// ignore_for_file: non_constant_identifier_names, constant_identifier_names, camel_case_types, unused_element, unused_field

// AUTO GENERATED FILE, DO NOT EDIT.
//
// Generated by `package:ffigen`.
import 'dart:ffi' as ffi;

class MPV {
  /// Holds the symbol lookup function.
  final ffi.Pointer<T> Function<T extends ffi.NativeType>(String symbolName)
      _lookup;

  /// The symbols are looked up in [dynamicLibrary].
  MPV(ffi.DynamicLibrary dynamicLibrary) : _lookup = dynamicLibrary.lookup;

  /// The symbols are looked up with [lookup].
  MPV.fromLookup(
      ffi.Pointer<T> Function<T extends ffi.NativeType>(String symbolName)
          lookup)
      : _lookup = lookup;

  /// Return the MPV_CLIENT_API_VERSION the mpv source has been compiled with.
  int mpv_client_api_version() {
    return _mpv_client_api_version();
  }

  late final _mpv_client_api_versionPtr =
      _lookup<ffi.NativeFunction<ffi.Uint64 Function()>>(
          'mpv_client_api_version');
  late final _mpv_client_api_version =
      _mpv_client_api_versionPtr.asFunction<int Function()>();

  /// Return a string describing the error. For unknown errors, the string
  /// "unknown error" is returned.
  ///
  /// @param error error number, see enum mpv_error
  /// @return A static string describing the error. The string is completely
  /// static, i.e. doesn't need to be deallocated, and is valid forever.
  ffi.Pointer<ffi.Int8> mpv_error_string(
    int error,
  ) {
    return _mpv_error_string(
      error,
    );
  }

  late final _mpv_error_stringPtr =
      _lookup<ffi.NativeFunction<ffi.Pointer<ffi.Int8> Function(ffi.Int32)>>(
          'mpv_error_string');
  late final _mpv_error_string =
      _mpv_error_stringPtr.asFunction<ffi.Pointer<ffi.Int8> Function(int)>();

  /// General function to deallocate memory returned by some of the API functions.
  /// Call this only if it's explicitly documented as allowed. Calling this on
  /// mpv memory not owned by the caller will lead to undefined behavior.
  ///
  /// @param data A valid pointer returned by the API, or NULL.
  void mpv_free(
    ffi.Pointer<ffi.Void> data,
  ) {
    return _mpv_free(
      data,
    );
  }

  late final _mpv_freePtr =
      _lookup<ffi.NativeFunction<ffi.Void Function(ffi.Pointer<ffi.Void>)>>(
          'mpv_free');
  late final _mpv_free =
      _mpv_freePtr.asFunction<void Function(ffi.Pointer<ffi.Void>)>();

  /// Return the name of this client handle. Every client has its own unique
  /// name, which is mostly used for user interface purposes.
  ///
  /// @return The client name. The string is read-only and is valid until the
  /// mpv_handle is destroyed.
  ffi.Pointer<ffi.Int8> mpv_client_name(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_client_name(
      ctx,
    );
  }

  late final _mpv_client_namePtr = _lookup<
      ffi.NativeFunction<
          ffi.Pointer<ffi.Int8> Function(
              ffi.Pointer<mpv_handle>)>>('mpv_client_name');
  late final _mpv_client_name = _mpv_client_namePtr
      .asFunction<ffi.Pointer<ffi.Int8> Function(ffi.Pointer<mpv_handle>)>();

  /// Return the ID of this client handle. Every client has its own unique ID. This
  /// ID is never reused by the core, even if the mpv_handle at hand gets destroyed
  /// and new handles get allocated.
  ///
  /// IDs are never 0 or negative.
  ///
  /// Some mpv APIs (not necessarily all) accept a name in the form "@<id>" in
  /// addition of the proper mpv_client_name(), where "<id>" is the ID in decimal
  /// form (e.g. "@123"). For example, the "script-message-to" command takes the
  /// client name as first argument, but also accepts the client ID formatted in
  /// this manner.
  ///
  /// @return The client ID.
  int mpv_client_id(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_client_id(
      ctx,
    );
  }

  late final _mpv_client_idPtr =
      _lookup<ffi.NativeFunction<ffi.Int64 Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_client_id');
  late final _mpv_client_id =
      _mpv_client_idPtr.asFunction<int Function(ffi.Pointer<mpv_handle>)>();

  /// Create a new mpv instance and an associated client API handle to control
  /// the mpv instance. This instance is in a pre-initialized state,
  /// and needs to be initialized to be actually used with most other API
  /// functions.
  ///
  /// Some API functions will return MPV_ERROR_UNINITIALIZED in the uninitialized
  /// state. You can call mpv_set_property() (or mpv_set_property_string() and
  /// other variants, and before mpv 0.21.0 mpv_set_option() etc.) to set initial
  /// options. After this, call mpv_initialize() to start the player, and then use
  /// e.g. mpv_command() to start playback of a file.
  ///
  /// The point of separating handle creation and actual initialization is that
  /// you can configure things which can't be changed during runtime.
  ///
  /// Unlike the command line player, this will have initial settings suitable
  /// for embedding in applications. The following settings are different:
  /// - stdin/stdout/stderr and the terminal will never be accessed. This is
  /// equivalent to setting the --no-terminal option.
  /// (Technically, this also suppresses C signal handling.)
  /// - No config files will be loaded. This is roughly equivalent to using
  /// --config=no. Since libmpv 1.15, you can actually re-enable this option,
  /// which will make libmpv load config files during mpv_initialize(). If you
  /// do this, you are strongly encouraged to set the "config-dir" option too.
  /// (Otherwise it will load the mpv command line player's config.)
  /// For example:
  /// mpv_set_option_string(mpv, "config-dir", "/my/path"); // set config root
  /// mpv_set_option_string(mpv, "config", "yes"); // enable config loading
  /// (call mpv_initialize() _after_ this)
  /// - Idle mode is enabled, which means the playback core will enter idle mode
  /// if there are no more files to play on the internal playlist, instead of
  /// exiting. This is equivalent to the --idle option.
  /// - Disable parts of input handling.
  /// - Most of the different settings can be viewed with the command line player
  /// by running "mpv --show-profile=libmpv".
  ///
  /// All this assumes that API users want a mpv instance that is strictly
  /// isolated from the command line player's configuration, user settings, and
  /// so on. You can re-enable disabled features by setting the appropriate
  /// options.
  ///
  /// The mpv command line parser is not available through this API, but you can
  /// set individual options with mpv_set_property(). Files for playback must be
  /// loaded with mpv_command() or others.
  ///
  /// Note that you should avoid doing concurrent accesses on the uninitialized
  /// client handle. (Whether concurrent access is definitely allowed or not has
  /// yet to be decided.)
  ///
  /// @return a new mpv client API handle. Returns NULL on error. Currently, this
  /// can happen in the following situations:
  /// - out of memory
  /// - LC_NUMERIC is not set to "C" (see general remarks)
  ffi.Pointer<mpv_handle> mpv_create() {
    return _mpv_create();
  }

  late final _mpv_createPtr =
      _lookup<ffi.NativeFunction<ffi.Pointer<mpv_handle> Function()>>(
          'mpv_create');
  late final _mpv_create =
      _mpv_createPtr.asFunction<ffi.Pointer<mpv_handle> Function()>();

  /// Initialize an uninitialized mpv instance. If the mpv instance is already
  /// running, an error is returned.
  ///
  /// This function needs to be called to make full use of the client API if the
  /// client API handle was created with mpv_create().
  ///
  /// Only the following options are required to be set _before_ mpv_initialize():
  /// - options which are only read at initialization time:
  /// - config
  /// - config-dir
  /// - input-conf
  /// - load-scripts
  /// - script
  /// - player-operation-mode
  /// - input-app-events (OSX)
  /// - all encoding mode options
  ///
  /// @return error code
  int mpv_initialize(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_initialize(
      ctx,
    );
  }

  late final _mpv_initializePtr =
      _lookup<ffi.NativeFunction<ffi.Int32 Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_initialize');
  late final _mpv_initialize =
      _mpv_initializePtr.asFunction<int Function(ffi.Pointer<mpv_handle>)>();

  /// Disconnect and destroy the mpv_handle. ctx will be deallocated with this
  /// API call.
  ///
  /// If the last mpv_handle is detached, the core player is destroyed. In
  /// addition, if there are only weak mpv_handles (such as created by
  /// mpv_create_weak_client() or internal scripts), these mpv_handles will
  /// be sent MPV_EVENT_SHUTDOWN. This function may block until these clients
  /// have responded to the shutdown event, and the core is finally destroyed.
  void mpv_destroy(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_destroy(
      ctx,
    );
  }

  late final _mpv_destroyPtr =
      _lookup<ffi.NativeFunction<ffi.Void Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_destroy');
  late final _mpv_destroy =
      _mpv_destroyPtr.asFunction<void Function(ffi.Pointer<mpv_handle>)>();

  /// @deprecated use mpv_destroy(), which has exactly the same semantics (the
  /// deprecation is a mere rename)
  ///
  /// Since mpv client API version 1.29:
  /// If the last mpv_handle is detached, the core player is destroyed. In
  /// addition, if there are only weak mpv_handles (such as created by
  /// mpv_create_weak_client() or internal scripts), these mpv_handles will
  /// be sent MPV_EVENT_SHUTDOWN. This function may block until these clients
  /// have responded to the shutdown event, and the core is finally destroyed.
  ///
  /// Before mpv client API version 1.29:
  /// This left the player running. If you want to be sure that the
  /// player is terminated, send a "quit" command, and wait until the
  /// MPV_EVENT_SHUTDOWN event is received, or use mpv_terminate_destroy().
  void mpv_detach_destroy(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_detach_destroy(
      ctx,
    );
  }

  late final _mpv_detach_destroyPtr =
      _lookup<ffi.NativeFunction<ffi.Void Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_detach_destroy');
  late final _mpv_detach_destroy = _mpv_detach_destroyPtr
      .asFunction<void Function(ffi.Pointer<mpv_handle>)>();

  /// Similar to mpv_destroy(), but brings the player and all clients down
  /// as well, and waits until all of them are destroyed. This function blocks. The
  /// advantage over mpv_destroy() is that while mpv_destroy() merely
  /// detaches the client handle from the player, this function quits the player,
  /// waits until all other clients are destroyed (i.e. all mpv_handles are
  /// detached), and also waits for the final termination of the player.
  ///
  /// Since mpv_destroy() is called somewhere on the way, it's not safe to
  /// call other functions concurrently on the same context.
  ///
  /// Since mpv client API version 1.29:
  /// The first call on any mpv_handle will block until the core is destroyed.
  /// This means it will wait until other mpv_handle have been destroyed. If you
  /// want asynchronous destruction, just run the "quit" command, and then react
  /// to the MPV_EVENT_SHUTDOWN event.
  /// If another mpv_handle already called mpv_terminate_destroy(), this call will
  /// not actually block. It will destroy the mpv_handle, and exit immediately,
  /// while other mpv_handles might still be uninitializing.
  ///
  /// Before mpv client API version 1.29:
  /// If this is called on a mpv_handle that was not created with mpv_create(),
  /// this function will merely send a quit command and then call
  /// mpv_destroy(), without waiting for the actual shutdown.
  void mpv_terminate_destroy(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_terminate_destroy(
      ctx,
    );
  }

  late final _mpv_terminate_destroyPtr =
      _lookup<ffi.NativeFunction<ffi.Void Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_terminate_destroy');
  late final _mpv_terminate_destroy = _mpv_terminate_destroyPtr
      .asFunction<void Function(ffi.Pointer<mpv_handle>)>();

