refactor(backend): optimization build system prompt, support more features #133
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#121) Co-authored-by: autofix-ci[bot] <114827586+autofix-ci[bot]@users.noreply.github.com>
WalkthroughThe pull request introduces multiple backend and frontend enhancements. In the backend, the BuildSequence object has been updated to include a new UIUXLayoutHandler, along with improved file-structure generation, enhanced error handling, and refined prompt instructions. The PRDHandler now extracts specific sections from generated documents. In parallel, the frontend template has been expanded with a comprehensive suite of new React UI component files, updated configurations, extra dependencies, and utility improvements, including theming and mobile support. Changes
Sequence Diagram(s)sequenceDiagram
participant B as BuildSequence
participant U as UIUXLayoutHandler
participant C as Chat Model
participant L as Logger
B->>U: Invoke run() with builder context
U->>L: Log start and validate inputs
U->>C: Send UX layout prompt
C-->>U: Return generated UX content
U->>L: Log success or error
U-->>B: Return BuildResult with processed content
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Actionable comments posted: 5
🔭 Outside diff range comments (1)
backend/src/build-system/handlers/frontend-code-generate/index.ts (1)
381-394:⚠️ Potential issueMissing return statement in error handler
The catch block in
generateFileCodedoesn't include a return statement, which could lead to undefined behavior if an error occurs.Add a return statement to handle error cases:
} catch (err) { this.logger.error(`Error generating code for ${file}:`, err); // FIXME: remove this later failedFiles.push( JSON.stringify({ file: file, error: err, modelResponse, generatedCode, messages, }), ); + return ''; // Return empty string to indicate failure }
🧹 Nitpick comments (38)
backend/template/react-ts/src/components/ui/aspect-ratio.tsx (1)
3-7: Well-structured component with proper TypeScript typing.The AspectRatio component is well implemented:
- It correctly uses React.ComponentProps to inherit all props from the primitive
- It adds a consistent data-slot attribute for styling/targeting
- It properly forwards all received props to the underlying component
This follows the best practices for creating wrapper components around UI primitives.
Consider adding JSDoc comments to document the component's purpose and usage:
+/** + * AspectRatio component that maintains a consistent width-to-height ratio + * @example + * <AspectRatio ratio={16/9}> + * <img src="..." alt="..." /> + * </AspectRatio> + */ function AspectRatio({ ...props }: React.ComponentProps<typeof AspectRatioPrimitive.Root>) { return <AspectRatioPrimitive.Root data-slot="aspect-ratio" {...props} />; }backend/template/react-ts/src/hooks/use-mobile.ts (4)
1-4: Constants could be more configurableThe mobile breakpoint is hardcoded as a constant. Consider either:
- Making this configurable via a parameter to the hook, or
- Importing it from a central theme/constants file to ensure consistency across the application.
-const MOBILE_BREAKPOINT = 768; +// Import from a central theme file +import { BREAKPOINTS } from '../theme/constants'; + +const MOBILE_BREAKPOINT = BREAKPOINTS.mobile;Alternatively, make it configurable:
-export function useIsMobile() { +export function useIsMobile(breakpoint = 768) { // Use breakpoint instead of MOBILE_BREAKPOINT
5-9: Initial state handling can be improvedSetting the initial state to
undefinedcreates an extra render cycle. Consider determining the initial value immediately if SSR is not a concern.-const [isMobile, setIsMobile] = React.useState<boolean | undefined>( - undefined, -); +const [isMobile, setIsMobile] = React.useState<boolean>( + typeof window !== 'undefined' ? window.innerWidth < MOBILE_BREAKPOINT : false +);
20-21: Return value could be more explicitUsing double negation (
!!) on potentially undefined values could be confusing. Consider handling this case more explicitly.-return !!isMobile; +return isMobile === true;This makes the intention clearer and handles the undefined case explicitly.
1-21: Add throttle/debounce for resize performanceConsider throttling or debouncing the resize handler to improve performance, especially on mobile devices where resize events can fire rapidly.
+import { debounce } from '../utils/debounce'; // Create this utility if not available + export function useIsMobile() { const [isMobile, setIsMobile] = React.useState<boolean | undefined>( undefined, ); React.useEffect(() => { + if (typeof window === 'undefined') return; + const mql = window.matchMedia(`(max-width: ${MOBILE_BREAKPOINT - 1}px)`); - const onChange = () => { + const onChange = debounce(() => { setIsMobile(window.innerWidth < MOBILE_BREAKPOINT); - }; + }, 150); mql.addEventListener('change', onChange); setIsMobile(window.innerWidth < MOBILE_BREAKPOINT); return () => mql.removeEventListener('change', onChange); }, []); return !!isMobile; }backend/src/build-system/virtual-dir/index.ts (1)
18-18: Good approach to include shadcn component pathsMerging
SHADCN_COMPONENT_PATHSwith the existing structure paths is an effective way to ensure the shadcn UI components are always available in the virtual directory.I'd suggest adding a brief comment above this line to explain why these additional paths are being included:
- this.filePaths = new Set([...structure.Paths, ...SHADCN_COMPONENT_PATHS]); + // Include shadcn UI component paths to ensure they're always available + this.filePaths = new Set([...structure.Paths, ...SHADCN_COMPONENT_PATHS]);backend/template/react-ts/src/components/ui/input.tsx (1)
10-13: Consider organizing the className string for better maintainabilityThe className string is quite long and contains many utility classes, which can make it difficult to maintain. Consider breaking it into logical groups or using a more structured approach.
- className={cn( - 'border-input file:text-foreground placeholder:text-muted-foreground selection:bg-primary selection:text-primary-foreground aria-invalid:outline-destructive/60 aria-invalid:ring-destructive/20 dark:aria-invalid:outline-destructive dark:aria-invalid:ring-destructive/50 ring-ring/10 dark:ring-ring/20 dark:outline-ring/40 outline-ring/50 aria-invalid:outline-destructive/60 dark:aria-invalid:outline-destructive dark:aria-invalid:ring-destructive/40 aria-invalid:ring-destructive/20 aria-invalid:border-destructive/60 dark:aria-invalid:border-destructive flex h-9 w-full min-w-0 rounded-md border bg-transparent px-3 py-1 text-base shadow-xs transition-[color,box-shadow] file:inline-flex file:h-7 file:border-0 file:bg-transparent file:text-sm file:font-medium focus-visible:ring-4 focus-visible:outline-1 disabled:pointer-events-none disabled:cursor-not-allowed disabled:opacity-50 aria-invalid:focus-visible:ring-[3px] aria-invalid:focus-visible:outline-none md:text-sm dark:aria-invalid:focus-visible:ring-4', - className, - )} + className={cn( + // Base styles + 'flex h-9 w-full min-w-0 rounded-md border bg-transparent px-3 py-1 text-base shadow-xs', + // Border and color styles + 'border-input transition-[color,box-shadow]', + // Typography adjustments + 'md:text-sm', + // State styles + 'placeholder:text-muted-foreground selection:bg-primary selection:text-primary-foreground', + // Focus styles + 'focus-visible:ring-4 focus-visible:outline-1', + // File input styles + 'file:inline-flex file:h-7 file:border-0 file:bg-transparent file:text-sm file:font-medium file:text-foreground', + // Invalid state styles + 'aria-invalid:border-destructive/60 aria-invalid:outline-destructive/60 aria-invalid:ring-destructive/20', + 'aria-invalid:focus-visible:ring-[3px] aria-invalid:focus-visible:outline-none', + 'dark:aria-invalid:outline-destructive dark:aria-invalid:ring-destructive/40 dark:aria-invalid:border-destructive', + 'dark:aria-invalid:focus-visible:ring-4', + // Disabled state + 'disabled:pointer-events-none disabled:cursor-not-allowed disabled:opacity-50', + // Ring styles + 'ring-ring/10 dark:ring-ring/20 outline-ring/50 dark:outline-ring/40', + // User-provided classes + className, + )}backend/template/react-ts/src/components/ui/textarea.tsx (1)
1-18: Good implementation with comprehensive styling statesThe Textarea component is well-implemented with proper TypeScript typing and handles multiple states (focus, disabled, invalid). However, the lengthy className string (line 10) could benefit from refactoring for improved readability.
Consider breaking down the class string into logical groups:
- Base styles
- State-specific styles (focus, disabled)
- Color theme styles
- Accessibility styles
This would make the component more maintainable as styling requirements evolve.
backend/template/react-ts/src/components/ui/switch.tsx (1)
1-29: Well-implemented accessible switch component with good state handlingThe Switch component makes excellent use of Radix UI primitives for accessibility while providing comprehensive styling for different states. I appreciate:
- The proper handling of checked/unchecked states
- Smooth transition animations
- Focus and disabled state styling
- Accessibility considerations
Similar to the Textarea component, consider breaking down the lengthy className strings into logical groups for improved readability and maintainability.
backend/src/build-system/utils/strings.ts (1)
56-76: Inconsistent error logging patternThe error handling in
mergePathsusesconsole.errorinstead of the logger instance defined at the top of the file, which is used in other functions.- console.error('Error parsing JSON input:', error); + logger.error('Error parsing JSON input: ' + error);Also, consider returning a more informative response on error instead of an empty object.
backend/template/react-ts/src/components/ui/scroll-area.tsx (1)
6-27: Consider exposing ScrollBar props in the ScrollArea component.The
ScrollAreacomponent always includes a default verticalScrollBarwithout passing any props to it. This might limit flexibility if a user needs to customize the scrollbar or use a horizontal orientation.Consider modifying the component to accept scrollbar props:
function ScrollArea({ className, children, + scrollBarProps, ...props }: React.ComponentProps<typeof ScrollAreaPrimitive.Root> & { + scrollBarProps?: Partial<React.ComponentProps<typeof ScrollBar>>; }) { return ( <ScrollAreaPrimitive.Root data-slot="scroll-area" className={cn('relative', className)} {...props} > <ScrollAreaPrimitive.Viewport data-slot="scroll-area-viewport" className="ring-ring/10 dark:ring-ring/20 dark:outline-ring/40 outline-ring/50 size-full rounded-[inherit] transition-[color,box-shadow] focus-visible:ring-4 focus-visible:outline-1" > {children} </ScrollAreaPrimitive.Viewport> - <ScrollBar /> + <ScrollBar {...scrollBarProps} /> <ScrollAreaPrimitive.Corner /> </ScrollAreaPrimitive.Root> ); }backend/template/react-ts/src/components/ui/alert.tsx (1)
6-20: Consider extracting complex CSS into variables for improved readability.The alert variant definition uses complex CSS classes with multiple selectors and formatting. Extracting these into named variables would improve readability and maintainability.
+const baseAlertStyles = 'relative w-full rounded-lg border px-4 py-3 text-sm grid has-[>svg]:grid-cols-[calc(var(--spacing)*4)_1fr] grid-cols-[0_1fr] has-[>svg]:gap-x-3 gap-y-0.5 items-start [&>svg]:size-4 [&>svg]:translate-y-0.5 [&>svg]:text-current'; + +const alertVariantStyles = { + default: 'bg-background text-foreground', + destructive: 'border-destructive/50 text-destructive dark:text-destructive-foreground/80 dark:border-destructive [&>svg]:text-current dark:bg-destructive/50', +}; const alertVariants = cva( - 'relative w-full rounded-lg border px-4 py-3 text-sm grid has-[>svg]:grid-cols-[calc(var(--spacing)*4)_1fr] grid-cols-[0_1fr] has-[>svg]:gap-x-3 gap-y-0.5 items-start [&>svg]:size-4 [&>svg]:translate-y-0.5 [&>svg]:text-current', + baseAlertStyles, { variants: { variant: { - default: 'bg-background text-foreground', - destructive: - 'border-destructive/50 text-destructive dark:text-destructive-foreground/80 dark:border-destructive [&>svg]:text-current dark:bg-destructive/50', + default: alertVariantStyles.default, + destructive: alertVariantStyles.destructive, }, }, defaultVariants: { variant: 'default', }, }, );backend/src/build-system/utils/file_generator_util.ts (2)
63-66: Remove commented out logger code.The commented out logger code appears to be from a class method, but this is in a utility function context where
this.loggerwouldn't exist. Remove it for cleaner code.const shouldIgnore = (filePath: string) => { - // this.logger.log(`Checking if should ignore: ${filePath}`); return filePath.startsWith('@/components/ui/'); };
68-93: Clean up commented out code.There's commented out code that's been replaced with a filtered version. For better maintainability, remove the commented out implementation.
Object.entries(jsonData.files).forEach(([fileName, details]) => { if (shouldIgnore(fileName)) { return; } nodes.add(fileName); // Initialize the record fileInfos[fileName] = { filePath: fileName, dependsOn: [], }; const filteredDeps = (details.dependsOn || []).filter( (dep) => !shouldIgnore(dep), ); - // In the JSON, "dependsOn" is an array of file paths - // details.dependsOn.forEach((dep) => { - // nodes.add(dep); - // fileInfos[fileName].dependsOn.push(dep); - // }); filteredDeps.forEach((dep) => { nodes.add(dep); fileInfos[fileName].dependsOn.push(dep); }); });backend/src/build-system/handlers/ux/uiux-layout/prompt.ts (1)
2-2: Fix the TODO comment.There's a TODO comment that should be addressed or removed if the feature is now implemented. The comment refers to "add linking view relation like how each page is been connected" which seems to be relevant to this prompt's function.
- // To do add linking view relation like how each page is been connected + // This prompt generates comprehensive UI/UX layout guidance including page relationships and navigation structurebackend/template/react-ts/src/components/ui/card.tsx (1)
18-66: Consider semantic HTML elements for Card subcomponentsWhile the implementation is clean and follows consistent patterns, consider using semantic HTML elements for some of these components instead of div elements:
- CardHeader might be better as a
headerelement- CardTitle could use
h2orh3(with appropriate heading level)- CardContent could use
sectionorarticledepending on contextThis would improve accessibility and semantic structure of the card component.
Example implementation for CardHeader:
-function CardHeader({ className, ...props }: React.ComponentProps<'div'>) { +function CardHeader({ className, ...props }: React.ComponentProps<'header'>) { return ( - <div + <header data-slot="card-header" className={cn('flex flex-col gap-1.5 p-6', className)} {...props} - /> + /> ); }backend/template/react-ts/src/components/ui/calendar.tsx (1)
8-69: Well-implemented Calendar with comprehensive stylingThe Calendar component looks well-designed with thorough styling for all parts of the DayPicker. The implementation correctly handles various states and provides good defaults.
A few suggestions for improvements:
- Consider extracting the lengthy classNames object to a separate constant for better readability
- The type for mode prop isn't explicitly defined in the component props, though it's used on line 37-39
function Calendar({ className, classNames, showOutsideDays = true, + mode, ...props -}: React.ComponentProps<typeof DayPicker>) { +}: React.ComponentProps<typeof DayPicker> & { + mode?: 'single' | 'range' | 'multiple' +}) {backend/template/react-ts/src/components/ui/accordion.tsx (1)
26-46: AccordionTrigger could be simplifiedThe AccordionTrigger component has a very long className string with numerous focus and accessibility styles. Consider breaking these styles into multiple lines or extracting them to a constant for better readability.
