FreeCalypso > hg > fc-tourmaline
view src/cs/layer1/include/l1_confg.h @ 205:81f5c4ca1fb3
mmiDialogs.c: make dialog_info() static
The function in question was first declared as static, then defined
as non-static, which should be considered invalid C. Given that
this function is not referenced from any other modules and appears
to have been intended as static, make it so.
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Tue, 06 Apr 2021 01:28:52 +0000 |
| parents | 4e78acac3d88 |
| children | 5caa86ee2cfa |
line wrap: on
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/************* Revision Controle System Header ************* * GSM Layer 1 software * L1_CONFG.H * * Filename l1_confg.h * Copyright 2003 (C) Texas Instruments * ************* Revision Controle System Header *************/ #ifndef __L1_CONFG_H__ #define __L1_CONFG_H__ #ifndef _WINDOWS #include "l1sw.cfg" // Configuration Software #include "board.cfg" #include "chipset.cfg" #include "rf.cfg" #include "swconfig.cfg" #include "sys.cfg" #endif // Traces... // TRACE_TYPE == 1,2,3 are used in standalone mode (L2-L3 Simul) with USART // TRACE_TYPE == 4 is used on A-sample only (with UART): L1 + protocol stack // TRACE_TYPE == 1 -> L1/L3 interface trace // TRACE_TYPE == 2 -> Trace mode: ~33~~1~011... // TRACE_TYPE == 3 -> same as above (2) plus FER or stats trace // TRACE_TYPE == 4 -> L1/L3 interface trace on A-sample with protocol stack // TRACE_TYPE == 5 -> trace for full simulation // TRACE_TYPE == 6 -> CPU load trace for hisr // TRACE_TYPE == 7 -> CPU LOAD trace for layer 1 hisr for all TDMA. Output on // UART at 38400 bps => // format : <hisr cpu value in microseconds> <frame number> // Code PB reported workaround //------------------------------ // Code Version possible choices //------------------------------ #define SIMULATION 1 #define NOT_SIMULATION 2 // RCL functions Version possible choices //------------------------------ #define POLL_FORCED 0 #define RLC_SCENARIO 1 #define MODEM_FLOW 2 // possible choices for UART trace output //------------------------------ #define MODEM_UART 0 #define IRDA_UART 1 #if (CHIPSET == 12) #define MODEM2_UART 2 #endif //============ // CODE CHOICE //============ #if (OP_L1_STANDALONE==0) #define CODE_VERSION NOT_SIMULATION #else // OP_L1_STANDALONE #ifdef WIN32 #define CODE_VERSION SIMULATION #else // WIN32 #define CODE_VERSION NOT_SIMULATION #endif // WIN32 #endif // OP_L1_STANDALONE //--------------------------------------------------------------------------------- // Test with full simulation. //--------------------------------------------------------------------------------- #if (CODE_VERSION == SIMULATION) // Test Scenari... #define SCENARIO_FILE 1 // Test Scenario comes from input files. #define SCENARIO_MEM 0 // Test Scenario comes from RAM. // Traces... #undef TRACE_TYPE #define TRACE_TYPE 5 #define LOGFILE_TRACE 1 // trace in an output logfile #define FLOWCHART 0 // Message sequence/flow chart trace. #define NUCLEUS_TRACE 0 // Nucleus error trace #define EOTD_TRACE 1 // EOTD log trace #define TRACE_FULL_NAME 0 // display full fct names after a PM/COM error #define L2_L3_SIMUL 1 // Layer 2 & Layer 3 simulated, main within NU_MAIN.C, trace possible. // Control algorithms... #define AFC_ALGO 1 // AFC algorithm. #define TOA_ALGO 1 // TOA algorithm. #define AGC_ALGO 1 // AGC algorithm. #define TA_ALGO 0 // TA (Timing Advance) algorithm. #undef VCXO_ALGO #define VCXO_ALGO 0 // VCXO algo #undef DCO_ALGO #define DCO_ALGO 0 // DCO algo (TIDE) #undef ORDER2_TX_TEMP_CAL #define ORDER2_TX_TEMP_CAL 0 // TX Temperature Compensation Algorithm selection #define FACCH_TEST 0 // FACCH test enabled. #define ADC_TIMER_ON 0 // Timer for ADC measurements #define AFC_ON 1 // Enable of the Omega AFC module #define AUDIO_TASK 1 // Enable the L1 audio features #define AUDIO_SIMULATION 1 // Audio simulator for the audio tasks (works only with the new audio design i.e. AUDIO_TASK=1) #define AUDIO_L1_STANDALONE 0 // Flag to enable the audio simulator used with the L1 stand-alone (works only with the new audio