intradoc-link redundancy fixes

wayland-backend/src/client_api.rs

@@ -6,6 +6,9 @@ use std::{
  sync::Arc,
 };
 
+#[cfg(doc)]
+use std::io::ErrorKind::WouldBlock;
+
 use crate::protocol::{Interface, Message, ObjectInfo};
 
 use super::client_impl;
@@ -43,8 +46,8 @@ pub trait ObjectData: downcast_rs::DowncastSync {
 
  /// Helper for accessing user data
  ///
- /// This function is used to back the `Proxy::data` function in `wayland_client`. By default,
- /// it returns `self` (via Downcast), but this may be overridden to allow downcasting user data
+ /// This function is used to back the `Proxy::data()` function in `wayland_client`. By default,
+ /// it returns `self` (via [`Downcast`][downcast_rs::DowncastSync]), but this may be overridden to allow downcasting user data
  /// without needing to have access to the full type.
  fn data_as_any(&self) -> &dyn Any {
  self.as_any()
@@ -103,7 +106,7 @@ impl ObjectId {
  /// This object ID is always invalid, and should be used as placeholder in requests that create objects,
  /// or for request with an optional `Object` argument.
  ///
- /// See [`Backend::send_request`](Backend::send_request) for details.
+ /// See [`Backend::send_request()`] for details.
  #[inline]
  pub fn null() -> ObjectId {
  client_impl::InnerBackend::null_id()
@@ -118,7 +121,7 @@ impl ObjectId {
  /// Return the protocol-level numerical ID of this object
  ///
  /// Protocol IDs are reused after object destruction, so this should not be used as a unique identifier,
- /// instead use the `ObjectId` directly, it implements `Clone`, `PartialEq`, `Eq` and `Hash`.
+ /// instead use the [`ObjectId`] directly, it implements [`Clone`], [`PartialEq`], [`Eq`] and [`Hash`].
  #[inline]
  pub fn protocol_id(&self) -> u32 {
  self.id.protocol_id()
@@ -136,7 +139,7 @@ pub struct Backend {
 
