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//! The `SqllyDataTable` GPUI widget and its builder. Owns one
//! `Entity<GridState>` and wires GPUI's mouse / keyboard / scroll events to
//! its methods. A bunch of `state.clone()` clones exist because each closure
//! needs its own owned reference to the GPUI entity handle.
use crate::config::GridConfig;
use crate::data::GridData;
use crate::grid::context_menu::{
ContextMenuProvider, ContextMenuProviderHandle, PendingCustomContextMenuAction,
};
use crate::grid::paint::{paint_grid, paint_status_bar, PaintData, StatusBarData};
use crate::grid::state::state_inner;
use crate::grid::state::{GridState, EDGE_SCROLL_TICK_MS};
use crate::grid::theme::GridTheme;
use crate::grid::{menu, HitResult, MenuItem};
use gpui::{
canvas, div, point, px, App, AppContext, Context, Entity, FocusHandle, Focusable,
InteractiveElement, KeyDownEvent, MouseButton, MouseDownEvent, MouseMoveEvent, MouseUpEvent,
ParentElement, Render, ScrollWheelEvent, Styled, Window,
};
/// Top-level GPUI widget.
pub struct SqllyDataTable {
pub state: Entity<GridState>,
}
impl SqllyDataTable {
/// Wrap an existing `Entity<GridState>`.
#[must_use]
pub fn new(state: Entity<GridState>) -> Self {
Self { state }
}
/// Construct from `GridData` using the default [`GridConfig`].
#[must_use]
pub fn builder(data: GridData) -> SqllyDataTableBuilder {
SqllyDataTableBuilder {
data,
config: GridConfig::default(),
context_menu_provider: None,
}
}
}
/// Builder for `SqllyDataTable`.
pub struct SqllyDataTableBuilder {
data: GridData,
config: GridConfig,
context_menu_provider: Option<ContextMenuProviderHandle>,
}
impl SqllyDataTableBuilder {
/// Override the entire [`GridConfig`].
#[must_use]
pub fn config(mut self, config: GridConfig) -> Self {
self.config = config;
self
}
/// Override only the [`GridTheme`]. No-op for now; kept for symmetry.
#[must_use]
pub fn theme(self, theme: GridTheme) -> Self {
let _ = theme;
self
}
/// Register a custom right-click menu provider. When registered, the
/// provider fully controls the right-click menu for all targets (cells,
/// row headers, column headers). The built-in column-header menu is
/// suppressed; use
/// [`crate::grid::context_menu::ContextMenuItem::standard_column_header_items`]
/// to compose built-in actions.
#[must_use]
pub fn context_menu_provider(mut self, provider: impl ContextMenuProvider + 'static) -> Self {
self.context_menu_provider = Some(ContextMenuProviderHandle::new(provider));
self
}
/// Build the widget inside the supplied [`gpui::App`].
pub fn build(self, cx: &mut App) -> SqllyDataTable {
let focus = cx.focus_handle();
let provider = self.context_menu_provider;
let state = cx.new(|_cx| {
let mut s = GridState::new(self.data, self.config, focus.clone());
s.context_menu_provider = provider;
s
});
SqllyDataTable { state }
}
}
impl Focusable for SqllyDataTable {
fn focus_handle(&self, cx: &App) -> FocusHandle {
self.state.read(cx).focus_handle.clone()
}
}
impl Render for SqllyDataTable {
fn render(&mut self, _window: &mut Window, cx: &mut Context<Self>) -> impl gpui::IntoElement {
let state_canvas = self.state.clone();
let state_status = self.state.clone();
let state_mouse = self.state.clone();
let state_move = self.state.clone();
let state_up = self.state.clone();
let state_scroll = self.state.clone();
let state_key = self.state.clone();
let state_right = self.state.clone();
let bg = self.state.read(cx).theme.bg;
let focus_handle = self.state.read(cx).focus_handle.clone();
let focus_left = focus_handle.clone();
let focus_right = focus_handle.clone();
let status_h = self.state.read(cx).status_bar_height;
// Process any pending menu action from a previous mouse-down on a
// menu item (needs App access for clipboard).
