implicit-fn = "0.1.0"

ropey = "1.6.1"

softbuffer = { version = "0.4.8", default-features = false, features = ["wayland", "x11"] }

winit = { version = "0.31.0-beta.2", default-features = false, features = ["wayland", "x11"] }

lower = "0.2.1"

amap = "0.1.4"

run_times = "0.1.0"

array_chunks = "1.0.0"

rust-fsm = { git = "https://git.bendn.org/rust-fsm", features = ["diagram"] }

clipp = "0.1.1"

# for tree house grammar loading

helix-loader = { git = "https://git.bendn.org/helix" }

helix-core = { git = "https://git.bendn.org/helix" }

# lsp-server = { path = "../rust-analyzer/lib/lsp-server" }

crossbeam = { version = "0.8.4", features = ["nightly", "crossbeam-channel"] }

test-log = "0.2.21"

url = "2.5.8"

regex-cursor = "0.1.5"

papaya = "0.2.4"

markdown = "1.0.0"

pin-project = "1.1.13"

replace_with = "0.1.8"

nucleo = "0.5.0"

scopeguard = "1.2.0"

swizzle = "0.1.0"

walkdir = "2.5.0"

imara-diff = "0.2.0"

vecto = "0.1.1"

rangemap = { version = "1.7.1", features = ["const_fn", "nightly", "serde1"] }

itern = "0.1.1"

smol_str = "0.3.6"

ttools = { git = "https://git.bendn.org/ttools" }

# ttools = { path = "../ttools/" }

ftools = { git = "https://git.bendn.org/ftools" }

json_value_merge = "2.0.1"

annotate-snippets = "0.12.16"

bendncode = { git = "https://git.bendn.org/bendncode" }

rfd = "0.17.2"

[target.'cfg(unix)'.dependencies]

kitty-rc = { version = "0.4.2", git = "https://github.com/bend-n/kitty-rc-rs" }

[patch.crates-io]

smol_str = { git = "https://git.bendn.org/rust-analyzer" }

ttools = { git = "https://git.bendn.org/ttools" }

# winit = { git = "https://github.com/rust-windowing/winit" }

use dsb::Cell;

use dsb::cell::Style;

use itertools::Itertools;

#[derive(Debug, Clone)]

pub enum N<T> {

vec![Cell { style: Style::new(FG, bg), ..Default::default() }; c];

let t = match &x.kind {

_ => '', /* 󱢇☭ */

};

into[0].style.fg = col!("#E5C07B");

use dsb::Cell;

use dsb::cell::Style;

use crate::killring::KillRM;

use crate::lsp::{Client, Rq};

use crate::rnd::simplify_path;

use crate::sym::Symbols;

.text

.to_l_position(*self.text.cursor.first())

.unwrap();

direction: if let Cmd::RAMoveIU = z { MoveItemDirection::Up } else { MoveItemDirection::Down },

text_document: o.tid(),

range: Range { start : r, end : r},

}

}

Cmd::RARestart => {

}

Cmd::RAParent => {

&TextDocumentPositionParams {

text_document: o.tid(),

position: self

self.go(x, w, lsp_mn)?;

}

Cmd::RAJoinLines => {

ranges: self

.text

.cursor

})

.collect(),

text_document: o.tid(),

self.text

.apply_tedits(&mut { teds })

.map_err(|_| report!("couldnt apply edits"))?;

}

Cmd::RADocs => {

&TextDocumentPositionParams {

position: self

.text

.unwrap();

}

Cmd::RARebuildProcMacros => {

}

Cmd::RAOpenCargoToml => {

&OpenCargoTomlParams { text_document: o.tid() },

)?

else {

) -> impl Iterator<Item = &'a CompletionItem> {

let x = &completion.r;

let y = match x {

};

filter(y.iter(), f)

}

});

out

#[implicit_fn::implicit_fn]

fn r(

x: &CompletionItem,

let ds = Style::new(FG, bg);

let d: Cell = Cell { letter: None, style: ds };

let mut b = vec![d; c];

const MAP: [([u8; 3], [u8; 3], &str); 26] = {

(

amap::amap! {

_ => ("#9a9b9a", " ")

