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WalkthroughThis pull request refactors the core browser logic and expands settings functionality across the Electron and Vite codebases. Major changes include the removal and restructuring of tab management classes, enhanced IPC handlers, updated error handling with optional chaining, and new utility methods. In addition, a comprehensive settings system is introduced alongside a revamped Flow API, new data storage via JSON, and a suite of new React UI components using Radix UI. Configuration files and module aliases have also been updated to support these enhancements. Changes
Sequence Diagram(s)sequenceDiagram
participant R as Renderer
participant P as Preload (ContextBridge)
participant M as Main Process
participant D as DataStore/Settings
R->>P: Call settings.getAppInfo()
P->>M: IPC: "get-app-info"
M->>D: Retrieve application info
D-->>M: Return app info
M-->>P: IPC response with app info
P-->>R: Resolve getAppInfo()
sequenceDiagram
participant R as Renderer
participant F as Flow API
participant S as Settings Store
R->>F: Call getNewTabMode()
F->>S: Retrieve current new tab mode asynchronously
S-->>F: Return "omnibox" or "tab"
F-->>R: Resolve promise with new tab mode
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Actionable comments posted: 14
🧹 Nitpick comments (33)
electron/modules/utils.ts (1)
16-18: Useful Promise-based delay utilityThis function provides a clean way to introduce delays in async code. Consider adding a return type annotation for improved type clarity:
-export function waitFor(ms: number) { +export function waitFor(ms: number): Promise<void> { return new Promise((resolve) => setTimeout(resolve, ms)); }vite/src/routes/settings/index.tsx (1)
7-13: Consider adding a null check for the root element.While the non-null assertion (
!) works if you're certain the element exists, consider using a more defensive approach:-createRoot(document.getElementById("root")!).render( +const rootElement = document.getElementById("root"); +if (!rootElement) { + console.error("Root element not found"); + return; +} +createRoot(rootElement).render(This prevents runtime errors if the DOM element isn't available for any reason.
vite/src/components/settings/sections/about/browser-info-card.tsx (2)
9-12: Consider adding error handling for API calls.The effect hook properly fetches app information, but doesn't handle potential errors from the Promise.
useEffect(() => { getAppInfo().then((info) => { setAppInfo(info); - }); + }).catch((error) => { + console.error("Failed to fetch app info:", error); + }); }, []);
23-24: Consider using dynamic data instead of hardcoded value.The browser name is hardcoded as "Flow Browser" while other values use dynamic data from appInfo.
<div className="text-sm font-medium">Browser Name:</div> - <div className="text-sm">Flow Browser</div> + <div className="text-sm">{appInfo.browser_name || "Flow Browser"}</div>vite/src/components/ui/slider.tsx (1)
24-36: Consider exposing orientation as a propWhile the component handles both horizontal and vertical orientations via CSS, there's no explicit prop for setting this. The data attributes suggest this functionality exists, but it's not clearly exposed in the component API.
function Slider({ className, defaultValue, value, min = 0, max = 100, + orientation = "horizontal", ...props }: React.ComponentProps<typeof SliderPrimitive.Root>) { // ... return ( <SliderPrimitive.Root data-slot="slider" defaultValue={defaultValue} value={value} min={min} max={max} + orientation={orientation} // ... >electron/settings/main.ts (4)
2-2: Unused import: buildChromeContextMenuThe
buildChromeContextMenuimport isn't used anywhere in this file.-import buildChromeContextMenu from "electron-chrome-context-menu";
28-32: Consider theme synchronization with app settingsThe title bar overlay uses
nativeTheme.shouldUseDarkColorsdirectly. For consistency, this should ideally synchronize with your app's theme settings rather than only the system theme.titleBarOverlay: { height: 40, - symbolColor: nativeTheme.shouldUseDarkColors ? "white" : "black", + symbolColor: getAppTheme() === "dark" ? "white" : "black", color: "rgba(0,0,0,0)" },
42-44: Add error handling for potential failuresThe code assumes
createSettingsWindowwill always succeed. Consider adding error handling to manage potential failures during window creation.-registerWindow(WindowType.SETTINGS, "settings", window); -settingsWindow = window; +try { + registerWindow(WindowType.SETTINGS, "settings", window); + settingsWindow = window; +} catch (error) { + console.error("Failed to create settings window:", error); + // Optionally show a dialog to the user +}
80-86: Consider adding response handling to IPC messagesThe current IPC handlers don't provide any response or error handling. For better client-server communication, consider adding responses to the IPC messages.
-ipcMain.on("settings:open", () => { +ipcMain.handle("settings:open", async (event) => { settings.show(); + return { success: true }; }); -ipcMain.on("settings:close", () => { +ipcMain.handle("settings:close", async (event) => { settings.hide(); + return { success: true }; });vite/src/components/ui/tabs.tsx (1)
37-51: Consider breaking down the complex className string for better maintainability.The long className string on line 45 makes the component difficult to maintain and understand. Consider extracting it to a separate constant or breaking it into logical groups.
- className={cn( - "data-[state=active]:bg-background dark:data-[state=active]:text-foreground focus-visible:border-ring focus-visible:ring-ring/50 focus-visible:outline-ring dark:data-[state=active]:border-input dark:data-[state=active]:bg-input/30 text-foreground dark:text-muted-foreground inline-flex h-[calc(100%-1px)] flex-1 items-center justify-center gap-1.5 rounded-md border border-transparent px-2 py-1 text-sm font-medium whitespace-nowrap transition-[color,box-shadow] focus-visible:ring-[3px] focus-visible:outline-1 disabled:pointer-events-none disabled:opacity-50 data-[state=active]:shadow-sm [&_svg]:pointer-events-none [&_svg]:shrink-0 [&_svg:not([class*='size-'])]:size-4", - className - )} + className={cn( + // Base styles + "inline-flex h-[calc(100%-1px)] flex-1 items-center justify-center gap-1.5", + "rounded-md border border-transparent px-2 py-1 text-sm font-medium whitespace-nowrap", + "text-foreground dark:text-muted-foreground", + // State styles + "data-[state=active]:bg-background data-[state=active]:shadow-sm", + "dark:data-[state=active]:text-foreground dark:data-[state=active]:border-input dark:data-[state=active]:bg-input/30", + // Focus styles + "focus-visible:border-ring focus-visible:ring-ring/50 focus-visible:ring-[3px] focus-visible:outline-ring focus-visible:outline-1", + // Disabled styles + "disabled:pointer-events-none disabled:opacity-50", + // Icon styles + "[&_svg]:pointer-events-none [&_svg]:shrink-0 [&_svg:not([class*='size-'])]:size-4", + // Transitions + "transition-[color,box-shadow]", + className + )}electron/browser/protocols.ts (2)
91-121: Add more robust error handling for asset serving.The new
handleAssetRequestfunction is well implemented with security measures to prevent directory traversal attacks. However, the error handling could be more specific to help with debugging.try { // Read file contents const buffer = await fsPromises.readFile(filePath); // Determine content type based on file extension const contentType = getContentType(filePath); return new Response(buffer, { headers: { "Content-Type": contentType } }); } catch (error) { - console.error("Error serving asset:", error); - return new Response("Asset not found", { status: 404 }); + if (error instanceof Error && 'code' in error && error.code === 'ENOENT') { + console.error(`Asset not found: ${filePath}`); + return new Response("Asset not found", { status: 404 }); + } else { + console.error("Error serving asset:", error); + return new Response("Error serving asset", { status: 500 }); + } }
152-155: Ensure protocol registration happens only once.The new app.whenReady() handler correctly registers protocols with the default session, but this could potentially be called multiple times if the file is imported multiple times.
-app.whenReady().then(() => { +// Ensure protocols are only registered once +let protocolsRegistered = false; +app.whenReady().then(() => { + if (protocolsRegistered) return; + protocolsRegistered = true; const defaultSession = session.defaultSession; registerProtocolsWithSession(defaultSession); });electron/browser/utils.ts (1)
1-7: Consider using stronger typing for webuiExtensionId management.The implementation of the extension ID management is good but could benefit from stronger typing to prevent accidental misuse.
// Shared utility variables -let _webuiExtensionId: string | undefined; +/** + * Stores the WebUI extension ID + * @private + */ +let _webuiExtensionId: string | undefined; -export const webuiExtensionId = (): string | undefined => _webuiExtensionId; -export const setWebuiExtensionId = (id: string): void => { +/** + * Returns the current WebUI extension ID + * @returns The WebUI extension ID or undefined if not set + */ +export const webuiExtensionId = (): string | undefined => _webuiExtensionId; + +/** + * Sets the WebUI extension ID + * @param id The WebUI extension ID to set + */ +export const setWebuiExtensionId = (id: string): void => { + if (!id.trim()) { + throw new Error("WebUI extension ID cannot be empty"); + } _webuiExtensionId = id; };vite/src/components/settings/sections/_old/appearance-settings.tsx (3)
14-16: Consider persisting font size state.The component initializes the font size state with a hardcoded value of 16, but there's no mechanism to persist or retrieve the user's saved preference.
