am_timer_non_sc.cc

Motorola synergy audio component

/* (c) Copyright Motorola 1996, 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:
      This function contains the AM Application Layer main driver routines.
      These functions build up information for the hardware layer, 
      and then all at once, pass it to the hardware layer.

 *************** REVISION HISTORY *********************************************

   Date       Author      Reference
   ========   ========    ==========================
   2004-11-05 w17860      LIBff24932
              P4.4 Feature # 12583 Memory Reduction 
              - Remove Voice Dial and Voice Tag

   2004-07-06 w17860      LIBee21819
              Pops and Click heard on Razor headset

   04-01-29   w18944      LIBdd69286
              Alert ramp up

   01-01-29   mtaraba     CSGce79517
              Fix VA record in a call

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

   00-11-10   lorih       CR - CSGce74373
              Need to reverse setting up audio path from ending audio path.
              - added Run_Sequence for a key press timer. 

   00-04-27   mkloza      PR - CSGce54341
              MATRIX command implementation
              - removed calls to turn_on_hw_line()
              - will have to use HAPI complient function


   99-11-10   bchoi       CR - CSGce39480
                          Modify Audio Manager timer functionality to use SUAPI
                          compliant timers.


******************************************************************************/
#include <ENGINE_AUDIO/audio_conditional_compile_def.h>
#include <audio/AM_Timer_Non_SC.H>
#include <audio/AM_HW_Primitive_Builder.H>
#include <audio/AM_App_Logic_Processor.H>
#include <audio/AM_Event_Handler.H>
#include <audio/AM_Tone_Sequence_Handler.H>
#include <ENGINE_AUDIO/io_codec.h>
extern AM_Event_Handler * am_event_handler;

Aux_Alert_Timer aux_alert_timer;
Ent_Mute_Timer ent_mute_timer;
Keypress_Timer keypress_timer;
#if (MAKE_FTR_VA == TRUE)
VA_Beep_Timer  va_beep_timer;
#endif
Alert_Ramp_Timer alert_ramp_timer;

void Aux_Alert_Timer::RunSequence()
{
    switch(SeqIndex++)
    {
        case 0:  // first run 
        case 2:  // second run
        case 4:  // third run
        case 6:  // forth run
        case 8:  // fifth run
            //           AM_HW_Primitive_Builder::turn_on_hw_line(FALSE,  TRUE);
           ResetTimer(5 * MS_2_TICKS );   //   1/2 s activeate
           break;

        case 1:
        case 3:
        case 5:
        case 7:
            //AM_HW_Primitive_Builder::turn_on_hw_line(TRUE, TRUE);
           ResetTimer ( 5 * MS_2_TICKS);      // wait 2 seconds then turn on 
           break;

        case 9:
            //AM_HW_Primitive_Builder::turn_on_hw_line(FALSE,  TRUE);
           break;
    }
 }



void Ent_Mute_Timer::RunSequence()
{
    //AM_HW_Primitive_Builder :: turn_on_hw_line (FALSE, FALSE);
}


void Keypress_Timer::RunSequence()
{
#if (MAKE_HDW_EMU_BUS == TRUE)
    AM_HW_Primitive_Builder::aud_keypress_timer_expiry();
#endif
}

#if (MAKE_FTR_VA == TRUE)
void VA_Beep_Timer::RunSequence()
{
    am_event_handler->am_event_logic_processor.generate_va_beep();
}
#endif

void Alert_Ramp_Timer::RunSequence()
{
    AM_App_Logic_Processor::alert_ramp_up_timer_expire();
}