141 typedef struct hubd {  struct
142 	int			h_instance;
143 	uint_t			h_init_state;
144 	uint_t			h_dev_state;
145 	int8_t			h_bus_ctls;
146 	int8_t			h_bus_pwr;
147 	hub_power_t		*h_hubpm; /* pointer to power struct */
148 	dev_info_t		*h_dip;
153 	kmutex_t		h_mutex;
158 	usba_device_t		*h_usba_device;
160 	int			h_softstate;
165 	usb_pipe_handle_t	h_default_pipe;
170 	usb_pipe_handle_t	h_ep1_ph;
171 	usb_ep_xdescr_t		h_ep1_xdescr;
172 	usb_pipe_policy_t	h_pipe_policy;
173 	uint_t			h_intr_pipe_state;
179 	uint8_t			h_nports;	/* from bNbrPorts */
180 	uint16_t		h_hub_chars;	/* from wHubCharacteristics */
181 	uint_t			h_power_good;	/* from bPwrOn2PwrGood */
182 	uint_t			h_current;	/* from bHubContrCurrent */
187 	uint_t			h_hotplug_thread;
194 	dev_info_t		**h_children_dips;
195 	size_t			h_cd_list_length;
196 	usba_device_t		**h_usba_devices;
222 	hubd_cpr_t		*h_cpr_cb;  argument
227 	ulong_t			h_total_hotplug_success;
228 	ulong_t			h_total_hotplug_failure;
231 	char			*h_ancestry_str;
234 	usb_client_dev_data_t	*h_dev_data;
259 } hubd_t;  argument
261 _NOTE(MUTEX_PROTECTS_DATA(hubd::h_mutex, hubd))  argument
284 	hubd_t		*hubd;  member
299 	hubd_t		*hubd;  member
308 #define	HUBD_MUTEX(hubd)	(&((hubd)->h_mutex))  argument