_ptr; // Ptr to the Active channel (chan1 or chan2) T_CHANNEL_INFO chan1; T_CHANNEL_INFO chan2; T_MA_INFO ma; WORD32 serv_sti_fn; // Chan. desc. change time, serving domain.(-1 for not in use). WORD32 neig_sti_fn; // Chan. desc. change time, neighbor domain.(-1 for not in use). // Frequency redefinition ongoing flag. //------------------------------------- UWORD8 freq_redef_flag; // Set to TRUE when a Freq. Redef. must be confirmed. // Timing Advance management. //--------------------------- UWORD8 timing_advance; // Currently used TA. UWORD8 new_timing_advance; // New timing advance value to be used on 1st frame // of the next reporting period. // TXPWR management. //------------------- UWORD8 new_target_txpwr; // New Target value for TXPWR control algo. T_CELL_INFO cell_desc; // Ptr to the new serving cell to download. // DAI test mode... DTX allowed... UWORD8 dai_mode; // Dai test mode. BOOL dtx_allowed; // DTX allowed (flag). // Encryption... T_ENCRYPTION_KEY ciph_key; UWORD8 a5mode; // For handover... UWORD8 ho_acc; // Handover access (part of HO reference) WORD32 ho_acc_to_send; // Set to 4 for SYNC HO and to -1 for ASYNC HO. UWORD8 t3124; // Timer used in Async. Ho. // For DPAGC algorithms purpose UWORD8 G_all[DPAGC_FIFO_LEN]; UWORD8 G_DTX[DPAGC_FIFO_LEN]; #if (AMR == 1) UWORD8 G_amr[DPAGC_AMR_FIFO_LEN]; #endif #if IDS // IDS mode configuration UWORD8 ids_mode; // Information transfert capability coded on 2 bits // 0: speech // 1: data service // 2: fax service #endif #if (AMR == 1) T_AMR_CONFIGURATION amr_configuration; UWORD8 cmip; #endif } T_DEDIC_SET; /*************************************************************/ /* Dedicated channel parameter structure... */ /*************************************************************/ /* */ /*************************************************************/ typedef struct { T_DEDIC_SET *aset; // Ptr to the Active parameter set T_DEDIC_SET *fset; // Ptr to the Free parameter set T_DEDIC_SET set[2]; // Table of parameter set T_MPHC_CHANNEL_MODE_MODIFY_REQ mode_modif; // New mode for a given subchannel. WORD32 SignalCode; // Message name, set when a new param. set is given #if (FF_L1_TCH_VOCODER_CONTROL == 1) UWORD8 reset_sacch; // Flag to control SACCH reset (set during CHAN ASSIGN and Hand-overs) UWORD8 vocoder_on; // Flag to control execution of vocoder UWORD8 start_vocoder; // Flag to trigger start of vocoder (vocoder must be started with a synchro start) #endif UWORD8 sync_tch; // Flag used to synchronize TCH/F or TCH/H. UWORD8 reset_facch; // Flag used to reset FACCH buffer header on new IAS/CAS/handover UWORD8 stop_tch; // Flag used to stop TCH/F or TCH/H (VEGA pwrdown). UWORD16 radio_freq; // ARFCN buffer (returned by hopping algo). UWORD16 radio_freq_d; // 1 frame delayed ARFCN. UWORD16 radio_freq_dd; // 2 frames delayed ARFCN. BOOL pwrc; // Flag used to reject serving pwr meas. on beacon. BOOL handover_fail_mode; // Flag used to indicate that the L1 wait for an handover fail request #if (AMR == 1) BOOL sync_amr; // Flag used to tell to the DSP that a new AMR paramters is ready in the NDB. #endif } T_DEDIC_PARAM; /*************************************************************/ /* Power Management structure... */ /*************************************************************/ typedef struct { // fields of TST_SLEEP_REQ primitive .... UWORD8 mode_authorized; // NONE,SMALL,BIG,DEEP,ALL UWORD32 clocks; // clocks disabled in Big sleep // 32 Khz gauging .... UWORD8 gauging_task; // ACTIVE, INACTIVE,WAIT-IQ UWORD8 gaug_duration; // gauging task duration UWORD8 gaug_count; // gauging task duration compteur UWORD32 histo[SIZE_HIST][2];// gauging histogram UWORD8 enough_gaug; // enough good gauging UWORD8 paging_scheduled; // first Paging Frame // flags and variables for wake-up .... UWORD8 Os_ticks_required; // TRUE : Os ticks to recover UWORD8 frame_adjust; // TRUE : adjust 1 frame UWORD32 sleep_duration; // sleep duration computed at wakeup // flag for sleep .... UWORD8 sleep_performed; // NONE,SMALL,BIG,DEEP,ALL // status of clocks modules .... UWORD32 modules_status; // modules clocks status // constantes for 32Khz filtering UWORD32 c_clk_min; // INIT state UWORD32 c_clk_init_min; // INIT state UWORD32 c_clk_max; // INIT state UWORD32 c_clk_init_max; // INIT state UWORD32 c_delta_hf_acquis; // ACQUIS state UWORD32 c_delta_hf_update; // UPDATE state // trace gauging parameters UWORD8 state; // state of the gauging UWORD32 lf; // Number of the 32KHz UWORD32 hf; // HF: nb_hf( Number of the 13MHz *6 ) UWORD32 root; // root & frac: the ratio of the HF & LF in each state. UWORD32 frac; } T_POWER_MNGT; /*************************************************************/ /* code version structure... */ /*************************************************************/ typedef struct { // DSP versions & checksum UWORD16 dsp_code_version; UWORD16 dsp_patch_version; UWORD16 dsp_checksum; // DSP checksum : patch+code // MCU versions UWORD16 mcu_tcs_program_release; UWORD16 mcu_tcs_official; UWORD16 mcu_tcs_internal; UWORD16 mcu_tm_version; } T_VERSION; #if L1_RECOVERY typedef struct { UWORD32 frame_count; } T_L1S_RECOVER; #endif /***************************************************************************************/ /* L1S global variable structure... */ /***************************************************************************************/ typedef struct { //++++++++++++++++++++ // Power Management... //++++++++++++++++++++ T_POWER_MNGT pw_mgr; // data base for power management // Time for debug & Simulation purpose... // -> used as base time for BTS simulation. //----------------------------------------- UWORD32 debug_time; // time counter used by L3 scenario... // L1S Tasks management... //----------------------------------------- T_TASK_STATUS task_status[NBR_DL_L1S_TASKS]; // ...in L1S, scheduler. UWORD8 frame_count; // ...nb frames to go. UWORD8 forbid_meas; // ...frames where meas. ctrl is not allowed. // MFTAB management variables... //----------------------------------------- UWORD8 afrm; // active frame ID. T_MFTAB FAR mftab; // Multiframe table. // Control parameters... //----------------------------------------- UWORD32 afc_frame_count; // AFC, Frame count between 2 calls to afc control function. WORD16 afc; // AFC, Common Frequency controle. WORD16 toa_shift; // TOA, value used to update the TOA UWORD8 toa_snr_mask; // TOA, mask counter to reject TOA/SNR results. UWORD16 toa_period_count; // TOA frame period used in PACKET TRANSFER MODE BOOL toa_update; // TOA, is set at the end of the update period, toa update occurs on next valid frame // Flag registers for RF task controle... //----------------------------------------- // Made these control registers short's as more than 8-bits required. UWORD16 tpu_ctrl_reg; // (x,x,x,x,SYNC,RX,TX,MS) RX/TX/MS/SYNC bit ON whenever an // according "controle" has been setup in