  /// Create a new client handle connected to the same player core as ctx. This
  /// context has its own event queue, its own mpv_request_event() state, its own
  /// mpv_request_log_messages() state, its own set of observed properties, and
  /// its own state for asynchronous operations. Otherwise, everything is shared.
  ///
  /// This handle should be destroyed with mpv_destroy() if no longer
  /// needed. The core will live as long as there is at least 1 handle referencing
  /// it. Any handle can make the core quit, which will result in every handle
  /// receiving MPV_EVENT_SHUTDOWN.
  ///
  /// This function can not be called before the main handle was initialized with
  /// mpv_initialize(). The new handle is always initialized, unless ctx=NULL was
  /// passed.
  ///
  /// @param ctx Used to get the reference to the mpv core; handle-specific
  /// settings and parameters are not used.
  /// If NULL, this function behaves like mpv_create() (ignores name).
  /// @param name The client name. This will be returned by mpv_client_name(). If
  /// the name is already in use, or contains non-alphanumeric
  /// characters (other than '_'), the name is modified to fit.
  /// If NULL, an arbitrary name is automatically chosen.
  /// @return a new handle, or NULL on error
  ffi.Pointer<mpv_handle> mpv_create_client(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> name,
  ) {
    return _mpv_create_client(
      ctx,
      name,
    );
  }

  late final _mpv_create_clientPtr = _lookup<
      ffi.NativeFunction<
          ffi.Pointer<mpv_handle> Function(ffi.Pointer<mpv_handle>,
              ffi.Pointer<ffi.Int8>)>>('mpv_create_client');
  late final _mpv_create_client = _mpv_create_clientPtr.asFunction<
      ffi.Pointer<mpv_handle> Function(
          ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>)>();

  /// This is the same as mpv_create_client(), but the created mpv_handle is
  /// treated as a weak reference. If all mpv_handles referencing a core are
  /// weak references, the core is automatically destroyed. (This still goes
  /// through normal uninit of course. Effectively, if the last non-weak mpv_handle
  /// is destroyed, then the weak mpv_handles receive MPV_EVENT_SHUTDOWN and are
  /// asked to terminate as well.)
  ///
  /// Note if you want to use this like refcounting: you have to be aware that
  /// mpv_terminate_destroy() _and_ mpv_destroy() for the last non-weak
  /// mpv_handle will block until all weak mpv_handles are destroyed.
  ffi.Pointer<mpv_handle> mpv_create_weak_client(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> name,
  ) {
    return _mpv_create_weak_client(
      ctx,
      name,
    );
  }

  late final _mpv_create_weak_clientPtr = _lookup<
      ffi.NativeFunction<
          ffi.Pointer<mpv_handle> Function(ffi.Pointer<mpv_handle>,
              ffi.Pointer<ffi.Int8>)>>('mpv_create_weak_client');
  late final _mpv_create_weak_client = _mpv_create_weak_clientPtr.asFunction<
      ffi.Pointer<mpv_handle> Function(
          ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>)>();

  /// Load a config file. This loads and parses the file, and sets every entry in
  /// the config file's default section as if mpv_set_option_string() is called.
  ///
  /// The filename should be an absolute path. If it isn't, the actual path used
  /// is unspecified. (Note: an absolute path starts with '/' on UNIX.) If the
  /// file wasn't found, MPV_ERROR_INVALID_PARAMETER is returned.
  ///
  /// If a fatal error happens when parsing a config file, MPV_ERROR_OPTION_ERROR
  /// is returned. Errors when setting options as well as other types or errors
  /// are ignored (even if options do not exist). You can still try to capture
  /// the resulting error messages with mpv_request_log_messages(). Note that it's
  /// possible that some options were successfully set even if any of these errors
  /// happen.
  ///
  /// @param filename absolute path to the config file on the local filesystem
  /// @return error code
  int mpv_load_config_file(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> filename,
  ) {
    return _mpv_load_config_file(
      ctx,
      filename,
    );
  }

  late final _mpv_load_config_filePtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>,
              ffi.Pointer<ffi.Int8>)>>('mpv_load_config_file');
  late final _mpv_load_config_file = _mpv_load_config_filePtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>)>();

  /// This does nothing since mpv 0.23.0 (API version 1.24). Below is the
  /// description of the old behavior.
  ///
  /// Stop the playback thread. This means the core will stop doing anything, and
  /// only run and answer to client API requests. This is sometimes useful; for
  /// example, no new frame will be queued to the video output, so doing requests
  /// which have to wait on the video output can run instantly.
  ///
  /// Suspension is reentrant and recursive for convenience. Any thread can call
  /// the suspend function multiple times, and the playback thread will remain
  /// suspended until the last thread resumes it. Note that during suspension, all
  /// clients still have concurrent access to the core, which is serialized through
  /// a single mutex.
  ///
  /// Call mpv_resume() to resume the playback thread. You must call mpv_resume()
  /// for each mpv_suspend() call. Calling mpv_resume() more often than
  /// mpv_suspend() is not allowed.
  ///
  /// Calling this on an uninitialized player (see mpv_create()) will deadlock.
  ///
  /// @deprecated This function, as well as mpv_resume(), are deprecated, and
  /// will stop doing anything soon. Their semantics were never
  /// well-defined, and their usefulness is extremely limited. The
  /// calls will remain stubs in order to keep ABI compatibility.
  void mpv_suspend(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_suspend(
      ctx,
    );
  }

  late final _mpv_suspendPtr =
      _lookup<ffi.NativeFunction<ffi.Void Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_suspend');
  late final _mpv_suspend =
      _mpv_suspendPtr.asFunction<void Function(ffi.Pointer<mpv_handle>)>();

  /// See mpv_suspend().
  void mpv_resume(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_resume(
      ctx,
    );
  }

  late final _mpv_resumePtr =
      _lookup<ffi.NativeFunction<ffi.Void Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_resume');
  late final _mpv_resume =
      _mpv_resumePtr.asFunction<void Function(ffi.Pointer<mpv_handle>)>();

  /// Return the internal time in microseconds. This has an arbitrary start offset,
  /// but will never wrap or go backwards.
  ///
  /// Note that this is always the real time, and doesn't necessarily have to do
  /// with playback time. For example, playback could go faster or slower due to
  /// playback speed, or due to playback being paused. Use the "time-pos" property
  /// instead to get the playback status.
  ///
  /// Unlike other libmpv APIs, this can be called at absolutely any time (even
  /// within wakeup callbacks), as long as the context is valid.
  ///
  /// Safe to be called from mpv render API threads.
  int mpv_get_time_us(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_get_time_us(
      ctx,
    );
  }

  late final _mpv_get_time_usPtr =
      _lookup<ffi.NativeFunction<ffi.Int64 Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_get_time_us');
  late final _mpv_get_time_us =
      _mpv_get_time_usPtr.asFunction<int Function(ffi.Pointer<mpv_handle>)>();

  /// Frees any data referenced by the node. It doesn't free the node itself.
  /// Call this only if the mpv client API set the node. If you constructed the
  /// node yourself (manually), you have to free it yourself.
  ///
  /// If node->format is MPV_FORMAT_NONE, this call does nothing. Likewise, if
  /// the client API sets a node with this format, this function doesn't need to
  /// be called. (This is just a clarification that there's no danger of anything
  /// strange happening in these cases.)
  void mpv_free_node_contents(
    ffi.Pointer<mpv_node> node,
  ) {
    return _mpv_free_node_contents(
      node,
    );
  }

  late final _mpv_free_node_contentsPtr =
      _lookup<ffi.NativeFunction<ffi.Void Function(ffi.Pointer<mpv_node>)>>(
          'mpv_free_node_contents');
  late final _mpv_free_node_contents = _mpv_free_node_contentsPtr
      .asFunction<void Function(ffi.Pointer<mpv_node>)>();

  /// Set an option. Note that you can't normally set options during runtime. It
  /// works in uninitialized state (see mpv_create()), and in some cases in at
  /// runtime.
  ///
  /// Using a format other than MPV_FORMAT_NODE is equivalent to constructing a
  /// mpv_node with the given format and data, and passing the mpv_node to this
  /// function.
  ///
  /// Note: this is semi-deprecated. For most purposes, this is not needed anymore.
  /// Starting with mpv version 0.21.0 (version 1.23) most options can be set
  /// with mpv_set_property() (and related functions), and even before
  /// mpv_initialize(). In some obscure corner cases, using this function
  /// to set options might still be required (see below, and also section
  /// "Inconsistencies between options and properties" on the manpage). Once
  /// these are resolved, the option setting functions might be fully
  /// deprecated.
  ///
  /// The following options still need to be set either _before_
  /// mpv_initialize() with mpv_set_property() (or related functions), or
  /// with mpv_set_option() (or related functions) at any time:
  /// - options shadowed by deprecated properties:
  /// - demuxer (property deprecated in 0.21.0)
  /// - idle (property deprecated in 0.21.0)
  /// - fps (property deprecated in 0.21.0)
  /// - cache (property deprecated in 0.21.0)
  /// - length (property deprecated in 0.10.0)
  /// - audio-samplerate (property deprecated in 0.10.0)
  /// - audio-channels (property deprecated in 0.10.0)
  /// - audio-format (property deprecated in 0.10.0)
  /// - deprecated options shadowed by properties:
  /// - chapter (option deprecated in 0.21.0)
  /// - playlist-pos (option deprecated in 0.21.0)
  /// The deprecated properties were removed in mpv 0.23.0.
  ///
  /// @param name Option name. This is the same as on the mpv command line, but
  /// without the leading "--".
  /// @param format see enum mpv_format.
  /// @param[in] data Option value (according to the format).
  /// @return error code
  int mpv_set_option(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> name,
    int format,
    ffi.Pointer<ffi.Void> data,
  ) {
    return _mpv_set_option(
      ctx,
      name,
      format,
      data,
    );
  }

  late final _mpv_set_optionPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>,
              ffi.Int32, ffi.Pointer<ffi.Void>)>>('mpv_set_option');
  late final _mpv_set_option = _mpv_set_optionPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>, int,
          ffi.Pointer<ffi.Void>)>();

  /// Convenience function to set an option to a string value. This is like
  /// calling mpv_set_option() with MPV_FORMAT_STRING.
  ///
  /// @return error code
  int mpv_set_option_string(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> name,
    ffi.Pointer<ffi.Int8> data,
  ) {
    return _mpv_set_option_string(
      ctx,
      name,
      data,
    );
  }

  late final _mpv_set_option_stringPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>,
              ffi.Pointer<ffi.Int8>)>>('mpv_set_option_string');
  late final _mpv_set_option_string = _mpv_set_option_stringPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>,
          ffi.Pointer<ffi.Int8>)>();

  /// Send a command to the player. Commands are the same as those used in
  /// input.conf, except that this function takes parameters in a pre-split
  /// form.
  ///
  /// The commands and their parameters are documented in input.rst.
  ///
  /// Does not use OSD and string expansion by default (unlike mpv_command_string()
  /// and input.conf).
  ///
  /// @param[in] args NULL-terminated list of strings. Usually, the first item
  /// is the command, and the following items are arguments.
  /// @return error code
  int mpv_command(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Pointer<ffi.Int8>> args,
  ) {
    return _mpv_command(
      ctx,
      args,
    );
  }

  late final _mpv_commandPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>,
              ffi.Pointer<ffi.Pointer<ffi.Int8>>)>>('mpv_command');
  late final _mpv_command = _mpv_commandPtr.asFunction<
      int Function(
          ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Pointer<ffi.Int8>>)>();

  /// Same as mpv_command(), but allows passing structured data in any format.
  /// In particular, calling mpv_command() is exactly like calling
  /// mpv_command_node() with the format set to MPV_FORMAT_NODE_ARRAY, and
  /// every arg passed in order as MPV_FORMAT_STRING.
  ///
  /// Does not use OSD and string expansion by default.
  ///
  /// The args argument can have one of the following formats:
  ///
  /// MPV_FORMAT_NODE_ARRAY:
  /// Positional arguments. Each entry is an argument using an arbitrary
  /// format (the format must be compatible to the used command). Usually,
  /// the first item is the command name (as MPV_FORMAT_STRING). The order
  /// of arguments is as documented in each command description.
  ///
  /// MPV_FORMAT_NODE_MAP:
  /// Named arguments. This requires at least an entry with the key "name"
  /// to be present, which must be a string, and contains the command name.
  /// The special entry "_flags" is optional, and if present, must be an
  /// array of strings, each being a command prefix to apply. All other
  /// entries are interpreted as arguments. They must use the argument names
  /// as documented in each command description. Some commands do not
  /// support named arguments at all, and must use MPV_FORMAT_NODE_ARRAY.
  ///
  /// @param[in] args mpv_node with format set to one of the values documented
  /// above (see there for details)
  /// @param[out] result Optional, pass NULL if unused. If not NULL, and if the
  /// function succeeds, this is set to command-specific return
  /// data. You must call mpv_free_node_contents() to free it
  /// (again, only if the command actually succeeds).
  /// Not many commands actually use this at all.
  /// @return error code (the result parameter is not set on error)
  int mpv_command_node(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<mpv_node> args,
    ffi.Pointer<mpv_node> result,
  ) {
    return _mpv_command_node(
      ctx,
      args,
      result,
    );
  }

  late final _mpv_command_nodePtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Pointer<mpv_node>,
              ffi.Pointer<mpv_node>)>>('mpv_command_node');
  late final _mpv_command_node = _mpv_command_nodePtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, ffi.Pointer<mpv_node>,
          ffi.Pointer<mpv_node>)>();