if let Some((action, col)) = self.state.read(cx).pending_action {
self.state.update(cx, |s, cx| {
s.execute_action(action, col, cx);
s.pending_action = None;
});
}
// Process any pending custom context-menu action.
if let Some(pending) = self
.state
.read(cx)
.pending_custom_context_menu_action
.clone()
{
self.state.update(cx, |s, cx| {
s.pending_custom_context_menu_action = None;
s.execute_custom_context_menu_action(pending, cx);
});
}
// Spawn an edge-scroll timer **only while a drag is in progress**, and
// **only one at a time**. Without the `edge_scroll_active` guard,
// `render` would spawn a fresh 16 ms loop on every frame/notify during
// a drag — each successful tick calls `cx.notify()`, which re-renders
// and spawned yet another task, stacking concurrent loops that each
// apply a scroll delta per tick and multiply the effective speed
// without bound. The task clears the flag when it exits.
if self.state.read(cx).is_dragging && !self.state.read(cx).edge_scroll_active {
self.state.update(cx, |s, _cx| s.edge_scroll_active = true);
let state_edge = self.state.clone();
cx.spawn(async move |_weak, cx| {
loop {
gpui::Timer::after(std::time::Duration::from_millis(EDGE_SCROLL_TICK_MS)).await;
let res = cx.update(|cx| state_edge.update(cx, |s, _cx| s.apply_edge_scroll()));
if let Ok(true) = res {
let _ = state_edge.update(cx, |_s, cx| cx.notify());
}
let dragging_res = cx.update(|cx| state_edge.read(cx).is_dragging);
if !matches!(dragging_res, Ok(true)) {
break;
}
}
let _ =
cx.update(|cx| state_edge.update(cx, |s, _cx| s.edge_scroll_active = false));
})
.detach();
}
div()
.flex()
.flex_col()
.size_full()
.track_focus(&focus_handle)
.bg(bg)
.child(
canvas(
move |bounds, window, cx| -> PaintData {
let viewport = window.viewport_size();
state_canvas.update(cx, |s, cx| {
let mut dirty = false;
if s.bounds != bounds {
s.bounds = bounds;
dirty = true;
}
if s.window_viewport != viewport {
s.window_viewport = viewport;
}
if dirty {
cx.notify();
}
});
let s = state_canvas.read(cx);
PaintData::from_state(s)
},
move |bounds, data, window, cx| {
paint_grid(&data, window, cx, bounds);
},
)
.flex_1(),
)
.child(
canvas(
move |_bounds, _window, cx| -> StatusBarData {
let s = state_status.read(cx);
StatusBarData::from_state(s)
},
move |bounds, data, window, cx| {
paint_status_bar(&data, window, cx, bounds);
},
)
.h(px(status_h)),
)
.on_mouse_down(
MouseButton::Left,
move |event: &MouseDownEvent, window, cx| {
window.focus(&focus_left);
state_mouse.update(cx, |s, cx| {
// Normalize the absolute window pointer into the grid's
// own frame once, up front. Everything downstream —
// menu hit-testing and `handle_mouse_down` — works in
// grid-relative coordinates.
let rel = state_inner::to_grid_relative(event.position, s.bounds.origin);
if let Some(menu) = s.context_menu.clone() {
let cw = s.char_width;
// Resolve the menu's on-screen position exactly as
// paint does (window viewport, flip up / shift left)
// so hit-testing matches what the user sees.
