83 vtpci_child_device(struct vtpci_common *cn)  in vtpci_child_device()  argument
85 	return (cn->vtpci_child_dev);  in vtpci_child_device()
89 vtpci_is_msix_available(struct vtpci_common *cn)  in vtpci_is_msix_available()  argument
91 	return ((cn->vtpci_flags & VTPCI_FLAG_NO_MSIX) == 0);  in vtpci_is_msix_available()
95 vtpci_is_msix_enabled(struct vtpci_common *cn)  in vtpci_is_msix_enabled()  argument
97 	return ((cn->vtpci_flags & VTPCI_FLAG_MSIX) != 0);  in vtpci_is_msix_enabled()
101 vtpci_is_modern(struct vtpci_common *cn)  in vtpci_is_modern()  argument
103 	return ((cn->vtpci_flags & VTPCI_FLAG_MODERN) != 0);  in vtpci_is_modern()
107 vtpci_virtqueue_count(struct vtpci_common *cn)  in vtpci_virtqueue_count()  argument
109 	return (cn->vtpci_nvqs);  in vtpci_virtqueue_count()
112 void	vtpci_init(struct vtpci_common *cn, device_t dev, bool modern);
113 int	vtpci_add_child(struct vtpci_common *cn);
114 int	vtpci_delete_child(struct vtpci_common *cn);
115 void	vtpci_child_detached(struct vtpci_common *cn);
116 int	vtpci_reinit(struct vtpci_common *cn);
118 uint64_t vtpci_negotiate_features(struct vtpci_common *cn,
120 bool	 vtpci_with_feature(struct vtpci_common *cn, uint64_t feature);
122 int	vtpci_read_ivar(struct vtpci_common *cn, int index, uintptr_t *result);
123 int	vtpci_write_ivar(struct vtpci_common *cn, int index, uintptr_t value);
125 int	vtpci_alloc_virtqueues(struct vtpci_common *cn, int nvqs,
127 int	vtpci_setup_interrupts(struct vtpci_common *cn, enum intr_type type);
128 void	vtpci_release_child_resources(struct vtpci_common *cn);