the current frame. UWORD16 dsp_ctrl_reg; // (x,x,x,x,x,RX,TX,MS) RX/TX/MS bit ON whenever an // according "controle" has been setup in the current frame. //+++++++++++++++++++ // Serving... //+++++++++++++++++++ // Serving frame number management. //--------------------------------- T_TIME_INFO actual_time; // Time info: current FN, T1, T2, T3... T_TIME_INFO next_time; // Time info: next FN, T1, T2, T3... T_TIME_INFO next_plus_time; // Time info: next FN, T1, T2, T3... // TXPWR management. //------------------- UWORD8 reported_txpwr; // Reported value for TXPWR. UWORD8 applied_txpwr; // Current value for TXPWR. // Last RXQUAL value. //------------------- UWORD8 rxqual; // last rxqual value. // Hardware info. //--------------- UWORD32 tpu_offset; // Current TPU offset register value safeguard. UWORD32 tpu_offset_hw; // Current TPU offset register value copied in the TPU. UWORD16 tpu_win; // tpu window identifier inside a TDMA. // code versions T_VERSION version; #if (L1_GTT == 1) UWORD8 tty_state; // state for L1S GTT manager. #if L2_L3_SIMUL // GTT test T_GTT_TEST_L1S gtt_test; #endif #endif #if (L1_DYN_DSP_DWNLD == 1) UWORD8 dyn_dwnld_state; // state for L1S DYN DWNLD manager #endif #if (AUDIO_TASK == 1) // Audio task. //----------------------------------------- BOOL l1_audio_it_com; // Flag to enable the ITCOM. UWORD8 audio_state[NBR_AUDIO_MANAGER]; // state for L1S audio manager. #if (MELODY_E1) T_L1S_MELODY_TASK melody0; T_L1S_MELODY_TASK melody1; #endif #if (VOICE_MEMO) T_L1S_VM_TASK voicememo; #endif #if (L1_VOICE_MEMO_AMR) T_L1S_VM_AMR_TASK voicememo_amr; #endif #if (SPEECH_RECO) T_L1S_SR_TASK speechreco; #endif #if (AEC) T_L1S_AEC_TASK aec; #endif #if (MELODY_E2) T_L1S_MELODY_E2_COMMON_VAR melody_e2; T_L1S_MELODY_E2_TASK melody0_e2; T_L1S_MELODY_E2_TASK melody1_e2; #endif #endif UWORD8 last_used_txpwr; #if L1_GPRS BOOL ctrl_synch_before; //control of synchro for CCCH reading en TN-2 #endif #if L1_RECOVERY T_L1S_RECOVER recovery; #endif BOOL spurious_fb_detected; // Handling DTX mode BOOL dtx_ul_on; WORD8 facch_bursts; // DTX mode in AMR BOOL dtx_amr_dl_on; // set to TRUE when the AMR is in DTX mode in downlink } T_L1S_GLOBAL; /***************************************************************************************/ /* L1A global variable structure... */ /***************************************************************************************/ typedef struct { // State for L1A state machines... //----------------------------------------- UWORD8 state[NBR_L1A_PROCESSES]; // Measurement tasks management... //----------------------------------------- UWORD32 l1a_en_meas[NBR_L1A_PROCESSES]; // Flag for forward/delete message management. //--------------------------------------------- UWORD8 l1_msg_forwarded; #if (L1_DYN_DSP_DWNLD == 1) // Dynamic donload global variables T_L1A_DYN_DWNLD_GLOBAL dyn_dwnld; #endif // signal code indicating the reason of L1C_DEDIC_DONE UWORD32 confirm_SignalCode; // Trace the best frequencies reported in MPHC_RXLEV_IND #if (L1_MPHC_RXLEV_IND_REPORT_SORT==1) UWORD16 tab_index[MAX_MEAS_RXLEV_IND_TRACE]; UWORD16 max_report; //max number of fq reported, can be < MAX_MEAS_RXLEV_IND_TRACE if list is smaller #endif } T_L1A_GLOBAL; /***************************************************************************************/ /* L1A -> L1S communication structure... */ /***************************************************************************************/ typedef