444 lines
17 KiB
Rust
444 lines
17 KiB
Rust
use super::*;
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impl Ferese {
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pub fn toggle_focused_floating(&mut self) {
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let Some(window) = self.focused_window else {
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return;
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};
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let Some(bounds) = self.output_bounds() else {
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return;
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};
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let mut floating_rect = match self.workspaces.placement(window) {
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Some(WindowPlacement::Tiled) => self
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.tiled_layout(bounds)
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.ok()
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.and_then(|layout| layout.geometry.get(&window).copied())
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.unwrap_or_else(|| centered_floating_rect(bounds)),
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Some(WindowPlacement::Floating { rect }) => rect,
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None => return,
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};
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if let Some(handle) = self.windows.window(window).cloned() {
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if matches!(
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self.workspaces.placement(window),
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Some(WindowPlacement::Floating { .. })
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) {
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self.remember_floating(&handle);
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} else {
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floating_rect = self.place_floating(
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&handle,
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Some(window),
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bounds,
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(floating_rect.width, floating_rect.height),
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None,
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);
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}
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}
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let axis = self
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.workspaces
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.active()
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.layout
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.automatic_axis(Some(window), bounds)
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.unwrap_or(Axis::Horizontal);
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if let Err(error) = self.workspaces.toggle_floating(window, floating_rect, axis, 0.5) {
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tracing::error!(%error, ?window, "failed to toggle floating window");
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return;
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}
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self.relayout();
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}
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pub fn toggle_focused_fullscreen(&mut self) {
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let Some(window) = self.focused_window else {
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return;
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};
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if let Err(error) = self.workspaces.toggle_fullscreen(window) {
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tracing::error!(%error, ?window, "failed to toggle fullscreen window");
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return;
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}
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self.relayout();
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}
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pub fn toggle_focused_maximized(&mut self) {
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let Some(window) = self.focused_window else {
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return;
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};
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// Super+F from true fullscreen enters decorated maximization.
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let fullscreen = self
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.workspaces
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.workspace_for_window(window)
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.and_then(|workspace| self.workspaces.workspace(workspace))
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.is_some_and(|workspace| workspace.fullscreen == Some(window));
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let enabled = fullscreen || !self.windows.record(window).is_some_and(|w| w.maximized);
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self.set_window_maximized(window, enabled);
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}
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pub fn set_window_maximized(&mut self, window: WindowId, enabled: bool) {
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if self.workspaces.workspace_for_window(window).is_none() {
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return;
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}
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if enabled {
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let _ = self.workspaces.set_fullscreen(window, false);
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self.windows.update(window, |w| w.maximized = true);
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} else {
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self.windows.update(window, |w| w.maximized = false);
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}
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if self.workspaces.placement(window) == Some(WindowPlacement::Tiled) {
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let workspace_id = self.workspaces.workspace_for_window(window).unwrap();
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if let Some(workspace) = self.workspaces.workspace_mut(workspace_id)
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&& let WorkspaceLayout::Scrolling(layout) = &mut workspace.layout
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{
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if enabled {
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if let Some(column) = layout.columns().iter().find(|column| column.windows.contains(&window)) {
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self.windows.update(window, |w| {
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w.maximized_column_width.get_or_insert(column.width);
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});
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}
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let _ = layout.set_column_width(window, ColumnWidth::Proportion(1.0));
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} else if let Some(width) = self
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.windows
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.update(window, |w| w.maximized_column_width.take())
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.flatten()
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{
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let _ = layout.set_column_width(window, width);
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}
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}
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}
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self.relayout();
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}
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pub(crate) fn output_has_fullscreen(&self, output: &Output) -> bool {
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self.output_has_fullscreen_for_frame(output, self.overview.is_presenting())
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}
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pub(crate) fn output_has_fullscreen_for_frame(&self, output: &Output, overview: bool) -> bool {
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!overview
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&& self
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.output_id(output)
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.and_then(|id| self.output_workspaces.active_workspace(id))
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.and_then(|workspace| self.workspaces.workspace(workspace))
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.is_some_and(|workspace| workspace.fullscreen.is_some())
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}
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pub fn set_window_fullscreen(&mut self, window: WindowId, enabled: bool) {
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match self.workspaces.set_fullscreen(window, enabled) {
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Ok(true) => self.relayout(),
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Ok(false) => {}
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Err(error) => {
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tracing::error!(%error, ?window, enabled, "failed to set fullscreen window")
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}
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}
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}
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pub fn is_floating_window(&self, window: &Window) -> bool {
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self.windows
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.ids()
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.get(window)
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.and_then(|id| self.workspaces.placement(*id))
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.is_some_and(|placement| matches!(placement, WindowPlacement::Floating { .. }))
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}
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pub fn set_floating_window_geometry(
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&mut self,
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window: &Window,
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location: Point<i32, Logical>,
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size: Size<i32, Logical>,
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) {
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let Some(id) = self.windows.ids().get(window).copied() else {
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return;
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};
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self.windows.update(id, |w| w.resize_anchor.take()).flatten();
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let rect = Rect::new(
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location.x as f64,
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location.y as f64,
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size.w.max(1) as f64,
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size.h.max(1) as f64,
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);
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if let Err(error) = self.workspaces.set_floating_rect(id, rect) {
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tracing::error!(%error, ?id, "failed to update floating window geometry");
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return;
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}
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// Direct manipulation follows the pointer, including while the client is
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// still drawing its next buffer. Rendering and hit testing share this rect.