Also, there seems to be redundancy in focus styles:
focus-visible:ring-4 focus-visible:outline-1This applies both ring and outline styles on focus, which might not be necessary.
backend/template/react-ts/src/components/ui/slider.tsx (1)
14-22: Review the default values computation for the sliderThe current implementation sets the default values to
[min, max]when neithervaluenordefaultValueare provided. This would create a slider with two thumbs by default - one at minimum and one at maximum position.For a typical single-value slider, you might want to default to a single value (either
[min]or some value between min and max) instead of having two thumbs.Consider changing the default to:
- : [min, max], + : [min],This would create a single-thumb slider at the minimum position by default, which is typically the expected behavior for a basic slider.
backend/template/react-ts/src/components/ui/input-otp.tsx (2)
9-27: EvaluateInputOTPprops usage.The component properly extends
React.ComponentProps<typeof OTPInput>and introduces an optionalcontainerClassName. The usage ofcnfor class name composition is good for maintaining consistent styling. Ensure that any focus or invalid states from theinput-otplibrary are handled according to your UX requirements (e.g., accessibility, visual feedback, etc.).
39-67: Enhance accessibility for the OTPSlotelements.Currently, each slot displays a character and an optional caret when active. While this is visually helpful, consider adding relevant
aria-labeloraria-liveattributes to provide clarity for assistive technologies. Additionally, ensure that the caret animation doesn't interfere with user focus handling in screen readers.backend/template/react-ts/src/components/ui/tooltip.tsx (1)
8-19: Delay configuration and default value.The
TooltipProvidersetsdelayDuration = 0. Be mindful that a zero-delay tooltip can appear overly aggressive in some UIs. If your team experiences usability issues, consider introducing a slight delay to enhance the user experience.backend/src/build-system/handlers/ux/uiux-layout/index.ts (2)
38-46: Error handling for missing inputs.The code properly checks for missing or invalid
projectNameandsitemapDoc.Consider also validating the
prdvalue in a similar manner, ensuring it’s a string. This helps maintain consistency and avoids runtime surprises ifprdis absent or invalid.
73-99: Async call and exception handling.The
try/catchflow ensures logs for empty responses and specialized error reporting. It’s good that you produce meaningful error logs. Consider adding a more robust check or fallback if partial content is sometimes acceptable.backend/src/build-system/handlers/product-manager/product-requirements-document/prd.ts (1)
118-159: Implement optional chaining for safer property access.The conditional checks could be improved with optional chaining for better readability and safety.
- if (match && match[1]) { + if (match?.[1]) { // Trim the extracted content to remove leading/trailing whitespace return match[1].trim(); } // ... - if (simplifiedMatch && simplifiedMatch[1]) { + if (simplifiedMatch?.[1]) { return simplifiedMatch[1].trim(); }🧰 Tools
🪛 Biome (1.9.4)
[error] 138-138: Change to an optional chain.
Unsafe fix: Change to an optional chain.
(lint/complexity/useOptionalChain)
[error] 149-149: Change to an optional chain.
Unsafe fix: Change to an optional chain.
(lint/complexity/useOptionalChain)
backend/template/react-ts/src/components/ui/command.tsx (2)
42-48: Potential typo in className (**:data-[slot=command-input-wrapper]:h-12).
Double asterisks (**) before:data-[slot...appear unintentional. This may be a stray typing artifact and could break styling.- className="... **:data-[slot=command-input-wrapper]:h-12 ..." + className="... [data-slot=command-input-wrapper]:h-12 ..."
56-76: Tailwind convention check.
WithinCommandInput, you useclassName="flex h-9 items-center"for the wrapper and'outline-hidden'for the input. Standard Tailwind classes usually applyoutline-none. Ifoutline-hiddenis a custom utility, confirm it's recognized in your setup; otherwise consider switching tooutline-none.backend/template/react-ts/src/components/ui/chart.tsx (1)
66-68: Consistency in displayName.
ChartContainer.displayName = 'Chart'might cause confusion since the component is actually calledChartContainer. Typically thedisplayNamematches the variable name for better debugging in tools like React DevTools.-ChartContainer.displayName = 'Chart' +ChartContainer.displayName = 'ChartContainer'backend/src/build-system/handlers/file-manager/file-struct/index.ts (1)
705-708: Skipping dependencies with@/components/ui/prefix.
Continuing the ignore approach ensures these special UI references pass validation automatically. Just confirm upstream logic properly accounts for these components at build time.backend/template/react-ts/src/components/ui/sheet.tsx (1)
130-139: Consider adding explicit tests for new UI components.While these sheet components are self-contained, verifying their behavior in different states—like opening/closing animations, overlays, and side placements—would be beneficial.
Would you like assistance generating a rudimentary test suite using React Testing Library or similar?
backend/template/react-ts/src/components/ui/form.tsx (2)
17-18: Clarify the usage of the alias “Form”.You’ve aliased
FormtoFormProvider. This is correct syntactically but can be confusing to other developers who might expect theFormcomponent to be more than a direct re-export. Consider wrapping it in a function or adding a descriptive comment to highlight it’s just a renamedFormProvider.
138-154: Handle multiple error messages or array-based errors if relevant.Right now, the code uses
error ? String(error?.message) : …. In cases where fields might produce multiple validation errors, consider expanding or customizing the error handling. That said, this is acceptable if your validation schema only ever provides a single message.backend/src/build-system/handlers/frontend-code-generate/index.ts (2)
62-64: Added context data retrieval for new handlersProperly retrieves the new handlers' data from the context. Line 64 contains a commented line that might indicate a potential redundancy or alternative approach.
Consider removing the commented code at line 64 if it's no longer needed:
- // const prdHandler = context.getGlobalContext('projectOverview');
92-104: Commented out debug logging codeSeveral debug logging statements have been commented out. While this reduces console noise, it might impact troubleshooting in the future.
Consider implementing a debug flag to conditionally enable these logs instead of commenting them out:
- // concurrencyLayers.forEach((layer, index) => { - // console.log(`Layer #${index + 1} has ${layer.length} file(s):`, layer); - // }); - - // Object.entries(fileInfos).forEach(([filePath, info]) => { - // this.logger.debug(`File: ${filePath}`); - // this.logger.debug(`Depends On: ${info.dependsOn.join(', ')}`); - // }); + if (this.logger.isDebugEnabled()) { + concurrencyLayers.forEach((layer, index) => { + this.logger.debug(`Layer #${index + 1} has ${layer.length} file(s):`, layer); + }); + + Object.entries(fileInfos).forEach(([filePath, info]) => { + this.logger.debug(`File: ${filePath}`); + this.logger.debug(`Depends On: ${info.dependsOn.join(', ')}`); + }); + }backend/template/react-ts/src/components/ui/context-menu.tsx (1)
74-76: Consider adding consistent icon sizing.The ChevronRightIcon doesn't have an explicit size class, unlike other icons in the file that use size-4 or similar classes. Consider adding a size class for consistency.
- <ChevronRightIcon className="ml-auto" /> + <ChevronRightIcon className="ml-auto size-4" />backend/template/react-ts/src/components/ui/menubar.tsx (3)
230-231: Fix inconsistent outline property.There's an inconsistency in the outline property. Most components use
outline-hiddenbut this one usesoutline-none.- 'focus:bg-accent focus:text-accent-foreground data-[state=open]:bg-accent data-[state=open]:text-accent-foreground flex cursor-default items-center rounded-sm px-2 py-1.5 text-sm outline-none select-none data-[inset]:pl-8', + 'focus:bg-accent focus:text-accent-foreground data-[state=open]:bg-accent data-[state=open]:text-accent-foreground flex cursor-default items-center rounded-sm px-2 py-1.5 text-sm outline-hidden select-none data-[inset]:pl-8',
236-237: Standardize icon sizing approach.For consistency with other components, consider using the
size-4class instead of separate width and height classes.- <ChevronRightIcon className="ml-auto h-4 w-4" /> + <ChevronRightIcon className="ml-auto size-4" />
1-1: Consider adding 'use client' directive.Unlike the DropdownMenu and ContextMenu components, this file doesn't include the 'use client' directive. If this component uses client-side interactivity, consider adding it for consistency.
+import 'use client'; import * as React from 'react';
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backend/src/build-system/__tests__/fullstack-gen.spec.ts(2 hunks)backend/src/build-system/handlers/file-manager/file-struct/index.ts(14 hunks)backend/src/build-system/handlers/frontend-code-generate/CodeReview.ts(4 hunks)backend/src/build-system/handlers/frontend-code-generate/index.ts(11 hunks)backend/src/build-system/handlers/frontend-code-generate/prompt.ts(5 hunks)backend/src/build-system/handlers/product-manager/product-requirements-document/prd.ts(2 hunks)backend/src/build-system/handlers/ux/uiux-layout/index.ts(1 hunks)backend/src/build-system/handlers/ux/uiux-layout/prompt.ts(1 hunks)backend/src/build-system/utils/file_generator_util.ts(2 hunks)backend/src/build-system/utils/files.ts(1 hunks)backend/src/build-system/utils/strings.ts(1 hunks)backend/src/build-system/virtual-dir/index.ts(2 hunks)backend/template/react-ts/components.json(1 hunks)backend/template/react-ts/package.json(1 hunks)backend/template/react-ts/src/components/ui/accordion.tsx(1 hunks)backend/template/react-ts/src/components/ui/alert-dialog.tsx(1 hunks)backend/template/react-ts/src/components/ui/alert.tsx(1 hunks)backend/template/react-ts/src/components/ui/aspect-ratio.tsx(1 hunks)backend/template/react-ts/src/components/ui/avatar.tsx(1 hunks)backend/template/react-ts/src/components/ui/badge.tsx(1 hunks)backend/template/react-ts/src/components/ui/breadcrumb.tsx(1 hunks)backend/template/react-ts/src/components/ui/button.tsx(1 hunks)backend/template/react-ts/src/components/ui/calendar.tsx(1 hunks)backend/template/react-ts/src/components/ui/card.tsx(1 hunks)backend/template/react-ts/src/components/ui/carousel.tsx(1 hunks)backend/template/react-ts/src/components/ui/chart.tsx(1 hunks)backend/template/react-ts/src/components/ui/checkbox.tsx(1 hunks)backend/template/react-ts/src/components/ui/collapsible.tsx(1 hunks)backend/template/react-ts/src/components/ui/command.tsx(1 hunks)backend/template/react-ts/src/components/ui/context-menu.tsx(1 hunks)backend/template/react-ts/src/components/ui/dialog.tsx(1 hunks)backend/template/react-ts/src/components/ui/drawer.tsx(1 hunks)backend/template/react-ts/src/components/ui/dropdown-menu.tsx(1 hunks)backend/template/react-ts/src/components/ui/form.tsx(1 hunks)backend/template/react-ts/src/components/ui/hover-card.tsx(1 hunks)backend/template/react-ts/src/components/ui/input-otp.tsx(1 hunks)backend/template/react-ts/src/components/ui/input.tsx(1 hunks)backend/template/react-ts/src/components/ui/label.tsx(1 hunks)backend/template/react-ts/src/components/ui/menubar.tsx(1 hunks)backend/template/react-ts/src/components/ui/navigation-menu.tsx(1 hunks)backend/template/react-ts/src/components/ui/pagination.tsx(1 hunks)backend/template/react-ts/src/components/ui/popover.tsx(1 hunks)backend/template/react-ts/src/components/ui/progress.tsx(1 hunks)backend/template/react-ts/src/components/ui/radio-group.tsx(1 hunks)backend/template/react-ts/src/components/ui/resizable.tsx(1 hunks)backend/template/react-ts/src/components/ui/scroll-area.tsx(1 hunks)backend/template/react-ts/src/components/ui/select.tsx(1 hunks)backend/template/react-ts/src/components/ui/separator.tsx(1 hunks)backend/template/react-ts/src/components/ui/sheet.tsx(1 hunks)backend/template/react-ts/src/components/ui/sidebar.tsx(1 hunks)backend/template/react-ts/src/components/ui/skeleton.tsx(1 hunks)backend/template/react-ts/src/components/ui/slider.tsx(1 hunks)backend/template/react-ts/src/components/ui/sonner.tsx(1 hunks)backend/template/react-ts/src/components/ui/switch.tsx(1 hunks)backend/template/react-ts/src/components/ui/table.tsx(1 hunks)backend/template/react-ts/src/components/ui/tabs.tsx(1 hunks)backend/template/react-ts/src/components/ui/textarea.tsx(1 hunks)backend/template/react-ts/src/components/ui/toggle-group.tsx(1 hunks)backend/template/react-ts/src/components/ui/toggle.tsx(1 hunks)backend/template/react-ts/src/components/ui/tooltip.tsx(1 hunks)backend/template/react-ts/src/hooks/use-mobile.ts(1 hunks)backend/template/react-ts/src/index.css(1 hunks)backend/template/react-ts/src/lib/utils.ts(1 hunks)backend/template/react-ts/src/types/css.d.ts(0 hunks)backend/template/react-ts/tsconfig.app.tsbuildinfo(1 hunks)backend/template/react-ts/tsconfig.json(1 hunks)llm-server/src/model/remote-model-instance.ts(0 hunks)
💤 Files with no reviewable changes (2)
- llm-server/src/model/remote-model-instance.ts
- backend/template/react-ts/src/types/css.d.ts
🧰 Additional context used
🪛 Biome (1.9.4)
backend/src/build-system/handlers/product-manager/product-requirements-document/prd.ts
[error] 138-138: Change to an optional chain.
Unsafe fix: Change to an optional chain.
(lint/complexity/useOptionalChain)
[error] 149-149: Change to an optional chain.
Unsafe fix: Change to an optional chain.
(lint/complexity/useOptionalChain)
backend/template/react-ts/src/components/ui/chart.tsx
[error] 80-80: Avoid passing content using the dangerouslySetInnerHTML prop.
Setting content using code can expose users to cross-site scripting (XSS) attacks
(lint/security/noDangerouslySetInnerHtml)
🪛 GitHub Actions: Run tests and upload coverage
backend/src/build-system/__tests__/fullstack-gen.spec.ts
[error] 4-4: TS2307: Cannot find module 'codefox-common' or its corresponding type declarations.
🔇 Additional comments (177)
backend/template/react-ts/src/components/ui/aspect-ratio.tsx (2)
1-2: Clean import of the Radix UI primitive.The import is correctly set up to access the AspectRatioPrimitive from @radix-ui/react-aspect-ratio library.
8-10: Clean named export.The export is correctly set up using named export syntax, making it clear what's being exported from this module.
backend/template/react-ts/src/hooks/use-mobile.ts (1)
10-18: Media query handling is well-implementedThe effect correctly sets up and cleans up the media query listener, following React best practices.
backend/template/react-ts/src/lib/utils.ts (1)
1-6: Well-implemented utility function for class name managementThis
cnutility function elegantly combinesclsxfor conditional class application withtwMergeto properly handle Tailwind CSS class conflicts. This pattern is widely adopted in React applications using Tailwind CSS and will facilitate consistent class handling across components.backend/template/react-ts/tsconfig.app.tsbuildinfo (1)
1-1: Auto-generated TypeScript build information fileThis file is auto-generated by the TypeScript compiler and contains references to all the TypeScript files in your project. It should not be manually edited as it's maintained by the build system.