-export function AppearanceSettings({ theme, setTheme }: AppearanceSettingsProps) { - const [fontSize, setFontSize] = useState(16) +interface AppearanceSettingsProps { + theme: "light" | "dark" | "system" + setTheme: (theme: "light" | "dark" | "system") => void + fontSize?: number + setFontSize?: (size: number) => void +} + +export function AppearanceSettings({ + theme, + setTheme, + fontSize = 16, + setFontSize = () => {} +}: AppearanceSettingsProps) { + const [localFontSize, setLocalFontSize] = useState(fontSize) + + // Update local state when prop changes + useEffect(() => { + setLocalFontSize(fontSize); + }, [fontSize]); + + // Update parent state when local state changes + const handleFontSizeChange = (value: number) => { + setLocalFontSize(value); + setFontSize(value); + }
30-54: Add aria-label to TabsList for improved accessibility.The tabs implementation would benefit from additional accessibility attributes to improve screen reader experience.
-<TabsList className="grid w-full grid-cols-3"> +<TabsList className="grid w-full grid-cols-3" aria-label="Theme options">
64-72: Use controlled component pattern for Slider.The slider is using defaultValue but then tries to update with onValueChange. This can lead to the component being partially controlled, which React warns against.
-<Slider defaultValue={[16]} max={24} min={12} step={1} onValueChange={(value) => setFontSize(value[0])} /> +<Slider value={[fontSize]} max={24} min={12} step={1} onValueChange={(value) => setFontSize(value[0])} />vite/src/components/settings/sections/about/section.tsx (1)
16-17: Consider using a feature flag instead of hardcodedfalse.Using
{false && (...)}with an eslint disable comment is a less conventional way to conditionally render content. Consider using a proper feature flag or environment variable for better maintainability.- {/* eslint-disable-next-line no-constant-binary-expression */} - {false && ( + {process.env.ENABLE_EXTRA_SETTINGS === 'true' && (vite/src/components/browser-ui/browser-sidebar.tsx (1)
91-98: Consider using a feature flag instead of hardcodedfalse.Using
{false && (...)}with an eslint disable comment is a less conventional way to conditionally render content. Consider using a proper feature flag for better maintainability.- {/* eslint-disable-next-line no-constant-binary-expression */} - {false && ( + {process.env.ENABLE_HOME_BUTTON === 'true' && (electron/saving/datastore.ts (2)
47-56: Consider error handling in getDataStoreNamespace functionThis function doesn't handle errors from the callback or from accessDataStore, which could lead to unhandled promise rejections.
function getDataStoreNamespace<T>(namespace: string, callback: (data: Data) => Promise<T> | T): Promise<T> { - return new Promise((resolve) => { + return new Promise((resolve, reject) => { const accessCallback = async (data: Data) => { - const result = await callback(data); - resolve(result); - return null; + try { + const result = await callback(data); + resolve(result); + return null; + } catch (error) { + reject(error); + return null; + } }; - accessDataStore(namespace, accessCallback); + accessDataStore(namespace, accessCallback).catch(reject); }); }
58-71: Add error handling for JSON parsing failuresThe DataStore implementation doesn't handle potential JSON parsing errors if the file exists but contains invalid JSON.
This issue originates from the
accessDataStorefunction but affects the DataStore class. Consider adding a try-catch around the JSON.parse to provide more helpful error messages and avoid unhandled exceptions.electron/saving/settings.ts (2)
14-24: Consider initializing currentNewTabMode from settingsThe current implementation sets a default value and then immediately tries to load from storage. Consider refactoring to initialize after loading.
-let currentNewTabMode: NewTabMode = "omnibox"; +let currentNewTabMode: NewTabMode; async function cacheNewTabMode() { const iconId = await SettingsDataStore.get<NewTabMode>("newTabMode"); const parseResult = NewTabModeSchema.safeParse(iconId); if (parseResult.success) { currentNewTabMode = parseResult.data; + } else { + currentNewTabMode = "omnibox"; // Default value } } cacheNewTabMode();
17-17: Fix misleading variable nameThe variable
iconIdis actually storing the new tab mode setting, not an icon ID.- const iconId = await SettingsDataStore.get<NewTabMode>("newTabMode"); + const newTabMode = await SettingsDataStore.get<NewTabMode>("newTabMode"); - const parseResult = NewTabModeSchema.safeParse(iconId); + const parseResult = NewTabModeSchema.safeParse(newTabMode);vite/src/components/settings/sections/icon/section.tsx (2)
21-46: Consider implementing the "hardcoded fallback" logic mentioned in the comments.
Currently, an error is logged (line 41) when fetching icons fails, but the comment at line 42 indicates a plan to provide a fallback to hardcoded icon options. The fallback is not implemented yet, which may lead to an incomplete UI if fetching fails.You could, for example, provide a minimal set of default icons if the API is unavailable:
- // Fallback to hardcoded options if API fails + // Provide minimal default icon set as a fallback + setIconOptions([ + { id: 'default1', name: 'Default Icon', author: 'System', current: false } + ]);
52-74: Handle unsuccessful returns fromsetCurrentIconmore explicitly.
The code checksif (success) { ... }but does nothing ifsuccessis false. This can silently fail without informing the user. Consider providing user-facing feedback or at least logging when the icon update fails.if (success) { setSelectedIcon(iconId); ... } else { + console.error("Icon update did not succeed. The icon may not have changed."); }electron/browser/tabbed-browser-window.ts (1)
75-92: Wrap extension loading in a try/catch for better error handling.
Usingawait loadURLandawait insertCSSwithout a try/catch may result in unhandled promise rejections if the load fails. It’s good practice to handle such failures gracefully.async loadWebUI(): Promise<void> { if (webuiExtensionId()) { debugPrint("VITE_UI_EXTENSION", "Loading WebUI from extension"); - const webuiUrl = `chrome-extension://${webuiExtensionId()}/main/index.html`; - await this.webContents.loadURL(webuiUrl); - await this.webContents.insertCSS( - ... - ); + try { + const webuiUrl = `chrome-extension://${webuiExtensionId()}/main/index.html`; + await this.webContents.loadURL(webuiUrl); + await this.webContents.insertCSS( + ... + ); + } catch (error) { + debugError("VITE_UI_EXTENSION", "Failed to load WebUI extension:", error); + } } else { debugError("VITE_UI_EXTENSION", "WebUI extension ID not available"); } }electron/preload.ts (1)
87-142: Provide error handling or user feedback for settings API calls.
When invoking IPC methods (e.g.,ipcRenderer.invoke("get-app-info")oripcRenderer.invoke("set-current-icon-id", iconId)), exceptions can occur. Without a try/catch or error handling, failures may be silent. Consider catching errors or returning them so the UI can handle them appropriately.getAppInfo: async () => { if (!canUseSettingsAPI) return; - const appInfo = await ipcRenderer.invoke("get-app-info"); + let appInfo; + try { + appInfo = await ipcRenderer.invoke("get-app-info"); + } catch (error) { + console.error("Error fetching app info:", error); + return null; // or provide default fallback + } ... },electron/browser/menu.ts (3)
20-29: Ensure consistency withWindowType.BROWSER.The
getFocusedBrowserWindowDatahelper carefully checks if thewinData.typeisWindowType.BROWSER. Confirm that other window types are handled as expected, especially if there's a scenario where we want to differentiate certain popups or settings windows.Consider logging or explicitly handling fallback for non-browser window types to assist with debugging.
91-109: Streamline new tab logic.Inside the “New Tab” click handler, there is a conditional for
getCurrentNewTabMode() === "omnibox"vs. creating a new tab. Consider extracting this logic into a single helper function to reduce duplication if used elsewhere.
181-195: Consolidate close-tab vs. close-window checks.The condition checks if the window is a browser window or not, then either closes the tab or the entire window. This is correct in principle, but grouping the conditions into a single well-labeled function could make it easier to maintain or extend (e.g., for prompt confirmations or saving state before closing).
Also applies to: 197-211
electron/browser/browser.ts (1)
223-224: Validate user confirmation flow for extension installation.Your prompt for adding an extension is clear. To enhance it, consider enumerating the permissions in a more user-friendly manner (e.g. bullet points or separate lines).
vite/src/components/ui/select.tsx (1)
7-11: Consider Using Forwarded Refs forSelectWhile returning
<SelectPrimitive.Root>directly is valid, consider using a forwarded ref (React.forwardRef) for advanced control or future extensibility. This can help users attach refs for form handling or focus management if needed.vite/src/lib/flow.ts (1)
104-121:FlowSettingsAPIInterfaceComprehensive interface presenting clear methods for retrieving/setting icons and new tab modes, plus opening/closing the settings window. Always ensure proper error handling for promises that might be rejected or return invalid data (e.g., 404 icon references).
electron/modules/windows.ts (1)
14-17:WindowTypeEnumLimiting window types to
"browser"or"settings"is straightforward. Make sure future expansions (e.g., “about” or “dialog”) do not require major rework.