design i.e. AUDIO_TASK=1) #define GTT_SIMULATION 1 // Gtt simulator for the gtt tasks (works only with if L1_GTT=1) #define TTY_SYNC_MCU 1 // TTY WORKAROUND BUG03401 #define TTY_SYNC_MCU_2 1 // #define L1_GTT_FIFO_TEST_ATOMIC 0 // #define NEW_WKA_PATCH 0 #define OPTIMISED 1 #define L1_RECOVERY 0 // L1 recovery #undef L1_GPRS #define L1_GPRS 1 // GPRS L1: MS supporting both Circuit Switched and Packet (GPRS) capabilities #undef AMR #define AMR 1 // AMR version 1.0 supported #undef L1_12NEIGH #define L1_12NEIGH 1 // new L1-RR interface for 12 neighbour cells #undef L1_GTT #define L1_GTT 1 // Enable Global Text Telephony feature for simulation #undef OP_L1_STANDALONE #define OP_L1_STANDALONE 1 // Selection of code for L1 stand alone #undef OP_RIV_AUDIO #define OP_RIV_AUDIO 0 // Selection of code for Riviera audio #undef OP_WCP #define OP_WCP 0 // No WCP integration //--------------------------------------------------------------------------------- // Test with H/W platform. //--------------------------------------------------------------------------------- #elif (CODE_VERSION == NOT_SIMULATION) #define WA_PCTM_AGC_PARAMS 0 // to work by default with 4 parameters to calibration (compatible with PCTM if 1) // Work around about Calypso RevA: the bus is floating (Cf PB01435) // (corrected with Calypso ReV B and Calypso C035) #if (CHIPSET == 7) #define W_A_CALYPSO_BUG_01435 1 #else #define W_A_CALYPSO_BUG_01435 0 #endif // for AMR thresolds definition CQ22226 #define AMR_THRESHOLDS_WORKAROUND 1 #if (L1_GTT==1) #define TTY_SYNC_MCU 1 #define TTY_SYNC_MCU_2 1 #define L1_GTT_FIFO_TEST_ATOMIC 0 #define NEW_WKA_PATCH 0 #define OPTIMISED 1 #else #define TTY_SYNC_MCU_2 0 #define L1_GTT_FIFO_TEST_ATOMIC 0 #define TTY_SYNC_MCU 0 #define NEW_WKA_PATCH 0 #define OPTIMISED 0 #endif // Traces... #define NUCLEUS_TRACE 0 // Nucleus error trace #define FLOWCHART 0 // Message sequence/flow chart trace. #define LOGFILE_TRACE 0 // trace in an output logfile #define TRACE_FULL_NAME 0 // display full fct names after a PM/COM error // Test Scenari... #define SCENARIO_FILE 0 // Test Scenario comes from input files. #define SCENARIO_MEM 1 // // Test Scenario comes from RAM. #if (OP_L1_STANDALONE == 1) #define L2_L3_SIMUL 1 // Layer 2 & Layer 3 simulated, main within NU_MAIN.C, trace possible. #else #define L2_L3_SIMUL 0 #endif // Control algorithms... #define AFC_ALGO 1 // AFC algorithm. //TOA Algorithm needs to be on for TestMode, otherwise no dedic test will be succesful!!! #define TOA_ALGO 1 // TOA algorithm. #define AGC_ALGO 1 // AGC algorithm. #define TA_ALGO 1 // TA (Timing Advance) algorithm. #define FACCH_TEST 0 // FACCH test enabled. #define ADC_TIMER_ON 0 // Timer for ADC measurements #define AFC_ON 1 // Enable of the Omega AFC module #define AUDIO_TASK 1 // Enable the L1 audio features #define AUDIO_SIMULATION 0 // Audio simulator for the audio tasks (works only with the new audio design i.e. AUDIO_TASK=1) #if (OP_L1_STANDALONE == 1) #define AUDIO_L1_STANDALONE 1 // Flag to enable the audio simulator used with the L1 stand-alone (works only with the new audio design i.e. AUDIO_TASK=1) #else #define AUDIO_L1_STANDALONE 0 #endif #define GTT_SIMULATION 0 // Gtt simulator for the gtt tasks (works only with if L1_GTT=1) #define OP_BT 0 // Simulation of ISLAND (BLUETOOTH) sleep management #define L1_RECOVERY 1 // L1 recovery #if (L1_GPRS == 1) #define RLC_VERSION RLC_SCENARIO #if (RLC_VERSION == RLC_SCENARIO) #define RLC_DL_BLOCK_STAT 0 // Works with RLC_VERSION = RLC_SCENARIO // output stat on CRC error blocks // The user must enter the cs type and // the number of frames desired. #else #define RLC_DL_BLOCK_STAT 0 // Default value; Never change it #endif #if (OP_L1_STANDALONE == 1) #define DSP_BACKGROUND_TASKS 1 // Enable the TEST of DSP background.tasks // activated by a layer 3 message (BG_TASK_START (<task number>)) // deactivated by a layer 3 message (BG_TASK_STOP (<task number>)) // Warning : Works only with DSP>=31 #else #define DSP_BACKGROUND_TASKS 0 #endif #else #define DSP_BACKGROUND_TASKS 0 #define RLC_DL_BLOCK_STAT 