import AppKit
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import SwiftUI
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final class OverlayPanel: NSPanel {
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override var canBecomeKey: Bool { true }
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override var canBecomeMain: Bool { true }
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override func constrainFrameRect(_ frameRect: NSRect, to screen: NSScreen?) -> NSRect {
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frameRect
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}
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}
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final class OverlayWindowController {
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struct Dependencies {
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let shouldStageAsAccessory: () -> Bool
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let isSettingsVisible: () -> Bool
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let settingsWindow: () -> NSWindow?
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let canHideOverlay: () -> Bool
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let currentOverlayLevel: () -> NSWindow.Level
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let overlayLevel: (_ initialQuickSearchSource: String?) -> NSWindow.Level
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let makeContentView: (_ initialQuickSearchSource: String?) -> NSView
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let installOverlayKeyMonitor: () -> Void
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let removeOverlayKeyMonitor: () -> Void
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let removeQuickSearchMouseMonitor: () -> Void
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let detachSettingsWindow: (NSWindow) -> Void
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let prepareSettingsWindow: (NSWindow) -> Void
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let refreshChromeState: (_ activate: Bool, _ avoidSpaceSwitch: Bool) -> Void
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let onWillHide: () -> Void
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let onDidHide: () -> Void
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let onDidShow: () -> Void
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}
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private struct OverlayPlacementContext {
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let screen: NSScreen
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let frame: NSRect
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}
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private struct ForeignWindowFrame {
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let owner: String
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let frame: NSRect
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}
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private let dependencies: Dependencies
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private(set) var window: NSWindow?
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private(set) var generation = 0
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var avoidsSpaceSwitch = false
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var isVisible: Bool {
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window?.isVisible == true
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}
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init(dependencies: Dependencies) {
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self.dependencies = dependencies
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}
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func toggle(preferredScreen: NSScreen?) {
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if window?.isVisible == true {
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hide(force: true)
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} else {
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show(preferredScreen: preferredScreen)
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}
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}
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func showOrFocus(preferredScreen: NSScreen? = nil) {
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let placement = overlayPlacementContextForNextOverlay(preferredScreen: preferredScreen)
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let shouldAvoidSpaceSwitch = placement.map { hasFullscreenWindowOnScreen($0.screen) } ?? false
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if let window, window.isVisible {
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avoidsSpaceSwitch = shouldAvoidSpaceSwitch
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moveToCurrentPlacement(preferredScreen: preferredScreen)
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window.level = dependencies.currentOverlayLevel()
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dependencies.refreshChromeState(!shouldAvoidSpaceSwitch, shouldAvoidSpaceSwitch)
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orderFront(window)
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if let settingsWindow = dependencies.settingsWindow(), settingsWindow.isVisible {
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dependencies.prepareSettingsWindow(settingsWindow)
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}
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return
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}
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show(preferredScreen: preferredScreen)
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}
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func show(
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initialQuickSearchSource: String? = nil,
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preferredScreen: NSScreen? = nil,
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stagedForAllSpaces: Bool = false
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) {
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guard let placement = overlayPlacementContextForNextOverlay(preferredScreen: preferredScreen) else { return }
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let shouldAvoidSpaceSwitch = hasFullscreenWindowOnScreen(placement.screen)
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let shouldStageAsAccessory = dependencies.shouldStageAsAccessory() || shouldAvoidSpaceSwitch
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if !stagedForAllSpaces && shouldStageAsAccessory {
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if NSApp.activationPolicy() != .accessory {
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NSApp.setActivationPolicy(.accessory)
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}
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if NSApp.isActive {
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NSApp.deactivate()
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}
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DispatchQueue.main.asyncAfter(deadline: .now() + 0.08) { [weak self] in
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self?.show(
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initialQuickSearchSource: initialQuickSearchSource,
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preferredScreen: placement.screen,
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stagedForAllSpaces: true
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)
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}
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return
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}
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if window?.isVisible == true {
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hide(force: true)
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} else if let existingWindow = window {
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existingWindow.orderOut(nil)
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window = nil
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}
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avoidsSpaceSwitch = shouldAvoidSpaceSwitch