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⛔ Files ignored due to path filters (9)
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📒 Files selected for processing (51)
electron/browser/browser.ts(10 hunks)electron/browser/ipc.ts(1 hunks)electron/browser/menu.ts(10 hunks)electron/browser/omnibox.ts(6 hunks)electron/browser/protocols.ts(4 hunks)electron/browser/tabbed-browser-window.ts(1 hunks)electron/browser/tabs.ts(3 hunks)electron/browser/utils.ts(1 hunks)electron/forge.config.ts(1 hunks)electron/index.ts(6 hunks)electron/modules/favicons.ts(1 hunks)electron/modules/icons.ts(1 hunks)electron/modules/output.ts(1 hunks)electron/modules/types.ts(1 hunks)electron/modules/utils.ts(1 hunks)electron/modules/windows.ts(1 hunks)electron/package.json(1 hunks)electron/preload.ts(3 hunks)electron/saving/datastore.ts(1 hunks)electron/saving/settings.ts(1 hunks)electron/settings/main.ts(1 hunks)electron/tsconfig.json(1 hunks)electron/webpack.main.config.js(2 hunks)electron/webpack.renderer.config.js(2 hunks)vite/package.json(1 hunks)vite/src/components/browser-ui/browser-sidebar.tsx(2 hunks)vite/src/components/browser-ui/sidebar/action-buttons.tsx(1 hunks)vite/src/components/browser-ui/sidebar/tabs.tsx(1 hunks)vite/src/components/settings/sections/_old/appearance-settings.tsx(1 hunks)vite/src/components/settings/sections/_old/extensions-settings.tsx(1 hunks)vite/src/components/settings/sections/_old/privacy-settings.tsx(1 hunks)vite/src/components/settings/sections/_old/search-settings.tsx(1 hunks)vite/src/components/settings/sections/about/browser-info-card.tsx(1 hunks)vite/src/components/settings/sections/about/section.tsx(1 hunks)vite/src/components/settings/sections/general/new-tab-mode-card.tsx(1 hunks)vite/src/components/settings/sections/general/section.tsx(1 hunks)vite/src/components/settings/sections/icon/section.tsx(1 hunks)vite/src/components/settings/settings-layout.tsx(1 hunks)vite/src/components/settings/settings-topbar.tsx(1 hunks)vite/src/components/ui/card.tsx(1 hunks)vite/src/components/ui/progress.tsx(1 hunks)vite/src/components/ui/radio-group.tsx(1 hunks)vite/src/components/ui/select.tsx(1 hunks)vite/src/components/ui/slider.tsx(1 hunks)vite/src/components/ui/switch.tsx(1 hunks)vite/src/components/ui/tabs.tsx(1 hunks)vite/src/lib/flow.ts(4 hunks)vite/src/lib/omnibox.ts(1 hunks)vite/src/routes/settings/index.html(1 hunks)vite/src/routes/settings/index.tsx(1 hunks)vite/src/routes/settings/page.tsx(1 hunks)
🧰 Additional context used
🧠 Learnings (1)
electron/browser/omnibox.ts (1)
Learnt from: iamEvanYT
PR: MultiboxLabs/flow-browser#2
File: electron/browser/menu.ts:36-47
Timestamp: 2025-03-24T20:39:45.325Z
Learning: The `setOmniboxBounds` function accepts `null` as a valid argument, which means "use the default bounds" rather than requiring explicit bounds.
🧬 Code Definitions (20)
vite/src/routes/settings/page.tsx (1)
vite/src/components/settings/settings-layout.tsx (1)
SettingsLayout(7-31)
vite/src/components/settings/settings-layout.tsx (4)
vite/src/components/settings/sections/general/section.tsx (1)
GeneralSettings(3-14)vite/src/components/settings/sections/icon/section.tsx (1)
IconSettings(15-158)vite/src/components/settings/sections/about/section.tsx (1)
AboutSettings(6-84)vite/src/components/settings/settings-topbar.tsx (1)
SettingsTopbar(12-46)
vite/src/components/settings/sections/general/section.tsx (1)
vite/src/components/settings/sections/general/new-tab-mode-card.tsx (1)
NewTabModeCard(8-58)
vite/src/components/settings/sections/about/browser-info-card.tsx (1)
vite/src/lib/flow.ts (1)
getAppInfo(178-180)
vite/src/components/browser-ui/sidebar/tabs.tsx (3)
vite/src/lib/omnibox.ts (1)
getNewTabMode(5-7)electron/browser/omnibox.ts (1)
showOmnibox(211-216)vite/src/lib/flow.ts (1)
showOmnibox(169-171)
vite/src/lib/omnibox.ts (2)
vite/src/lib/flow.ts (1)
getCurrentNewTabMode(198-200)electron/saving/settings.ts (1)
getCurrentNewTabMode(26-28)
electron/modules/output.ts (1)
electron/modules/flags.ts (1)
FLAGS(12-26)
electron/settings/main.ts (1)
electron/modules/windows.ts (1)
registerWindow(77-85)
vite/src/components/settings/sections/about/section.tsx (1)
vite/src/components/settings/sections/about/browser-info-card.tsx (1)
BrowserInfoCard(5-47)
electron/browser/omnibox.ts (1)
electron/modules/output.ts (1)
debugPrint(14-20)
vite/src/components/settings/sections/general/new-tab-mode-card.tsx (2)
electron/saving/settings.ts (3)
NewTabMode(12-12)getCurrentNewTabMode(26-28)setCurrentNewTabMode(29-37)vite/src/lib/flow.ts (3)
NewTabMode(31-31)getCurrentNewTabMode(198-200)setCurrentNewTabMode(202-204)
electron/browser/tabbed-browser-window.ts (4)
electron/browser/tabs.ts (1)
Tabs(199-278)electron/browser/omnibox.ts (1)
Omnibox(9-195)electron/browser/utils.ts (1)
webuiExtensionId(4-4)electron/modules/output.ts (2)
debugPrint(14-20)debugError(22-30)
electron/saving/settings.ts (2)
electron/saving/datastore.ts (1)
DataStore(58-71)vite/src/lib/flow.ts (3)
NewTabMode(31-31)getCurrentNewTabMode(198-200)setCurrentNewTabMode(202-204)
vite/src/components/settings/sections/icon/section.tsx (1)
vite/src/lib/flow.ts (3)
getIcons(182-184)getCurrentIcon(186-188)setCurrentIcon(190-192)
electron/webpack.main.config.js (1)
electron/webpack.renderer.config.js (1)
path(1-1)
electron/preload.ts (3)
vite/src/components/main/platform.tsx (1)
Platform(4-4)vite/src/lib/flow.ts (1)
NewTabMode(31-31)electron/saving/settings.ts (1)
NewTabMode(12-12)
electron/browser/menu.ts (5)
electron/modules/windows.ts (1)
getFocusedWindow(59-62)electron/browser/browser.ts (1)
getFocusedWindow(92-94)electron/settings/main.ts (1)
settings(46-77)electron/saving/settings.ts (1)
getCurrentNewTabMode(26-28)electron/browser/omnibox.ts (1)
isOmniboxOpen(225-228)
vite/src/lib/flow.ts (1)
electron/saving/settings.ts (3)
NewTabMode(12-12)getCurrentNewTabMode(26-28)setCurrentNewTabMode(29-37)
electron/modules/icons.ts (3)
vite/src/lib/flow.ts (1)
IconData(22-27)electron/modules/windows.ts (2)
getWindows(53-57)windowEvents(31-34)electron/saving/settings.ts (1)
SettingsDataStore(5-5)
electron/modules/windows.ts (3)
electron/browser/tabbed-browser-window.ts (1)
TabbedBrowserWindow(16-109)electron/index.ts (1)
browser(5-5)electron/browser/browser.ts (2)
getWindows(88-90)getFocusedWindow(92-94)
🪛 Biome (1.9.4)
electron/saving/datastore.ts
[error] 17-44: Promise executor functions should not be async.
(lint/suspicious/noAsyncPromiseExecutor)
🔇 Additional comments (128)
electron/webpack.renderer.config.js (2)
1-2: Import added for path module.The path module will be used for resolving directories in the alias configuration. This is a standard Node.js module and is appropriate for this use case.
21-24: Module resolution improved with alias.Adding the "@" alias is a good practice that simplifies imports across the application by providing a consistent base path. This eliminates the need for complex relative paths (../../) and improves code maintainability.
electron/webpack.main.config.js (2)
3-3: Import added for path module.The path module is correctly imported for use in the alias configuration, maintaining consistency with the renderer config.
23-26:Details
✅ Verification successful
Module resolution improved with alias.
The "@" alias configuration mirrors what was added to the renderer config, ensuring consistent module resolution across both the main and renderer processes. This is particularly important in Electron applications where code may be shared between processes.
When using this alias pattern, make sure to update any TypeScript configuration files (like tsconfig.json) to also recognize these aliases for proper IDE support.
🏁 Script executed:
#!/bin/bash # Check if tsconfig.json has been updated with path aliases fd -e json -x grep -l "compilerOptions" {} \; | xargs grep -l "paths" || echo "No path mappings found in tsconfig files"Length of output: 141
Alias configuration and tsconfig updates verified.
