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Merged
merged 73 commits into from
Mar 29, 2025
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@coderabbitai summary

DosKobold and others added 30 commits February 13, 2025 17:29
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coderabbitai bot commented Mar 20, 2025

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📝 Walkthrough

Summary by CodeRabbit

  • New Features

    • Comprehensive project management: Users can now create, import, edit, and delete projects via intuitive forms and detailed views.
    • A new Statistics dashboard displays dynamic pie charts and key project analytics, enhancing insight into project metrics.
    • Enhanced search, pagination, and filtering in project listings improve navigation and content discovery.
  • Style & UI Improvements

    • Refined sidebar navigation with updated links for a more intuitive experience.
    • Revised visual themes and responsive design ensure smoother interactions and faster loading.

Walkthrough

The changes update and refactor various aspects of the project. Environment files, CI/CD workflows, and dependency configurations have been modified to improve consistency. The Rust backend and CLI now use mutable configuration handlers with revised SQL queries and API signatures for metadata management. The GUI and Svelte routes introduce new asynchronous commands, state management, and UI components for project creation, editing, preview, and statistics views. Additionally, several new schemas, tests, utilities (including shell scripts and a Go data generator), and style/config updates (Tailwind, Vite, Svelte aliases) have been added, while some legacy code has been removed.

Changes

Files / File Group Change Summary
Environment & CI/CD
(.envrc, .github/workflows/*, Cargo.toml)
Updated environment variables to extend PATH, refined job names and steps in GitHub Actions, removed a linting step, and updated workspace settings (resolver from "2" to "3", Rust edition "2021" → "2024") along with new dependencies in GUI backend and library projects.
CLI & Backend Modules
(episko_cli/, episko_derive/, episko_lib/{config.rs,config_handler.rs,database.rs,insert_metadata.rs,remove_metadata.rs,validate_stored_metadata.rs,metadata.rs, …})
Refactored configuration handling by transitioning from immutable to mutable handlers; updated API signatures (e.g., create_manifest, remove_manifest, validate_manifest); revised SQL queries (using INSERT OR REPLACE, INSERT OR IGNORE, and text primary key definition); removed outdated methods and improved error handling.
GUI & Svelte Routes
(episko_gui_backend/, src/routes/project/, src/routes/statistics/*)
Introduced extensive asynchronous commands (init_cache, get_all, get_with_id, etc.), new DTOs and schemas for metadata and statistics, and updated state management; new project pages for creation, import, detail, edit and list views have been added with improved validation using superValidate.
UI Components & Styles
(src/lib/components/ui/*, tailwind.config.ts, vite.config.ts, svelte.config.js)
Added new reusable Svelte components for forms, pagination, dropdowns, accordions, sidebars, badges, buttons, cards, etc.; modified class names (replacing outline-none with outline-hidden, bracket notation adjusted for CSS variables) for refined styling; updated Tailwind and Vite configurations with additional content paths and plugins.
Tooling, Testing & Utilities
(utils/clear_data.sh, utils/data-generator/*, removed PostCSS config, removed src/lib/utils.test.ts)
Introduced a shell script to clear caches and configuration, a Go data generator with its own module and manifest, new tests for schema and metadata parsing, and removed legacy test and configuration files to streamline the toolchain.
Statistics Feature
(episko_lib/src/statistics/, src/routes/statistics/, src/lib/schemas/statistics.ts)
Added new modules and schemas to retrieve and transform project metrics (by language, IDE, category, build system, etc.) along with a dedicated Svelte component (PieStatistic) and state management functions for presenting statistics.

Sequence Diagram(s)

sequenceDiagram
    participant U as User
    participant P as Svelte Project Page
    participant C as Commands Module
    participant DB as DatabaseHandler
    participant MH as MetadataHandler

    U->>P: Load project page (with search/filter)
    P->>C: Invoke get_all command (retrieve paged previews)
    C->>DB: Execute SQL query for metadata previews
    DB->>MH: (Optional internal processing)
    MH->>DB: Return processed metadata
    DB->>C: Return paged result data
    C->>P: Deliver project previews data
    P->>U: Render previews and pagination
Loading

Possibly related PRs

  • refactor(10/1): harmonization #24: Updates to environment variables, CI/CD workflows, and dependency configurations in both PRs show overlapping modifications to configuration handling and file management.

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New commands, new schemas spring to life,
From backend rust to frontend rife.
I nibble bugs and hop on tests with glee,
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🐇 Hoppy code days, I cheer with delight!

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Actionable comments posted: 31

🔭 Outside diff range comments (2)
episko_gui_backend/src/state.rs (1)

1-15: 🛠️ Refactor suggestion

Implement missing documentation for AppState struct and methods.

The AppState struct implementation is clean and follows Rust best practices with the #[must_use] attribute. However, the TODO comments indicate that documentation is missing.

Replace the TODO comments with proper documentation:

- /// !TODO!
+ /// `AppState` represents the shared application state containing database 
+ /// and configuration handlers which are passed to various commands.
 pub struct AppState {
     pub db: DatabaseHandler,
     pub config_handler: ConfigHandler,
 }
 impl AppState {
-    /// !TODO
+    /// Creates a new `AppState` instance with the provided database and config handlers.
+    /// 
+    /// # Arguments
+    /// * `db` - The database handler for interacting with the application database
+    /// * `config_handler` - The configuration handler for managing application settings
     #[must_use]
     pub fn new(db: DatabaseHandler, config_handler: ConfigHandler) -> Self {
         Self { db, config_handler }
     }
 }
episko_lib/src/metadata/metadata_handler.rs (1)

35-60: 🛠️ Refactor suggestion

Atomic saving approach.
save_metadata writes data to the DB and then to disk, with subsequent config updates. If an error occurs at any step, partial data might be left in an inconsistent state. Consider wrapping these in a transaction approach or rolling back if you want truly atomic updates.

🧹 Nitpick comments (88)
manifest.toml (2)

10-12: Consider specifying a version for TypeScript

While you've included a version for Rust (1.84), there's no version specified for TypeScript. For consistency and future compatibility tracking, consider adding a version for TypeScript as well.

[[language]]
name = "TS"
+version = "5.3.3"

22-22: Add newline at end of file

The file is missing a newline at the end, which is considered a best practice for text files.

src/lib/components/ui/form/form-button.svelte (1)

1-7: Good component implementation with a suggestion.

The component is a clean wrapper around Button.Root with form submission behavior. The use of Svelte's newer features like $bindable and $props() is appropriate.

Consider adding a brief JSDoc comment to describe the component's purpose and any props it accepts beyond those from Button.Root:

<script lang="ts">
+	/**
+	 * Form submission button component that extends the base Button component
+	 * with form-specific behavior
+	 */
	import * as Button from '$lib/components/ui/button/index.js';

	let { ref = $bindable(null), ...restProps }: Button.Props = $props();
</script>
src/lib/components/ui/textarea/index.ts (1)

5-5: Consider removing empty comment line

The empty comment line doesn't serve any purpose and could be removed for cleaner code.

export {
	Root,
-	//
	Root as Textarea
};
utils/data-generator/manifest.toml (2)

6-7: Consider updating timestamp values.

The timestamp values are set to dates in 2025, which are in the future. Since this appears to be a template or example manifest file, consider using current dates or placeholder comments to make it clear this is for demonstration purposes.

-created = "2025-03-19T09:49:46.100763752Z"
-updated = "2025-03-19T09:49:46.100767032Z"
+created = "2023-03-19T09:49:46.100763752Z" # Example timestamp
+updated = "2023-03-19T09:49:46.100767032Z" # Example timestamp

1-7: Add documentation about manifest file purpose.

This manifest file lacks comments explaining its purpose and usage. Consider adding a header comment to describe how this file is used by the data generator utility.

+# Project Manifest
+# This file defines metadata for projects generated by the data generator utility
+# Each field maps to corresponding project attributes in the Episko system
+
 id = "b1c7027c-1078-4c61-882f-580e0e5e380e"
 title = "Test"
 category = []
src/lib/schemas/language.ts (1)

1-6: Consider adding TypeScript type inference.

For improved type safety, consider adding a type definition derived from the Zod schema. This would provide consistent typing across your application when working with language objects.

 import { z } from 'zod';
 
 export const LanguageSchema = z.object({
 	name: z.string().nonempty(),
 	version: z.string().optional().nullable()
 });
+
+export type Language = z.infer<typeof LanguageSchema>;
src/lib/components/ui/form/form-legend.svelte (1)

13-17: Accessible form legend implementation

The implementation of the form legend looks good. However, I'd suggest enhancing it with a few accessibility considerations:

Consider adding more explicit accessibility attributes to improve screen reader support:

<FormPrimitive.Legend
	bind:ref
-	class={cn('data-[fs-error]:text-destructive text-sm font-medium leading-none', className)}
+	class={cn('data-[fs-error]:text-destructive text-sm font-medium leading-none peer-disabled:opacity-70', className)}
	{...restProps}
/>

This change adds styling to reflect disabled state when a parent element is disabled, improving visual feedback.

src/lib/components/ui/pagination/pagination-item.svelte (1)

1-14: Well-structured pagination item component

The pagination-item component is well-implemented, using modern Svelte 5 features like $props() and $bindable(). The component correctly handles element references and conditional rendering of children.

Consider adding JSDoc comments to document the component's purpose and prop usage, which would improve developer experience when using this component.

 <script lang="ts">
 	import type { HTMLLiAttributes } from 'svelte/elements';
 	import type { WithElementRef } from 'bits-ui';
 
+	/**
+	 * Individual item component for pagination
+	 * @prop {any} ref - Reference to the underlying HTML element
+	 * @prop {Function} children - Function that returns content to render inside the item
+	 */
 	let {
 		ref = $bindable(null),
 		children,
 		...restProps
 	}: WithElementRef<HTMLLiAttributes> = $props();
 </script>
src/lib/components/ui/form/form-description.svelte (1)

1-17: Clean implementation of form description component

This form description component is well-structured and follows consistent patterns with other form components. The implementation properly:

  • Uses Svelte 5 features
  • Applies class composition with the cn() utility
  • Correctly handles props and element references

Consider adding JSDoc comments to document the component's purpose and usage, which would enhance maintainability.

 <script lang="ts">
 	import * as FormPrimitive from 'formsnap';
 	import type { WithoutChild } from 'bits-ui';
 	import { cn } from '$lib/utils.js';
 
+	/**
+	 * Form description component for providing additional context to form fields
+	 * @prop {any} ref - Reference to the underlying HTML element
+	 * @prop {string} class - Additional CSS classes to apply
+	 */
 	let {
 		ref = $bindable(null),
 		class: className,
 		...restProps
 	}: WithoutChild<FormPrimitive.DescriptionProps> = $props();
 </script>
src/routes/project/[id]/+layout.ts (1)

1-20: Good SvelteKit layout implementation with minor inefficiency

The layout load function correctly handles project retrieval and form validation, throwing an error when no ID is provided. This implementation follows SvelteKit patterns and integrates well with the existing form validation system.

However, note that you're parsing the project data twice:

  1. Line 15 creates parsedProject but never uses it
  2. Line 18 calls parseFormData(project) again
-	let parsedProject = parseFormData(project);
+	const parsedProject = parseFormData(project);
 	return {
 		project,
-		form: await superValidate(parseFormData(project), zod(MetadataFormSchema))
+		form: await superValidate(parsedProject, zod(MetadataFormSchema))
 	};

Also, consider adding error handling for the Commands.get_with_id call which could fail if the project doesn't exist.

src/lib/schemas/metadata.test.ts (1)

1-50: Test coverage looks good, but consider a few improvements.

The test file effectively verifies both successful parsing of valid metadata and rejection of invalid metadata. The test cases check key transformations like snake_case to camelCase conversion (build_systems → buildSystems) and string-to-Date conversion.

However, there are a few areas that could be improved:

  1. The comment on line 2 "// Adjust based on actual exports" should be removed before committing
  2. Consider adding more diverse test cases with edge cases (e.g., empty arrays, maximum/minimum values)
  3. For the invalid metadata test, consider testing specific validation failures separately to ensure each validation rule works correctly

Here's an improved version of the invalid metadata test:

   it('should throw an error for invalid metadata string', () => {
-    const invalidMetadata = {
-      id: 'invalid-uuid',
-      title: 'Valid Title',
-      directory: '/path/to/project'
-      // Missing required fields like categories, languages, etc.
-    };
-
-    expect(() => parseMetadata(invalidMetadata)).toThrow();
+    // Test invalid UUID
+    expect(() => parseMetadata({
+      ...receivedMetadata,
+      id: 'invalid-uuid'
+    })).toThrow(/Invalid uuid/i);
+    
+    // Test missing required fields
+    expect(() => parseMetadata({
+      id: '123e4567-e89b-12d3-a456-426614174000',
+      title: 'Valid Title',
+      directory: '/path/to/project'
+      // Missing required fields
+    })).toThrow();
   });
src/routes/project/new/+page.svelte (1)

10-12: Remove debugging console.log statement.

There's a debug console.log statement that should be removed before committing to production.

 let { data }: PageProps = $props();
-console.log('Data:', data);
src/routes/project/+page.ts (1)

1-6: Clean up unused imports.

The file imports parseMetadata, Commands, fail, and Actions but doesn't use them anywhere in the code. It's best practice to remove unused imports to keep the codebase clean and avoid potential confusion.

-import { MetadataFormSchema, parseMetadata } from '$lib/schemas/metadata';
-import Commands from '$lib/commands';
+import { MetadataFormSchema } from '$lib/schemas/metadata';
 import type { LayoutLoad } from '../$types';
 import { superValidate } from 'sveltekit-superforms';
 import { zod } from 'sveltekit-superforms/adapters';
-import { fail, type Actions } from '@sveltejs/kit';
src/routes/project/state.svelte.ts (1)

17-20: Consider resetting all state properties.

The resetState function only resets loadedPreviews and currentPage, but leaves other state properties unchanged. For a true reset, consider updating all properties to their initial values.

export function resetState() {
	pageState.loadedPreviews = [];
	pageState.currentPage = 1;
+	pageState.totalPages = 1;
+	pageState.pageSize = 1;
+	pageState.query = '';
}
src/routes/+page.svelte (3)

2-17: Consider removing commented-out code instead of preserving it.

Keeping large blocks of commented-out code can make maintenance more difficult. If this code is no longer needed, consider removing it entirely. If it will be needed later, consider moving it to a separate branch or documenting why it's preserved.

-// import { GlobalState, preventDefault } from '$lib';
-// import { Button } from '$lib/components/ui/button/index.js';
-// import { Input } from '$lib/components/ui/input/index.js';
-// import * as Card from '$lib/components/ui/card/index.js';
-// import { invoke } from '@tauri-apps/api/core';
-// import type { Metadata } from '$lib/types';
-//
-// const gs = new GlobalState();
-//
-// $inspect(gs.greet, gs.name);
-//
-// const onsubmit = preventDefault(() => gs.nlen && gs.submit());
-// const onclick = () => gs.reset();
-//
-// //!TODO

19-20: Temporary placeholder should include more details.

The "Under construction" message should ideally provide more context about when the feature will be available or what users can expect.

-<h1>🚧 Under construction! 🚧</h1>
+<h1>🚧 Under construction! 🚧</h1>
+<p>We're rebuilding this page to improve the user experience. Please check back soon for the updated interface.</p>

21-66: Consider removing the large commented-out UI structure.

