#include <wa-hc.h>

Data Fields
struct usb_device *	usb_dev

struct usb_interface *	usb_iface

union {
struct wusbhc * wusb

struct dwahc * dwa

};

struct usb_endpoint_descriptor *	dto_epd

struct usb_endpoint_descriptor *	dti_epd

struct usb_wa_descriptor *	wa_descr

struct urb *	nep_urb

struct edc	nep_edc

void *	nep_buffer

size_t	nep_buffer_size

atomic_t	notifs_queued

u16	rpipes

unsigned long *	rpipe_bm

spinlock_t	rpipe_bm_lock

struct mutex	rpipe_mutex

struct urb *	dti_urb

struct urb *	buf_in_urb

struct edc	dti_edc

struct wa_xfer_result *	xfer_result

size_t	xfer_result_size

s32	status

struct list_head	xfer_list

struct list_head	xfer_delayed_list

spinlock_t	xfer_list_lock

struct work_struct	xfer_work

atomic_t	xfer_id_count

Detailed Description

Instance of a HWA Host Controller

Except where a more specific lock/mutex applies or atomic, all fields protected by .

Can be accessed without locking because it is in the same area where the device descriptors were read, so it is guaranteed to exist umodified while the device exists.

Endianess has been converted to CPU's.

* can be accessed without locking as its processing is serialized; we submit a NEP URB and it comes to hwahc_nep_cb(), which won't issue another URB until it is done processing it.

:

List of active transfers to verify existence from a xfer id gotten from the xfer result message. Can't use urb->list because it goes by endpoint, and we don't know the endpoint at the time when we get the xfer result message. We can't really rely on the pointer (will have to change for 64 bits) as the xfer id is 32 bits.

: List of transfers that need to be started (with a workqueue, because they were submitted from an atomic context).

FIXME: this needs to be layered up: a wusbhc layer (for sharing comonalities with WHCI), a wa layer (for sharing comonalities with DWA-RC).

Definition at line 158 of file wa-hc.h.