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Fix bad method links in docstrings (#13471)
# Description Seems like I developed a bit of a bad habit of trying to link ```rust /// [`.foo()`] ``` in docstrings, and this just doesn't work automatically; you have to do ```rust /// [`.foo()`](Self::foo) ``` if you want it to actually link. I think I found and replaced all of these. # User-Facing Changes Just docs.
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d618fd0527
@ -423,7 +423,7 @@ impl BlockBuilder {
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self.push(Instruction::Jump { index: label_id.0 }.into_spanned(span))
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}
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/// The index that the next instruction [`.push()`]ed will have.
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/// The index that the next instruction [`.push()`](Self::push)ed will have.
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pub(crate) fn here(&self) -> usize {
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self.instructions.len()
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}
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@ -122,11 +122,11 @@ impl CommunicationMode {
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/// The result of [`CommunicationMode::serve()`], which acts as an intermediate stage for
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/// communication modes that require some kind of socket binding to occur before the client process
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/// can be started. Call [`.connect()`] once the client process has been started.
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/// can be started. Call [`.connect()`](Self::connect) once the client process has been started.
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///
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/// The socket may be cleaned up on `Drop` if applicable.
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pub enum PreparedServerCommunication {
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/// Will take stdin and stdout from the process on [`.connect()`].
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/// Will take stdin and stdout from the process on [`.connect()`](Self::connect).
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Stdio,
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/// Contains the listener to accept connections on. On Unix, the socket is unlinked on `Drop`.
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#[cfg(feature = "local-socket")]
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@ -145,7 +145,7 @@ pub trait InterfaceManager {
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/// Consume an input message.
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///
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/// When implementing, call [`.consume_stream_message()`] for any encapsulated
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/// When implementing, call [`.consume_stream_message()`](Self::consume_stream_message) for any encapsulated
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/// [`StreamMessage`]s received.
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fn consume(&mut self, input: Self::Input) -> Result<(), ShellError>;
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@ -189,14 +189,14 @@ where
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}
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/// Check if the stream was dropped from the other end. Recommended to do this before calling
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/// [`.write()`], especially in a loop.
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/// [`.write()`](Self::write), especially in a loop.
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pub fn is_dropped(&self) -> Result<bool, ShellError> {
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self.signal.is_dropped()
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}
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/// Write a single piece of data to the stream.
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///
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/// Error if something failed with the write, or if [`.end()`] was already called
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/// Error if something failed with the write, or if [`.end()`](Self::end) was already called
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/// previously.
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pub fn write(&mut self, data: impl Into<StreamData>) -> Result<(), ShellError> {
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if !self.ended {
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@ -228,7 +228,7 @@ where
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}
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/// Write a full iterator to the stream. Note that this doesn't end the stream, so you should
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/// still call [`.end()`].
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/// still call [`.end()`](Self::end).
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///
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/// If the stream is dropped from the other end, the iterator will not be fully consumed, and
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/// writing will terminate.
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@ -341,8 +341,8 @@ impl StreamWriterSignal {
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}
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/// Track that a message has been sent. Returns `Ok(true)` if more messages can be sent,
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/// or `Ok(false)` if the high pressure mark has been reached and [`.wait_for_drain()`] should
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/// be called to block.
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/// or `Ok(false)` if the high pressure mark has been reached and
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/// [`.wait_for_drain()`](Self::wait_for_drain) should be called to block.
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pub fn notify_sent(&self) -> Result<bool, ShellError> {
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let mut state = self.lock()?;
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state.unacknowledged =
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@ -45,7 +45,7 @@ fn fail_if_poisoned<'a, T>(
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}
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impl<T: Clone + Send> WaitableMut<T> {
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/// Create a new empty `WaitableMut`. Call [`.reader()`] to get [`Waitable`].
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/// Create a new empty `WaitableMut`. Call [`.reader()`](Self::reader) to get [`Waitable`].