 /// A weak handle to a [`Backend`]
 ///
-/// This handle behaves similarly to [`Weak`](std::sync::Weak), and can be used to keep access to
+/// This handle behaves similarly to [`Weak`][std::sync::Weak], and can be used to keep access to
 /// the backend without actually preventing it from being dropped.
 #[derive(Clone, Debug)]
 pub struct WeakBackend {
@@ -172,10 +175,10 @@ impl Backend {
  /// Flush all pending outgoing requests to the server
  ///
  /// Most errors on this method mean that the Wayland connection is no longer valid, the only
- /// exception being an IO `WouldBlock` error. In that case it means that you should try flushing again
+ /// exception being an IO [`WouldBlock`] error. In that case it means that you should try flushing again
  /// later.
  ///
- /// You can however expect this method returning `WouldBlock` to be very rare: it can only occur if
+ /// You can however expect this method returning [`WouldBlock`] to be very rare: it can only occur if
  /// either your client sent a lot of big messages at once, or the server is very laggy.
  pub fn flush(&self) -> Result<(), WaylandError> {
  self.backend.flush()
@@ -220,7 +223,7 @@ impl Backend {
  ///
  /// - the message opcode must be valid for the sender interface
  /// - the argument list must match the prototype for the message associated with this opcode
- /// - if the method creates a new object, a [`ObjectId::null()`](ObjectId::null) must be given
+ /// - if the method creates a new object, a [`ObjectId::null()`] must be given
  /// in the argument list at the appropriate place, and a `child_spec` (interface and version)
  /// can be provided. If one is provided, it'll be checked against the protocol spec. If the
  /// protocol specification does not define the interface of the created object (notable example
@@ -259,7 +262,7 @@ impl Backend {
  ///
  /// This call will not block, but may return `None` if the inner queue of the backend needs to
  /// be dispatched. In which case you should invoke
- /// [`dispatch_inner_queue()`](Backend::dispatch_inner_queue).
+ /// [`dispatch_inner_queue()`][Self::dispatch_inner_queue()].
  #[inline]
  #[must_use]
  pub fn prepare_read(&self) -> Option<ReadEventsGuard> {
@@ -271,12 +274,12 @@ impl Backend {
  ///
  /// This function actually only does something when using the system backend. It dispaches an inner
  /// queue that the backend uses to wrap `libwayland`. While this dispatching is generally done in
- /// [`ReadEventsGuard::read()`](ReadEventsGuard::read), if multiple threads are interacting with the
+ /// [`ReadEventsGuard::read()`], if multiple threads are interacting with the
  /// Wayland socket it can happen that this queue was filled by another thread. In that case
- /// [`prepare_read()`](Backend::prepare_read) will return `None`, and you should invoke
+ /// [`prepare_read()`][Self::prepare_read()] will return `None`, and you should invoke
  /// this function instead of using the [`ReadEventsGuard`]
  ///
- /// Returns the number of messages that were dispatched to their `ObjectData` callbacks.
+ /// Returns the number of messages that were dispatched to their [`ObjectData`] callbacks.
  #[inline]
  pub fn dispatch_inner_queue(&self) -> Result<usize, WaylandError> {
  self.backend.dispatch_inner_queue()
@@ -290,12 +293,12 @@ impl Backend {
 /// threads to not be notified of new events, and sleep much longer than appropriate.
 ///
 /// This guard is provided to ensure the proper synchronization is done. The guard is created using
-/// the [`Backend::prepare_read()`](Backend::prepare_read) method. And the event reading is
-/// triggered by consuming the guard using the [`read()`](ReadEventsGuard::read) method, synchronizing
+/// the [`Backend::prepare_read()`] method. And the event reading is
+/// triggered by consuming the guard using the [`ReadEventsGuard::read()`] method, synchronizing
 /// with other threads as necessary so that only one of the threads will actually perform the socket read.
 ///
 /// If you plan to poll the Wayland socket for readiness, the file descriptor can be retrieved via
-/// the [`connection_fd`](ReadEventsGuard::connection_fd) method. Note that for the synchronization to
+/// the [`ReadEventsGuard::connection_fd()`] method. Note that for the synchronization to
 /// correctly occur, you must *always* create the `ReadEventsGuard` *before* polling the socket.
 ///
 /// Dropping the guard is valid and will cancel the prepared read.
@@ -319,7 +322,7 @@ impl ReadEventsGuard {
  /// threads will then resume their execution.
  ///
  /// This returns the number of dispatched events, or `0` if an other thread handled the dispatching.
- /// If no events are available to read from the socket, this returns a `WouldBlock` IO error.
+ /// If no events are available to read from the socket, this returns a [`WouldBlock`] IO error.
  #[inline]
  pub fn read(self) -> Result<usize, WaylandError> {
  self.guard.read()

wayland-backend/src/lib.rs

@@ -33,8 +33,8 @@
 //!
 //! ## raw-window-handle integration
 //!
-//! This crate can implement [`HasRawDisplayHandle`](raw_window_handle::HasRawDisplayHandle) for the client
-//! module [`Backend`](client::Backend) type if you activate the `raw-window-handle` feature.
+//! This crate can implement [`HasRawDisplayHandle`][raw_window_handle::HasRawDisplayHandle] for the client
+//! module [`Backend`][client::Backend] type if you activate the `raw-window-handle` feature.
 //!
 //! Note that the `client_system` feature must also be enabled for the implementation to be activated.
 
@@ -50,7 +50,7 @@
 /// Reexport of the `smallvec` crate, which is part of `wayland-backend`'s public API.
 pub extern crate smallvec;
 
-/// Helper macro for quickly making a [`Message`](crate::protocol::Message)
+/// Helper macro for quickly making a [`Message`][crate::protocol::Message]
 #[macro_export]
 macro_rules! message {
  ($sender_id: expr, $opcode: expr, [$($args: expr),* $(,)?] $(,)?) => {

wayland-backend/src/rs/mod.rs

@@ -9,12 +9,12 @@ mod wire;
 
 /// Client-side rust implementation of a Wayland protocol backend
 ///
-/// The main entrypoint is the [`Backend::connect`](client::Backend::connect) method.
+/// The main entrypoint is the [`Backend::connect()`][client::Backend::connect()] method.
 #[path = "../client_api.rs"]
 pub mod client;
 
