vecto = "0.1.1"

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

itern = "0.1.1"

[profile.dev.package]

rust-analyzer.opt-level = 3

}

pub fn down(&mut self) {

match &mut self.inner {

N::Many(x, Entry::Outside(y), _) => {

let n = x.len();

});

}

State::Command(x) => {

*y = Cell {

letter: Some(x),

}

}

State::Symbols(Rq {

result: Some(Symbols { tedit, .. }),

use serde::{Deserialize, Serialize};

use crate::FG;

use crate::text::{col, color_, set_a};

#[derive(Serialize, Deserialize)]

.skip(completion.vo)

.take(N);

i.for_each(|((_, x, indices), i)| {

r(x, c, i == completion.selection, &indices, &mut out)

});

out

}

#[implicit_fn::implicit_fn]

fn r(

x: &CompletionItem,

use std::iter::repeat;

use std::path::Path;

use Default::default;

use dsb::Cell;

use dsb::cell::Style;

use crate::FG;

}

}

});

}

}

fn key(&self) -> impl Into<std::borrow::Cow<'a, str>> {

}

}

}

}

use std::borrow::Cow;

use std::collections::HashMap;

use std::mem::take;

use std::ops::ControlFlow;

use std::path::{Path, PathBuf};

use std::time::SystemTime;

use Default::default;

use implicit_fn::implicit_fn;

use lsp_server::{Connection, Request as LRq, ResponseError};

use lsp_types::request::*;

use lsp_types::*;

use regex::Regex;

use ropey::Rope;

use rust_fsm::StateMachine;

use serde_derive::{Deserialize, Serialize};

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

use st::*;

use crate::bar::Bar;

use crate::hov::{self, Hovr};

use crate::lsp::{

self, Anonymize, Client, Map_, PathURI, RedrawAfter, RequestError, Rq,

use crate::sym::{Symbols, SymbolsList, SymbolsType};

use crate::text::cursor::{Ronge, ceach};

use crate::text::hist::{ClickHistory, Hist};

use crate::{

BoolRequest, CDo, CompletionAction, CompletionState, act, alt, ctrl,

filter, hash, shift, sig, sym, trm,

($self:ident, $w:expr) => {

change!(@$self, Some($w))

};

(@$self:ident, $w:expr) => {

lsp!($self + p).map(|(x, origin)| {

x.edit(&origin, $self.text.rope.to_string()).unwrap();

});

};

}

fn rooter(x: &Path) -> Option<PathBuf> {

for f in std::fs::read_dir(&x).unwrap().filter_map(Result::ok) {

if f.file_name() == "Cargo.toml" {

.map(|x| x.path().to_owned())

.collect::<Vec<_>>()

});

let l = me.workspace.as_ref().map(|workspace| {

let dh = std::panic::take_hook();

let main = std::thread::current_id();

self.bar.last_action = "saved".into();

lsp!(self + p).map(|(l, o)| {

let v = l.runtime.block_on(l.format(o)).unwrap();

eprintln!("unhappy fmt")

}

}

|x, (_, p)| {

let Some(p) = p else { unreachable!() };

x.ok().flatten().map(|r| sym::Symbols {

selection: 0,

vo: 0,

..p

vo: 0,

cells: cells.into(),

},

}

.into(),

))

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

}

Some(Do::GoToDefinition) => {

}

}

Some(Do::InsertCursorAtMouse) => {

_ => unreachable!(),

}

}

pub fn nav_back(&mut self) {

self.chist.back().map(|x| {

self.text.cursor.just(

else {

unreachable!()

};

let p = p.to_owned();

*request = Some((

DropH::new(lsp.runtime.spawn(

window.redraw_after(async move {

(),

));

},

Some(Do::SymbolsHandleKey) => {

if let Some(lsp) = lsp!(self) {

let State::Symbols(Rq { result: Some(x), request }) =

.is_some()

|| ptedit != x.tedit.rope

{

*request = Some((

DropH::new(

lsp.runtime.spawn(

unreachable!()

};

x.next();

}

Some(Do::SymbolsSelectPrev) => {

let State::Symbols(Rq { result: Some(x), .. }) =

unreachable!()

};

x.back();

}

Some(Do::SymbolsSelect) => {

let State::Symbols(Rq { result: Some(x), .. }) =

let f = x

.uri

.to_file_path()

.canonicalize()?;

self.state = State::Default;

self.requests.complete = CompletionState::None;

let p = self

.text

.l_position(r.start)

if p != 0 {

self.text.cursor.just(p, &self.text.rope);

