FreeCalypso > hg > fc-magnetite
view src/cs/layer1/include/l1_mftab.h @ 636:57e67ca2e1cb
pcmdata.c: default +CGMI to "FreeCalypso" and +CGMM to model
The present change has no effect whatsoever on Falconia-made and Openmoko-made
devices on which /pcm/CGMI and /pcm/CGMM files have been programmed in FFS
with sensible ID strings by the respective factories, but what should AT+CGMI
and AT+CGMM queries return when the device is a Huawei GTM900 or Tango modem
that has been converted to FreeCalypso with a firmware change? Before the
present change they would return compiled-in defaults of "<manufacturer>" and
"<model>", respectively; with the present change the firmware will self-identify
as "FreeCalypso GTM900-FC" or "FreeCalypso Tango" on the two respective targets.
This firmware identification will become important if someone incorporates an
FC-converted GTM900 or Tango modem into a ZeroPhone-style smartphone where some
high-level software like ofono will be talking to the modem and will need to
properly identify this modem as FreeCalypso, as opposed to some other AT command
modem flavor with different quirks.
In technical terms, the compiled-in default for the AT+CGMI query (which will
always be overridden by the /pcm/CGMI file in FFS if one is present) is now
"FreeCalypso" in all configs on all targets; the compiled-in default for the
AT+CGMM query (likewise always overridden by /pcm/CGMM if present) is
"GTM900-FC" if CONFIG_TARGET_GTM900 or "Tango" if CONFIG_TARGET_TANGO or the
original default of "<model>" otherwise.
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Sun, 19 Jan 2020 20:14:58 +0000 |
| parents | 945cf7f506b2 |
| children |
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/************* Revision Controle System Header ************* * GSM Layer 1 software * L1_MFTAB.H * * Filename l1_mftab.h * Copyright 2003 (C) Texas Instruments * ************* Revision Controle System Header *************/ /*********************************************************** * Content: * This file contains the MultiFrame tables for all L1S * basic tasks. ***********************************************************/ /*******************************************************************************************/ /* Multiframe Blocks for Dynamic MFTAB Building purpose. */ /*******************************************************************************************/ // Multiframe table size.... #define BLOC_FBNEW_SIZE 14 + 2 // FB. #define BLOC_SB2_SIZE 5 + 2 // SB2. #define BLOC_SBCONF_SIZE 4 + 2 // SBCONF. #define BLOC_BCCHN_SIZE 7 + 2 // BCCHN. #define BLOC_BCCHN_TOP_SIZE 7 + 2 // BCCHN_TOP (BCCHN top priority) #define BLOC_SYNCHRO_SIZE 1 // SYNC. #define BLOC_ADC_SIZE 1 // ADC in CS_MODE0 #define BLOC_ABORT_SIZE 3 // ABORT. #define BLOC_RAACC_SIZE 3 // RAACC. #define S_RECT4_SIZE 6 // All "rectangular 4" serving tasks: NP/EP/BCCHS/ALLC. #define BLOC_TCHT_SIZE 3 // TCHTF / TCHTH / TCHD. #define BLOC_TCHA_SIZE 3 // TCHA. #define BLOC_SMSCB_SIZE 6 // SMSCB. #define BLOC_FB51_SIZE 14 // FB51. #define BLOC_SB51_SIZE 4 // SB51. #define BLOC_SBCNF51_SIZE 4 // SBCNF51. #define BLOC_FB26_SIZE 4 // FB26. #define BLOC_SB26_SIZE 5 // SB26. #define BLOC_SBCNF26_SIZE 5 // SBCNF26. #define BLOC_HWTEST_SIZE 4 // HWTEST. #define BLOC_DUL_ADL_MIXED_SIZED 7 #if (L1_GPRS) #define BLOC_BCCHN_TRAN_SIZE 7 // BCCHN_TRAN. #endif #ifdef L1_ASYNC_C /*----------------------------------------------------*/ /* TASK: Frequency Burst search... */ /*----------------------------------------------------*/ const T_FCT BLOC_FBNEW[] = { {l1s_ctrl_msagc,FBNEW,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_msagc,FBNEW,NO_PAR},{l1s_ctrl_fb,FBNEW,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 3 {NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_mon_result,FBNEW, 1},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_mon_result,FBNEW, 2},{NULL,NO_PAR,NO_PAR}, // frame 6 {l1s_read_mon_result,FBNEW, 3},{NULL,NO_PAR,NO_PAR}, // frame 7 {l1s_read_mon_result,FBNEW, 4},{NULL,NO_PAR,NO_PAR}, // frame 8 {l1s_read_mon_result,FBNEW, 5},{NULL,NO_PAR,NO_PAR}, // frame 9 {l1s_read_mon_result,FBNEW, 6},{NULL,NO_PAR,NO_PAR}, // frame 10 {l1s_read_mon_result,FBNEW, 7},{NULL,NO_PAR,NO_PAR}, // frame 11 {l1s_read_mon_result,FBNEW, 8},{NULL,NO_PAR,NO_PAR}, // frame 12 {l1s_read_mon_result,FBNEW, 9},{NULL,NO_PAR,NO_PAR}, // frame 13 {l1s_read_mon_result,FBNEW,10},{NULL,NO_PAR,NO_PAR}, // frame 14 {l1s_read_mon_result,FBNEW,11},{NULL,NO_PAR,NO_PAR}, // frame 15 {l1s_read_mon_result,FBNEW,12},{NULL,NO_PAR,NO_PAR} // frame 16 }; /*----------------------------------------------------*/ /* TASK: SB2, New Synchro Burst search... */ /*----------------------------------------------------*/ /* C W R -> AGC */ /* C W W R -> 1st SB */ /* C W W R -> 2nd SB */ /*----------------------------------------------------*/ const T_FCT BLOC_SB2[] = { {l1s_ctrl_msagc,SB2,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_msagc,SB2,NO_PAR}, {l1s_ctrl_sbgen,SB2,1}, {NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_ctrl_sbgen,SB2,2}, {NULL,NO_PAR,NO_PAR}, // frame 4 {NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_mon_result,SB2,1}, {NULL,NO_PAR,NO_PAR}, // frame 6 {l1s_read_mon_result,SB2,2}, {NULL,NO_PAR,NO_PAR} // frame 7 }; /*----------------------------------------------------*/ /* TASK: SBCONF, Synchro confirmation. */ /*----------------------------------------------------*/ /* C W R -> AGC */ /* C W W R -> SBCONF */ /*----------------------------------------------------*/ const T_FCT BLOC_SBCONF[] = { {l1s_ctrl_msagc,SBCONF,1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_msagc,SBCONF,1},{l1s_ctrl_sbgen,SBCONF,1}, {NULL,NO_PAR,NO_PAR}, // frame 3 {NULL,NO_PAR,NO_PAR}, // frame 4 {NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_mon_result,SBCONF,1},{NULL,NO_PAR,NO_PAR} // frame 6 }; /*----------------------------------------------------*/ /* TASK: Serving cell Normal BCCH reading. */ /*----------------------------------------------------*/ /* frame 1 2 3 4 5 6 */ /* | | | | | | */ /* C W R | | | -> burst 1 */ /* C W R | | -> burst 2 */ /* C W R | -> burst 3 */ /* C W R -> burst 4 */ /*----------------------------------------------------*/ const T_FCT BLOC_NBCCHS[] = { {l1s_ctrl_snb_dl,NBCCHS,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_ctrl_snb_dl,NBCCHS,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_snb_dl,NBCCHS,BURST_1},{l1s_ctrl_snb_dl,NBCCHS,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_read_snb_dl,NBCCHS,BURST_2},{l1s_ctrl_snb_dl,NBCCHS,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_snb_dl,NBCCHS,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_snb_dl,NBCCHS,BURST_4},{NULL,NO_PAR,NO_PAR} // frame 6 }; /*----------------------------------------------------*/ /* TASK: Serving cell Extended BCCH reading. */ /*----------------------------------------------------*/ /* frame 1 2 3 4 5 6 */ /* | | | | | | */ /* C W R | | | -> burst 1 */ /* C W R | | -> burst 2 */ /* C W R | -> burst 3 */ /* C W R -> burst 4 */ /*----------------------------------------------------*/ const T_FCT BLOC_EBCCHS[] = { {l1s_ctrl_snb_dl,EBCCHS,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_ctrl_snb_dl,EBCCHS,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_snb_dl,EBCCHS,BURST_1},{l1s_ctrl_snb_dl,EBCCHS,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_read_snb_dl,EBCCHS,BURST_2},{l1s_ctrl_snb_dl,EBCCHS,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_snb_dl,EBCCHS,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_snb_dl,EBCCHS,BURST_4},{NULL,NO_PAR,NO_PAR} // frame 6 }; /*----------------------------------------------------*/ /* TASK: Neighbour Cell SYStem info reading. */ /*----------------------------------------------------*/ /* C W R -> AGC */ /* C W W W W W R -> all bursts */ /*----------------------------------------------------*/ const T_FCT BLOC_BCCHN[] = { {l1s_ctrl_msagc,BCCHN,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_msagc,BCCHN,NO_PAR},{l1s_ctrl_nnb,BCCHN,NO_PAR},{NULL,NO_PAR,NO_PAR}, // frame 3 {NULL,NO_PAR,NO_PAR}, // frame 4 {NULL,NO_PAR,NO_PAR}, // frame 5 {NULL,NO_PAR,NO_PAR}, // frame 6 {NULL,NO_PAR,NO_PAR}, // frame 7 {NULL,NO_PAR,NO_PAR}, // frame 8 {l1s_read_nnb,BCCHN,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 9 }; /*----------------------------------------------------*/ /* TASK: Neighbour Cell SYStem info reading. */ /*----------------------------------------------------*/ /* C W R -> AGC */ /* C W W W W W R -> all bursts */ /*----------------------------------------------------*/ const T_FCT BLOC_BCCHN_TOP[] = { {l1s_ctrl_msagc,BCCHN_TOP,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_msagc,BCCHN_TOP,NO_PAR},{l1s_ctrl_nnb,BCCHN_TOP,NO_PAR},{NULL,NO_PAR,NO_PAR}, // frame 3 {NULL,NO_PAR,NO_PAR}, // frame 4 {NULL,NO_PAR,NO_PAR}, // frame 5 {NULL,NO_PAR,NO_PAR}, // frame 6 {NULL,NO_PAR,NO_PAR}, // frame 7 {NULL,NO_PAR,NO_PAR}, // frame 8 {l1s_read_nnb,BCCHN_TOP,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 9 }; /*----------------------------------------------------*/ /* TASK: Neighbour Cell SYStem info reading. */ /* for packet transfer mode */ /*----------------------------------------------------*/ /* C W W W W W R -> all bursts */ /*----------------------------------------------------*/ #if (L1_GPRS) const T_FCT BLOC_BCCHN_TRAN[] = { {l1s_ctrl_nnb,BCCHN_TRAN,NO_PAR},{NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {NULL,NO_PAR,NO_PAR}, // frame 3 {NULL,NO_PAR,NO_PAR}, // frame 4 {NULL,NO_PAR,NO_PAR}, // frame 5 {NULL,NO_PAR,NO_PAR}, // frame 6 {l1s_read_nnb,BCCHN_TRAN,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 7 }; #endif /*----------------------------------------------------*/ /* TASK: Synchronization (camp on a new serving cell) */ /*----------------------------------------------------*/ const T_FCT BLOC_SYNCHRO[] = { {l1s_new_synchro,NO_PAR,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 1 }; /*----------------------------------------------------*/ /* TASK: ADC measurement in CS_MODE0 */ /* C */ /* the ADC is performed inside the frame and the */ /* result is red in the same frame due to an */ /* Interrupt (handle by Riviera) */ /*----------------------------------------------------*/ const T_FCT BLOC_ADC[] = { {l1s_ctrl_ADC,NO_PAR,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 1 }; /*----------------------------------------------------*/ /* TASK: Short Message Service Cell Broadcast */ /*----------------------------------------------------*/ /* frame 1 2 3 4 5 6 */ /* | | | | | | */ /* C W R | | | -> hopp. + burst 1 */ /* C W R | | -> hopp. + burst 2 */ /* C W R | -> hopp. + burst 3 */ /* C W R -> hopp. + burst 4 + Synch back*/ /*----------------------------------------------------*/ const T_FCT BLOC_SMSCB[] = { {l1s_hopping_algo,SMSCB,NO_PAR},{l1s_ctrl_smscb, SMSCB,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_hopping_algo,SMSCB,NO_PAR},{l1s_ctrl_smscb, SMSCB,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_hopping_algo,SMSCB,NO_PAR},{l1s_read_snb_dl,SMSCB,BURST_1},{l1s_ctrl_smscb, SMSCB,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_hopping_algo,SMSCB,NO_PAR},{l1s_read_snb_dl,SMSCB,BURST_2},{l1s_ctrl_smscb, SMSCB,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_snb_dl,SMSCB,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_snb_dl,SMSCB,BURST_4},{NULL,NO_PAR,NO_PAR} // frame 6 }; /*----------------------------------------------------*/ /* TASK: Normal Paging... */ /*----------------------------------------------------*/ /* frame 1 2 3 4 5 6 */ /* | | | | | | */ /* C W R | | | -> burst 1 */ /* C W R | | -> burst 2 */ /* C W R | -> burst 3 */ /* C W R -> burst 4 */ /*----------------------------------------------------*/ const T_FCT BLOC_NP[] = { {l1s_ctrl_snb_dl,NP,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_ctrl_snb_dl,NP,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_snb_dl,NP,BURST_1},{l1s_ctrl_snb_dl,NP,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_read_snb_dl,NP,BURST_2},{l1s_ctrl_snb_dl,NP,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_snb_dl,NP,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_snb_dl,NP,BURST_4},{NULL,NO_PAR,NO_PAR} // frame 6 }; /*----------------------------------------------------*/ /* TASK: Extended Paging task... */ /*----------------------------------------------------*/ /* frame 1 2 3 4 5 6 */ /* | | | | | | */ /* C W R | | | -> burst 1 */ /* C W R | | -> burst 2 */ /* C W R | -> burst 3 */ /* C W R -> burst 4 */ /*----------------------------------------------------*/ const T_FCT BLOC_EP[] = { {l1s_ctrl_snb_dl,EP,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_ctrl_snb_dl,EP,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_snb_dl,EP,BURST_1},{l1s_ctrl_snb_dl,EP,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_read_snb_dl,EP,BURST_2},{l1s_ctrl_snb_dl,EP,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_snb_dl,EP,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_snb_dl,EP,BURST_4},{NULL,NO_PAR,NO_PAR} // frame 6 }; /*----------------------------------------------------*/ /* TASK: All CCCH reading task... */ /*----------------------------------------------------*/ /* frame 1 2 3 4 5 6 */ /* | | | | | | */ /* C W R | | | -> burst 1 */ /* C W R | | -> burst 2 */ /* C W R | -> burst 3 */ /* C W R -> burst 4 */ /*----------------------------------------------------*/ const T_FCT BLOC_ALLC[] = { {l1s_ctrl_snb_dl,ALLC,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_ctrl_snb_dl,ALLC,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_snb_dl,ALLC,BURST_1},{l1s_ctrl_snb_dl,ALLC,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_read_snb_dl,ALLC,BURST_2},{l1s_ctrl_snb_dl,ALLC,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_snb_dl,ALLC,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_snb_dl,ALLC,BURST_4},{NULL,NO_PAR,NO_PAR} // frame 6 }; /*----------------------------------------------------*/ /* TASK: SDCCH */ /*----------------------------------------------------*/ /* frame 1 2 3 4 5 6 */ /* | | | | | | */ /* C W R | | | -> burst 1 */ /* C W R | | -> burst 2 */ /* C W R | -> burst 3 */ /* C W R -> burst 4 */ /*----------------------------------------------------*/ const T_FCT BLOC_DDL[] = { {l1s_hopping_algo,DDL,NO_PAR},{l1s_ctrl_snb_dl, DDL,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_hopping_algo,DDL,NO_PAR},{l1s_ctrl_snb_dl, DDL,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_hopping_algo,DDL,NO_PAR},{l1s_read_dedic_dl,DDL,BURST_1},{l1s_ctrl_snb_dl, DDL,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_hopping_algo,DDL,NO_PAR},{l1s_read_dedic_dl,DDL,BURST_2},{l1s_ctrl_snb_dl, DDL,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_dedic_dl,DDL,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_dedic_dl,DDL,BURST_4},{NULL,NO_PAR,NO_PAR} // frame 6 }; const T_FCT BLOC_DUL[] = { {l1s_hopping_algo,DUL,NO_PAR},{l1s_ctrl_snb_ul, DUL,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_hopping_algo,DUL,NO_PAR},{l1s_ctrl_snb_ul, DUL,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_hopping_algo,DUL,NO_PAR},{l1s_read_tx_result,DUL,BURST_1},{l1s_ctrl_snb_ul, DUL,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_hopping_algo,DUL,NO_PAR},{l1s_read_tx_result,DUL,BURST_2},{l1s_ctrl_snb_ul, DUL,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_tx_result,DUL,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_tx_result,DUL,BURST_4},{NULL,NO_PAR,NO_PAR} // frame 6 }; const T_FCT BLOC_ADL[] = { {l1s_hopping_algo,ADL,NO_PAR},{l1s_ctrl_snb_dl, ADL,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_hopping_algo,ADL,NO_PAR},{l1s_ctrl_snb_dl, ADL,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_hopping_algo,ADL,NO_PAR},{l1s_read_dedic_dl,ADL,BURST_1},{l1s_ctrl_snb_dl, ADL,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_hopping_algo,ADL,NO_PAR},{l1s_read_dedic_dl,ADL,BURST_2},{l1s_ctrl_snb_dl, ADL,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_dedic_dl,ADL,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_dedic_dl,ADL,BURST_4},{NULL,NO_PAR,NO_PAR} // frame 6 }; const T_FCT BLOC_AUL[] = { {l1s_hopping_algo,AUL,NO_PAR},{l1s_ctrl_snb_ul, AUL,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_hopping_algo,AUL,NO_PAR},{l1s_ctrl_snb_ul, AUL,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_hopping_algo,AUL,NO_PAR},{l1s_read_tx_result,AUL,BURST_1},{l1s_ctrl_snb_ul, AUL,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_hopping_algo,AUL,NO_PAR},{l1s_read_tx_result,AUL,BURST_2},{l1s_ctrl_snb_ul, AUL,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_tx_result,AUL,BURST_3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_tx_result,AUL,BURST_4},{NULL,NO_PAR,NO_PAR} // frame 6 }; /*-----------------------------------------------------------------------*/ /* SPECIAL CASE: (ADL4,DDL4),(ADL5,DDL5),(ADL6,DDL6). */ /*-----------------------------------------------------------------------*/ /* frame 1 2 3 4 5 6 7 */ /* | | | | | | | */ /* C(DUL,1) W(DUL,1) R(DUL,1) | | | | */ /* C(ADL,1) W(ADL,1) R(ADL,1) | | | */ /* C(DUL,2) W(DUL,2) R(DUL,2) | | | */ /* C(ADL,2) W(ADL,2) R(ADL,2) | | */ /* C(DUL,3) W(DUL,3) R(DUL,3) | | */ /* C(ADL,3) W(ADL,3) R(ADL,3) | */ /* C(DUL,4) W(DUL,4) R(DUL,4) | */ /* C(ADL,4) W(ADL,4) R(ADL,4) */ /*-----------------------------------------------------------------------*/ const T_FCT BLOC_DUL_ADL_MIXED[] = { {l1s_hopping_algo,AUL,NO_PAR},{l1s_ctrl_snb_ul, DUL,BURST_1}, {NULL,NO_PAR,NO_PAR}, // frame 1 {l1s_hopping_algo,ADL,NO_PAR},{l1s_ctrl_snb_dl, ADL,BURST_1},{l1s_ctrl_snb_ul, DUL,BURST_2}, {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_hopping_algo,ADL,NO_PAR},{l1s_read_tx_result,DUL,BURST_1},{l1s_ctrl_snb_dl, ADL,BURST_2},{l1s_ctrl_snb_ul, DUL,BURST_3}, {NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_hopping_algo,ADL,NO_PAR},{l1s_read_dedic_dl, ADL,BURST_1},{l1s_read_tx_result,DUL,BURST_2},{l1s_ctrl_snb_dl, ADL,BURST_3},{l1s_ctrl_snb_ul, DUL,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_hopping_algo,ADL,NO_PAR},{l1s_read_dedic_dl, ADL,BURST_2},{l1s_read_tx_result,DUL,BURST_3},{l1s_ctrl_snb_dl, ADL,BURST_4}, {NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_dedic_dl,ADL,BURST_3},{l1s_read_tx_result,DUL,BURST_4},{NULL,NO_PAR,NO_PAR}, // frame 6 {l1s_read_dedic_dl,ADL,BURST_4}, {NULL,NO_PAR,NO_PAR} // frame 7 }; /*----------------------------------------------------*/ /* ABORT: used to abort a running task when a new */ /* task with higher priority occurs. */ /*----------------------------------------------------*/ const T_FCT BLOC_ABORT[] = { {l1s_abort,NO_PAR,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_dummy,NO_PAR,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 3 }; /*----------------------------------------------------*/ /* TASK: RACH in access mode... */ /*----------------------------------------------------*/ const T_FCT BLOC_RAACC[] = { {l1s_ctrl_rach,RAACC,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_tx_result,RAACC,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 3 }; /*----------------------------------------------------*/ /* TASK: TCH */ /*----------------------------------------------------*/ /* C W R */ /*----------------------------------------------------*/ const T_FCT BLOC_TCHTF[] = { {l1s_hopping_algo,TCHTF,NO_PAR},{l1s_ctrl_tchtf,TCHTF,NO_PAR}, {NULL,NO_PAR}, // frame 1 {NULL,NO_PAR}, // frame 2 {l1s_read_dedic_dl,TCHTF,NO_PAR}, {NULL,NO_PAR} // frame 3 }; const T_FCT BLOC_TCHTH[] = { {l1s_hopping_algo,TCHTH,NO_PAR},{l1s_ctrl_tchth,TCHTH,NO_PAR}, {NULL,NO_PAR}, // frame 1 {NULL,NO_PAR}, // frame 2 {l1s_read_dedic_dl,TCHTH,NO_PAR}, {NULL,NO_PAR} // frame 3 }; const T_FCT BLOC_TCHD[] = { {l1s_ctrl_tchtd,TCHD,NO_PAR}, {NULL,NO_PAR}, // frame 1 {NULL,NO_PAR}, // frame 2 {l1s_read_dummy,TCHD,NO_PAR}, {NULL,NO_PAR} // frame 3 }; const T_FCT BLOC_TCHA[] = { {l1s_hopping_algo,TCHA,NO_PAR},{l1s_ctrl_tcha,TCHA,NO_PAR}, {NULL,NO_PAR}, // frame 1 {NULL,NO_PAR}, // frame 2 {l1s_read_dedic_dl,TCHA,NO_PAR}, {NULL,NO_PAR} // frame 3 }; /*----------------------------------------------------*/ /* TASK: Frequency Burst search in dedic/SDCCH... */ /*----------------------------------------------------*/ const T_FCT BLOC_FB51[] = { {l1s_ctrl_fb,FB51,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {l1s_read_mon_result,FB51, 1},{NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_read_mon_result,FB51, 2},{NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_mon_result,FB51, 3},{NULL,NO_PAR,NO_PAR}, // frame 5 {l1s_read_mon_result,FB51, 4},{NULL,NO_PAR,NO_PAR}, // frame 6 {l1s_read_mon_result,FB51, 5},{NULL,NO_PAR,NO_PAR}, // frame 7 {l1s_read_mon_result,FB51, 6},{NULL,NO_PAR,NO_PAR}, // frame 8 {l1s_read_mon_result,FB51, 7},{NULL,NO_PAR,NO_PAR}, // frame 9 {l1s_read_mon_result,FB51, 8},{NULL,NO_PAR,NO_PAR}, // frame 10 {l1s_read_mon_result,FB51, 9},{NULL,NO_PAR,NO_PAR}, // frame 11 {l1s_read_mon_result,FB51,10},{NULL,NO_PAR,NO_PAR}, // frame 12 {l1s_read_mon_result,FB51,11},{NULL,NO_PAR,NO_PAR}, // frame 13 {l1s_read_mon_result,FB51,12},{NULL,NO_PAR,NO_PAR} // frame 