Similar to the commented-out imports and script logic, this large commented-out UI structure makes the file harder to maintain. If this structure won't be needed soon, consider removing it completely.

episko_lib/src/database/remove_metadata.rs (2)

21-31: New method implementation looks good, but rename for clarity

The new remove_non_existent_from_db method correctly implements database deletion functionality with a UUID parameter, following the same pattern as the existing method. However, the name is potentially confusing as it suggests removing something that doesn't exist.

Consider renaming to better reflect its purpose:

-    pub async fn remove_non_existent_from_db(id: Uuid, db: &DatabaseHandler) -> Result<()> {
+    pub async fn remove_by_id_from_db(id: Uuid, db: &DatabaseHandler) -> Result<()> {

10-12: Address TODOs in error documentation

Both methods have placeholder !TODO! markers in their error documentation sections.

Complete the error documentation to describe potential failure scenarios, such as:

- /// # Errors
- /// !TODO!
+ /// # Errors
+ /// This function will return an error if:
+ /// - The database connection fails
+ /// - The SQL query execution fails
+ /// - The provided ID does not exist in the database

Also applies to: 21-24

src/lib/components/project/preview.svelte (2)

14-32: Consider CSS improvements for badge spacing

The card layout is well-implemented with conditional rendering for the description. However, the spacing between badges could be improved.

Instead of using non-breaking spaces (&nbsp;) for spacing between badges, consider using CSS margin:

- <Badge>{language.name}</Badge>
- <p>&nbsp;</p>
+ <Badge class="mr-2">{language.name}</Badge>

This approach is more maintainable and allows for responsive spacing adjustments.


19-25: Consider adding placeholder text instead of blank space

When no description is available, the component renders just a line break, which might look unbalanced.

Consider showing a placeholder message instead:

{#if project.description}
  <Card.Content>
    <p>{project.description}</p>
  </Card.Content>
{:else}
-  <br />
+  <Card.Content>
+    <p class="text-muted-foreground italic">No description available</p>
+  </Card.Content>
{/if}
src/routes/+layout.svelte (1)

41-53: Consider enhancing the loading experience

While the await block implementation works correctly, there are opportunities for improvement:

  1. The loading message itself acknowledges this is a temporary solution
  2. Consider adding a loading spinner or progress indicator
  3. The error message "Something went very wrong" could be more descriptive for users
  4. A timeout or retry mechanism might improve resilience
{#await initPromise}
  <div class="w-full h-full flex justify-center items-center flex-col">
-    <h1>Loading application</h1>
-    <p>This will be improved in the future, so that loading happens in the background</p>
+    <h1 class="text-xl font-semibold mb-2">Loading application</h1>
+    <div class="w-8 h-8 border-4 border-t-primary rounded-full animate-spin mb-4"></div>
+    <p class="text-muted-foreground">Setting up your environment...</p>
  </div>
{:then}
  {@render children()}
{:catch error}
  <div class="w-full h-full flex justify-center items-center flex-col">
-    <h1>Something went very wrong</h1>
-    <p>{error}</p>
+    <h1 class="text-xl font-semibold text-destructive mb-2">Initialization Error</h1>
+    <p class="mb-4">We couldn't initialize the application properly.</p>
+    <p class="text-sm text-muted-foreground bg-muted p-2 rounded max-w-lg overflow-auto">{error}</p>
+    <Button variant="outline" class="mt-4" onclick={() => window.location.reload()}>
+      Retry
+    </Button>
  </div>
{/await}
episko_lib/src/database/database_object.rs (1)

65-100: Good test coverage for DatabaseObject trait.

The added tests thoroughly verify the core functionality of the DatabaseObject trait, including writing to database, checking existence, and removing objects. The tests are well-structured with clear assertions.

A small suggestion to reduce duplication: consider extracting the common setup code (creating the Language instance) into a helper function or using a test fixture.

 #[cfg(test)]
 mod tests {
     use sqlx::SqlitePool;
 
     use crate::database::DatabaseObject;
     use crate::metadata::Language;
 
+    fn create_test_language() -> Language {
+        Language::with_version("Rust", "1.85")
+    }
+
     #[sqlx::test]
     async fn test_write_db_object(conn: SqlitePool) {
-        let category = Language::with_version("Rust", "1.85");
+        let category = create_test_language();
 
         let result = category.write_to_db(&conn).await;
 
         assert!(result.is_ok());
         assert!(category.exists(&conn).await.unwrap());
     }
 
     #[sqlx::test]
     async fn test_remove_db_object(conn: SqlitePool) {
-        let category = Language::with_version("Rust", "1.85");
+        let category = create_test_language();
 
         category
             .write_to_db(&conn)
             .await
             .expect("write category to db");
src/routes/project/+page.svelte (1)

11-21: Well-structured async data fetching function.

The fetchPage function correctly handles state updates and includes basic error logging. Consider enhancing the error handling to provide user feedback beyond console logging.

 async function fetchPage(page: number) {
 	try {
 		const pagedData: PagedMetadataPreview = await Commands.get_all(page, pageState.query);
 		pageState.loadedPreviews = pagedData.data;
 		pageState.currentPage = pagedData.pageNumber;
 		pageState.totalPages = pagedData.totalPages;
 		pageState.pageSize = pagedData.pageSize;
 	} catch (error) {
 		console.log('Error fetching page data:', error);
+		// Add user-visible error notification
+		pageState.error = 'Failed to load projects. Please try again later.';
 	}
 }
src/routes/project/[id]/+page.svelte (2)

12-12: Remove debug console.log statement.

Console log statements should be removed before code is merged to production.

-console.log('Project: ', project);

14-16: Navigation function could be improved.

The current implementation uses history.back() which may lead to unexpected behavior if the user didn't arrive from the projects list. Consider using the router's navigation instead.

 function goBack() {
-	history.back();
+	goto('/project');
 }
src/lib/components/project/form-build-systems.svelte (3)

38-38: Improve accessibility with proper labeling.

The "Build Systems" text is not properly marked up as a heading or label, which impacts accessibility.

-Build Systems
+<h2 class="text-lg font-medium mb-2">Build Systems</h2>

43-48: Improve UI layout with proper spacing and labels.

The current flex layout lacks proper spacing between elements and input fields are missing labels, which impacts usability and accessibility.

-				<div class="flex">
-					<Input {...props} bind:value={$formData.buildSystems[i].name} />
-					<Input {...props} bind:value={$formData.buildSystems[i].version} />
-					<Button variant="destructive" onclick={removeBuildSystem(i)}>Remove</Button>
+				<div class="flex gap-2 items-center">
+					<div class="flex-1">
+						<label for={`build-system-name-${i}`} class="sr-only">Build System Name</label>
+						<Input {...props} id={`build-system-name-${i}`} placeholder="Name" bind:value={$formData.buildSystems[i].name} />
+					</div>
+					<div class="flex-1">
+						<label for={`build-system-version-${i}`} class="sr-only">Build System Version</label>
+						<Input {...props} id={`build-system-version-${i}`} placeholder="Version" bind:value={$formData.buildSystems[i].version} />
+					</div>
+					<Button variant="destructive" on:click={removeBuildSystem(i)}>Remove</Button>

56-61: Apply consistent styling to the add form fields.

Similar improvements should be made to the add form section for consistency.

-			<div class="flex">
-				<Input {...props} bind:value={newBuildSystem.name} />
-				<Input {...props} bind:value={newBuildSystem.version} />
-				<Button variant="default" onclick={addBuildSystem}>Add</Button>
+			<div class="flex gap-2 items-center mt-2">
+				<div class="flex-1">
+					<label for="new-build-system-name" class="sr-only">New Build System Name</label>
+					<Input {...props} id="new-build-system-name" placeholder="Name" bind:value={newBuildSystem.name} />
+				</div>
+				<div class="flex-1">
+					<label for="new-build-system-version" class="sr-only">New Build System Version</label>
+					<Input {...props} id="new-build-system-version" placeholder="Version" bind:value={newBuildSystem.version} />
+				</div>
+				<Button variant="default" on:click={addBuildSystem}>Add</Button>
src/lib/components/project/form-languages.svelte (2)

18-27: Use consistent array update pattern

The commented code on line 19 should be removed as it's no longer needed. Also, consider validating that newLanguage.name.trim() is non-empty to prevent adding languages with just whitespace.

function addLanguage() {
-	// $formData.languages.push(newLanguage);
	if (newLanguage.name !== '') {
+	if (newLanguage.name.trim() !== '') {
		formData.update((data) => {
			data.languages.push(newLanguage);
			return data;
		});
		newLanguage = { name: '', version: null };
	}
}

39-53: Missing field labels and arrangement to indicate input purpose

The form currently doesn't clearly indicate which field is for the language name and which is for the version. Consider adding labels or placeholders.

Consider wrapping each input in a labeled container or using a grid layout to better organize the form fields and make their purpose clear to users.

src/lib/components/project/form-categories.svelte (1)

5-6: Inconsistent import patterns

The imports use different patterns - direct component import for Button vs. barrel export for Input. Consider standardizing import patterns across the codebase.

-import Button from '../ui/button/button.svelte';
+import { Button } from '../ui/button';
src/lib/components/project/form-ide.svelte (2)

36-37: Add placeholder to the IDE input field

For better user experience, add a placeholder to the IDE input field.

<Form.Label>Preferred Ide</Form.Label>
-<Input {...props} bind:value={$formData.preferredIde!.name} />
+<Input {...props} bind:value={$formData.preferredIde!.name} placeholder="e.g., VS Code, IntelliJ IDEA" />

44-46: Improve consistency in heading style

The heading style in the IDE form differs from the other form components. Consider standardizing the heading style across all form components.

Consider using a consistent approach across form components, either using headings or labels in a similar way.

src/lib/components/project/form.svelte (6)

1-19: Clean imports organization but with a potential issue.

The imports are logically organized, but there's a relative import (../../../routes/project/state.svelte) which could be better managed with an absolute import for maintainability.

-import { resetState } from '../../../routes/project/state.svelte';
+import { resetState } from '$lib/routes/project/state.svelte';

or

-import { resetState } from '../../../routes/project/state.svelte';
+import { resetState } from '$routes/project/state.svelte';

depending on your project's path aliases configuration.


27-28: Remove debug logging in production code.

Console logs should be removed or replaced with a proper logging system before production deployment.

-console.log('FormProp:', formProp);

32-63: Refactor onUpdate callback for better error handling and code clarity.

The onUpdate callback is overly complex with multiple nested conditions and duplicated error handling logic. This can be simplified for better maintainability.

onUpdate: async ({ form }) => {
-	console.log('FormValid:', form.valid);
	if (form.valid) {
-		if (metadata) {
-			console.log('Metadata found');
-			await Commands.update_metadata(metadata.id, form.data)
-				.then((metadata) => {
-					console.log('Promise resolved');
-					resetState();
-					history.back();
-				})
-				.catch((err) => {
-					console.error('Promise failed:', err);
-					setError(form, err);
-				});
-		} else {
-			await Commands.create_metadata(form.data)
-				.then((id) => {
-					console.log('Promis resolved');
-					resetState();
-					setTimeout(() => goto(`/project`), 0);
-				})
-				.catch((err) => {
-					console.error('Promise failed:', err);
-					setError(form, err);
-				});
-		}
+		try {
+			if (metadata) {
+				await Commands.update_metadata(metadata.id, form.data);
+				resetState();
+				history.back();
+			} else {
+				await Commands.create_metadata(form.data);
+				resetState();
+				setTimeout(() => goto(`/project`), 0);
+			}
+		} catch (err) {
+			console.error('Operation failed:', err);
+			setError(form, err);
+		}
-	} else {
-		console.log('Helloo I am under the water');
	}
}

69-80: Use Promise syntax consistently with async/await.

The pickDirectory function is marked as async but uses a mixed style. Refactor for consistent Promise handling.

async function pickDirectory() {
-	let dir = await open({
+	try {
+		const dir = await open({
+			multiple: false,
+			directory: true
+		});
+
+		formData.update((data) => {
+			data.directory = dir || '';
+			return data;
+		});
+	} catch (error) {
+		console.error('Failed to open directory picker:', error);
+	}
-		multiple: false,
-		directory: true
-	});
-
-	formData.update((data) => {
-		data.directory = dir || '';
-
-		return data;
-	});
}

96-97: Improve form field descriptions.

All form field descriptions have a "TBC" prefix, indicating they are placeholders. Replace these with meaningful descriptions before deployment.

For example:

-<Form.Description>TBC: Choose directory</Form.Description>
+<Form.Description>Select the root directory of your project</Form.Description>

Also applies to: 107-108, 118-119, 141-142


147-253: Remove commented-out code.

Large blocks of commented-out code reduce readability and maintainability. If this is old code that's been replaced, it should be removed. If it's alternative implementation being preserved for reference, consider moving it to a separate file.

Consider removing this entire block or moving it to a separate reference file.

episko_gui_backend/src/model/dto.rs (4)

8-10: Complete the TODO comments with meaningful documentation.

The code contains placeholder TODO comments that should be expanded with proper documentation about the purpose and usage of the DTO pattern in your application.

Replace the TODO comments with proper documentation explaining the purpose of the DTO pattern in your application context.


12-24: Add public visibility to struct fields for serialization.

The MetadataDto struct fields lack explicit visibility modifiers. Since this is a DTO that will be serialized/deserialized, consider making the fields explicitly public for clarity.

#[derive(Serialize, Deserialize, Debug)]
pub struct MetadataDto {
-    id: Uuid,
-    directory: PathBuf,
-    title: String,
-    description: Option<String>,
-    categories: Vec<Category>,
-    languages: Vec<Language>,
-    build_systems: Vec<BuildSystem>,
-    preferred_ide: Option<Ide>,
-    repository_url: Option<String>,
-    created: DateTime<Utc>,
-    updated: DateTime<Utc>,
+    pub id: Uuid,
+    pub directory: PathBuf,
+    pub title: String,
+    pub description: Option<String>,
+    pub categories: Vec<Category>,
+    pub languages: Vec<Language>,
+    pub build_systems: Vec<BuildSystem>,
+    pub preferred_ide: Option<Ide>,
+    pub repository_url: Option<String>,
+    pub created: DateTime<Utc>,
+    pub updated: DateTime<Utc>,
}

26-43: Complete implementation documentation and consider adding reverse conversion.

The From<Metadata> implementation has a TODO comment without actual documentation. Also, consider implementing the reverse conversion from MetadataDto to Metadata.

impl From<Metadata> for MetadataDto {
-    /// !TODO!
+    /// Converts a Metadata entity to a MetadataDto for external representation
+    /// 
+    /// This conversion preserves all metadata fields while allowing for
+    /// serialization through serde for API responses and data transfer.
    fn from(metadata: Metadata) -> MetadataDto {
        MetadataDto {
            id: metadata.id,
            directory: metadata.directory,
            title: metadata.title,
            description: metadata.description,
            categories: metadata.categories,
            languages: metadata.languages,
            build_systems: metadata.build_systems,
            preferred_ide: metadata.preferred_ide,
            repository_url: metadata.repository_url,
            created: metadata.created,
            updated: metadata.updated,
        }
    }
}

// Consider adding:
impl TryFrom<MetadataDto> for Metadata {
    type Error = anyhow::Error;
    
    /// Attempts to convert a MetadataDto back to a Metadata entity
    fn try_from(dto: MetadataDto) -> Result<Self, Self::Error> {
        Ok(Metadata {
            id: dto.id,
            directory: dto.directory,
            title: dto.title,
            description: dto.description,
            categories: dto.categories,
            languages: dto.languages,
            build_systems: dto.build_systems,
            preferred_ide: dto.preferred_ide,
            repository_url: dto.repository_url,
            created: dto.created,
            updated: dto.updated,
        })
    }
}

46-109: Simplify the test implementation for better readability.