The file correctly references all your UI components and utility files, which indicates proper integration of the new components into the TypeScript build process.
backend/template/react-ts/tsconfig.json (1)
9-13: Good path alias configurationAdding
baseUrlandpathsconfiguration is a best practice that simplifies imports across the project. The@/*alias forsrc/*will make imports more concise and maintainable, reducing the need for complex relative paths.This change aligns well with modern React project structures and will improve developer experience.
backend/template/react-ts/src/components/ui/label.tsx (3)
1-7: Good implementation of component import structureThe component correctly uses the 'use client' directive for React Server Components compatibility and properly imports dependencies. The import path using the
@/alias demonstrates the benefit of the path configuration added in tsconfig.json.
8-22: Well-structured accessible Label componentThe Label component is well-implemented with appropriate accessibility features:
- Properly forwards all props to the underlying Radix UI component
- Uses the data-slot attribute for styling targeting
- Includes styling for various states (disabled, peer-disabled)
- Provides good default styles while allowing customization through className prop
This implementation follows best practices for creating accessible form elements.
24-24: Clean named exportUsing named exports is a good practice that enables more flexible importing by consumers of this component.
backend/src/build-system/virtual-dir/index.ts (1)
2-2: Added import for shadcn component pathsThe import of
SHADCN_COMPONENT_PATHSis appropriate for integrating the shadcn UI component library into the build system as part of this feature.backend/template/react-ts/components.json (1)
1-21: Well-configured shadcn UI setupThis configuration file for shadcn UI is properly set up with appropriate settings:
- The "new-york" style variant provides a clean, modern look
- Disabling RSC is appropriate for a client-side React application
- The Tailwind CSS configuration with CSS variables enables proper theming
- The path aliases will simplify imports across the application
The configuration aligns well with the feature goal of adding a React CSS components library.
backend/template/react-ts/src/components/ui/sonner.tsx (1)
1-29:❓ Verification inconclusive
Verify compatibility with next-themes in React project
The Toaster component is a well-implemented wrapper around the sonner library with theme integration. However, it uses the
useThemehook fromnext-themes, which is typically used with Next.js projects.Since this is a React TypeScript template (not necessarily Next.js), please verify that the
next-themespackage works correctly in a standard React application or consider using an alternative theming solution if needed.
🏁 Script executed:
#!/bin/bash # Check if there's a Next.js configuration in the project echo "Checking for Next.js configuration files..." find backend/template/react-ts -name "next.config.js" -o -name "next.config.ts" # Check package.json for Next.js dependency echo "Checking for Next.js dependency in package.json..." cat backend/template/react-ts/package.json | grep -E '"next":|"next":'Length of output: 358
Action Required: Manually Verify
next-themesCompatibility in a Pure React EnvironmentThe component is correctly wrapping the Sonner toaster with integrated theming. However, since our checks show no Next.js configuration or dependency in the template (implying a plain React setup), it’s essential to manually verify that
next-themesfunctions correctly outside of a Next.js context. If any issues arise in a standard React application, consider using an alternative theming solution.
- File:
backend/template/react-ts/src/components/ui/sonner.tsx(lines 1-29)- Action: Please confirm that
next-themesis compatible with non-Next.js React projects or update the theming approach accordingly.backend/template/react-ts/src/components/ui/input.tsx (1)
1-19: Well-implemented input componentThe Input component is well-structured and follows the shadcn UI pattern. It properly extends the HTML input props and adds consistent styling through Tailwind CSS classes.
backend/template/react-ts/src/components/ui/separator.tsx (1)
1-26: Well-implemented component with good accessibility considerationsThe Separator component is well structured, using Radix UI's accessible primitives with proper TypeScript typing. I appreciate the:
- Clean props interface with sensible defaults
- Data attributes for styling/testing hooks
- Conditional styling based on orientation
- Proper spreading of additional props
The implementation follows modern React patterns and provides a reusable, accessible separator component.
backend/template/react-ts/src/components/ui/skeleton.tsx (1)
1-13: Clean implementation of the Skeleton componentThis is a well-implemented loading placeholder component that:
- Uses appropriate animation with
animate-pulse- Provides flexibility through className and props forwarding
- Includes data-slot attribute for targeting/testing
- Follows a simple, functional approach with proper TypeScript typing
The component will be useful for creating consistent loading states throughout the application.
backend/template/react-ts/src/components/ui/progress.tsx (1)
1-31: Well-implemented Progress component with Radix UIThis is a clean implementation of a Progress component using Radix UI primitives. The component correctly handles dynamic styling based on the progress value and provides appropriate fallback (value || 0) for undefined/null values.
I particularly like the use of data attributes which will help with testing and custom styling targets.
backend/src/build-system/utils/strings.ts (1)
6-54: Good addition of predefined component pathsThe
SHADCN_COMPONENT_PATHSconstant provides a comprehensive list of UI component paths, which will help standardize component usage across the application.backend/template/react-ts/src/components/ui/checkbox.tsx (1)
1-32: Well-structured Checkbox componentThis is a well-implemented Checkbox component using Radix UI primitives. The component handles various states appropriately (checked, disabled, focus) and includes proper accessibility attributes.
The only minor suggestion would be to consider breaking down the long className string for better maintainability, perhaps using constants or a more modular approach to styling.
backend/template/react-ts/src/components/ui/avatar.tsx (1)
1-53: Well-designed Avatar component systemThe Avatar component and its subcomponents (AvatarImage, AvatarFallback) are well-organized and follow the Radix UI composition pattern effectively. The components appropriately handle styling and props passing.
The use of data attributes for each component part will help with testing and CSS targeting, which is a good practice.
backend/template/react-ts/src/components/ui/toggle.tsx (1)
1-47: Well-implemented Toggle component using Radix UI primitives and CVAThe Toggle component is well-structured and follows best practices for React component development with Radix UI. The use of class-variance-authority (CVA) for styling variants provides a clean, type-safe approach to handling different visual states and sizes.
I especially like:
- The proper type extension from TogglePrimitive.Root
- Well-organized variant definitions with sensible defaults
- Use of the data-slot attribute for potential styling and testing hooks
- Clean prop forwarding pattern
backend/template/react-ts/src/components/ui/radio-group.tsx (1)
1-43: Well-structured RadioGroup implementation using Radix UI primitivesThe RadioGroup and RadioGroupItem components are well-implemented, providing a clean abstraction over the Radix UI radio primitives. The code follows good React patterns with proper prop forwarding and TypeScript type definitions.
The styling approach is consistent with other UI components in the library, using the
cnutility for class name composition. The implementation of the indicator with CircleIcon for visual feedback is a nice touch.backend/template/react-ts/src/components/ui/hover-card.tsx (1)
1-40: Clean implementation of HoverCard components with Radix UIThe HoverCard implementation correctly uses Radix UI primitives with proper prop forwarding and sensible defaults. The components are well-structured and follow the pattern used by other UI components in the library.
I appreciate:
- The use of data-slot attributes for consistent component identification
- Default values for alignment and offset in HoverCardContent
- Clean animation classes using Tailwind's data-state and data-side attributes
- Proper type definitions extending the Radix primitives
backend/template/react-ts/src/components/ui/collapsible.tsx (1)
1-31: Well-structured component implementation using Radix UI primitives.The components are well-implemented with proper TypeScript typing using
React.ComponentProps<typeof...>. The use ofdata-slotattributes provides good test hooks for component identification in automated testing.backend/template/react-ts/src/components/ui/scroll-area.tsx (1)
29-54: Well-implemented ScrollBar component with orientation support.The ScrollBar component provides good support for both vertical and horizontal orientations with appropriate styling. The use of the
cnutility to combine classes works well here.backend/template/react-ts/src/components/ui/alert.tsx (2)
22-35: Well-structured Alert component with proper TypeScript typing.The Alert component has good implementation with proper TypeScript typing via
VariantPropsfrom class-variance-authority. The role attribute for accessibility is a good practice.
37-64: Alert subcomponents use appropriate grid positioning.The AlertTitle and AlertDescription components are well-implemented with CSS grid positioning that works with the parent Alert component structure. The line-clamp utility in AlertTitle is a good touch for preventing overflow.
backend/src/build-system/utils/file_generator_util.ts (1)
81-83: Defensive coding with null check.Good use of optional chaining with the
||operator here to handle potential undefined values indetails.dependsOn. This makes the code more robust against unexpected inputs.backend/template/react-ts/src/components/ui/badge.tsx (4)
1-6: LGTM: Clean and proper imports.The imports are clean, properly structured, and include all necessary dependencies for the component. Using Radix UI's Slot component enables component composition, while class-variance-authority provides an elegant way to manage component variants.
7-26: Well-structured variant definitions with good styling practices.The badge variants are nicely defined with comprehensive Tailwind CSS styling. The use of the cva library helps create a maintainable and type-safe variant system. The styling includes proper focus states, dark mode support, and adaptive styling for different contexts.
28-44: Good implementation of the Badge component with proper TypeScript typing.The Badge component uses TypeScript effectively to combine React's ComponentProps with the VariantProps from class-variance-authority. The asChild pattern is correctly implemented, allowing the component to render either as a span or as a Slot based on the prop value. The data-slot attribute provides good targeting for styling or testing.
46-47: Clean exports with all necessary components.The file correctly exports both the Badge component and badgeVariants, making the styling system accessible to other components that might need to extend it.
backend/src/build-system/__tests__/fullstack-gen.spec.ts (4)
13-13: New import is correctly added.The UIUXLayoutHandler import is properly added to support the new node in the build sequence.
20-21: Improved project name and description.The project name and description have been enhanced to be more specific, clearly indicating that this is a single-page cybersecurity personal website with terminal functionality. This provides better context for testing.
1-76:❓ Verification inconclusive
Verify module resolution for pipeline failure.
There's a TS error in the pipeline showing "Cannot find module 'codefox-common'". This doesn't appear to be directly related to your changes but should be addressed.
🏁 Script executed:
#!/bin/bash # Check for references to codefox-common in the codebase rg -l 'codefox-common' # Check if there's a tsconfig.json that might need updating for path resolution cat tsconfig.json 2>/dev/null || echo "tsconfig.json not found in root directory"Length of output: 1159
Module Resolution Issue – TS Error for "codefox-common"
The TS error in the pipeline appears to stem from module resolution settings rather than your changes in this test. The repository clearly contains a validcodefox-commonpackage, but we couldn’t locate a root-leveltsconfig.json, which suggests that the workspace’s TypeScript configuration (or per-package setup) might need adjustments.
- Action Items:
- Verify and update your TypeScript configuration(s) (in individual package tsconfig files or consider adding a root tsconfig) to properly map the
codefox-commonmodule.- Confirm that the module resolution paths in your monorepo are correctly configured for all packages that depend on
codefox-common.This issue seems unrelated to your PR changes but should be addressed in your monorepo setup to ensure a clean pipeline build.
🧰 Tools
🪛 GitHub Actions: Run tests and upload coverage
[error] 4-4: TS2307: Cannot find module 'codefox-common' or its corresponding type declarations.
43-47:✅ Verification successful
New handler node correctly integrated into build sequence.
The UIUXLayoutHandler is properly added as a new node in the build sequence, following the same pattern as other handlers. Consider uncommenting and configuring the requires property to explicitly define dependencies on other handlers if needed.
🏁 Script executed:
#!/bin/bash # Check if UIUXLayoutHandler has dependencies on other handlers ast-grep --pattern 'class UIUXLayoutHandler { $$$ }'Length of output: 56
I'll run an additional shell script to thoroughly search for the definition of
UIUXLayoutHandlerand check for any dependency configuration (i.e. the use of therequiresproperty) within its definition.
🏁 Script executed:
#!/bin/bash # Step 1: Search for the definition of UIUXLayoutHandler across the repository echo "Searching for class definition of UIUXLayoutHandler..." rg -n "class UIUXLayoutHandler" # Step 2: If a file is found, search within that file for any explicit dependency configuration using 'requires' files=$(rg --files-with-matches "class UIUXLayoutHandler") for f in $files; do echo "Checking file: $f for 'requires' usage..." rg -n "requires:" "$f" doneLength of output: 700
UIUXLayoutHandler Integration Confirmed
The new handler node is well-integrated following the established pattern. Our recent checks indicate that the UIUXLayoutHandler implementation (located at
backend/src/build-system/handlers/ux/uiux-layout/index.ts) does not currently utilize arequiresproperty. Given this, leaving the dependency field commented out is consistent with the current design. If explicit dependency management becomes necessary in the future, please update the configuration accordingly.
- Configuration File:
backend/src/build-system/__tests__/fullstack-gen.spec.ts(lines 43-47)- Handler Implementation: Confirmed absence of a
requiresproperty in UIUXLayoutHandlerbackend/template/react-ts/src/components/ui/popover.tsx (5)
1-5: Clean imports with proper pattern.The imports follow good practices, bringing in necessary Radix UI primitives and utility functions. The pattern matches other UI component files, maintaining consistency.
6-16: Well-structured Popover and PopoverTrigger components.These components cleanly wrap the Radix UI primitives while adding data-slot attributes for styling and testing. The pattern of spreading remaining props to the underlying component is a good practice for component composition.
18-38: PopoverContent has comprehensive styling and proper portal usage.The PopoverContent component correctly uses a portal for rendering, which helps with z-index stacking contexts. The styling includes animations and responsive behavior with proper data attributes for state-based styling. Default props for alignment and offset are sensible.
40-44: PopoverAnchor implemented with consistent pattern.The PopoverAnchor component follows the same pattern as the other components, maintaining consistency throughout the file.
46-47: Clean exports for component consumption.All components are properly exported, making them available for use throughout the application.
backend/src/build-system/handlers/ux/uiux-layout/prompt.ts (1)
1-219: Comprehensive UX layout prompt with detailed sections.The prompt is well-structured with thorough sections covering all aspects of UX design layout strategy. It provides excellent guidance for generating layouts based on project requirements.
backend/template/react-ts/src/components/ui/card.tsx (2)
5-16: Well-designed Card component structure with sensible defaultsThe Card component is well-implemented with proper use of data attributes and Tailwind CSS classes. The component correctly passes className and spreads additional props to allow for flexibility.
68-75: LGTM - Clean export patternThe exports are organized clearly, making it easy to import individual components when needed.
backend/template/react-ts/src/components/ui/calendar.tsx (1)
58-65: Accessible icon implementationGood use of custom icon components that preserve accessibility by spreading props and maintaining className patterns.
backend/template/react-ts/src/components/ui/accordion.tsx (2)
7-11: Simple and effective Accordion component implementationThe Accordion component is well-implemented as a thin wrapper over the Radix UI primitive with proper data-slot attributes for styling and targeting.
13-24: AccordionItem with proper stylingThe AccordionItem is well-implemented with appropriate border styling that only applies to the bottom except for the last item.
backend/template/react-ts/src/components/ui/toggle-group.tsx (3)
8-13: Good use of React Context for variant propagationWell-designed context setup to pass variant and size props down to child components with sensible defaults.
41-69: Well-implemented ToggleGroupItem with context consumptionThe ToggleGroupItem correctly consumes the context and applies appropriate styling based on context values with fallback to prop values. The CSS classes for handling border radius on first/last items are a nice touch for visual consistency.
15-39:✅ Verification successful
ToggleGroup component implementation
The ToggleGroup component is well-implemented with proper data attributes and context provider. The component correctly passes className and spreads additional props.
One potential issue: The component depends on
toggleVariantsimported from '@/components/ui/toggle', but the toggle component isn't included in the PR files. Make sure this component exists in the codebase.