}).map(const

|(x, y)| (set_a(color_(x), 0.5), color_(x), y),

)

};

let (bgt, col, ty) =

b.iter_mut().zip(ty.chars()).for_each(|(x, c)| {

*x = (Style::new(col, bgt) | Style::BOLD).basic(c)

});

let sel = x.sel(&crate::filter(&self.text));

let sel = lsp.resolve(sel.clone()).unwrap();

let CompletionItem {

additional_text_edits,

insert_text_format,

..

return;

};

match insert_text_format {

self.text.apply_snippet(&ed).unwrap();

}

_ => {

}

Do::GoToDefinition(tdpp) => {

dbg!(&tdpp);

text_document_position_params: tdpp,

work_done_progress_params: default(),

partial_result_params: default(),

},

).ok()

}).flatten().and_then(|x| match &x {

_ => None,

})

{

log::error!("gtd: {e}");

}

use Default::default;

use implicit_fn::implicit_fn;

use lsp_types::*;

use rust_fsm::StateMachine;

use tokio::task::spawn_blocking;

use tokio_util::task::AbortOnDropHandle as DropH;

use winit::window::Window;

enum Set<T> {

To(T),

use crate::edi::*;

use crate::hov::{DiagnosticHovr, Hoverable, Hovring};

use crate::lsp::BehaviourAfter;

use crate::rnd::CellBuffer;

impl Editor {

#[implicit_fn]

.is_none_or(|&(_, x)| x != cursor_position)

{

let handle = lsp.runtime.spawn(

)

.unwrap()

.0,

return Ok(None::<Hovr>);

};

let (width, cells) = spawn_blocking(move || {

let mut x = match &x.contents {

};

if l.is_some_and(|l| {

matches!(

use Default::default;

use lsp_server::ResponseError;

use lsp_types::*;

use regex::Regex;

use ropey::Rope;

use rust_fsm::StateMachine;

use tokio_util::task::AbortOnDropHandle as DropH;

use ttools::{IteratorOfTuples, IteratorOfTuplesWithF, hrf};

self.hist.lc = self.text.cursor.clone();

self.hist.test_push(&mut self.text);

let act = lsp

.unwrap();

if let Some(x) = act.edit

{

log::error!("{e}");

}

|| t.iter().any(|y| y == x))

&& self.text.cursor.inner.len() == 1

&& change!(just self).is_some()

text_document: p.tid(),

position: self

.text

.to_l_position(*self.text.cursor.first())

.unwrap(),

},

{

x.sort_tedits();

for x in x {

let x = lsp

.request_immediate::<lsp_request!("textDocument/rename")>(

&RenameParams {

new_name,

work_done_progress_params: default(),

},

return;

}

let r = lsp

&CodeActionParams {

text_document: f.tid(),

range: self

)

.unwrap(),

context: CodeActionContext {

// diagnostics: if let Some((lsp, p)) = lsp!() && let uri = Url::from_file_path(p).unwrap() && let Some(diag) = lsp.requests.diagnostics.get(&uri, &lsp.requests.diagnostics.guard()) { dbg!(diag.iter().filter(|x| {

// self.text.l_range(x.range).unwrap().contains(&self.text.cursor)

// }).cloned().collect()) } else { vec![] },

use Default::default;

use lsp_server::Request as LRq;

use lsp_types::*;

use serde::{Deserialize, Serialize};

use ttools::{Tupl, With};