The test duplicates object creation logic. Use the Clone trait or a builder pattern to simplify this.

#[cfg(test)]
mod tests {
    use super::*;
    use chrono::Utc;
    use episko_lib::metadata::{
        property::Property as _, BuildSystem, Category, Ide, Language, Metadata,
    };
-    use uuid::Uuid;
    use uuid::Uuid;

    #[test]
    fn test_metadata_to_metadata_dto_conversion() {
+        // Create test data
        let category = Category::new("Application");
        let language = Language::new("Rust");
        let build_system = BuildSystem::new("Cargo");
        let ide = Ide::new("Neovim");
        let id = Uuid::new_v4();
        let created = Utc::now();
        let updated = Utc::now();

+        // Create a test metadata instance
        let metadata = Metadata {
            id,
            directory: PathBuf::from("."),
            title: String::from("Test Project"),
            description: Some(String::from("A test project description")),
            categories: vec![category.clone()],
            languages: vec![language.clone()],
            build_systems: vec![build_system.clone()],
            preferred_ide: Some(ide.clone()),
            repository_url: Some(String::from("https://github.com/test/project")),
            created,
            updated,
        };

-        // redefine everything to avoid implementing clone
-        let category = Category::new("Application");
-        let language = Language::new("Rust");
-        let build_system = BuildSystem::new("Cargo");
-        let ide = Ide::new("Neovim");
-
-        let metadata_dto: MetadataDto = Metadata {
-            id,
-            directory: PathBuf::from("."),
-            title: String::from("Test Project"),
-            description: Some(String::from("A test project description")),
-            categories: vec![category],
-            languages: vec![language],
-            build_systems: vec![build_system],
-            preferred_ide: Some(ide),
-            repository_url: Some(String::from("https://github.com/test/project")),
-            created,
-            updated,
-        }
-        .into();
+        // Convert to DTO
+        let metadata_dto: MetadataDto = metadata.clone().into();

        assert_eq!(metadata.id, metadata_dto.id);
        assert_eq!(metadata.title, metadata_dto.title);
        assert_eq!(metadata.description, metadata_dto.description);
        assert_eq!(metadata.categories, metadata_dto.categories);
        assert_eq!(metadata.languages, metadata_dto.languages);
        assert_eq!(metadata.build_systems, metadata_dto.build_systems);
        assert_eq!(metadata.preferred_ide, metadata_dto.preferred_ide);
        assert_eq!(metadata.repository_url, metadata_dto.repository_url);
        assert_eq!(metadata.created, metadata_dto.created);
        assert_eq!(metadata.updated, metadata_dto.updated);
    }
}

If the metadata entities don't implement Clone, consider using a builder pattern or a factory function for test data creation.

episko_gui_backend/src/model/dco.rs (5)

12-14: Add missing documentation

The placeholder "!TODO!" comments should be replaced with actual documentation to improve the code's usability and maintainability.

- /// Dco data creation object
- /// !TODO!
+ /// Data Creation Object (DCO) for metadata management
+ /// 
+ /// This struct encapsulates the data needed to create or update metadata
+ /// and provides methods to perform these operations while ensuring
+ /// data integrity.

27-31: Add missing documentation for create method

Replace the placeholder documentation with a clear description of what the method does and the errors it can return.

- /// !TODO!
- ///
- /// # Errors
- /// !TODO!
+ /// Creates a new Metadata object from this DCO
+ ///
+ /// This method updates the IDs of properties and builds a new Metadata
+ /// object using the builder pattern.
+ ///
+ /// # Errors
+ /// Returns an error if the Metadata construction fails during the build process.

31-50: Extract duplicated code into a helper method

The ID update logic is duplicated between the create and update methods. Extract this into a helper method to improve maintainability.

+ /// Update IDs for all properties
+ fn update_property_ids(&mut self) {
+     self.categories.iter_mut().for_each(Property::update_id);
+     self.build_systems.iter_mut().for_each(Property::update_id);
+     self.languages.iter_mut().for_each(Property::update_id);
+     self.preferred_ide.iter_mut().for_each(Property::update_id);
+ }
+
 pub fn create(mut self) -> Result<Metadata, Error> {
-     self.categories.iter_mut().for_each(Property::update_id);
-     self.build_systems.iter_mut().for_each(Property::update_id);
-     self.languages.iter_mut().for_each(Property::update_id);
-     self.preferred_ide.iter_mut().for_each(Property::update_id);
+     self.update_property_ids();

     Ok(Metadata::builder()
         .directory_path(&self.directory)
         .title(&self.title)
         .categories(self.categories)
         .languages(self.languages)
         .build_systems(self.build_systems)
         .apply_if(self.preferred_ide, MetadataBuilder::preferred_ide)
         .apply_if(self.description.as_deref(), MetadataBuilder::description)
         .apply_if(
             self.repository_url.as_deref(),
             MetadataBuilder::repository_url,
         )
         .build()?)
 }

52-56: Add missing documentation for update method

Replace the placeholder documentation with a clear description of what the method does and the errors it can return.

- /// !TODO!
- ///
- /// # Errors
- /// !TODO!
+ /// Updates an existing Metadata object with values from this DCO
+ ///
+ /// This method updates the IDs of properties and applies the changes
+ /// to the existing Metadata object using the builder pattern.
+ ///
+ /// # Errors
+ /// Returns an error if the Metadata update fails during the build process.

56-76: Use the helper method for property ID updates

Apply the same helper method to reduce code duplication in the update method.

 pub fn update(mut self, metadata: Metadata) -> Result<Metadata, Error> {
-     self.categories.iter_mut().for_each(Property::update_id);
-     self.build_systems.iter_mut().for_each(Property::update_id);
-     self.languages.iter_mut().for_each(Property::update_id);
-     self.preferred_ide.iter_mut().for_each(Property::update_id);
+     self.update_property_ids();

     Ok(metadata
         .update()
         .directory_path(&self.directory)
         .title(&self.title)
         .categories(self.categories)
         .languages(self.languages)
         .build_systems(self.build_systems)
         .apply_if(self.preferred_ide, MetadataBuilder::preferred_ide)
         .apply_if(self.description.as_deref(), MetadataBuilder::description)
         .apply_if(
             self.repository_url.as_deref(),
             MetadataBuilder::repository_url,
         )
         .build()?)
 }
utils/data-generator/main.go (6)

17-24: Missing error check for gofakeit.Seed

The error return value from gofakeit.Seed is not being checked. While this might not be critical, it's good practice to handle all error returns.

-gofakeit.Seed(time.Now().UnixNano())
+if err := gofakeit.Seed(time.Now().UnixNano()); err != nil {
+    log.Printf("Warning: Failed to seed random generator: %v", err)
+}
🧰 Tools
🪛 golangci-lint (1.64.8)

22-22: Error return value of gofakeit.Seed is not checked

(errcheck)


27-30: Consider batching project creation for large numbers

For large values of numProjects, creating all projects concurrently could lead to resource exhaustion. Consider implementing a worker pool or batch processing approach.

-for i := 0; i < *numProjects; i++ {
-    wg.Add(1)
-    createProject(i+1, *baseDir, &wg)
-}
+// Use a worker pool with limited concurrency
+const maxConcurrent = 5
+sem := make(chan struct{}, maxConcurrent)
+
+for i := 0; i < *numProjects; i++ {
+    wg.Add(1)
+    sem <- struct{}{}  // Acquire token
+    go func(idx int) {
+        defer func() {
+            <-sem  // Release token
+            wg.Done()
+        }()
+        createProject(idx+1, *baseDir, &wg)
+    }(i)
+}

39-41: Hard-coded lists could be moved to constants

These hard-coded lists could be defined as package-level constants to improve maintainability and allow for easier updates.

+var (
+    languagesList    = []string{"Go", "Python", "JavaScript", "TypeScript", "Rust", "Java", "C#"}
+    buildSystemsList = []string{"Make", "CMake", "Gradle", "Maven", "Webpack", "Bazel"}
+    idesList         = []string{"VSCode", "IntelliJ", "Vim", "Emacs", "Atom", "Sublime"}
+)

func createProject(projectNum int, baseDir string, wg *sync.WaitGroup) {
    defer wg.Done()

-    languagesList := []string{"Go", "Python", "JavaScript", "TypeScript", "Rust", "Java", "C#"}
-    buildSystemsList := []string{"Make", "CMake", "Gradle", "Maven", "Webpack", "Bazel"}
-    idesList := []string{"VSCode", "IntelliJ", "Vim", "Emacs", "Atom", "Sublime"}

64-76: Simplify language selection logic

The current implementation to generate unique languages is more complex than necessary. Consider using a more straightforward approach.

-numLanguages := gofakeit.Number(1, 3)
-languageSet := make(map[string]struct{})
-for len(languageSet) < numLanguages {
-    lang := languagesList[gofakeit.Number(0, len(languagesList)-1)]
-    var version string
-    if gofakeit.Bool() {
-        version = fmt.Sprintf("%d.%d", gofakeit.Number(1, 5), gofakeit.Number(0, 9))
-    } else {
-        version = "unknown"
-    }
-    key := fmt.Sprintf("%s:%s", lang, version)
-    languageSet[key] = struct{}{}
-}
+// Shuffle languages and take a random subset
+shuffledLangs := make([]string, len(languagesList))
+copy(shuffledLangs, languagesList)
+gofakeit.ShuffleStrings(shuffledLangs)
+
+numLanguages := gofakeit.Number(1, 3)
+if numLanguages > len(shuffledLangs) {
+    numLanguages = len(shuffledLangs)
+}
+
+languageSet := make(map[string]struct{})
+for i := 0; i < numLanguages; i++ {
+    var version string
+    if gofakeit.Bool() {
+        version = fmt.Sprintf("%d.%d", gofakeit.Number(1, 5), gofakeit.Number(0, 9))
+    } else {
+        version = "unknown"
+    }
+    key := fmt.Sprintf("%s:%s", shuffledLangs[i], version)
+    languageSet[key] = struct{}{}
+}

146-152: Add timeout to command execution

The current implementation doesn't set a timeout for the command execution, which could lead to indefinite waits if the command hangs.

-cmd := exec.Command("episko_cli", args...)
-output, err := cmd.CombinedOutput()
+// Create a context with timeout
+ctx, cancel := context.WithTimeout(context.Background(), 30*time.Second)
+defer cancel()
+
+cmd := exec.CommandContext(ctx, "episko_cli", args...)
+output, err := cmd.CombinedOutput()

Don't forget to add context to the import statement:

import (
+    "context"
    "flag"
    "fmt"
    ...
)

156-159: Enhance title sanitization

The current sanitization only replaces spaces with underscores. Consider a more comprehensive sanitization to handle special characters and ensure valid directory names.

func sanitizeTitle(title string) string {
-    safe := strings.ReplaceAll(title, " ", "_")
-    return safe
+    // Replace spaces and non-alphanumeric chars with underscores
+    reg := regexp.MustCompile(`[^a-zA-Z0-9]+`)
+    safe := reg.ReplaceAllString(title, "_")
+    
+    // Trim leading/trailing underscores
+    safe = strings.Trim(safe, "_")
+    
+    // Ensure we have at least one character
+    if safe == "" {
+        return "project"
+    }
+    
+    return safe
}

Don't forget to add regexp to the import statement:

import (
    "flag"
    "fmt"
+    "regexp"
    ...
)
episko_lib/src/database/dao.rs (3)

14-15: Add more detail for the TODO.

You have a placeholder TODO in the doc comment. Do you want me to draft additional documentation clarifying how consumers should use this DAO?


32-68: Effective use of TryInto<Metadata>.

This conversion pattern is solid. However, you could consider an additional constructor or specialized function name (e.g., into_metadata) to highlight the data transformation context more clearly.


107-117: ConversionError enum thoroughly covers potential failures.

If you anticipate overlapping causes, consider unifying some variants or grouping them to simplify error handling.

src/lib/components/ui/form/index.ts (1)

13-33: Clean export aggregation.

When the list grows larger, consider grouping related exports under distinctly named objects to further enhance maintainability.

src/routes/project/[id]/edit/+page.svelte (3)

16-17: Destructuring data from props.

Consider renaming metadata to something like projectMetadata to clarify that it belongs to a project domain, especially if "metadata" is used in other contexts.


19-19: Console log usage.

Remove or downgrade the log level to prevent leaking information in production builds.


45-45: Consider a double-check for deletion.

If deletions are critical, you could add a secondary confirmation step or typed input to avoid accidental data loss.

episko_lib/src/database/database_handler.rs (3)

18-18: Deriving Debug for DatabaseHandler.

Enabling Debug is good for logging and troubleshooting. Consider deriving additional traits like Clone if you anticipate reusing DatabaseHandler instances or passing them across threads.


24-27: Pending doc comment details for with_config.

Doc comments marked with !TODO! require meaningful descriptions of potential errors and failure conditions. This helps consumers of the API understand runtime pitfalls.

Would you like help drafting these doc comments?


37-39: Pending doc comment details for new.

Same concern as above. Documenting error scenarios, such as connection or migration failures, can aid in diagnosing issues.

episko_gui_backend/src/lib.rs (2)

17-20: Unfinished doc comments.

Similar to other files, these !TODO! placeholders should be replaced with details about possible error pathways, panics, and usage.

Also applies to: 23-23


76-82: Implementing serde::Serialize for Error.

Returning error details in a serializable format is helpful for bridging between Rust and Tauri or front-end code. Watch out for exposing internal error details if security is a concern.

You could consider returning a sanitized user-facing message to avoid disclosing sensitive info in the final string.

episko_cli/src/validation.rs (2)

16-19: Clarify mutability implications for validate_manifest.
Changing the signature from &ConfigHandler to &mut ConfigHandler allows direct modification of the configuration state. This is fine, but ensure that no concurrent calls to validate_manifest share the same handler unless you intend to serialize calls or leverage single-thread execution.


34-49: Consider wrapping config updates in error handling.
Currently, you call db operations followed by config_handler.save_config(). If database operations fail midway, your config might still get updated. It may be beneficial to guard the config update behind successful database writes to avoid inconsistencies.

episko_lib/src/database/retrieve_metadata.rs (2)

44-71: Title-based filtering is appropriate for all_preview_from_db.
The usage of TitleLike filter, parameter binding, and pagination is well-structured. Consider verifying that large or special-character searches are handled gracefully (e.g., wildcard characters).


73-89: Potential performance issue with amount_cached.
Doing a wildcard search with WHERE title LIKE \"%...\" might get slow for large tables. Consider adding an index on title or using a more specialized search approach if performance becomes a concern.

episko_lib/src/database.rs (2)

80-98: Consider error handling for partial writes.
fill_db iterates over generated test data and writes each item to the database. Currently, the code panics if a single write operation fails. For large batches, consider capturing per-item errors and reporting them collectively or rolling back, so as to avoid partial data insertion.


99-143: Potential test data variety enhancements.
generate_test_metadata delivers a nice variety of categories, languages, etc. You might expand coverage with more random or edge-case values (e.g., empty titles, extremely long strings) to ensure robust tests. Alternatively, define specialized tests for these edge cases if that better suits your QA strategy.

episko_lib/src/metadata.rs (3)

125-128: Pending implementation note.
update_directory has a “!TODO!” comment but is publicly callable. Make sure to document or finish the intended logic if potential side effects or validations are expected (like verifying path existence).

Do you want me to open a new issue to implement validation checks (e.g., verifying directory existence or structure)?