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self.windows.clear_transaction(&id);
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self.render.clear_snapshot(&id);
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let Some(record) = self.windows.record_mut(id) else {
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return;
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};
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let geometry = record
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.geometry
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.get_or_insert_with(|| WindowGeometry::new(rect, client_size(window)));
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if geometry.is_zooming() {
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self.stacking_cache.invalidate();
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}
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if let Some(size) = geometry.follow_pointer(rect, self.start_time.elapsed())
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&& let Some(toplevel) = window.toplevel()
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{
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toplevel.with_pending_state(|state| {
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state.size = Some((size.width, size.height).into());
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});
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toplevel.send_pending_configure();
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}
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self.windows.update(id, |record| record.world_x = None);
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self.windows.update(id, |record| record.coupled_width = None);
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self.map_window_geometry(window.clone(), location);
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self.sync_window_stacking();
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// Move/resize/cancel callbacks run with Smithay's pointer mutex held.
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// Cursor rendering reads current_location(), which would lock it again.
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// The event-loop epilogue coalesces this redraw after the grab returns.
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self.cursor_redraw_pending = true;
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}
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pub(super) fn output_bounds(&self) -> Option<Rect> {
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let output = self.focused_output().or_else(|| self.space.outputs().next())?;
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self.output_bounds_for(output)
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}
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pub(super) fn floating_outputs(&self) -> Vec<(String, Rect)> {
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self.space
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.outputs()
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.filter_map(|output| self.output_bounds_for(output).map(|work| (output.name(), work)))
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.collect()
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}
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pub(super) fn floating_metadata(window: &Window) -> (Option<String>, Option<WlSurface>) {
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window
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.toplevel()
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.map(|top| {
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let app = with_states(top.wl_surface(), |states| {
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states
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.data_map
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.get::<XdgToplevelSurfaceData>()
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.and_then(|data| data.lock().ok().and_then(|data| data.app_id.clone()))
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});
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(app, top.parent())
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})
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.unwrap_or_default()
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}
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pub(super) fn floating_obstacles(&self, exclude: Option<WindowId>, work: Rect) -> Vec<(u64, Rect)> {
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self.space
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.elements()
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.filter_map(|window| {
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let id = *self.windows.ids().get(window)?;
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if Some(id) == exclude {
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return None;
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}
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let workspace = self.workspaces.workspace_for_window(id)?;
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let owner = self.output_workspaces.output_for_workspace(workspace)?;
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if self.output_workspaces.active_workspace(owner) != Some(workspace) {
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return None;
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}
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if self
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.workspaces
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.workspace(workspace)?
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.fullscreen
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.is_some_and(|full| full != id)
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&& !matches!(self.workspaces.placement(id), Some(WindowPlacement::Floating { .. }))
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{
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return None;
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}
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let rect = self.presented_window_rect(id)?;
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crate::floating::intersection(rect, work).map(|visible| (id.0, visible))
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})
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.collect()
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}
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pub(super) fn place_floating(
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&mut self,
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window: &Window,
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id: Option<WindowId>,
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work: Rect,
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size: (f64, f64),
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overrides: Option<(Option<f64>, Option<f64>)>,
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) -> Rect {
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use crate::floating::{centered, clamp_to_work, intersection, min_overlap};
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let outputs = self.floating_outputs();
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let output = outputs
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.iter()
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.find(|(_, area)| *area == work)
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.map(|(name, _)| name.as_str())
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.unwrap_or("unknown");
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let (app, parent) = Self::floating_metadata(window);
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let parent_rect = parent
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.as_ref()
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.and_then(|surface| self.windows.id_for_surface(surface))
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.and_then(|parent| self.presented_window_rect(parent))
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.and_then(|rect| intersection(rect, work));
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let dialog = crate::window_rules::is_native_dialog(app.as_deref());
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let remembered = id
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.and_then(|id| self.windows.record(id).and_then(|w| w.floating_memory.as_ref()))
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.or_else(|| {
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if parent.is_none() {
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app.as_deref().and_then(|app| self.floating_memory.get(app))
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} else {
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None
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}
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})
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.filter(|entry| !dialog && entry.output == output)
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.and_then(|entry| entry.restore(&outputs));
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let (width, height) = overrides.unwrap_or_default();
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let constraints = window
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.toplevel()
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.map(|top| {
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with_states(top.wl_surface(), |states| {
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let mut cache = states.cached_state.get::<SurfaceCachedState>();
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let state = cache.current();
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SizeConstraints {
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min_width: state.min_size.w.max(1) as f64,
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min_height: state.min_size.h.max(1) as f64,
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max_width: (state.max_size.w > 0).then_some(state.max_size.w as f64),
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max_height: (state.max_size.h > 0).then_some(state.max_size.h as f64),
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}
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})
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})
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.unwrap_or_default();
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let stored_size = if parent_rect.is_none() {
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remembered.map(|r| (r.width, r.height)).unwrap_or(size)
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} else {