0 // Default value; Never change it #endif #endif // Audio tasks selection //----------------------- #if (AUDIO_TASK == 1) #define KEYBEEP 1 // Enable keybeep feature #define TONE 1 // Enable tone feature // Temporary modification for protocol stack compatibility - GSMLITE will be removed #if (OP_L1_STANDALONE == 1) #define GSMLITE 1 #endif #if ((OP_L1_STANDALONE == 1) || (!GSMLITE)) #define MELODY_E1 1 // Enable melody format E1 feature #define VOICE_MEMO 1 // Enable voice memorization feature #define FIR 1 // Enable FIR feature #if (DSP == 33) || (DSP == 34) || (DSP == 35) || (DSP == 36) #define AUDIO_MODE 1 // Enable Audio mode feature #else #define AUDIO_MODE 0 // Disable Audio mode feature #endif #else #define MELODY_E1 0 // Disable melody format E1 feature #define VOICE_MEMO 0 // Disable voice memorization feature #if (MELODY_E2) #define FIR 1 // Enable FIR feature #else #define FIR 0 // Disable FIR feature #endif #define AUDIO_MODE 0 // Disable Audio mode feature #endif // Define CPORT for ESample only #if ((CHIPSET == 12) && ((DSP == 35) || (DSP == 36))) #define L1_CPORT 1 // Enable cport feature #else #define L1_CPORT 0 // Disable cport feature #endif #else #define KEYBEEP 0 // Enable keybeep feature #define TONE 0 // Enable tone feature #define MELODY_E1 0 // Enable melody format E1 feature #define VOICE_MEMO 0 // Enable voice memorization feature #define FIR 0 // Enable FIR feature #define AUDIO_MODE 0 // Enable Audio mode feature #define L1_CPORT 0 // Enable cport feature #endif #define L1_AUDIO_BACKGROUND_TASK (SPEECH_RECO | MELODY_E2) // audio background task is used by speech reco and melody_e2 #if (OP_RIV_AUDIO == 1) #define L1_AUDIO_DRIVER L1_VOICE_MEMO_AMR // Riviera audio driver (only Voice Memo AMR is available) #endif // Vocoder selections //------------------- #define FR 1 // Full Rate #define FR_HR 2 // Full Rate + Half Rate #define FR_EFR 3 // Full Rate + Enhanced Full Rate #define FR_HR_EFR 4 // Full Rate + Half Rate + Enhanced Full Rate // Standard (frequency plan) selections //------------------------------------- #define GSM 1 // GSM900. #define GSM_E 2 // GSM900 Extended. #define PCS1900 3 // PCS1900. #define DCS1800 4 // DCS1800. #define DUAL 5 // Dual Band (GSM900 + DCS 1800 bands) #define DUALEXT 6 // Dual Band (E-GSM900 + DCS 1800 bands) #define GSM850 7 // GSM850 Band #define DUAL_US 8 // PCS1900 + GSM850 /*------------------------------------*/ /* Power Management */ /*------------------------------------*/ #define PWR_MNGT 1 // POWER management active if l1_config.pwr_mngt=1 /*---------------------------------------------------------------------------*/ /* DSP configurations */ /* ------------------ */ /* DSP | FR| HR|EFR|14.4| SPEED |12LA68|12LA68 |4L32|AEC| MCU/DSP */ /* (version) | | | | | |POLE80|POLE112| |/NS| interface */ /* ----------+---+---+---+----+---------+------+-------+----+---+---------- */ /* 0 (821) | x | | | | 39Mhz | x | | | | 1 */ /* ----------+---+---+---+----+---------+------+-------+----+---+---------- */ /* 1 (830) | x | | | | 39Mhz | (1) | | x | | 1 */ /* ----------+---+---+---+----+---------+------+-------+----+---+---------- */ /* 2 (912) | x | x | | | 58.5Mhz | x | | | | 2 */ /* ----------+---+---+---+----+---------+------+-------+----+---+---------- */ /* 3 (10xx) | x | | x | x | 65Mhz | x | | | x | 3 */ /* ----------+---+---+---+----+---------+------+-------+----|---+---------- */ /* 4 (11xx) | x | x | x | x | 65Mhz | x | x (3)| | x | 3 */ /* ----------+---+---+---+----+---------+------+-------+----+---+---------- */ /* 5 (830) | x | | | | 39Mhz | x | | | | 1 */ /* ----------+---+---+---+----+---------+------+-------+----+---+---------- */ /* 6 (11xx) | x | x | x | x | 65Mhz | x | x (3)| |(2)| 3 */ /* ----------+---+---+---+----+---------+------+-------+----+---+---------- */ /* */ /*(1) this version can be loaded on a 12LA68/POLE80 but the RIF/DL problem is*/ /* not corrected. */ /* */ /*(2) AEC is disabled at DSP level but L1 must be compiled with MCU/DSP */ /* interface which support AEC, therefore AEC is defined as 1. */ /* */ /*(3) Pole112 include RIF DL correction. No patch is needed if this one only */ /* include RIF/DL problem. */ /* */ /*---------------------------------------------------------------------------*/ #if (DSP == 16 || DSP == 17) /* #define CLKMOD1 0x414e // ... #define CLKMOD2 0x414e // ...65 Mips #define CLKSTART 0x29 // ...65 Mips */ #define CLKMOD1 0x4006 // ... #define CLKMOD2 0x4116 // ...65 Mips pll free #define CLKSTART 0x29 // ...65 Mips /* #define CLKMOD1 0x2116 //This settings force the DSP to never enteridle #define CLKMOD2 0x2116 //In this case the PLL will be always on. 39 Mips #define CLKSTART 0x25 // ...39 Mips */ #define VOC FR_HR_EFR // FR + HR + EFR. #define DATA14_4 1 // No 14.4 data allowed. #define AEC 1 // AEC/NS supported. #define MAP 3 #define DSP_START 0x2000 #define W_A_DSP1 0 // Work Around correcting pb in DSP: SACCH #define W_A_DSP_SR_BGD 0 // Work around about the DSP speech reco background task. /* DSP debug trace configuration */ /*-------------------------------*/ #if (MELODY_E2) // In case of the melody E2 the DSP trace must be disable because the // melody instrument waves are overlayed with DSP trace buffer // DSP debug trace API buufer config #define C_DEBUG_BUFFER_ADD 0x17ff // Address of DSP write pointer... data are just after. #define C_DEBUG_BUFFER_SIZE 7 // Real size is incremented by 1 for DSP write pointer. #else // DSP debug trace API buufer config #define C_DEBUG_BUFFER_ADD 0x17ff // Address of DSP write pointer... data are just after. #define C_DEBUG_BUFFER_SIZE 2047 // Real size is incremented by 1 for DSP write pointer. #endif #elif (DSP == 30) // First GPRS. #define CLKMOD1 0x4006 // ... #define CLKMOD2 0x4116 // ...65 Mips pll free #define CLKSTART 0x29 // ...65 Mips #define VOC FR_HR_EFR // FR + HR + EFR. #define DATA14_4 1 // No 14.4 data allowed. #define AEC 1 // AEC/NS not supported. #define MAP 3 #define DSP_START 0x1F81 #define W_A_DSP1 0 // Work Around correcting pb in DSP: SACCH #define ULYSSE 0 #define W_A_DSP_SR_BGD 0 // Work around about the DSP speech reco background task. #elif (DSP == 31) // ROM Code GPRS G0. #define CLKMOD1 0x4006 // ... #define CLKMOD2 0x4116 // ...65 Mips pll free #define CLKSTART 0x29 // ...65 Mips #define VOC FR_HR_EFR // FR + HR + EFR (normaly FR_EFR : PBs). #define DATA14_4 1 // 14.4 data allowed. #define AEC 1 // AEC/NS not supported. #define MAP 3 #define DSP_START 0x8763 #define INSTALL_ADD 0x87c9 // Used to set gprs_install_address pointer #define INSTALL_ADD_WITH_PATCH 0x1352 // Used to set gprs_install_address pointer #define W_A_DSP1 0 // Work Around correcting pb in DSP: SACCH #define ULYSSE 0 #define W_A_DSP_SR_BGD 0 // Work around about the DSP speech reco background task. #elif (DSP == 32) // ROM Code GPRS G1. #define CLKMOD1 0x4006 // ... #define CLKMOD2 0x4116 // ...65 Mips pll free #define CLKSTART 0x29 // ...65 Mips #define VOC FR_HR_EFR // FR + HR + EFR (normaly FR_EFR : PBs). #define DATA14_4 1 // 14.4 data allowed. #define AEC 1 // AEC/NS not supported. #define MAP 3 #define DSP_START 0x8763 #define INSTALL_ADD 0x87c9 // Used to set gprs_install_address pointer #define W_A_DSP1 0 // Work Around correcting pb in DSP: SACCH #define ULYSSE 0 #define W_A_DSP_SR_BGD 0 // Work around about the DSP speech reco background task. #elif (DSP == 33) // ROM Code GPRS. #define CLKMOD1 0x4006 // ... #define CLKMOD2 0x4116 // ...65 Mips pll free #define CLKSTART 0x29 // ...65 Mips #define C_PLL_CONFIG 0x154 // For VTCXO = 13 MHz and max DSP speed = 84.5 Mips #define VOC FR_HR_EFR // FR + HR + EFR (normaly FR_EFR : PBs). #define AEC 1 // AEC/NS not supported. #if (OP_RIV_AUDIO == 0) #define L1_NEW_AEC 1 #else // Available but not yet tuned with Riviera AUDIO #define L1_NEW_AEC 0 #endif #if ((L1_NEW_AEC) && (!AEC)) // First undef the flag to avoid warnings at compilation time #undef AEC #define AEC 1 #endif #define MAP 3 #define DSP_START 0x7000 #define INSTALL_ADD 0x7002 // Used to set gprs_install_address pointer #define W_A_DSP1 0 // Work Around correcting pb in DSP: SACCH #define ULYSSE 0 #define W_A_DSP_SR_BGD 