Differential D32016 Diff 96577 sys/dev/vmware/vmci/vmci_kernel_if.h

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sys/dev/vmware/vmci/vmci_kernel_if.h

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	typedef struct mtx vmci_lock;			typedef struct mtx vmci_lock;
	int vmci_init_lock(vmci_lock lock, char name);			int vmci_init_lock(vmci_lock lock, char name);
	void vmci_cleanup_lock(vmci_lock *lock);			void vmci_cleanup_lock(vmci_lock *lock);
	void vmci_grab_lock(vmci_lock *lock);			void vmci_grab_lock(vmci_lock *lock);
	void vmci_release_lock(vmci_lock *lock);			void vmci_release_lock(vmci_lock *lock);
	void vmci_grab_lock_bh(vmci_lock *lock);			void vmci_grab_lock_bh(vmci_lock *lock);
	void vmci_release_lock_bh(vmci_lock *lock);			void vmci_release_lock_bh(vmci_lock *lock);
				int vmci_initialized_lock(vmci_lock *lock);

	void *vmci_alloc_kernel_mem(size_t size, int flags);			void *vmci_alloc_kernel_mem(size_t size, int flags);
	void vmci_free_kernel_mem(void *ptr, size_t size);			void vmci_free_kernel_mem(void *ptr, size_t size);

	typedef struct sema vmci_event;			typedef struct sema vmci_event;
	typedef int (vmci_event_release_cb)(void client_data);			typedef int (vmci_event_release_cb)(void client_data);
	void vmci_create_event(vmci_event *event);			void vmci_create_event(vmci_event *event);
	void vmci_destroy_event(vmci_event *event);			void vmci_destroy_event(vmci_event *event);
	void vmci_signal_event(vmci_event *event);			void vmci_signal_event(vmci_event *event);
	void vmci_wait_on_event(vmci_event *event, vmci_event_release_cb release_cb,			void vmci_wait_on_event(vmci_event *event, vmci_event_release_cb release_cb,
	void *client_data);			void *client_data);
	bool vmci_wait_on_event_interruptible(vmci_event *event,			bool vmci_wait_on_event_interruptible(vmci_event *event,
	vmci_event_release_cb release_cb, void *client_data);			vmci_event_release_cb release_cb, void *client_data);

	typedef void (vmci_work_fn)(void *data);			typedef void (vmci_work_fn)(void *data);
	bool vmci_can_schedule_delayed_work(void);			bool vmci_can_schedule_delayed_work(void);
	int vmci_schedule_delayed_work(vmci_work_fn work_fn, void data);			int vmci_schedule_delayed_work(vmci_work_fn work_fn, void data);
	void vmci_delayed_work_cb(void *context, int data);			void vmci_delayed_work_cb(void *context, int data);

	typedef struct mtx vmci_mutex;			typedef struct mtx vmci_mutex;
	int vmci_mutex_init(vmci_mutex mutex, char name);			int vmci_mutex_init(vmci_mutex mutex, char name);
	void vmci_mutex_destroy(vmci_mutex *mutex);			void vmci_mutex_destroy(vmci_mutex *mutex);
	void vmci_mutex_acquire(vmci_mutex *mutex);			void vmci_mutex_acquire(vmci_mutex *mutex);
	void vmci_mutex_release(vmci_mutex *mutex);			void vmci_mutex_release(vmci_mutex *mutex);
				int vmci_mutex_initialized(vmci_mutex *mutex);

	void *vmci_alloc_queue(uint64_t size, uint32_t flags);			void *vmci_alloc_queue(uint64_t size, uint32_t flags);
	void vmci_free_queue(void *q, uint64_t size);			void vmci_free_queue(void *q, uint64_t size);

	typedef PPN *vmci_ppn_list;			typedef PPN *vmci_ppn_list;
	struct ppn_set {			struct ppn_set {
	uint64_t num_produce_pages;			uint64_t num_produce_pages;
	uint64_t num_consume_pages;			uint64_t num_consume_pages;
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