FreeCalypso > hg > fc-magnetite
view src/cs/layer1/tm_include/l1tm_msgty.h @ 222:79cb194284ca
doc/Freerunner-Howto: update for the TCS2/TCS3 hybrid development
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Sun, 16 Oct 2016 00:26:26 +0000 |
| parents | 945cf7f506b2 |
| children |
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/************* Revision Controle System Header ************* * GSM Layer 1 software * L1TM_MSGTY.H * * Filename l1tm_msgty.h * Copyright 2003 (C) Texas Instruments * ************* Revision Controle System Header *************/ /***********************************************************************/ /* TESTMODE 3.X */ /***********************************************************************/ typedef struct { UWORD8 cid; UWORD8 str_len_in_bytes; // all primitive types should be a unique struct within // the union u. union { struct { WORD16 index; UWORD16 value; } tm_params; struct { WORD8 index; UWORD8 table[TM_PAYLOAD_UPLINK_SIZE_MAX]; } tm_table; struct { UWORD32 address; UWORD8 table[TM_PAYLOAD_UPLINK_SIZE_MAX]; } mem_write; struct { UWORD32 src; UWORD32 length; } mem_read; struct { UWORD8 packet[128]; } ffs; } u; } T_TESTMODE_PRIM; typedef struct { UWORD32 arfcn; UWORD32 number_of_measurements; UWORD8 place_of_measurement; UWORD32 num_loop; UWORD32 agc; } T_TMODE_PM_REQ; typedef struct { UWORD16 power_array_size; T_POWER_ARRAY power_array[1]; } T_TMODE_RXLEV_REQ; typedef struct { UWORD32 dummy; } T_TMODE_FB0_REQ; typedef struct { UWORD32 dummy; } T_TMODE_FB1_REQ; typedef struct { UWORD32 dummy; } T_TMODE_SB_REQ; typedef struct { UWORD32 dummy; } T_TMODE_FB_SB_REQ; typedef struct { BOOL fb_flag; //TRUE if FB found, otherwise FALSE WORD8 ntdma; //tdma between window start and beginning of FB (0..23) UWORD8 neigh_id; UWORD32 pm_fullres; UWORD32 toa; WORD16 angle; UWORD32 snr; } T_TMODE_FB_CON; typedef struct { UWORD16 radio_freq; BOOL sb_flag; UWORD32 fn_offset; UWORD32 time_alignmt; UWORD8 bsic; UWORD8 neigh_id; UWORD8 attempt; UWORD32 pm_fullres; UWORD32 toa; WORD16 angle; UWORD32 snr; } T_TMODE_NCELL_SYNC_IND; typedef struct { UWORD32 fn_offset; UWORD32 time_alignmt; UWORD8 bsic; } T_TMODE_NEW_SCELL_REQ; typedef struct { UWORD16 radio_freq; UWORD8 l2_channel; BOOL error_flag; T_RADIO_FRAME l2_frame; UWORD8 tc; UWORD32 fn; UWORD8 neigh_id; } T_TMODE_BCCHS_CON; typedef struct { UWORD32 dummy; } T_TMODE_STOP_SCELL_BCCH_REQ; typedef struct { UWORD32 dummy; } T_TMODE_SCELL_NBCCH_REQ; typedef struct { UWORD32 fn; UWORD8 channel_request; } T_TMODE_RA_DONE; typedef struct { UWORD32 dummy; } T_TMODE_RA_START; typedef struct { #if (CODE_VERSION == SIMULATION) UWORD8 ul_dl; #else UWORD32 dummy; #endif } T_TMODE_IMMED_ASSIGN_REQ; typedef struct { UWORD8 A[22+1]; } T_TMODE_RADIO_FRAME; typedef struct { UWORD16 radio_freq; UWORD8 l2_channel; UWORD8 error_cause; T_TMODE_RADIO_FRAME l2_frame; UWORD8 bsic; UWORD8 tc; } T_TMODE_SACCH_INFO; typedef struct { UWORD32 pm_fullres; UWORD32 snr; UWORD32 toa; WORD16 angle; UWORD32 qual_nbr_meas_full; // Fullset: nbr meas. of rxqual. UWORD32 qual_full; // Fullset: rxqual meas. } T_TMODE_TCH_INFO; typedef struct { UWORD32 none; } T_TMODE_STOP_RX_TX; #if L1_GPRS typedef struct { #if (CODE_VERSION == SIMULATION) UWORD8 multislot_class; UWORD8 dl_ts_alloc; UWORD8 ul_ts_alloc; UWORD8 ul_alloc_length; BOOL mon_enable; BOOL pm_enable; #else UWORD32 dummy; #endif } T_TMODE_PDTCH_ASSIGN_REQ; typedef struct { UWORD32 pm_fullres; UWORD32 snr; UWORD32 toa; WORD16 angle; BOOL crc_error_tbl[8]; } T_TMODE_PDTCH_INFO; #endif /**************** ENUMs ***********************/ // TestMode Error Codes enum { E_OK = 0, // Function completed successfully. E_FINISHED = 1, // Previously started operation has finished. E_TESTMODE = 2, // Function not legal in this GGT test mode. E_BADINDEX = 3, // The index is undefined. E_INVAL = 4, // Invalid Argument (out of range or other). E_BADSIZE = 7, // Some table or list parameter was wrong in size E_AGAIN = 8, // Not ready, try again later. E_NOSYS = 9, // Function not implemented. E_NOSUBSYS = 10, // Sub-Function not implemented. E_BADCID = 14, // Invalid CID. E_CHECKSUM = 15, // Checksum Error. E_PACKET = 16, // Packet format is bad (wrong number of arguments). E_FORWARD = 31 // Command parsed successfully, but further processing necessary }; // CID's enum { TM_INIT = 0x20, TM_MODE_SET = 0x21, VERSION_GET = 0x22, RF_ENABLE = 0x23, STATS_READ = 0x24, STATS_CONFIG_WRITE = 0x25, STATS_CONFIG_READ = 0x26, RF_PARAM_WRITE = 0x30, RF_PARAM_READ = 0x31, RF_TABLE_WRITE = 0x32, RF_TABLE_READ = 0x33, RX_PARAM_WRITE = 0x34, RX_PARAM_READ = 0x35, TX_PARAM_WRITE = 0x36, TX_PARAM_READ = 0x37, TX_TEMPLATE_WRITE = 0x38, TX_TEMPLATE_READ = 0x39, MEM_WRITE = 0x40, MEM_READ = 0x41, CODEC_WRITE = 0x42, CODEC_READ = 0x43, MISC_PARAM_WRITE = 0x44, MISC_PARAM_READ = 0x45, MISC_TABLE_WRITE = 0x46, MISC_TABLE_READ = 0x47, MISC_ENABLE = 0x48, SPECIAL_PARAM_WRITE = 0x50, SPECIAL_PARAM_READ = 0x51, SPECIAL_TABLE_WRITE = 0x52, SPECIAL_TABLE_READ = 0x53, SPECIAL_ENABLE = 0x54, #if (CODE_VERSION != SIMULATION) TPU_TABLE_WRITE = 0x55, TPU_TABLE_READ = 0x56, #endif TM_FFS = 0x70 }; // TestMode function enum's enum RF_PARAM { BCCH_ARFCN = 1, TCH_ARFCN = 2, MON_ARFCN = 3, #if L1_GPRS PDTCH_ARFCN = 4, #endif STD_BAND_FLAG = 7, AFC_ENA_FLAG = 8, AFC_DAC_VALUE = 9, INITIAL_AFC_DAC = 10 #if L1_GPRS ,MULTISLOT_CLASS = 20 #endif }; enum RF_TABLE { RX_AGC_TABLE = 8, AFC_PARAMS = 9, RX_AGC_GLOBAL_PARAMS = 12, RX_IL_2_AGC_MAX = 13, RX_IL_2_AGC_PWR = 14, RX_IL_2_AGC_AV = 15, TX_LEVELS = 16, // 16=GSM900, 32=DCS1800, 48=PCS1900 TX_CAL_CHAN = 17, // 17=GSM900, 33=DCS1800, 49=PCS1900 #if (ORDER2_TX_TEMP_CAL==1) TX_CAL_TEMP = 20, // 20=GSM900, 36=DCS1800, 52=PCS1900 #else TX_CAL_TEMP = 18, // 18=GSM900, 34=DCS1800, 50=PCS1900 #endif TX_CAL_EXTREME = 19, // 19=GSM900, 35=DCS1800, 51=PCS1900 RX_CAL_CHAN = 25, // 25=GSM900, 41=DCS1800, 57=PCS1900 RX_CAL_TEMP = 26, // 26=GSM900, 42=DCS1800, 58=PCS1900 RX_CAL_LEVEL = 27, // 27=GSM900, 43=DCS1800, 59=PCS1900 RX_AGC_PARAMS = 31, // 31=GSM900, 47=DCS1800, 63=PCS1900 RX_AGC_PARAMS_PCS = 63, #if (RF_FAM == 35) RX_PLL_TUNING_TABLE = 65, #endif TX_DATA_BUFFER = 