 /// Server-side rust implementation of a Wayland protocol backend
 ///
-/// The main entrypoint is the [`Backend::new`](server::Backend::new) method.
+/// The main entrypoint is the [`Backend::new()`][server::Backend::new()] method.
 #[path = "../server_api.rs"]
 pub mod server;

wayland-backend/src/server_api.rs

@@ -230,15 +230,15 @@ impl fmt::Debug for GlobalId {
 ///
 /// This type hosts most of the protocol-related functionality of the backend, and is the
 /// main entry point for manipulating Wayland objects. It can be retrieved from the backend via
-/// [`Backend::handle()`](Backend::handle) and cloned, and is given to you as argument in many callbacks.
+/// [`Backend::handle()`] and cloned, and is given to you as argument in many callbacks.
 #[derive(Clone, Debug)]
 pub struct Handle {
  pub(crate) handle: server_impl::InnerHandle,
 }
 
 /// A weak reference to a [`Handle`]
 ///
-/// This handle behaves similarly to [`Weak`](std::sync::Weak), and can be used to keep access to
+/// This handle behaves similarly to [`Weak`][std::sync::Weak], and can be used to keep access to
 /// the handle without actually preventing it from being dropped.
 #[derive(Clone, Debug)]
 pub struct WeakHandle {
@@ -551,7 +551,7 @@ impl<D> Backend<D> {
  ///
  /// **Note:** This functionality is currently only available on the rust backend, invoking this method on
  /// the system backend will do the same as invoking
- /// [`Backend::dispatch_all_clients()`](Backend::dispatch_all_clients).
+ /// [`Backend::dispatch_all_clients()`].
  #[inline]
  pub fn dispatch_single_client(
  &mut self,

wayland-backend/src/sys/mod.rs

@@ -26,8 +26,8 @@ unsafe fn free_arrays(signature: &[ArgumentType], arglist: &[wl_argument]) {
 /// Client-side implementation of a Wayland protocol backend using `libwayland`
 ///
 /// Entrypoints are:
-/// - [`Backend::connect`](client::Backend::connect) method if you're creating the Wayland connection
-/// - [`Backend::from_foreign_display`](client::Backend::from_foreign_display) if you're interacting with an
+/// - [`Backend::connect()`][client::Backend::connect()] method if you're creating the Wayland connection
+/// - [`Backend::from_foreign_display()`][client::Backend::from_foreign_display()] if you're interacting with an
 /// already existing Wayland connection through FFI.
 #[cfg(any(test, feature = "client_system"))]
 #[path = "../client_api.rs"]
@@ -41,7 +41,7 @@ impl client::ObjectId {
  ///
  /// # Errors
  ///
- /// This function returns an [`InvalidId`](client::InvalidId) error if the interface of the proxy does
+ /// This function returns an [`InvalidId`][client::InvalidId] error if the interface of the proxy does
  /// not match the provided interface.
  ///
  /// # Safety
@@ -68,15 +68,15 @@ impl client::Backend {
  /// This is useful if you are writing a library that is expected to plug itself into an existing
  /// Wayland connection.
  ///
- /// This will initialize the [`Backend`](client::Backend) in "guest" mode, meaning it will not close the
- /// connection on drop. After the [`Backend`](client::Backend) is dropped, if the server sends an event
+ /// This will initialize the [`Backend`][Self] in "guest" mode, meaning it will not close the
+ /// connection on drop. After the [`Backend`][Self] is dropped, if the server sends an event
  /// to an object that was created from it, that event will be silently discarded. This may lead to
  /// protocol errors if the server expects an answer to that event, as such you should make sure to
- /// cleanup your Wayland state before dropping the [`Backend`](client::Backend).
+ /// cleanup your Wayland state before dropping the [`Backend`][Self].
  ///
  /// # Safety
  ///
- /// You need to ensure the `*mut wl_display` remains live as long as the [`Backend`](client::Backend)
+ /// You need to ensure the `*mut wl_display` remains live as long as the [`Backend`][Self]
  /// (or its clones) exist.
  pub unsafe fn from_foreign_display(display: *mut wayland_sys::client::wl_display) -> Self {
  Self { backend: unsafe { client_impl::InnerBackend::from_foreign_display(display) } }
@@ -107,7 +107,7 @@ unsafe impl raw_window_handle::HasRawDisplayHandle for client::Backend {
 