1 // Work around about the DSP speech reco background task. #if ( (CHIPSET != 12) && (CODE_VERSION == NOT_SIMULATION)) #define W_A_DSP_IDLE3 1 // Work around to report DSP state to the ARM for Deep Sleep // management. // DSP_IDLE3 is not supported in simulation #else #define W_A_DSP_IDLE3 0 #endif // DSP software work-around config // bit0 - Work-around to support CRTG. // bit1 - DMA reset on critical DMA still running cases, refer to REQ01260. // bit2 - Solve Read/Write BULDATA pointers Omega & Nausica issue, refer to BUG00650. // bit3 - Solve IBUFPTRx reset IOTA issue, refer to BUG01911. #if (ANLG_FAM == 1) // OMEGA / NAUSICA #define C_DSP_SW_WORK_AROUND 0x0006 #elif (ANLG_FAM == 2) // IOTA #define C_DSP_SW_WORK_AROUND 0x000E #elif (ANLG_FAM == 3) // SYREN #define C_DSP_SW_WORK_AROUND 0x000E #endif /* DSP debug trace configuration */ /*-------------------------------*/ #if (MELODY_E2) // In case of the melody E2 the DSP trace must be disable because the // melody instrument waves are overlayed with DSP trace buffer // DSP debug trace API buufer config #define C_DEBUG_BUFFER_ADD 0x17ff // Address of DSP write pointer... data are just after. #define C_DEBUG_BUFFER_SIZE 7 // Real size is incremented by 1 for DSP write pointer. // DSP debug trace type config // |<-------------- Features -------------->|<---------- Levels ----------->| // [15-8:UNUSED|7:TIMER|6:BURST|5:BUFFER|4:BUFFER HEADER|3:UNUSED|2:KERNEL|1:BASIC|0:ISR] #define C_DEBUG_TRACE_TYPE 0x0000 // Level = BASIC; Features = Timer + Buffer Header + Burst. #if (C_DEBUG_TRACE_TYPE != 0) && ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define DSP_DEBUG_TRACE_ENABLE 1 // Enable DSP debug trace dumping capability // Currently not supported ! #endif #else // DSP debug trace API buufer config #define C_DEBUG_BUFFER_ADD 0x17ff // Address of DSP write pointer... data are just after. #define C_DEBUG_BUFFER_SIZE 2047 // Real size is incremented by 1 for DSP write pointer. // DSP debug trace type config // |<-------------- Features -------------->|<---------- Levels ----------->| // [15-8:UNUSED|7:TIMER|6:BURST|5:BUFFER|4:BUFFER HEADER|3:UNUSED|2:KERNEL|1:BASIC|0:ISR] #define C_DEBUG_TRACE_TYPE 0x0012 // Level = BASIC; Features = Buffer Header. #if (C_DEBUG_TRACE_TYPE != 0) && ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define DSP_DEBUG_TRACE_ENABLE 1 // Enable DSP debug trace dumping capability (supported since patch 2090) #endif #endif /* d_error_status */ /*-------------------------------*/ #if ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define D_ERROR_STATUS_TRACE_ENABLE 1 // Enable d_error_status checking capability (supported since patch 2090) // masks to apply on d_error_status bit field for DSP patch 0x2061 or 0x2062 #define DSP_DEBUG_GSM_MASK 0x0000 #define DSP_DEBUG_GPRS_MASK 0x0f3d #endif #if DCO_ALGO // DCO type of scheduling #define C_CN_DCO_PARAM 0xA248 #endif #elif (DSP == 34) // ROM Code GPRS AMR. #define CLKMOD1 0x4006 // ... #define CLKMOD2 0x4116 // ...65 Mips pll free #define CLKSTART 0x29 // ...65 Mips #define C_PLL_CONFIG 0x154 // For VTCXO = 13 MHz and max DSP speed = 84.5 Mips #define VOC FR_HR_EFR // FR + HR + EFR (normaly FR_EFR : PBs). #define AEC 1 // AEC/NS not supported. #if (OP_RIV_AUDIO == 0) #define L1_NEW_AEC 1 #else // Available but not yet tuned with Riviera AUDIO #define L1_NEW_AEC 0 #endif #if ((L1_NEW_AEC) && (!AEC)) // First undef the flag to avoid warnings at compilation time #undef AEC #define AEC 1 #endif #define MAP 3 #define DSP_START 0x7000 #define INSTALL_ADD 0x7002 // Used to set gprs_install_address pointer #define W_A_DSP1 0 // Work Around correcting pb in DSP: SACCH #define ULYSSE 0 #define W_A_DSP_SR_BGD 1 // Work around about the DSP speech reco background task. #if ( (CHIPSET != 12) && (CODE_VERSION == NOT_SIMULATION)) #define W_A_DSP_IDLE3 1 // Work around to report DSP state to the ARM for Deep Sleep // management. // DSP_IDLE3 is not supported in simulation #else #define W_A_DSP_IDLE3 0 #endif // DSP software work-around config // bit0 - Work-around to support