130-135: Accessor vs. direct field usage.
id() accessor is introduced. This is a helpful pattern for read-only fields. Consider following a similar pattern for other metadata fields (e.g., title()) for consistency and to maintain control over data integrity.


203-203: Assess test iteration count.
Running for _ in 0..100 is usually fine for verifying repeated hashing logic and consistency. However, if performance or test run times become a concern, you might reduce this iteration or adopt a more targeted approach.

episko_lib/src/metadata/metadata_handler.rs (2)

16-20: Prune stale TODO comments.
The /// !TODO! note here might be out of date if you are no longer planning major expansions in new(). If it remains relevant, clarify the intended next steps.


79-85: Unimplemented search_metadata.
Currently, search_metadata is a stub. If you plan advanced searching (fuzzy matching, partial fields, etc.), consider either removing it now or clarifying the expected parameters.

Would you like me to propose an outline for implementing a basic search?

src/lib/schemas/metadata.ts (4)

8-23: Robust Dto schema.
MetadataDtoSchema ensures each field is typed and validated. Good approach. Consider adding optional string validation (e.g., checking if repository_url is a valid URL).


58-67: Form schema usage.
MetadataFormSchema ensures mandatory title and directory. Great approach for user inputs. You might also consider excluding leading/trailing whitespace or adding length limits if user-provided text can be large.


88-99: Form data transformation.
parseFormData is a helpful helper to unify typed data from a Metadata object. If you expand fields, consider unit tests ensuring the transformations remain accurate.


105-112: parseMetadataArray utility.
This function is suitable for large arrays. If performance or memory usage becomes an issue, consider streaming or chunking.

episko_lib/src/config/config_handler.rs (4)

22-34: Loading configuration neatly handles directory creation and default config fallback.
Consider adding logging to track when a new config directory is created.


51-59: save_config(&self): The implementation is correct, but doc comments remain marked with !TODO!.
Please update the doc comments to ensure clarity.


69-76: remove_saved_file: Returns a boolean indicating success or failure.
Consider returning a specialized error if removal fails to help with debugging or user feedback.


101-113: Minor spelling note in doc comments: "Propogates" -> "Propagates".
Otherwise, the fallback config creation logic is properly handled.

episko_gui_backend/src/commands.rs (1)

44-66: get_all command:

  • Implementation with pagination is clear and straightforward.
  • PAGE_SIZE is hard-coded to 10; consider making it configurable.
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⛔ Files ignored due to path filters (5)
  • Cargo.lock is excluded by !**/*.lock
  • bun.lock is excluded by !**/*.lock
  • episko_lib/test.db is excluded by !**/*.db
  • package-lock.json is excluded by !**/package-lock.json
  • utils/data-generator/go.sum is excluded by !**/*.sum
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  • .envrc (1 hunks)
  • .github/workflows/format.yml (1 hunks)
  • .github/workflows/lint.yml (0 hunks)
  • .gitignore (1 hunks)
  • Cargo.toml (1 hunks)
  • episko_cli/src/creation.rs (5 hunks)
  • episko_cli/src/main.rs (1 hunks)
  • episko_cli/src/removal.rs (1 hunks)
  • episko_cli/src/validation.rs (3 hunks)
  • episko_derive/src/lib.rs (1 hunks)
  • episko_gui_backend/Cargo.toml (1 hunks)
  • episko_gui_backend/capabilities/default.json (1 hunks)
  • episko_gui_backend/src/commands.rs (1 hunks)
  • episko_gui_backend/src/lib.rs (1 hunks)
  • episko_gui_backend/src/main.rs (1 hunks)
  • episko_gui_backend/src/model.rs (1 hunks)
  • episko_gui_backend/src/model/dco.rs (1 hunks)
  • episko_gui_backend/src/model/dto.rs (1 hunks)
  • episko_gui_backend/src/model/preview.rs (1 hunks)
  • episko_gui_backend/src/state.rs (1 hunks)
  • episko_lib/Cargo.toml (1 hunks)
  • episko_lib/migrations/20250202083547_add_tables.up.sql (1 hunks)
  • episko_lib/src/bin/main.rs (1 hunks)
  • episko_lib/src/config.rs (3 hunks)
  • episko_lib/src/config/config_handler.rs (4 hunks)
  • episko_lib/src/database.rs (2 hunks)
  • episko_lib/src/database/dao.rs (1 hunks)
  • episko_lib/src/database/database_handler.rs (4 hunks)
  • episko_lib/src/database/database_object.rs (1 hunks)
  • episko_lib/src/database/insert_metadata.rs (5 hunks)
  • episko_lib/src/database/remove_metadata.rs (1 hunks)
  • episko_lib/src/database/retrieve_metadata.rs (1 hunks)
  • episko_lib/src/database/update_metadata.rs (2 hunks)
  • episko_lib/src/database/validate_stored_metadata.rs (2 hunks)
  • episko_lib/src/lib.rs (1 hunks)
  • episko_lib/src/metadata.rs (4 hunks)
  • episko_lib/src/metadata/build_system.rs (1 hunks)
  • episko_lib/src/metadata/builder.rs (9 hunks)
  • episko_lib/src/metadata/category.rs (1 hunks)
  • episko_lib/src/metadata/ide.rs (1 hunks)
  • episko_lib/src/metadata/language.rs (1 hunks)
  • episko_lib/src/metadata/metadata_handler.rs (3 hunks)
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  • package.json (1 hunks)
  • src/lib/commands.svelte.ts (0 hunks)
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  • src/lib/components/app-sidebar.svelte (2 hunks)
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  • src/lib/components/project/form-ide.svelte (1 hunks)
  • src/lib/components/project/form-languages.svelte (1 hunks)
  • src/lib/components/project/form.svelte (1 hunks)
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  • src/lib/components/ui/form/form-legend.svelte (1 hunks)
  • src/lib/components/ui/form/index.ts (1 hunks)
  • src/lib/components/ui/label/label.svelte (1 hunks)
  • src/lib/components/ui/pagination/index.ts (1 hunks)
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  • src/lib/components/ui/pagination/pagination-prev-button.svelte (1 hunks)
  • src/lib/components/ui/pagination/pagination.svelte (1 hunks)
  • src/lib/components/ui/sonner/index.ts (1 hunks)
  • src/lib/components/ui/sonner/sonner.svelte (1 hunks)
  • src/lib/components/ui/tabs/tabs-content.svelte (1 hunks)
  • src/lib/components/ui/tabs/tabs-list.svelte (1 hunks)
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  • src/lib/index.ts (1 hunks)
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  • src/lib/schemas/ide.ts (1 hunks)
  • src/lib/schemas/language.ts (1 hunks)
  • src/lib/schemas/metadata.test.ts (1 hunks)
  • src/lib/schemas/metadata.ts (1 hunks)
  • src/lib/schemas/pagedData.ts (1 hunks)
  • src/lib/types.ts (1 hunks)
  • src/lib/utils.test.ts (0 hunks)
  • src/lib/utils.ts (1 hunks)
  • src/routes/+layout.svelte (2 hunks)
  • src/routes/+page.svelte (2 hunks)
  • src/routes/all-projects/+page.svelte (0 hunks)
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  • src/routes/edit-project/+page.ts (0 hunks)
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  • src/routes/project/+page.ts (1 hunks)
  • src/routes/project/[id]/+layout.ts (1 hunks)
  • src/routes/project/[id]/+page.svelte (1 hunks)
  • src/routes/project/[id]/edit/+page.svelte (4 hunks)
  • src/routes/project/import/+page.svelte (1 hunks)
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  • src/routes/project/new/+page.ts (1 hunks)
  • src/routes/project/state.svelte.ts (1 hunks)
  • svelte.config.js (1 hunks)
  • utils/clear_data.sh (1 hunks)
  • utils/data-generator/go.mod (1 hunks)
  • utils/data-generator/main.go (1 hunks)
  • utils/data-generator/manifest.toml (1 hunks)
💤 Files with no reviewable changes (7)
  • .github/workflows/lint.yml
  • src/routes/edit-project/+page.ts
  • src/routes/all-projects/+page.svelte
  • src/lib/utils.test.ts
  • src/routes/create-project/+page.svelte
  • src/lib/commands.svelte.ts
  • src/lib/components/project/ProjectForm.svelte
🧰 Additional context used
🧬 Code Definitions (23)
src/routes/project/new/+page.ts (3)
src/routes/project/[id]/+layout.ts (1) (1)
  • load (8-20)
src/routes/project/+page.ts (1) (1)
  • load (8-12)
src/lib/schemas/metadata.ts (1) (1)
  • MetadataFormSchema (58-67)
src/routes/project/[id]/+layout.ts (3)
src/routes/project/new/+page.ts (1) (1)
  • load (6-10)
src/routes/project/+page.ts (1) (1)
  • load (8-12)
src/lib/schemas/metadata.ts (2) (2)
  • parseFormData (88-99)
  • MetadataFormSchema (58-67)
src/lib/schemas/metadata.test.ts (1)
src/lib/schemas/metadata.ts (1) (1)
  • parseMetadata (80-82)
src/routes/project/+page.ts (3)
src/routes/project/[id]/+layout.ts (1) (1)
  • load (8-20)
src/routes/project/new/+page.ts (1) (1)
  • load (6-10)
src/lib/schemas/metadata.ts (1) (1)
  • MetadataFormSchema (58-67)
src/lib/schemas/pagedData.ts (1)
src/lib/schemas/metadata.ts (2) (2)
  • MetadataPreviewDtoSchema (24-32)
  • parseMetadataPreviewArray (113-119)
episko_lib/src/bin/main.rs (1)
episko_cli/src/main.rs (1) (1)
  • main (21-42)
src/lib/commands.ts (3)
src/lib/types.ts (4) (4)
  • PagedMetadataPreview (18-18)
  • Uuid (30-30)
  • Metadata (14-14)
  • FormMetadata (20-20)
src/lib/schemas/pagedData.ts (1) (1)
  • PagedMetadataPreviewSchema (16-21)
src/lib/schemas/metadata.ts (2) (2)
  • parseMetadata (80-82)
  • parseMetadataDco (101-103)
episko_cli/src/removal.rs (1)
episko_lib/src/files.rs (1) (1)
  • remove_file (61-66)
episko_cli/src/main.rs (4)
episko_lib/src/config/config_handler.rs (1) (1)
  • load (22-34)
episko_cli/src/creation.rs (3) (3)
  • args (127-134)
  • args (136-143)
  • create_manifest (36-51)
episko_cli/src/removal.rs (1) (1)
  • remove_manifest (19-35)
episko_cli/src/validation.rs (2) (2)
  • cache_manifest (34-51)
  • validate_manifest (16-24)
episko_cli/src/creation.rs (4)
episko_lib/src/config/config_handler.rs (1) (1)
  • config (37-39)
episko_cli/src/lib.rs (1) (1)
  • connect_to_db (58-60)
episko_lib/src/metadata/metadata_handler.rs (1) (1)
  • save_metadata (39-60)
episko_lib/src/metadata/builder.rs (1) (1)
  • preferred_ide (214-217)
utils/data-generator/main.go (1)
episko_lib/src/metadata/builder.rs (4) (4)
  • title (162-165)
  • description (221-227)
  • categories (179-182)
  • languages (193-196)
episko_gui_backend/src/model/dto.rs (2)
episko_lib/src/metadata/builder.rs (11) (11)
  • new (47-61)
  • id (115-118)
  • created (241-244)
  • updated (248-251)
  • title (162-165)
  • description (221-227)
  • categories (179-182)
  • languages (193-196)
  • build_systems (207-210)
  • preferred_ide (214-217)
  • repository_url (231-237)
episko_lib/src/metadata.rs (1) (1)
  • id (132-134)
src/routes/project/state.svelte.ts (1)
src/lib/types.ts (1) (1)
  • MetadataPreview (16-16)
episko_gui_backend/src/lib.rs (3)
episko_lib/src/config/config_handler.rs (3) (3)
  • config (37-39)
  • load (22-34)
  • files (42-44)
episko_gui_backend/src/commands.rs (6) (6)
  • create_metadata (96-112)
  • get_all (45-65)
  • get_with_id (68-75)
  • init_cache (25-42)
  • load_from_file (115-128)
  • update_metadata (78-93)
episko_lib/src/database/database_handler.rs (2) (2)
  • with_config (28-35)
  • new (40-54)
episko_gui_backend/src/model/dco.rs (5)
src/lib/types.ts (4) (4)
  • BuildSystem (28-28)
  • Category (26-26)
  • Language (24-24)
  • Metadata (14-14)
src/lib/schemas/ide.ts (1) (1)
  • Ide (7-7)
episko_lib/src/metadata.rs (2) (2)
  • builder (103-105)
  • update (110-112)
episko_lib/src/metadata/builder.rs (8) (8)
  • preferred_ide (214-217)
  • description (221-227)
  • repository_url (231-237)
  • new (47-61)
  • title (162-165)
  • categories (179-182)
  • languages (193-196)
  • build_systems (207-210)
episko_gui_backend/src/model/dto.rs (1) (1)
  • from (28-42)
episko_lib/src/database/dao.rs (2)
episko_lib/src/metadata/builder.rs (10) (10)
  • categories (179-182)
  • languages (193-196)
  • build_systems (207-210)
  • created (241-244)
  • updated (248-251)
  • preferred_ide (214-217)
  • new (47-61)
  • description (221-227)
  • repository_url (231-237)
  • id (115-118)
episko_lib/src/metadata.rs (2) (2)
  • builder (103-105)
  • id (132-134)
episko_lib/src/metadata/metadata_handler.rs (3)
episko_lib/src/files.rs (1) (1)
  • from_file (48-48)
episko_lib/src/files/config.rs (1) (1)
  • from_file (10-12)
episko_lib/src/files/metadata.rs (1) (1)
  • from_file (20-32)
episko_lib/src/database/retrieve_metadata.rs (5)
episko_lib/src/database/database_object.rs (1) (1)
  • from_db (47-50)
episko_lib/src/metadata.rs (3) (3)
  • id (132-134)
  • builder (103-105)
  • get_hash (150-156)
episko_lib/src/database/database_handler.rs (3) (3)
  • new (40-54)
  • conn (64-66)
  • with_conn (57-59)
episko_lib/src/metadata/metadata_handler.rs (1) (1)
  • new (18-20)
episko_lib/src/metadata/category.rs (1) (1)
  • new (18-25)
src/lib/types.ts (5)
src/lib/schemas/metadata.ts (5) (5)
  • MetadataSchema (34-46)
  • MetadataPreviewSchema (48-56)
  • MetadataFormSchema (58-67)
  • MetadataDcoSchema (69-78)
  • UuidSchema (8-8)
src/lib/schemas/pagedData.ts (1) (1)
  • PagedMetadataPreviewSchema (16-21)
src/lib/schemas/language.ts (1) (1)
  • LanguageSchema (3-6)
src/lib/schemas/category.ts (1) (1)
  • CategorySchema (3-5)
src/lib/schemas/buildSystem.ts (1) (1)
  • BuildSystemSchema (3-6)
episko_lib/src/database.rs (8)
episko_lib/src/database/retrieve_metadata.rs (3) (3)
  • new (100-105)
  • sqlx (33-33)
  • sqlx (59-59)
episko_lib/src/metadata.rs (1) (1)
  • builder (103-105)
episko_lib/src/metadata/build_system.rs (2) (2)
  • with_version (21-26)
  • new (30-38)
episko_lib/src/metadata/language.rs (2) (2)
  • with_version (21-26)
  • new (31-39)
episko_lib/src/database/database_handler.rs (2) (2)
  • new (40-54)
  • conn (64-66)
episko_lib/src/metadata/category.rs (1) (1)
  • new (18-25)
episko_lib/src/metadata/ide.rs (1) (1)
  • new (18-25)
episko_lib/src/metadata/property.rs (1) (1)
  • new (25-25)
src/lib/schemas/metadata.ts (5)
src/lib/schemas/category.ts (1) (1)
  • CategorySchema (3-5)
src/lib/schemas/language.ts (1) (1)
  • LanguageSchema (3-6)
src/lib/schemas/buildSystem.ts (1) (1)
  • BuildSystemSchema (3-6)
src/lib/schemas/ide.ts (1) (1)
  • IdeSchema (3-5)
src/lib/types.ts (4) (4)
  • Metadata (14-14)
  • MetadataPreview (16-16)
  • FormMetadata (20-20)
  • MetadataDco (22-22)
episko_lib/src/metadata.rs (6)
src/lib/types.ts (5) (5)
  • Uuid (30-30)
  • Category (26-26)
  • Language (24-24)
  • BuildSystem (28-28)
  • MetadataPreview (16-16)
episko_lib/src/metadata/language.rs (1) (1)
  • update_id (48-50)
episko_lib/src/metadata/property.rs (1) (1)
  • update_id (47-47)
episko_lib/src/metadata/category.rs (1) (1)
  • update_id (30-32)
episko_lib/src/metadata/ide.rs (1) (1)
  • update_id (31-33)
episko_lib/src/metadata/build_system.rs (1) (1)
  • update_id (48-50)
episko_gui_backend/src/commands.rs (3)
episko_lib/src/config/config_handler.rs (2) (2)
  • files (42-44)
  • dirs (47-49)
episko_lib/src/metadata/metadata_handler.rs (2) (2)
  • search_directory (68-77)
  • new (18-20)
episko_lib/src/database/retrieve_metadata.rs (4) (4)
  • all_preview_from_db (49-71)
  • new (100-105)
  • amount_cached (78-89)
  • from_db (16-21)
🪛 Shellcheck (0.10.0)
utils/clear_data.sh

[error] 1-1: Tips depend on target shell and yours is unknown. Add a shebang or a 'shell' directive.