  /// This is essentially identical to mpv_command() but it also returns a result.
  ///
  /// Does not use OSD and string expansion by default.
  ///
  /// @param[in] args NULL-terminated list of strings. Usually, the first item
  /// is the command, and the following items are arguments.
  /// @param[out] result Optional, pass NULL if unused. If not NULL, and if the
  /// function succeeds, this is set to command-specific return
  /// data. You must call mpv_free_node_contents() to free it
  /// (again, only if the command actually succeeds).
  /// Not many commands actually use this at all.
  /// @return error code (the result parameter is not set on error)
  int mpv_command_ret(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Pointer<ffi.Int8>> args,
    ffi.Pointer<mpv_node> result,
  ) {
    return _mpv_command_ret(
      ctx,
      args,
      result,
    );
  }

  late final _mpv_command_retPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(
              ffi.Pointer<mpv_handle>,
              ffi.Pointer<ffi.Pointer<ffi.Int8>>,
              ffi.Pointer<mpv_node>)>>('mpv_command_ret');
  late final _mpv_command_ret = _mpv_command_retPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Pointer<ffi.Int8>>,
          ffi.Pointer<mpv_node>)>();

  /// Same as mpv_command, but use input.conf parsing for splitting arguments.
  /// This is slightly simpler, but also more error prone, since arguments may
  /// need quoting/escaping.
  ///
  /// This also has OSD and string expansion enabled by default.
  int mpv_command_string(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> args,
  ) {
    return _mpv_command_string(
      ctx,
      args,
    );
  }

  late final _mpv_command_stringPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>,
              ffi.Pointer<ffi.Int8>)>>('mpv_command_string');
  late final _mpv_command_string = _mpv_command_stringPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>)>();

  /// Same as mpv_command, but run the command asynchronously.
  ///
  /// Commands are executed asynchronously. You will receive a
  /// MPV_EVENT_COMMAND_REPLY event. This event will also have an
  /// error code set if running the command failed. For commands that
  /// return data, the data is put into mpv_event_command.result.
  ///
  /// The only case when you do not receive an event is when the function call
  /// itself fails. This happens only if parsing the command itself (or otherwise
  /// validating it) fails, i.e. the return code of the API call is not 0 or
  /// positive.
  ///
  /// Safe to be called from mpv render API threads.
  ///
  /// @param reply_userdata the value mpv_event.reply_userdata of the reply will
  /// be set to (see section about asynchronous calls)
  /// @param args NULL-terminated list of strings (see mpv_command())
  /// @return error code (if parsing or queuing the command fails)
  int mpv_command_async(
    ffi.Pointer<mpv_handle> ctx,
    int reply_userdata,
    ffi.Pointer<ffi.Pointer<ffi.Int8>> args,
  ) {
    return _mpv_command_async(
      ctx,
      reply_userdata,
      args,
    );
  }

  late final _mpv_command_asyncPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Uint64,
              ffi.Pointer<ffi.Pointer<ffi.Int8>>)>>('mpv_command_async');
  late final _mpv_command_async = _mpv_command_asyncPtr.asFunction<
      int Function(
          ffi.Pointer<mpv_handle>, int, ffi.Pointer<ffi.Pointer<ffi.Int8>>)>();

  /// Same as mpv_command_node(), but run it asynchronously. Basically, this
  /// function is to mpv_command_node() what mpv_command_async() is to
  /// mpv_command().
  ///
  /// See mpv_command_async() for details.
  ///
  /// Safe to be called from mpv render API threads.
  ///
  /// @param reply_userdata the value mpv_event.reply_userdata of the reply will
  /// be set to (see section about asynchronous calls)
  /// @param args as in mpv_command_node()
  /// @return error code (if parsing or queuing the command fails)
  int mpv_command_node_async(
    ffi.Pointer<mpv_handle> ctx,
    int reply_userdata,
    ffi.Pointer<mpv_node> args,
  ) {
    return _mpv_command_node_async(
      ctx,
      reply_userdata,
      args,
    );
  }

  late final _mpv_command_node_asyncPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Uint64,
              ffi.Pointer<mpv_node>)>>('mpv_command_node_async');
  late final _mpv_command_node_async = _mpv_command_node_asyncPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, int, ffi.Pointer<mpv_node>)>();

  /// Signal to all async requests with the matching ID to abort. This affects
  /// the following API calls:
  ///
  /// mpv_command_async
  /// mpv_command_node_async
  ///
  /// All of these functions take a reply_userdata parameter. This API function
  /// tells all requests with the matching reply_userdata value to try to return
  /// as soon as possible. If there are multiple requests with matching ID, it
  /// aborts all of them.
  ///
  /// This API function is mostly asynchronous itself. It will not wait until the
  /// command is aborted. Instead, the command will terminate as usual, but with
  /// some work not done. How this is signaled depends on the specific command (for
  /// example, the "subprocess" command will indicate it by "killed_by_us" set to
  /// true in the result). How long it takes also depends on the situation. The
  /// aborting process is completely asynchronous.
  ///
  /// Not all commands may support this functionality. In this case, this function
  /// will have no effect. The same is true if the request using the passed
  /// reply_userdata has already terminated, has not been started yet, or was
  /// never in use at all.
  ///
  /// You have to be careful of race conditions: the time during which the abort
  /// request will be effective is _after_ e.g. mpv_command_async() has returned,
  /// and before the command has signaled completion with MPV_EVENT_COMMAND_REPLY.
  ///
  /// @param reply_userdata ID of the request to be aborted (see above)
  void mpv_abort_async_command(
    ffi.Pointer<mpv_handle> ctx,
    int reply_userdata,
  ) {
    return _mpv_abort_async_command(
      ctx,
      reply_userdata,
    );
  }

  late final _mpv_abort_async_commandPtr = _lookup<
      ffi.NativeFunction<
          ffi.Void Function(
              ffi.Pointer<mpv_handle>, ffi.Uint64)>>('mpv_abort_async_command');
  late final _mpv_abort_async_command = _mpv_abort_async_commandPtr
      .asFunction<void Function(ffi.Pointer<mpv_handle>, int)>();

  /// Set a property to a given value. Properties are essentially variables which
  /// can be queried or set at runtime. For example, writing to the pause property
  /// will actually pause or unpause playback.
  ///
  /// If the format doesn't match with the internal format of the property, access
  /// usually will fail with MPV_ERROR_PROPERTY_FORMAT. In some cases, the data
  /// is automatically converted and access succeeds. For example, MPV_FORMAT_INT64
  /// is always converted to MPV_FORMAT_DOUBLE, and access using MPV_FORMAT_STRING
  /// usually invokes a string parser. The same happens when calling this function
  /// with MPV_FORMAT_NODE: the underlying format may be converted to another
  /// type if possible.
  ///
  /// Using a format other than MPV_FORMAT_NODE is equivalent to constructing a
  /// mpv_node with the given format and data, and passing the mpv_node to this
  /// function. (Before API version 1.21, this was different.)
  ///
  /// Note: starting with mpv 0.21.0 (client API version 1.23), this can be used to
  /// set options in general. It even can be used before mpv_initialize()
  /// has been called. If called before mpv_initialize(), setting properties
  /// not backed by options will result in MPV_ERROR_PROPERTY_UNAVAILABLE.
  /// In some cases, properties and options still conflict. In these cases,
  /// mpv_set_property() accesses the options before mpv_initialize(), and
  /// the properties after mpv_initialize(). These conflicts will be removed
  /// in mpv 0.23.0. See mpv_set_option() for further remarks.
  ///
  /// @param name The property name. See input.rst for a list of properties.
  /// @param format see enum mpv_format.
  /// @param[in] data Option value.
  /// @return error code
  int mpv_set_property(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> name,
    int format,
    ffi.Pointer<ffi.Void> data,
  ) {
    return _mpv_set_property(
      ctx,
      name,
      format,
      data,
    );
  }

  late final _mpv_set_propertyPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>,
              ffi.Int32, ffi.Pointer<ffi.Void>)>>('mpv_set_property');
  late final _mpv_set_property = _mpv_set_propertyPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>, int,
          ffi.Pointer<ffi.Void>)>();

  /// Convenience function to set a property to a string value.
  ///
  /// This is like calling mpv_set_property() with MPV_FORMAT_STRING.
  int mpv_set_property_string(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> name,
    ffi.Pointer<ffi.Int8> data,
  ) {
    return _mpv_set_property_string(
      ctx,
      name,
      data,
    );
  }

  late final _mpv_set_property_stringPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>,
              ffi.Pointer<ffi.Int8>)>>('mpv_set_property_string');
  late final _mpv_set_property_string = _mpv_set_property_stringPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>,
          ffi.Pointer<ffi.Int8>)>();

  /// Set a property asynchronously. You will receive the result of the operation
  /// as MPV_EVENT_SET_PROPERTY_REPLY event. The mpv_event.error field will contain
  /// the result status of the operation. Otherwise, this function is similar to
  /// mpv_set_property().
  ///
  /// Safe to be called from mpv render API threads.
  ///
  /// @param reply_userdata see section about asynchronous calls
  /// @param name The property name.
  /// @param format see enum mpv_format.
  /// @param[in] data Option value. The value will be copied by the function. It
  /// will never be modified by the client API.
  /// @return error code if sending the request failed
  int mpv_set_property_async(
    ffi.Pointer<mpv_handle> ctx,
    int reply_userdata,
    ffi.Pointer<ffi.Int8> name,
    int format,
    ffi.Pointer<ffi.Void> data,
  ) {
    return _mpv_set_property_async(
      ctx,
      reply_userdata,
      name,
      format,
      data,
    );
  }

  late final _mpv_set_property_asyncPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(
              ffi.Pointer<mpv_handle>,
              ffi.Uint64,
              ffi.Pointer<ffi.Int8>,
              ffi.Int32,
              ffi.Pointer<ffi.Void>)>>('mpv_set_property_async');
  late final _mpv_set_property_async = _mpv_set_property_asyncPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, int, ffi.Pointer<ffi.Int8>, int,
          ffi.Pointer<ffi.Void>)>();

  /// Read the value of the given property.
  ///
  /// If the format doesn't match with the internal format of the property, access
  /// usually will fail with MPV_ERROR_PROPERTY_FORMAT. In some cases, the data
  /// is automatically converted and access succeeds. For example, MPV_FORMAT_INT64
  /// is always converted to MPV_FORMAT_DOUBLE, and access using MPV_FORMAT_STRING
  /// usually invokes a string formatter.
  ///
  /// @param name The property name.
  /// @param format see enum mpv_format.
  /// @param[out] data Pointer to the variable holding the option value. On
  /// success, the variable will be set to a copy of the option
  /// value. For formats that require dynamic memory allocation,
  /// you can free the value with mpv_free() (strings) or
  /// mpv_free_node_contents() (MPV_FORMAT_NODE).
  /// @return error code
  int mpv_get_property(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> name,
    int format,
    ffi.Pointer<ffi.Void> data,
  ) {
    return _mpv_get_property(
      ctx,
      name,
      format,
      data,
    );
  }

  late final _mpv_get_propertyPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>,
              ffi.Int32, ffi.Pointer<ffi.Void>)>>('mpv_get_property');
  late final _mpv_get_property = _mpv_get_propertyPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>, int,
          ffi.Pointer<ffi.Void>)>();