CRTG. // bit1 - DMA reset on critical DMA still running cases, refer to REQ01260. // bit2 - Solve Read/Write BULDATA pointers Omega & Nausica issue, refer to BUG00650. // bit3 - Solve IBUFPTRx reset IOTA issue, refer to BUG01911. #if (ANLG_FAM == 1) // OMEGA / NAUSICA #define C_DSP_SW_WORK_AROUND 0x0006 #elif (ANLG_FAM == 2) // IOTA #define C_DSP_SW_WORK_AROUND 0x000E #elif (ANLG_FAM == 3) // SYREN #define C_DSP_SW_WORK_AROUND 0x000E #endif /* DSP debug trace configuration */ /*-------------------------------*/ #if (MELODY_E2) // In case of the melody E2 the DSP trace must be disable because the // melody instrument waves are overlayed with DSP trace buffer // DSP debug trace API buufer config #define C_DEBUG_BUFFER_ADD 0x17ff // Address of DSP write pointer... data are just after. #define C_DEBUG_BUFFER_SIZE 7 // Real size is incremented by 1 for DSP write pointer. // DSP debug trace type config // |<-------------- Features -------------->|<---------- Levels ----------->| // [15-8:UNUSED|7:TIMER|6:BURST|5:BUFFER|4:BUFFER HEADER|3:UNUSED|2:KERNEL|1:BASIC|0:ISR] #define C_DEBUG_TRACE_TYPE 0x0000 // Level = BASIC; Features = Timer + Buffer Header + Burst. #if (C_DEBUG_TRACE_TYPE != 0) && ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define DSP_DEBUG_TRACE_ENABLE 1 // Enable DSP debug trace dumping capability // Currently not supported ! #endif #else // DSP debug trace API buufer config #define C_DEBUG_BUFFER_ADD 0x17ff // Address of DSP write pointer... data are just after. #define C_DEBUG_BUFFER_SIZE 2047 // Real size is incremented by 1 for DSP write pointer. // DSP debug trace type config // |<-------------- Features -------------->|<---------- Levels ----------->| // [15-8:UNUSED|7:TIMER|6:BURST|5:BUFFER|4:BUFFER HEADER|3:UNUSED|2:KERNEL|1:BASIC|0:ISR] #define C_DEBUG_TRACE_TYPE 0x0012 // Level = BASIC; Features = Buffer Header. #if (C_DEBUG_TRACE_TYPE != 0) && ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define DSP_DEBUG_TRACE_ENABLE 1 // Enable DSP debug trace dumping capability (supported since patch 2090) #endif // AMR trace #define C_AMR_TRACE_ID 55 #endif /* d_error_status */ /*-------------------------------*/ #if ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define D_ERROR_STATUS_TRACE_ENABLE 1 // Enable d_error_status checking capability (supported since patch 2090) // masks to apply on d_error_status bit field #define DSP_DEBUG_GSM_MASK 0x0000 #define DSP_DEBUG_GPRS_MASK 0x0f3d #endif #elif (DSP == 35) // ROM Code GPRS AMR. #define CLKMOD1 0x4006 // ... #define CLKMOD2 0x4116 // ...65 Mips pll free #define CLKSTART 0x29 // ...65 Mips #define C_PLL_CONFIG 0x154 // For VTCXO = 13 MHz and max DSP speed = 84.5 Mips #define VOC FR_HR_EFR // FR + HR + EFR (normaly FR_EFR : PBs). #define AEC 1 // AEC/NS not supported. #if (OP_RIV_AUDIO == 0) #define L1_NEW_AEC 1 #else // Available but not yet tuned with Riviera AUDIO #define L1_NEW_AEC 0 #endif #if ((L1_NEW_AEC) && (!AEC)) // First undef the flag to avoid warnings at compilation time #undef AEC #define AEC 1 #endif #define MAP 3 #define FF_L1_TCH_VOCODER_CONTROL 1 #define L1M_WAIT_DSP_RESTART_AFTER_VOCODER_ENABLE 1 #define DSP_START 0x7000 #define INSTALL_ADD 0x7002 // Used to set gprs_install_address pointer #define W_A_DSP1 0 // Work Around correcting pb in DSP: SACCH #define ULYSSE 0 #define W_A_DSP_SR_BGD 1 // Work around about the DSP speech reco background task. #if ( (CHIPSET != 12) && (CODE_VERSION == NOT_SIMULATION)) #define W_A_DSP_IDLE3 1 // Work around to report DSP state to the ARM for Deep Sleep // management. // DSP_IDLE3 is not supported in simulation #else #define W_A_DSP_IDLE3 0 #endif // DSP software work-around config // bit0 - Work-around to support CRTG. // bit1 - DMA reset on critical DMA still running cases, refer to REQ01260. // bit2 - Solve Read/Write BULDATA pointers Omega & Nausica issue, refer to BUG00650. // bit3 - Solve IBUFPTRx reset IOTA issue, refer to BUG01911. #if (ANLG_FAM == 1) // OMEGA / NAUSICA #define C_DSP_SW_WORK_AROUND 0x0006 #elif (ANLG_FAM == 2) // IOTA #define C_DSP_SW_WORK_AROUND 