am_aud_tone_reply.c

Motorola synergy audio component

/* (c) Copyright Motorola 1998-2001 All rights reserved.        
   Motorola Confidential Proprietary
   Contains confidential proprietary information of Motorola, Inc.
   Reverse engineering is prohibited.
   The copyright notice does not imply publication.
  
   DESCRIPTION: 
      <file description>
  
 *************** REVISION HISTORY *********************************************
  
   Date       Author      Reference
   ========   ========    ==========================
   2004-11-05 w17860      LIBff24932
              P4.4 Feature # 12583 Memory Reduction 
              - Remove Voice Dial and Voice Tag

   03-08-26   a19436      CR - LIBdd33122
              - Handling  DECODE_FINISHED reply from the DSP

   03-08-14   w13738      LIBdd27679 - MIDI Progress Bar doesn't work on Triplets
   03-07-30   a18984      LIBdd21617 - Conversation is not possible while
                                       storing a user defined sound

   03-03-19   w16865      LIBbb85956 - Add callback function for funlight
   02-09-24   w18944      LIBbb50981 - TCMD use of audio mdi queues

   02-04-12   emachado    LIBbb15826- Added DSP_MCU_AUDIO_LOW_POWER and 
                                      DSP_MCU_AUDIO_WAKE.  The first message
                                      calls EXEC_CLKMGR_pcap_aux_clk_on and the
                                      second calls EXEC_CLKMGR_pcap_aux_clk_off.
                                      The messages that trigger these replys 
                                      originate in exec_clkmgr.c
                                      Removed extra #include "hapi_mdi_message_ids.h"
   02-05-01   bpg005      LIBbb28837 - During a call the voice isn't heard.
                          Catchup from CRs: LIBbb25819 and LIBbb28225.
 
   02-04-18   bal023      LIBbb28121 - fix LCA catchup 
   
   02-03-26   bmd031      Add LIBbb22902 to LCA catchup 

   02-03-17   bab047      LIBbb23280 - LCA catchup for PAN8-G_03.07.1AI 

   02-01-17   bal023      LIBbb16809
              LCA support for TTY - catchup from CR LIBbb05515
   
   01-04-20   w17860      CR - LIBbb05515
              Audio support for the TTY accessory in digital call mode.
             
   01-04-20   w17860      CR - LIBbb05515
              Audio support for the TTY accessory in digital call mode.

   02-02-17               LIBbb20411
              LCA:Add support for MME

   01-02-02   mtaraba     CSGce85434
              MCU: Change VA record processing during training to 1st utterance.

   00-12-21   mtaraba     CSGce82934
              main_comp_hardware.h within engine_audio vob should be removed

   00-11-21   cfarrel     CR - CSGce71778
              MDI Audio error message handling
              - handle DSP error reply as well as tone complete
                message

   00-08-09   mtaraba     CR - CSGce55882
              Eliminate file gsm.h from audio manager

   00-08-04   ktang       PR - CSGce67917
              Update audio Manager to support Synergy Lite tone defs
              - Added function aud_am_reply

   00-08-03   shagino     CR - CSGce67731
              Make Audio Manager Ansi-Compliant
              - Corrected call to AM_SendMessage
              - Included AM_SendMessage.h

   00-05-15   cfarrel     CR - CSGce58264
              Update Audio Manager to use l1_modem_api queue functions for
              CDMA and HAPI_MDI_queue functions for other MAs.

   00-04-06   hchuang     CR - CSGce53807
              Update Audio Manager to use HAPI MDI functions and header files
              - hapi_mdi_queue.h and hapi_mdi_queue_map.h are included in
                td_dsp_aud_reply_buff.h
              - replace l1_modem_api functions with hapi mdi functions

   99-12-13   ktang      CR -CSGce42434
              Common Tone Generator MDI messages
              - Renamed function aud_tone_reply to be aud_dsp_reply, and 
                rewrote it to contain variable types in td_dsp_aud_reply_buff.h
                and to read directly from MDI DSP_MCU_AUDIO_REPLY queue

   99-12-01   mkloza      CR -CSGce42434
              Common Tone Generator MDI messages
              - updated aud_tone_reply() function to accept 
                new parameter.

   99-09-01   jvoss       CR -CSGce34326
              GRiEF: Phase I Audio Interface Implementation
              - Hacked in a function to act like the GSM exec function
                alloc() and allocate memory for the CXX_Priority_Xifo in a 
                SUAPI compliant format.
   
   99-08-25   jvoss       CR - CSGce34326
              GRiEF: Phase I Audio Interface Implementation
              - Added code to the function aud_tone_reply() to send a mimicked 
                GSM DSP response to audio manager in a SUAPI compliant format.