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let newWindow = makeOverlayWindow(
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on: placement.screen,
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initialQuickSearchSource: initialQuickSearchSource
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)
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generation &+= 1
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window = newWindow
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dependencies.installOverlayKeyMonitor()
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if shouldStageAsAccessory {
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if NSApp.isActive {
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NSApp.deactivate()
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}
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if NSApp.activationPolicy() != .accessory {
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NSApp.setActivationPolicy(.accessory)
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}
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}
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let targetLevel = dependencies.overlayLevel(initialQuickSearchSource)
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newWindow.setFrame(placement.frame, display: true)
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newWindow.level = targetLevel
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orderFront(newWindow)
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let placementFrame = placement.frame
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let finishForegroundClaim: () -> Void = { [weak self, weak newWindow] in
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guard let self, let newWindow, self.window === newWindow else { return }
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self.dependencies.refreshChromeState(!shouldAvoidSpaceSwitch, shouldAvoidSpaceSwitch)
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if newWindow.frame != placementFrame {
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newWindow.setFrame(placementFrame, display: true)
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self.orderFront(newWindow)
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}
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if let settingsWindow = self.dependencies.settingsWindow(), settingsWindow.isVisible {
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self.dependencies.prepareSettingsWindow(settingsWindow)
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}
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self.dependencies.onDidShow()
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}
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if !dependencies.isSettingsVisible() {
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DispatchQueue.main.asyncAfter(deadline: .now() + 0.12, execute: finishForegroundClaim)
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} else {
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finishForegroundClaim()
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}
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}
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func hide(force: Bool = false, discardWindow: Bool = false) {
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guard force || dependencies.canHideOverlay() else { return }
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generation &+= 1
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dependencies.onWillHide()
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if let settingsWindow = dependencies.settingsWindow(), settingsWindow.parent == window {
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dependencies.detachSettingsWindow(settingsWindow)
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}
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window?.orderOut(nil)
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dependencies.removeOverlayKeyMonitor()
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dependencies.removeQuickSearchMouseMonitor()
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avoidsSpaceSwitch = false
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dependencies.refreshChromeState(false, false)
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dependencies.onDidHide()
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if discardWindow {
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window = nil
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}
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}
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func screenUnderMouse() -> NSScreen? {
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overlayPlacementContextForNextOverlay(preferredScreen: nil)?.screen
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}
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func screenContainingCurrentPointer() -> NSScreen? {
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let mousePoint = NSEvent.mouseLocation
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return NSScreen.screens.first(where: {
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NSMouseInRect(mousePoint, $0.frame, false)
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})
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}
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private func moveToCurrentPlacement(preferredScreen: NSScreen?) {
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guard let window,
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let placement = overlayPlacementContextForNextOverlay(preferredScreen: preferredScreen),
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window.frame != placement.frame
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else { return }
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window.setFrame(placement.frame, display: true)
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}
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private func makeOverlayWindow(on screen: NSScreen, initialQuickSearchSource: String?) -> NSWindow {
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let panel = OverlayPanel(
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contentRect: screen.frame,
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styleMask: [.borderless, .fullSizeContentView, .nonactivatingPanel],
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backing: .buffered,
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defer: false
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)
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panel.isFloatingPanel = true
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panel.hidesOnDeactivate = false
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panel.collectionBehavior = [
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.canJoinAllSpaces,
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.fullScreenAuxiliary,
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.stationary,
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.transient,
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.ignoresCycle
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]
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panel.isOpaque = false
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panel.backgroundColor = NSColor.black.withAlphaComponent(0.001)
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panel.hasShadow = false
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panel.titlebarAppearsTransparent = true
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panel.titleVisibility = .hidden
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panel.isReleasedWhenClosed = false
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panel.contentView = dependencies.makeContentView(initialQuickSearchSource)
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return panel
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}
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private func orderFront(_ window: NSWindow) {
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window.makeKeyAndOrderFront(nil)
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window.orderFrontRegardless()
