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internal: Give rustfmt jobs a separate thread
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commit
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@ -135,7 +135,7 @@ impl<'a> RequestDispatcher<'a> {
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R::Params: DeserializeOwned + panic::UnwindSafe + Send + fmt::Debug,
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R::Result: Serialize,
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{
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self.on_with_thread_intent::<R>(ThreadIntent::Worker, f)
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self.on_with_thread_intent::<true, R>(ThreadIntent::Worker, f)
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}
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/// Dispatches a latency-sensitive request onto the thread pool.
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@ -148,7 +148,22 @@ impl<'a> RequestDispatcher<'a> {
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R::Params: DeserializeOwned + panic::UnwindSafe + Send + fmt::Debug,
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R::Result: Serialize,
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{
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self.on_with_thread_intent::<R>(ThreadIntent::LatencySensitive, f)
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self.on_with_thread_intent::<true, R>(ThreadIntent::LatencySensitive, f)
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}
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/// Formatting requests should never block on waiting a for task thread to open up, editors will wait
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/// on the response and a late formatting update might mess with the document and user.
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/// We can't run this on the main thread though as we invoke rustfmt which may take arbitrary time to complete!
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pub(crate) fn on_fmt_thread<R>(
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&mut self,
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f: fn(GlobalStateSnapshot, R::Params) -> Result<R::Result>,
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) -> &mut Self
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where
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R: lsp_types::request::Request + 'static,
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R::Params: DeserializeOwned + panic::UnwindSafe + Send + fmt::Debug,
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R::Result: Serialize,
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{
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self.on_with_thread_intent::<false, R>(ThreadIntent::LatencySensitive, f)
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}
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pub(crate) fn finish(&mut self) {
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@ -163,7 +178,7 @@ impl<'a> RequestDispatcher<'a> {
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}
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}
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fn on_with_thread_intent<R>(
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fn on_with_thread_intent<const MAIN_POOL: bool, R>(
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&mut self,
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intent: ThreadIntent,
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f: fn(GlobalStateSnapshot, R::Params) -> Result<R::Result>,
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@ -178,17 +193,20 @@ impl<'a> RequestDispatcher<'a> {
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None => return self,
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};
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self.global_state.task_pool.handle.spawn(intent, {
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let world = self.global_state.snapshot();
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move || {
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let result = panic::catch_unwind(move || {
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let _pctx = stdx::panic_context::enter(panic_context);
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f(world, params)
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});
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match thread_result_to_response::<R>(req.id.clone(), result) {
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Ok(response) => Task::Response(response),
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Err(_) => Task::Retry(req),
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}
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let world = self.global_state.snapshot();
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if MAIN_POOL {
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&mut self.global_state.task_pool.handle
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} else {
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&mut self.global_state.fmt_pool.handle
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}
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.spawn(intent, move || {
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let result = panic::catch_unwind(move || {
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let _pctx = stdx::panic_context::enter(panic_context);
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f(world, params)
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});
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match thread_result_to_response::<R>(req.id.clone(), result) {
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Ok(response) => Task::Response(response),
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Err(_) => Task::Retry(req),
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}
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});
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@ -54,6 +54,7 @@ pub(crate) struct GlobalState {
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req_queue: ReqQueue,
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pub(crate) task_pool: Handle<TaskPool<Task>, Receiver<Task>>,
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pub(crate) fmt_pool: Handle<TaskPool<Task>, Receiver<Task>>,
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pub(crate) config: Arc<Config>,
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pub(crate) config_errors: Option<ConfigError>,
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@ -151,6 +152,11 @@ impl GlobalState {
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let handle = TaskPool::new_with_threads(sender, config.main_loop_num_threads());
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Handle { handle, receiver }
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};
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let fmt_pool = {
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let (sender, receiver) = unbounded();
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let handle = TaskPool::new_with_threads(sender, 1);
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Handle { handle, receiver }