  /// Return the value of the property with the given name as string. This is
  /// equivalent to mpv_get_property() with MPV_FORMAT_STRING.
  ///
  /// See MPV_FORMAT_STRING for character encoding issues.
  ///
  /// On error, NULL is returned. Use mpv_get_property() if you want fine-grained
  /// error reporting.
  ///
  /// @param name The property name.
  /// @return Property value, or NULL if the property can't be retrieved. Free
  /// the string with mpv_free().
  ffi.Pointer<ffi.Int8> mpv_get_property_string(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> name,
  ) {
    return _mpv_get_property_string(
      ctx,
      name,
    );
  }

  late final _mpv_get_property_stringPtr = _lookup<
      ffi.NativeFunction<
          ffi.Pointer<ffi.Int8> Function(ffi.Pointer<mpv_handle>,
              ffi.Pointer<ffi.Int8>)>>('mpv_get_property_string');
  late final _mpv_get_property_string = _mpv_get_property_stringPtr.asFunction<
      ffi.Pointer<ffi.Int8> Function(
          ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>)>();

  /// Return the property as "OSD" formatted string. This is the same as
  /// mpv_get_property_string, but using MPV_FORMAT_OSD_STRING.
  ///
  /// @return Property value, or NULL if the property can't be retrieved. Free
  /// the string with mpv_free().
  ffi.Pointer<ffi.Int8> mpv_get_property_osd_string(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> name,
  ) {
    return _mpv_get_property_osd_string(
      ctx,
      name,
    );
  }

  late final _mpv_get_property_osd_stringPtr = _lookup<
      ffi.NativeFunction<
          ffi.Pointer<ffi.Int8> Function(ffi.Pointer<mpv_handle>,
              ffi.Pointer<ffi.Int8>)>>('mpv_get_property_osd_string');
  late final _mpv_get_property_osd_string =
      _mpv_get_property_osd_stringPtr.asFunction<
          ffi.Pointer<ffi.Int8> Function(
              ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>)>();

  /// Get a property asynchronously. You will receive the result of the operation
  /// as well as the property data with the MPV_EVENT_GET_PROPERTY_REPLY event.
  /// You should check the mpv_event.error field on the reply event.
  ///
  /// Safe to be called from mpv render API threads.
  ///
  /// @param reply_userdata see section about asynchronous calls
  /// @param name The property name.
  /// @param format see enum mpv_format.
  /// @return error code if sending the request failed
  int mpv_get_property_async(
    ffi.Pointer<mpv_handle> ctx,
    int reply_userdata,
    ffi.Pointer<ffi.Int8> name,
    int format,
  ) {
    return _mpv_get_property_async(
      ctx,
      reply_userdata,
      name,
      format,
    );
  }

  late final _mpv_get_property_asyncPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Uint64,
              ffi.Pointer<ffi.Int8>, ffi.Int32)>>('mpv_get_property_async');
  late final _mpv_get_property_async = _mpv_get_property_asyncPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, int, ffi.Pointer<ffi.Int8>, int)>();

  /// Get a notification whenever the given property changes. You will receive
  /// updates as MPV_EVENT_PROPERTY_CHANGE. Note that this is not very precise:
  /// for some properties, it may not send updates even if the property changed.
  /// This depends on the property, and it's a valid feature request to ask for
  /// better update handling of a specific property. (For some properties, like
  /// ``clock``, which shows the wall clock, this mechanism doesn't make too
  /// much sense anyway.)
  ///
  /// Property changes are coalesced: the change events are returned only once the
  /// event queue becomes empty (e.g. mpv_wait_event() would block or return
  /// MPV_EVENT_NONE), and then only one event per changed property is returned.
  ///
  /// You always get an initial change notification. This is meant to initialize
  /// the user's state to the current value of the property.
  ///
  /// Normally, change events are sent only if the property value changes according
  /// to the requested format. mpv_event_property will contain the property value
  /// as data member.
  ///
  /// Warning: if a property is unavailable or retrieving it caused an error,
  /// MPV_FORMAT_NONE will be set in mpv_event_property, even if the
  /// format parameter was set to a different value. In this case, the
  /// mpv_event_property.data field is invalid.
  ///
  /// If the property is observed with the format parameter set to MPV_FORMAT_NONE,
  /// you get low-level notifications whether the property _may_ have changed, and
  /// the data member in mpv_event_property will be unset. With this mode, you
  /// will have to determine yourself whether the property really changed. On the
  /// other hand, this mechanism can be faster and uses less resources.
  ///
  /// Observing a property that doesn't exist is allowed. (Although it may still
  /// cause some sporadic change events.)
  ///
  /// Keep in mind that you will get change notifications even if you change a
  /// property yourself. Try to avoid endless feedback loops, which could happen
  /// if you react to the change notifications triggered by your own change.
  ///
  /// Only the mpv_handle on which this was called will receive the property
  /// change events, or can unobserve them.
  ///
  /// Safe to be called from mpv render API threads.
  ///
  /// @param reply_userdata This will be used for the mpv_event.reply_userdata
  /// field for the received MPV_EVENT_PROPERTY_CHANGE
  /// events. (Also see section about asynchronous calls,
  /// although this function is somewhat different from
  /// actual asynchronous calls.)
  /// If you have no use for this, pass 0.
  /// Also see mpv_unobserve_property().
  /// @param name The property name.
  /// @param format see enum mpv_format. Can be MPV_FORMAT_NONE to omit values
  /// from the change events.
  /// @return error code (usually fails only on OOM or unsupported format)
  int mpv_observe_property(
    ffi.Pointer<mpv_handle> mpv,
    int reply_userdata,
    ffi.Pointer<ffi.Int8> name,
    int format,
  ) {
    return _mpv_observe_property(
      mpv,
      reply_userdata,
      name,
      format,
    );
  }

  late final _mpv_observe_propertyPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Uint64,
              ffi.Pointer<ffi.Int8>, ffi.Int32)>>('mpv_observe_property');
  late final _mpv_observe_property = _mpv_observe_propertyPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, int, ffi.Pointer<ffi.Int8>, int)>();

  /// Undo mpv_observe_property(). This will remove all observed properties for
  /// which the given number was passed as reply_userdata to mpv_observe_property.
  ///
  /// Safe to be called from mpv render API threads.
  ///
  /// @param registered_reply_userdata ID that was passed to mpv_observe_property
  /// @return negative value is an error code, >=0 is number of removed properties
  /// on success (includes the case when 0 were removed)
  int mpv_unobserve_property(
    ffi.Pointer<mpv_handle> mpv,
    int registered_reply_userdata,
  ) {
    return _mpv_unobserve_property(
      mpv,
      registered_reply_userdata,
    );
  }

  late final _mpv_unobserve_propertyPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(
              ffi.Pointer<mpv_handle>, ffi.Uint64)>>('mpv_unobserve_property');
  late final _mpv_unobserve_property = _mpv_unobserve_propertyPtr
      .asFunction<int Function(ffi.Pointer<mpv_handle>, int)>();

  /// Return a string describing the event. For unknown events, NULL is returned.
  ///
  /// Note that all events actually returned by the API will also yield a non-NULL
  /// string with this function.
  ///
  /// @param event event ID, see see enum mpv_event_id
  /// @return A static string giving a short symbolic name of the event. It
  /// consists of lower-case alphanumeric characters and can include "-"
  /// characters. This string is suitable for use in e.g. scripting
  /// interfaces.
  /// The string is completely static, i.e. doesn't need to be deallocated,
  /// and is valid forever.
  ffi.Pointer<ffi.Int8> mpv_event_name(
    int event,
  ) {
    return _mpv_event_name(
      event,
    );
  }

  late final _mpv_event_namePtr =
      _lookup<ffi.NativeFunction<ffi.Pointer<ffi.Int8> Function(ffi.Int32)>>(
          'mpv_event_name');
  late final _mpv_event_name =
      _mpv_event_namePtr.asFunction<ffi.Pointer<ffi.Int8> Function(int)>();

  /// Convert the given src event to a mpv_node, and set *dst to the result. *dst
  /// is set to a MPV_FORMAT_NODE_MAP, with fields for corresponding mpv_event and
  /// mpv_event.data/mpv_event_* fields.
  ///
  /// The exact details are not completely documented out of laziness. A start
  /// is located in the "Events" section of the manpage.
  ///
  /// *dst may point to newly allocated memory, or pointers in mpv_event. You must
  /// copy the entire mpv_node if you want to reference it after mpv_event becomes
  /// invalid (such as making a new mpv_wait_event() call, or destroying the
  /// mpv_handle from which it was returned). Call mpv_free_node_contents() to free
  /// any memory allocations made by this API function.
  ///
  /// Safe to be called from mpv render API threads.
  ///
  /// @param dst Target. This is not read and fully overwritten. Must be released
  /// with mpv_free_node_contents(). Do not write to pointers returned
  /// by it. (On error, this may be left as an empty node.)
  /// @param src The source event. Not modified (it's not const due to the author's
  /// prejudice of the C version of const).
  /// @return error code (MPV_ERROR_NOMEM only, if at all)
  int mpv_event_to_node(
    ffi.Pointer<mpv_node> dst,
    ffi.Pointer<mpv_event> src,
  ) {
    return _mpv_event_to_node(
      dst,
      src,
    );
  }

  late final _mpv_event_to_nodePtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_node>,
              ffi.Pointer<mpv_event>)>>('mpv_event_to_node');
  late final _mpv_event_to_node = _mpv_event_to_nodePtr.asFunction<
      int Function(ffi.Pointer<mpv_node>, ffi.Pointer<mpv_event>)>();

  /// Enable or disable the given event.
  ///
  /// Some events are enabled by default. Some events can't be disabled.
  ///
  /// (Informational note: currently, all events are enabled by default, except
  /// MPV_EVENT_TICK.)
  ///
  /// Safe to be called from mpv render API threads.
  ///
  /// @param event See enum mpv_event_id.
  /// @param enable 1 to enable receiving this event, 0 to disable it.
  /// @return error code
  int mpv_request_event(
    ffi.Pointer<mpv_handle> ctx,
    int event,
    int enable,
  ) {
    return _mpv_request_event(
      ctx,
      event,
      enable,
    );
  }

  late final _mpv_request_eventPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Int32,
              ffi.Int32)>>('mpv_request_event');
  late final _mpv_request_event = _mpv_request_eventPtr
      .asFunction<int Function(ffi.Pointer<mpv_handle>, int, int)>();

  /// Enable or disable receiving of log messages. These are the messages the
  /// command line player prints to the terminal. This call sets the minimum
  /// required log level for a message to be received with MPV_EVENT_LOG_MESSAGE.
  ///
  /// @param min_level Minimal log level as string. Valid log levels:
  /// no fatal error warn info v debug trace
  /// The value "no" disables all messages. This is the default.
  /// An exception is the value "terminal-default", which uses the
  /// log level as set by the "--msg-level" option. This works
  /// even if the terminal is disabled. (Since API version 1.19.)
  /// Also see mpv_log_level.
  /// @return error code
  int mpv_request_log_messages(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.Int8> min_level,
  ) {
    return _mpv_request_log_messages(
      ctx,
      min_level,
    );
  }

  late final _mpv_request_log_messagesPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>,
              ffi.Pointer<ffi.Int8>)>>('mpv_request_log_messages');
  late final _mpv_request_log_messages =
      _mpv_request_log_messagesPtr.asFunction<
          int Function(ffi.Pointer<mpv_handle>, ffi.Pointer<ffi.Int8>)>();