🏁 Script executed:
#!/bin/bash # Check if the toggle component exists if [ -f "backend/template/react-ts/src/components/ui/toggle.tsx" ]; then echo "Toggle component exists" else echo "Toggle component not found" fiLength of output: 124
ToggleGroup component implementation verified
The implementation is solid. The additional check confirmed that the dependency on
toggleVariantsfrom the toggle component (located atbackend/template/react-ts/src/components/ui/toggle.tsx) exists in the codebase. No further issues remain.backend/template/react-ts/src/components/ui/button.tsx (1)
1-58: Well-structured and accessible Button component implementation.The Button component is well-designed with comprehensive styling options and proper accessibility considerations. The use of class-variance-authority for variants and sizes provides a flexible and maintainable approach. The
asChildpattern with Radix UI's Slot is a good practice for composition.A few observations:
- Good use of data attributes for testing
- Comprehensive variants (default, destructive, outline, etc.) and sizes
- Proper handling of focus, hover, and disabled states
- Type-safe implementation with clear prop interfaces
backend/template/react-ts/src/components/ui/resizable.tsx (1)
1-56: Good implementation of resizable panel components using react-resizable-panelsThe implementation provides a clean abstraction over the resizable panel primitives. The 'use client' directive correctly indicates that these components should be rendered on the client side.
The ResizableHandle component with the optional grip icon is a nice touch for improved usability. The CSS classes are comprehensive, handling various states and orientations.
backend/template/react-ts/src/components/ui/slider.tsx (1)
50-56: Good implementation of dynamic thumbs generationUsing Array.from to dynamically generate the correct number of thumbs based on the values array is a clean approach. The accessibility attributes and styling for the thumbs are well-implemented.
backend/template/react-ts/src/components/ui/tabs.tsx (1)
1-67: Clean and accessible Tabs implementationThe Tabs components are well-structured, following the pattern of wrapping Radix UI primitives with additional styling. The components handle accessibility well with proper focus states and ARIA attributes (inherited from the primitives).
The styling is comprehensive, with states for active, hover, focus, and disabled, which provides a good user experience. The consistent use of data attributes is good for testing and styling specificity.
backend/template/react-ts/src/components/ui/input-otp.tsx (3)
1-2: File-level observation.These lines correctly declare
'use client', which is a standard Next.js convention for defining client-side components. There are no issues here.
69-75: Optional separation approach.The
InputOTPSeparatoruses aMinusIconto visually separate slots. If actual punctuation or text separation is desired for accessibility, you might consider wrapping the icon in a meaningful element or providing a visually hidden label. Still, the approach here is acceptable if design strictly calls for an icon-based separator.
77-77: Exports are clear and consistent.All components (
InputOTP,InputOTPGroup,InputOTPSlot, andInputOTPSeparator) are well-organized and clearly exported, facilitating concise imports elsewhere in the codebase.backend/template/react-ts/src/components/ui/tooltip.tsx (3)
1-2: Client-side usage.The
'use client'directive is correctly placed for these frontend components that rely on interactivity from the user.
21-29: EncapsulatingTooltipinsideTooltipProvider.Combining the provider and the root in this manner is a neat approach. Just confirm that there's no scenario requiring a different
delayDurationacross various tooltips within the same hierarchy.
37-59: Tooltip content styling and transitions.The transitions and animations are comprehensive, handling multiple states and sides. This ensures a smoother appearance. Since these styles rely heavily on data attributes, verify they align with your theming strategy, especially for dark mode and alternative color schemes.
backend/src/build-system/handlers/ux/uiux-layout/index.ts (4)
1-16: Dependencies and imports.Your imports are organized, referencing required interfaces and classes. It is good that you’re throwing custom errors (
MissingConfigurationError, etc.) for domain-specific issues instead of generic exceptions.
23-26: Class and logging usage.The
UIUXLayoutHandlerclass is well annotated with@BuildNode()and@BuildNodeRequire(). The dedicated logger is a good approach for traceable logs during the build steps.
29-36: Context retrieval logic.Retrieving
projectName,sitemapDoc, andprdfrom the context is coherent. Currently,platformalso has a default fallback, which is consistent with the approach forprojectName.
48-71: Prompt construction.The prompts and messages are clearly built for your chat model. Observing the MVP, they effectively incorporate PRD and sitemap content, then request generation. This is well-structured for your custom build system.
backend/src/build-system/handlers/frontend-code-generate/CodeReview.ts (4)
20-23: Import structure improved for string utility functions.The addition of
parseGenerateTagalongsideremoveCodeBlockFencesproperly separates the responsibility of parsing and cleaning model responses.
233-233: Enhanced instruction for better response formatting.Adding "I shouldn't write explain outside the json" improves response consistency by explicitly instructing the model to contain explanations within the JSON structure only.
244-245: Improved response processing with parseGenerateTag.The implementation now correctly processes the model response in two steps:
- Remove code block fences
- Parse and extract content from generate tags
This enhances robustness when handling structured responses from the model.
310-310: Consistent instruction across multiple requests.The same formatting instruction is appropriately applied to the second request, ensuring consistent response handling throughout the code.
backend/template/react-ts/src/components/ui/table.tsx (4)
1-6: Well-structured React component setup with proper imports.The component correctly declares 'use client' for Next.js compatibility and imports the necessary dependencies.
7-17: Accessible and responsive Table component implementation.The Table component correctly wraps the HTML table element with a responsive container that handles overflow. The use of data-slot attributes enhances testability and styling capabilities.
19-102: Comprehensive implementation of table-related components.The implementation provides a complete set of table components (Header, Body, Footer, Row, Head, Cell, Caption) that follow consistent patterns:
- Proper TypeScript typing with React.ComponentProps
- Consistent use of data-slot attributes
- Class name composition with the cn utility
- Appropriate spreading of additional props
These components provide a solid foundation for building accessible, customizable tables.
104-113: Clean export pattern for all table components.The export statement properly exposes all table components for use throughout the application.
backend/template/react-ts/src/components/ui/carousel.tsx (6)
1-16: Well-structured component with appropriate dependencies.The carousel component correctly:
- Declares 'use client' for Next.js compatibility
- Imports necessary dependencies including embla-carousel-react
- Defines proper TypeScript types for the carousel API and options
The import of Button from the UI component library also demonstrates good component reuse.
17-43: Well-defined type system and context setup.The component establishes:
- Clear prop interfaces for the carousel
- Comprehensive context properties for internal state management
- A proper React context with null as the default value
- A custom hook with appropriate error handling
This creates a solid foundation for the component's internal communication.
45-133: Robust carousel implementation with proper React patterns.The main Carousel component:
- Uses the embla-carousel-react hook correctly
- Implements proper state management with useState
- Uses useCallback for performance optimization
- Handles keyboard navigation accessibility
- Properly syncs the API with useEffect
- Provides comprehensive context values to children
The implementation follows React best practices throughout.
135-172: Well-implemented carousel content components.The CarouselContent and CarouselItem components:
- Correctly access the carousel context
- Apply appropriate class names based on orientation
- Include proper ARIA attributes for accessibility
- Use data-slot attributes for testing and styling hooks
These components provide a flexible structure for carousel items.
174-232: Accessible navigation controls with proper button implementation.The CarouselPrevious and CarouselNext components:
- Implement proper Button components from the UI library
- Include appropriate ARIA attributes and screen reader text
- Handle disabled states based on scroll capability
- Position themselves correctly based on orientation
- Include proper icons for visual clarity
These navigation controls enhance the user experience and accessibility.
234-241: Clean export pattern for all carousel components.The export statement properly exposes all carousel components and the CarouselApi type for use throughout the application.
backend/src/build-system/handlers/product-manager/product-requirements-document/prd.ts (2)
51-77: Improved PRD handling with section extraction.The implementation now extracts and stores specific sections of the PRD in the global context:
- Project Overview section
- Features section
This enhancement allows other parts of the application to access these sections individually, which is valuable for frontend code generation and other downstream processes.
160-177: Well-implemented extraction helper methods.The implementation provides clear, focused helper methods for extracting specific sections:
extractProjectOverviewSection: Extracts section 1 (Project Overview)extractFeaturesSection: Extracts section 5 (Features)These methods appropriately leverage the common
extractSectionmethod with specific parameters, following the DRY principle.backend/template/react-ts/src/components/ui/select.tsx (5)
1-13: Well-structured Select component implementation!The Select component is properly implemented using Radix UI primitives with the 'use client' directive for Next.js compatibility. The data-slot attribute provides good targeting for styles and testing.
27-47: SelectTrigger implementation looks goodGood implementation with comprehensive styling for different states (focus, disabled, invalid) and proper icon placement. The use of the cn utility for conditional class merging is well done.
49-82: SelectContent has appropriate animations and positioningThe component correctly implements animations based on state (open/closed) and position (top/bottom/left/right). The inclusion of scroll buttons and proper viewport configuration enhances usability.
97-119: SelectItem implementation handles selection indicators wellThe SelectItem component properly handles the checked state with appropriate accessibility considerations. The absolute positioning of the CheckIcon provides a clean visual implementation.
170-181: Export pattern is clean and comprehensiveAll Select-related components are properly exported, allowing consumers to compose them as needed for different use cases.
backend/template/react-ts/src/components/ui/pagination.tsx (4)
11-34: Good semantic structure for pagination componentsThe implementation correctly uses semantic HTML (nav, ol, li) with appropriate ARIA attributes for accessibility. The responsive design with flex layout provides good flexibility.
40-66: PaginationLink component is flexible and reusableThe component handles active state appropriately and leverages buttonVariants for consistent styling. The type definition with Pick ensures proper prop types are maintained.
68-100: Previous/Next pagination components handle responsiveness wellBoth components include proper aria-labels for accessibility and responsive text display that hides on small screens while maintaining the icons. The consistent gap and padding ensure good visual alignment.
102-117: Ellipsis component has good accessibility considerationsThe component correctly hides content from screen readers with aria-hidden while providing an accessible text alternative with sr-only. The visual implementation with MoreHorizontalIcon is clear and intuitive.
backend/template/react-ts/src/components/ui/navigation-menu.tsx (5)
10-32: Flexible NavigationMenu implementation with viewport toggleThe component includes a useful viewport prop that allows toggling the viewport component, providing flexibility for different use cases. Good use of data attributes for styling and testing.
63-85: Well-defined trigger style with proper animationThe navigationMenuTriggerStyle uses cva effectively for style composition. The chevron rotation animation on open/close provides a nice visual cue for users about the menu state.
87-102: Comprehensive styling for NavigationMenuContentThe component handles various animation states and viewport configurations through conditional class names. The extensive use of data attributes for state-based styling provides good flexibility.
104-124: NavigationMenuViewport handles positioning and animations wellThe viewport component correctly implements positioning and animations for the dropdown content. The use of CSS variables for dimensions allows for dynamic sizing based on content.
142-158: Good visual implementation for the indicator componentThe NavigationMenuIndicator has appropriate animation handling and a visually distinct indicator element. The z-index management ensures proper layering in the UI.
backend/template/react-ts/src/components/ui/breadcrumb.tsx (5)
7-22: Semantically correct breadcrumb navigation implementationThe Breadcrumb and BreadcrumbList components use appropriate HTML elements (nav, ol) with correct ARIA attributes for accessibility. The responsive styling with gap adjustments for different screen sizes is well implemented.
34-50: Flexible BreadcrumbLink with Slot pattern supportThe BreadcrumbLink component effectively implements the asChild pattern using Radix UI's Slot component, allowing for polymorphic rendering. This provides good flexibility for integration with different routing systems.
52-63: BreadcrumbPage has proper accessibility attributesThe current page indicator correctly uses aria-current="page" and aria-disabled="true" to indicate the current location in the navigation hierarchy to assistive technologies.
65-81: BreadcrumbSeparator has good default fallbackThe separator component intelligently uses children if provided, or falls back to a ChevronRight icon. The aria-hidden and role attributes ensure proper accessibility by hiding separators from screen readers.
83-99: BreadcrumbEllipsis component handles screen reader accessibilityThe ellipsis component properly implements aria-hidden with a visually hidden text alternative for screen readers. The visual implementation with the MoreHorizontal icon is clear and consistent.
backend/template/react-ts/src/components/ui/command.tsx (3)
1-2: Code structure initialization looks good.
This indicates the file is configured properly as a client-side component with'use client';.
16-30: Solid wrapper aroundCommandPrimitive.
TheCommandcomponent neatly composes the primitive and applies flexible styling via spread props and thecnutility. This pattern fosters maintainability and reusability.
135-149: Comprehensive styling for selectable list items.
The data-state styling (data-[selected=true]) is well integrated. Hover and disabled states also look well-managed. Good job ensuring consistent pointer events and opacity for disabled states.backend/template/react-ts/src/components/ui/chart.tsx (2)
178-249: Robust approach to custom tooltip structuring.
Rendering dynamic content via the mapped payload is well-structured. The conditionally displayed label and custom indicators effectively manage various chart states and configurations.
294-310: Legend content is well handled.
Mapping each payload item to a styled legend entry is concise and flexible. The fallback miniature square or the user-defined icon initemConfig.iconis a neat way to unify the visual design.backend/src/build-system/handlers/file-manager/file-struct/index.ts (6)
9-9: Newly importedmergePaths.
This utility is presumably used for updating or combining path structures. Ensure it safely handles edge cases such as backslashes on Windows or trailing slashes. If uncertain, consider verifying it with a test harness or logging more details.
113-119: Clear folder structure guidance for non-SPA.
Defining contexts, pages, and anindex.tsxis straightforward. This helps maintain a consistent pattern for typical multi-page React applications.
405-411: Good introduction ofisSPAFlag.
CalculatingisSPAFlagand storing it in the global context clarifies the rest of your build logic. This fosters consistent behavior across the codebase.
521-535: Additional error handling withmergePaths.
This block properly captures and logs errors if path merging fails, throwing aResponseParsingErrorif the merged result is empty. Good defensive programming.
632-635: Effective error logging on validation failures.
Logging the failingfileArchContentis helpful for debugging invalid JSON structures. This provides immediate insight into the exact data that failed, facilitating quick resolution.
693-697: Selective ignoring of UI component paths.
By ignoring dependencies starting with@/components/ui/, your validation logic excludes them from standard checks. Ensure that these UI paths indeed need no further validation. If so, this targeted approach is fine.backend/template/react-ts/src/components/ui/sheet.tsx (1)
47-82:✅ Verification successful
Verify custom utility classes and ensure compatibility.
Within
SheetContent, the classes"rounded-xs","focus:outline-hidden", and"size-4"do not exist in a standard Tailwind CSS configuration. Please confirm these are deliberate custom classes provided by your Tailwind configuration or a plugin. Otherwise, replace them with standard utilities (e.g.,"rounded-sm","focus:outline-none","w-4 h-4", etc.).Below is a script to search for these custom classes in your repository’s Tailwind configuration or utility definitions:
🏁 Script executed:
#!/bin/bash # Searches for "rounded-xs", "focus:outline-hidden", and "size-4" in the codebase to verify they are defined. rg "rounded-xs|focus:outline-hidden|size-4"Length of output: 18122
Custom Utility Classes Verified
After running the search, we confirmed that the custom classes
"rounded-xs","focus:outline-hidden", and"size-4"are consistently used throughout the codebase (including insheet.tsx,sidebar.tsx, and other UI components). These appear to be intentional customizations in your Tailwind setup or provided via a plugin. No changes are required here.backend/template/react-ts/src/components/ui/form.tsx (1)
30-41: Good use of Controller and Context.This approach properly separates field context from the rest of the form, making code more composable and maintainable.
backend/src/build-system/handlers/frontend-code-generate/prompt.ts (5)
6-6: Role specification updated successfully.Changing the role description to “senior UI/UX designer and React + TypeScript developer” sets a clear focus on design-oriented tasks. No issues detected here.