(SC2148)

🪛 golangci-lint (1.64.8)
utils/data-generator/main.go

22-22: Error return value of gofakeit.Seed is not checked

(errcheck)

🔇 Additional comments (203)
.github/workflows/format.yml (1)

28-30: Minor Formatting Fix: Removed Trailing Whitespace

The trailing space in the "Format frontend" step has been removed. This change is cosmetic and helps maintain consistency in the YAML file without affecting the behavior of the workflow.

.gitignore (1)

9-9: Good addition for excluding test data files

Adding utils/fake-data* to the gitignore is a good practice to prevent test data from being committed to the repository.

episko_lib/src/lib.rs (1)

1-1: Consider the implications of relaxing the linting strictness

Changing from #![deny(clippy::pedantic)] to #![warn(clippy::pedantic)] relaxes the strictness of linting rules. The code will now compile even with pedantic linting issues, which could potentially lead to less rigorous code standards.

Is this change intentional as part of the "harmonization" process mentioned in the PR title? If so, ensure there are other quality control measures in place to maintain code quality standards.

manifest.toml (1)

1-22: Workspace metadata structure looks good

The manifest file provides a clear structure for workspace metadata, with appropriate categorization of languages and build systems.

episko_lib/src/metadata/builder.rs (4)

24-24: Good addition of Debug trait

Adding the #[derive(Debug)] attribute is a good practice for easier debugging and better error messages.


34-34: Excellent spelling correction

Good job fixing the spelling from "preffered_ide" to "preferred_ide" consistently throughout the codebase.

Also applies to: 54-54, 74-74, 104-104, 214-216, 307-307, 318-318


135-149: Smart path handling improvement

The updated directory_path method now intelligently handles both directory and file paths, appending "manifest.toml" only when a directory is provided. This makes the API more flexible and user-friendly.


152-156: Appropriate test configuration

Creating a separate implementation for tests simplifies the behavior in test environments, which is a good practice for maintainable tests.

src/lib/components/ui/sonner/index.ts (1)

1-2: Clean component export

The export statement is well-structured and makes the Toaster component easily accessible throughout the application.

episko_lib/Cargo.toml (1)

28-28:

❌ Incorrect review comment

Verify serde_json version

The specified version 1.0.140 for serde_json seems unusually high. As of March 2024, the latest version was around 1.0.108.


🌐 Web query:

What is the latest version of serde_json crate?

💡 Result:

The latest version of the serde_json crate is 1.0.140, as indicated in:

  • The Cargo features documentation showing version = "1.0.140" in [Search Result 4][4]
  • The crates.io page updated on March 3, 2025, which lists this version as the most recent [13][13]

This version includes features like preserved insertion order in JSON objects, zero-copy deserialization optimizations, and compatibility with both no_std environments (via serde_json_core) [3][10] and standard Rust workflows.

Citations:


Correction Notice: serde_json Version Verified

The version 1.0.140 in the Cargo.toml is correct and up to date as of the latest release on crates.io. Please disregard the previous concern about this version being unusually high.

Likely an incorrect or invalid review comment.

src/lib/schemas/buildSystem.ts (1)

1-6: Well-structured schema with good validation.

The schema properly defines a build system with a required name field and an optional version field. This follows good practices for Zod schema definitions and provides appropriate validation for build system data.

episko_gui_backend/capabilities/default.json (1)

6-6: Permission addition looks good.

Adding the "dialog:default" permission is appropriate if you're integrating dialog functionality (possibly with tauri-plugin-dialog). This change enables the necessary capabilities for dialog operations.

src/lib/schemas/category.ts (1)

1-5: Clean category schema implementation.

The schema is simple and focused, requiring only a non-empty string for the name property. This provides good validation for category data and follows the same pattern as other schema files in the project.

src/lib/schemas/ide.ts (2)

1-7: Well-structured schema definition with appropriate validation

This schema definition follows best practices for Zod by defining a strongly-typed schema with appropriate validation rules. The nonempty() constraint ensures that IDEs must have names, preventing empty strings from being accepted.


7-7: Good use of type inference for type safety

Using z.infer<typeof IdeSchema> to derive the TypeScript type from the Zod schema is a good practice. It ensures that the TypeScript type and the runtime validation are always in sync, preventing type mismatches.

src/lib/components/ui/textarea/index.ts (1)

1-7: Clean barrel export pattern with good component aliasing

The barrel file pattern used here follows UI component library best practices by providing both the direct export and an alias that matches the component's purpose. This allows for flexible imports by consumers.

src/routes/project/new/+page.ts (1)

1-10: Consistent implementation of form validation

The implementation follows the project's established pattern for form validation using superValidate with Zod schemas, matching the approach seen in other route files like src/routes/project/+page.ts and src/routes/project/[id]/+layout.ts.

episko_lib/src/metadata/category.rs (2)

14-14: LGTM! Visibility change aligns with harmonization effort.

Changing the visibility of the name field from pub(crate) to pub is consistent with similar changes across other metadata structs and aligns with the harmonization goals of this PR.


7-15:

❓ Verification inconclusive

Verify consistent visibility changes across related structs.

This visibility change is part of a broader effort to harmonize field accessibility across metadata structs. Ensure all similar fields in related structs (Language, BuildSystem, etc.) have consistent visibility.


🏁 Script executed:

#!/bin/bash
# Find all metadata-related structs with name fields and their visibility
echo "Checking visibility consistency across metadata structs:"
rg -A 2 "pub struct \w+" episko_lib/src/metadata/ | grep -E "(pub struct|name:)"

Length of output: 570


Action Item: Verify Field-Level Visibility Consistency Across Metadata Structs

The change in episko_lib/src/metadata/category.rs (i.e. making the name field public while leaving other fields like id private) appears to follow the intended pattern. A search of all metadata struct declarations confirms that they’re defined as public:

  • MetadataHandler (in metadata_handler.rs)
  • Category (in category.rs)
  • Language (in language.rs)
  • MetadataBuilder (in builder.rs)
  • BuildSystem (in build_system.rs)
  • Ide (in ide.rs)

However, the grep output only confirms the visibility of the structs themselves. Please verify that the key fields (such as the name field) in all these related structs consistently use the intended visibility modifier. For example, if pub name is desired (as in Category), then similar fields in the Language, BuildSystem, and related structs should be updated accordingly if they aren’t already.

src/lib/schemas/language.ts (1)

3-6: LGTM! Well-structured Zod schema.

The LanguageSchema implementation correctly defines validation rules for language objects with appropriate constraints. The schema is cleanly structured and properly exported.

src/lib/index.ts (2)

2-2: LGTM! Improved separation of concerns.

Changing the export source from ./commands.svelte to ./commands represents a positive architectural shift, separating business logic from UI components.


2-2:

❓ Verification inconclusive

Verify that the new commands module exists.

Ensure that the ./commands.ts (or ./commands/index.ts) file has been created and exports all the functionality previously available from commands.svelte.


🏁 Script executed:

#!/bin/bash
# Check for existence of commands.ts file and compare exports
echo "Checking if commands.ts exists:"
if [ -f "src/lib/commands.ts" ]; then
  echo "✅ commands.ts exists"
  echo "\nExports from commands.ts:"
  rg -A 1 "export (function|const|let|class|interface|type)" src/lib/commands.ts
else
  echo "❌ commands.ts does not exist"
  # Check if it might be in a subdirectory
  echo "\nChecking for commands/index.ts:"
  if [ -f "src/lib/commands/index.ts" ]; then
    echo "✅ commands/index.ts exists"
    echo "\nExports from commands/index.ts:"
    rg -A 1 "export (function|const|let|class|interface|type)" src/lib/commands/index.ts
  else
    echo "❌ commands/index.ts does not exist"
  fi
fi

Length of output: 302


Attention: Verify Exports in New Commands Module

The new module file (src/lib/commands.ts) is present as expected. However, our automated grep check didn’t report any explicit export statements. Please manually verify that this file indeed re-exports all functionality formerly provided by commands.svelte. Specifically, confirm that all intended exports (functions, constants, classes, interfaces, etc.) are present—whether via named or default exports.

  • Location: src/lib/index.ts (line 2 should reference ./commands)
  • Action Required: Manually inspect src/lib/commands.ts to ensure it includes all required export declarations
episko_gui_backend/src/model/preview.rs (1)

1-2:

❓ Verification inconclusive

Added imports without implementation

These imports (Category from episko_lib::metadata and Uuid from uuid) have been added, but there doesn't appear to be any implementation that uses them in this file. This could indicate that:

  1. The implementation might be in a separate PR
  2. The imports might be intended for future use
  3. This is potentially dead code

Let's verify if these imports are needed by running the following script:


🏁 Script executed:

#!/bin/bash
# Check if these imports are used in the file

echo "Content of the preview.rs file:"
cat episko_gui_backend/src/model/preview.rs

echo -e "\nChecking if Category is referenced in the file:"
grep -n "Category" episko_gui_backend/src/model/preview.rs | grep -v "use episko_lib::metadata::Category"

echo -e "\nChecking if Uuid is referenced in the file:"
grep -n "Uuid" episko_gui_backend/src/model/preview.rs | grep -v "use uuid::Uuid"

Length of output: 572


Action: Confirm the necessity of the unused imports

  • Our verification shows that the file episko_gui_backend/src/model/preview.rs currently only contains the two import statements and no further usage of Category or Uuid.
  • Please confirm whether these imports are meant for an upcoming implementation or if they were added by mistake. If they are not needed, consider removing them, or if they are reserved for future use, add a clarifying comment to avoid confusion.
Cargo.toml (2)

9-9:

❌ Incorrect review comment

Rust edition incompatibility

The Rust edition "2024" doesn't exist as of my knowledge cutoff. Rust currently supports editions 2015, 2018, and 2021. Using a non-existent edition will cause build failures.

- edition = "2024"
+ edition = "2021"

🌐 Web query:

What are the latest Rust editions available as of March 2025?

💡 Result:

As of March 2025, the latest stable Rust edition is Rust 2024, released alongside Rust 1.85 in February 2025[1][3][11]. This follows the established pattern of approximately three-year intervals between editions, though its release date sparked discussion about renaming conventions due to the February 2025 release window[3].

Current Rust Editions:

  • Rust 2015: Original edition (Rust 1.0)
  • Rust 2018: Introduced path/module changes (Rust 1.31, December 2018)
  • Rust 2021: Focused on quality-of-life improvements (Rust 1.56, October 2021)
  • Rust 2024: Latest stable edition with async closures and other enhancements (Rust 1.85, February 2025)[1][11]

The Rust 2024 Edition completes the stabilization of async closures (RFC 3668) and maintains backward compatibility through opt-in edition migrations[11]. While there was community discussion about renaming it to "2025 Edition" due to the actual release year, the official naming convention retains the originally planned "2024" designation[3].

Developers can specify their edition choice in Cargo.toml, with Rust maintaining support for all previous editions. The next edition cycle (Rust 2027) is already under early discussion within the community[7].

Citations:


Update: Rust 2024 is Valid as of March 2025

The Rust edition set to "2024" in Cargo.toml is correct. According to recent information, Rust 2024 was officially released in February 2025 as part of Rust 1.85, making it the current stable edition. There is no need to revert to Rust 2021.

Likely an incorrect or invalid review comment.


3-3:

❌ Incorrect review comment

Resolver version incompatibility

The resolver version 3 doesn't exist as of my knowledge cutoff. Rust's Cargo currently only supports resolver versions 1 and 2. Using a non-existent resolver version will cause build failures.

- resolver = "3"
+ resolver = "2"

🌐 Web query:

What versions of resolver are supported in Cargo.toml as of March 2025?

💡 Result:

As of March 2025, Cargo supports three resolver versions in Cargo.toml, each tied to specific Rust editions and dependency resolution behaviors:

Supported Resolvers

  1. Resolver "1"

    • Original resolver behavior without MSRV (Minimum Supported Rust Version) awareness
    • Default for editions prior to 2021
    • Still supported for backward compatibility but lacks modern dependency unification logic[3][4]
  2. Resolver "2"

    • Introduced feature-aware resolution (Rust 2021 edition)
    • Avoids unexpected feature unification across dependencies[3][4]
    • Enabled by default with edition = "2021"[3][4]
    • Required explicit setting in virtual workspaces (workspace.resolver = "2")[4][8]
  3. Resolver "3"

    • New MSRV-aware resolver (stabilized in Rust 1.84.0)[1][2]
    • Considers package.rust-version when selecting dependencies[1][2]
    • Enabled by default with edition = "2024"[1][9]
    • Requires Rust 1.84+ for configuration via resolver.incompatible-rust-version in .cargo/config.toml[1][2]

Key Implementation Details

  • Edition Mapping:
    edition = "2021" resolver = "2"
    edition = "2024" resolver = "3"
  • Workspace Requirements: Virtual workspaces must explicitly declare resolver versions in [workspace][4][8]:
    [workspace]
    resolver = "3"  # Required for Rust 2024 projects using workspaces
  • Migration Path:
    • Projects can override defaults via explicit resolver declaration[1][3]
    • CI workflows can bypass MSRV checks using environment variable:
      CARGO_RESOLVER_INCOMPATIBLE_RUST_VERSIONS=allow cargo update

Current projects often combine resolver versions with release profile optimizations like:

[profile.release] 
lto = "fat"
codegen-units = 1

as seen in modern configurations[8][9]. The resolver choice directly impacts dependency resolution integrity across different Rust toolchain versions.

