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Library
Module
Module type
Parameter
Class
Class type
Library
Module
Module type
Parameter
Class
Class type
val interface : OBus_name.interface
val m_Next : (unit, unit) OBus_member.Method.t
val m_OpenUri : (string, unit) OBus_member.Method.t
val m_Pause : (unit, unit) OBus_member.Method.t
val m_Play : (unit, unit) OBus_member.Method.t
val m_PlayPause : (unit, unit) OBus_member.Method.t
val m_Previous : (unit, unit) OBus_member.Method.t
val m_Seek : (int64, unit) OBus_member.Method.t
val m_SetPosition : (OBus_path.t * int64, unit) OBus_member.Method.t
val m_Stop : (unit, unit) OBus_member.Method.t
val s_Seeked : int64 OBus_member.Signal.t
val p_CanControl : (bool, [ `readable ]) OBus_member.Property.t
val p_CanGoNext : (bool, [ `readable ]) OBus_member.Property.t
val p_CanGoPrevious : (bool, [ `readable ]) OBus_member.Property.t
val p_CanPause : (bool, [ `readable ]) OBus_member.Property.t
val p_CanPlay : (bool, [ `readable ]) OBus_member.Property.t
val p_CanSeek : (bool, [ `readable ]) OBus_member.Property.t
val p_LoopStatus : (string, [ `readable | `writable ]) OBus_member.Property.t
val p_MaximumRate : (float, [ `readable ]) OBus_member.Property.t
val p_Metadata :
((string * OBus_value.V.single) list, [ `readable ]) OBus_member.Property.t
val p_MinimumRate : (float, [ `readable ]) OBus_member.Property.t
val p_PlaybackStatus : (string, [ `readable ]) OBus_member.Property.t
val p_Position : (int64, [ `readable ]) OBus_member.Property.t
val p_Rate : (float, [ `readable | `writable ]) OBus_member.Property.t
val p_Shuffle : (bool, [ `readable | `writable ]) OBus_member.Property.t
val p_Volume : (float, [ `readable | `writable ]) OBus_member.Property.t
type 'a members = {
m_Next : 'a OBus_object.t -> unit -> unit Lwt.t;
m_OpenUri : 'a OBus_object.t -> string -> unit Lwt.t;
m_Pause : 'a OBus_object.t -> unit -> unit Lwt.t;
m_Play : 'a OBus_object.t -> unit -> unit Lwt.t;
m_PlayPause : 'a OBus_object.t -> unit -> unit Lwt.t;
m_Previous : 'a OBus_object.t -> unit -> unit Lwt.t;
m_Seek : 'a OBus_object.t -> int64 -> unit Lwt.t;
m_SetPosition : 'a OBus_object.t -> (OBus_path.t * int64) -> unit Lwt.t;
m_Stop : 'a OBus_object.t -> unit -> unit Lwt.t;
p_CanControl : 'a OBus_object.t -> bool React.signal;
p_CanGoNext : 'a OBus_object.t -> bool React.signal;
p_CanGoPrevious : 'a OBus_object.t -> bool React.signal;
p_CanPause : 'a OBus_object.t -> bool React.signal;
p_CanPlay : 'a OBus_object.t -> bool React.signal;
p_CanSeek : 'a OBus_object.t -> bool React.signal;
p_LoopStatus : ('a OBus_object.t ->
string React.signal)
* ('a OBus_object.t ->
string ->
unit Lwt.t);
p_MaximumRate : 'a OBus_object.t -> float React.signal;
p_Metadata : 'a OBus_object.t ->
(string * OBus_value.V.single) list React.signal;
p_MinimumRate : 'a OBus_object.t -> float React.signal;
p_PlaybackStatus : 'a OBus_object.t -> string React.signal;
p_Position : 'a OBus_object.t -> int64 React.signal;
p_Rate : ('a OBus_object.t ->
float React.signal)
* ('a OBus_object.t ->
float ->
unit Lwt.t);
p_Shuffle : ('a OBus_object.t ->
bool React.signal)
* ('a OBus_object.t ->
bool ->
unit Lwt.t);
p_Volume : ('a OBus_object.t ->
float React.signal)
* ('a OBus_object.t ->
float ->
unit Lwt.t);
}
val make : 'a members -> 'a OBus_object.interface