29-34: Solid responsive design guidelines.These newly added instructions clearly outline important breakpoints, flex/grid usage, and readability concerns. They align well with modern best practices for responsiveness.
122-122: Clear output formatting requirement.Instructing code generation to wrap final outputs in fenced code blocks might simplify integration flows. Implementation details look good.
131-132: Detailed CSS prompt looks robust.The guidelines for improving CSS without altering the original structure are well-defined. This should help ensure consistency and maintainability while advancing styling quality.
114-115:❓ Verification inconclusive
Confirm package availability for new UI dependencies.
Instructions explicitly specify usage of "shadcn/ui components" and "Lucide React icons". Ensure these packages are properly installed and declared in your dependencies (e.g., in
package.json) before referencing them in code.Consider running a simple script to locate and confirm these dependencies:
🏁 Script executed:
#!/bin/bash # Checking for references to shadcn/ui and lucide-react in package.json rg '"shadcn/ui"|"lucide-react"' package.jsonLength of output: 46
UI Dependencies Verification Required
There were no matches found for “shadcn/ui” or “lucide-react” in the package.json. Since this check returned no output, please manually verify that these dependencies are properly installed and declared. Specifically:
- Ensure that the packages are listed under
dependencies(ordevDependencies) in your package.json.- Double-check that the package names exactly match those referenced in the code (see lines 114–115 in
backend/src/build-system/handlers/frontend-code-generate/prompt.ts).- If they’re missing, add them accordingly (for example, by adding entries similar to
"shadcn/ui": "<version>"and"lucide-react": "<version>").Please confirm the status of these dependencies before proceeding.
backend/template/react-ts/src/index.css (5)
1-5: Well-structured TailwindCSS imports and configurationThe import and plugin setup is clean, with proper separation between the base import and plugin. The custom dark variant implementation using
(&:is(.dark *))is a good approach for targeting dark mode.
7-41: Comprehensive design token system with HSL valuesThe root variables define a complete design system with:
- Base colors (background, foreground)
- Component-specific colors (card, popover, primary, secondary)
- Functional colors (destructive, muted, accent)
- Chart-specific colors
- Consistent border and radius treatment
Using HSL values provides flexibility for color manipulation if needed in the future.
43-76: Complete dark mode implementationThe dark theme implementation properly overrides all light theme variables with appropriate contrasting values. The use of a
.darkclass selector makes theme toggling straightforward.
78-135: Well-structured theme variable mapping and animationsThe theme mapping provides semantic variable names and includes animations for accordion components. The keyframes are properly defined with clear start and end states.
137-144: Clean base layer implementationThe base layer applies consistent styling to all elements and the body, ensuring proper inheritance of theme variables. Using
@applywith the Tailwind classes keeps the implementation clean.backend/template/react-ts/src/components/ui/drawer.tsx (6)
1-5: Proper imports and utility functionsThe component correctly imports React, the Vaul drawer primitive, and the utility function for class name merging.
6-28: Well-structured root componentsThe
Drawer,DrawerTrigger,DrawerPortal, andDrawerClosecomponents are implemented cleanly, using data-slot attributes for identification and properly passing through props.
30-44: Correctly implemented overlay with animationsThe
DrawerOverlaycomponent includes proper animation states for opening and closing, with a semi-transparent black background for modal context.
46-71: Responsive drawer content implementationThe
DrawerContentcomponent handles different drawer directions (top, bottom, left, right) with appropriate positioning and styling. The drag handle is conditionally shown for bottom-oriented drawers only.
73-117: Well-structured supporting componentsThe
DrawerHeader,DrawerFooter,DrawerTitle, andDrawerDescriptioncomponents provide consistent styling and structure, with proper typography and spacing.
119-130: Comprehensive component exportsAll drawer components are properly exported, making them available for use throughout the application.
backend/src/build-system/handlers/frontend-code-generate/index.ts (7)
16-17: Updated imports for enhanced functionalityAdded imports for
removeCodeBlockFencesutility and new handlers (PRDHandlerandUIUXLayoutHandler). This improves code handling and expands the handler's capabilities.Also applies to: 24-25
40-42: Updated dependencies for build nodeAdded
PRDHandlerandUIUXLayoutHandlerto the required dependencies, ensuring they're available during execution.
248-260: Improved path resolution for dependenciesEnhanced the path resolution logic to handle alias-based paths (
@/), which is important for modern frontend projects. The implementation correctly maps aliases to their corresponding file system paths.
290-291: Model selection based on SPA flagAdded conditional model selection based on the SPA flag, using more appropriate models for each case:
- Claude 3.7 Sonnet for SPAs
- O3-mini-high for other projects
This tailors the model selection to the specific requirements of the project type.
Also applies to: 368-371
315-321: Updated content structure for code generationReplaced references to sitemap and UX datamap with the new product requirements and UI/UX layout. This aligns with the new handler structure.
356-357: Clear and direct user instructionThe updated prompt is more direct and sets clear expectations for the model.
378-379: Updated code block fence handlingChanged from
formatResponsetoremoveCodeBlockFences, which is more specific to the task of extracting code from the model response.backend/template/react-ts/src/components/ui/alert-dialog.tsx (8)
1-8: Proper setup for client-side component with required importsThe component includes the 'use client' directive, indicating it's a client-side component. The imports are well-organized, bringing in React, Radix UI primitives, and utility functions.
9-29: Well-structured root and trigger componentsThe
AlertDialog,AlertDialogTrigger, andAlertDialogPortalcomponents are cleanly implemented, with proper TypeScript typing and data-slot attributes for identification.
31-45: Accessible overlay with proper animationsThe
AlertDialogOverlaycomponent provides a semi-transparent backdrop with smooth fade animations for both opening and closing states.
47-64: Responsive and animated dialog contentThe
AlertDialogContentcomponent is properly centered, includes animations for opening/closing, and has appropriate z-index and styling. It correctly nests within the portal and overlay.
66-93: Responsive layout componentsThe
AlertDialogHeaderandAlertDialogFootercomponents adapt their layout based on screen size (column on mobile, row on desktop) and provide consistent spacing.
95-119: Accessible typography componentsThe
AlertDialogTitleandAlertDialogDescriptioncomponents provide proper typography styling and accessibility through the Radix UI primitives.
121-143: Consistent button styling using variantsThe
AlertDialogActionandAlertDialogCancelcomponents leverage the button variants utility to maintain consistent styling across the application. The cancel button appropriately uses the outline variant.
145-157: Comprehensive component exportsAll alert dialog components are properly exported, making them available for use throughout the application.
backend/template/react-ts/src/components/ui/dialog.tsx (1)
1-136: Well-implemented Dialog component with proper accessibility features.This is a solid implementation of a Dialog component using Radix UI primitives. The code correctly wraps each Radix UI component, adds appropriate data attributes for styling and accessibility, and includes proper keyboard navigation support. The close button also has a visually hidden label for screen readers.
backend/template/react-ts/src/components/ui/dropdown-menu.tsx (2)
1-2: Good use of 'use client' directive.The 'use client' directive correctly specifies that this component will be rendered on the client side, ensuring proper hydration with React's client-side runtime.
3-257: Well-structured DropdownMenu implementation with comprehensive component variants.This is a robust implementation of a dropdown menu system using Radix UI primitives. The code properly handles various states and variants, including checkbox and radio items, and provides good accessibility through appropriate data attributes and ARIA support.
backend/template/react-ts/src/components/ui/context-menu.tsx (2)
1-2: Good use of 'use client' directive.The 'use client' directive correctly specifies that this component will be rendered on the client side, ensuring proper hydration with React's client-side runtime.
3-252: Well-implemented ContextMenu with good accessibility support.This is a comprehensive implementation of a context menu using Radix UI primitives. The components are well-structured with appropriate data attributes and styling for various states, providing good accessibility and user experience.
backend/template/react-ts/src/components/ui/menubar.tsx (1)
1-274: Well-implemented Menubar component with comprehensive functionality.This implementation of a menubar using Radix UI primitives is well-structured and provides all the necessary functionality for a complex menu system. It handles various states and includes components for different types of menu items.
backend/template/react-ts/package.json (1)
13-65:✅ Verification successful
Consider verifying and maintaining dependency hygiene.
This large group of newly added dependencies can expand the app’s capabilities but also increases complexity. Make sure they are all needed, have no version conflicts, and do not introduce large bundle sizes or security issues. Additionally, the caret (“^”) versions may introduce subtle breakage when dependencies get updated.
Below is an optional script to help you check the presence of any known security vulnerabilities and gather size metrics. It uses npm to audit packages (which can sometimes yield false positives) and Bundlephobia to estimate size:
🏁 Script executed:
#!/bin/bash # Install dependencies without ignoring scripts npm install # Run npm audit to detect vulnerabilities npm audit --audit-level=low # Use Bundlephobia API to check package size if available # (Limited to a few examples; you can expand the list as needed.) for pkg in "@radix-ui/react-accordion" "clsx" "cmdk" "date-fns"; do echo "Checking size for $pkg..." curl -s https://bundlephobia.com/api/size?package=$pkg | jq '.' echo doneLength of output: 7454
Dependency Hygiene Check Passed – Minimal Security or Bundle Size Concerns Detected
The npm audit run returned no vulnerabilities, and the Bundlephobia checks confirm that the package sizes (even for larger deps like
cmdkanddate-fns) are within acceptable limits. That said, given the extensive set of dependencies (notably many from the Radix UI suite), please ensure that each dependency is essential and consider pinning versions (instead of using carets) if stricter control is desired.
- File:
backend/template/react-ts/package.json(Lines 13-65)- Actionable Suggestions:
- Review the necessity of each new dependency.
- Monitor caret (^)-version updates to avoid unexpected breaking changes.
- Reassess periodically to keep an eye on transitive dependency deprecations or potential warnings.
backend/template/react-ts/src/components/ui/sidebar.tsx (28)
1-31: Imports and constants look well-structured.All the imports appear relevant; the constants for widths and cookie settings are clearly named and documented.
33-43: Context definition is straightforward.The
SidebarContextinterface and its React context are clearly declared. The chosen type union forstateand the presence of open and mobile states appear correct and flexible.
45-52: Robust error checking inuseSidebar.Throwing an error if
SidebarContextis not present ensures misuse is caught early. This helps maintain the integrity of the internal context usage.
54-170: Cookie-based persistence may be problematic in some SSR scenarios.While the
SidebarProviderlogic is solid for a client-only app, usingdocument.cookiecan fail gracefully or cause SSR hydration mismatches if rendered server-side. You might consider an environment check before using that API, or abstracting the storage mechanism to something SSR-friendly if needed.Would you like to investigate SSR usage across your codebase? I can generate a shell script to hunt for SSR references if you need to confirm whether the code is strictly client-side.
172-269: Responsive design approach is commendable.The
Sidebarcomponent expertly handles both desktop and mobile scenarios by leveragingSheetfor mobile. The approach of switching between a fixed sidebar and off-canvas style is clear and maintainable. Great job.
271-295: Clean toggle logic inSidebarTrigger.The button is well-labeled with an SR-only span for accessibility. This promotes inclusive design.
297-320: Excellent pointer interactions forSidebarRail.The CSS-based approach for resizing cursors and hover states is consistent and helps keep the code cohesive.
322-334: Neat separation of main content withSidebarInset.This is a nice approach to keep distinct contexts for content vs. sidebar. The flexible styling with Tailwind classes looks good.
336-348:SidebarInputfosters consistency.Encapsulating UI controls (like
Input) in specialized sidebar components simplifies reuse and theming.
350-359: Header structure is straightforward.
SidebarHeaderprovides an easy-to-use container for branding or navigation headings. No issues found.
361-370: Footer layout is consistent.
SidebarFootermirrors the header structure for uniform styling. No concerns.
372-384:SidebarSeparatorusage.The approach to customizing the separator’s color and margin is well-handled, ensuring visual segmentation in the sidebar.
386-398: Dedicated content region is well-done.
SidebarContentmanages scrolling overflow effectively. No concerns here.
400-408:SidebarGroupfor logical grouping.Keeping items grouped under a dedicated container fosters clarity and code reusability.
411-430:SidebarGroupLabelconcept is good.Allowing
asChildusage offers good flexibility for advanced compositions (e.g., headings).
432-453:SidebarGroupActionensures cohesive actions.Hiding the action button when in collapsed icon mode is a neat approach. This logic is consistent with the rest of the collapsible design.
455-467: Clean container for group content.
SidebarGroupContenthelps keep the snippet modular without forcing extra styling. No issues found.
469-478: Menu container is minimal yet functional.
SidebarMenuoffers a structured list context, making it easy to read or maintain.
480-488: Menu item foundation is sound.The
SidebarMenuItemsets up a consistent approach to item grouping and styling.
490-511:sidebarMenuButtonVariantshas strong Tailwind integration.Combining
class-variance-authoritywith variant definitions is an effective way to standardize button styling. Nicely done.
513-561:SidebarMenuButtonelegantly integrates variant toggles and tooltips.Using tooltips only when collapsed is a thoughtful UX decision. The fallback for string-based
tooltipis neat.
563-593: Good approach forSidebarMenuAction.The relative positioning and group hover logic complements the main button styling.
595-614:SidebarMenuBadgelogic is minimal and clean.Maintaining synergy with the parent’s active or hovered states is well-executed.
617-653: Skeleton usage for loading states is solid.Randomizing the text width offers a realistic feel. The fallback approach is simple yet effective.
655-668:SidebarMenuSubfosters nested menus.Your usage of a border and subtle indentation visually separates submenus well.
670-682: Consistent approach for sub-items.
SidebarMenuSubItemmatches the parent’s pattern, maintaining a uniform code style.
684-714: Sub-button design is well-structured.Supporting
asChildusage, size variants, and active states ensures versatility while keeping code DRY.
716-741: Export statements are neatly organized.All sidebar-related utilities are cleanly exported, affording easy usage in other modules.
| import * as React from 'react'; | ||
|
|
||
| const MOBILE_BREAKPOINT = 768; | ||
|
|
||
| export function useIsMobile() { | ||
| const [isMobile, setIsMobile] = React.useState<boolean | undefined>( | ||
| undefined, | ||
| ); | ||
|
|
||
| React.useEffect(() => { | ||
| const mql = window.matchMedia(`(max-width: ${MOBILE_BREAKPOINT - 1}px)`); | ||
| const onChange = () => { | ||
| setIsMobile(window.innerWidth < MOBILE_BREAKPOINT); | ||
| }; | ||
| mql.addEventListener('change', onChange); | ||
| setIsMobile(window.innerWidth < MOBILE_BREAKPOINT); | ||
| return () => mql.removeEventListener('change', onChange); | ||
| }, []); | ||
|
|
||
| return !!isMobile; | ||
| } |
There was a problem hiding this comment.