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pub fn new() -> WaitableMut<T> {
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WaitableMut {
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shared: Arc::new(WaitableShared {
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@ -80,8 +80,8 @@ impl PluginGc {
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///
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/// The reason the plugin tells the GC rather than just stopping itself via `source` is that
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/// it can't guarantee that the plugin currently pointed to by `source` is itself, but if the
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/// GC is still running, it hasn't received [`.stop_tracking()`] yet, which means it should be
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/// the right plugin.
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/// GC is still running, it hasn't received [`.stop_tracking()`](Self::stop_tracking) yet, which
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/// means it should be the right plugin.
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pub fn exited(&self) {
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let _ = self.sender.send(PluginGcMsg::Exited);
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}
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@ -26,7 +26,7 @@ impl PluginSource {
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/// Create a new fake source with a fake identity, for testing
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///
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/// Warning: [`.persistent()`] will always return an error.
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/// Warning: [`.persistent()`](Self::persistent) will always return an error.
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pub fn new_fake(name: &str) -> PluginSource {
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PluginSource {
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identity: PluginIdentity::new_fake(name).into(),
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@ -85,19 +85,19 @@ impl EvaluatedCall {
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self
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}
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/// Builder variant of [`.add_positional()`].
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/// Builder variant of [`.add_positional()`](Self::add_positional).
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pub fn with_positional(mut self, value: Value) -> Self {
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self.add_positional(value);
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self
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}
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/// Builder variant of [`.add_named()`].
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/// Builder variant of [`.add_named()`](Self::add_named).
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pub fn with_named(mut self, name: Spanned<impl Into<String>>, value: Value) -> Self {
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self.add_named(name, value);
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self
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}
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/// Builder variant of [`.add_flag()`].
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/// Builder variant of [`.add_flag()`](Self::add_flag).
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pub fn with_flag(mut self, name: Spanned<impl Into<String>>) -> Self {
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self.add_flag(name);
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self
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@ -75,8 +75,8 @@ use crate::{EngineInterface, EvaluatedCall, Plugin};
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pub trait PluginCommand: Sync {
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/// The type of plugin this command runs on.
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///
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/// Since [`.run()`] takes a reference to the plugin, it is necessary to define the type of
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/// plugin that the command expects here.
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/// Since [`.run()`](Self::run) takes a reference to the plugin, it is necessary to define the
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/// type of plugin that the command expects here.
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type Plugin: Plugin;
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/// The name of the command from within Nu.
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@ -96,9 +96,9 @@ pub trait PluginCommand: Sync {
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/// Additional documentation for usage of the command.
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///
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/// This is optional - any arguments documented by [`.signature()`] will be shown in the help
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/// page automatically. However, this can be useful for explaining things that would be too
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/// brief to include in [`.usage()`] and may span multiple lines.
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/// This is optional - any arguments documented by [`.signature()`](Self::signature) will be
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/// shown in the help page automatically. However, this can be useful for explaining things that
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/// would be too brief to include in [`.usage()`](Self::usage) and may span multiple lines.
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fn extra_usage(&self) -> &str {
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""
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}
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@ -618,8 +618,9 @@ impl EngineInterface {
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/// Get all environment variables from the engine.
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///
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/// Since this is quite a large map that has to be sent, prefer to use [`.get_env_var()`] if
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/// the variables needed are known ahead of time and there are only a small number needed.
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/// Since this is quite a large map that has to be sent, prefer to use
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/// [`.get_env_var()`] (Self::get_env_var) if the variables needed are known ahead of time
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/// and there are only a small number needed.
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///
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/// # Example
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/// ```rust,no_run
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@ -873,9 +874,9 @@ impl EngineInterface {
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}
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/// Ask the engine for the identifier for a declaration. If found, the result can then be passed
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/// to [`.call_decl()`] to call other internal commands.
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/// to [`.call_decl()`](Self::call_decl) to call other internal commands.
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///
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/// See [`.call_decl()`] for an example.