}

self.requests.complete

{

} else {

}

self.text.scroll_to_cursor();

if cb4 != self.text.cursor.first()

&& let CompletionState::Complete(Rq {

result: Some(c),

let position = self.text.line_to_char(y);

self.text.cursor.add(position + x, &self.text.rope);

}

None => {}

}

ControlFlow::Continue(())

}

pub fn apply_wsedit(&mut self, x: WorkspaceEdit, f: &Path) {

let mut f2 =

if text_document.uri != f.tid().uri {

}

};

match x {

WorkspaceEdit {

.unwrap();

});

}

Ok(())

}

pub fn store(&mut self) -> anyhow::Result<()> {

let ws = self.workspace.clone();

}

Ok(())

}

}

use NamedKey::*;

pub(crate) State => #[derive(Debug)] pub(crate) Action => #[derive(Debug)] pub(crate) Do

Dead => K(Key => _) => Dead,

Default => {

K(Key::Character(x) if x == "s" && ctrl()) => Save [Save],

K(Key::Character(x) if x == "q" && ctrl()) => Dead [Quit],

K(Key::Character(x) if x == "v" && ctrl()) => _ [Paste],

K(Key::Character(x) if x == "0" && ctrl()) => _ [MatchingBrace],

K(Key::Character(x) if x == "`" && ctrl()) => _ [SpawnTerminal],

K(Key::Character(y) if y == "/" && ctrl()) => Default [Comment(State => State::Default)],

K(Key::Named(F1)) => Procure((default(), InputRequest::RenameSymbol)),

K(Key::Named(k @ (ArrowUp | ArrowDown)) if alt()) => _ [InsertCursor(Direction => {

if k == ArrowUp {Direction::Above} else { Direction::Below }

K(_) => _ [Edit],

M(_) => _,

},

Symbols(Rq { result: Some(_x), request: _rq }) => {

K(Key::Named(Tab) if shift()) => _ [SymbolsSelectNext],

K(Key::Named(ArrowDown)) => _ [SymbolsSelectNext],

K(Key::Named(ArrowUp | Tab)) => _ [SymbolsSelectPrev],

K(Key::Named(Enter)) => _ [SymbolsSelect],

},

Symbols(Rq::<Symbols, Option<SymbolsList>, (), AQErr> => _rq) => {

K(Key::Character(x) if x == "d" && ctrl()) => _ [SwitchType], // crahs cond methinks

pub struct Hovr {

pub(crate) span: Option<[(VisualX, usize); 2]>,

pub(crate) item: crate::text::CellBuffer,

}

pub type VisualX = usize;

use lsp_types::notification::*;

use lsp_types::request::*;

use lsp_types::*;

use serde::{Deserialize, Serialize};

use serde_json::json;

use tokio::sync::oneshot;

Rx(PhantomData<X>),

Failure(Re, #[serde(skip)] Option<Backtrace>),

Cancelled(Re, DiagnosticServerCancellationData),

}

pub type AQErr = RequestError<LSPError>;

impl Request for LSPError {

impl<T, E> Anonymize<T> for Result<T, RequestError<E>> {

fn anonymize(self) -> Result<T, RequestError<LSPError>> {

self.map_err(|e| match e {

RequestError::Rx(_) => RequestError::Rx(PhantomData),

RequestError::Failure(r, b) => RequestError::Failure(r, b),

RequestError::Cancelled(r, d) => RequestError::Cancelled(r, d),

None

}

}

impl<X: Request> Display for RequestError<X> {

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

match self {

Self::Rx(_) =>

write!(f, "{} failed; couldnt get from thingy", X::METHOD),

Self::Failure(x, bt) => write!(

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

_ = self.notify::<Cancel>(&CancelParams { id: rid.into() });

}

#[must_use]

pub fn request<'me, X: Request>(

&'me self,

>,

> {

self.request::<lsp_request!("workspace/symbol")>(

query: f,

..Default::default()

},

)

f: &Path,

t: &'a mut TextArea,

) {

.unwrap()

.0,

) {

)

.unwrap()

.0

}

pub fn rq_semantic_tokens(

&'static self,

let r = self

.runtime

.block_on(

.unwrap()

.0,

)

}

});

}

}

pub fn run(

(tx, rx): (Sender<Message>, Receiver<Message>),

..default()