  /// Wait for the next event, or until the timeout expires, or if another thread
  /// makes a call to mpv_wakeup(). Passing 0 as timeout will never wait, and
  /// is suitable for polling.
  ///
  /// The internal event queue has a limited size (per client handle). If you
  /// don't empty the event queue quickly enough with mpv_wait_event(), it will
  /// overflow and silently discard further events. If this happens, making
  /// asynchronous requests will fail as well (with MPV_ERROR_EVENT_QUEUE_FULL).
  ///
  /// Only one thread is allowed to call this on the same mpv_handle at a time.
  /// The API won't complain if more than one thread calls this, but it will cause
  /// race conditions in the client when accessing the shared mpv_event struct.
  /// Note that most other API functions are not restricted by this, and no API
  /// function internally calls mpv_wait_event(). Additionally, concurrent calls
  /// to different mpv_handles are always safe.
  ///
  /// As long as the timeout is 0, this is safe to be called from mpv render API
  /// threads.
  ///
  /// @param timeout Timeout in seconds, after which the function returns even if
  /// no event was received. A MPV_EVENT_NONE is returned on
  /// timeout. A value of 0 will disable waiting. Negative values
  /// will wait with an infinite timeout.
  /// @return A struct containing the event ID and other data. The pointer (and
  /// fields in the struct) stay valid until the next mpv_wait_event()
  /// call, or until the mpv_handle is destroyed. You must not write to
  /// the struct, and all memory referenced by it will be automatically
  /// released by the API on the next mpv_wait_event() call, or when the
  /// context is destroyed. The return value is never NULL.
  ffi.Pointer<mpv_event> mpv_wait_event(
    ffi.Pointer<mpv_handle> ctx,
    double timeout,
  ) {
    return _mpv_wait_event(
      ctx,
      timeout,
    );
  }

  late final _mpv_wait_eventPtr = _lookup<
      ffi.NativeFunction<
          ffi.Pointer<mpv_event> Function(
              ffi.Pointer<mpv_handle>, ffi.Double)>>('mpv_wait_event');
  late final _mpv_wait_event = _mpv_wait_eventPtr.asFunction<
      ffi.Pointer<mpv_event> Function(ffi.Pointer<mpv_handle>, double)>();

  /// Interrupt the current mpv_wait_event() call. This will wake up the thread
  /// currently waiting in mpv_wait_event(). If no thread is waiting, the next
  /// mpv_wait_event() call will return immediately (this is to avoid lost
  /// wakeups).
  ///
  /// mpv_wait_event() will receive a MPV_EVENT_NONE if it's woken up due to
  /// this call. But note that this dummy event might be skipped if there are
  /// already other events queued. All what counts is that the waiting thread
  /// is woken up at all.
  ///
  /// Safe to be called from mpv render API threads.
  void mpv_wakeup(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_wakeup(
      ctx,
    );
  }

  late final _mpv_wakeupPtr =
      _lookup<ffi.NativeFunction<ffi.Void Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_wakeup');
  late final _mpv_wakeup =
      _mpv_wakeupPtr.asFunction<void Function(ffi.Pointer<mpv_handle>)>();

  /// Set a custom function that should be called when there are new events. Use
  /// this if blocking in mpv_wait_event() to wait for new events is not feasible.
  ///
  /// Keep in mind that the callback will be called from foreign threads. You
  /// must not make any assumptions of the environment, and you must return as
  /// soon as possible (i.e. no long blocking waits). Exiting the callback through
  /// any other means than a normal return is forbidden (no throwing exceptions,
  /// no longjmp() calls). You must not change any local thread state (such as
  /// the C floating point environment).
  ///
  /// You are not allowed to call any client API functions inside of the callback.
  /// In particular, you should not do any processing in the callback, but wake up
  /// another thread that does all the work. The callback is meant strictly for
  /// notification only, and is called from arbitrary core parts of the player,
  /// that make no considerations for reentrant API use or allowing the callee to
  /// spend a lot of time doing other things. Keep in mind that it's also possible
  /// that the callback is called from a thread while a mpv API function is called
  /// (i.e. it can be reentrant).
  ///
  /// In general, the client API expects you to call mpv_wait_event() to receive
  /// notifications, and the wakeup callback is merely a helper utility to make
  /// this easier in certain situations. Note that it's possible that there's
  /// only one wakeup callback invocation for multiple events. You should call
  /// mpv_wait_event() with no timeout until MPV_EVENT_NONE is reached, at which
  /// point the event queue is empty.
  ///
  /// If you actually want to do processing in a callback, spawn a thread that
  /// does nothing but call mpv_wait_event() in a loop and dispatches the result
  /// to a callback.
  ///
  /// Only one wakeup callback can be set.
  ///
  /// @param cb function that should be called if a wakeup is required
  /// @param d arbitrary userdata passed to cb
  void mpv_set_wakeup_callback(
    ffi.Pointer<mpv_handle> ctx,
    ffi.Pointer<ffi.NativeFunction<ffi.Void Function(ffi.Pointer<ffi.Void>)>>
        cb,
    ffi.Pointer<ffi.Void> d,
  ) {
    return _mpv_set_wakeup_callback(
      ctx,
      cb,
      d,
    );
  }

  late final _mpv_set_wakeup_callbackPtr = _lookup<
      ffi.NativeFunction<
          ffi.Void Function(
              ffi.Pointer<mpv_handle>,
              ffi.Pointer<
                  ffi.NativeFunction<ffi.Void Function(ffi.Pointer<ffi.Void>)>>,
              ffi.Pointer<ffi.Void>)>>('mpv_set_wakeup_callback');
  late final _mpv_set_wakeup_callback = _mpv_set_wakeup_callbackPtr.asFunction<
      void Function(
          ffi.Pointer<mpv_handle>,
          ffi.Pointer<
              ffi.NativeFunction<ffi.Void Function(ffi.Pointer<ffi.Void>)>>,
          ffi.Pointer<ffi.Void>)>();

  /// Block until all asynchronous requests are done. This affects functions like
  /// mpv_command_async(), which return immediately and return their result as
  /// events.
  ///
  /// This is a helper, and somewhat equivalent to calling mpv_wait_event() in a
  /// loop until all known asynchronous requests have sent their reply as event,
  /// except that the event queue is not emptied.
  ///
  /// In case you called mpv_suspend() before, this will also forcibly reset the
  /// suspend counter of the given handle.
  void mpv_wait_async_requests(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_wait_async_requests(
      ctx,
    );
  }

  late final _mpv_wait_async_requestsPtr =
      _lookup<ffi.NativeFunction<ffi.Void Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_wait_async_requests');
  late final _mpv_wait_async_requests = _mpv_wait_async_requestsPtr
      .asFunction<void Function(ffi.Pointer<mpv_handle>)>();

  /// A hook is like a synchronous event that blocks the player. You register
  /// a hook handler with this function. You will get an event, which you need
  /// to handle, and once things are ready, you can let the player continue with
  /// mpv_hook_continue().
  ///
  /// Currently, hooks can't be removed explicitly. But they will be implicitly
  /// removed if the mpv_handle it was registered with is destroyed. This also
  /// continues the hook if it was being handled by the destroyed mpv_handle (but
  /// this should be avoided, as it might mess up order of hook execution).
  ///
  /// Hook handlers are ordered globally by priority and order of registration.
  /// Handlers for the same hook with same priority are invoked in order of
  /// registration (the handler registered first is run first). Handlers with
  /// lower priority are run first (which seems backward).
  ///
  /// See the "Hooks" section in the manpage to see which hooks are currently
  /// defined.
  ///
  /// Some hooks might be reentrant (so you get multiple MPV_EVENT_HOOK for the
  /// same hook). If this can happen for a specific hook type, it will be
  /// explicitly documented in the manpage.
  ///
  /// Only the mpv_handle on which this was called will receive the hook events,
  /// or can "continue" them.
  ///
  /// @param reply_userdata This will be used for the mpv_event.reply_userdata
  /// field for the received MPV_EVENT_HOOK events.
  /// If you have no use for this, pass 0.
  /// @param name The hook name. This should be one of the documented names. But
  /// if the name is unknown, the hook event will simply be never
  /// raised.
  /// @param priority See remarks above. Use 0 as a neutral default.
  /// @return error code (usually fails only on OOM)
  int mpv_hook_add(
    ffi.Pointer<mpv_handle> ctx,
    int reply_userdata,
    ffi.Pointer<ffi.Int8> name,
    int priority,
  ) {
    return _mpv_hook_add(
      ctx,
      reply_userdata,
      name,
      priority,
    );
  }

  late final _mpv_hook_addPtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(ffi.Pointer<mpv_handle>, ffi.Uint64,
              ffi.Pointer<ffi.Int8>, ffi.Int32)>>('mpv_hook_add');
  late final _mpv_hook_add = _mpv_hook_addPtr.asFunction<
      int Function(ffi.Pointer<mpv_handle>, int, ffi.Pointer<ffi.Int8>, int)>();

  /// Respond to a MPV_EVENT_HOOK event. You must call this after you have handled
  /// the event. There is no way to "cancel" or "stop" the hook.
  ///
  /// Calling this will will typically unblock the player for whatever the hook
  /// is responsible for (e.g. for the "on_load" hook it lets it continue
  /// playback).
  ///
  /// It is explicitly undefined behavior to call this more than once for each
  /// MPV_EVENT_HOOK, to pass an incorrect ID, or to call this on a mpv_handle
  /// different from the one that registered the handler and received the event.
  ///
  /// @param id This must be the value of the mpv_event_hook.id field for the
  /// corresponding MPV_EVENT_HOOK.
  /// @return error code
  int mpv_hook_continue(
    ffi.Pointer<mpv_handle> ctx,
    int id,
  ) {
    return _mpv_hook_continue(
      ctx,
      id,
    );
  }

  late final _mpv_hook_continuePtr = _lookup<
      ffi.NativeFunction<
          ffi.Int32 Function(
              ffi.Pointer<mpv_handle>, ffi.Uint64)>>('mpv_hook_continue');
  late final _mpv_hook_continue = _mpv_hook_continuePtr
      .asFunction<int Function(ffi.Pointer<mpv_handle>, int)>();

  /// Return a UNIX file descriptor referring to the read end of a pipe. This
  /// pipe can be used to wake up a poll() based processing loop. The purpose of
  /// this function is very similar to mpv_set_wakeup_callback(), and provides
  /// a primitive mechanism to handle coordinating a foreign event loop and the
  /// libmpv event loop. The pipe is non-blocking. It's closed when the mpv_handle
  /// is destroyed. This function always returns the same value (on success).
  ///
  /// This is in fact implemented using the same underlying code as for
  /// mpv_set_wakeup_callback() (though they don't conflict), and it is as if each
  /// callback invocation writes a single 0 byte to the pipe. When the pipe
  /// becomes readable, the code calling poll() (or select()) on the pipe should
  /// read all contents of the pipe and then call mpv_wait_event(c, 0) until
  /// no new events are returned. The pipe contents do not matter and can just
  /// be discarded. There is not necessarily one byte per readable event in the
  /// pipe. For example, the pipes are non-blocking, and mpv won't block if the
  /// pipe is full. Pipes are normally limited to 4096 bytes, so if there are
  /// more than 4096 events, the number of readable bytes can not equal the number
  /// of events queued. Also, it's possible that mpv does not write to the pipe
  /// once it's guaranteed that the client was already signaled. See the example
  /// below how to do it correctly.
  ///
  /// Example:
  ///
  /// int pipefd = mpv_get_wakeup_pipe(mpv);
  /// if (pipefd < 0)
  /// error();
  /// while (1) {
  /// struct pollfd pfds[1] = {
  /// { .fd = pipefd, .events = POLLIN },
  /// };
  /// // Wait until there are possibly new mpv events.
  /// poll(pfds, 1, -1);
  /// if (pfds[0].revents & POLLIN) {
  /// // Empty the pipe. Doing this before calling mpv_wait_event()
  /// // ensures that no wakeups are missed. It's not so important to
  /// // make sure the pipe is really empty (it will just cause some
  /// // additional wakeups in unlikely corner cases).
  /// char unused[256];
  /// read(pipefd, unused, sizeof(unused));
  /// while (1) {
  /// mpv_event *ev = mpv_wait_event(mpv, 0);
  /// // If MPV_EVENT_NONE is received, the event queue is empty.
  /// if (ev->event_id == MPV_EVENT_NONE)
  /// break;
  /// // Process the event.
  /// ...
  /// }
  /// }
  /// }
  ///
  /// @deprecated this function will be removed in the future. If you need this
  /// functionality, use mpv_set_wakeup_callback(), create a pipe
  /// manually, and call write() on your pipe in the callback.
  ///
  /// @return A UNIX FD of the read end of the wakeup pipe, or -1 on error.
  /// On MS Windows/MinGW, this will always return -1.
  int mpv_get_wakeup_pipe(
    ffi.Pointer<mpv_handle> ctx,
  ) {
    return _mpv_get_wakeup_pipe(
      ctx,
    );
  }

  late final _mpv_get_wakeup_pipePtr =
      _lookup<ffi.NativeFunction<ffi.Int32 Function(ffi.Pointer<mpv_handle>)>>(
          'mpv_get_wakeup_pipe');
  late final _mpv_get_wakeup_pipe = _mpv_get_wakeup_pipePtr
      .asFunction<int Function(ffi.Pointer<mpv_handle>)>();