The alias configuration in
electron/webpack.main.config.jsnow mirrors that of the renderer config, ensuring consistent module resolution across processes. Verification via the shell script confirms that the necessary TypeScript configuration files (./vite/tsconfig.app.json,./vite/tsconfig.json, and./electron/tsconfig.json) contain the required path alias mappings. This should maintain proper IDE support.electron/modules/types.ts (1)
1-4: Well-defined minimal event interfaceThis type definition creates a focused event interface that contains only the essential methods needed for preventing default behavior. The
readonlymodifier ondefaultPreventedis a good practice as it ensures this property cannot be modified directly.vite/src/routes/settings/page.tsx (1)
1-5: Clean page component implementationThe SettingsPage component follows React best practices by serving as a simple container that renders the SettingsLayout component. This separation of concerns allows the layout component to handle state management and rendering of different settings sections while the page component remains focused on its primary responsibility.
electron/package.json (1)
32-33: Good addition of Zod for schema validationAdding Zod as a dependency is appropriate for TypeScript-first schema validation. This will help enforce type safety and validation across your application, especially for settings and configuration management.
vite/src/routes/settings/index.html (1)
1-12: LGTM! This HTML structure looks good.The file provides a clean foundation for the settings window with proper HTML5 structure, character encoding, viewport settings, and a mounting point for React components. The "dark" class on the HTML element correctly supports the dark theme styling.
electron/forge.config.ts (1)
114-114: Improved robustness with nullish coalescing operator.Adding the nullish coalescing operator (
??) ensures that ifgetGitHash()returnsnull, thebuildVersionwill be explicitly set toundefinedrather than potentially propagating anullvalue through the application.vite/src/components/settings/sections/general/section.tsx (1)
1-14: LGTM! Clean implementation of the GeneralSettings component.The component follows a good structure for a settings section with proper heading hierarchy and descriptive text. It correctly integrates the NewTabModeCard component in a clean, modular way.
vite/src/components/browser-ui/sidebar/action-buttons.tsx (1)
68-68: Improved conditional rendering for browser actions.Adding the conditional check to only render the browser-action-list when an active tab exists prevents potentially undefined behavior when no tab is open. This is a sensible improvement that makes the UI more predictable.
vite/src/routes/settings/index.tsx (1)
1-13: Clean and standard React entry point setup.This implementation follows best practices by using StrictMode and proper component organization with ThemeProvider.
vite/src/components/ui/progress.tsx (2)
1-31: Well-implemented Progress component using Radix UI primitives.The component is properly typed, handles edge cases with default values, and follows the Radix UI composition pattern correctly.
25-25: Good use of fallback for undefined values.The code elegantly handles undefined values by defaulting to 0 in the transform calculation with
(value || 0).electron/modules/favicons.ts (1)
521-521: Improved robustness with nullish coalescing operator.This change ensures the function always returns a boolean value, even in edge cases where the expression might evaluate to null or undefined.
vite/src/components/settings/settings-layout.tsx (3)
1-31: Well-structured settings layout with proper component organization.The component follows React best practices with effective use of hooks (useState, useMemo) and clean component structure.
10-21: Well-implemented section switching with useMemo.Using useMemo for the section component selection is efficient as it prevents unnecessary re-renders when other state changes occur.
23-30: Good layout implementation with accessibility considerations.The layout uses semantic structure with proper overflow handling and a max-width container for better readability. The
select-noneclass is also a nice touch to prevent accidental text selection in the UI.vite/src/components/ui/switch.tsx (1)
1-31: Well implemented component with good accessibility features!This Switch component implementation follows modern React patterns and effectively uses Radix UI primitives. The component includes proper accessibility attributes with the data-slot attributes and handles various states (checked, unchecked, focus) appropriately.
The styling is comprehensive and includes transitions for smooth state changes. Good use of the utility function
cnfor class name composition.vite/src/components/ui/card.tsx (1)
1-92: Excellent compositional card design pattern!The Card component set follows a well-structured compositional pattern that allows for flexible card layouts. Each component serves a specific purpose within the card structure, and they all use consistent patterns for accepting and applying props and class names.
The use of data-slot attributes is good for targeting specific parts of the card in CSS or JavaScript, and the styling classes provide a solid foundation for consistent card styling across the application.
vite/src/components/ui/radio-group.tsx (1)
1-45: Great implementation with proper accessibility support!The RadioGroup components are well-implemented using Radix UI primitives, which ensures good accessibility out of the box. The styling handles different states appropriately (focus, disabled, etc.) and the visual indicator provides clear feedback for selection state.
The component structure is clean and follows modern React patterns with functional components and proper TypeScript typing.
vite/src/lib/omnibox.ts (2)
3-3: Good addition of the getCurrentNewTabMode import.This import correctly enables the dynamic retrieval of the new tab mode from Flow settings.
5-6: Well-implemented async refactoring.Converting
getNewTabModefrom a hardcoded return value to an async function that retrieves settings dynamically is a good architectural improvement. This change properly supports the new settings functionality.electron/tsconfig.json (1)
1-20: Good TypeScript configuration for Electron app.The TypeScript configuration is well-structured with appropriate settings:
- Modern ECMAScript target (ES2020)
- Proper Node.js module resolution
- Source map generation for debugging
- Strict type checking enabled
- Path aliases configured correctly with
@/*- JSON module support enabled
These settings will provide strong type safety while maintaining good developer experience.
vite/src/components/settings/sections/_old/extensions-settings.tsx (1)
6-88:Details
❓ Verification inconclusive
Extension settings UI looks good, but lacks actual functionality.
The UI design is clean and well-structured, but the component is using static mock data and doesn't have actual extension management functionality implemented. The handlers for toggling extensions, adding, removing, or modifying them are missing.
Also, the file is in an "_old" directory, suggesting this might be a placeholder or deprecated component.
Consider whether this component should be moved from the "_old" directory if it's meant to be used in the final implementation. Also, add the required functionality to make this component interactive once the extension API is available.
🏁 Script executed:
#!/bin/bash # Check if there are any references to this component in the codebase rg "ExtensionsSettings" --type ts --type tsxLength of output: 72
Attention: Verify the usage and functionality of ExtensionsSettings
- The UI for ExtensionsSettings is well-designed, but it currently relies on static mock data. Essential interactive functionalities—such as toggling extensions, and handling add, remove, or modify actions—are missing.
- The fact that this component resides in the
_olddirectory indicates that it might be deprecated or intended only as a placeholder. Please confirm whether this component should be moved to the active area of the codebase for final integration.- Automated searches for references to this component were inconclusive (due to file type recognition issues). It’s advisable to manually verify its usage or re-run the search using appropriate file type settings (e.g., adding a custom type for
.tsxfiles).vite/src/components/settings/settings-topbar.tsx (4)
7-10: Good props interface definition.The interface for the component props is well-defined and typed correctly.
12-17: Well-structured settings navigation sections.The sections array is organized clearly with appropriate icons and labels. This matches the PR objectives which mentioned tabs for settings including "About Tab", "General Tab", and "Icon Tab".
19-46: Clean and responsive topbar implementation.The topbar implementation uses modern React patterns:
- Appropriate motion animations for layout changes
- Proper tab selection with visual indicators
- Good use of flex layout for responsiveness
- Clear visual hierarchy with the "Flow Settings" title
The component correctly uses the provided props to maintain the active section state.
21-25: Good use of app-drag class for window dragging.The app-drag class on the title bar allows users to drag the window by this area, which is a standard pattern for desktop applications. This is important for a native-feeling Electron app.
vite/src/components/settings/sections/about/browser-info-card.tsx (1)
1-47: Well-structured React component with good practices.This BrowserInfoCard component is well implemented with proper React hooks usage, component structure, and TypeScript typing. The component fetches application info on mount and displays it in a clean grid layout.
electron/browser/tabs.ts (3)
3-4: Good refactoring of import paths.The change from relative to absolute imports using the @ prefix improves code maintainability and readability.
55-55: Good use of optional chaining for null safety.Adding optional chaining (
?.) prevents potential runtime errors ifthis.viewis undefined.
78-81: Consistent error handling improvement with optional chaining.The optional chaining operator is correctly applied to both code paths for error handling, preventing potential crashes when
this.webContentsis undefined.electron/modules/output.ts (2)
14-14: Enhanced logging flexibility with broader type support.Changing the parameter type from
string[]toany[]allows logging of various data types without conversion, improving debugging capabilities.
22-22: Consistent error logging with improved type support.The same type enhancement applied to debugError maintains consistency between the two logging functions, allowing for more flexible error reporting.
vite/package.json (2)
16-24: Good addition of Radix UI components for the settings window.The added Radix UI components (progress, radio-group, select, slider, switch, tabs) are appropriate for building an interactive settings interface as described in the PR objectives.
It's worth noting that these components align well with the "Add Settings Window" PR objective and will provide a consistent, accessible UI for the settings functionality.
32-33:Details
❓ Verification inconclusive
Verify React 19 compatibility with the rest of the codebase.
The package.json references React 19, which is a very recent version. Make sure all dependencies are compatible with this version and that you've tested the application thoroughly.
🌐 Web query:
When was React 19 released and what are the major changes from React 18?💡 Result:
React 19, the latest major version of Meta's JavaScript library, was officially released as stable on December 5, 2024 [4][7][9]. This marks a significant evolution from React 18, introducing performance optimizations, developer experience improvements, and new paradigms for modern web applications.
Key Changes in React 19 vs. React 18
Feature React 18 React 19 React Compiler Manual memoization required Automatic optimizations for reduced re-renders [2][8][12] Server Components Experimental Fully supported with enhanced SSR hydration [2][5][11] Error Handling Basic error reporting Granular error tracking with onCaughtError/onUncaughtError[7][8]Form Management Manual state tracking New hooks like useActionState/useFormStatusfor async handling [4][8]Hydration Basic SSR support Mismatch tolerance for third-party scripts and smarter partial hydration [7][13] Concurrent Rendering Priority-based manual transitions Adaptive scheduling and automatic batching optimizations [3][12][14] Major New Features
React Compiler
Automatically optimizes component re-renders and state updates, reducing manual memoization withuseMemo/useCallback[2][8][12].Server Components
Enables server-side rendering of components with reduced client-side JavaScript, improving initial page load performance and SEO [2][5][11].Enhanced Hooks
useActionState: Simplifies async form submissions with built-in pending/error states [4][8]useOptimistic: Enables instant UI updates before server confirmation [2][12]useFormStatus: Tracks form submission states in nested components [4][8]Performance Improvements
- Extended automatic batching reduces unnecessary re-renders [12][14]
- Optimized Concurrent Mode with adaptive scheduling [3][7]
- Advanced tree-shaking for smaller bundle sizes [12]
TypeScript Integration
Reduced boilerplate and improved type safety for codebases [5][8].Upgrade Considerations
- Requires new JSX transform and Node.js 18+ [9][16]
- Deprecates legacy APIs like string refs,
ReactDOM.render, andpropTypes[9][16]- Introduces breaking changes for error boundaries and Strict Mode behavior [7][9]
For existing projects, React 19 maintains backward compatibility but recommends incremental adoption. Performance-critical applications and new projects benefit most from its streamlined rendering pipeline and modernized tooling [2][5][8].