80 #if L1_GPRS ,RLC_TX_BUFFER_CS1 = 81, RLC_TX_BUFFER_CS2 = 82, RLC_TX_BUFFER_CS3 = 83, RLC_TX_BUFFER_CS4 = 84 #endif }; enum RX_PARAM { RX_AGC_GAIN = 1, RX_TIMESLOT = 2, RX_AGC_ENA_FLAG = 8, RX_PM_ENABLE = 9, RX_FRONT_DELAY = 10, RX_FLAGS_CAL = 14, RX_FLAGS_PLATFORM = 15, RX_FLAGS_IQ_SWAP = 17, RX_FLAGS_ALL = 18 #if L1_GPRS ,RX_GPRS_SLOTS = 28, RX_GPRS_CODING = 29 #endif }; enum TX_PARAM { TX_PWR_LEVEL = 1, TX_APC_DAC = 4, TX_RAMP_TEMPLATE = 5, TX_CHAN_CAL_TABLE = 6, TX_RESERVED = 7, TX_BURST_TYPE = 8, TX_BURST_DATA = 9, TX_TIMING_ADVANCE = 10, TX_TRAINING_SEQ = 11, TX_PWR_SKIP = 13, TX_FLAGS_CAL = 14, TX_FLAGS_PLATFORM = 15, TX_FLAGS_IQ_SWAP = 17, TX_FLAGS_ALL = 18 #if L1_GPRS ,TX_GPRS_POWER0 = 20, TX_GPRS_POWER1 = 21, TX_GPRS_POWER2 = 22, TX_GPRS_POWER3 = 23, TX_GPRS_POWER4 = 24, TX_GPRS_POWER5 = 25, TX_GPRS_POWER6 = 26, TX_GPRS_POWER7 = 27, TX_GPRS_SLOTS = 28, TX_GPRS_CODING = 29 #endif }; enum MISC_PARAM { GPIOSTATE0 = 8, GPIODIR0 = 9, GPIOSTATE1 = 10, GPIODIR1 = 11, GPIOSTATE0P = 12, GPIODIR0P = 13, GPIOSTATE1P = 14, GPIODIR1P = 15, ADC_INTERVAL = 18, ADC_ENA_FLAG = 19, CONVERTED_ADC0 = 20, CONVERTED_ADC1 = 21, CONVERTED_ADC2 = 22, CONVERTED_ADC3 = 23, CONVERTED_ADC4 = 24, CONVERTED_ADC5 = 25, CONVERTED_ADC6 = 26, CONVERTED_ADC7 = 27, CONVERTED_ADC8 = 28, RAW_ADC0 = 30, RAW_ADC1 = 31, RAW_ADC2 = 32, RAW_ADC3 = 33, RAW_ADC4 = 34, RAW_ADC5 = 35, RAW_ADC6 = 36, RAW_ADC7 = 37, RAW_ADC8 = 38, ADC0_COEFF_A = 50, ADC1_COEFF_A = 51, ADC2_COEFF_A = 52, ADC3_COEFF_A = 53, ADC4_COEFF_A = 54, ADC5_COEFF_A = 55, ADC6_COEFF_A = 56, ADC7_COEFF_A = 57, ADC8_COEFF_A = 58, ADC0_COEFF_B = 60, ADC1_COEFF_B = 61, ADC2_COEFF_B = 62, ADC3_COEFF_B = 63, ADC4_COEFF_B = 64, ADC5_COEFF_B = 65, ADC6_COEFF_B = 66, ADC7_COEFF_B = 67, ADC8_COEFF_B = 68, SLEEP_MODE = 80, CURRENT_TM_MODE = 127 }; enum STATS_CONFIG { LOOPS = 16, AUTO_RESULT_LOOPS = 17, AUTO_RESET_LOOPS = 18, #if L1_GPRS STAT_GPRS_SLOTS = 20, #endif STAT_TYPE = 24, STAT_BITMASK = 25 }; enum STATS_READ { ACCUMULATED_RX_STATS = 1, MOST_RECENT_RX_STATS = 2 }; enum BITMASK { RSSI = 0x0001, DSP_PM = 0x0002, ANGLE_MEAN = 0x0004, ANGLE_VAR = 0x0008, SNR_MEAN = 0x0010, SNR_VAR = 0x0020, TOA_MEAN = 0x0040, TOA_VAR = 0x0080, RESERVED1 = 0x0100, RESERVED2 = 0x0200, ANGLE_MIN = 0x0400, ANGLE_MAX = 0x0800, FRAME_NUMBER = 0x1000, RUNS = 0x2000, SUCCESSES = 0x4000, BSIC = 0x8000 }; enum RF_ENABLE_E { STOP_ALL = 0, RX_TCH = 1, TX_TCH = 2, RX_TX_TCH = 3, #if L1_GPRS RX_TX_PDTCH = 4, #endif RX_TCH_CONT = 8, TX_TCH_CONT = 9, BCCH_LOOP = 10, SB_LOOP = 11, FB1_LOOP = 12, FB0_LOOP = 13, SINGLE_PM = 15, #if L1_GPRS RX_TX_PDTCH_MON = 16, #endif #if (RF_FAM == 35) RX_PLL_TUNING = 17, #endif RX_TX_MON_TCH = 19, RX_TX_MON = 27 }; enum VERSION_GET_E { BBCHIP_MODULE_REV = 0x10, CHIPID_MODULE_REV = 0x14, CHIPVER_MODULE_REV = 0x15, DSPSW_MODULE_REV = 0x22, ANALOGCHIP_MODULE_REV = 0x30, GSM_MODULE_REV = 0x80, LAYER1_MODULE_REV = 0x84, RFDRIVER_MODULE_REV = 0x88, TM_API_MODULE_REV = 0xE0, L1_TM_CORE_MODULE_REV = 0xE1, STD_MODULE_REV = 0xE2, DSP_MODULE_REV = 0xE3, BOARD_MODULE_REV = 0xE4, RF_MODULE_REV = 0xE5 };