Box<[SemanticToken]>,

Box<[SemanticToken]>,

(),

>,

pub diag: Rq<

String,

(),

RequestError<lsp_request!("textDocument/inlayHint")>,

>,

LocationLink,

(usize, usize),

>,

#[serde(skip)]

pub document_symbols: Rq<

#[serde(skip)]

pub git_diff: Rq<imara_diff::Diff, imara_diff::Diff, (), ()>,

}

pub fn deserialize_tokens<'de, D: serde::Deserializer<'de>>(

ser: D,

) -> Result<

Box<[SemanticToken]>,

Box<[SemanticToken]>,

(),

>,

D::Error,

> {

}

pub fn serialize_tokens<S: serde::Serializer>(

s: &Rq<

Box<[SemanticToken]>,

Box<[SemanticToken]>,

(),

>,

ser: S,

) -> Result<S::Ok, S::Error> {

}

impl crate::edi::Editor {

pub fn poll(&mut self) {

}

State::CodeAction(x) => {

if x.poll(|x, _| {

if lems.is_empty() {

self.bar.last_action =

"no code actions available".into();

x.ok().map(|x| {

x.and_then(|x| try {

z.data.0 = match x {

) => vec![(GoTo::from(

location,

),None)],

location_links,

) => location_links

.into_iter()

)

}).zip(repeat(None))

.collect(),

};

});

})

}

self.requests.def.poll(|x, _| {

x.ok().flatten().and_then(|x| match &x {

_ => None,

})

});

self.requests.git_diff.poll(|x, _| x.ok());

self.requests.document_symbols.poll(|x, _| {

x.ok().flatten().map(|x| match x {

})

});

}

use std::process::Stdio;

use std::sync::Arc;

use lsp_types::*;

use tokio::sync::oneshot::Sender;

use tree_house::Language;

use winit::window::Window;

pub struct LSPM {

pub iot: Option<IoThreads>,

pub comms: std::thread::JoinHandle<()>,

}

impl LSPM {

pub fn load(

&mut self,

Some((v.c.clone(), Some(w)))

}

}

use crate::lsp::Client;

pub fn load(

workspace: &PathBuf,

})

.ok()?;

BufReader::new(c.stdout.take().unwrap()),

c.stdin.take().unwrap(),

);

println!("RA panic @ {}", info.location().unwrap());

}

}));

})

.unwrap();

(jh, a)

#![allow(dead_code, unused, unexpected_cfgs)]

use Default::default;

use NamedKey::*;

use lsp_types::*;

use regex::Regex;

use winit::event::MouseButton;

use winit::keyboard::{Key, NamedKey, SmolStr};

K(Key::Named(Escape)) => Default,

},

#[cfg(target_family = "unix")]

#[cfg(target_family = "unix")]

K(Key::Named(Tab) if shift()) => Runnables({ x.next(); Rq { result: Some(x), request }}),

#[cfg(target_family = "unix")]

K(Key::Named(Enter | ArrowRight)) => _ [CASelectRight],

K(Key::Named(ArrowLeft)) => _ [CASelectLeft],

},

K(Key::Named(Escape)) => Default,

C(_) => _,

M(_) => _,

use rootcause::prelude::{IteratorExt, ResultExt};

use rootcause::report;

use ropey::Rope;

use super::*;

use crate::error::WDebug;

) -> rootcause::Result<()> {

self.apply_tds(

&text_document

.uri

.to_file_path()

.map_err(|_| report!("sad"))?,

edits,

)

}

&mut self,

) -> rootcause::Result<()> {

match op.clone() {

let f = uri

.to_file_path()

.map_err(|()| report!("not path"))?;

.context_custom::<WDebug, _>((opts, options))?,

};

}

let old_f = old_uri

.to_file_path()

.map_err(|()| report!("not path"))?;

self.mtime = Editor::modify(self.origin.as_deref());

}

}

let f = uri

.to_file_path()

.map_err(|()| report!("not path"))?;

Err(e) => do yeet e,

}

}

}

Ok(())

}

#[must_use]

x: WorkspaceEdit,

) -> rootcause::Result<()> {

match x {

.into_iter()

.collect_reports()

.context("couldnt apply one or more wsedits")?,

WorkspaceEdit { changes: Some(x), .. } => x

.into_iter()