🛠️ Refactor suggestion
SSR compatibility should be considered
The hook uses browser-specific APIs like window and matchMedia without checks, which could cause issues during server-side rendering.
Add checks for the window object to ensure SSR compatibility:
React.useEffect(() => {
+ if (typeof window === 'undefined') return;
+
const mql = window.matchMedia(`(max-width: ${MOBILE_BREAKPOINT - 1}px)`);
const onChange = () => {
setIsMobile(window.innerWidth < MOBILE_BREAKPOINT);
};
- mql.addEventListener('change', onChange);
- setIsMobile(window.innerWidth < MOBILE_BREAKPOINT);
- return () => mql.removeEventListener('change', onChange);
+
+ // Check for browser compatibility with newer API
+ if (mql.addEventListener) {
+ mql.addEventListener('change', onChange);
+ setIsMobile(window.innerWidth < MOBILE_BREAKPOINT);
+ return () => mql.removeEventListener('change', onChange);
+ } else {
+ // Fallback for older browsers
+ mql.addListener(onChange);
+ setIsMobile(window.innerWidth < MOBILE_BREAKPOINT);
+ return () => mql.removeListener(onChange);
+ }
}, []);Note: The addListener and removeListener methods are deprecated but provide backwards compatibility.
📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| import * as React from 'react'; | |
| const MOBILE_BREAKPOINT = 768; | |
| export function useIsMobile() { | |
| const [isMobile, setIsMobile] = React.useState<boolean | undefined>( | |
| undefined, | |
| ); | |
| React.useEffect(() => { | |
| const mql = window.matchMedia(`(max-width: ${MOBILE_BREAKPOINT - 1}px)`); | |
| const onChange = () => { | |
| setIsMobile(window.innerWidth < MOBILE_BREAKPOINT); | |
| }; | |
| mql.addEventListener('change', onChange); | |
| setIsMobile(window.innerWidth < MOBILE_BREAKPOINT); | |
| return () => mql.removeEventListener('change', onChange); | |
| }, []); | |
| return !!isMobile; | |
| } | |
| import * as React from 'react'; | |
| const MOBILE_BREAKPOINT = 768; | |
| export function useIsMobile() { | |
| const [isMobile, setIsMobile] = React.useState<boolean | undefined>(undefined); | |
| React.useEffect(() => { | |
| + if (typeof window === 'undefined') return; | |
| + | |
| const mql = window.matchMedia(`(max-width: ${MOBILE_BREAKPOINT - 1}px)`); | |
| const onChange = () => { | |
| setIsMobile(window.innerWidth < MOBILE_BREAKPOINT); | |
| }; | |
| + // Check for browser compatibility with newer API | |
| + if (mql.addEventListener) { | |
| + mql.addEventListener('change', onChange); | |
| + setIsMobile(window.innerWidth < MOBILE_BREAKPOINT); | |
| + return () => mql.removeEventListener('change', onChange); | |
| + } else { | |
| + // Fallback for older browsers | |
| + mql.addListener(onChange); | |
| + setIsMobile(window.innerWidth < MOBILE_BREAKPOINT); | |
| + return () => mql.removeListener(onChange); | |
| + } | |
| }, []); | |
| return !!isMobile; | |
| } |
| // If we exhausted all retries, re-throw the last error | ||
| throw lastError; | ||
| return null; |
There was a problem hiding this comment.
Critical change in error handling may cause unexpected behavior
The function's behavior has been changed from throwing an error to returning null when file reading fails after retries. This is a significant change that could lead to silent failures in dependent code expecting error propagation.
Consider either:
- Updating the function's return type to
Promise<string | null>to properly reflect the new behavior - Add a warning log before returning null to help with debugging
- Update all callers to handle the null return case
- return null;
+ logger.warn(`Failed to read file after ${maxRetries} attempts: ${filePath}`);
+ return null;Also, the function's JSDoc comment should be updated to reflect this behavior change:
/**
* Attempts to read a file's content, retrying up to `maxRetries` times
* if a read error occurs (e.g., file not found or locked).
*
* @param filePath - The absolute path to the file you want to read
* @param maxRetries - The number of retry attempts
* @param delayMs - Delay (in ms) between retry attempts
+ * @returns The file content as a string, or null if reading fails after all retries
*/📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| // If we exhausted all retries, re-throw the last error | |
| throw lastError; | |
| return null; | |
| /** | |
| * Attempts to read a file's content, retrying up to `maxRetries` times | |
| * if a read error occurs (e.g., file not found or locked). | |
| * | |
| * @param filePath - The absolute path to the file you want to read | |
| * @param maxRetries - The number of retry attempts | |
| * @param delayMs - Delay (in ms) between retry attempts | |
| * @returns The file content as a string, or null if reading fails after all retries | |
| */ | |
| async function readFileWithRetries(filePath, maxRetries, delayMs) { | |
| // ... code for retrying file read | |
| // If we exhausted all retries, re-throw the last error | |
| logger.warn(`Failed to read file after ${maxRetries} attempts: ${filePath}`); | |
| return null; | |
| } |
| List View: Sequential items displayed with consistent formatting, good for news feeds, search results | ||
| Alternating Sections: Contrasting full-width sections that alternate in layout and visual style | ||
|
|
||
| Navigation Patterns | ||
|
|
||
| Fixed Top Navigation: Horizontal menu that remains accessible while scrolling | ||
| Fixed Sidebar: Vertical navigation that stays visible during page scrolling | ||
| Hamburger/Expandable: Hidden navigation that expands when activated | ||
| Mega Menu: Expandable navigation showcasing multiple categories simultaneously | ||
| Bottom Navigation: Mobile-friendly navigation fixed to the bottom of the screen | ||
| Tabbed Navigation: Content segmented into accessible tabs | ||
| Breadcrumb Trail: Hierarchical path showing current location within site structure | ||
| Icon-Based Navigation: Visual navigation using recognizable icons (mobile apps, dashboards) | ||
| Contextual Navigation: Dynamic menus that change based on user location or behavior | ||
| Floating Action Button (FAB): Prominent circular button for primary actions (mobile interfaces) | ||
|
|
||
| Visual Layout Strategies | ||
|
|
||
| Hero-Centered: Dominant visual element introducing the page | ||
| Card-Based: Content organized in distinct, modular card components | ||
| F-Pattern: Following natural left-to-right, top-to-bottom reading patterns | ||
| Z-Pattern: Strategic placement of elements following a Z-shaped visual flow | ||
| Split Screen: Side-by-side content sections with equal or varying emphasis | ||
| Asymmetrical Layout: Intentionally unbalanced layout creating visual interest | ||
| Broken Grid: Overlapping elements and unconventional spacing for creative impact | ||
| Minimal White Space: Clean design emphasizing negative space around content | ||
| Full-Bleed Images: Edge-to-edge visual content without margins | ||
| Layered Layout: Content layers creating depth with overlapping elements | ||
| Rule of Thirds: Content aligned to imaginary grid dividing screen into nine equal parts | ||
|
|
||
| Specialized Layouts | ||
|
|
||
| Dashboard: Data-focused layout with widgets, charts, and controls | ||
| Product Detail: Featured item with supporting information and actions | ||
| E-commerce Listing: Product grid with filtering and sorting capabilities | ||
| Landing Page: Conversion-focused with progressive content and strong CTAs | ||
| Portfolio/Gallery: Visual showcase with optimal media presentation | ||
| Blog Article: Long-form content optimized for readability | ||
| Documentation: Technical information with navigation hierarchy | ||
| Onboarding Sequence: Step-by-step introduction to products or features | ||
| Comparison Layout: Side-by-side product or plan comparison | ||
| Pricing Table: Structured display of pricing tiers and features | ||
| Timeline: Chronological content display for storytelling or history | ||
| Map-Based Interface: Geographic data visualization with interactive elements | ||
| Form Layout: Optimized data collection experience | ||
| Checkout Flow: Multi-step purchase process | ||
| Account Settings: Organized user preference controls | ||
| Help Center: Support resources with search and categorization | ||
| Social Feed: Dynamic content stream with interaction elements | ||
| Video-Centric Layout: Content organization around featured video content | ||
| Print-Inspired Layout: Editorial design mimicking print publications | ||
| Event/Conference: Schedule and session information display | ||
|
|
||
| Interactive Elements & Techniques | ||
|
|
||
| Sticky Elements: Components that remain fixed during scrolling | ||
| Progressive Disclosure: Revealing content as needed (accordions, tabs) | ||
| Infinite Scroll: Continuous content loading as the user scrolls | ||
| Parallax Effects: Multi-layered scrolling creating depth perception | ||
| Horizontal Scrolling: Side-to-side content navigation | ||
| Modal Overlays: Focused content windows appearing above the main interface | ||
| Carousels/Sliders: Rotating content panels in limited space | ||
| Expandable Panels: Collapsible content sections for progressive disclosure | ||
| Drag-and-Drop Interfaces: Interactive elements for sorting, organizing, and customizing | ||
| Scroll-Triggered Animations: Content and effects that activate during scrolling | ||
| Microinteractions: Small animations providing feedback for user actions | ||
| Split-Page Scrolling: Different scroll behaviors in different page sections | ||
| Scroll Snapping: Content that locks to specific positions during scrolling | ||
| Skeleton Screens: Loading placeholders mimicking content structure | ||
| Interactive Storytelling: Layouts changing as users progress through narrative | ||
|
|
||
| Responsive Design Patterns | ||
|
|
||
| Mobile-First Layout: Designed primarily for mobile with progressive enhancement | ||
| Responsive Grid System: Fluid grid adjusting columns based on screen width | ||
| Column Drop: Multi-column layouts that stack on smaller screens | ||
| Layout Shifter: Complete layout changes between breakpoints | ||
| Mostly Fluid: Minor adjustments to fluid grid at various breakpoints | ||
| Off-Canvas Navigation: Navigation elements hidden off-screen on mobile | ||
| Priority+ Pattern: Most important navigation items visible, others in dropdown | ||
| Content Choreography: Rearranging content priority across breakpoints | ||
| Viewport-Based Typography: Font sizes relative to viewport dimensions | ||
| Container Queries: Layouts responding to parent container width rather than viewport | ||
|
|
||
| Submission Format | ||
| Present your layout strategy as a comprehensive document with: | ||
|
|
||
| Executive summary of your approach | ||
| Page-by-page recommendations with justifications | ||
| Navigation and interaction specifications | ||
| Accessibility implementation notes | ||
| Responsive considerations across desktop, tablet, and mobile | ||
|
|
||
| [Optional: Include simple wireframe sketches or references to similar successful implementations] Link to wireframe/mockup (if generated) | ||
| Figma/XD reference (if applicable) | ||
|
|
||
| `; | ||
| }, | ||
| }; | ||
| */ |
There was a problem hiding this comment.
🛠️ Refactor suggestion
Remove commented-out alternative implementation.
There's a large block of commented-out code that appears to be an older version of the same prompt. This should be removed to improve code maintainability and clarity.
-/**export const prompts = {
- // To do add linking view relation like how each page is been connected
- generateUIUXLayoutPrompt: (): string => {
- return `Role & Objective
-You are a senior UX designer tasked with creating optimal page layouts based on project requirements and sitemap information. Your goal is to develop a comprehensive layout strategy that ensures:
-
-Intuitive user navigation and interaction
-Effective content hierarchy and organization
-Visual appeal aligned with brand identity
-Responsive design across all devices
-Maximum conversion potential
-
-Required Deliverables
-1. Sitemap Analysis
-Analyze the following pages and their purpose:
-
-Homepage: [Key objectives, primary user actions]
-About: [Brand story elements, team structure]
-Products/Services: [Catalog structure, filtering needs]
-Contact/Support: [Communication channels, response expectations]
-Blog/Resources: [Content organization, reading experience]
-[Add other key pages specific to the project]
-
-2. Layout Recommendations
-For each page, provide:
-
-Recommended Layout Pattern: Choose from the layout library below
-Justification: Explain why this layout best serves the page's purpose
-Key Components: List essential UI elements and their placement
-Responsive Behavior: How the layout adapts across breakpoints
-
-Example format:
-CopyHOMEPAGE
-Layout: Hero Section + Card Grid
-Justification: Creates immediate brand impact while showcasing multiple product categories
-Key Components:
-- Full-width hero with primary CTA above the fold
-- 3-column product category grid (2-column on tablet, 1-column on mobile)
-- Social proof section with customer testimonials
-- Newsletter signup before footer
-3. Navigation Strategy
-
-Navigation Type: [Horizontal, vertical, hamburger, etc.]
-Information Architecture: How content hierarchy is reflected
-Wayfinding Elements: Breadcrumbs, progress indicators, etc.
-Search Implementation: Placement and functionality
-
-4. Interaction Design Notes
-
-Micro-interactions: Key hover/click behaviors
-Scrolling Strategy: Standard, parallax, or specialized scrolling
-Transition Effects: Page-to-page and within-page animations
-Loading States: How content appears during page loads
-
-5. Accessibility Considerations
-
-Navigation Accessibility: Keyboard navigation, screen reader support
-Content Hierarchy: How semantic structure supports accessibility
-Visual Accessibility: Color contrast, text sizing, touch targets
-
-Layout Pattern Library
-Content-Focused Layouts
-
-Single Column: Linear content flow, ideal for storytelling and mobile experiences
-Two-Column: Main content with supporting sidebar, good for blogs and documentation
-Three-Column: Content-rich layouts with multiple information hierarchies
-Grid Layout: Organized, uniform content blocks (products, portfolio items, etc.)