   99-08-24   ktang       CR - CSGce34326
              GRiEF: Phase I Audio Interface Implementation
              - A shell function, aud_tone_reply, is defined to provide CDMA
                Wedge the interface for the purpose of mimicking the GSM DSP
                message reply
*/
/************** INCLUDES ******************************************************/
#include <ENGINE_AUDIO/audio_conditional_compile_def.h>
#include <ENGINE_AUDIO/am_aud_tone_reply.h>
#include <ENGINE_HAPI/hapi_mdi_message_ids.h>
#if (AUDIO_CDMA == TRUE)
    #include "l1_modem_api_queue.h"
#endif
#include <ENGINE_AUDIO/audscm_sdsr_ind.h>
#include <ENGINE_AUDIO/td_dsp_aud_reply_buff.h>
#include <ENGINE_AUDIO/aud_prim_ids.h>
#include <audio/AM_SendMessage.h>
#include <ENGINE_RTIME_MAINT/rtime_maint_dm.h>
#include <ENGINE_AUDIO/aud_alert_info.h>

#if (AUDIO_RAINBOW == TRUE)
#include "exec/exec_pcap_aux_clkmgr.h"
#include <ENGINE_AUDIO/aud_interface.h>
#include "UMTS_TCMD_UMTS_INTERFACE.h"
#include "UMTS_TCMD_API_SW.h"
#include <ENGINE_AUDIO/am_hw_string_primitive.h>
#else
#include <MME/mme_mof_isr.h>
#endif
/************** LOCAL CONSTANTS ***********************************************/

/************** LOCAL STRUCTURES, ENUMS, AND TYPEDEFS *************************/

/************** LOCAL FUNCTION PROTOTYPES *************************************/

/************** LOCAL MACROS **************************************************/

/************** LOCAL VARIABLES ***********************************************/
extern BOOL dsp_awake;

/************** FUNCTION DEFINITIONS ******************************************/

/* DESCRIPTION:
           This function is provided for AM to build and send the tone complete
       messages back to itself. Currently the case only applies to when vibrate
       is complete.
 
   INPUTS:
       tone_type - the id of the tone that just finished
       dsp_seq   - the AM queue generated sequence number of this tone

pointer to the DSP section of dual port RAM that contains
                  information for tone complete message

   OUTPUTS:
       None

   IMPORTANT NOTES:
       None
     
*/
void aud_am_reply(TD_AUD_TONE_REQ_TONE_TYPE_T tone_type, UINT8 dsp_seq)
{
    /* Create the reply message */
    AUD_DSP_REPLY_PRIM *dsp_aud_prim = (AUD_DSP_REPLY_PRIM*)suCreateMessage(
                                     (UINT32)(sizeof(AUD_DSP_REPLY_PRIM)), 
                                     (UINT32)AUDSCM_TONE_CMPLT1_IND_ID, 
                                     SU_INVALID_HANDLE, NULL);

    dsp_aud_prim->reply_buff[0] = DSP_MCU_AUDIO_TONE_COMPLETE;
    dsp_aud_prim->reply_buff[1] = ((dsp_seq << 8) + 2);
    dsp_aud_prim->reply_buff[2] = tone_type;
    dsp_aud_prim->reply_buff[3] = 0;

    AM_SendMessage((char *) dsp_aud_prim);
}

/* DESCRIPTION:
       This function is provided for ISR to send the tone complete messages to AM.
 
   INPUTS:
       None

   OUTPUTS:
       None

   IMPORTANT NOTES:
       None
*/
void aud_dsp_reply()
{
#if (AUDIO_CDMA == TRUE)

    UINT32 reply_primitive_id = AUDSCM_TONE_CMPLT1_IND_ID;
    AUD_DSP_REPLY_PRIM *dsp_aud_prim;
    AUD_DSP_REPLY_PRIM temp_dsp_reply_prim;
    AUD_DSP_REPLY_PRIM *temp_dsp_aud_prim = &temp_dsp_reply_prim;
                                     
    UINT8 i;   

    for (i = 0; i < DSP_MCU_AUDIO_REPLY_WORD_SIZE; i++)
    {   
        temp_dsp_aud_prim->reply_buff[i] = TD_DSP_AUD_REPLY_BUFF_INVALID;
    }

    L1_MODEM_API_QUEUE_read (DSP_MCU_AUDIO_REPLY, temp_dsp_aud_prim->reply_buff);

    if ( temp_dsp_aud_prim->reply_buff[0] == DSP_MCU_AUDIO_ERROR_REPLY )
    { 
        reply_primitive_id = AUDSCM_DSP_AUDIO_ERROR_REPLY_ID;
    }

        /* Create the reply message */
        dsp_aud_prim = (AUD_DSP_REPLY_PRIM*)suCreateMessage(
                                 (UINT32)(sizeof(AUD_DSP_REPLY_PRIM)), 
                                 reply_primitive_id, 
                                 SU_INVALID_HANDLE, NULL);

        *dsp_aud_prim = *temp_dsp_aud_prim;

        AM_SendMessage((char *) dsp_aud_prim); 
                 
#else
    int i;
    AUD_DSP_REPLY_WORD reply_buff[DSP_MCU_AUDIO_REPLY_WORD_SIZE];

    for (i = 0; i < DSP_MCU_AUDIO_REPLY_WORD_SIZE; i++)
    {
        reply_buff[i] = TD_DSP_AUD_REPLY_BUFF_INVALID;