char    type,         /* Descriptor type */		char    index,        /* Descriptor index */		short   feature,      /* Feature */		void    *pPrvtStdDt); /* Pointer to private Standard data */	void (*GetConfiguration)(		void    *pPrvtStdDt); /* Pointer to private Standard data */	void (*GetDescriptor) (		char    type,         /* Descriptor type */		char    index,        /* Descriptor index */		short   langID,       /* Language ID */		short   length,       /* Desriptor length */		void    *pPrvtStdDt); /* Pointer to private Standard data */	void (*GetInterface) (		short   interface,    /* Interface index */		void    *pPrvtStdDt); /* Pointer to private Standard data */	void (*GetStatus) (		char    recipient,    /* device, interface, endpoint */		short   index,        /* interface or endpoint index */		void    *pPrvtStdDt); /* Pointer to private Standard data */	void (*SetAddress) (		char    address,      /* device, interface, endpoint */		void    *pPrvtStdDt); /* Pointer to private Standard data */	void (*SetConfiguration) (		short   cfgValue,     /* Configuration value */		void    *pPrvtStdDt); /* Pointer to private Standard data */	void (*SetDescriptor) (		char    type,         /* Descriptor type */		char    index,        /* Descriptor index */		short   langID,       /* Language ID */		short   length,       /* Desriptor length */		void    *pPrvtStdDt); /* Pointer to private Standard data */	void (*SetFeature) (		char    recipient,    /* device, interface, endpoint */		short   index,        /* interface or endpoint index */		short   feature,      /* Feature selector */		void    *pPrvtStdDt); /* Pointer to private Standard data */	void (*SetInterface) (		short   interface,    /* Interface index */		short   setting,      /* Alternative setting */		void    *pPrvtStdDt); /* Pointer to private Standard data */	void (*SynchFrame) (		short   endpoint,     /* Endpoint index */		void    *pPrvtStdDt); /* Pointer to private Standard data *//* ======================================================================= *//* Following pointers are used by dispatchClassRequest()                   *//* and dispatchVendorRequest()                                             *//* ======================================================================= */	void *pPrivateStandardData;	void *pPrivateClassData;	void *pPrivateVendorData;/* Control Endpoint definition */	AT91PS_UDP     pUdp;	char           epId;} AT91S_UsbDesc, *AT91PS_UsbDesc;typedef AT91PS_UsbDesc (*AT91PF_OpenUsbDesc) (AT91PS_UsbDesc, AT91PS_UDP,	char);typedef void (*AT91PF_DispatchRequest)       (AT91PS_UsbDesc, AT91PS_UsbSetup);typedef void (*AT91PF_DispatchClassRequest)  (AT91PS_UsbSetup, void *);typedef void (*AT91PF_DispatchVendorRequest) (AT91PS_UsbSetup, void *);typedef void (*AT91PF_ClearFeature)          (char, char, short, void *);typedef void (*AT91PF_GetConfiguration)      (void *);typedef void (*AT91PF_GetDescriptor)         (char, char, short, short, void *);typedef void (*AT91PF_GetInterface)          (short, void *);typedef void (*AT91PF_GetStatus)             (char, short, void *);typedef void (*AT91PF_SetAddress)            (char, void *);typedef void (*AT91PF_SetConfiguration)      (short, void *);typedef void (*AT91PF_SetDescriptor)         (char, char, short, short, void *);typedef void (*AT91PF_SetFeature)            (char, short, short, void *);typedef void (*AT91PF_SetInterface)          (short, short, void *);typedef void (*AT91PF_SynchFrame)            (short, void *);/* *********************************************************************** *//* Following functions are define in obj_usbdesc.c. They handle standard  *//* request in order to match with USB spec. Rev. 1.1. Once the request has *//* been checked according to the USB status, the request is transmitted to *//* the application calling the application request handler.                *//* *********************************************************************** *//* ======================================================================= *//* Following functions are used when a Setup packet has been sent to the   *//* device. According to the request, they call the corresponding functions *//* ======================================================================= */extern AT91PS_UsbDesc AT91F_OpenUsbDesc(	AT91PS_UsbDesc  pUsbDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UDP      pUdp,      /* Uregister structure */	char            epId);     /* endpoint number *//* usbDescDispatchRequest handle standart request or call *//* USBDesc->dispatchVendorRequest() or                    *//* USBDesc->dispatchClassRequest()                        */extern void AT91F_UsbDescDispatchRequest(	AT91PS_UsbDesc const pDesc,  /* pointer to application request handlers */	AT91PS_UsbSetup  pSetup); /* Descriptor type *//* ======================================================================= *//* Following functions handle standard request they are called by the      *//* application through usbDescDispatchRequest ().                          *//* If this is a valid request, they transmit the request to the application*//* layer                                                                   *//* ======================================================================= */extern void AT91F_UsbDescClearFeature(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */extern void AT91F_UsbDescGetConfiguration(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */extern void AT91F_UsbDescGetDescriptor(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */extern void AT91F_UsbDescGetInterface(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */extern void AT91F_UsbDescGetStatus(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */extern void AT91F_UsbDescSetAddress(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */extern void AT91F_UsbDescSetConfiguration(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */extern void AT91F_UsbDescSetDescriptor(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */extern void AT91F_UsbDescSetFeature(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */extern void AT91F_UsbDescSetInterface(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */extern void AT91F_UsbDescSynchFrame(	AT91PS_UsbDesc const pDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbSetup  pSetup);        /* Descriptor type */// Small utility function to configure the UDP endpoint// according to the endpoint descriptorextern void AT91F_UdpConfigure(	AT91PS_UsbDesc const pUsbDesc,  /* pointer to a AT91S_UsbDesc structure */	AT91PS_UsbEndpoint const pEp);/* ************************************ *//* usbSendStatus                        *//*                                      *//* Arguments:                           *//*     pPipe: pointer to default pipe   *//*            handler                   *//* Return:                              *//*     Nothing                          *//* Description:                         *//*     Acknowledge a control write tx.  *//*     Send a sero length packet        *//* ************************************ *///__inline void AT91F_UsbDescSendStatus(AT91PS_Pipe pPipe)//{//	/* Send a zero length packet *///	pPipe->Write(pPipe, 0, 0);//}#endif /* obj_usbdesc_h */