.map(|(p, e)| {

use dsb::Cell;

use dsb::cell::Style;

use lsp_types::{

};

use crate::FG;

pub enum GTL {}

#[derive(Debug)]

pub enum O {

Incoming(

Rq<(), Vec<CallHierarchyIncomingCall>, (), rootcause::Report>,

),

self.path.hash(state);

}

}

impl From<Location> for GoTo<'static> {

fn from(Location { uri, range }: Location) -> Self {

Self {

}

}

impl From<&LocationLink> for GoTo<'static> {

fn from(

LocationLink { target_uri, target_range, .. }: &LocationLink,

) -> annotate_snippets::Group<'c> {

use annotate_snippets::*;

match severity {

_ => Level::ERROR,

}

.element(Snippet::source(t).annotation(

AnnotationKind::Primary.span(t.l_range(*range).unwrap()),

))

use json_value_merge::Merge;

use log::info;

use lsp_server::Message;

use lsp_types::*;

use rootcause::report;

use tokio::sync::oneshot;

use winit::window::Window;

mod client;

pub use client::*;

mod init_opts;

mod rq;

let (not_tx, not_rx) = unbounded();

let (_req_tx, _req_rx) = unbounded();

let (window_tx, window_rx) = oneshot::channel::<Arc<dyn Window>>();

let mut c = Client {

tx: Tx(tx),

progress: Box::leak(Box::new(papaya::HashMap::new())),

.enable_time()

.worker_threads(3)

.thread_name("lsp runtime")

.build()?,

}

};

info!("spawned {}", serde_json::to_string_pretty(&opts).unwrap());

let x = rx

.iter()

.find_map(|x| {

serde_json::from_value::<InitializeResult>(

)

.ok()

})

// Some(PositionEncodingKind::UTF8)

// );

c.initialized = Some(x);

value: lsp_types::TraceValue::Verbose,

})?;

let progress = c.progress;

use lsp_server::{

Message, Notification as N, Request as LRq, Response as Re,

};

use lsp_types::*;

use rootcause::option_ext::OptionExt;

use rust_analyzer::lsp::ext::*;

use tokio::sync::oneshot;

use ttools::*;

use crate::lsp::BehaviourAfter::{self, *};

use crate::lsp::{RequestError, Require, Requiring, Rq, RqSendError};

use crate::text::cursor::ceach;

use crate::text::{LOADER, RopeExt, SortTedits, TextArea};

ProgressToken,

Option<(WorkDoneProgress, WorkDoneProgressBegin)>,

>,

#[allow(dead_code)]

// TODO: handle notifications from the server

pub not_rx: Receiver<N>,

impl Drop for Client {

fn drop(&mut self) {

println!(

"dropped lsp({}) @ {}",

self.lsp_data.1.name, self.workspace.uri

l: helix_core::Language,

) -> Result<(), SendError<Message>> {

let l = LOADER.language(l).config();

},

}

pub fn close(&self, f: &Path) -> Result<(), SendError<Message>> {

}

pub fn edit(

&self,

text: String,

) -> Result<(), SendError<Message>> {

static V: AtomicI32 = AtomicI32::new(0);

&DidChangeTextDocumentParams {

text_document: VersionedTextDocumentIdentifier {

version: V.fetch_add(1, Relaxed),

},

},

)

}

pub fn resolve(

&self,

x: CompletionItem,

}

pub fn request_complete<'me>(

impl Future<

Output = Result<

Option<CompletionResponse>,

>,

> + use<>,

> {

self.caps().completion_provider.require()?;

let (rx, _) = self

work_done_progress_params: default(),

partial_result_params: default(),

context: Some(c),

.diagnostic_provider

.as_ref()?

{

x,

) => x.diagnostic_options.identifier.clone()?,

_ => None?,

};

// dbg!(&x);

match x.clone() {

RelatedFullDocumentDiagnosticReport {

related_documents,

full_document_diagnostic_report:

result_id,

},

},

) => {

let l = self.diagnostics.guard();

self.diagnostics.insert(f.tid().uri, items, &l);

related_documents.into_iter().flatten()

{

match rel {

FullDocumentDiagnosticReport {

items, ..