 /// Server-side implementation of a Wayland protocol backend using `libwayland`
 ///
-/// The main entrypoint is the [`Backend::new`](server::Backend::new) method.
+/// The main entrypoint is the [`Backend::new()`][server::Backend::new()] method.
 #[cfg(any(test, feature = "server_system"))]
 #[path = "../server_api.rs"]
 pub mod server;
@@ -118,7 +118,7 @@ impl server::ObjectId {
  ///
  /// # Errors
  ///
- /// This function returns an [`InvalidId`](server::InvalidId) error if the interface of the
+ /// This function returns an [`InvalidId`][server::InvalidId] error if the interface of the
  /// resource does not match the provided interface.
  ///
  /// # Safety

wayland-client/src/conn.rs

@@ -23,17 +23,17 @@ use crate::{protocol::wl_display::WlDisplay, EventQueue, Proxy};
 /// with the protocol are actually done using other types. The two main uses a simple app has for the
 /// [`Connection`] are:
 ///
-/// - Obtaining the initial [`WlDisplay`] through the [`display()`](Connection::display) method.
-/// - Creating new [`EventQueue`]s with the [`new_event_queue()`](Connection::new_event_queue) method.
+/// - Obtaining the initial [`WlDisplay`] through the [`display()`][Self::display()] method.
+/// - Creating new [`EventQueue`]s with the [`new_event_queue()`][Self::new_event_queue()] method.
 ///
-/// It can be created through the [`connect_to_env()`](Connection::connect_to_env) method to follow the
+/// It can be created through the [`connect_to_env()`][Self::connect_to_env()] method to follow the
 /// configuration from the environment (which is what you'll do most of the time), or using the
-/// [`from_socket()`](Connection::from_socket) method if you retrieved your connected Wayland socket through
+/// [`from_socket()`][Self::from_socket()] method if you retrieved your connected Wayland socket through
 /// other means.
 ///
 /// In case you need to plug yourself into an external Wayland connection that you don't control, you'll
 /// likely get access to it as a [`Backend`], in which case you can create a [`Connection`] from it using
-/// the [`from_backend`](Connection::from_backend) method.
+/// the [`from_backend()`][Self::from_backend()] method.
 #[derive(Debug, Clone, PartialEq, Eq)]
 pub struct Connection {
  pub(crate) backend: Backend,
@@ -129,10 +129,10 @@ impl Connection {
  ///
  /// This is needed if you plan to wait on readiness of the Wayland socket using an event loop. See
  /// [`ReadEventsGuard`] for details. Once the events are received, you'll then need to dispatch them from
- /// their event queues using [`EventQueue::dispatch_pending()`](EventQueue::dispatch_pending).
+ /// their event queues using [`EventQueue::dispatch_pending()`].
  ///
  /// If you don't need to manage multiple event sources, see
- /// [`blocking_dispatch()`](EventQueue::blocking_dispatch) for a simpler mechanism.
+ /// [`EventQueue::blocking_dispatch()`] for a simpler mechanism.
  #[must_use]
  pub fn prepare_read(&self) -> Option<ReadEventsGuard> {
  self.backend.prepare_read()
@@ -188,8 +188,8 @@ impl Connection {
  /// Send a request associated with the provided object
  ///
  /// This is a low-level interface used by the code generated by `wayland-scanner`, you will likely
- /// instead use the methods of the types representing each interface, or the [`Proxy::send_request`] and
- /// [`Proxy::send_constructor`]
+ /// instead use the methods of the types representing each interface, or the [`Proxy::send_request()`] and
+ /// [`Proxy::send_constructor()`].
  pub fn send_request<I: Proxy>(
  &self,
  proxy: &I,
@@ -209,7 +209,7 @@ impl Connection {
  /// Get the object data for a given object ID
  ///
  /// This is a low-level interface used by the code generated by `wayland-scanner`, a higher-level
- /// interface for manipulating the user-data assocated to [`Dispatch`](crate::Dispatch) implementations
+ /// interface for manipulating the user-data assocated to [`Dispatch`][crate::Dispatch] implementations
  /// is given as [`Proxy::data()`]. Also see [`Proxy::object_data()`].
  pub fn get_object_data(&self, id: ObjectId) -> Result<Arc<dyn ObjectData>, InvalidId> {
  self.backend.get_data(id)
@@ -272,7 +272,7 @@ impl fmt::Display for ConnectError {
 }
 
 impl AsFd for Connection {
- /// Provides fd from [`Backend::poll_fd`] for polling.
+ /// Provides fd from [`Backend::poll_fd()`] for polling.
  fn as_fd(&self) -> BorrowedFd<'_> {
  self.backend.poll_fd()
  }