let grid_ox = f32::from(s.bounds.origin.x);
let grid_oy = f32::from(s.bounds.origin.y);
let viewport = window.viewport_size();
let vw = f32::from(viewport.width);
let vh = f32::from(viewport.height);
let resolved = menu.resolved_position(grid_ox, grid_oy, vw, vh, cw);
let mx_rel = f32::from(rel.x);
let my_rel = f32::from(rel.y);
let w = menu.width_for(cw);
let total_h = menu.total_height();
let ax = f32::from(resolved.x);
let ay = f32::from(resolved.y);
if mx_rel >= ax
&& mx_rel <= ax + w
&& my_rel >= ay
&& my_rel <= ay + total_h
{
if let Some(action_idx) =
menu::hover_at_anchor(&menu, resolved, mx_rel, my_rel, cw)
{
let mut cur = 0;
for item in &menu.items {
match item {
MenuItem::Action(a) => {
if cur == action_idx {
s.pending_action = Some((*a, menu.col));
s.context_menu = None;
cx.notify();
return;
}
cur += 1;
}
MenuItem::Custom { id, .. } => {
if cur == action_idx {
if let Some(request) = &menu.request {
s.pending_custom_context_menu_action =
Some(PendingCustomContextMenuAction {
id: id.clone(),
request: request.clone(),
});
}
s.context_menu = None;
cx.notify();
return;
}
cur += 1;
}
MenuItem::Separator => {}
}
}
}
} else {
s.context_menu = None;
s.filter_prompt = None;
}
}
s.handle_mouse_down(rel, event.modifiers.shift);
cx.notify();
});
},
)
.on_mouse_down(
MouseButton::Right,
move |event: &MouseDownEvent, window, cx| {
window.focus(&focus_right);
state_right.update(cx, |s, cx| {
let pos = state_inner::to_grid_relative(event.position, s.bounds.origin);
let hit = s.hit_test(pos);
// No provider — existing built-in behavior.
if s.context_menu_provider.is_none() {
match hit {
HitResult::ColumnHeader(col) | HitResult::SortButton(col) => {
s.open_context_menu(col, pos);
}
_ => {
s.context_menu = None;
s.filter_prompt = None;
}
}
cx.notify();
return;
}
// Provider exists — build custom menu.
let Some(target) = s.context_menu_target_from_hit(hit) else {
s.context_menu = None;
s.filter_prompt = None;
cx.notify();
return;
};
let effective = s.effective_selection_for_context_target(&target);
if effective != s.selection {
s.selection = effective.clone();
}
let request = s.build_context_menu_request(target, &effective);
let col = request.target.column_index().unwrap_or(0);
let Some(provider) = s.context_menu_provider.clone() else {
return;
};
let public_items = provider.menu_items(&request);
let items = GridState::convert_context_menu_items(public_items);
if items.is_empty() {
s.context_menu = None;
} else {
s.context_menu =
Some(menu::ContextMenu::custom(col, pos, items, request));
}
s.filter_prompt = None;
cx.notify();
});
},
)
.on_mouse_move(move |event: &MouseMoveEvent, _window, cx| {
state_move.update(cx, |s, cx| {
let rel = state_inner::to_grid_relative(event.position, s.bounds.origin);
s.handle_mouse_move(rel, event.pressed_button);
cx.notify();
});
})
.on_mouse_up(
MouseButton::Left,
move |_event: &MouseUpEvent, _window, cx| {
state_up.update(cx, |s, cx| {
s.handle_mouse_up();
cx.notify();
});
},
)
.on_scroll_wheel(move |event: &ScrollWheelEvent, _window, cx| {
state_scroll.update(cx, |s, cx| {
let line_h = px(s.row_height);
let delta = event.delta.pixel_delta(line_h);
let scroll = s.scroll_handle.offset();
let (mx, my) = s.max_scroll();
let new_y = (f32::from(scroll.y) - f32::from(delta.y)).clamp(0.0, my);
let new_x = (f32::from(scroll.x) - f32::from(delta.x)).clamp(0.0, mx);
s.scroll_handle.set_offset(point(px(new_x), px(new_y)));
if s.drag_start.is_some() {
s.handle_scroll_drag();
}
cx.notify();
});
})
.on_key_down(move |event: &KeyDownEvent, _window, cx| {
let ks = &event.keystroke;
if ks.modifiers.platform && ks.key == "q" {
cx.quit();
return;
}
state_key.update(cx, |s, cx| {
let kb = &s.config.key_bindings;
if kb.select_all.matches(ks) {
s.select_all();
} else if kb.copy.matches(ks) {
s.copy_selection(false, cx);
} else if kb.copy_with_headers.matches(ks) {
s.copy_selection(true, cx);
} else if kb.page_up.matches(ks) {
s.page_up();
} else if kb.page_down.matches(ks) {
s.page_down();
} else {
s.handle_key(ks);
}
cx.notify();
});
})
}
}