-Masonry Grid: Variable-height items arranged in a space-efficient grid (Pinterest style)
-Nested Grids: Hierarchical grid structures with different column counts in different sections
-List View: Sequential items displayed with consistent formatting, good for news feeds, search results
-Alternating Sections: Contrasting full-width sections that alternate in layout and visual style
-
-Navigation Patterns
-
-Fixed Top Navigation: Horizontal menu that remains accessible while scrolling
-Fixed Sidebar: Vertical navigation that stays visible during page scrolling
-Hamburger/Expandable: Hidden navigation that expands when activated
-Mega Menu: Expandable navigation showcasing multiple categories simultaneously
-Bottom Navigation: Mobile-friendly navigation fixed to the bottom of the screen
-Tabbed Navigation: Content segmented into accessible tabs
-Breadcrumb Trail: Hierarchical path showing current location within site structure
-Icon-Based Navigation: Visual navigation using recognizable icons (mobile apps, dashboards)
-Contextual Navigation: Dynamic menus that change based on user location or behavior
-Floating Action Button (FAB): Prominent circular button for primary actions (mobile interfaces)
-
-Visual Layout Strategies
-
-Hero-Centered: Dominant visual element introducing the page
-Card-Based: Content organized in distinct, modular card components
-F-Pattern: Following natural left-to-right, top-to-bottom reading patterns
-Z-Pattern: Strategic placement of elements following a Z-shaped visual flow
-Split Screen: Side-by-side content sections with equal or varying emphasis
-Asymmetrical Layout: Intentionally unbalanced layout creating visual interest
-Broken Grid: Overlapping elements and unconventional spacing for creative impact
-Minimal White Space: Clean design emphasizing negative space around content
-Full-Bleed Images: Edge-to-edge visual content without margins
-Layered Layout: Content layers creating depth with overlapping elements
-Rule of Thirds: Content aligned to imaginary grid dividing screen into nine equal parts
-
-Specialized Layouts
-
-Dashboard: Data-focused layout with widgets, charts, and controls
-Product Detail: Featured item with supporting information and actions
-E-commerce Listing: Product grid with filtering and sorting capabilities
-Landing Page: Conversion-focused with progressive content and strong CTAs
-Portfolio/Gallery: Visual showcase with optimal media presentation
-Blog Article: Long-form content optimized for readability
-Documentation: Technical information with navigation hierarchy
-Onboarding Sequence: Step-by-step introduction to products or features
-Comparison Layout: Side-by-side product or plan comparison
-Pricing Table: Structured display of pricing tiers and features
-Timeline: Chronological content display for storytelling or history
-Map-Based Interface: Geographic data visualization with interactive elements
-Form Layout: Optimized data collection experience
-Checkout Flow: Multi-step purchase process
-Account Settings: Organized user preference controls
-Help Center: Support resources with search and categorization
-Social Feed: Dynamic content stream with interaction elements
-Video-Centric Layout: Content organization around featured video content
-Print-Inspired Layout: Editorial design mimicking print publications
-Event/Conference: Schedule and session information display
-
-Interactive Elements & Techniques
-
-Sticky Elements: Components that remain fixed during scrolling
-Progressive Disclosure: Revealing content as needed (accordions, tabs)
-Infinite Scroll: Continuous content loading as the user scrolls
-Parallax Effects: Multi-layered scrolling creating depth perception
-Horizontal Scrolling: Side-to-side content navigation
-Modal Overlays: Focused content windows appearing above the main interface
-Carousels/Sliders: Rotating content panels in limited space
-Expandable Panels: Collapsible content sections for progressive disclosure
-Drag-and-Drop Interfaces: Interactive elements for sorting, organizing, and customizing
-Scroll-Triggered Animations: Content and effects that activate during scrolling
-Microinteractions: Small animations providing feedback for user actions
-Split-Page Scrolling: Different scroll behaviors in different page sections
-Scroll Snapping: Content that locks to specific positions during scrolling
-Skeleton Screens: Loading placeholders mimicking content structure
-Interactive Storytelling: Layouts changing as users progress through narrative
-
-Responsive Design Patterns
-
-Mobile-First Layout: Designed primarily for mobile with progressive enhancement
-Responsive Grid System: Fluid grid adjusting columns based on screen width
-Column Drop: Multi-column layouts that stack on smaller screens
-Layout Shifter: Complete layout changes between breakpoints
-Mostly Fluid: Minor adjustments to fluid grid at various breakpoints
-Off-Canvas Navigation: Navigation elements hidden off-screen on mobile
-Priority+ Pattern: Most important navigation items visible, others in dropdown
-Content Choreography: Rearranging content priority across breakpoints
-Viewport-Based Typography: Font sizes relative to viewport dimensions
-Container Queries: Layouts responding to parent container width rather than viewport
-
-Submission Format
-Present your layout strategy as a comprehensive document with:
-
-Executive summary of your approach
-Page-by-page recommendations with justifications
-Navigation and interaction specifications
-Accessibility implementation notes
-Responsive considerations across desktop, tablet, and mobile
-
-[Optional: Include simple wireframe sketches or references to similar successful implementations] Link to wireframe/mockup (if generated)
-Figma/XD reference (if applicable)
-
- `;
- },
-};
- */📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| /**export const prompts = { | |
| // To do add linking view relation like how each page is been connected | |
| generateUIUXLayoutPrompt: (): string => { | |
| return `Role & Objective | |
| You are a senior UX designer tasked with creating optimal page layouts based on project requirements and sitemap information. Your goal is to develop a comprehensive layout strategy that ensures: | |
| Intuitive user navigation and interaction | |
| Effective content hierarchy and organization | |
| Visual appeal aligned with brand identity | |
| Responsive design across all devices | |
| Maximum conversion potential | |
| Required Deliverables | |
| 1. Sitemap Analysis | |
| Analyze the following pages and their purpose: | |
| Homepage: [Key objectives, primary user actions] | |
| About: [Brand story elements, team structure] | |
| Products/Services: [Catalog structure, filtering needs] | |
| Contact/Support: [Communication channels, response expectations] | |
| Blog/Resources: [Content organization, reading experience] | |
| [Add other key pages specific to the project] | |
| 2. Layout Recommendations | |
| For each page, provide: | |
| Recommended Layout Pattern: Choose from the layout library below | |
| Justification: Explain why this layout best serves the page's purpose | |
| Key Components: List essential UI elements and their placement | |
| Responsive Behavior: How the layout adapts across breakpoints | |
| Example format: | |
| CopyHOMEPAGE | |
| Layout: Hero Section + Card Grid | |
| Justification: Creates immediate brand impact while showcasing multiple product categories | |
| Key Components: | |
| - Full-width hero with primary CTA above the fold | |
| - 3-column product category grid (2-column on tablet, 1-column on mobile) | |
| - Social proof section with customer testimonials | |
| - Newsletter signup before footer | |
| 3. Navigation Strategy | |
| Navigation Type: [Horizontal, vertical, hamburger, etc.] | |
| Information Architecture: How content hierarchy is reflected | |
| Wayfinding Elements: Breadcrumbs, progress indicators, etc. | |
| Search Implementation: Placement and functionality | |
| 4. Interaction Design Notes | |
| Micro-interactions: Key hover/click behaviors | |
| Scrolling Strategy: Standard, parallax, or specialized scrolling | |
| Transition Effects: Page-to-page and within-page animations | |
| Loading States: How content appears during page loads | |
| 5. Accessibility Considerations | |
| Navigation Accessibility: Keyboard navigation, screen reader support | |
| Content Hierarchy: How semantic structure supports accessibility | |
| Visual Accessibility: Color contrast, text sizing, touch targets | |
| Layout Pattern Library | |
| Content-Focused Layouts | |
| Single Column: Linear content flow, ideal for storytelling and mobile experiences | |
| Two-Column: Main content with supporting sidebar, good for blogs and documentation | |
| Three-Column: Content-rich layouts with multiple information hierarchies | |
| Grid Layout: Organized, uniform content blocks (products, portfolio items, etc.) | |
| Masonry Grid: Variable-height items arranged in a space-efficient grid (Pinterest style) | |
| Nested Grids: Hierarchical grid structures with different column counts in different sections | |
| List View: Sequential items displayed with consistent formatting, good for news feeds, search results | |
| Alternating Sections: Contrasting full-width sections that alternate in layout and visual style | |
| Navigation Patterns | |
| Fixed Top Navigation: Horizontal menu that remains accessible while scrolling | |
| Fixed Sidebar: Vertical navigation that stays visible during page scrolling | |
| Hamburger/Expandable: Hidden navigation that expands when activated | |
| Mega Menu: Expandable navigation showcasing multiple categories simultaneously | |
| Bottom Navigation: Mobile-friendly navigation fixed to the bottom of the screen | |
| Tabbed Navigation: Content segmented into accessible tabs | |
| Breadcrumb Trail: Hierarchical path showing current location within site structure | |
| Icon-Based Navigation: Visual navigation using recognizable icons (mobile apps, dashboards) | |
| Contextual Navigation: Dynamic menus that change based on user location or behavior | |
| Floating Action Button (FAB): Prominent circular button for primary actions (mobile interfaces) | |
| Visual Layout Strategies | |
| Hero-Centered: Dominant visual element introducing the page | |
| Card-Based: Content organized in distinct, modular card components | |
| F-Pattern: Following natural left-to-right, top-to-bottom reading patterns | |
| Z-Pattern: Strategic placement of elements following a Z-shaped visual flow | |
| Split Screen: Side-by-side content sections with equal or varying emphasis | |
| Asymmetrical Layout: Intentionally unbalanced layout creating visual interest | |
| Broken Grid: Overlapping elements and unconventional spacing for creative impact | |
| Minimal White Space: Clean design emphasizing negative space around content | |
| Full-Bleed Images: Edge-to-edge visual content without margins | |
| Layered Layout: Content layers creating depth with overlapping elements | |
| Rule of Thirds: Content aligned to imaginary grid dividing screen into nine equal parts | |
| Specialized Layouts | |
| Dashboard: Data-focused layout with widgets, charts, and controls | |
| Product Detail: Featured item with supporting information and actions | |
| E-commerce Listing: Product grid with filtering and sorting capabilities | |
| Landing Page: Conversion-focused with progressive content and strong CTAs | |
| Portfolio/Gallery: Visual showcase with optimal media presentation | |
| Blog Article: Long-form content optimized for readability | |
| Documentation: Technical information with navigation hierarchy | |
| Onboarding Sequence: Step-by-step introduction to products or features | |
| Comparison Layout: Side-by-side product or plan comparison | |
| Pricing Table: Structured display of pricing tiers and features | |
| Timeline: Chronological content display for storytelling or history | |
| Map-Based Interface: Geographic data visualization with interactive elements | |
| Form Layout: Optimized data collection experience | |
| Checkout Flow: Multi-step purchase process | |
| Account Settings: Organized user preference controls | |
| Help Center: Support resources with search and categorization | |
| Social Feed: Dynamic content stream with interaction elements | |
| Video-Centric Layout: Content organization around featured video content | |
| Print-Inspired Layout: Editorial design mimicking print publications | |
| Event/Conference: Schedule and session information display | |
| Interactive Elements & Techniques | |
| Sticky Elements: Components that remain fixed during scrolling | |
| Progressive Disclosure: Revealing content as needed (accordions, tabs) | |
| Infinite Scroll: Continuous content loading as the user scrolls | |
| Parallax Effects: Multi-layered scrolling creating depth perception | |
| Horizontal Scrolling: Side-to-side content navigation | |
| Modal Overlays: Focused content windows appearing above the main interface | |
| Carousels/Sliders: Rotating content panels in limited space | |
| Expandable Panels: Collapsible content sections for progressive disclosure | |
| Drag-and-Drop Interfaces: Interactive elements for sorting, organizing, and customizing | |
| Scroll-Triggered Animations: Content and effects that activate during scrolling | |
| Microinteractions: Small animations providing feedback for user actions | |
| Split-Page Scrolling: Different scroll behaviors in different page sections | |
| Scroll Snapping: Content that locks to specific positions during scrolling | |
| Skeleton Screens: Loading placeholders mimicking content structure | |
| Interactive Storytelling: Layouts changing as users progress through narrative | |
| Responsive Design Patterns | |
| Mobile-First Layout: Designed primarily for mobile with progressive enhancement | |
| Responsive Grid System: Fluid grid adjusting columns based on screen width | |
| Column Drop: Multi-column layouts that stack on smaller screens | |
| Layout Shifter: Complete layout changes between breakpoints | |
| Mostly Fluid: Minor adjustments to fluid grid at various breakpoints | |
| Off-Canvas Navigation: Navigation elements hidden off-screen on mobile | |
| Priority+ Pattern: Most important navigation items visible, others in dropdown | |
| Content Choreography: Rearranging content priority across breakpoints | |
| Viewport-Based Typography: Font sizes relative to viewport dimensions | |
| Container Queries: Layouts responding to parent container width rather than viewport | |
| Submission Format | |
| Present your layout strategy as a comprehensive document with: | |
| Executive summary of your approach | |
| Page-by-page recommendations with justifications | |
| Navigation and interaction specifications | |
| Accessibility implementation notes | |
| Responsive considerations across desktop, tablet, and mobile | |
| [Optional: Include simple wireframe sketches or references to similar successful implementations] Link to wireframe/mockup (if generated) | |
| Figma/XD reference (if applicable) | |
| `; | |
| }, | |
| }; | |
| */ |
| function AccordionContent({ | ||
| className, | ||
| children, | ||
| ...props | ||
| }: React.ComponentProps<typeof AccordionPrimitive.Content>) { | ||
| return ( | ||
| <AccordionPrimitive.Content | ||
| data-slot="accordion-content" | ||
| className="data-[state=closed]:animate-accordion-up data-[state=open]:animate-accordion-down overflow-hidden text-sm" | ||
| {...props} | ||
| > | ||
| <div className={cn('pt-0 pb-4', className)}>{children}</div> | ||
| </AccordionPrimitive.Content> | ||
| ); | ||
| } |
There was a problem hiding this comment.
💡 Verification agent
🧩 Analysis chain
AccordionContent with animation classes
The AccordionContent includes animation classes for opening and closing. Ensure that these animation classes are defined in your CSS (likely in globals.css or a similar file):
animate-accordion-upanimate-accordion-down
🏁 Script executed:
#!/bin/bash
# Check if the accordion animations are defined in the project
fd -e css -e scss -X grep -l "accordion-(up|down)" || echo "No accordion animations found"Length of output: 121
Missing Accordion Animation Definitions
The search results show that neither the animate-accordion-up nor the animate-accordion-down classes are defined in any of the CSS/SCSS files. Please add these animation definitions (likely in your globals.css or a similar style file) with the appropriate keyframes to ensure the intended accordion animations work as expected.
- Define the keyframes and animation classes for
animate-accordion-upandanimate-accordion-down. - Verify that the newly added styles are correctly integrated into your project.
| <style | ||
| dangerouslySetInnerHTML={{ | ||
| __html: Object.entries(THEMES) | ||
| .map( | ||
| ([theme, prefix]) => ` | ||
| ${prefix} [data-chart=${id}] { | ||
| ${colorConfig | ||
| .map(([key, itemConfig]) => { | ||
| const color = | ||
| itemConfig.theme?.[theme as keyof typeof itemConfig.theme] || | ||
| itemConfig.color; | ||
| return color ? ` --color-${key}: ${color};` : null; | ||
| }) | ||
| .join('\n')} | ||
| } | ||
| `, | ||
| ) | ||
| .join('\n'), | ||
| }} | ||
| /> |
There was a problem hiding this comment.
Avoid dangerouslySetInnerHTML usage if possible.
While you're controlling the content, dangerouslySetInnerHTML can pose security risks. Evaluate whether you can render this CSS via a safer technique, like a CSS-in-JS solution or standard <style> file references. If you must keep this approach, ensure that your rendered themes cannot be influenced by user input.
🧰 Tools
🪛 Biome (1.9.4)
[error] 80-80: Avoid passing content using the dangerouslySetInnerHTML prop.
Setting content using code can expose users to cross-site scripting (XSS) attacks
(lint/security/noDangerouslySetInnerHtml)
…a1lboy/codefox into feat-React-CSS-Components-Lib
Sma1lboy
changed the title
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Actionable comments posted: 3
📜 Review details
Configuration used: CodeRabbit UI
Review profile: CHILL
Plan: Pro
📒 Files selected for processing (1)
backend/src/build-system/handlers/frontend-code-generate/prompt.ts(5 hunks)
⏰ Context from checks skipped due to timeout of 90000ms (2)
- GitHub Check: autofix
- GitHub Check: Install and Build Backend
🔇 Additional comments (8)
backend/src/build-system/handlers/frontend-code-generate/prompt.ts (8)
29-61: Good addition of comprehensive UI/UX guidelines.The new responsive design and animation guidelines provide excellent detailed instructions for creating polished user interfaces. The scroll-to-top implementation example is particularly helpful for maintaining good UX during page transitions.
62-84: Well-structured component organization and typography rules.These guidelines provide clear instructions on component reusability and typography implementation. The font access pattern with examples will help ensure consistent styling throughout the application.
