package obus
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Library
Module
Module type
Parameter
Class
Class type
val interface : OBus_name.interface
val m_Disconnect : (unit, unit) OBus_member.Method.t
val s_StateChanged : (int32 * int32 * int32) OBus_member.Signal.t
val p_Capabilities : (int32, [ `readable ]) OBus_member.Property.t
val p_DeviceType : (int32, [ `readable ]) OBus_member.Property.t
val p_Dhcp4Config : (OBus_path.t, [ `readable ]) OBus_member.Property.t
val p_Driver : (string, [ `readable ]) OBus_member.Property.t
val p_Interface : (string, [ `readable ]) OBus_member.Property.t
val p_Ip4Address : (int32, [ `readable ]) OBus_member.Property.t
val p_Ip4Config : (OBus_path.t, [ `readable ]) OBus_member.Property.t
val p_Ip6Config : (OBus_path.t, [ `readable ]) OBus_member.Property.t
val p_Managed : (bool, [ `readable ]) OBus_member.Property.t
val p_State : (int32, [ `readable ]) OBus_member.Property.t
val p_Udi : (string, [ `readable ]) OBus_member.Property.t
type 'a members = {
  1. m_Disconnect : 'a OBus_object.t -> unit -> unit Lwt.t;
  2. p_Capabilities : 'a OBus_object.t -> int32 React.signal;
  3. p_DeviceType : 'a OBus_object.t -> int32 React.signal;
  4. p_Dhcp4Config : 'a OBus_object.t -> OBus_path.t React.signal;
  5. p_Driver : 'a OBus_object.t -> string React.signal;
  6. p_Interface : 'a OBus_object.t -> string React.signal;
  7. p_Ip4Address : 'a OBus_object.t -> int32 React.signal;
  8. p_Ip4Config : 'a OBus_object.t -> OBus_path.t React.signal;
  9. p_Ip6Config : 'a OBus_object.t -> OBus_path.t React.signal;
  10. p_Managed : 'a OBus_object.t -> bool React.signal;
  11. p_State : 'a OBus_object.t -> int32 React.signal;
  12. p_Udi : 'a OBus_object.t -> string React.signal;
}
val make : 'a members -> 'a OBus_object.interface