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/// See [`.call_decl()`](Self::call_decl) for an example.
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pub fn find_decl(&self, name: impl Into<String>) -> Result<Option<DeclId>, ShellError> {
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let call = EngineCall::FindDecl(name.into());
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@ -890,7 +891,7 @@ impl EngineInterface {
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}
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/// Ask the engine to call an internal command, using the declaration ID previously looked up
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/// with [`.find_decl()`].
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/// with [`.find_decl()`](Self::find_decl).
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///
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/// # Example
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///
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@ -1008,7 +1009,7 @@ impl Interface for EngineInterface {
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/// Keeps the plugin in the foreground as long as it is alive.
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///
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/// Use [`.leave()`] to leave the foreground without ignoring the error.
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/// Use [`.leave()`](Self::leave) to leave the foreground without ignoring the error.
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pub struct ForegroundGuard(Option<EngineInterface>);
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impl ForegroundGuard {
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@ -832,9 +832,9 @@ impl EngineState {
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/// Optionally get a block by id, if it exists
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///
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/// Prefer to use [`.get_block()`] in most cases - `BlockId`s that don't exist are normally a
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/// compiler error. This only exists to stop plugins from crashing the engine if they send us
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/// something invalid.
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/// Prefer to use [`.get_block()`](Self::get_block) in most cases - `BlockId`s that don't exist
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/// are normally a compiler error. This only exists to stop plugins from crashing the engine if
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/// they send us something invalid.
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pub fn try_get_block(&self, block_id: BlockId) -> Option<&Arc<Block>> {
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self.blocks.get(block_id)
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}
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@ -51,7 +51,7 @@ pub struct Stack {
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pub parent_stack: Option<Arc<Stack>>,
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/// Variables that have been deleted (this is used to hide values from parent stack lookups)
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pub parent_deletions: Vec<VarId>,
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/// Locally updated config. Use [`.get_config()`] to access correctly.
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/// Locally updated config. Use [`.get_config()`](Self::get_config) to access correctly.
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pub config: Option<Arc<Config>>,
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pub(crate) out_dest: StackOutDest,
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}
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@ -37,7 +37,8 @@ pub struct LabeledError {
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impl LabeledError {
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/// Create a new plain [`LabeledError`] with the given message.
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///
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/// This is usually used builder-style with methods like [`.with_label()`] to build an error.
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/// This is usually used builder-style with methods like [`.with_label()`](Self::with_label) to
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/// build an error.
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///
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/// # Example
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///
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@ -117,7 +117,8 @@ impl PipelineData {
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/// Get a type that is representative of the `PipelineData`.
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///
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/// The type returned here makes no effort to collect a stream, so it may be a different type
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/// than would be returned by [`Value::get_type()`] on the result of [`.into_value()`].
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/// than would be returned by [`Value::get_type()`] on the result of
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/// [`.into_value()`](Self::into_value).
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///
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/// Specifically, a `ListStream` results in [`list stream`](Type::ListStream) rather than
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/// the fully complete [`list`](Type::List) type (which would require knowing the contents),
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@ -105,10 +105,10 @@ impl Drop for ForegroundChild {
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///
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/// If there is already a foreground external process running, spawned with [`ForegroundChild`],
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/// this expects the process ID to remain in the process group created by the [`ForegroundChild`]
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/// for the lifetime of the guard, and keeps the terminal controlling process group set to that. If
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/// there is no foreground external process running, this sets the foreground process group to the
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/// plugin's process ID. The process group that is expected can be retrieved with [`.pgrp()`] if
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/// different from the plugin process ID.
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/// for the lifetime of the guard, and keeps the terminal controlling process group set to that.
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/// If there is no foreground external process running, this sets the foreground process group to
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/// the plugin's process ID. The process group that is expected can be retrieved with
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/// [`.pgrp()`](Self::pgrp) if different from the plugin process ID.
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///
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/// ## Other systems
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///
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