Citations:
- 1: https://www.codifynext.com/blog/react-19-comprehensive-overview-and-new-features
- 2: https://www.technaureus.com/blog-detail/react-19-vs-react-18-whats-changed-why-it-matters
- 3: https://hyscaler.com/insights/react-18-vs-react-19-whats-new-improved/
- 4: https://www.telerik.com/blogs/whats-new-react-19
- 5: https://blog.nashtechglobal.com/react-19-vs-react-18-key-differences/
- 6: https://react.dev/versions
- 7: https://react.dev/blog/2024/12/05/react-19
- 8: https://prakashinfotech.com/react-18-vs-19-key-differences-to-know
- 9: https://github.com/facebook/react/releases
- 10: https://dev.to/manojspace/react-18-vs-react-19-key-differences-and-migration-tips-18op
- 11: https://vercel.com/blog/whats-new-in-react-19
- 12: https://dev.to/manojspace/react-19-vs-react-18-performance-improvements-and-migration-guide-5h85
- 13: https://radixweb.com/blog/whats-new-in-react-19
- 14: https://www.creolestudios.com/react-18-vs-react-19-boosting-rendering-performance/
- 15: https://www.luckymedia.dev/blog/react-19-an-early-look-and-release-date
- 16: https://react.dev/blog/2024/04/25/react-19-upgrade-guide
- 17: https://www.ifourtechnolab.com/blog/react-18-vs-react-19-key-differences-to-know-for-2024
Action Required: Verify React 19 Compatibility
React 19 was officially released as stable on December 5, 2024, and includes several major improvements over React 18—such as automatic optimizations with the new React Compiler, full support for Server Components, enhanced hooks (like
useActionStateanduseFormStatus), and updated error handling strategies. Given these significant changes:
- Ensure all dependencies are compatible with React 19’s updated features and breaking changes (e.g., the new JSX transform requirements and deprecated legacy APIs).
- Verify SSR hydration and concurrent rendering compatibility, as these have been optimized and reworked in React 19.
- Conduct thorough testing across the codebase to catch any subtle compatibility issues and to ensure stable behavior with React 19.
Please review the implementation and test the functionality carefully in light of these changes.
vite/src/components/ui/slider.tsx (3)
6-13: Well-structured component API with good defaultsThe component signature is clear and provides sensible defaults for min (0) and max (100) values, with proper TypeScript typing from the Radix UI primitive.
14-22: Good use of useMemo for derived valuesThe useMemo hook helps prevent unnecessary recalculations of the slider values, with a clear fallback hierarchy: value → defaultValue → [min, max].
50-56: Good dynamic generation of thumb elementsThe component efficiently generates the appropriate number of thumb elements based on the values array length, which handles both single and range slider use cases.
vite/src/components/settings/sections/_old/privacy-settings.tsx (2)
1-5: Good use of component importsThe file properly imports the UI components needed for the settings page.
1-147:Details
❓ Verification inconclusive
Consider whether this file belongs in an "_old" directory
The file path includes "_old" which suggests this might be deprecated or meant to be replaced. If this is intended to be used, consider moving it to the main settings directory.
🏁 Script executed:
#!/bin/bash # Check if there are newer privacy settings files fd "privacy" --type f --full-path --path ./vite/src/components/settings/sections --extension tsx --extension jsxLength of output: 358
Attention: Verify File Usage and Location
The file’s placement in the
_olddirectory implies it might be deprecated. Please verify whether a current version of the privacy settings exists outside of this directory. If the file is still being actively used, consider moving it to the main settings directory to avoid confusion.To assist with this check, please run the following command to search for privacy settings files outside the
_olddirectory:#!/bin/bash # Check for privacy settings files outside the _old directory fd privacy "./vite/src/components/settings/sections" -t f -e tsx -e jsx | grep -v '/_old/'Based on the results, take action accordingly.
electron/browser/omnibox.ts (5)
45-45: Good event handler update from "close" to "closed"Changing from "close" to "closed" event is appropriate as it ensures cleanup happens after the window is fully closed rather than during the closing process.
161-164: Improved focus management in hide methodAdding focus handling when hiding the omnibox ensures the application maintains proper focus state, preventing potential keyboard navigation issues.
197-197: Function signature update consistent with expectationsThe update to allow null bounds aligns with the retrieved learning: "The
setOmniboxBoundsfunction acceptsnullas a valid argument, which means 'use the default bounds'".
237-240: Good defensive programming with null checkAdding a null check for parentWindow prevents potential errors if the window has been destroyed or isn't available. The debug message also helps with troubleshooting.
249-252: Consistent null checking across handlersThe same defensive programming pattern is correctly applied to both IPC handlers, ensuring consistent error handling throughout the code.
electron/settings/main.ts (2)
18-44: Well-structured settings window creationThe window creation function is well-implemented with appropriate window properties, event handling, and registration. The window is properly set up with dimensions, styling, and frame options suitable for a settings window.
46-77: Good implementation of settings APIThe settings object API is well-designed with proper null checks and method organization. The methods handle window existence checks and create the window when needed.
vite/src/components/ui/tabs.tsx (3)
8-19: Well-implemented Tabs root component with proper flexibility.The
Tabscomponent correctly uses composition with the Radix UI primitives, properly spreads props, and uses thecnutility for class management.
21-35: LGTM! Good implementation of TabsList component.The component provides appropriate styling defaults while allowing for customization through className prop. The data attribute is helpful for potential targeting in tests or custom styling.
53-64: LGTM! TabsContent implementation looks clean.The component correctly implements the TabsContent with appropriate styling.
electron/browser/protocols.ts (3)
2-6: LGTM! Good import organization.The imports are well structured and include all necessary dependencies for the updated functionality.
9-9: LGTM! Good update to allowed directories.Adding "settings" to the allowed directories is appropriate for the new Settings Window functionality.
138-141: LGTM! Good integration of asset handling.The new case for handling "asset" host requests is well integrated into the existing protocol handler.
electron/browser/utils.ts (2)
10-15: LGTM! Well-implemented type-safe assertion function.The
assertNotNullfunction is well-designed with proper type safety, descriptive error message, and return type that correctly removes null/undefined from the type.
17-19: LGTM! Good implementation of type predicate.The
isDefinedfunction properly implements a TypeScript type predicate, which will help with type narrowing throughout the codebase.vite/src/components/settings/sections/_old/appearance-settings.tsx (1)
9-12: Good definition of component props interface.The
AppearanceSettingsPropsinterface clearly defines the required props with appropriate typing.vite/src/components/settings/sections/about/section.tsx (5)
1-5: Good job importing necessary components.The imports are well-organized and appropriate for creating the About settings UI section.
6-14: Well-structured settings section component.The component follows the consistent layout pattern with a clear heading, description, and the BrowserInfoCard component. This maintains design consistency with other settings sections.
19-40: Updates section needs to connect to actual update functionality.The updates card contains static placeholder data ("Current Version: 1.0.0") and non-functional UI elements. When implementing this section, ensure it connects to actual version information and update functionality.
42-58: Legal Information links need implementation.The Legal Information card contains button links that don't have onClick handlers. Make sure to implement these when enabling this section to open the actual legal documents.
60-79: Troubleshooting buttons require implementation.The troubleshooting section contains buttons without any functionality. Ensure these are connected to their respective operations when this section is enabled.
vite/src/components/settings/sections/_old/search-settings.tsx (2)
1-6: Good job importing UI components.The imports are well-organized and appropriate for creating the search settings interface.
7-14: File location indicates this is legacy code.This file is located in a directory named "_old", suggesting it might be deprecated or replaced in the future. Consider documenting its status or removing it if it's no longer needed.
vite/src/components/settings/sections/general/new-tab-mode-card.tsx (5)
1-6: Good job organizing imports.The imports are well-structured, including both UI components and the required Flow API functions.
8-12: Well-implemented state management.The component correctly initializes state variables for the mode value, loading state, and saving state.
13-26: Good job implementing data fetching with error handling.The component uses useEffect correctly to fetch the current setting on mount and properly handles loading states and errors.
27-37: Excellent implementation of settings update.The
handleModeChangefunction properly manages the saving state and error handling when updating settings.
39-58: Well-structured UI with good user feedback.The card UI is well-designed with clear labels and descriptions. The select component is properly disabled during loading and saving operations, providing good user feedback.
vite/src/components/browser-ui/browser-sidebar.tsx (4)
1-11: Good job importing sidebar components.The updated imports include all necessary sidebar-related components for the new footer functionality.
16-16: Good addition of the openSettings function import.The openSettings function import allows the sidebar to provide access to the new settings window.
20-20: Good addition of icon imports.Added appropriate icon imports for the new sidebar menu buttons.
80-107: Well-implemented sidebar footer with settings access.The new sidebar footer implements a clean layout with logical sections for different types of controls. The settings button correctly calls the openSettings function.