struct { //+++++++++++++++++++ // Serving Cell... //+++++++++++++++++++ // Serving Cell identity and information. //--------------------------------------- T_CELL_INFO Scell_info; T_SMEAS Smeas_dedic; UWORD8 Scell_IL_for_rxlev; T_INPUT_LEVEL Scell_used_IL; T_INPUT_LEVEL Scell_used_IL_d; T_INPUT_LEVEL Scell_used_IL_dd; T_BCCHS nbcchs; T_BCCHS ebcchs; // Synchro information. //--------------------------------------- WORD8 tn_difference; // Timeslot difference for next synchro. UWORD8 dl_tn; // Current timeslot for downlink stuffs. #if L1_GPRS UWORD8 dsp_scheduler_mode; // DSP Scheduler mode (GPRS or GSM). #endif // Idle parameters. //----------------- BOOL bcch_combined; // BS_CCCH_SDCCH_COMB flag. UWORD8 bs_pa_mfrms; // BS_PA_MFRMS parameter. UWORD8 bs_ag_blks_res; // BS_AG_BLKS_RES parameter. UWORD8 ccch_group; // CCCH_GROUP parameter. UWORD8 page_group; // PAGING_GROUP parameter. UWORD8 page_block_index; // Paging block index paramter. T_IDLE_TASK_INFO idle_task_info; // Idle task positions... UWORD8 nb_pch_per_mf51; // nbr paging blocks per mf51. // CBCH parameters. // ---------------- UWORD32 offset_tn0; // TPU offset for TN=0 (used for SMSCB only). T_CHANNEL_DESCRIPTION cbch_desc; // CBCH (SMSCB) channel description. T_MOBILE_ALLOCATION cbch_freq_list; // CBCH frequency list (hopping freq list). UWORD32 mf51_fn; // Starting FN (for CBCH reading. UWORD8 cbch_start_in_mf51; // Starting position of CBCH in the MF51. T_CBCH_HEAD_SCHEDULE norm_cbch_schedule; // Normal CBCH scheduling structure. T_CBCH_HEAD_SCHEDULE ext_cbch_schedule; // Extended CBCH scheduling structure. T_CBCH_INFO_SCHEDULE cbch_info_req; BOOL pre_scheduled_cbch; // CBCH task has to be scheduled 1 FN in advance BOOL change_synchro_cbch;// A Pseudo Synchro is needed to read CBCH block UWORD8 tn_smscb; // CBCH TN taking into account new Synchro // Random Access information. // ---------------------------- T_RA_TASK_INFO ra_info; // ADC management. //------------------- UWORD16 adc_mode; UWORD8 adc_idle_period; UWORD8 adc_traffic_period; UWORD8 adc_cpt; // TXPWR management. //------------------- UWORD8 powerclass_band1; // Power class for the MS, given in ACCESS LINK mode (GSM Band). UWORD8 powerclass_band2; // Power class for the MS, given in ACCESS LINK mode (DCS Band). // Dedicated parameters. //---------------------- T_DEDIC_PARAM dedic_set; // Dedicated channel parameters. //+++++++++++++++++++ // Neighbour Cells... //+++++++++++++++++++ T_BCCHN_LIST bcchn; T_NSYNC_LIST nsync; // BA list / FULL list. //--------------------- T_BA_LIST ba_list; T_FULL_LIST full_list; T_FULL_LIST_MEAS *full_list_ptr; //+++++++++++++++++++ // L1S scheduler... //+++++++++++++++++++ // L1S tasks management... //----------------------------------------- BOOL task_param[NBR_DL_L1S_TASKS]; // ...synchro semaphores. BOOL l1s_en_task[NBR_DL_L1S_TASKS]; // ...enable register. UWORD32 time_to_next_l1s_task; // time to wait to reach starting frame of next task. UWORD8 l1a_activity_flag; // Activity flag. // Measurement tasks management... //----------------------------------------- UWORD32 meas_param; // Synchro semaphore bit register. UWORD32 l1s_en_meas; // Enable task bit register. // L1 mode... //----------------------------------------- UWORD32 mode; // functional mode: CS_MODE, I_MODE... //++++++++++++++++++++++++ // Controle parameters... //++++++++++++++++++++++++ UWORD32 fb_mode; // Mode for fb detection algorithm. UWORD8 