static void myAppCreateHighRateDAL(void)
{
cliPrintf("high rate dal.\n\r");
if(PreviousDAL)
dalUninstallCallback(myDalCallBack);
//Let's build our audio configuration with "dal", We want to allow all rates above 96KHz
dalCreateInterface(eDAL_INTERFACE_1, eDAL_RATE_MODE_HIGH, MY_INPUT_DEVICES_HIGH, MY_OUTPUT_DEVICES_HIGH);
//default we will run at internal rate 48KHz, the computer will change that when attached
dalSetClockSource (eDAL_INTERFACE_1, eDAL_CLK_SRC_AVS_SYT1, eDAL_NOMINAL_RATE_192);
//we need to setup our routing
//let the 4 AES channels take data from the first Isoc receiver
dalSetRoute(eDAL_INTERFACE_1, TX_AES_CH0_3, RX_AVS1_CH0_3);
//let the first 8 Isoc 1 transmitter channels take data from the 8 AES channels
dalSetRoute(eDAL_INTERFACE_1, TX_AVS1_CH0_3, RX_AES_CH0_3);
//the call back function defined above needs to be installed into "dal"
dalInstallCallback(&myDalSubscribedEvents, 200, myDalCallBack, 0);
//configure device for MIDI based on a function in targetBoard. For the EVAL
//board this is determined by DIP SW 1
myAvcDriverTxConfigLow[0].midiChannels = 1;
myAvcDriverRxConfigLow[0].midiChannels = 1;
avcDriverConfigure (myAvcDriverTxConfigLow, MY_NB_TX_ISOC_STREAMS_HIGH,
myAvcDriverRxConfigLow, MY_NB_RX_ISOC_STREAMS_HIGH,
myAvcDriverCallBack);
myAppInitializeI2S();
myAppSetI2SHigh();
// now we are ready to start the whole thing, it actually wont start until we return from
// this function as threads are not enabled yet. If we want to have some code running after
// this we need to create a thread. We don't need that here, our call backs will do things
// for us.
dalStartInterface(eDAL_INTERFACE_1);
}
// This function is called when the system is initializing. At this point no threads are running and no audio is
// passed. When this function returns all threads are started. It is not legal to wait on semaphores etc at this
// point in the initialization sequence.
HRESULT myAppInitialize(void)
{
HRESULT hResult = NO_ERROR;
//Enable Automatic Hi/Lo detection in AES receiver for stand-alone mode.
aesRxAutoHiLo (TRUE);
// Initialize the SPI devices (targetBoard.c)
targetSpiInit();
//initialize audio ports
akm4384_InitI2S ();
//configure static part of driver
diceDriverConfigureInitial (MY_DEVICE_NICK_NAME,
myDiceDriverCallBack,
DEVICE_SUPPORTED_CLK_CAPS,
DEVICE_SUPPORTED_CLK_SRC_NAMES);
//Initialize eap.
eapInitializeInterface(&eapInitDesc); //actually configures router, but that is overwritten by stand alone mode init later
//create the call back from DAL
dalInstallCallback(&myDalSubscribedEvents, 200, myDalCallBack, 0);
//Creates the appropriate DAL
StandAloneInitialize (); //routing still not done, will be done in DAL callback
#ifdef _AML
myAppAMLInitialize();
#endif
//Set flag for creation of DAL
// After application initialization is done resume tasks to start them
hResult = myAppResumeTasks();
if (hResult != NO_ERROR) return hResult;
// If the developer wishes to add Command Line Interface, define _CLI_TOOL_MYAPP in make.params
#ifdef _CLI_TOOL_MYAPP
myAppCliInstallTools();
#endif //_CLI_TOOL_MYAPP
return hResult;
}
// This function is called when the system is initializing. At this point no threads are running and no audio is
// passed. After this function returns all threads are started. It is not legal to wait on semaphores etc at this
// point in the initialization sequence.
HRESULT myAppInitialize(void)
{
HRESULT hResult = NO_ERROR;
// Initialize the SPI devices (targetBoard.c)
targetSpiInit();
// Show the initial switch settings
//Initialize the persistent storage system and check the stored mode
hResult = spsInitialize ("am_sps", 2, sizeof(evmCfg), &evmCfg, 100);
if (hResult!=NO_ERROR)
{
sysLogError(hResult, __LINE__, __FILE__);
}
if (evmCfg.hpgain > 38) evmCfg.hpgain = 38;
//Initialize the mode abstraction system
pCurrentMode = &modeCfg0_Mini;
pCurrentMode->fInit(0);
//create the call back from DAL
dalInstallCallback(&myDalSubscribedEvents, 200, myDalCallBack, 0);
//Create Low Rate DAL for default initialization
myAppCreateDAL(eDAL_RATE_MODE_LOW);
#ifdef _AML
myAppAMLInitialize();
#endif
//Set flag for creation of DAL
// After application initialization is done resume tasks to start them
hResult = myAppResumeTasks();
if (hResult != NO_ERROR) return hResult;
// If the developer wishes to add Command Line Interface, define _CLI_TOOL_MYAPP in make.params
#ifdef _CLI_TOOL_MYAPP
myAppCliInstallTools();
#endif //_CLI_TOOL_MYAPP
return hResult;
}