Citations:


Attention: Resolver Version Validity Confirmed

After verifying via the latest web query, Cargo now supports resolver version "3" as of March 2025 (with Rust 1.84+ and Rust edition 2024). The previous suggestion to replace "3" with "2" is based on outdated information. If your project targets Rust 1.84+ with the 2024 edition, using:

resolver = "3"

is correct. Please ensure your project’s Rust version and edition align with this configuration.

Likely an incorrect or invalid review comment.

src/lib/components/ui/form/form-legend.svelte (2)

10-10:

❌ Incorrect review comment

Non-standard $props() syntax

The $props() syntax appears to be using a custom Svelte feature or compiler directive. Similar to $bindable, this doesn't look like standard Svelte syntax through v5. If this is a custom preprocessor feature, it should be documented.


🌐 Web query:

What is $props() in Svelte syntax?

💡 Result:

In Svelte, the $props() rune is a fundamental feature for handling component properties introduced in Svelte 5. It replaces the older export let syntax and provides enhanced capabilities for managing props with better TypeScript support and reactivity control.

Core Functionality

  • Prop declaration: $props() declares and retrieves all props passed to a component[1][3][6]
  • Destructuring: Allows direct destructuring of props with optional renaming and default values:
    let { adjective = 'default', renamed: original } = $props();
  • Type safety: Works naturally with TypeScript for prop typing[1][6]:
    let { count }: { count: number } = $props();

Key Features

  1. Default Values
    Provide fallbacks when props aren't supplied[1][5]:

    let { title = 'Untitled' } = $props();
  2. Prop Renaming
    Handle invalid identifiers or keywords using destructuring aliases[1][4]:

    let { class: className } = $props();  // Renames 'class' prop
  3. Rest Props
    Capture remaining props using object rest syntax[1]:

    let { a, b, ...remaining } = $props();
  4. Reactivity
    Automatically tracks prop changes, though direct mutation of object props should be avoided unless using $bindable[1][5]:

    let { object } = $props();
    // Mutating object properties triggers warnings - use callbacks instead

Usage Comparison

Traditional Svelte 4 syntax:

export let propName = defaultValue;

Svelte 5 with runes:

let { propName = defaultValue } = $props();

This new approach provides better type inference, explicit prop declarations, and clearer component interfaces while maintaining backward compatibility with older prop patterns[1][3][6].

Citations:


$props() is a standard Svelte 5 feature
After verifying, it's clear that the $props() syntax is not a custom preprocessor directive but a fundamental part of Svelte 5 for handling component properties. This syntax replaces the older export let notation and is fully documented in the official Svelte docs. The code in src/lib/components/ui/form/form-legend.svelte at line 10 is valid as long as the project is using Svelte 5 or later.

  • Action Required: No changes are needed for this file since the usage is correct as per the Svelte 5 specification.

Likely an incorrect or invalid review comment.


7-7:

❌ Incorrect review comment

Non-standard $bindable syntax

The $bindable(null) syntax appears to be using a custom Svelte feature or compiler directive. This doesn't look like standard Svelte syntax through v5. If this is a custom preprocessor feature, it should be documented or referenced somewhere to ensure maintainability.

Let's check if this is a known Svelte feature or a custom implementation:


🏁 Script executed:

#!/bin/bash
# Look for bindable references in the project
echo "Searching for bindable references in Svelte files:"
grep -r "\$bindable" --include="*.svelte" .

echo -e "\nChecking for imports of bindable functionality:"
grep -r "bindable" --include="*.ts" --include="*.js" .

Length of output: 8202


🌐 Web query:

What is $bindable in Svelte syntax?

💡 Result:

In Svelte, $bindable is a rune introduced in Svelte 5 to explicitly declare component props that can participate in two-way data binding between parent and child components. Here's how it works:

Key Features of $bindable

  • Bidirectional Data Flow
    Enabled via $bindable(), allowing components to declare props that can update parent variables when modified in the child[2][7]. This reverses the default one-way data flow (parent → child).
<!-- Child component -->
<script>
let { value = $bindable() } = $props();
</script>
<input bind:value={value} />
  • Fallback Values
    Specify a default if the parent doesn't bind the prop[2]:
let { value = $bindable('default') } = $props();
  • Runtime Safety
    If a prop is declared with $bindable() and no fallback, Svelte enforces the parent must provide a value via bind: or as a normal prop. An unbound prop without a fallback throws an error[2][6].

Usage Example

Child Component (Child.svelte):

<script>
let { name = $bindable('Anonymous') } = $props();
</script>
<input bind:value={name} />

Parent Component:

<script>
import Child from './Child.svelte';
let username = $state('');
</script>
<Child bind:name={username} />
<p>Parent value: {username}</p>

Behavior Differences

  • With bind:
    Changes in child propagate to parent[4][6].
  • Without bind:
    Works as a normal one-way prop (parent → child only)[2].

Key vs Older Patterns

Previously, Svelte allowed implicit two-way binding using export let, but $bindable introduces explicit opt-in behavior. This clarifies component APIs and prevents accidental mutations of unbindable props[2][7].

Older Approach (Pre-Svelte 5):

<!-- Child component -->
<script>
export let value = '';
</script>

New Approach:

<!-- Explicitly bindable -->
<script>
let { value = $bindable() } = $props();
</script>

Citations:


Svelte 5 $bindable Usage is Standard

The $bindable(null) syntax is part of Svelte 5’s official API for explicitly declaring bindable (two-way) props. The usage in form-legend.svelte is consistent with how Svelte 5 handles two-way binding, as confirmed by its usage across the codebase and the latest Svelte documentation. While the reviewer thought it might be a custom preprocessor feature, it’s now a built-in feature in Svelte 5. If needed for future clarity, consider adding an inline comment referencing the Svelte documentation on $bindable, but no changes are required for correctness.

Likely an incorrect or invalid review comment.

svelte.config.js (1)

14-18: Good addition of the $stores alias

The alias configuration is a good practice in SvelteKit applications, making imports cleaner and more maintainable. This change will allow components to reference stores using $stores/... instead of relative paths, improving code readability and maintainability.

episko_gui_backend/src/main.rs (1)

5-7: Well-implemented transition to async

Good job converting the synchronous main function to async using Tokio. The implementation correctly:

  1. Uses the #[tokio::main] attribute
  2. Makes the function async
  3. Awaits the run() call
  4. Adds proper error handling with .expect()

This is a positive architectural change that will improve the application's ability to handle concurrent operations efficiently.

episko_lib/src/metadata/ide.rs (1)

14-14: Field visibility changed to enhance API accessibility

The visibility of the name field has been changed from pub(crate) to pub, making it accessible from outside the crate. This change aligns with the broader harmonization effort observed in the PR, where multiple metadata-related fields have been updated to improve their accessibility.

While this change enhances the API's flexibility, be aware that it increases the API surface area, which could impact future refactoring efforts since external code can now directly access and modify this field.

episko_lib/src/database/update_metadata.rs (2)

21-21: Typo fix: corrected field name

Fixed the typo in the field name from preffered_ide to preferred_ide, ensuring consistency with the rest of the codebase. This change improves code quality and reduces potential confusion.


57-57: Improved code readability

Added a blank line to separate the deletion operation from the subsequent category processing loop, enhancing code organization and readability.

episko_gui_backend/src/model.rs (1)

1-5: Clean module structure with well-organized exports

The introduction of dco and dto modules with their respective re-exports creates a clean separation of concerns between different types of data objects. This structure enhances organization while maintaining a user-friendly API through re-exports.

This approach aligns well with Rust best practices for module organization and API design, making the code more maintainable and the API more accessible to consumers.

src/lib/components/ui/sonner/sonner.svelte (1)

1-22: Excellent toast component wrapper with proper theming support.

The component properly wraps the third-party sonner library with theme support and consistent styling. The use of CSS classes with group selectors ensures consistent appearance across the application.

src/routes/project/+page.ts (1)

8-12: LGTM: Form initialization is correctly implemented.

The load function properly initializes and returns a form using superValidate with the MetadataFormSchema, following the same pattern used in other similar files in the project.

src/lib/components/ui/textarea/textarea.svelte (2)

1-12: Well-structured component with proper type definitions.

The component correctly imports necessary types and uses Svelte 5's runes syntax ($bindable, $props()) for handling reactivity and props. Type definitions are properly established for all properties.


14-22: Good implementation of a reusable textarea component.

The textarea implementation follows best practices by:

  1. Binding the reference and value properly
  2. Using utility class composition with the cn function
  3. Including appropriate accessibility and state styling
  4. Properly spreading additional props to allow for flexibility

This approach creates a highly reusable component that maintains consistent styling while allowing for customization.

src/lib/components/ui/pagination/pagination-content.svelte (2)

1-12: Well-structured component with proper type definitions.

The component follows best practices by importing necessary types from Svelte and bits-ui, and properly defining props with TypeScript. The use of WithElementRef type ensures proper typing for the ref binding.


14-16: Good implementation of pagination content container.

The unordered list implementation is clean and follows best practices by:

  1. Properly binding the reference
  2. Using utility class composition with the cn function
  3. Properly handling children with optional chaining for safety
  4. Spreading additional props for flexibility

The rendering approach with {@render children?.()} allows for flexible composition patterns.

src/lib/components/ui/pagination/pagination.svelte (2)

1-15: Well-structured pagination component with appropriate default values.

The component correctly integrates with the bits-ui Pagination primitive and defines sensible defaults for pagination properties:

  • Default count of 0
  • Default perPage of 10
  • Default page of 1
  • Default siblingCount of 1

The use of Svelte 5's runes syntax for bindings is appropriate for this interactive component.


17-25: Clean implementation of the pagination root component.

The component implementation is elegant and follows best practices:

  1. Two-way binding for both ref and page
  2. Appropriate class composition for styling
  3. Proper passing of all pagination-related props
  4. Spreading additional props for maximum flexibility

The component wraps the third-party primitive effectively while maintaining consistent styling with the rest of the UI.

src/lib/components/ui/form/form-fieldset.svelte (1)

1-22: Well-structured form fieldset component with proper TypeScript typing

This new component follows good practices:

  • Uses TypeScript generics appropriately to maintain type safety
  • Properly destructures props with default values
  • Uses the utility function cn for combining class names
  • Maintains a consistent pattern with other form components

The component serves as a thin wrapper around FormPrimitive.Fieldset while handling proper type definitions and class name combinations.

episko_lib/src/metadata/build_system.rs (1)

14-16:

✅ Verification successful

Visibility modifier change from pub(crate) to pub

The visibility of name and version fields has been changed from pub(crate) to pub, making them accessible from outside the crate. This appears to be a deliberate API change that aligns with the schema definitions elsewhere in the codebase.

Ensure that increasing the visibility of these fields doesn't break encapsulation principles or introduce unintended side effects in code that consumes these fields.


🏁 Script executed:

#!/bin/bash
# Search for places where the BuildSystem struct is used to verify the impact
rg "BuildSystem" --type rust -A 5 -B 5

Length of output: 20480


API Visibility Change Verified for BuildSystem

The change increasing the visibility of the name and version fields from pub(crate) to pub in episko_lib/src/metadata/build_system.rs has been confirmed across the codebase. We've checked multiple usages of BuildSystem (e.g., in CLI, builder, DAO, and GUI modules), and the fields are intended to be part of the public API—consistent with the schema definitions elsewhere in the project.

  • The public exposure aligns with the intentional design of the API.
  • No downstream issues or encapsulation concerns were identified in the review of usage patterns.

Proceed with this API change as it does not appear to introduce side effects.

src/lib/components/ui/pagination/pagination-link.svelte (1)

1-36: Well-implemented pagination link component with conditional styling

This component is well structured with:

  • Clear type definitions
  • Good use of the active state to toggle between button variants
  • A sensible fallback for when no children are provided
  • Proper binding of references and passing of properties

The dynamic application of the button variant based on isActive is a nice touch that improves UI consistency.

src/lib/components/ui/form/form-label.svelte (1)

15-21: Form label with conditional error styling

The component effectively wraps a base Label component with form-specific functionality:

  • Uses the data-[fs-error] attribute selector to apply destructive styling when there's an error
  • Properly handles children rendering with the snippet pattern

This approach maintains design consistency while integrating with the form validation system.

src/lib/utils.ts (1)

8-13: Well-designed utility function for event handling.

This higher-order function elegantly applies preventDefault() to events while preserving the event type through generics. This pattern promotes clean, reusable code when handling form submissions or link clicks throughout the application.

src/lib/schemas/pagedData.ts (1)

9-14: LGTM! Well-structured schema for paginated data.

The schema properly defines the structure for paginated metadata previews with appropriate types for each field.

episko_lib/src/metadata/language.rs (1)

14-14:

❓ Verification inconclusive

Verify the API visibility change implications.

Changing field visibility from pub(crate) to pub exposes these fields to external code, which is a breaking change to the API. Please ensure this change is intentional and that any consuming code is updated accordingly.

Also applies to: 16-16


🏁 Script executed:

#!/bin/bash
# Check if any external code is using the Language struct
# and might be affected by the visibility change

# Find imports/uses of the Language struct outside its own crate
rg "use.*Language" --type rust -g "!episko_lib/**" -A 2 -B 2
# Check for any field access that might now be directly using these fields
rg "language\.(name|version)" --type rust -g "!episko_lib/**" -A 2 -B 2

Length of output: 814


Action Required: Confirm API Visibility Change Implications

  • The change from pub(crate) to pub in episko_lib/src/metadata/language.rs now exposes the name field (and similarly at line 16) to external crates.
  • Our search revealed that external projects (e.g., in episko_gui_backend/src/model/dto.rs and in episko_cli/src/cli/prompts.rs) import the Language struct, indicating that external dependencies already exist.
  • While no direct field access (like language.name or language.version) was found in external code, exposing these fields makes them available for use, which could lead to unforeseen dependencies and potential breaking changes.
  • Please verify that this API change is intentional and ensure that any consuming code is updated if needed.
src/routes/project/state.svelte.ts (1)

3-15: LGTM! Clear state management structure.

The reactive state object is well-structured for managing pagination with appropriate initial values.

src/lib/components/ui/pagination/pagination-next-button.svelte (3)

1-13: Well-structured component with proper TypeScript support.

The component is correctly set up with TypeScript typing and properly imports dependencies from the UI library. The use of $bindable and $props() follows modern Svelte practices.


15-18: Good use of fallback UI pattern.

Providing a fallback UI for when no children are passed ensures the component is always usable and displays a consistent interface.


20-31: Well-implemented button styling with proper composition.

The component correctly implements the PaginationNextButton using the buttonVariants utility and class name composition with the cn utility function. The ghost variant is appropriate for pagination controls, and the gap styling ensures proper spacing.

episko_derive/src/lib.rs (1)

134-135:

❓ Verification inconclusive

Important behavior change in SQL statement.

Adding OR IGNORE to the INSERT statement changes how duplicate entries are handled. This will silently ignore attempts to insert records with duplicate primary keys instead of raising an error. Ensure this is the intended behavior and that callers are aware that some inserts might be silently ignored.

Run the following script to check for any explicit error handling that might now be bypassed:


🏁 Script executed:

#!/bin/bash
# Search for code that might expect an error when inserting duplicates
rg "write_to_db.*catch|write_to_db.*try" --type rust

Length of output: 54


Action Required: Verify Behavior for Duplicate Insert Handling

The change to use "INSERT OR IGNORE INTO {} ({}) VALUES ({})" (in episko_derive/src/lib.rs near lines 134–135) means that duplicate primary key insertions are now silently ignored rather than raising an error. A regex search for patterns like write_to_db.*catch or write_to_db.*try did not yield any evidence of explicit error handling that might have depended on the previous behavior.