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};
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let mut analysis_host = AnalysisHost::new(config.lru_parse_query_capacity());
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if let Some(capacities) = config.lru_query_capacities() {
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@ -161,6 +167,7 @@ impl GlobalState {
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sender,
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req_queue: ReqQueue::default(),
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task_pool,
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fmt_pool,
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loader,
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config: Arc::new(config.clone()),
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analysis_host,
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@ -18,12 +18,11 @@ use lsp_server::ErrorCode;
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use lsp_types::{
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CallHierarchyIncomingCall, CallHierarchyIncomingCallsParams, CallHierarchyItem,
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CallHierarchyOutgoingCall, CallHierarchyOutgoingCallsParams, CallHierarchyPrepareParams,
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CodeLens, CompletionItem, DocumentFormattingParams, FoldingRange, FoldingRangeParams,
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HoverContents, InlayHint, InlayHintParams, Location, LocationLink, Position,
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PrepareRenameResponse, Range, RenameParams, SemanticTokensDeltaParams,
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SemanticTokensFullDeltaResult, SemanticTokensParams, SemanticTokensRangeParams,
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SemanticTokensRangeResult, SemanticTokensResult, SymbolInformation, SymbolTag,
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TextDocumentIdentifier, Url, WorkspaceEdit,
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CodeLens, CompletionItem, FoldingRange, FoldingRangeParams, HoverContents, InlayHint,
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InlayHintParams, Location, LocationLink, Position, PrepareRenameResponse, Range, RenameParams,
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SemanticTokensDeltaParams, SemanticTokensFullDeltaResult, SemanticTokensParams,
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SemanticTokensRangeParams, SemanticTokensRangeResult, SemanticTokensResult, SymbolInformation,
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SymbolTag, TextDocumentIdentifier, Url, WorkspaceEdit,
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};
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use project_model::{ManifestPath, ProjectWorkspace, TargetKind};
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use serde_json::json;
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@ -1077,7 +1076,7 @@ pub(crate) fn handle_references(
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pub(crate) fn handle_formatting(
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snap: GlobalStateSnapshot,
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params: DocumentFormattingParams,
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params: lsp_types::DocumentFormattingParams,
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) -> Result<Option<Vec<lsp_types::TextEdit>>> {
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let _p = profile::span("handle_formatting");
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@ -175,6 +175,9 @@ impl GlobalState {
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msg.ok().map(Event::Lsp),
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recv(self.task_pool.receiver) -> task =>
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Some(Event::Task(task.unwrap())),
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recv(self.fmt_pool.receiver) -> task =>
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Some(Event::Task(task.unwrap())),
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recv(self.loader.receiver) -> task =>
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@ -678,6 +681,12 @@ impl GlobalState {
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.on_sync::<lsp_types::request::SelectionRangeRequest>(handlers::handle_selection_range)
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.on_sync::<lsp_ext::MatchingBrace>(handlers::handle_matching_brace)
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.on_sync::<lsp_ext::OnTypeFormatting>(handlers::handle_on_type_formatting)
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// Formatting should be done immediately as the editor might wait on it, but we can't
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// put it on the main thread as we do not want the main thread to block on rustfmt.
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// So we have an extra thread just for formatting requests to make sure it gets handled
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// as fast as possible.
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.on_fmt_thread::<lsp_types::request::Formatting>(handlers::handle_formatting)
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.on_fmt_thread::<lsp_types::request::RangeFormatting>(handlers::handle_range_formatting)
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// We can’t run latency-sensitive request handlers which do semantic
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// analysis on the main thread because that would block other
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// requests. Instead, we run these request handlers on higher priority
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@ -695,14 +704,6 @@ impl GlobalState {
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.on_latency_sensitive::<lsp_types::request::SemanticTokensRangeRequest>(
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handlers::handle_semantic_tokens_range,
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)
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// Formatting is not caused by the user typing,
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// but it does qualify as latency-sensitive
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// because a delay before formatting is applied
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// can be confusing for the user.
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.on_latency_sensitive::<lsp_types::request::Formatting>(handlers::handle_formatting)
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.on_latency_sensitive::<lsp_types::request::RangeFormatting>(
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handlers::handle_range_formatting,
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)
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// All other request handlers
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.on::<lsp_ext::FetchDependencyList>(handlers::fetch_dependency_list)
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.on::<lsp_ext::AnalyzerStatus>(handlers::handle_analyzer_status)
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