  /// This is used for additional APIs that are not strictly part of the core API.
  /// See the individual mpv_sub_api member values.
  ///
  /// @deprecated use render.h
  ffi.Pointer<ffi.Void> mpv_get_sub_api(
    ffi.Pointer<mpv_handle> ctx,
    int sub_api,
  ) {
    return _mpv_get_sub_api(
      ctx,
      sub_api,
    );
  }

  late final _mpv_get_sub_apiPtr = _lookup<
      ffi.NativeFunction<
          ffi.Pointer<ffi.Void> Function(
              ffi.Pointer<mpv_handle>, ffi.Int32)>>('mpv_get_sub_api');
  late final _mpv_get_sub_api = _mpv_get_sub_apiPtr.asFunction<
      ffi.Pointer<ffi.Void> Function(ffi.Pointer<mpv_handle>, int)>();
}

class max_align_t extends ffi.Opaque {}

class __fsid_t extends ffi.Struct {
  @ffi.Array.multi([2])
  external ffi.Array<ffi.Int32> __val;
}

class mpv_handle extends ffi.Opaque {}

/// List of error codes than can be returned by API functions. 0 and positive
/// return values always mean success, negative values are always errors.
abstract class mpv_error {
  /// No error happened (used to signal successful operation).
  /// Keep in mind that many API functions returning error codes can also
  /// return positive values, which also indicate success. API users can
  /// hardcode the fact that ">= 0" means success.
  static const int MPV_ERROR_SUCCESS = 0;

  /// The event ringbuffer is full. This means the client is choked, and can't
  /// receive any events. This can happen when too many asynchronous requests
  /// have been made, but not answered. Probably never happens in practice,
  /// unless the mpv core is frozen for some reason, and the client keeps
  /// making asynchronous requests. (Bugs in the client API implementation
  /// could also trigger this, e.g. if events become "lost".)
  static const int MPV_ERROR_EVENT_QUEUE_FULL = -1;

  /// Memory allocation failed.
  static const int MPV_ERROR_NOMEM = -2;

  /// The mpv core wasn't configured and initialized yet. See the notes in
  /// mpv_create().
  static const int MPV_ERROR_UNINITIALIZED = -3;

  /// Generic catch-all error if a parameter is set to an invalid or
  /// unsupported value. This is used if there is no better error code.
  static const int MPV_ERROR_INVALID_PARAMETER = -4;

  /// Trying to set an option that doesn't exist.
  static const int MPV_ERROR_OPTION_NOT_FOUND = -5;

  /// Trying to set an option using an unsupported MPV_FORMAT.
  static const int MPV_ERROR_OPTION_FORMAT = -6;

  /// Setting the option failed. Typically this happens if the provided option
  /// value could not be parsed.
  static const int MPV_ERROR_OPTION_ERROR = -7;

  /// The accessed property doesn't exist.
  static const int MPV_ERROR_PROPERTY_NOT_FOUND = -8;

  /// Trying to set or get a property using an unsupported MPV_FORMAT.
  static const int MPV_ERROR_PROPERTY_FORMAT = -9;

  /// The property exists, but is not available. This usually happens when the
  /// associated subsystem is not active, e.g. querying audio parameters while
  /// audio is disabled.
  static const int MPV_ERROR_PROPERTY_UNAVAILABLE = -10;

  /// Error setting or getting a property.
  static const int MPV_ERROR_PROPERTY_ERROR = -11;

  /// General error when running a command with mpv_command and similar.
  static const int MPV_ERROR_COMMAND = -12;

  /// Generic error on loading (usually used with mpv_event_end_file.error).
  static const int MPV_ERROR_LOADING_FAILED = -13;

  /// Initializing the audio output failed.
  static const int MPV_ERROR_AO_INIT_FAILED = -14;

  /// Initializing the video output failed.
  static const int MPV_ERROR_VO_INIT_FAILED = -15;

  /// There was no audio or video data to play. This also happens if the
  /// file was recognized, but did not contain any audio or video stream,
  /// or no stream were selected.
  static const int MPV_ERROR_NOTHING_TO_PLAY = -16;

  /// When trying to load the file, the file format could not be determined,
  /// or the file was too broken to open it.
  static const int MPV_ERROR_UNKNOWN_FORMAT = -17;

  /// Generic error for signaling that certain system requirements are not
  /// fulfilled.
  static const int MPV_ERROR_UNSUPPORTED = -18;

  /// The API function which was called is a stub only.
  static const int MPV_ERROR_NOT_IMPLEMENTED = -19;

  /// Unspecified error.
  static const int MPV_ERROR_GENERIC = -20;
}

/// Data format for options and properties. The API functions to get/set
/// properties and options support multiple formats, and this enum describes
/// them.
abstract class mpv_format {
  /// Invalid. Sometimes used for empty values. This is always defined to 0,
  /// so a normal 0-init of mpv_format (or e.g. mpv_node) is guaranteed to set
  /// this it to MPV_FORMAT_NONE (which makes some things saner as consequence).
  static const int MPV_FORMAT_NONE = 0;

  /// The basic type is char*. It returns the raw property string, like
  /// using ${=property} in input.conf (see input.rst).
  ///
  /// NULL isn't an allowed value.
  ///
  /// Warning: although the encoding is usually UTF-8, this is not always the
  /// case. File tags often store strings in some legacy codepage,
  /// and even filenames don't necessarily have to be in UTF-8 (at
  /// least on Linux). If you pass the strings to code that requires
  /// valid UTF-8, you have to sanitize it in some way.
  /// On Windows, filenames are always UTF-8, and libmpv converts
  /// between UTF-8 and UTF-16 when using win32 API functions. See
  /// the "Encoding of filenames" section for details.
  ///
  /// Example for reading:
  ///
  /// char *result = NULL;
  /// if (mpv_get_property(ctx, "property", MPV_FORMAT_STRING, &result) < 0)
  /// goto error;
  /// printf("%s\n", result);
  /// mpv_free(result);
  ///
  /// Or just use mpv_get_property_string().
  ///
  /// Example for writing:
  ///
  /// char *value = "the new value";
  /// // yep, you pass the address to the variable
  /// // (needed for symmetry with other types and mpv_get_property)
  /// mpv_set_property(ctx, "property", MPV_FORMAT_STRING, &value);
  ///
  /// Or just use mpv_set_property_string().
  static const int MPV_FORMAT_STRING = 1;

  /// The basic type is char*. It returns the OSD property string, like
  /// using ${property} in input.conf (see input.rst). In many cases, this
  /// is the same as the raw string, but in other cases it's formatted for
  /// display on OSD. It's intended to be human readable. Do not attempt to
  /// parse these strings.
  ///
  /// Only valid when doing read access. The rest works like MPV_FORMAT_STRING.
  static const int MPV_FORMAT_OSD_STRING = 2;

  /// The basic type is int. The only allowed values are 0 ("no")
  /// and 1 ("yes").
  ///
  /// Example for reading:
  ///
  /// int result;
  /// if (mpv_get_property(ctx, "property", MPV_FORMAT_FLAG, &result) < 0)
  /// goto error;
  /// printf("%s\n", result ? "true" : "false");
  ///
  /// Example for writing:
  ///
  /// int flag = 1;
  /// mpv_set_property(ctx, "property", MPV_FORMAT_FLAG, &flag);
  static const int MPV_FORMAT_FLAG = 3;

  /// The basic type is int64_t.
  static const int MPV_FORMAT_INT64 = 4;

  /// The basic type is double.
  static const int MPV_FORMAT_DOUBLE = 5;

  /// The type is mpv_node.
  ///
  /// For reading, you usually would pass a pointer to a stack-allocated
  /// mpv_node value to mpv, and when you're done you call
  /// mpv_free_node_contents(&node).
  /// You're expected not to write to the data - if you have to, copy it
  /// first (which you have to do manually).
  ///
  /// For writing, you construct your own mpv_node, and pass a pointer to the
  /// API. The API will never write to your data (and copy it if needed), so
  /// you're free to use any form of allocation or memory management you like.
  ///
  /// Warning: when reading, always check the mpv_node.format member. For
  /// example, properties might change their type in future versions
  /// of mpv, or sometimes even during runtime.
  ///
  /// Example for reading:
  ///
  /// mpv_node result;
  /// if (mpv_get_property(ctx, "property", MPV_FORMAT_NODE, &result) < 0)
  /// goto error;
  /// printf("format=%d\n", (int)result.format);
  /// mpv_free_node_contents(&result).
  ///
  /// Example for writing:
  ///
  /// mpv_node value;
  /// value.format = MPV_FORMAT_STRING;
  /// value.u.string = "hello";
  /// mpv_set_property(ctx, "property", MPV_FORMAT_NODE, &value);
  static const int MPV_FORMAT_NODE = 6;

  /// Used with mpv_node only. Can usually not be used directly.
  static const int MPV_FORMAT_NODE_ARRAY = 7;

  /// See MPV_FORMAT_NODE_ARRAY.
  static const int MPV_FORMAT_NODE_MAP = 8;

  /// A raw, untyped byte array. Only used only with mpv_node, and only in
  /// some very specific situations. (Some commands use it.)
  static const int MPV_FORMAT_BYTE_ARRAY = 9;
}

/// Generic data storage.
///
/// If mpv writes this struct (e.g. via mpv_get_property()), you must not change
/// the data. In some cases (mpv_get_property()), you have to free it with
/// mpv_free_node_contents(). If you fill this struct yourself, you're also
/// responsible for freeing it, and you must not call mpv_free_node_contents().
class mpv_node extends ffi.Struct {
  external UnnamedUnion1 u;

  /// Type of the data stored in this struct. This value rules what members in
  /// the given union can be accessed. The following formats are currently
  /// defined to be allowed in mpv_node:
  ///
  /// MPV_FORMAT_STRING       (u.string)
  /// MPV_FORMAT_FLAG         (u.flag)
  /// MPV_FORMAT_INT64        (u.int64)
  /// MPV_FORMAT_DOUBLE       (u.double_)
  /// MPV_FORMAT_NODE_ARRAY   (u.list)
  /// MPV_FORMAT_NODE_MAP     (u.list)
  /// MPV_FORMAT_BYTE_ARRAY   (u.ba)
  /// MPV_FORMAT_NONE         (no member)
  ///
  /// If you encounter a value you don't know, you must not make any
  /// assumptions about the contents of union u.
  @ffi.Int32()
  external int format;
}

class UnnamedUnion1 extends ffi.Union {
  external ffi.Pointer<ffi.Int8> string;

  /// valid if format==MPV_FORMAT_STRING
  @ffi.Int32()
  external int flag;

  /// valid if format==MPV_FORMAT_FLAG
  @ffi.Int64()
  external int int64;

  /// valid if format==MPV_FORMAT_INT64
  @ffi.Double()
  external double double_;

  /// valid if format==MPV_FORMAT_DOUBLE */
  /// /**
  /// valid if format==MPV_FORMAT_NODE_ARRAY
  /// or if format==MPV_FORMAT_NODE_MAP
  external ffi.Pointer<mpv_node_list> list;

  /// valid if format==MPV_FORMAT_BYTE_ARRAY
  external ffi.Pointer<mpv_byte_array> ba;
}

/// (see mpv_node)
class mpv_node_list extends ffi.Struct {
  /// Number of entries. Negative values are not allowed.
  @ffi.Int32()
  external int num;

  /// MPV_FORMAT_NODE_ARRAY:
  /// values[N] refers to value of the Nth item
  ///
  /// MPV_FORMAT_NODE_MAP:
  /// values[N] refers to value of the Nth key/value pair
  ///
  /// If num > 0, values[0] to values[num-1] (inclusive) are valid.
  /// Otherwise, this can be NULL.
  external ffi.Pointer<mpv_node> values;