},

) => {

self.diagnostics.insert(uri, items, &l);

}

}

}

}

> + use<>,

> {

self.caps().document_highlight_provider.require()?;

text_document_position_params: TextDocumentPositionParams {

text_document: f.tid(),

position: cursor,

},

work_done_progress_params: default(),

partial_result_params: default(),

.unwrap()

.0

.map(|x| x.map(|x| x.unwrap_or_default())))

> + use<>,

> {

self.caps().document_symbol_provider.require()?;

text_document: p.tid(),

work_done_progress_params: default(),

partial_result_params: default(),

impl Future<

Output = Result<

Option<WorkspaceSymbolResponse>,

>,

> + use<>,

> {

self.caps().workspace_symbol_provider.require()?;

Ok(self

query: f,

search_scope: Some(

),

search_kind: Some(

),

..Default::default()

},

&self,

f: &Path,

x: Vec<Position>,

}

pub fn matching_brace<'a>(&self, f: &Path, t: &'a mut TextArea) {

self.matching_brace_at(f, t.cursor.positions(&t.rope))

{

for (c, p) in t.cursor.inner.iter_mut().zip(x) {

}

}

}

pub fn legend(&self) -> Option<&SemanticTokensLegend> {

}

}

pub fn inlay(

> + use<>,

> {

self.caps().inlay_hint_provider.require()?;

work_done_progress_params: default(),

text_document: f.tid(),

range: t.to_l_range(lower::saturating::math!{

impl Future<

Output = Result<

Option<Vec<TextEdit>>,

>,

>,

> {

self.caps().document_formatting_provider.require()?;

}

pub fn rq_semantic_tokens(

&self,

Box<[SemanticToken]>,

Box<[SemanticToken]>,

(),

>,

f: &Path,

) -> Requiring<

"semantic_tokens",

> {

self.caps().semantic_tokens_provider.require()?;

debug!("requested semantic tokens");

// return Ok(());

// };

Ok(try bikeshed Result<(), RequestError<_>> {

let x = self.runtime.spawn(async move {

let t = rx.await;

let y =

t?.ok_or(RequestError::Rx(std::marker::PhantomData))?;

debug!("received semantic tokens");

});

to.request(x);

})

) -> rootcause::Result<()> {

ceach!(t.cursor, |c| try bikeshed rootcause::Result<()> {

let r = self

&TextDocumentPositionParams {

text_document: f.tid(),

position: t.to_l_position(*c).unwrap(),

t: &Path,

c: Option<Position>,

) -> Result<

> {

text_document: t.tid(),

position: c,

})

) -> Result<

impl Future<

Output = Result<

>,

>,

> {

position: p,

text_document: t.tid(),

})

) -> Result<

impl Future<

Output = Result<

>,

> + use<>,

.map(fst)

}

impl Future<

Output = Result<

Option<Vec<Location>>,

>,

> + use<>,

> {

.map(fst)

}

impl Future<

Output = Result<

Option<CallHierarchyItem>,

>,

> + use<>,

> {

.map(fst)

.map(|x| x.map(|x| x.map(|x| x.and_then(|mut x| x.try_remove(0)))))

}

at: TextDocumentPositionParams,

) -> rootcause::Result<Vec<CallHierarchyIncomingCall>> {

let calls = self

&CallHierarchyIncomingCallsParams {

item: self

.find_function(at)?

at: TextDocumentPositionParams,

) -> rootcause::Result<Vec<CallHierarchyOutgoingCall>> {

let calls = self

&CallHierarchyOutgoingCallsParams {

item: self

.find_function(at)?