14 }; /*----------------------------------------------------*/ /* TASK: SB51, Synchro Burst reading. Dedic/SDCCH. */ /*----------------------------------------------------*/ /* C W W R -> SB */ /*----------------------------------------------------*/ const T_FCT BLOC_SB51[] = { {l1s_ctrl_sbgen,SB51,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_read_mon_result,SB51,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 4 }; /*----------------------------------------------------*/ /* TASK: SBCNF51, Synchro confirmation. Dedic/SDCCH. */ /*----------------------------------------------------*/ /* C W W R -> SBCONF */ /*----------------------------------------------------*/ const T_FCT BLOC_SBCNF51[] = { {l1s_ctrl_sbgen,SBCNF51,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_read_mon_result,SBCNF51,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 4 }; /*----------------------------------------------------*/ /* TASK: FB26, Frequency Burst search in dedic/TCH... */ /*----------------------------------------------------*/ /* C W W R */ /*----------------------------------------------------*/ const T_FCT BLOC_FB26[] = { {l1s_ctrl_fb26,FB26,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_read_mon_result,FB26,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 4 }; /*----------------------------------------------------*/ /* TASK: SB26, Synchro. Burst reading in dedic/TCH... */ /*----------------------------------------------------*/ /* C W W W R */ /*----------------------------------------------------*/ const T_FCT BLOC_SB26[] = { {l1s_ctrl_sb26,SB26,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {NULL,NO_PAR,NO_PAR}, // frame 3 {NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_mon_result,SB26,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 5 }; /*----------------------------------------------------*/ /* TASK: SBCNF26, Synchro. Burst reading in dedic/TCH.*/ /*----------------------------------------------------*/ /* C W W W R */ /*----------------------------------------------------*/ const T_FCT BLOC_SBCNF26[] = { {l1s_ctrl_sb26,SBCNF26,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {NULL,NO_PAR,NO_PAR}, // frame 3 {NULL,NO_PAR,NO_PAR}, // frame 4 {l1s_read_mon_result,SBCNF26,NO_PAR},{NULL,NO_PAR,NO_PAR} // frame 5 }; /*----------------------------------------------------*/ /* TASK: HWTEST after power-on... */ /*----------------------------------------------------*/ const T_FCT BLOC_HWTEST[] = { {l1s_ctrl_hwtest,HWTEST,NO_PAR}, {NULL,NO_PAR,NO_PAR}, // frame 1 {NULL,NO_PAR,NO_PAR}, // frame 2 {NULL,NO_PAR,NO_PAR}, // frame 3 {l1s_read_hwtest,HWTEST,NO_PAR}, {NULL,NO_PAR,NO_PAR} // frame 4 }; #else extern T_FCT BLOC_FB[]; extern T_FCT BLOC_SB[]; extern T_FCT BLOC_BCCHS[]; extern T_FCT BLOC_BCCHN[]; extern T_FCT BLOC_BCCHN_TOP[]; extern T_FCT BLOC_EP[]; extern T_FCT BLOC_SYNCHRO[]; extern T_FCT BLOC_ADC[]; extern T_FCT BLOC_SMSCB[]; extern T_FCT BLOC_NP[]; extern T_FCT BLOC_ALLC[]; extern T_FCT BLOC_DDL[]; extern T_FCT BLOC_DUL[]; extern T_FCT BLOC_ADL[]; extern T_FCT BLOC_AUL[]; extern T_FCT BLOC_DUL_ADL_MIXED[]; extern T_FCT BLOC_ABORT[]; extern T_FCT BLOC_RAACC[]; extern T_FCT BLOC_TCHTF[]; extern T_FCT BLOC_TCHTH[]; extern T_FCT BLOC_TCHTD[]; extern T_FCT BLOC_TCHA[]; extern T_FCT BLOC_FB51[]; extern T_FCT BLOC_SB51[]; extern T_FCT BLOC_SBCNF51[]; extern T_FCT BLOC_FB26[]; extern T_FCT BLOC_SB26[]; extern T_FCT BLOC_SBCNF26[]; extern T_FCT BLOC_HWTEST[]; #if (L1_GPRS) extern T_FCT BLOC_BCCHN_TRAN[]; #endif #endif