85-103: Comprehensive provider structure guidelines.The detailed explanation of provider nesting order ensures that developers will implement proper application architecture with correct context provider hierarchy.
362-364: Improved output format instructions.The clear emphasis on wrapping the JSON object in
<GENERATE></GENERATE>tags helps ensure consistent output formatting.
399-400: Helpful reminder about output format.The final reminder about not forgetting the
<GENERATE></GENERATE>tags reinforces the importance of the correct output format.
113-113:❌ Incorrect review comment
Tailwind CSS version reference may be incorrect.
The code references Tailwind CSS v4.0.0, but this version doesn't exist publicly yet (as of March 2025). The current stable version is typically in the 3.x range.
🌐 Web query:
What is the latest version of Tailwind CSS?💡 Result:
The latest version of Tailwind CSS is v4.0.14, released on March 13, 2025[7]. This version represents the current stable release in the v4.0 series, which introduced significant architectural changes including:
- Oxide engine built with Rust for up to 100x faster incremental builds[1][3]
- Native CSS configuration instead of JavaScript[1][5]
- Automatic content detection and Vite plugin integration[1][6]
- CSS variables for theme customization[1][5]
- Modern CSS features like container queries, cascade layers, and color-mix()[1][3]
Key updates in v4.0.14 include:
- Fixed URL rebasing in Vite-transformed CSS files[4]
- Improved class extraction from various templating languages[4]
- Enhanced utility sorting and error reporting[4]
For installation, use:
npm install tailwindcss@latestThe v4 series maintains backward compatibility with most v3 projects through automated migration tools[5], while introducing performance optimizations that reduce full build times by 3.5x compared to v3[1].
Citations:
- 1: https://tailwindcss.com/blog/tailwindcss-v4
- 2: https://tailwindcss.com/blog/tailwindcss-v3
- 3: https://daily.dev/blog/tailwind-css-40-everything-you-need-to-know-in-one-place
- 4: https://github.com/tailwindlabs/tailwindcss/releases
- 5: https://tailwindcss.com/docs/upgrade-guide
- 6: https://www.youtube.com/watch?v=sHnG8tIYMB4
- 7: https://www.npmjs.com/package/tailwindcss
- 8: https://www.youtube.com/watch?v=9gAASVgrYgo
Tailwind CSS version reference is verified as correct
The latest stable release is v4.0.14 (released March 13, 2025). The version constraint
"^4.0.0"in the file (backend/src/build-system/handlers/frontend-code-generate/prompt.tsat line 113) is valid and will correctly fetch the latest v4 release. The earlier concern about an incorrect version reference can be disregarded.Likely an incorrect or invalid review comment.
136-136:❌ Incorrect review comment
Potentially incorrect Tailwind package reference.
Similar to the earlier issue, "@tailwindcss/vite": "^4.0.0" may refer to a non-existent version.
🌐 Web query:
What is the latest version of the Tailwind CSS Vite plugin?💡 Result:
The latest version of the Tailwind CSS Vite plugin (
@tailwindcss/vite) is 4.0.14, released 2 days ago (as of March 13, 2025)[11]. This version aligns with the broader Tailwind CSS v4.0 ecosystem, which emphasizes tighter Vite integration and performance improvements[4][6].Key details:
- Installation: Use
npm install @tailwindcss/vitealongsidetailwindcss[6]- Configuration: Add to Vite's config file with no additional PostCSS setup required[4]:
import tailwindcss from '@tailwindcss/vite' export default defineConfig({ plugins: [tailwindcss()] })- Performance: Faster builds compared to previous PostCSS-based setups[4]
The plugin is maintained as part of Tailwind CSS's core updates, with recent patches addressing Vite-specific issues like CSS rebasing and template parsing[3][11]. For existing projects, the official upgrade tool (
npx @tailwindcss/upgrade) automates migration from v3 configurations[7].Citations:
- 1: https://www.youtube.com/watch?v=sHnG8tIYMB4
- 2: https://dev.to/osalumense/install-tailwind-css-v4-in-a-vue-3-vite-project-319g
- 3: https://github.com/tailwindlabs/tailwindcss/releases
- 4: https://tailwindcss.com/blog/tailwindcss-v4
- 5: https://github.com/vituum/vite-plugin-tailwindcss
- 6: https://tailwindcss.com/docs
- 7: https://tailwindcss.com/docs/upgrade-guide
- 8: https://v3.tailwindcss.com/docs/guides/vite
- 9: https://npmjs.com/package/tailwindcss-vite-plugin
- 10: I am using Vite and react, and getting this issue while trying to use tailwind tailwindlabs/tailwindcss#15950
- 11: https://www.npmjs.com/package/@tailwindcss/vite
Tailwind CSS Vite Plugin Dependency Version Verification
After verifying the published version, it turns out that the tagged version "^4.0.0" is valid: the latest available release is 4.0.14, and the caret range (^) will automatically include any 4.x.x patch updates. If you intended to lock the dependency to the latest patch release, you might explicitly use "^4.0.14". Otherwise, leaving it as "^4.0.0" is acceptable.
- File:
backend/src/build-system/handlers/frontend-code-generate/prompt.ts(line 136)- Current snippet:
- "@tailwindcss/vite": "^4.0.0"- Recommendation:
- If you want to ensure the dependency always points to the latest patch (currently 4.0.14), consider updating the version spec to
"@tailwindcss/vite": "^4.0.14".- Otherwise, no changes are necessary since the existing spec is semver compliant.
Likely an incorrect or invalid review comment.
184-184:❓ Verification inconclusive
Non-standard CSS custom variant syntax.
The
@custom-variantdirective is not standard CSS. This might be intended for a custom preprocessor, but it should be clarified or replaced with standard CSS if this is meant to be valid CSS.
🌐 Web query:
Is @custom-variant a valid CSS directive?💡 Result:
The
@custom-variantdirective is not part of standard CSS but is a Tailwind CSS-specific feature for defining custom variants in utility classes[1][5]. Here's a detailed breakdown:Core CSS vs. Framework Features
Standard CSS
- Uses
@propertyfor typed custom properties[2] and standard directives like@media/@keyframes- Example CSS variable declaration:
@property --primary-color { syntax: "<color>"; inherits: false; initial-value: cornflowerblue; }Tailwind CSS Implementation
@custom-variantcreates framework-specific pseudo-class variants:This enables utilities like@custom-variant pointer-coarse (@media (pointer: coarse)); @custom-variant theme-midnight (&:where([data-theme="midnight"] *));pointer-coarse:size-48[1][5].Key Differences
Feature Standard CSS Tailwind CSS Custom variants Not supported Via @custom-variantVariable type control @propertyat-rule[2]N/A Pseudo-class extension Native ( :hoveretc.)Framework-generated Framework Contexts
- Tailwind: Uses
@custom-variantfor custom pseudo-class logic[1][5]- UnoCSS/Bootstrap: Handle variants through configuration files/plugins instead of CSS directives[3][4][6][7]
For standard CSS projects, use
@propertyfor advanced custom properties or native pseudo-classes. Tailwind developers can use@custom-variantto extend its variant system while understanding it’s framework-specific[1][2][5].Citations:
- 1: https://tailwindcss.com/docs/functions-and-directives
- 2: https://developer.mozilla.org/en-US/docs/Web/CSS/CSS_cascading_variables/Using_CSS_custom_properties
- 3: https://unocss.dev/config/variants
- 4: https://bootstrap-vue.org/docs/reference/color-variants
- 5: How to add custom variant before :active selector tailwindlabs/tailwindcss#12797
- 6: https://v2.tailwindcss.com/docs/configuring-variants
- 7: https://bootstrap-vue-next.github.io/bootstrap-vue-next/docs/reference/color-variants.html
- 8: https://developer.mozilla.org/en-US/docs/Web/CSS/font-variant
Clarify Tailwind-Specific Syntax
The@custom-variantdirective used atbackend/src/build-system/handlers/frontend-code-generate/prompt.ts:184isn’t a standard CSS feature—it’s a Tailwind CSS-specific mechanism to define custom pseudo-class variants. If you’re leveraging Tailwind’s build system and this usage is intentional, please add an inline comment clarifying its purpose so future maintainers understand that this non-standard syntax is by design. Otherwise, if you need to adhere to standard CSS, consider refactoring this syntax.
| <GENERATE> | ||
| ...full code... | ||
| </GENERATE> | ||
| Output your final code wrapped code fense. Do not write otherthings outside code fense |
There was a problem hiding this comment.
🛠️ Refactor suggestion
Output format instruction inconsistency.
The instruction to wrap code in "code fense" contains a typo and may be inconsistent with other parts of the system that might expect <GENERATE> tags.
- Output your final code wrapped code fense. Do not write otherthings outside code fense
+ Output your final code wrapped in ```typescript and ``` tags. Do not write anything outside these code fence tags| @@ -3,7 +3,7 @@ | |||
| dependencyFilePath: string, | |||
| theme: string, | |||
| ): string { | |||
| return `Role: You are an expert frontend developer specializing in building scalable, maintainable, and production-ready React applications using TypeScript. | |||
| return `Role: You are an expert frontend developer specializing in building scalable, maintainable, and production-ready React applications using TypeScript. | |||
There was a problem hiding this comment.
Role description doesn't match the intended functionality.
The role description "expert frontend developer" doesn't align with the enhanced UI/UX focus that's evident in the added guidelines. According to the AI summary, this should be changed to "senior UI/UX designer and React + TypeScript developer" to accurately reflect the expanded scope.
- return `Role: You are an expert frontend developer specializing in building scalable, maintainable, and production-ready React applications using TypeScript.
+ return `Role: You are a senior UI/UX designer and React + TypeScript developer specializing in building scalable, maintainable, and production-ready React applications using TypeScript.📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| return `Role: You are an expert frontend developer specializing in building scalable, maintainable, and production-ready React applications using TypeScript. | |
| return `Role: You are a senior UI/UX designer and React + TypeScript developer specializing in building scalable, maintainable, and production-ready React applications using TypeScript. |
|
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||
| <GENERATE> | ||
| @import "tailwindcss"; | ||
| @plugin "tailwindcss-animate"; |
There was a problem hiding this comment.
Incorrect CSS syntax for plugin.
The line uses @plugin which is not standard CSS syntax. It should be @import or a properly formatted Tailwind directive.
- @plugin "tailwindcss-animate";
+ @import "tailwindcss-animate";📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| @plugin "tailwindcss-animate"; | |
| @import "tailwindcss-animate"; |
There was a problem hiding this comment.
Actionable comments posted: 0
🧹 Nitpick comments (1)
backend/src/build-system/handlers/ux/sitemap-document/prompt.ts (1)
103-108: Good addition of structured color palette specifications!The color palette specification with explicit categories (Primary, Secondary, Accent, Background, Text) enhances the theme analysis section, providing clearer guidance for consistent color scheme generation. This structured approach will produce more implementation-ready UX documents.
Consider adding error/success state colors to the palette for completeness:
- Color Palette: - Primary: [Primary color with hex code] - Secondary: [Secondary color with hex code] - Accent: [Accent color with hex code] - Background: [Background color with hex code] - Text: [Text color with hex code] + - Error: [Error color with hex code] + - Success: [Success color with hex code]
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📒 Files selected for processing (1)
backend/src/build-system/handlers/ux/sitemap-document/prompt.ts(1 hunks)
⏰ Context from checks skipped due to timeout of 90000ms (1)
- GitHub Check: Install and Build Backend
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Actionable comments posted: 1
🧹 Nitpick comments (2)
backend/src/build-system/handlers/ux/uiux-layout/prompt.ts (1)
1-3: Address TODO comment.There's a TODO comment stating "To do add linking view relation like how each page is been connected" that should be addressed or removed. If this is a planned enhancement, consider creating a separate issue/task to track it rather than leaving it as a comment in the code.
backend/src/build-system/handlers/frontend-code-generate/prompt.ts (1)
123-123: Output format instruction contains a typo.The instruction to wrap code in "code fense" contains a typo and should be corrected to "code fence".
- Output your final code wrapped code fense. Do not write otherthings outside code fense + Output your final code wrapped in code fence. Do not write anything outside code fence
📜 Review details
Configuration used: CodeRabbit UI
Review profile: CHILL
Plan: Pro
📒 Files selected for processing (2)
backend/src/build-system/handlers/frontend-code-generate/prompt.ts(5 hunks)backend/src/build-system/handlers/ux/uiux-layout/prompt.ts(1 hunks)
🔇 Additional comments (7)
backend/src/build-system/handlers/ux/uiux-layout/prompt.ts (1)
218-386: Remove commented-out alternative implementation.There's a large block of commented-out code that appears to be an older version of the same prompt. This should be removed to improve code maintainability and clarity.
-/**export const prompts = { - // To do add linking view relation like how each page is been connected - generateUIUXLayoutPrompt: (): string => { - return `Role & Objective - ... [entire commented block] - */backend/src/build-system/handlers/frontend-code-generate/prompt.ts (6)
6-6: Role description doesn't match the intended functionality.The role description "expert frontend developer" doesn't align with the enhanced UI/UX focus that's evident in the added guidelines. According to the AI summary, this should be changed to "senior UI/UX designer and React + TypeScript developer" to accurately reflect the expanded scope.
- return `Role: You are an expert frontend developer specializing in building scalable, maintainable, and production-ready React applications using TypeScript. + return `Role: You are a senior UI/UX designer and React + TypeScript developer specializing in building scalable, maintainable, and production-ready React applications using TypeScript.
29-109: New guidelines are well-structured and comprehensive.The added guidelines (13-21) provide detailed instructions for responsive design, visual design, icon usage, animations, component organization, typography, provider structure, and UI libraries. They are clear, comprehensive, and well-organized.
114-120: Updated library references enhance code generation capabilities.The additional library references provide more context and capabilities for the frontend code generation, which is beneficial for the expanded scope reflected in the new guidelines.
132-262: Enhanced CSS prompt with comprehensive guidelines.The CSS prompt has been significantly improved with detailed sections for package information, purpose, rules, and guidelines. It provides clear instructions on preserving the existing structure while enhancing the styling.
182-182: Incorrect CSS syntax for plugin.The line uses
@pluginwhich is not standard CSS syntax. It should be@importor a properly formatted Tailwind directive.- @plugin "tailwindcss-animate"; + @import "tailwindcss-animate";
363-401: Improved output format instructions for file operations.The updated output format instructions provide clearer guidance and examples for the different types of file operations.
| Maximum conversion potential | ||
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| Project Information | ||
| [Insert brief project description here including target audience, business goals, and unique requirements] |
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🛠️ Refactor suggestion
Replace placeholder with dynamic content.
The line "[Insert brief project description here including target audience, business goals, and unique requirements]" is a placeholder that should be replaced with dynamic content from the context object when generating the prompt.
-[Insert brief project description here including target audience, business goals, and unique requirements]
+${projectDescription || "No project description provided. Please add target audience, business goals, and unique requirements."}📝 Committable suggestion
‼️ IMPORTANT
Carefully review the code before committing. Ensure that it accurately replaces the highlighted code, contains no missing lines, and has no issues with indentation. Thoroughly test & benchmark the code to ensure it meets the requirements.
| [Insert brief project description here including target audience, business goals, and unique requirements] | |
| ${projectDescription || "No project description provided. Please add target audience, business goals, and unique requirements."} |
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