use crossbeam::channel::{Receiver, RecvError, SendError, Sender};

use log::{debug, error, trace};

use lsp_server::{

};

use lsp_types::*;

use tokio::sync::oneshot;

use tokio::time::error::Elapsed;

use winit::window::Window;

use crate::lsp::BehaviourAfter::{self, *};

use crate::lsp::{RequestError, RqSendError};

pub fn handler(

window_rx: oneshot::Receiver<Arc<dyn Window + 'static>>,

progress: &papaya::HashMap<

Option<(WorkDoneProgress, WorkDoneProgressBegin)>,

>,

_req_tx: Sender<LRq>,

Ok((.., BehaviourAfter::RedrawNow)) => w.request_redraw(),

Ok((x, y, and)) => {

debug!("received request {x}");

}

Err(RecvError) => return,

},

recv(rx) -> x => match x {

Ok(Message::Request(rq @ LRq { method: "window/workDoneProgress/create", .. })) => {

Ok((_, x)) => {

let g = progress.guard();

progress.insert(x.token, None, &g);

if let Some(e) = &x.error {

if e.code == ErrorCode::RequestCanceled as i32 {}

else if e.code == ErrorCode::ServerCancelled as i32 {

log::info!("request {} cancelled", x.id);

_ = s.send(x);

if t == Redraw { w.request_redraw() }

}

} else {

_ = s.send(x.clone());

if t == Redraw { w.request_redraw() }

trace!("received error from lsp for response {x:?}");

}

}

}

log::debug!("request {} took {:?}", x.id, took.elapsed());

match s.send(x) {

Ok(()) => {}

}

Ok(Message::Notification(rq @ N { method: "textDocument/publishDiagnostics", .. })) => {

debug!("got diagnostics");

Ok(x) => {

d.insert(x.uri, x.diagnostics, &d.guard());

w.request_redraw();

}

},

Ok(Message::Notification(x @ N { method: "$/progress", .. })) => {

match x.clone() {

WorkDoneProgress::Begin(y) => {

progress.update(token, move |_| Some((x.clone(), y.clone())), &progress.guard());

}

}

}

impl super::Tx {

pub fn notify<X: Notification>(

&self,

}))

}

pub fn cancel(&self, rid: i32) {

}

}

impl super::Client {

self.send_to.send((0, tx, BehaviourAfter::RedrawNow))

}

}

conf: &Option<serde_json::Value>,

is_ra: bool,

) -> InitializeParams {

InitializeParams {

capabilities: ClientCapabilities {

window: Some(WindowClientCapabilities {

}),

workspace: Some(WorkspaceClientCapabilities {

symbol: Some(WorkspaceSymbolClientCapabilities {

}),

..default()

}),

refresh_support: Some(true),

}),

inlay_hint: Some(InlayHintWorkspaceClientCapabilities {

failure_handling: Some(FailureHandlingKind::Abort),

normalizes_line_endings: Some(false),

change_annotation_support: Some(

groups_on_label: Some(false),

},

),

}),

..default()

}),

},

),

document_highlight: Some(default()),

dynamic_registration: Some(false),

}),

inlay_hint: Some(InlayHintClientCapabilities {

dynamic_registration: None,

}),

document_symbol: Some(DocumentSymbolClientCapabilities {

hierarchical_document_symbol_support: Some(true),

..default()

}),

link_support: Some(true),

..default()

}),

code_action: Some(CodeActionClientCapabilities {

data_support: Some(true),

resolve_support: Some(

properties: vec!["edit".to_string()],

},

),

code_action_literal_support: Some(

code_action_kind:

value_set: [

"",

"Empty",

"source",

"source.organizeImports",

]

.into(),

},

},

rename: Some(RenameClientCapabilities {

prepare_support: Some(true),

prepare_support_default_behavior: Some(

),

honors_change_annotations: Some(false),

..default()

diagnostic: Some(DiagnosticClientCapabilities {

dynamic_registration: None,

related_document_support: Some(true),

}),

publish_diagnostics: Some(

PublishDiagnosticsClientCapabilities {

..default()