0x000E #elif (ANLG_FAM == 3) // SYREN #define C_DSP_SW_WORK_AROUND 0x000E #endif /* DSP debug trace configuration */ /*-------------------------------*/ #if (MELODY_E2) // In case of the melody E2 the DSP trace must be disable because the // melody instrument waves are overlayed with DSP trace buffer // DSP debug trace API buufer config #define C_DEBUG_BUFFER_ADD 0x17ff // Address of DSP write pointer... data are just after. #define C_DEBUG_BUFFER_SIZE 7 // Real size is incremented by 1 for DSP write pointer. // DSP debug trace type config // |<-------------- Features -------------->|<---------- Levels ----------->| // [15-8:UNUSED|7:TIMER|6:BURST|5:BUFFER|4:BUFFER HEADER|3:UNUSED|2:KERNEL|1:BASIC|0:ISR] #define C_DEBUG_TRACE_TYPE 0x0000 // Level = BASIC; Features = Timer + Buffer Header + Burst. #if (C_DEBUG_TRACE_TYPE != 0) && ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define DSP_DEBUG_TRACE_ENABLE 1 // Enable DSP debug trace dumping capability // Currently not supported ! #endif #else // DSP debug trace API buufer config #define C_DEBUG_BUFFER_ADD 0x17ff // Address of DSP write pointer... data are just after. #define C_DEBUG_BUFFER_SIZE 2047 // Real size is incremented by 1 for DSP write pointer. // DSP debug trace type config // |<-------------- Features -------------->|<---------- Levels ----------->| // [15-8:UNUSED|7:TIMER|6:BURST|5:BUFFER|4:BUFFER HEADER|3:UNUSED|2:KERNEL|1:BASIC|0:ISR] #define C_DEBUG_TRACE_TYPE 0x0012 // Level = BASIC; Features = Timer + Buffer Header + Burst. #if (C_DEBUG_TRACE_TYPE != 0) && ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define DSP_DEBUG_TRACE_ENABLE 1 // Enable DSP debug trace dumping capability (supported since patch 2090) #endif // AMR trace #define C_AMR_TRACE_ID 55 #endif /* d_error_status */ /*-------------------------------*/ #if ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define D_ERROR_STATUS_TRACE_ENABLE 1 // Enable d_error_status checking capability (supported since patch 2090) // masks to apply on d_error_status bit field for DSP patch 0x2061 or 0x2062 #define DSP_DEBUG_GSM_MASK 0x08BD #define DSP_DEBUG_GPRS_MASK 0x0f3d #endif #elif (DSP == 36) // ROM Code GPRS AMR. #define CLKMOD1 0x4006 // ... #define CLKMOD2 0x4116 // ...65 Mips pll free #define CLKSTART 0x29 // ...65 Mips #define C_PLL_CONFIG 0x154 // For VTCXO = 13 MHz and max DSP speed = 84.5 Mips #define VOC FR_HR_EFR // FR + HR + EFR (normaly FR_EFR : PBs). #define AEC 1 // AEC/NS not supported. #if (OP_RIV_AUDIO == 0) #define L1_NEW_AEC 1 #else // Available but not yet tuned with Riviera AUDIO #define L1_NEW_AEC 0 #endif #if ((L1_NEW_AEC) && (!AEC)) // First undef the flag to avoid warnings at compilation time #undef AEC #define AEC 1 #endif #define MAP 3 #undef L1_AMR_NSYNC #define L1_AMR_NSYNC 1 #define FF_L1_TCH_VOCODER_CONTROL 1 #define L1M_WAIT_DSP_RESTART_AFTER_VOCODER_ENABLE 1 #define DSP_START 0x7000 #define INSTALL_ADD 0x7002 // Used to set gprs_install_address pointer #define W_A_DSP1 0 // Work Around correcting pb in DSP: SACCH #define ULYSSE 0 #define W_A_DSP_SR_BGD 1 // Work around about the DSP speech reco background task. #if ( (CHIPSET != 12) && (CODE_VERSION == NOT_SIMULATION)) #define W_A_DSP_IDLE3 1 // Work around to report DSP state to the ARM for Deep Sleep // management. // DSP_IDLE3 is not supported in simulation #else #define W_A_DSP_IDLE3 0 #endif // DSP software work-around config // bit0 - Work-around to support CRTG. // bit1 - DMA reset on critical DMA still running cases, refer to REQ01260. // bit2 - Solve Read/Write BULDATA pointers Omega & Nausica issue, refer to BUG00650. // bit3 - Solve IBUFPTRx reset IOTA issue, refer to BUG01911. #if (ANLG_FAM == 1) // OMEGA / NAUSICA #define C_DSP_SW_WORK_AROUND 0x0006 #elif (ANLG_FAM == 2) // IOTA #define C_DSP_SW_WORK_AROUND 0x000E #elif (ANLG_FAM == 3) // SYREN #define C_DSP_SW_WORK_AROUND 0x000E #endif // This workaround should be enabled only for H2-sample on full build config #if (OP_L1_STANDALONE==1) #define RAZ_VULSWITCH_REGAUDIO 0 #endif /* DSP debug trace configuration */ /*-------------------------------*/ #if (MELODY_E2) // In case of the melody E2 the DSP trace must be disable because the // melody instrument waves are overlayed with DSP trace buffer // DSP debug trace API buufer config #define C_DEBUG_BUFFER_ADD 0x17ff // Address of DSP write pointer... data are just after. #define C_DEBUG_BUFFER_SIZE 7 // Real size is incremented by 1 for DSP write pointer. // DSP debug trace type config // |<-------------- Features -------------->|<---------- Levels ----------->| // [15-8:UNUSED|7:TIMER|6:BURST|5:BUFFER|4:BUFFER HEADER|3:UNUSED|2:KERNEL|1:BASIC|0:ISR] #define C_DEBUG_TRACE_TYPE 0x0000 // Level = BASIC; Features = Timer + Buffer Header + Burst. #if (C_DEBUG_TRACE_TYPE != 0) && ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define DSP_DEBUG_TRACE_ENABLE 1 // Enable DSP debug trace dumping capability // Currently not supported ! #endif #else // DSP debug trace API buufer config #define C_DEBUG_BUFFER_ADD 0x17ff // Address of DSP write pointer... data are just after. #define C_DEBUG_BUFFER_SIZE 2047 // Real size is incremented by 1 for DSP write pointer. // DSP debug trace type config // |<-------------- Features -------------->|<---------- Levels ----------->| // [15-8:UNUSED|7:TIMER|6:BURST|5:BUFFER|4:BUFFER HEADER|3:UNUSED|2:KERNEL|1:BASIC|0:ISR] #define C_DEBUG_TRACE_TYPE 0x0012 // Level = BASIC; Features = Buffer Header. #if (C_DEBUG_TRACE_TYPE != 0) && ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define DSP_DEBUG_TRACE_ENABLE 1 // Enable DSP debug trace dumping capability (supported since patch 2090) #endif // AMR trace #define C_AMR_TRACE_ID 55 #endif /* d_error_status */ /*-------------------------------*/ #if ((TRACE_TYPE == 1) || (TRACE_TYPE == 4)) #define D_ERROR_STATUS_TRACE_ENABLE 1 // Enable d_error_status checking capability (supported since patch 2090) // masks to apply on d_error_status bit field for DSP patch 0x2061 or 0x2062 #define DSP_DEBUG_GSM_MASK 0x08BD #define DSP_DEBUG_GPRS_MASK 0x0f3d #endif #endif // DSP /*------------------------------------*/ /* Default value */ /*------------------------------------*/ #ifndef W_A_DSP1 #define W_A_DSP1 0 #endif #ifndef DATA14_4 #define DATA14_4 0 #endif #ifndef W_A_ITFORCE #define W_A_ITFORCE 0 #endif #ifndef W_A_DSP_IDLE3 #define W_A_DSP_IDLE3 0 #endif #ifndef L1_NEW_AEC #define L1_NEW_AEC 0 #endif #ifndef DSP_DEBUG_TRACE_ENABLE #define DSP_DEBUG_TRACE_ENABLE 0 #endif #ifndef DEBUG_DEDIC_TCH_BLOCK_STAT #define DEBUG_DEDIC_TCH_BLOCK_STAT 0 #endif #ifndef D_ERROR_STATUS_TRACE_ENABLE #define D_ERROR_STATUS_TRACE_ENABLE 0 #endif #ifndef L1_GTT #define L1_GTT 0 #define TTY_SYNC_MCU 0 #define TTY_SYNC_MCU_2 0 #define L1_GTT_FIFO_TEST_ATOMIC 0 #define NEW_WKA_PATCH 0 #define OPTIMISED 0 #endif #ifndef L1_AMR_NSYNC #define L1_AMR_NSYNC 0 #endif #ifndef FF_L1_TCH_VOCODER_CONTROL #define FF_L1_TCH_VOCODER_CONTROL 0 #define L1M_WAIT_DSP_RESTART_AFTER_VOCODER_ENABLE 0 #endif /*------------------------------------*/ /* Download */ /*------------------------------------*/ /* Possible values for the download status */ #define LEAD_READY 1 #define BLOCK_READY 2 #define PROGRAM_DONE 3 #define PAGE_SELECTION 4 /************************************/ /* Options of compilation... */ /************************************/ // Possible choice of hardware plateform. #define GEMINI 1 // GEMINI chip (rom dsp code) #define POLESTAR 2 // POLESTAR chip (no rom) // Possible choice for DSP software setup. #define NO_DWNLD 0 #define PATCH_DWNLD 1 #define DSP_DWNLD 2 #define PATCH_DSP_DWNLD 3 // MAC-S status reporting to Layer 1 #define MACS_STATUS 0 // MAC-S STATUS activated if set to 1 // Possible choice for dll_dcch_downlink interface (with FN or without FN) #define SEND_FN_TO_L2_IN_DCCH 1 /* 0=without, 1=with FN parameter */ //--------------------------------------------------------------------------------- // Neighbor Cell RXLEV indication #if ((OP_L1_STANDALONE==1) && (CODE_VERSION == NOT_SIMULATION)) #define L1_MPHC_RXLEV_IND_REPORT_SORT 1 #else #define L1_MPHC_RXLEV_IND_REPORT_SORT 0 #endif #endif /* __L1_CONFG_H__ */