}),

text_document: Some(TextDocumentClientCapabilities {

document_highlight: Some(default()),

formatting: Some(DynamicRegistrationClientCapabilities { dynamic_registration: Some(false) }),

inlay_hint: Some(InlayHintClientCapabilities { dynamic_registration: None, resolve_support: Some(InlayHintResolveClientCapabilities {

"hoverActions": true,

"workspaceSymbolScopeKindFiltering": true,

"onEnter": true,

}}),

..default()

},

"enable": true,

"attributes": { "enable": true }

},

"inlayHints": {

"closureReturnTypeHints": { "enable": "with_block" },

"closingBraceHints": { "minLines": 5 },

"rangeExclusiveHints": { "enable": true },

"closureCaptureHints": { "enable": true },

},

"assist": { "preferSelf": true },

"checkOnSave": true,

"diagnostics": { "enable": true },

"autoself": { "enable": true, },

"privateEditable": { "enable": true },

},

}}),

trace: None,

workspace_folders: Some(vec![workspace]),

#![feature(

btree_set_entry,

tuple_trait,

unboxed_closures,

fn_traits,

mod edi;

mod git;

mod meta;

mod rnd;

mod sym;

mod trm;

use crate::lsp::RqS;

use crate::text::{TextArea, col, is_word};

mod bar;

pub mod hov;

mod lsp;

pub mod menu;

None => None,

};

let (fw, fh) = dsb::dims(&fonts.bold, ls);

let app = winit_app::WinitAppBuilder::with_init(

move |elwt| {

let window = winit_app::make_window(elwt, |x| {

if let Some(x) = w.take() {

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

}

window.set_ime_allowed(true);

window.set_ime_purpose(winit::window::ImePurpose::Terminal);

let context =

Complete(_x) => K(_) => _ [Request(CompletionContext { trigger_kind: CompletionTriggerKind::TRIGGER_FOR_INCOMPLETE_COMPLETIONS, trigger_character:None })],

}

impl Default for CompletionState {

fn default() -> Self {

Self::None

use std::borrow::Cow;

use std::cmp::Reverse;

use std::sync::LazyLock;

self.key().into()

}

}

use crate::lsp::Rq;

use crate::text::{CoerceOption, RopeExt, col, color_};

use crate::{

};

#[implicit_fn::implicit_fn]

x.style.fg = col!("#FFD173");

});

} }

if let Some((lsp, p)) = lsp_m!(ed + p) && let uri = Url::from_file_path(p).unwrap() && let Some(diag) = lsp.diagnostics.get(&uri, &lsp.diagnostics.guard()) {

#[derive(Copy, Clone, Debug)]

enum EType {

BORDER,

);

}

let ws = ed.workspace.as_deref().unwrap();

let c = x.cells(50, ws);

// let (_x, _y) = text.cursor_visual();

let _x = 0;

let _y = r - 1;

(_x, _y),

i.copy(),

&c,

h as _,

BORDER,

);

let ws = ed.workspace.as_deref().unwrap();

let c = x.cells(50, ws);

// let (_x, _y) = text.cursor_visual();

let _x = 0;

let _y = r - 1;

(_x, _y),

i.copy(),

&c,

CompletionState::Complete(Rq {

result: Some(ref x), ..

}) => {

if c.len() == 0 {

ed.requests

.complete

}

pub fn simplify_path(x: &str) -> String {

}

use lsp_types::*;

use crate::FG;

}

#[derive(Debug, Eq, PartialEq, Clone, Copy)]

pub enum GoTo<'a> {

Loc(&'a Location),

Self::Workspace(WorkspaceSymbolResponse::Flat(vec![]))

}

}

pub fn new(tree: &[PathBuf]) -> Self {

let tree = tree

.iter()

tags: None,

})

.collect();

}

}

self.name

}

}

#[implicit_fn::implicit_fn]

fn r<'a>(

x: UsedSI<'a>,

}

Ok(())

}

pub fn apply_snippet_tedit(

&mut self,

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

match insert_text_format {

_ => {

}

}

Ok(())

}

pub fn apply_snippet(&mut self, x: &TextEdit) -> anyhow::Result<()> {

let begin = self

.l_position(x.range.start)

// arc_swap::Guard<Arc<Box<[SemanticToken]>>>,

// &SemanticTokensLegend,

// )>;

self.tree_sit(path, &mut cells);

}

if let Some(tabstops) = &self.tabstops {

}

best

}

}

pub fn is_word(r: char) -> bool {

}

impl SortTedits for [SnippetTextEdit] {

fn sort_tedits(&mut self) {

}

}