toa_reset; // Flag for TOA algo. reset. // Input level memory for AGC management. //--------------------------------------- T_INPUT_LEVEL last_input_level[NBMAX_CARRIER+1]; BOOL recovery_flag; // in case of the system is down and needs to be recovered //++++++++++++++++++++++++ // Audio task... //++++++++++++++++++++++++ #if (AUDIO_TASK == 1) #if (KEYBEEP) T_KEYBEEP_TASK keybeep_task; #endif #if (TONE) T_TONE_TASK tone_task; #endif #if (MELODY_E1) T_MELODY_TASK melody0_task; T_MELODY_TASK melody1_task; #endif #if (VOICE_MEMO) T_VM_TASK voicememo_task; #endif #if (L1_VOICE_MEMO_AMR) T_VM_AMR_TASK voicememo_amr_task; #endif #if (SPEECH_RECO) T_SR_TASK speechreco_task; #endif #if (AEC) T_AEC_TASK aec_task; #endif #if (FIR) T_FIR_TASK fir_task; #endif #if (AUDIO_MODE) T_AUDIO_MODE_TASK audio_mode_task; #endif #if (MELODY_E2) T_MELODY_E2_TASK melody0_e2_task; T_MELODY_E2_TASK melody1_e2_task; #endif #if (L1_CPORT == 1) T_CPORT_TASK cport_task; #endif #endif //+++++++++++++ // GTT task //+++++++++++++ #if (L1_GTT == 1) T_GTT_TASK gtt_task; #endif // Dynamic DSP download task #if (L1_DYN_DSP_DWNLD == 1) T_DYN_DWNLD_TASK_COMMAND dyn_dwnld_task; #endif } T_L1A_L1S_COM; /***************************************************************************************/ /* L1A -> DSP communication structure... */ /***************************************************************************************/ typedef struct { UWORD8 dsp_w_page; // Active page for ARM "writting" to DSP {0,1}. UWORD8 dsp_r_page; // Active page for ARM "reading" from DSP {0,1}. UWORD8 dsp_r_page_used; // Used in "l1_synch" to know if the read page must be chged. T_DB_DSP_TO_MCU *dsp_db_r_ptr; // MCU<->DSP comm. read page (Double Buffered comm. memory). T_DB_MCU_TO_DSP *dsp_db_w_ptr; // MCU<->DSP comm. write page (Double Buffered comm. memory). T_NDB_MCU_DSP *dsp_ndb_ptr; // MCU<->DSP comm. read/write (Non Double Buffered comm. memory). T_PARAM_MCU_DSP *dsp_param_ptr; // MCU<->DSP comm. read/write (Param comm. memory). #if (DSP_DEBUG_TRACE_ENABLE == 1) T_DB2_DSP_TO_MCU *dsp_db2_current_r_ptr; T_DB2_DSP_TO_MCU *dsp_db2_other_r_ptr; #endif } T_L1S_DSP_COM; /***************************************************************************************/ /* L1A -> TPU communication structure... */ /***************************************************************************************/ typedef struct { UWORD8 tpu_w_page; // Active page for ARM "writting" to TPU {0,1}. UWORD32 *tpu_page_ptr; // Current Pointer within the active "tpu_page". #if (CODE_VERSION == SIMULATION) T_reg_cmd *reg_cmd; // command register for TPU & DSP enabling and pages pgmation #else UWORD16 *reg_cmd; // command register for TPU & DSP enabling and pages pgmation #endif UWORD32 *reg_com_int; // communication int. register UWORD32 *offset; // offset register } T_L1S_TPU_COM; /***************************************************************************************/ /* L1 configuration structure */ /***************************************************************************************/ typedef struct { UWORD8 id; //standard identifier UWORD16 radio_band_support; UWORD8 swap_iq_band1; UWORD8 swap_iq_band2; UWORD32 first_radio_freq; UWORD32 first_radio_freq_band2; UWORD32 radio_freq_index_offset; UWORD32 nbmax_carrier; UWORD32 nbmeas; UWORD32 max_txpwr_band1; UWORD32 max_txpwr_band2; UWORD32 txpwr_turning_point; UWORD16 cal_freq1_band1; UWORD16 cal_freq1_band2; UWORD16 g_magic_band1; UWORD16 