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}
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private func overlayPlacementContextForNextOverlay(preferredScreen: NSScreen?) -> OverlayPlacementContext? {
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if let screen = preferredScreen {
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return OverlayPlacementContext(screen: screen, frame: screen.frame)
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}
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guard let screen = screenContainingCurrentPointer() ?? NSScreen.main ?? NSScreen.screens.first else {
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return nil
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}
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return OverlayPlacementContext(screen: screen, frame: screen.frame)
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}
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private func hasFullscreenWindowOnScreen(_ screen: NSScreen) -> Bool {
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let screenFrame = screen.frame
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let windowFrames = foreignLayerZeroWindows(on: screenFrame)
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if windowFrames.contains(where: { isSingleFullscreenWindow($0.frame, on: screenFrame) }) {
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return true
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}
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return hasSplitViewFullscreenWindows(windowFrames, on: screenFrame)
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}
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private func foreignLayerZeroWindows(on screenFrame: NSRect) -> [ForeignWindowFrame] {
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let windows = CGWindowListCopyWindowInfo([.optionOnScreenOnly, .excludeDesktopElements], kCGNullWindowID) as? [[String: Any]] ?? []
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return windows.compactMap { info in
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guard let owner = info[kCGWindowOwnerName as String] as? String,
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owner != AppIdentity.displayName,
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owner != "Window Server",
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owner != "Dock",
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owner != "loginwindow",
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let layer = info[kCGWindowLayer as String] as? Int,
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layer == 0,
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let bounds = info[kCGWindowBounds as String] as? NSDictionary
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else { return nil }
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let frame = NSRect(
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x: cgWindowDimension(bounds, "X"),
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y: cgWindowDimension(bounds, "Y"),
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width: cgWindowDimension(bounds, "Width"),
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height: cgWindowDimension(bounds, "Height")
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)
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guard frame.intersects(screenFrame) else { return nil }
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return ForeignWindowFrame(owner: owner, frame: frame)
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}
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}
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private func isSingleFullscreenWindow(_ windowFrame: NSRect, on screenFrame: NSRect) -> Bool {
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let widthMatches = abs(windowFrame.width - screenFrame.width) <= 12
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let heightMatches = windowFrame.height >= screenFrame.height * 0.88
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let horizontallyAligned = abs(windowFrame.midX - screenFrame.midX) <= 12
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let verticallyAligned = abs(windowFrame.maxY - screenFrame.maxY) <= 32
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return widthMatches && heightMatches && horizontallyAligned && verticallyAligned
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}
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private func hasSplitViewFullscreenWindows(_ windows: [ForeignWindowFrame], on screenFrame: NSRect) -> Bool {
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let clippedWindows = windows.map {
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ForeignWindowFrame(owner: $0.owner, frame: $0.frame.intersection(screenFrame))
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}
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let tallWindows = clippedWindows
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.filter { window in
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let frame = window.frame
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return frame.height >= screenFrame.height * 0.86
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&& frame.width >= screenFrame.width * 0.20
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&& frame.width <= screenFrame.width * 0.86
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&& abs(frame.maxY - screenFrame.maxY) <= 32
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}
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.sorted { $0.frame.minX < $1.frame.minX }
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guard tallWindows.count >= 2 else { return false }
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for startIndex in tallWindows.indices {
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var union = tallWindows[startIndex].frame
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var lastMaxX = union.maxX
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for window in tallWindows.dropFirst(startIndex + 1) {
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let gap = window.frame.minX - lastMaxX
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if gap < -32 || gap > 48 {
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break
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}
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union = union.union(window.frame)
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lastMaxX = max(lastMaxX, window.frame.maxX)
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let touchesLeft = abs(union.minX - screenFrame.minX) <= 32
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let touchesRight = abs(union.maxX - screenFrame.maxX) <= 32
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let coversWidth = union.width >= screenFrame.width * 0.92
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let coversHeight = union.height >= screenFrame.height * 0.86
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if touchesLeft && touchesRight && coversWidth && coversHeight {
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return true
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}
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}
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}
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return false
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}
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private func cgWindowDimension(_ bounds: NSDictionary, _ key: String) -> CGFloat {
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if let value = bounds[key] as? CGFloat {
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return value
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}
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if let value = bounds[key] as? NSNumber {
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return CGFloat(truncating: value)
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}
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return 0
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}
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}
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