},

),

signature_help: Some(SignatureHelpClientCapabilities {

dynamic_registration: None,

signature_information: Some(

documentation_format: Some(vec![

MarkupKind::Markdown,

MarkupKind::PlainText,

]),

parameter_information: Some(

label_offset_support: Some(true),

},

),

active_parameter_support: Some(true),

},

),

context_support: Some(false),

}),

completion: Some(CompletionClientCapabilities {

dynamic_registration: Some(false),

snippet_support: Some(true),

commit_characters_support: Some(true),

documentation_format: Some(vec![

]),

deprecated_support: None,

preselect_support: None,

}),

resolve_support: Some(

properties: vec![

"additionalTextEdits".into(),

"documentation".into(),

),

insert_replace_support: Some(false),

insert_text_mode_support: Some(

},

),

label_details_support: Some(true),

..default()

}),

completion_item_kind: Some(

value_set: Some(vec![

]),

},

),

context_support: None,

item_defaults: None,

}),

}),

semantic_tokens: Some(SemanticTokensClientCapabilities {

dynamic_registration: Some(false),

},

token_modifiers: [

"associated",

}),

initialization_options: conf.clone(),

trace: None,

..default()

}

}

use crossbeam::channel::SendError;

use lsp_server::{Message, Response as Re};

use serde::{Deserialize, Serialize};

use tokio::sync::oneshot;

use tokio::task;

impl Request for LSPError {

type Params = ();

type Result = ();

}

#[derive(Debug)]

pub struct LSPError {}

}

}

#[derive(serde_derive::Serialize, serde_derive::Deserialize)]

#[serde(skip_serializing_if = "Option::is_none", default = "none")]

#[serde(skip, default = "none")]

}

impl<T: Debug, R, D: Debug, E> Debug for Rq<T, R, D, E> {

fn fmt(&self, f: &mut std::fmt::Formatter<'_>) -> std::fmt::Result {

#![feature(

unsized_const_params,

exact_div,

yeet_expr,

use NamedKey::*;

use dsb::cell::Style;

use dsb::{Cell, F};

use fimg::Image;

use libc::{atexit, signal};

use lsp::Rq;

use lsp_types::*;

use rust_fsm::StateMachine;

let _x = 4;

// let x = HashMap::new();

unsafe { std::env::set_var("CARGO_UNSTABLE_RUSTC_UNICODE", "true") };

// lsp::x();

entry(EventLoop::new().unwrap())

}

if let Some((.., c)) = &mut ed.lsp && let Some(c) = c.take() {

c.send(window.clone()).unwrap();

}

let lsp_mn = &mut lsp_mn;

let (fw, fh) = dsb::dims(&FONT, ppem);

let (c, r) = dsb::fit(

&FONT,

pub(crate) CompletionState => #[derive(Debug)] pub(crate) CompletionAction<'i> => pub(crate) CDo

None => Click => None,

None => K(Key<&'i str> => Key::Character(k @ ("." | ":"))) => Complete(

None => K(Key::Character(x) if x.chars().all(char::is_alphabetic)

None => K(_) => _,

// when

Complete(Rq { result: Some(x), .. }) => K(Key::Named(NamedKey::Enter)) => None [Finish(Complete => x)],

}

use complete::Complete;

.flat_map(|diag| {

let sev = diag

.severity

let sev_ = match sev {

_ => EType::Info,

};

diag.related_information

.iter()

.flatten()

})

.for_each(|(mut r, m, sev)| {

if let EType::Related(x) = sev

{

return;

}

| EType::Hint

| EType::Info => col!("#9469242c"),

EType::Related(

) => col!("#dfbfff26"),

EType::Related(_) => col!("#ffad6625"),

});

col!("#ff942f1b", "#f26462")

}

EType::Related(

) => {

col!("#dfbfff26", "#DFBFFF")

}

continue;

}

let d = Cell {

style: Style {

use dsb::Cell;

use dsb::cell::Style;

use lsp_types::{

};

use crate::FG;

let y = &sig.signatures.get(sig.active_signature? as usize)?;

Some((

y,

))