g_magic_band2; UWORD16 lna_att_band1; UWORD16 lna_att_band2; UWORD16 lna_switch_thr_low_band1; UWORD16 lna_switch_thr_low_band2; UWORD16 lna_switch_thr_high_band1; UWORD16 lna_switch_thr_high_band2; } T_L1_STD_CNFG; //RF dependent parameter definitions typedef struct { UWORD16 rx_synth_setup_time; UWORD8 rx_synth_load_split; WORD16 rx_synth_start_time; WORD16 rx_change_offset_time; WORD16 rx_change_synchro_time; UWORD8 rx_tpu_scenario_ending; UWORD16 tx_synth_setup_time; UWORD8 tx_synth_load_split; WORD16 tx_synth_start_time; WORD16 tx_change_offset_time; WORD16 tx_nb_duration; WORD16 tx_ra_duration; UWORD8 tx_nb_load_split; UWORD8 tx_ra_load_split; UWORD8 tx_tpu_scenario_ending; WORD16 fb26_anchoring_time; WORD16 fb26_change_offset_time; UWORD32 prg_tx_gsm; UWORD32 prg_tx_dcs; UWORD16 low_agc_noise_thr; UWORD16 high_agc_sat_thr; UWORD16 low_agc; UWORD16 high_agc; UWORD16 il_min; UWORD16 fixed_txpwr; WORD16 eeprom_afc; WORD8 setup_afc_and_rf; UWORD32 psi_sta_inv; UWORD32 psi_st; UWORD32 psi_st_32; UWORD32 psi_st_inv; #if (VCXO_ALGO==1) WORD16 afc_dac_center; WORD16 afc_dac_min; WORD16 afc_dac_max; WORD16 afc_snr_thr; UWORD8 afc_algo; UWORD8 afc_win_avg_size_M; UWORD8 rgap_algo; UWORD8 rgap_bad_snr_count_B; #endif UWORD8 guard_bits; #if DCO_ALGO BOOL dco_enabled; #endif #if (ANLG_FAM == 1) UWORD16 debug1; UWORD16 afcctladd; UWORD16 vbuctrl; UWORD16 vbdctrl; UWORD16 bbctrl; UWORD16 apcoff; UWORD16 bulioff; UWORD16 bulqoff; UWORD16 dai_onoff; UWORD16 auxdac; UWORD16 vbctrl; UWORD16 apcdel1; #endif #if (ANLG_FAM == 2) UWORD16 debug1; UWORD16 afcctladd; UWORD16 vbuctrl; UWORD16 vbdctrl; UWORD16 bbctrl; UWORD16 bulgcal; UWORD16 apcoff; UWORD16 bulioff; UWORD16 bulqoff; UWORD16 dai_onoff; UWORD16 auxdac; UWORD16 vbctrl1; UWORD16 vbctrl2; UWORD16 apcdel1; UWORD16 apcdel2; #endif #if (ANLG_FAM == 3) UWORD16 debug1; UWORD16 afcctladd; UWORD16 vbuctrl; UWORD16 vbdctrl; UWORD16 bbctrl; UWORD16 bulgcal; UWORD16 apcoff; UWORD16 bulioff; UWORD16 bulqoff; UWORD16 dai_onoff; UWORD16 auxdac; UWORD16 vbctrl1; UWORD16 vbctrl2; UWORD16 apcdel1; UWORD16 apcdel2; UWORD16 vbpop; UWORD16 vau_delay_init; UWORD16 vaud_cfg; UWORD16 vauo_onoff; UWORD16 vaus_vol; UWORD16 vaud_pll; #endif #if L1_GPRS UWORD16 toa_pm_thres; // PM threshold for TOA algorithm feeding in packet transfer mode #endif } T_L1_PARAMS; typedef struct { T_L1_STD_CNFG std; //standard: GSM,GSM_E,GSM850,DCS,PCS,DUAL,DUALEXT UWORD8 pwr_mngt; //power management active UWORD8 tx_pwr_code; UWORD16 dwnld; T_L1_PARAMS params; double dpll; //dpll factor #if TESTMODE //Define the TestMode flag and TestMode parameters UWORD8 TestMode; UWORD8 agc_enable; UWORD8 afc_enable; UWORD8 adc_enable; T_TM_PARAMS tmode; //TestMode parameters structure #endif } T_L1_CONFIG; /***************************************************************************************/ /* API HISR -> L1A communication structure... Defined in case dynamic download is defined */ /***************************************************************************************/ /***************************************************************************************/ /* Global API HISR -Defined in case dynamic download is defined /***************************************************************************************/ #if(L1_DYN_DSP_DWNLD==1) typedef struct { T_L1A_DYN_DWNLD_HISR_COM dyn_dwnld; } T_L1A_API_HISR_COM; typedef struct { T_L1_DYN_DWNLD_API_HISR dyn_dwnld; } T_L1_API_HISR; #endif