FreeCalypso > hg > fc-tourmaline
view src/cs/services/cst/cst_csf.c @ 274:fa22012c4a39
CST: remove AT%Nxxxx old AEC control
This crude method of enabling and configuring AEC is not compatible
with L1_NEW_AEC, and even for the old AEC it did not support every
possible combination. It is time for this hack to go. The new and
proper way of enabling and configuring AEC is via RiViera Audio Service
audio mode facility, either audio mode files or full access write,
most directly accessible via fc-tmsh auw 12 for free experimentation.
author | Mychaela Falconia <falcon@freecalypso.org> |
---|---|
date | Thu, 29 Jul 2021 18:57:36 +0000 |
parents | 4e78acac3d88 |
children |
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/* +-------------------------------------------------------------------+ | PROJECT: GSM-F&D (8411) $Workfile:: cst_csf.c $| | $Author:: Be $ CONDAT GmbH $Revision:: 7 $| | CREATED: 01.02.99 $Modtime:: 1.12.99 13:16 $| | STATE : code | +--------------------------------------------------------------------+ MODULE : CST_CSF PURPOSE : This Modul defines the custom specific functionalitys for the entity CST. */ #ifndef CST_CSF_C #define CST_CSF_C #endif #include "config/swconfig.cfg" #include "config/board.cfg" #define ENTITY_CST /*==== INCLUDES ===================================================*/ #include <string.h> #include "typedefs.h" #include "vsi.h" #include "gsm.h" #include "p_cst.h" #include "cst/cst.h" /*==== CONSTANTS ==================================================*/ /*==== TYPES ======================================================*/ /*==== EXPORT =====================================================*/ /*==== VARIABLES ==================================================*/ LOCAL USHORT ADC_CONVERSIONS[9]; /*==== FUNCTIONS ==================================================*/ #ifdef ALR extern void madc_hex_2_physical (USHORT *adc_hex, USHORT *adc_phy); #endif #if (BOARD==34) extern inline unsigned char GC_GetAdcInfo(void); #endif /* +--------------------------------------------------------------------+ | PROJECT : XXX MODULE : CST_CSF | | STATE : code ROUTINE : csf_adc_start | +--------------------------------------------------------------------+ PURPOSE : This function sends a primitive to L1A to activate the ADC */ GLOBAL void csf_adc_start (UBYTE tx_flag, UBYTE traffic_period, UBYTE idle_period) { // This structure and the #define have to be implemented in the MMI. // This is a temporary location for test !!!!!!! // TO BE REMOVED BY USER typedef struct { UBYTE tx_flag; UBYTE traffic_period; UBYTE idle_period; } T_MMI_ADC_REQ; #define MMI_ADC_REQ (111) PALLOC(adc_req, MMI_ADC_REQ); adc_req->tx_flag = tx_flag; adc_req->traffic_period = traffic_period; adc_req->idle_period = idle_period; PSENDX (L1, adc_req); } /* +--------------------------------------------------------------------+ | PROJECT : XXX MODULE : CST_CSF | | STATE : code ROUTINE : csf_adc_process | +--------------------------------------------------------------------+ PURPOSE : This function processes ADC results. It stores 10 consecutive results in an array. */ GLOBAL void csf_adc_process (T_CST_ADC_IND *adc_results) { #ifdef ALR volatile USHORT adc_converted[9]; #endif #ifdef ALR /* convert adc value into physical values */ madc_hex_2_physical (adc_results->adc_values, (USHORT*) adc_converted); ADC_CONVERSIONS[0] = adc_converted[0]; /* Battery Voltage */ ADC_CONVERSIONS[1] = adc_converted[1]; /* Charger Voltage */ ADC_CONVERSIONS[2] = adc_converted[2]; /* I Charger */ ADC_CONVERSIONS[3] = adc_converted[3]; /* I Charger */ ADC_CONVERSIONS[4] = adc_converted[4]; /* Battery Type */ ADC_CONVERSIONS[5] = adc_converted[5]; /* Battery Temperature */ ADC_CONVERSIONS[6] = adc_converted[6]; /* RF temperature */ ADC_CONVERSIONS[7] = adc_converted[7]; /* Touch Screen X */ ADC_CONVERSIONS[8] = adc_converted[8]; /* Touch Screen Y */ #else ADC_CONVERSIONS[0] = adc_results->adc_values[0]; ADC_CONVERSIONS[1] = adc_results->adc_values[1]; ADC_CONVERSIONS[2] = adc_results->adc_values[2]; ADC_CONVERSIONS[3] = adc_results->adc_values[3]; ADC_CONVERSIONS[4] = adc_results->adc_values[4]; #endif // WCS Patch :Avenger 2 uses adc index 5 to store battery informations bit field #if (BOARD == 34) ADC_CONVERSIONS[5] = GC_GetAdcInfo(); #endif PFREE (adc_results); } /* +--------------------------------------------------------------------+ | PROJECT : XXX MODULE : CST_CSF | | STATE : code ROUTINE : csf_aec_enable | +--------------------------------------------------------------------+ PURPOSE : This function sends a primitive to L1A to activate the AEC */ /* * CST AEC control is removed in FreeCalypso: * it is incompatible with L1_NEW_AEC. */ #if 0 GLOBAL void csf_aec_enable (USHORT aec_ctrl_reg) { // This structure and the #define have to be implemented in the MMI. // This is a temporary location for test !!!!!!! // TO BE REMOVED BY USER typedef struct { USHORT aec_control; } T_MMI_AEC_REQ; #define MMI_AEC_REQ ( ( ( 0x18 ) << 8 ) | 40 ) PALLOC(aec_req, MMI_AEC_REQ); aec_req->aec_control = aec_ctrl_reg; PSENDX (L1, aec_req); } #endif /* Returns the ADC conversions results array */ GLOBAL USHORT * csf_return_adc (void) { return &(ADC_CONVERSIONS[0]); } #ifdef ALR /* +--------------------------------------------------------------------+ | PROJECT : GSM-PS (8403) MODULE : CST_CSF | | STATE : code ROUTINE : csf_vm_record | +--------------------------------------------------------------------+ PURPOSE : activate the Voice Memo recording process for a ten seconds duration */ GLOBAL void csf_vm_record (CHAR *output, UBYTE vm_flash_index) { // Dummy function } /* +--------------------------------------------------------------------+ | PROJECT : GSM-PS (8403) MODULE : CST_CSF | | STATE : code ROUTINE : csf_vm_play | +--------------------------------------------------------------------+ PURPOSE : activate the Voice Memo playing process */ GLOBAL void csf_vm_play (CHAR *output, UBYTE vm_flash_index) { // Dummy function } #endif