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size
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};
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let sized = constrained_floating_rect(
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Rect::new(0., 0., width.unwrap_or(stored_size.0), height.unwrap_or(stored_size.1)),
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constraints,
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);
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let dimensions = (sized.width, sized.height);
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let rect = if dialog {
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centered(dimensions, work)
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} else if let Some(parent) = parent_rect {
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centered(dimensions, parent)
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} else if let Some(mut rect) = remembered {
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rect.width = dimensions.0;
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rect.height = dimensions.1;
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rect
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} else {
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let others = self
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.floating_obstacles(id, work)
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.into_iter()
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.map(|(_, r)| r)
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.collect::<Vec<_>>();
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let anchor = id
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.and_then(|id| self.windows.record(id).and_then(|w| w.placement_anchor))
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.or_else(|| {
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self.focused_window
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.filter(|focused| Some(*focused) != id)
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.and_then(|focused| self.presented_window_rect(focused))
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})
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.and_then(|rect| intersection(rect, work))
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.unwrap_or(work);
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min_overlap(
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dimensions,
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work,
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&others,
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(anchor.x + anchor.width / 2., anchor.y + anchor.height / 2.),
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)
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.unwrap_or_else(|| self.floating_cascade.place(output, work, dimensions))
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};
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clamp_to_work(rect, work)
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}
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pub(crate) fn remember_floating(&mut self, window: &Window) {
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let Some(id) = self.windows.ids().get(window).copied() else {
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return;
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};
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let Some(WindowPlacement::Floating { rect }) = self.workspaces.placement(id) else {
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return;
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};
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let (app, parent) = Self::floating_metadata(window);
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if parent.is_some() || crate::window_rules::is_native_dialog(app.as_deref()) {
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return;
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}
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// A drag can finish on another output without changing workspace ownership.
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let Some((output, work)) = self
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.floating_outputs()
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.into_iter()
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.max_by(|(_, a), (_, b)| {
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let area = |work| crate::floating::intersection(rect, work).map_or(0., |r| r.width * r.height);
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area(*a).total_cmp(&area(*b))
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})
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.filter(|(_, work)| crate::floating::intersection(rect, *work).is_some())
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else {
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return;
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};
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let entry = crate::floating::Remembered::new(output, rect, work);
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self.windows.update(id, |w| w.floating_memory = Some(entry.clone()));
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if let Some(app) = app {
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self.floating_memory.save(app, entry);
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}
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if self.nested_backend.is_none()
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&& let Some(path) = crate::floating::Memory::path()
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&& let Err(error) = self.floating_save_worker.queue(path, &self.floating_memory)
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{
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tracing::warn!(%error,"could not queue floating window placement save");
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}
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}
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pub(crate) fn floating_snap_lines(
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&self,
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window: &Window,
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raw: Rect,
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) -> (Vec<crate::floating::SnapLine>, Vec<crate::floating::SnapLine>) {
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let id = self.windows.ids().get(window).copied();
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let work = self
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.floating_outputs()
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.into_iter()
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.max_by(|(_, a), (_, b)| {
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let area = |work| crate::floating::intersection(raw, work).map_or(0., |r| r.width * r.height);
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area(*a).total_cmp(&area(*b))
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})
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.filter(|(_, work)| crate::floating::intersection(raw, *work).is_some())
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.map(|(_, work)| work)
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.or_else(|| id.and_then(|id| self.floating_bounds_for_window(id)));
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let Some(work) = work else {
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return Default::default();
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};
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crate::floating::snap_lines(raw, work, &self.floating_obstacles(id, work))
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}
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pub(crate) fn floating_snap_bypassed(&self) -> bool {
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self.seat
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.get_keyboard()
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.is_some_and(|keyboard| keyboard.modifier_state().shift)
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}
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pub(super) fn floating_bounds_for_window(&self, window: WindowId) -> Option<Rect> {
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let output_id = self
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.workspaces
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.workspace_for_window(window)
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.and_then(|workspace| self.output_workspaces.output_for_workspace(workspace));
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output_id
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.and_then(|id| self.outputs_by_id.get(&id))
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.and_then(|output| self.output_bounds_for(output))
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.or_else(|| self.output_bounds())
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}
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pub(crate) fn output_bounds_for(&self, output: &Output) -> Option<Rect> {
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let geometry = self.space.output_geometry(output)?;
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let zone = layer_map_for_output(output).non_exclusive_zone();
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Some(Rect::new(
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(geometry.loc.x + zone.loc.x) as f64,
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(geometry.loc.y + zone.loc.y) as f64,
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zone.size.w.max(0) as f64,
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zone.size.h.max(0) as f64,
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))
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}
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pub(super) fn full_output_bounds_for(&self, output: &Output) -> Option<Rect> {
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let geometry = self.space.output_geometry(output)?;
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Some(Rect::new(
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geometry.loc.x as f64,
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geometry.loc.y as f64,
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geometry.size.w as f64,
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geometry.size.h as f64,
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))
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}
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}
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