}

let sig = y.label.chars().zip(0..).map(|(x, i)| {

let mut a = ds.basic(x);

if p.is_some_and(|x| match x.label {

(a..b).contains(&i),

}) {

a.style |= (Style::BOLD, color_("#ffcc66"));

use Default::default;

use dsb::Cell;

use dsb::cell::Style;

use lsp_types::*;

use crate::FG;

use crate::gotolist::At;

pub use crate::gotolist::GoTo;

use crate::menu::generic::{GenericMenu, MenuData};

(r, tree, bmks, _, origin): &Self::Data,

) -> impl Iterator<Item = Self::Element<'_>> {

match r {

}

}

}

}

impl<'a> std::hash::Hash for UsedSI<'a> {

fn hash<H: std::hash::Hasher>(&self, state: &mut H) {

self.name.hash(state);

self.at.hash(state);

self.right.hash(state);

}

impl<'a> From<&'a SymbolInformation> for UsedSI<'a> {

fn from(

SymbolInformation {

location,

..

}: &'a SymbolInformation,

) -> Self {

}

}

}

impl<'a> From<(&'a DocumentSymbol, &'a PathBuf)> for UsedSI<'a> {

fn from(

(

}

impl Default for SymbolsList {

fn default() -> Self {

}

}

let tree = tree

.iter()

.map(|x| SymbolInformation {

location: Location {

range: lsp_types::Range {

end: default(),

},

uri: Url::from_file_path(&x).unwrap(),

},

#[allow(deprecated)]

deprecated: None,

})

.collect();

Self { data: (default(), tree, bmk, default(), orig), ..default() }

const MAP: [([u8; 3], [u8; 3], &str); 85] = {

(

amap::amap! {

_ => ("#9a9b9a", " ")

})

.map(

const |(x, y)| (set_a(color_(x), 0.5), color_(x), y),

)

};

b.iter_mut().zip(ty.chars()).for_each(|(x, c)| {

*x = (Style::new(col, bgt) | Style::BOLD).basic(c)

});

use implicit_fn::implicit_fn;

use itertools::Itertools;

use lsp_types::{

};

pub use manipulations::Manip;

use rootcause::option_ext::OptionExt;

use rootcause::prelude::{IteratorExt, ResultExt};

use rootcause::report;

use ropey::{Rope, RopeSlice};

use serde::{Deserialize, Serialize};

use tree_house::Language;

pub mod cursor;

text: &'b mut Rope,

) -> rootcause::Result<()> {

match insert_text_format {

let begin = text.l_position(range.start).ok_or_report()?;

let end = text.l_position(range.end).ok_or_report()?;

text.try_remove(begin..end)?;

SnippetTextEdit { range,new_text, insert_text_format, .. }: &'b SnippetTextEdit,

) -> rootcause::Result<()> {

match insert_text_format {

.apply_snippet(&TextEdit {

range: range.clone(),

new_text: new_text.clone(),

Some(x) => {

self.cursor.one(Cursor::new(x.r().end, &self.rope));

}

self.tabstops = None;

}

},

}

}

pub trait SortTedits {

fn sort_tedits(&mut self);

}

impl SortTedits for [TextEdit] {

fn sort_tedits(&mut self) {

self.as_mut().sort_by_key(|t| Reverse(t.range.start));

}

}

fn sort_tedits(&mut self) {

self.as_mut().sort_by_key(|t| Reverse(t.range.start));

}

#[test]

fn inlays() {

let mut t = TextArea::default();

_ = t.insert("let x = 4;");

t.set_inlay(&[InlayHint {

position: lsp_types::Position { line: 0, character: 4 },

text_edits: None,

tooltip: None,

padding_left: None,

t.cursor

.inner

.iter_mut()

r

}

pub fn redo(&mut self, t: &mut TextArea) -> ropey::Result<Option<()>> {

use Default::default;

use serde_derive::{Deserialize, Serialize};

use crate::text::{RopeExt, TextArea};

.iter()

.filter_map(|i| {

let mut label = match &i.label {

x.chars().map(|x| (x, None)).collect::<Vec<_>>(),

.iter()

.flat_map(|x| {

x.value