However, consider these improvements:
- Similar to other components, avoid using
{false && (...)}with eslint disable comments for conditional rendering- Add error handling for the openSettings function call
electron/browser/ipc.ts (4)
1-3: LGTM: Import statements are appropriateThe imports cover all necessary Electron modules needed for the IPC handlers implemented in this file.
4-10: Well-implemented IPC handler for window button positioningThis handler correctly retrieves the BrowserWindow instance and employs appropriate defensive programming by checking if the method exists before calling it.
12-17: Well-implemented IPC handler for window button visibilitySimilar to the positioning handler, this correctly implements error prevention through type checking before method invocation.
19-24: Well-structured async handler for app informationThis handler correctly uses
ipcMain.handlefor the response-based IPC pattern and returns useful application metadata.electron/saving/datastore.ts (1)
1-12: LGTM: Well-defined types and constantsThe file structure starts with clear imports and defines appropriate types for the data store implementation.
electron/saving/settings.ts (3)
1-12: LGTM: Well-structured schema definition with ZodGood use of Zod for schema validation and type inference for the new tab mode.
26-37: LGTM: Well-implemented settings getters and settersThe getCurrentNewTabMode and setCurrentNewTabMode functions are well-implemented with appropriate validation.
39-45: LGTM: Well-structured IPC handlersThe IPC handlers are correctly implemented to expose the settings functionality to the renderer process.
electron/index.ts (6)
2-2: LGTM: Updated import pathThe import path has been updated to use the module alias pattern, which is more maintainable.
55-57: LGTM: Enhanced null safety for MacOS dock menuGood improvement to check if the dock property exists before trying to access it.
70-70: LGTM: Enhanced null safety with optional chainingGood use of optional chaining to prevent errors when webContents might be null.
82-83: LGTM: Improved null checking for navigation historyGood defensive programming to check for the existence of navigationHistory before usage.
101-101: LGTM: Added optional chaining for navigationGood improvement to use optional chaining when accessing nested properties.
142-143: LGTM: Added null check for browser instanceGood defensive programming to check if browser exists before proceeding.
vite/src/components/settings/sections/icon/section.tsx (1)
76-158: Overall UI structure and state management look solid.
The grid display, loading state, and animations appear well-structured, and the usage ofmotionfor visual feedback is clear.electron/browser/tabbed-browser-window.ts (1)
16-74: All other logic in the class is well-structured.
Tab creation, destruction, event hooking, and session management appear consistent with Electron best practices.Also applies to: 93-109
electron/preload.ts (1)
1-11: Platform checks and conditional gating look correct.
TheisSettingsUIflag,canUseSettingsAPIguard, and OS detection function all seem well-structured and robust for differentiating UI contexts.Also applies to: 18-85, 143-144
electron/browser/menu.ts (3)
2-6: Imports look consistent and purposeful.The newly introduced imports (e.g.,
Browserfrom"./browser",settingsfrom"@/settings/main", and others) are all used below. No issues found with correctness or usage.
15-19: Validate null-check logic ongetFocusedWindowData.This function returns
nullif no focused window is found. Ensure all callers handle the case wherenullis returned to prevent unhandled references toundefined.Would you like me to generate a quick script that looks for potential unsafe usages of
getFocusedWindowData()across the repository?
57-82: Confirm the Mac-only “Settings” menu item.This block adds a “Settings” menu item under the app menu. Ensure that non-macOS users have an equivalent or discoverable path to open the settings window if needed. Currently, it appears only in the macOS app menu.
electron/browser/browser.ts (5)
1-1: Confirm removed references totabbed-browser-window.The import from
"./tabbed-browser-window"is still here, though the code summary indicated significant refactoring or removal may be ongoing. IfTabbedBrowserWindowis indeed still used, no issue—otherwise, remove the leftover imports.
79-81: Review concurrency on web-contents-created event.While there are no immediate concurrency concerns, consider verifying that the event listener—and any subsequent asynchronous calls—won’t lead to race conditions if multiple
webContentsare created in rapid succession.
146-152: Check tab references after creation.These lines throw errors if
tab.webContentsortab.windoware missing. This indicates robust error handling, but make sure the rest of the code handles or logs these errors gracefully.
208-209: Ensure extension ID is tracked properly.
setWebuiExtensionId(viteExtension.id);is called, then a debug print logs the same. Confirm that no subsequent extension loads overrideviteExtension.idinadvertently.
286-286: Verify behavior ofapp.getApplicationNameForProtocol()with empty strings.Using
?? ""ensures a fallback, but confirm that returning an empty string doesn't cause an edge case or degrade the user experience ifexternalURLis missing.electron/modules/icons.ts (3)
140-140: Default icon usage.
setAppIcon("default");is called at file scope. If a user sets a different icon and we re-import this module, it might revert to “default” beforecacheCurrentIcon(). Be mindful of initialization order or repeated imports.
153-161: Validate fallback for missing icon in settings.
cacheCurrentIcon()tries to parse the setting, then loads it. If the setting is invalid or absent, it remains"default". Confirm that callers or UI surfaces reflect this gracefully (e.g. the UI shows a fallback).
178-189: IPC handlers look good.The
ipcMain.handlecalls for"get-icons","get-current-icon-id", and"set-current-icon-id"properly integrate with local methods and ensure a straightforward approach to retrieving and updating icons. Nicely done.vite/src/components/ui/select.tsx (10)
1-4: Imports and Radix UI Setup Looks GoodAll required dependencies for this custom select component (React, Radix UI, and SVG icons) are properly imported. The usage is straightforward and suitable for building a custom dropdown.
13-17:SelectGroupImplementation is ClearProviding a wrapper for Radix
GroupunderSelectGroupis clean and maintains consistent naming. No issues found here.
19-23:SelectValueCorrectly Wraps RadixValueThis straightforward pass-through preserves the original Radix API while adding a data slot attribute for consistent styling. Looks good.
25-49:SelectTriggerAccessibility & StylingThe trigger component includes keyboard focus and hover styling. It also passes size props correctly. This is a clean approach to customizing Radix triggers, ensuring alignment with design requirements.
51-84:SelectContentStructure and PositioningLeveraging Radix Portals and viewport for content is a standard approach. The combination of animations and positional classes is consistent and well-organized. No obvious issues with performance or readability.
86-97:SelectLabelMinimal WrapperThis label wrapper ensures consistent styling and leverages Radix for better accessibility. The usage is simple and effective.
99-121:SelectItemIntegrationThe component handles selection indicators and sets up the correct class names for focus and active states. This approach is well aligned with Radix’s recommended usage.
123-134:SelectSeparatorA visually distinct separator is configured. The negative left/right margin and pointer-event rules are appropriate for a clean separation within the menu.
136-170: Scrolling Buttons for Overflow
SelectScrollUpButtonandSelectScrollDownButtonhandle overflow via Radix’s built-in logic. The code is well-structured and neatly references the icons.
172-183: Exports Are ComprehensiveAll sub-components are exported for flexible use. This makes for a highly modular and reusable Select UI solution within your application.
vite/src/lib/flow.ts (4)
22-27:IconDataType DefinitionAdding an optional
authorproperty is a thoughtful detail. Ensure that all usage sites handle the possibility of a missingauthorfield.
31-31:NewTabModeEnum-Like TypeDefining the string literal union
"omnibox" | "tab"is concise. Confirm that these values match the backend or stored settings states to prevent mismatches.
131-132: Global Declaration offlow.settingsThe addition of
settings: FlowSettingsAPI;ensures bundling of settings functionality under a single namespace. This keeps the top-level properties offlowwell-structured.
177-204: Settings-Related MethodsThe newly exported functions wrapping
flow.settingscalls provide an intuitive approach for consuming these APIs throughout the application. This pattern centralizes logic and fosters a clean architecture.electron/modules/windows.ts (12)
1-5: Imports and SetupNecessary external and local imports are present.
browseris taken from@/index, ensuring consistency with your codebase structure.
6-11:WindowDataStructureClearly defined shape for storing window details. Including an optional
tabbedBrowserWindowaccommodates specialized handling for browser windows without complicating the main flow.
19-23:WindowEventTypeEnumClearly enumerates essential events for managing the windows lifecycle. Good approach for event-driven flows.
25-29:WindowEventsTypefor Typed Event EmitterDefining typed events ensures that the emitter and listeners remain type-safe, preventing accidental event name typos or mismatched payloads.
31-34: Strongly TypedwindowEventsCasting the
EventEmitterto a strongly-typed variant is a neat solution. This pattern is consistent with many advanced usage examples ofEventEmitter.
36-43:generateBrowserWindowDataProvides a convenient utility to convert a
TabbedBrowserWindowinto aWindowData. This helps unify how browser windows are represented throughout the app.
45-51:getBrowserWindowsHandlingFetching windows from the global
browserinstance is clear. Returning an empty array whenbrowseris null avoids access errors.
53-57:getWindowsCombines SourcesReturning both the browser-generated window data and
mainWindowsmerges multiple collections into one. This is a succinct approach for a unified viewpoint.
59-62:getFocusedWindowEfficiently locates the currently focused window in the combined list. Meets typical use-cases for window management.
64-66:getWindowByIdBasic lookup by id, aligning with typical application-level window management patterns.
68-75:deleteWindowEmissionRemoves the matching window data and fires a
REMOVEDevent. This is a standard approach for cleaning up references and informing other modules.
77-85:registerWindowwith CleanupThis function sets up the window’s "closed" listener to ensure it’s removed from
mainWindows. Emitting aWindowEventType.ADDEDevent fosters clarity around new window creation.