  • Location: episko_derive/src/lib.rs, Lines 134–135.
  • Concern: Without catching errors on duplicate insertions via a try/catch or similar mechanism, any intended error-triggered logic may now be bypassed.

Please manually verify that none of the calling code relies on error handling for duplicate entries. If this silent failure is intended, ensure the behavior is clearly documented and that downstream logic is updated accordingly.

src/lib/components/ui/dialog/index.ts (1)

13-13: Good refactoring to use DialogPrimitive.Portal

The change to use DialogPrimitive.Portal from the bits-ui library instead of a local implementation standardizes the component sourcing and reduces maintenance overhead.

src/lib/components/ui/pagination/pagination-ellipsis.svelte (2)

1-12: Well-structured component with proper TypeScript typing

The component correctly implements TypeScript typing with appropriate imports from bits-ui and proper prop definitions.


14-22: Good accessibility implementation with screen reader support

The component properly implements accessibility features by:

  1. Using aria-hidden="true" on the visual ellipsis
  2. Including a screen reader-only text explaining the purpose ("More pages")
src/lib/components/project/preview.svelte (1)

1-12: Well-structured component with proper navigation implementation

The component is well organized with clear imports and a properly typed prop interface. The navigation function correctly uses the goto function to navigate to the project detail page.

src/lib/components/ui/pagination/pagination-prev-button.svelte (1)

1-31: Well-structured pagination component implementation

This is a clean implementation of a pagination previous button component. The code follows best practices by:

  • Using TypeScript for type safety
  • Providing a fallback UI when no children are supplied
  • Leveraging utility functions for styling
  • Following proper component composition patterns

The component effectively integrates with the bits-ui library and handles props appropriately.

episko_cli/src/main.rs (2)

25-25: Good switch to mutable config handling

Changing from ConfigHandler::new() to ConfigHandler::load()? with a mutable variable is appropriate for the refactoring. This enables loading an existing configuration rather than creating a new one each time.


29-39: Consistent mutation pattern applied across all commands

The change from immutable references (&config_handler) to mutable references (&mut config_handler) across all command functions aligns with proper Rust ownership patterns. This allows these functions to modify the configuration state (add/remove saved files and save the config) as seen in the relevant code snippets.

src/lib/components/ui/form/form-element-field.svelte (3)

1-5: Good use of TypeScript module script for type definitions

The module script provides clean type definitions that will be reused in the component script. This approach keeps the generic type definitions separated and reusable.


7-22: Well-typed form component with generics

The component uses TypeScript generics effectively to ensure type safety in form handling. The props interface combines HTML attributes with form-specific properties, providing good type checking for consumers of this component.


24-30: Clean implementation of form field composition

The component correctly composes the FormPrimitive.ElementField and provides access to important form state variables (constraints, errors, tainted, value). The space-y-2 utility class provides consistent spacing, and the component follows modern Svelte patterns with the snippet feature.

src/routes/+layout.svelte (2)

10-11: Good addition of application initialization

Adding the initialization promise is a good approach to ensure the application is properly set up before rendering content. This pattern allows for asynchronous operations to complete before the user interacts with the application.

Also applies to: 15-15


18-18: Toast notification system integrated

The Toaster component has been properly added to provide a notification system throughout the application.

src/lib/components/ui/form/form-field.svelte (1)

1-31: Well-structured form field component with good type safety.

This new component follows modern Svelte patterns using $props() and $bindable syntax, with proper TypeScript generics for type safety. The component effectively wraps FormPrimitive.Field and passes form state context (constraints, errors, tainted, value) to child components, creating a flexible and reusable form field implementation.

src/lib/components/ui/form/form-field-errors.svelte (1)

1-31: Clean error display component with flexible rendering options.

This implementation provides a well-structured approach to displaying form errors with customization options. The conditional rendering logic allows for either custom error presentation through childrenProp or default rendering with consistent styling. The component follows the same modern Svelte patterns as other UI components in the codebase.

src/lib/components/ui/tabs/tabs-list.svelte (1)

5-15: Good refactoring to use modern Svelte patterns.

The changes align with the harmonization efforts by adopting the new Svelte $props() and $bindable patterns, making the component more concise and consistent with other UI components in the codebase. The self-closing tag simplifies the component structure.

episko_gui_backend/Cargo.toml (1)

20-20: Added essential Rust dependencies for enhanced functionality.

The new dependencies added to Cargo.toml provide important functionality:

  • chrono with serde integration for date handling
  • tokio for async support
  • uuid for unique identifiers
  • tauri-plugin-dialog for dialog UI
  • thiserror for enhanced error handling

These additions align well with modern Rust application development best practices.

Also applies to: 25-28

src/lib/components/ui/pagination/index.ts (2)

1-7: Well-structured component imports for the pagination module.

The import structure clearly organizes all pagination-related components, making them easy to locate and understand.


9-25: Effective component export pattern with named aliases.

The export pattern provides both direct component names and prefixed alternatives (Pagination*), which is excellent for flexibility in component usage. This follows best practices for component libraries by:

  1. Allowing direct imports of specific components
  2. Providing namespaced alternatives to prevent naming collisions
  3. Maintaining a clean and organized API surface
src/routes/project/+page.svelte (3)

23-30: Effective debounced search implementation.

The reactive effect correctly implements debounce for the search query, which prevents excessive API calls during typing. The cleanup function properly cancels the timeout to prevent memory leaks.


32-36: Appropriate initialization in onMount.

The component checks for partially loaded data and fetches if needed, ensuring the UI is properly populated on initial load.


46-75: Well-implemented pagination component.

The Pagination implementation correctly uses the component library and provides all necessary functionality for page navigation. The component properly binds the current page and handles page changes.

src/routes/project/[id]/+page.svelte (2)

18-22: Well-structured navigation function for edit route.

The function correctly creates a closure that navigates to the edit page with the proper project ID.


29-62: Good use of conditional rendering for project details.

The conditional rendering for each section ensures that empty data doesn't create unnecessary UI elements. Each section is clearly separated with appropriate heading styles.

src/lib/components/ui/tabs/tabs-content.svelte (2)

5-9: Good refactoring of props handling using destructuring.

The change to use destructured props from $props() is a good improvement that makes the code more maintainable and aligned with modern Svelte practices.


12-19: LGTM! Good use of self-closing tag for the component.

The updated implementation with bind:ref and proper spreading of rest props with a self-closing tag is cleaner and more maintainable.

src/lib/components/ui/dialog/dialog-description.svelte (2)

5-9: Good refactoring of props handling using destructuring.

The change to use destructured props from $props() is a good improvement that makes the code more maintainable and aligned with modern Svelte practices.


12-16: LGTM! Good use of self-closing tag for the component.

The updated implementation with bind:ref and proper spreading of rest props with a self-closing tag is cleaner and more maintainable.

src/lib/components/ui/dialog/dialog-header.svelte (3)

3-3: Good addition of WithElementRef type import.

Adding the import for the WithElementRef type from bits-ui improves type safety.


6-11: Good refactoring of props handling using destructuring.

The change to use destructured props from $props() with explicit handling of the children prop is a good improvement.


14-20:

❓ Verification inconclusive

Verify backwards compatibility with existing usage.

The change from using a slot to rendering children with {@render children?.()} might impact existing usage of this component. Make sure that components currently using slots with this component still work as expected.


🏁 Script executed:

#!/bin/bash
# Search for usages of dialog-header with slot content
echo "Checking for usages of dialog-header with slot content..."
rg -l "<(DialogHeader|dialog-header)[^>]*>(?!\s*<\/)(.*?)<\/(DialogHeader|dialog-header)>" --type svelte

Length of output: 552


Backwards Compatibility Check for DialogHeader Component

Please verify that switching from a slot to using {@render children?.()} does not break existing usage. Our initial automated search encountered regex errors due to unsupported look-around; the above command (with the --pcre2 flag) should help identify any instances where <DialogHeader> (or <dialog-header>) is used with slot content. If the output of this script lists any files, please check those implementations to ensure they continue working as expected.

  • Make sure that no components are unintentionally relying on the previous slot behavior.
  • Confirm that usage of <DialogHeader> (or <dialog-header>) with inline content is either migrated appropriately or still functions correctly.

🏁 Script executed:

#!/bin/bash
# Check for usages of dialog-header with slot content using PCRE2 (enables look-around)
echo "Checking for usages of dialog-header with slot content using PCRE2..."
rg --pcre2 -l "<(DialogHeader|dialog-header)[^>]*>.*?</(DialogHeader|dialog-header)>" --type svelte

Length of output: 281


Backward Compatibility Verification for DialogHeader Component Change

The component now uses {@render children?.()} instead of the previous slot mechanism. Please manually verify that any usages of <DialogHeader> (or <dialog-header>) with inline slot content continue to work as expected.

  • Run the following command to scan *.svelte files for potential usages with inline content:

    rg --pcre2 -l "<(DialogHeader|dialog-header)[^>]*>.*?</(DialogHeader|dialog-header)>" -g "*.svelte"
  • If any usages are found, double-check those implementations to ensure the change in rendering does not break their functionality.

src/lib/components/ui/label/label.svelte (2)

5-9: Improved prop handling with destructuring

The refactored prop handling with destructuring is cleaner and aligns with modern Svelte patterns. This is a good improvement.


12-19: Cleaner component binding approach

The updated approach with bind:ref and spread operator for remaining props follows best practices for Svelte component development.

episko_cli/src/removal.rs (1)

19-31: Good refactor to use mutable config handler for better state management.

The function now properly updates the configuration state by using a mutable reference to the config handler. This aligns with similar changes in other parts of the application and ensures configuration is properly saved after file removal.

Consider adding a log or trace statement to indicate when a file has been removed from saved files and the configuration has been updated:

if config_handler.remove_saved_file(file.as_std_path()) {
+    println!("Removed {} from saved files and updated configuration", file);
    config_handler.save_config()?;
}
src/lib/components/ui/dialog/dialog-title.svelte (2)

5-9: Props handling refactored to use destructuring from $props()

The component now uses a more consistent approach by destructuring props directly from $props(). The new implementation adds a bindable ref and properly handles rest props for better reusability.


13-16: Ref binding and props spreading updated to match new structure

The component now correctly binds the ref and passes the remaining props via the spread operator, which is consistent with the updated props handling approach.

src/lib/components/ui/dialog/dialog-footer.svelte (4)

2-4: Updated imports to include WithElementRef type

The component now properly imports the WithElementRef type from bits-ui, which is needed for the updated props structure.


6-11: Props handling refactored with explicit children support

The component now uses destructuring from $props() with TypeScript types for better type safety. The addition of the children prop indicates a shift from Svelte's native slot system to a more explicit children rendering approach.


14-18: DOM element now correctly binds to ref

The div element now properly binds to the ref and spreads the rest props, ensuring all additional attributes are passed through.


19-19: Switched from slot to explicit children rendering

The component now uses {@render children?.()} instead of <slot />, which aligns with the new props structure and allows for more flexible content rendering patterns.

src/lib/components/ui/tabs/tabs-trigger.svelte (2)

5-9: Props handling standardized with other UI components

The component now follows the same pattern as other UI components by destructuring from $props(), adding a bindable ref, and handling rest props properly.


12-19: Updated component rendering with proper ref binding

The TabsPrimitive.Trigger now correctly binds to the ref and passes all remaining props through the rest props spread, maintaining a consistent pattern with other UI components.

src/routes/project/import/+page.svelte (5)

1-10: Good imports and component structure

The component correctly imports all necessary dependencies for dialog, navigation, and notifications.


13-18: Well-implemented file picker function

The pickFile function properly wraps the Tauri dialog API with appropriate options for both file and directory selection.


20-31: File loading implementation with proper error handling

The loadFile function correctly handles the file selection flow, including error cases when no path is selected.


33-45: Directory loading with toast notification

The loadDirectory function properly handles directory selection and shows a toast notification with the number of loaded manifests.


48-79: Well-structured tab interface with loading states

The tab interface is well-organized, with proper conditional rendering for loading states, success states, and error handling.

flake.nix (1)

60-62: LGTM! Good addition of GTK environment configuration

The shellHook that sets XDG_DATA_DIRS for gtk3 ensures that the GTK application can find necessary schema files, which is important for proper UI functionality.

episko_gui_backend/src/model/dco.rs (1)

79-173: LGTM! Well-structured tests

The test suite is comprehensive and validates both creation and update functionality, including all relevant fields. This is good practice for ensuring code correctness.

episko_cli/src/creation.rs (4)

36-36: LGTM! Improved signature for ConfigHandler

Changing the parameter type to mutable reference (&mut ConfigHandler) makes the function's intent to modify the configuration state explicit, which is a good practice.


47-48: LGTM! Streamlined configuration access

Direct access to configuration via config_handler.config() simplifies the code by eliminating an intermediate variable. The change to save_metadata method also reflects a more consistent approach to configuration handling.


83-83: LGTM! Fixed typo in method name

Fixed the typo from preffered_ide to preferred_ide, which improves consistency in the codebase.


111-111: LGTM! Fixed typo in method name

Fixed the typo from preffered_ide to preferred_ide, which improves consistency in the codebase.

episko_lib/src/config.rs (2)

29-29: LGTM! Added Clone trait to Config

Adding the Clone trait to the Config struct enables creating copies of configurations when needed, which is a useful capability for configuration management.


67-67: LGTM! Fixed documentation formatting

Fixed the formatting issue in the error documentation, improving the code's readability.

src/lib/commands.ts (7)

1-4: Proper imports and type declarations

The file correctly imports and uses TypeScript types from different modules, ensuring type safety throughout the codebase.


6-9: Clean asynchronous interface for cache initialization

The init_cache function provides a simple Promise-based interface to the Tauri backend function, following the pattern of async/await for better readability.


11-17: Well-handled query parameter normalization

The function properly normalizes empty string queries to null before sending to the backend, and uses proper Promise chaining with the schema parser to ensure type safety of the returned data.


19-21: Straightforward implementation for fetching single item

The get_with_id function follows the established pattern for backend communication and data parsing.


23-25: Good data transformation for metadata creation

The function properly uses parseMetadataDco to transform the form data before sending it to the backend, ensuring data consistency.


27-31: Consistent pattern for metadata updates

The implementation for updating metadata follows the same pattern as other functions, maintaining consistency across the API.


33-39: Simple file and directory loading functions

The functions for loading metadata from files and directories follow the established pattern and provide appropriate return types.

episko_lib/src/database/insert_metadata.rs (5)

7-8: Good improvement with INSERT OR REPLACE

Changing to INSERT OR REPLACE handles duplicate entries gracefully, preventing errors when trying to insert metadata with the same ID multiple times.


24-25: Improved parameter handling for optional relations

The signature change makes the code more intuitive by using Option<&T> instead of &Option<T>, which aligns better with Rust's idioms for handling optional references.


42-46: Consistent parameter signature update

The function signature has been updated to match the usage pattern above, maintaining consistency throughout the codebase.


79-82: Fixed variable naming

The variable name has been corrected from preffered_ide to preferred_ide, improving code consistency and readability.


104-124: Good test coverage addition

Adding test coverage for the insert_metadata function ensures the functionality can be properly validated. This is a valuable addition to the codebase.

