rust-analyzer.opt-level = 3

fimg.opt-level = 3

nucleo.opt-level = 3

[profile.release.package.tree-house]

debug-assertions = false

}

}

pub fn rq_semantic_tokens(

&'static self,

to: &mut Rq<Box<[SemanticToken]>, Box<[SemanticToken]>>,

}),

workspace: Some(WorkspaceClientCapabilities {

diagnostic: Some(DiagnosticWorkspaceClientCapabilities { refresh_support: Some(true) }),

..default()

}),

text_document: Some(TextDocumentClientCapabilities {

code_action: Some(

CodeActionClientCapabilities {

data_support: Some(true),

}

}

use tokio::task;

#[derive(Debug)]

pub enum OnceOff<T> {

Waiting(task::JoinHandle<Result<T, oneshot::error::RecvError>>),

iter_next_chunk,

iter_array_chunks,

array_windows,

str_as_str,

lazy_type_alias,

const_convert,

use dsb::{Cell, F, Fonts};

use fimg::pixels::Blend;

use fimg::{Image, OverlayAt};

use lsp::{PathURI, Rq};

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

use lsp_types::request::{HoverRequest, SignatureHelpRequest};

mod text;

mod winit_app;

fn main() {

env_logger::init();

// lsp::x();

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

);

let mut cursor_position = (0, 0);

let mut state = State::Default;

let mut bar = Bar { last_action: String::default() };

let mut i = Image::build(1, 1).fill(BG);

}

x.parent().and_then(rooter)

}

let workspace = origin

.as_ref()

.and_then(|x| rooter(&x.parent().unwrap()))

let mut semantic_tokens = default();

let mut diag =

Rq::<String, Option<String>, (), anyhow::Error>::default();

// let mut complete = None::<(CompletionResponse, (usize, usize))>;

// let mut complete_ = None::<(

// JoinHandle<

)

.with_event_handler(

move |(window, _context), surface, event, elwt| {

macro_rules! change {

() => {

lsp!().map(|(x, origin)| {

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

x.rq_semantic_tokens(&mut semantic_tokens, origin, Some(window.clone())).unwrap();

});

};

}

log::debug!("discarding request {rq:?}"),

}

}

diag.poll(|x, _|x.ok().flatten(), &l.runtime);

if let CompletionState::Complete(rq)= &mut complete {

rq.poll(|f, (c,_)| {

let t_ox = text.line_number_offset() + 1;

text.c = c - t_ox;

text.r = r - 1;

text.write_to(

(&mut cells, (c, r)),

(t_ox, 0),

}) => Some(legend),

_ => None,

}),

);

bar.write_to(

*vo = vo.saturating_sub(rows);

}

window.request_redraw();

}

Event::WindowEvent {

event: WindowEvent::ModifiersChanged(modifiers),

match o {

Some(Do::Reinsert) => panic!(),

Some(Do::Save) => match &origin {

state.consume(Action::Saved).unwrap();

save!();

}

}

text.scroll_to_cursor();

if cb4 != text.cursor && let CompletionState::Complete(Rq{ result: Some(c),.. })= &mut complete

&& ((text.cursor < c.start) || (!is_word(text.at_())&& (text.at_() != '.' || text.at_() != ':')) ) {

complete = CompletionState::None;

if sig_help.running() && cb4 != text.cursor && let Some((lsp, path)) = lsp!() {

sig_help.request(lsp.runtime.spawn(window.redraw_after(lsp.request_sig_help(path, text.cursor()))));

}

change!();

}

lsp!().map(|(lsp, o)|{

*state.sel() = text

.extend_selection(y, state.sel().clone());

text.scroll_to_cursor();

}

Some(Do::Insert(x, c)) => {

hist.push_if_changed(&text);

text.insert(&clipp::paste());

hist.push_if_changed(&text);

}

origin = Some(PathBuf::from(&x).canonicalize()?);

text = TextArea::default();

let new = std::fs::read_to_string(x)?;

text.cursor =

text.rope.byte_to_char(m.end());

text.scroll_to_cursor_centering();

})

.unwrap_or_else(|| {

bar.last_action = "no matches".into()

let m = re.find_iter(&s).nth(*index).unwrap();

text.cursor = text.rope.byte_to_char(m.end());

text.scroll_to_cursor_centering();

}

Some(Do::Boolean(

BoolRequest::ReloadFile,

use helix_core::Syntax;

use helix_core::syntax::{HighlightEvent, Loader};

use implicit_fn::implicit_fn;

use log::error;

use ropey::{Rope, RopeSlice};

use tree_house::Language;

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

});

Ok(())

}

pub fn insert(&mut self, c: &str) {

self.rope.insert(self.cursor, c);

self.tabstops.as_mut().map(|x| {

pub fn cursor(&self) -> (usize, usize) {

self.xy(self.cursor)

}

pub fn visible(&self, x: usize) -> bool {

(self.vo..self.vo + self.r).contains(&self.rope.char_to_line(x))

}

+ (p.character as usize)

.min(self.rope.line(p.line as _).len_chars()))

}

pub fn l_range(

&self,

r: lsp_types::Range,

) -> Result<Range<usize>, ropey::Error> {

Ok(self.l_position(r.start)?..self.l_position(r.end)?)

}

#[implicit_fn]

pub fn write_to<'lsp>(

(into, into_s): (&mut [Cell], (usize, usize)),

(ox, oy): (usize, usize),

selection: Option<Range<usize>>,

path: Option<&Path>,

tokens: Option<(&[SemanticToken], &SemanticTokensLegend)>,

) {

let (c, r) = (self.c, self.r);

let mut cells = Output {

// 0x23, 0x34, 0x4B

})

});

apply((c, r), self, cells);

}

pub fn line_number_offset(&self) -> usize {