  /// MPV_FORMAT_NODE_ARRAY:
  /// unused (typically NULL), access is not allowed
  ///
  /// MPV_FORMAT_NODE_MAP:
  /// keys[N] refers to key of the Nth key/value pair. If num > 0, keys[0] to
  /// keys[num-1] (inclusive) are valid. Otherwise, this can be NULL.
  /// The keys are in random order. The only guarantee is that keys[N] belongs
  /// to the value values[N]. NULL keys are not allowed.
  external ffi.Pointer<ffi.Pointer<ffi.Int8>> keys;
}

/// (see mpv_node)
class mpv_byte_array extends ffi.Struct {
  /// Pointer to the data. In what format the data is stored is up to whatever
  /// uses MPV_FORMAT_BYTE_ARRAY.
  external ffi.Pointer<ffi.Void> data;

  /// Size of the data pointed to by ptr.
  @size_t()
  external int size;
}

typedef size_t = ffi.Uint64;

abstract class mpv_event_id {
  /// Nothing happened. Happens on timeouts or sporadic wakeups.
  static const int MPV_EVENT_NONE = 0;

  /// Happens when the player quits. The player enters a state where it tries
  /// to disconnect all clients. Most requests to the player will fail, and
  /// the client should react to this and quit with mpv_destroy() as soon as
  /// possible.
  static const int MPV_EVENT_SHUTDOWN = 1;

  /// See mpv_request_log_messages().
  static const int MPV_EVENT_LOG_MESSAGE = 2;

  /// Reply to a mpv_get_property_async() request.
  /// See also mpv_event and mpv_event_property.
  static const int MPV_EVENT_GET_PROPERTY_REPLY = 3;

  /// Reply to a mpv_set_property_async() request.
  /// (Unlike MPV_EVENT_GET_PROPERTY, mpv_event_property is not used.)
  static const int MPV_EVENT_SET_PROPERTY_REPLY = 4;

  /// Reply to a mpv_command_async() or mpv_command_node_async() request.
  /// See also mpv_event and mpv_event_command.
  static const int MPV_EVENT_COMMAND_REPLY = 5;

  /// Notification before playback start of a file (before the file is loaded).
  /// See also mpv_event and mpv_event_start_file.
  static const int MPV_EVENT_START_FILE = 6;

  /// Notification after playback end (after the file was unloaded).
  /// See also mpv_event and mpv_event_end_file.
  static const int MPV_EVENT_END_FILE = 7;

  /// Notification when the file has been loaded (headers were read etc.), and
  /// decoding starts.
  static const int MPV_EVENT_FILE_LOADED = 8;

  /// The list of video/audio/subtitle tracks was changed. (E.g. a new track
  /// was found. This doesn't necessarily indicate a track switch; for this,
  /// MPV_EVENT_TRACK_SWITCHED is used.)
  ///
  /// @deprecated This is equivalent to using mpv_observe_property() on the
  /// "track-list" property. The event is redundant, and might
  /// be removed in the far future.
  static const int MPV_EVENT_TRACKS_CHANGED = 9;

  /// A video/audio/subtitle track was switched on or off.
  ///
  /// @deprecated This is equivalent to using mpv_observe_property() on the
  /// "vid", "aid", and "sid" properties. The event is redundant,
  /// and might be removed in the far future.
  static const int MPV_EVENT_TRACK_SWITCHED = 10;

  /// Idle mode was entered. In this mode, no file is played, and the playback
  /// core waits for new commands. (The command line player normally quits
  /// instead of entering idle mode, unless --idle was specified. If mpv
  /// was started with mpv_create(), idle mode is enabled by default.)
  ///
  /// @deprecated This is equivalent to using mpv_observe_property() on the
  /// "idle-active" property. The event is redundant, and might be
  /// removed in the far future. As a further warning, this event
  /// is not necessarily sent at the right point anymore (at the
  /// start of the program), while the property behaves correctly.
  static const int MPV_EVENT_IDLE = 11;

  /// Playback was paused. This indicates the user pause state.
  ///
  /// The user pause state is the state the user requested (changed with the
  /// "pause" property). There is an internal pause state too, which is entered
  /// if e.g. the network is too slow (the "core-idle" property generally
  /// indicates whether the core is playing or waiting).
  ///
  /// This event is sent whenever any pause states change, not only the user
  /// state. You might get multiple events in a row while these states change
  /// independently. But the event ID sent always indicates the user pause
  /// state.
  ///
  /// If you don't want to deal with this, use mpv_observe_property() on the
  /// "pause" property and ignore MPV_EVENT_PAUSE/UNPAUSE. Likewise, the
  /// "core-idle" property tells you whether video is actually playing or not.
  ///
  /// @deprecated The event is redundant with mpv_observe_property() as
  /// mentioned above, and might be removed in the far future.
  static const int MPV_EVENT_PAUSE = 12;

  /// Playback was unpaused. See MPV_EVENT_PAUSE for not so obvious details.
  ///
  /// @deprecated The event is redundant with mpv_observe_property() as
  /// explained in the MPV_EVENT_PAUSE comments, and might be
  /// removed in the far future.
  static const int MPV_EVENT_UNPAUSE = 13;

  /// Sent every time after a video frame is displayed. Note that currently,
  /// this will be sent in lower frequency if there is no video, or playback
  /// is paused - but that will be removed in the future, and it will be
  /// restricted to video frames only.
  ///
  /// @deprecated Use mpv_observe_property() with relevant properties instead
  /// (such as "playback-time").
  static const int MPV_EVENT_TICK = 14;

  /// @deprecated This was used internally with the internal "script_dispatch"
  /// command to dispatch keyboard and mouse input for the OSC.
  /// It was never useful in general and has been completely
  /// replaced with "script-binding".
  /// This event never happens anymore, and is included in this
  /// header only for compatibility.
  static const int MPV_EVENT_SCRIPT_INPUT_DISPATCH = 15;

  /// Triggered by the script-message input command. The command uses the
  /// first argument of the command as client name (see mpv_client_name()) to
  /// dispatch the message, and passes along all arguments starting from the
  /// second argument as strings.
  /// See also mpv_event and mpv_event_client_message.
  static const int MPV_EVENT_CLIENT_MESSAGE = 16;

  /// Happens after video changed in some way. This can happen on resolution
  /// changes, pixel format changes, or video filter changes. The event is
  /// sent after the video filters and the VO are reconfigured. Applications
  /// embedding a mpv window should listen to this event in order to resize
  /// the window if needed.
  /// Note that this event can happen sporadically, and you should check
  /// yourself whether the video parameters really changed before doing
  /// something expensive.
  static const int MPV_EVENT_VIDEO_RECONFIG = 17;

  /// Similar to MPV_EVENT_VIDEO_RECONFIG. This is relatively uninteresting,
  /// because there is no such thing as audio output embedding.
  static const int MPV_EVENT_AUDIO_RECONFIG = 18;

  /// Happens when metadata (like file tags) is possibly updated. (It's left
  /// unspecified whether this happens on file start or only when it changes
  /// within a file.)
  ///
  /// @deprecated This is equivalent to using mpv_observe_property() on the
  /// "metadata" property. The event is redundant, and might
  /// be removed in the far future.
  static const int MPV_EVENT_METADATA_UPDATE = 19;

  /// Happens when a seek was initiated. Playback stops. Usually it will
  /// resume with MPV_EVENT_PLAYBACK_RESTART as soon as the seek is finished.
  static const int MPV_EVENT_SEEK = 20;

  /// There was a discontinuity of some sort (like a seek), and playback
  /// was reinitialized. Usually happens on start of playback and after
  /// seeking. The main purpose is allowing the client to detect when a seek
  /// request is finished.
  static const int MPV_EVENT_PLAYBACK_RESTART = 21;

  /// Event sent due to mpv_observe_property().
  /// See also mpv_event and mpv_event_property.
  static const int MPV_EVENT_PROPERTY_CHANGE = 22;

  /// Happens when the current chapter changes.
  ///
  /// @deprecated This is equivalent to using mpv_observe_property() on the
  /// "chapter" property. The event is redundant, and might
  /// be removed in the far future.
  static const int MPV_EVENT_CHAPTER_CHANGE = 23;

  /// Happens if the internal per-mpv_handle ringbuffer overflows, and at
  /// least 1 event had to be dropped. This can happen if the client doesn't
  /// read the event queue quickly enough with mpv_wait_event(), or if the
  /// client makes a very large number of asynchronous calls at once.
  ///
  /// Event delivery will continue normally once this event was returned
  /// (this forces the client to empty the queue completely).
  static const int MPV_EVENT_QUEUE_OVERFLOW = 24;

  /// Triggered if a hook handler was registered with mpv_hook_add(), and the
  /// hook is invoked. If you receive this, you must handle it, and continue
  /// the hook with mpv_hook_continue().
  /// See also mpv_event and mpv_event_hook.
  static const int MPV_EVENT_HOOK = 25;
}

class mpv_event_property extends ffi.Struct {
  /// Name of the property.
  external ffi.Pointer<ffi.Int8> name;

  /// Format of the data field in the same struct. See enum mpv_format.
  /// This is always the same format as the requested format, except when
  /// the property could not be retrieved (unavailable, or an error happened),
  /// in which case the format is MPV_FORMAT_NONE.
  @ffi.Int32()
  external int format;

  /// Received property value. Depends on the format. This is like the
  /// pointer argument passed to mpv_get_property().
  ///
  /// For example, for MPV_FORMAT_STRING you get the string with:
  ///
  /// char *value = *(char **)(event_property->data);
  ///
  /// Note that this is set to NULL if retrieving the property failed (the
  /// format will be MPV_FORMAT_NONE).
  external ffi.Pointer<ffi.Void> data;
}

/// Numeric log levels. The lower the number, the more important the message is.
/// MPV_LOG_LEVEL_NONE is never used when receiving messages. The string in
/// the comment after the value is the name of the log level as used for the
/// mpv_request_log_messages() function.
/// Unused numeric values are unused, but reserved for future use.
abstract class mpv_log_level {
  static const int MPV_LOG_LEVEL_NONE = 0;

  /// "no"    - disable absolutely all messages
  static const int MPV_LOG_LEVEL_FATAL = 10;

  /// "fatal" - critical/aborting errors
  static const int MPV_LOG_LEVEL_ERROR = 20;

  /// "error" - simple errors
  static const int MPV_LOG_LEVEL_WARN = 30;

  /// "warn"  - possible problems
  static const int MPV_LOG_LEVEL_INFO = 40;

  /// "info"  - informational message
  static const int MPV_LOG_LEVEL_V = 50;

  /// "v"     - noisy informational message
  static const int MPV_LOG_LEVEL_DEBUG = 60;

  /// "debug" - very noisy technical information
  static const int MPV_LOG_LEVEL_TRACE = 70;
}

class mpv_event_log_message extends ffi.Struct {
  /// The module prefix, identifies the sender of the message. As a special
  /// case, if the message buffer overflows, this will be set to the string
  /// "overflow" (which doesn't appear as prefix otherwise), and the text
  /// field will contain an informative message.
  external ffi.Pointer<ffi.Int8> prefix;

  /// The log level as string. See mpv_request_log_messages() for possible
  /// values. The level "no" is never used here.
  external ffi.Pointer<ffi.Int8> level;

  /// The log message. It consists of 1 line of text, and is terminated with
  /// a newline character. (Before API version 1.6, it could contain multiple
  /// or partial lines.)
  external ffi.Pointer<ffi.Int8> text;

  /// The same contents as the level field, but as a numeric ID.
  /// Since API version 1.6.
  @ffi.Int32()
  external int log_level;
}

/// Since API version 1.9.
abstract class mpv_end_file_reason {
  /// The end of file was reached. Sometimes this may also happen on
  /// incomplete or corrupted files, or if the network connection was
  /// interrupted when playing a remote file. It also happens if the
  /// playback range was restricted with --end or --frames or similar.
  static const int MPV_END_FILE_REASON_EOF = 0;

  /// Playback was stopped by an external action (e.g. playlist controls).
  static const int MPV_END_FILE_REASON_STOP = 2;

  /// Playback was stopped by the quit command or player shutdown.
  static const int MPV_END_FILE_REASON_QUIT = 3;