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🧹 Nitpick comments (3)
electron/modules/icons.ts (3)
19-60: Consider organizing icons data for easier maintenanceThe icons array is properly typed with
as const satisfies IconData[]. For better maintainability as the list grows, consider:
- Moving this to a separate configuration file
- Implementing a dynamic loading mechanism for custom icons
65-98: Optimize the image transformation functionThe function uses synchronous file reading in an async context. Consider these improvements:
- Use async file operations for consistency
- Extract magic numbers as named constants
- Add error handling for sharp operations
-async function transformAppIcon(imagePath: string): Promise<Buffer> { - // Read the image file - const inputBuffer = fs.readFileSync(imagePath); +async function transformAppIcon(imagePath: string): Promise<Buffer> { + // Size constants + const TOTAL_SIZE = 1024; + const PADDING = 100; + const ART_SIZE = TOTAL_SIZE - PADDING * 2; // 824 + const CORNER_RADIUS = Math.round(0.22 * ART_SIZE); // ~185px + + try { + // Read the image file asynchronously + const inputBuffer = await fs.promises.readFile(imagePath); - // Size constants - const totalSize = 1024; - const padding = 100; - const artSize = totalSize - padding * 2; // 824 - const cornerRadius = Math.round(0.22 * artSize); // ~185px - // Create a new image with padding - return await sharp(inputBuffer) - .resize(artSize, artSize) + // Create a new image with padding + return await sharp(inputBuffer) + .resize(ART_SIZE, ART_SIZE)
131-138: Add error handling for icon transformationThe icon transformation could fail for various reasons (invalid image, disk issues). Consider adding try/catch to handle potential errors.
// Use the transformed icon - const imgBuffer = await transformAppIcon(imagePath); - const img = nativeImage.createFromBuffer(imgBuffer); + try { + const imgBuffer = await transformAppIcon(imagePath); + const img = nativeImage.createFromBuffer(imgBuffer); + + currentIcon = img; + updateAppIcon(); + return true; + } catch (error) { + console.error(`Failed to transform icon ${iconId}:`, error); + return false; + } - currentIcon = img; - updateAppIcon(); - return true;
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electron/modules/icons.ts (3)
vite/src/lib/flow.ts (1)
IconData(22-27)electron/modules/windows.ts (2)
getWindows(53-57)windowEvents(31-34)electron/saving/settings.ts (1)
SettingsDataStore(5-5)
🔇 Additional comments (8)
electron/modules/icons.ts (8)
1-8: Well-structured imports for icon managementThe imports cover all necessary modules for icon management functionality, including Electron APIs, file system operations, image processing with Sharp, and schema validation with Zod.
12-17: Good type definition for IconDataThe IconData type is well-structured with clear field definitions. Consider adding JSDoc comments for better documentation, especially explaining the difference between
idandimage_id.
62-63: Good use of Zod for type-safe validationThe approach of deriving IconId from the icons array and creating a Zod schema for validation ensures type safety throughout the application.
105-117: Well-implemented platform-specific icon updatesThe
updateAppIconfunction correctly handles different platforms (macOS, Windows, Linux) with appropriate icon setting methods for each platform.
140-148: Good icon initialization and event handlingSetting up the default icon and updating it when the app is ready or when new windows are added ensures the icon is consistently displayed.
167-176: Good validation in setCurrentIconIdThe function properly validates the iconId before saving it to settings and updating the UI. The error handling with the return values is clean and effective.
178-189: Well-structured IPC handlersThe IPC handlers follow a consistent pattern and provide a clean interface for the renderer process to interact with the icon management functionality.
119-129:Details
✅ Verification successful
Inconsistency between platform support and usage
The current implementation includes all platforms (darwin, win32, linux) in
supportedPlatforms, which contradicts the previous review comment. However, your check at line 127 correctly includes all platforms where icons might be displayed.
🏁 Script executed:
#!/bin/bash # Check if the app icon update is called consistently across platforms echo "Checking platform-specific icon handling..." grep -n "updateAppIcon" electron/modules/icons.ts echo "---" echo "Checking if all platforms are supported:" rg -n "supportedPlatforms" electron/modules/icons.tsLength of output: 547
Platform Support Consistency Verified
After reviewing the code and the verification output, it’s clear that the
supportedPlatformsarray is correctly defined as["darwin", "win32", "linux"]and the check at line 127 properly verifies if the current platform is supported. The multiple calls toupdateAppIconconfirm that platform-specific icon handling is implemented uniformly across the codebase. No further action is required.
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♻️ Duplicate comments (1)
electron/modules/icons.ts (1)
153-164:⚠️ Potential issueAdd proper await for async cache initialization
The
cacheCurrentIconfunction is async but called without await, which could lead to race conditions. Add proper error handling and await the call.-cacheCurrentIcon(); +// Initialize icon from settings +(async () => { + try { + await cacheCurrentIcon(); + } catch (error) { + console.error("Failed to initialize icon from settings:", error); + // Fallback to default icon if caching fails + setAppIcon("default").catch(console.error); + } +})();
🧹 Nitpick comments (8)
electron/modules/icons.ts (3)
140-140: Add error handling for initial icon settingThe initial call to
setAppIcon("default")lacks error handling. If this fails, there's no fallback mechanism or error reporting.-setAppIcon("default"); +setAppIcon("default").catch(error => { + console.error("Failed to set default icon:", error); +});
165-168: Add JSDoc comments to exported functionsAdding JSDoc comments to exported functions improves maintainability and provides better IDE support for developers using these functions.
+/** + * Returns the current icon ID from memory + * @returns {IconId} The current icon ID + */ export function getCurrentIconId() { return currentIconId; }
168-182: Enhance error reporting in setCurrentIconIdConsider providing more detailed error information when icon setting fails.
export async function setCurrentIconId(iconId: IconId) { const parseResult = IconIdSchema.safeParse(iconId); if (parseResult.success) { const saveSuccess = await SettingsDataStore.set("currentIcon", iconId) .then(() => true) - .catch(() => false); + .catch((error) => { + console.error(`Failed to save icon ID ${iconId}:`, error); + return false; + }); if (saveSuccess) { currentIconId = iconId; - setAppIcon(currentIconId); + await setAppIcon(currentIconId).catch(error => { + console.error(`Failed to apply icon ${iconId}:`, error); + }); return true; } } return false; }electron/saving/datastore.ts (5)
7-11: Consider using generic types for better type safetyThe
Datatype usesanywhich can lead to type safety issues. Consider using generics to provide more type safety.-type Data = { - [key: string]: any; -}; +type Data<T = any> = { + [key: string]: T; +};
31-32: Add explicit error handling for directory creationWhile the mkdir operation uses
recursive: true, which handles most errors, you've added a.catch(() => {})in the past review but it's missing here. Consider adding explicit error handling for directory creation failures.- await fs.mkdir(DATASTORE_DIR, { recursive: true }); + await fs.mkdir(DATASTORE_DIR, { recursive: true }).catch((error) => { + // Only throw if it's not an EEXIST error (directory already exists) + if ((error as NodeJS.ErrnoException).code !== 'EEXIST') { + throw new DataStoreError(`Failed to create datastore directory`, error as Error); + } + });
99-103: Add type checking for key parameter in get methodThe
getmethod doesn't validate the key parameter. Consider adding validation to ensure it's a non-empty string.get<T>(key: string): Promise<T> { + if (!key || typeof key !== "string") { + throw new DataStoreError("Invalid key provided to get method"); + } return getDataStoreNamespace(this.namespace, (data) => { return data[key]; }); }
105-110: Add type checking for key parameter in set methodSimilar to the get method, the set method should validate the key parameter.
async set<T>(key: string, value: T): Promise<void> { + if (!key || typeof key !== "string") { + throw new DataStoreError("Invalid key provided to set method"); + } await accessDataStore(this.namespace, (data) => { data[key] = value; return data; }); }
92-111: Consider adding more utility methods to DataStore classFor a more complete API, consider adding methods like
delete,has,keys, andclearto the DataStore class.// Method to check if a key exists has(key: string): Promise<boolean> { if (!key || typeof key !== "string") { throw new DataStoreError("Invalid key provided to has method"); } return getDataStoreNamespace(this.namespace, (data) => { return key in data; }); } // Method to delete a key async delete(key: string): Promise<boolean> { if (!key || typeof key !== "string") { throw new DataStoreError("Invalid key provided to delete method"); } return accessDataStore(this.namespace, (data) => { const exists = key in data; if (exists) { delete data[key]; } return data; }).then(() => true).catch(() => false); } // Method to get all keys keys(): Promise<string[]> { return getDataStoreNamespace(this.namespace, (data) => { return Object.keys(data); }); } // Method to clear all data async clear(): Promise<void> { await accessDataStore(this.namespace, () => ({})); }
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electron/modules/icons.ts (3)
vite/src/lib/flow.ts (1)
IconData(22-27)electron/modules/windows.ts (2)
getWindows(53-57)windowEvents(31-34)electron/saving/settings.ts (1)
SettingsDataStore(5-5)
🔇 Additional comments (13)
electron/modules/icons.ts (7)
1-8: Good organization of imports and use of modularityThe imports are well-structured, keeping related modules together and using proper aliasing. The code follows good practices by separating concerns between Electron-specific modules, system modules, and application-specific imports.
12-60: Well-structured icon data with proper typingThe
IconDatatype and icons array are well-defined, making the code more maintainable and type-safe. The use ofas const satisfies IconData[]ensures the array has the correct structure.
