/*****************************************************************************\ File Name: io_usbdevice.c Description: This module contains USB device specific functions. Copyright(c) 2007 Analog Devices Incorporated. All Rights Reserved. Revision History: \*****************************************************************************/ //----------------------------------------------------------------------------- // I N C L U D E S //----------------------------------------------------------------------------- #include /* System service includes */ #include /* Device manager includes */ #include #include #include #include #include //#include #include #include "adi_ssl_init.h" #include "mediaplayer.h" #define _USE_ONBOARD_HARD_DISK_ /*------------------------------------------------------------------------- * DEFINES *-------------------------------------------------------------------------*/ /* handle to the driver*/ ADI_DEV_DEVICE_HANDLE USBDriverHandle; ADI_DEV_PDD_HANDLE PeripheralDevHandle; static ADI_DEV_1D_BUFFER usbBuffer; #pragma align 4 u8 USB_Buffer[MAX_USB_PKT_SIZE]; extern ADI_DEV_PDD_ENTRY_POINT ADI_USBDRC_Entrypoint; static void callback_usb(void *AppHandle,u32 Event,void *pArg ); int init_usb(void); int close_usb(void); #define _USE_ONBOARD_HARD_DISK_ /********************************************************************* Function: failure Description: In case of failure we toggle LEDs. *********************************************************************/ void failure(void) { printf("Failure\n"); } /********************************************************************* Function: USB Callback Description: *********************************************************************/ static void callback_usb(void *AppHandle,u32 Event,void *pArg ) { switch (Event) { case ADI_USB_EVENT_SET_CONFIG: break; case ADI_USB_EVENT_SUSPEND: break; // case ADI_USB_EVENT_DISCONNECT: // printf("Disconnect"); // break; default: break; } } /********************************************************************* Function: init_usb Description: Initializes USB. *********************************************************************/ //section ("sdram0_bank3_app") int init_usb(void) { PDEVICE_DESCRIPTOR pDevDesc; /* device descriptor ptr */ u16 i; /* index */ u32 Result = ADI_DEV_RESULT_SUCCESS; /* result */ bool bRunning = TRUE; /* keep running flag */ u32 IsHDConnected = FALSE; u32 IsDeviceReady = FALSE; /* has device been configured by host */ /* Initialize USB Core */ adi_usb_CoreInit((void*)&Result); /* Open the USB Controller driver */ Result = adi_dev_Open( adi_dev_ManagerHandle, /* DevMgr handle */ &ADI_USBDRC_Entrypoint, /* pdd entry point */ 0, /* device instance */ (void*)1, /* client handle callback identifier */ &PeripheralDevHandle, /* device handle */ ADI_DEV_DIRECTION_BIDIRECTIONAL,/* data direction for this device */ NULL, /* handle to DmaMgr for this device */ NULL, /* handle to deferred callback service */ callback_usb); /* callback function */ if (Result != ADI_DEV_RESULT_SUCCESS) failure(); /* Open the Mass Storage Class driver */ Result = adi_dev_Open( adi_dev_ManagerHandle, /* DevMgr handle */ &ADI_USB_Device_MassStorageClass_Entrypoint,/* pdd entry point */ 0, /* device instance */ (void*)0x1, /* client handle callback identifier */ &USBDriverHandle, /* DevMgr handle for this device */ ADI_DEV_DIRECTION_BIDIRECTIONAL, /* data direction for this device */ adi_dma_ManagerHandle, /* handle to DmaMgr for this device */ NULL, /* handle to deferred callback service */ callback_usb); /* client's callback function */ if (Result != ADI_DEV_RESULT_SUCCESS) failure(); /* Give the controller handle to the Mass storage class driver */ Result = adi_dev_Control(USBDriverHandle, ADI_USB_CMD_CLASS_SET_CONTROLLER_HANDLE, (void*)PeripheralDevHandle); if (Result != ADI_DEV_RESULT_SUCCESS) failure(); /* Configure the Mass stroage class driver */ Result = adi_dev_Control(USBDriverHandle, ADI_USB_CMD_CLASS_CONFIGURE, (void*)0); if (Result != ADI_DEV_RESULT_SUCCESS) failure(); #ifdef _USE_ONBOARD_HARD_DISK_ // See if a HD is connected Result = adi_dev_Control(USBDriverHandle, ADI_USB_MSD_CMD_INIT_RAW_PID, &IsHDConnected); if (Result != ADI_DEV_RESULT_SUCCESS) failure(); // If HD is not connected to this board if(IsHDConnected == FALSE) { failure(); } #else // Using Memory Set the max memory size (8MB) Result = adi_dev_Control(USBDriverHandle, ADI_USB_MSD_CMD_SET_MEMORY_SIZE, (void *)0x800000); if (Result != ADI_DEV_RESULT_SUCCESS) failure(); #endif /* Initialize memory and the SCSI handlers */ Result = adi_dev_Control(USBDriverHandle, ADI_USB_MSD_CMD_SCSI_INIT, (void*)0); if (Result != ADI_DEV_RESULT_SUCCESS) failure(); /* Set the Vendor ID */ Result = adi_dev_Control(USBDriverHandle, ADI_USB_MSD_CMD_SET_VID, (void *)USB_VID_ADI_TOOLS); //(void *)0x064B); if (Result != ADI_DEV_RESULT_SUCCESS) failure(); /* Set the Product ID */ Result = adi_dev_Control(USBDriverHandle, ADI_USB_MSD_CMD_SET_PID, (void *)USB_PID_BF548KIT_MASSSTORAGE_CLASS); if (Result != ADI_DEV_RESULT_SUCCESS) failure(); /* Set the Serial Number */ char MSDSerialNumber[] = MSD_SERIAL_NUMBER; Result = adi_dev_Control(USBDriverHandle, ADI_USB_MSD_CMD_SET_SERIAL_NUMBER, &MSDSerialNumber[0]); if (Result != ADI_DEV_RESULT_SUCCESS) failure(); usbBuffer.Data = &USB_Buffer; usbBuffer.ElementCount = MAX_USB_PKT_SIZE; usbBuffer.ElementWidth = 1; usbBuffer.ProcessedFlag = FALSE; usbBuffer.ProcessedElementCount = 0; usbBuffer.CallbackParameter = &usbBuffer; usbBuffer.pNext = NULL; /* Configure the Peripheral mode */ Result = adi_dev_Control(USBDriverHandle, ADI_DEV_CMD_SET_DATAFLOW_METHOD, (void*)ADI_DEV_MODE_CHAINED); if (Result != ADI_INT_RESULT_SUCCESS) failure(); /* Enable data flow */ Result = adi_dev_Control(USBDriverHandle, ADI_DEV_CMD_SET_DATAFLOW, (void*)TRUE); if (Result != ADI_INT_RESULT_SUCCESS) failure(); /* Enable the USB peripheral driver */ Result = adi_dev_Control(PeripheralDevHandle, ADI_USB_CMD_ENABLE_USB, (void*)0); if (Result != ADI_INT_RESULT_SUCCESS) failure(); /* Wait until the device is configured by the host */ while(IsDeviceReady == FALSE) { adi_dev_Control(USBDriverHandle, ADI_USB_MSD_CMD_IS_DEVICE_CONFIGURED, &IsDeviceReady); } /* Pass our buffer down to MSD */ Result = adi_dev_Control(USBDriverHandle, ADI_USB_MSD_CMD_SET_BUFFER, (void*)&usbBuffer); if (Result != ADI_INT_RESULT_SUCCESS) failure(); return(Result); } ********************************************************************* Function: close_usb Description: Closes USB. *********************************************************************/ int close_usb(void) { u32 Result = ADI_DEV_RESULT_SUCCESS; /* result */ if (Result == ADI_DEV_RESULT_SUCCESS) Result = adi_dev_Control(PeripheralDevHandle, ADI_USB_CMD_DISABLE_USB, (void*)0); if (Result == ADI_DEV_RESULT_SUCCESS) Result = adi_dev_Close(USBDriverHandle); if (Result == ADI_DEV_RESULT_SUCCESS) Result = adi_dev_Close(PeripheralDevHandle); return(Result); }