  /// Some kind of error happened that lead to playback abort. Does not
  /// necessarily happen on incomplete or broken files (in these cases, both
  /// MPV_END_FILE_REASON_ERROR or MPV_END_FILE_REASON_EOF are possible).
  ///
  /// mpv_event_end_file.error will be set.
  static const int MPV_END_FILE_REASON_ERROR = 4;

  /// The file was a playlist or similar. When the playlist is read, its
  /// entries will be appended to the playlist after the entry of the current
  /// file, the entry of the current file is removed, and a MPV_EVENT_END_FILE
  /// event is sent with reason set to MPV_END_FILE_REASON_REDIRECT. Then
  /// playback continues with the playlist contents.
  /// Since API version 1.18.
  static const int MPV_END_FILE_REASON_REDIRECT = 5;
}

/// Since API version 1.108.
class mpv_event_start_file extends ffi.Struct {
  /// Playlist entry ID of the file being loaded now.
  @ffi.Int64()
  external int playlist_entry_id;
}

class mpv_event_end_file extends ffi.Struct {
  /// Corresponds to the values in enum mpv_end_file_reason (the "int" type
  /// will be replaced with mpv_end_file_reason on the next ABI bump).
  ///
  /// Unknown values should be treated as unknown.
  @ffi.Int32()
  external int reason;

  /// If reason==MPV_END_FILE_REASON_ERROR, this contains a mpv error code
  /// (one of MPV_ERROR_...) giving an approximate reason why playback
  /// failed. In other cases, this field is 0 (no error).
  /// Since API version 1.9.
  @ffi.Int32()
  external int error;

  /// Playlist entry ID of the file that was being played or attempted to be
  /// played. This has the same value as the playlist_entry_id field in the
  /// corresponding mpv_event_start_file event.
  /// Since API version 1.108.
  @ffi.Int64()
  external int playlist_entry_id;

  /// If loading ended, because the playlist entry to be played was for example
  /// a playlist, and the current playlist entry is replaced with a number of
  /// other entries. This may happen at least with MPV_END_FILE_REASON_REDIRECT
  /// (other event types may use this for similar but different purposes in the
  /// future). In this case, playlist_insert_id will be set to the playlist
  /// entry ID of the first inserted entry, and playlist_insert_num_entries to
  /// the total number of inserted playlist entries. Note this in this specific
  /// case, the ID of the last inserted entry is playlist_insert_id+num-1.
  /// Beware that depending on circumstances, you may observe the new playlist
  /// entries before seeing the event (e.g. reading the "playlist" property or
  /// getting a property change notification before receiving the event).
  /// Since API version 1.108.
  @ffi.Int64()
  external int playlist_insert_id;

  /// See playlist_insert_id. Only non-0 if playlist_insert_id is valid. Never
  /// negative.
  /// Since API version 1.108.
  @ffi.Int32()
  external int playlist_insert_num_entries;
}

/// @deprecated see MPV_EVENT_SCRIPT_INPUT_DISPATCH for remarks
class mpv_event_script_input_dispatch extends ffi.Struct {
  @ffi.Int32()
  external int arg0;

  external ffi.Pointer<ffi.Int8> type;
}

class mpv_event_client_message extends ffi.Struct {
  /// Arbitrary arguments chosen by the sender of the message. If num_args > 0,
  /// you can access args[0] through args[num_args - 1] (inclusive). What
  /// these arguments mean is up to the sender and receiver.
  /// None of the valid items are NULL.
  @ffi.Int32()
  external int num_args;

  external ffi.Pointer<ffi.Pointer<ffi.Int8>> args;
}

class mpv_event_hook extends ffi.Struct {
  /// The hook name as passed to mpv_hook_add().
  external ffi.Pointer<ffi.Int8> name;

  /// Internal ID that must be passed to mpv_hook_continue().
  @ffi.Uint64()
  external int id;
}

class mpv_event_command extends ffi.Struct {
  /// Result data of the command. Note that success/failure is signaled
  /// separately via mpv_event.error. This field is only for result data
  /// in case of success. Most commands leave it at MPV_FORMAT_NONE. Set
  /// to MPV_FORMAT_NONE on failure.
  external mpv_node result;
}

class mpv_event extends ffi.Struct {
  /// One of mpv_event. Keep in mind that later ABI compatible releases might
  /// add new event types. These should be ignored by the API user.
  @ffi.Int32()
  external int event_id;

  /// This is mainly used for events that are replies to (asynchronous)
  /// requests. It contains a status code, which is >= 0 on success, or < 0
  /// on error (a mpv_error value). Usually, this will be set if an
  /// asynchronous request fails.
  /// Used for:
  /// MPV_EVENT_GET_PROPERTY_REPLY
  /// MPV_EVENT_SET_PROPERTY_REPLY
  /// MPV_EVENT_COMMAND_REPLY
  @ffi.Int32()
  external int error;

  /// If the event is in reply to a request (made with this API and this
  /// API handle), this is set to the reply_userdata parameter of the request
  /// call. Otherwise, this field is 0.
  /// Used for:
  /// MPV_EVENT_GET_PROPERTY_REPLY
  /// MPV_EVENT_SET_PROPERTY_REPLY
  /// MPV_EVENT_COMMAND_REPLY
  /// MPV_EVENT_PROPERTY_CHANGE
  /// MPV_EVENT_HOOK
  @ffi.Uint64()
  external int reply_userdata;

  /// The meaning and contents of the data member depend on the event_id:
  /// MPV_EVENT_GET_PROPERTY_REPLY:     mpv_event_property*
  /// MPV_EVENT_PROPERTY_CHANGE:        mpv_event_property*
  /// MPV_EVENT_LOG_MESSAGE:            mpv_event_log_message*
  /// MPV_EVENT_CLIENT_MESSAGE:         mpv_event_client_message*
  /// MPV_EVENT_START_FILE:             mpv_event_start_file* (since v1.108)
  /// MPV_EVENT_END_FILE:               mpv_event_end_file*
  /// MPV_EVENT_HOOK:                   mpv_event_hook*
  /// MPV_EVENT_COMMAND_REPLY*          mpv_event_command*
  /// other: NULL
  ///
  /// Note: future enhancements might add new event structs for existing or new
  /// event types.
  external ffi.Pointer<ffi.Void> data;
}

/// @deprecated use render.h
abstract class mpv_sub_api {
  /// For using mpv's OpenGL renderer on an external OpenGL context.
  /// mpv_get_sub_api(MPV_SUB_API_OPENGL_CB) returns mpv_opengl_cb_context*.
  /// This context can be used with mpv_opengl_cb_* functions.
  /// Will return NULL if unavailable (if OpenGL support was not compiled in).
  /// See opengl_cb.h for details.
  ///
  /// @deprecated use render.h
  static const int MPV_SUB_API_OPENGL_CB = 1;
}

const int NULL = 0;

const int _STDINT_H = 1;

const int _FEATURES_H = 1;

const int _DEFAULT_SOURCE = 1;

const int __GLIBC_USE_ISOC2X = 1;

const int __USE_ISOC11 = 1;

const int __USE_ISOC99 = 1;

const int __USE_ISOC95 = 1;

const int _POSIX_SOURCE = 1;

const int _POSIX_C_SOURCE = 200809;

const int __USE_POSIX = 1;

const int __USE_POSIX2 = 1;

const int __USE_POSIX199309 = 1;

const int __USE_POSIX199506 = 1;

const int __USE_XOPEN2K = 1;

const int __USE_XOPEN2K8 = 1;

const int _ATFILE_SOURCE = 1;

const int __USE_MISC = 1;

const int __USE_ATFILE = 1;

const int __USE_FORTIFY_LEVEL = 0;

const int __GLIBC_USE_DEPRECATED_GETS = 0;

const int __GLIBC_USE_DEPRECATED_SCANF = 0;

const int _STDC_PREDEF_H = 1;

const int __STDC_IEC_559__ = 1;

const int __STDC_IEC_559_COMPLEX__ = 1;

const int __STDC_ISO_10646__ = 201706;

const int __GNU_LIBRARY__ = 6;

const int __GLIBC__ = 2;

const int __GLIBC_MINOR__ = 31;

const int _SYS_CDEFS_H = 1;

const int __glibc_c99_flexarr_available = 1;

const int __WORDSIZE = 64;

const int __WORDSIZE_TIME64_COMPAT32 = 1;

const int __SYSCALL_WORDSIZE = 64;

const int __LONG_DOUBLE_USES_FLOAT128 = 0;

const int __HAVE_GENERIC_SELECTION = 0;

const int __GLIBC_USE_LIB_EXT2 = 1;

const int __GLIBC_USE_IEC_60559_BFP_EXT = 1;

const int __GLIBC_USE_IEC_60559_BFP_EXT_C2X = 1;

const int __GLIBC_USE_IEC_60559_FUNCS_EXT = 1;

const int __GLIBC_USE_IEC_60559_FUNCS_EXT_C2X = 1;

const int __GLIBC_USE_IEC_60559_TYPES_EXT = 1;

const int _BITS_TYPES_H = 1;

const int __TIMESIZE = 64;

const int _BITS_TYPESIZES_H = 1;

const int __OFF_T_MATCHES_OFF64_T = 1;

const int __INO_T_MATCHES_INO64_T = 1;

const int __RLIM_T_MATCHES_RLIM64_T = 1;

const int __STATFS_MATCHES_STATFS64 = 1;

const int __FD_SETSIZE = 1024;

const int _BITS_TIME64_H = 1;

const int _BITS_WCHAR_H = 1;

const int __WCHAR_MAX = 2147483647;

const int __WCHAR_MIN = -2147483648;

const int _BITS_STDINT_INTN_H = 1;

const int _BITS_STDINT_UINTN_H = 1;

const int INT8_MIN = -128;

const int INT16_MIN = -32768;

const int INT32_MIN = -2147483648;

const int INT64_MIN = -9223372036854775808;

const int INT8_MAX = 127;

const int INT16_MAX = 32767;

const int INT32_MAX = 2147483647;

const int INT64_MAX = 9223372036854775807;

const int UINT8_MAX = 255;

const int UINT16_MAX = 65535;

const int UINT32_MAX = 4294967295;

const int UINT64_MAX = -1;

const int INT_LEAST8_MIN = -128;

const int INT_LEAST16_MIN = -32768;

const int INT_LEAST32_MIN = -2147483648;

const int INT_LEAST64_MIN = -9223372036854775808;

const int INT_LEAST8_MAX = 127;

const int INT_LEAST16_MAX = 32767;

const int INT_LEAST32_MAX = 2147483647;

const int INT_LEAST64_MAX = 9223372036854775807;

const int UINT_LEAST8_MAX = 255;

const int UINT_LEAST16_MAX = 65535;

const int UINT_LEAST32_MAX = 4294967295;

const int UINT_LEAST64_MAX = -1;

const int INT_FAST8_MIN = -128;

const int INT_FAST16_MIN = -9223372036854775808;

const int INT_FAST32_MIN = -9223372036854775808;

const int INT_FAST64_MIN = -9223372036854775808;

const int INT_FAST8_MAX = 127;

const int INT_FAST16_MAX = 9223372036854775807;

const int INT_FAST32_MAX = 9223372036854775807;

const int INT_FAST64_MAX = 9223372036854775807;

const int UINT_FAST8_MAX = 255;

const int UINT_FAST16_MAX = -1;

const int UINT_FAST32_MAX = -1;

const int UINT_FAST64_MAX = -1;

const int INTPTR_MIN = -9223372036854775808;

const int INTPTR_MAX = 9223372036854775807;

const int UINTPTR_MAX = -1;

const int INTMAX_MIN = -9223372036854775808;

const int INTMAX_MAX = 9223372036854775807;

const int UINTMAX_MAX = -1;

const int PTRDIFF_MIN = -9223372036854775808;

const int PTRDIFF_MAX = 9223372036854775807;

const int SIG_ATOMIC_MIN = -2147483648;

const int SIG_ATOMIC_MAX = 2147483647;

const int SIZE_MAX = -1;

const int WCHAR_MIN = -2147483648;

const int WCHAR_MAX = 2147483647;

const int WINT_MIN = 0;

const int WINT_MAX = 4294967295;

const int MPV_CLIENT_API_VERSION = 65645;

const int MPV_ENABLE_DEPRECATED = 1;