62-63: Great use of Zod for runtime validationUsing Zod for schema validation is a great approach for ensuring type safety at runtime. The dynamic creation of the enum from the icon IDs is particularly elegant.
65-98: Well-implemented icon transformation with SVG maskingThe icon transformation logic is well-implemented, using sharp for efficient image processing and SVG for creating rounded corners. The padding and corner radius calculations are clear and well-commented.
107-117: Comprehensive cross-platform icon update logicThe function correctly handles icon updates for different platforms (macOS, Windows, Linux), which addresses the previous review comment about restricted platforms.
125-129: Improved platform supportGood job updating the supported platforms to include all major operating systems. This resolves the previous issue where platform checks were inconsistent with usage.
184-195: Well-structured IPC handlersThe IPC handlers are concise and efficiently leverage the existing functions, providing a clean API for the renderer process to interact with icon functionality.
electron/saving/datastore.ts (6)
1-5: Appropriate imports for file system operationsThe imports are well-organized and include all necessary dependencies for handling file paths and asynchronous file operations.
13-21: Good error handling pattern with DataStoreError classThe custom error class with cause chaining follows best practices for error handling in TypeScript.
23-29: Proper input validation for namespaceGood practice to validate the namespace parameter before proceeding with file operations.
38-54: Thorough error handling for file operationsThe error handling for file reading is comprehensive, distinguishing between different error cases like invalid JSON and non-existent files.
57-62: Good error propagation patternThe try-catch block effectively wraps the callback execution and provides context through the DataStoreError.
92-97: Good constructor validation in DataStore classThe constructor properly validates the namespace parameter, ensuring it's a non-empty string.
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🧹 Nitpick comments (2)
electron/saving/datastore.ts (2)
7-11: Consider stricter typing for Data structureWhile using
anytype for data values works, it loses TypeScript's type safety benefits. Consider using a generic type parameter orunknownfor better type safety when retrieving values.type Data = { - [key: string]: any; + [key: string]: unknown; };
92-111: Consider adding delete and clear methods to DataStore classThe DataStore class currently supports getting and setting values, but it doesn't provide methods to delete a specific key or clear all data in a namespace. These would be useful operations for managing data effectively.
// Add these methods to the DataStore class async delete(key: string): Promise<boolean> { if (!key || typeof key !== "string") { throw new DataStoreError("Invalid key provided to delete method"); } return accessDataStore(this.namespace, (data) => { const exists = key in data; if (exists) { delete data[key]; } return { exists, data }; }).then(result => (result as any).exists); } async clear(): Promise<void> { await accessDataStore(this.namespace, () => ({})); }
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electron/saving/datastore.ts (4)
1-6: Good setup of data directory pathThe initialization and directory structure look well-organized. Using path.join for cross-platform compatibility is the right approach here.
13-21: Well-structured error classGood implementation of a custom error class with proper error chaining through the cause parameter. This will make debugging issues easier by preserving the error stack trace.
76-90: Fix async Promise executor in getDataStoreNamespace functionThe callback handling in this function has a potential anti-pattern by mixing Promise constructor with async/await, similar to the issue identified in the past review.
function getDataStoreNamespace<T>(namespace: string, callback: (data: Data) => Promise<T> | T): Promise<T> { return new Promise((resolve, reject) => { - const accessCallback = async (data: Data) => { - try { - const result = await callback(data); - resolve(result); - return null; - } catch (error) { - reject(new DataStoreError("Error in namespace callback execution", error as Error)); - return null; - } - }; - accessDataStore(namespace, accessCallback).catch(reject); + (async () => { + try { + const result = await accessDataStore(namespace, async (data) => { + try { + const callbackResult = await callback(data); + resolve(callbackResult); + return null; + } catch (error) { + reject(new DataStoreError("Error in namespace callback execution", error as Error)); + return null; + } + }); + } catch (error) { + reject(error); + } + })(); }); }
92-97: Good validation in constructorThe validation of the namespace parameter in the constructor is a good practice. This prevents invalid data from being processed later in the code.
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🧹 Nitpick comments (5)
electron/modules/queue.ts (3)
25-58: Consider implementing a non-recursive queue processing approach.The current recursive implementation of
processQueue()works well for typical use cases. However, for very large queues, this could potentially lead to stack overflow issues.Consider implementing a non-recursive approach using a loop:
- private async processQueue(): Promise<void> { - // If already running or no tasks, do nothing - if (this.isRunning || this.taskQueue.length === 0) { - return; - } - - this.isRunning = true; - - try { - // Get next task - const nextItem = this.taskQueue[0]; - if (nextItem) { - try { - // Execute task and resolve with its result - const result = await nextItem.task(); - nextItem.resolve(result); - } catch (error) { - // Propagate task error to original caller - nextItem.reject(error); - } finally { - // Remove the completed/failed task - this.taskQueue.shift(); - } - } - } finally { - this.isRunning = false; - - // Process next task if any - if (this.taskQueue.length > 0) { - // Don't await - let it process independently - this.processQueue(); - } - } + private async processQueue(): Promise<void> { + // If already running, don't start another processing cycle + if (this.isRunning) return; + + // Process tasks as long as there are items in the queue + while (this.taskQueue.length > 0) { + this.isRunning = true; + + // Get next task + const nextItem = this.taskQueue[0]; + + try { + // Execute task and resolve with its result + const result = await nextItem.task(); + nextItem.resolve(result); + } catch (error) { + // Propagate task error to original caller + nextItem.reject(error); + } finally { + // Remove the completed/failed task + this.taskQueue.shift(); + } + } + + // No more tasks to process + this.isRunning = false; }
78-86: Consider adding individual task cancellation.The current implementation only allows clearing the entire queue. For more granular control, consider adding the ability to cancel specific tasks by ID or reference.
You could add a method like:
/** * Cancel a specific task by its unique identifier * @param taskId The ID of the task to cancel * @returns boolean indicating if a task was found and cancelled */ cancel(taskId: string): boolean { const index = this.taskQueue.findIndex(item => item.id === taskId); if (index >= 0) { // Get the task and remove it from the queue const taskItem = this.taskQueue[index]; this.taskQueue.splice(index, 1); // Reject the task's promise taskItem.reject(new Error(`Task ${taskId} cancelled`)); return true; } return false; }This would require adding a unique ID to each task when added to the queue.
1-87: Consider adding a class-level JSDoc comment describing the Queue's purpose.The methods have good documentation, but the class itself lacks a descriptive comment explaining its overall purpose and usage patterns.
Consider adding a class-level JSDoc:
/** * Queue manages asynchronous tasks to be processed sequentially. * * It ensures that tasks are executed one at a time in the order they were added, * while providing a promise-based interface that allows callers to await * the completion of their specific task. * * Example usage: * ``` * const queue = new Queue(); * * // Add tasks to the queue * const result1 = await queue.add(async () => { * // Some async operation * return 'result'; * }); * * // Tasks are processed in order * const result2 = await queue.add(async () => { * // Another async operation * return 'another result'; * }); * ``` */ export class Queue { // ... existing implementation }electron/saving/datastore.ts (2)
36-94: Consider multi-process concurrency and data growth.Using a queue is a good approach for single-process concurrency. However, if you anticipate multiple processes accessing the same datastore simultaneously, consider an OS-level lock or a more robust concurrency mechanism. Also, be aware that storing large data entirely in JSON can become a performance bottleneck. For extensive datasets, you might want to explore a more scalable solution.
96-110: Simplify by removing the manual Promise wrapper.Avoid wrapping
accessDataStorein a newPromiseif you're already working with async/await. Consider this refactor:- private getDataStoreNamespace<T>(callback: (data: Data) => Promise<T> | T): Promise<T> { - return new Promise((resolve, reject) => { - const accessCallback = async (data: Data) => { - try { - const result = await callback(data); - resolve(result); - return null; - } catch (error) { - reject(new DataStoreError("Error in namespace callback execution", error as Error)); - return null; - } - }; - this.accessDataStore(accessCallback).catch(reject); - }); - } + private async getDataStoreNamespace<T>(callback: (data: Data) => Promise<T> | T): Promise<T> { + try { + return await this.accessDataStore(callback); + } catch (error) { + throw new DataStoreError("Error in namespace callback execution", error as Error); + } + }
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🔇 Additional comments (7)
electron/modules/queue.ts (4)
1-7: Well-structured Queue implementation with good type definitions.The class definition and properties are well organized. The
taskQueuearray with explicit type definitions for task, resolve, and reject functions provides good type safety.
14-23: Good use of generics for type safety.The
add<T>method implementation is solid. The generic type parameter ensures type safety for the returned promise. The immediate non-awaited call toprocessQueue()is the correct approach to maintain queue processing while allowingadd()to return immediately.
63-65: LGTM - Simple and effective size accessor.The size getter is implemented correctly to return the current length of the task queue.
70-72: LGTM - Clear running state accessor.The running getter correctly returns the boolean state of whether the queue is currently processing a task.
electron/saving/datastore.ts (3)
1-34: All imports, type definitions, and the constructor are properly set up.No issues found. Great job validating the namespace in the constructor and throwing a
DataStoreErrorfor invalid input.
112-120: Logic for retrieving data with a default value looks good.This method is straightforward and correctly uses the nullish coalescing operator. No additional concerns here.
122-132: Set method validated and concurrency is handled by the queue.Key validation is performed correctly, and data is updated in a safe manner. No issues found.
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