However, the test could be improved by verifying that the data was actually inserted correctly:

#[sqlx::test]
async fn insert_metadata(conn: SqlitePool) {
    let db = DatabaseHandler::with_conn(conn);

    let metadata = Metadata::builder()
        .directory(".")
        .title("Test")
        .build()
        .unwrap();

    metadata.write_to_db(&db).await.unwrap();
+    
+    // Verify the metadata was inserted correctly
+    let result = sqlx::query("SELECT title FROM metadata WHERE id = ?")
+        .bind(metadata.id)
+        .fetch_one(&db.conn())
+        .await
+        .unwrap();
+    
+    let title: String = result.get(0);
+    assert_eq!(title, "Test");
}
src/lib/components/ui/dialog/dialog-content.svelte (7)

2-4: Updated imports with more specific paths

The imports have been updated to use more specific paths and types, improving code organization and maintainability.


8-17: Modern props pattern with destructuring

The component now uses the modern Svelte props pattern with destructuring and $props() and $bindable, which is more maintainable and aligns with current best practices.


20-20: Simplified portal props passing

Using the spread operator to pass portal props simplifies the code and makes it more flexible for configuration.


22-24: Improved ref binding and props spreading

Using bind:ref and spreading restProps provides a cleaner interface for the component and better maintains reactivity.

Also applies to: 28-28


25-25: Comprehensive animation classes

The animation classes provide a rich set of transitions for the dialog, enhancing the user experience.


30-30: More flexible content rendering

Using {@render children?.()} instead of slots provides more flexibility in how content is rendered.


31-35: Updated styling for close button

The close button styling has been updated with modern class naming conventions (using size-4 instead of h-4 w-4), improving consistency with current design systems.

episko_lib/src/database/dao.rs (3)

16-31: Structured fields for MetadataDao.

All fields appear well-defined for MetadataDao, ensuring seamless integration with your database layer.


70-105: Similar conversion in MetadataPreviewDao.

Keeps the approach consistent and promotes code clarity.


119-210: Extensive test coverage.

Your tests handle valid, invalid date, and invalid JSON scenarios comprehensively. Great work!

src/lib/components/ui/form/index.ts (2)

1-9: Well-organized imports.

All svelte components and FormPrimitive imports are neatly structured with no obvious issues.


11-11: Control re-export.

Confirm if Control is used throughout your application to avoid unused references.

src/routes/project/[id]/edit/+page.svelte (5)

2-2: Project form import path updated.

The updated path aligns with the new file structure.


14-14: Imported PageProps type.

Ensures better type safety for page data.


32-32: Proper component usage.

Passing metadata and data.form to ProjectForm looks aligned with your new structure.


36-36: DialogTrigger usage is adequate.

No apparent issues with toggling the dialog.


46-46: DialogClose usage.

Successfully encapsulates cancel logic without issues.

episko_lib/src/database/database_handler.rs (4)

2-2: Use of std::time::Duration.

Adding Duration is appropriate for configuring timeout values in the connection pool. This import aligns well with the subsequent .acquire_timeout setting and is a best practice for controlling resource availability.


56-60: Test-only constructor with_conn.

Providing a separate constructor for tests is a clean approach, allowing injections of predetermined SqlitePool objects. Always verify that production code does not rely on [cfg(test)] methods.


63-63: Use of #[must_use] for conn().

Marking this function #[must_use] helps ensure that callers handle the database connection properly. This is beneficial to avert accidental ignoring of the returned SqlitePool.


46-47:

❓ Verification inconclusive

Revisiting connection pool configuration.

Raising max_connections to 12 and setting a 5-second acquire_timeout may improve concurrency but also increases resource usage. Confirm that 12 connections is an optimal balance for your workload and environment constraints.


🏁 Script executed:

#!/bin/bash
# This script checks for concurrency usage across the codebase 
# to confirm that 12 connections are potentially utilized.

# Searching for usage of DatabaseHandler and examining concurrency patterns:
rg -A 5 'DatabaseHandler'

Length of output: 18066


Action Required: Reassess Connection Pool Balance

The configuration using .max_connections(12) and a 5‑second acquire timeout appears consistent with how the DatabaseHandler is used across multiple modules. However, note that alternative (now commented) configurations—in parts of the code such as in episko_lib/src/bin/main.rs—suggest previous tests or considerations with lower connection values. Given that production workloads and actual concurrency patterns aren’t fully evident from static analysis alone, please verify with performance and resource utilization tests that this setting indeed provides an optimal balance for your specific environment and workload.

src/lib/components/ui/dialog/dialog-overlay.svelte (2)

5-9: Leverage destructured props for overlay.

Destructuring ref, className, and the remaining properties (...restProps) nicely generalizes the overlay component. Confirm that any removed or replaced props (like transitions) are no longer required in downstream code.


13-18: Enhanced overlay styling.

Transitioning to a data-[state=open] or data-[state=closed] animation pattern offers more flexible state-based transitions. This approach is consistent with Svelte’s recommended best practices for custom animations and is a neat solution.

src/lib/components/app-sidebar.svelte (6)

3-3: Icon switch from BarChart3 to ChartArea.

Swapping icons is purely aesthetic or preference-based. Ensure that ChartArea conveys the intended meaning (e.g., for stats/analytics) and that references to the old icon are removed if no longer needed.


26-26: Updated route for 'All Projects'.

Changing the URL to '/project' standardizes the route pattern. Ensure you’ve updated references or links across the application to avoid 404 errors.


31-31: Route refactor for 'Create project'.

Using '/project/new' is consistent with REST semantics. No issues spotted.


34-38: Added 'Import project' navigation item.

Including an import route at '/project/import' is straightforward. Consider ensuring that import logic and workflows are thoroughly tested or guarded against invalid input.


41-42: Revised 'Statistics' route and icon.

Switches to '/statistics' and ChartArea icon appear consistent. Confirm that the route component has no references to the older 'statistics' path.


48-48: Standardized 'Settings' route.

Changing 'settings' to '/settings' matches the new routing schema. Looks good.

episko_gui_backend/src/lib.rs (9)

2-3: Allowing clippy::used_underscore_binding and new imports.

Permitting _-prefixed variables is acceptable if you rely on them for partial usage. The import of ConfigHandler and DatabaseHandler is consistent with the new approach for loading config and DB handlers.


4-4: use state::AppState;.

Centralizing application state within AppState is a neat design. Ensure concurrency aspects are well-managed, especially if multiple handlers access the same AppState data.


9-12: Expanded command imports.

Adding commands (create_metadata, load_from_directory, etc.) broadens functionality. Verify each command’s usage is tested or validated in the UI or CLI.


14-15: New public modules model and state.

Exposing these as public modules clarifies your library structure. Please ensure any re-exports or submodules also have well-documented APIs.


26-31: Making run async with better error handling.

Changing run to async is aligned with Tauri’s concurrency model. Great move to return Result<(), Box<dyn std::error::Error>>, ensuring robust error propagation from config and DB operations.


34-38: Plugin initialization and Tauri setup.

Adding tauri_plugin_dialog and managing AppState in .setup(...) is appropriate. Confirm user prompts or dialogues handle error states gracefully.


40-48: Comprehensive command invoke_handler.

Registering the expanded set of commands matches your broader refactoring. Ensure your front-end or command invocations handle the new set of possible errors or exceptions.


52-52: Clean final exit.

Returning Ok(()) after .run(...) ensures the Tauri application can close gracefully without ignoring errors.


55-74: New Error enum for comprehensive error typing.

Using thiserror is a good approach, providing structured error variants. The new Error variants map well to library concerns.

episko_cli/src/validation.rs (2)

7-7: Imports look consistent.
No concerns with the newly included imports. The additions align with the rest of the code changes, referencing ConfigHandler for mutation.


22-22: Great addition of manifest caching.
Calling cache_manifest after validation is logical for ensuring the manifest is immediately cached upon successful validation.

src/lib/types.ts (2)

1-12: Imports are clear and aligned with the new schema-based approach.
Switching to zod for type inference is a good modernization step. Including .ts in one import path may be stylistic; ensure consistency across the codebase.


14-30: Schema-driven types look clean and maintainable.
Using z.infer<typeof XSchema> for robust runtime validation significantly improves type safety and reduces duplication. The naming scheme is consistent and easy to follow.

episko_lib/src/database/retrieve_metadata.rs (7)

1-7: Reorganized imports align with the new DAO pattern.
No issues found; the grouping of imports from dao and metadata is coherent.


11-21: Handle missing records gracefully in from_db.
Using fetch_one will throw an error if no row matches the ID. This is typically fine; just confirm you want an error in this scenario instead of an empty result. Otherwise, the approach is correct.


23-42: Pagination logic for all_from_db is correct.
Binding page_size and offset is sound. The grouping of database rows into DAOs and converting them with convert_daos also looks consistent.


92-117: Pagination struct is well-defined.
Adding more domain checks (e.g., max page sizes) might catch invalid user inputs early, but that’s optional based on project needs.


119-176: build_query is flexible and safe from SQL injection.
Using binding for parameters is secure, and conditionally adding the WHERE clause ensures a dynamic yet typed approach. The grouped JSON arrays are also a convenient way to handle relationships.


178-185: DAO conversion function is straightforward.
Wrapping the try_into() calls in a map is neat; no issues found.


187-313: Test coverage is comprehensive.
The various integration tests thoroughly verify pagination, searching, single retrieval, and invalid IDs. This is excellent test depth.

episko_lib/src/database.rs (4)

38-42: Ensure dao module usage is visible and verified.
Introducing mod dao; and tapping into Uuid usage lays the groundwork for the new ConversionError integration. Double-check that all references to dao::ConversionError are properly resolved and that the module is included in the final build to avoid missing symbol issues.


69-78: Robust error handling additions.
Adding NotFound(Uuid), Async(String), and Conversion(#[from] dao::ConversionError) error variants is a good practice to handle missing manifests, async failures, and conversion problems distinctly. Ensure you are surfacing these meaningful error messages to end users or logs and that no calling code still expects older error variants.


145-153: Testing unique IDs.
test_generated_metadata checks for unique Uuid fields, ensuring no collisions. This is appropriate. If you need further validation (e.g., ensuring different sets remain unique across runs), consider storing or mocking data to confirm ID generation is consistent over time.


156-167: Asynchronous test usage looks sound.
The #[sqlx::test] approach and the call to fill_db confirm your database integration test setup is correct. No concerns here.

episko_lib/src/metadata.rs (2)

83-98: Exposing fields publicly.
Making fields like id, directory, title, etc. publicly accessible can simplify usage but may reduce encapsulation. If user code modifies these fields in unexpected ways, it could bypass validations. Consider whether getters/setters might provide more controlled access if data consistency becomes an issue.

Would you like to confirm that external usage of these public fields is strictly supervised or to add minimal accessor logic?


137-141: Centralize property ID updates.
update_ids resets IDs on categories, languages, build systems, and the preferred_ide. If you add new advanced properties in the future, ensure you update this function or unify how all property collections are handled, so no properties are accidentally overlooked.

episko_lib/src/metadata/metadata_handler.rs (3)

2-2: Confirm path usage.
Importing Path and PathBuf here is correct, but ensure you’re fully utilizing them across the code to handle file/directory manipulations in a type-safe way instead of using raw String paths.


13-13: Empty struct design.
MetadataHandler is now empty, indicating a stateless design. This may be intentional, but confirm that you don’t accidentally lose caching or shared references that were previously helpful.

Do you plan to keep MetadataHandler stateless long-term, or eventually reintroduce caching logic?


65-77: Directory search with glob.
search_directory is straightforward, but be mindful of potential performance issues if scanning large directories. If performance is critical, consider a more focused approach or caching.

src/lib/schemas/metadata.ts (9)

1-7: Zod import strategy looks good.
Importing all necessary schemas is consistent. Verify you only import from $lib/types after its definitions are correct, to avoid circular references in TypeScript.


24-32: Preview schema synergy.
MetadataPreviewDtoSchema is a trimmed version of the main schema, aligning with the concept of smaller data payloads for certain views. This is a nice separation.


34-46: Transform for coherent property names.
Converting from build_systems to buildSystems ensures a uniform TypeScript interface. Ensure any references in the codebase are adjusted to match these new keys to avoid property mismatches.

Have you updated all existing references to use buildSystems, preferredIde, etc.?


48-56: Preview transform.
Similarly, the MetadataPreviewSchema transform is consistent. If you plan on adding or removing fields from the preview, ensure the main schema and preview remain in sync where applicable.


69-78: DCO schema transformation.
MetadataDcoSchema remaps buildSystems and preferredIde to snake_case for the backend. This highlights potential confusion if you adopt multiple name transformations. Keep thorough documentation or naming guidelines to reduce confusion.


80-82: parseMetadata function.
MetadataSchema.parse(data) is straightforward. Ensure you handle exceptions gracefully if called outside the context of a try/catch block or if the data is untrusted.

Would you like to add explicit error handling at the call sites?


84-86: parseMetadataPreview function.
Same as above, parsing is fine. Be mindful to handle thrown Zod errors if used in routes or user-facing code.


101-103: parseMetadataDco function.
Performs a final transform for your DCO logic. Good usage. Double-check that any added fields to MetadataFormSchema are accounted for here.


113-119: parseMetadataPreviewArray utility.
Works similarly to parseMetadataArray. Keep function usage in mind if you introduce advanced filtering or partial loading.

episko_lib/src/config/config_handler.rs (8)

1-2: No issues with the new imports.


12-13: Encapsulation improved by making config_path private and introducing config.
Well done on ensuring the fields remain internally controlled.


36-40: config(&self): Read-only accessor is straightforward.


41-45: files(&self): No issues.
You may later want to add concurrency-safe patterns if these sets are modified concurrently.


46-50: dirs(&self): No issues.
Same concurrency note as above.


65-67: add_saved_file: Straightforward insertion into files_to_load.


78-84: add_saved_directory: Straightforward insertion into directories_to_load.


86-93: remove_saved_directory: Similar logic to file removal.
No issues found.

episko_gui_backend/src/commands.rs (8)

1-4: New imports for serialization, file path, async mutex, and UUID.
All look appropriate for the added functionality.


16-22: PagedData<T>: Good approach to structuring paginated responses.


24-42: init_cache command:

  • Loads files and directories from config, then writes each manifest to DB.
  • Check for large directories blocking the lock if scanning many manifests.

Would you like a script to measure the performance impact of scanning large directories?


68-75: get_with_id command:

  • Consistent usage of Uuid and DB retrieval, returning MetadataDto.
  • Looks correct and minimal.

78-93: update_metadata command:

  • Uses an immutable lock scope for the entire operation; check for potential concurrency bottlenecks if multiple updates come in simultaneously.
  • The overall approach to updating both DB and file looks good.

95-112: create_metadata command:

  • Properly creates a new entry, then persists it to DB and config.
  • Verify that multiple calls won't insert duplicates in the config if called repeatedly with the same path.

114-128: load_from_file command:

  • Basic validation checks for existence and file type.
  • Good error messaging on bad input.

161-177: load_file helper:

  • Streamlines file read, DB write, and optional config update.
  • The approach is consistent with the rest of the code.
package.json (1)

22-22: Dependency updates and new additions:

  • Confirm each new and updated package version is compatible; especially for major libraries like SvelteKit and TypeScript.
  • Consider generating an SBOM or scanning for vulnerabilities before merging.

Would you like a script to check for known CVEs among the updated dependencies?

Also applies to: 27-27, 31-35, 37-38, 40-45, 49-52, 55-58

@@ -6,3 +6,4 @@ use flake

export DATABASE_URL=sqlite://episko.db
export RUSTUP_TOOLCHAIN=stable
export PATH="$PATH:/home/simon/2_Uni/se/episko/target/debug"
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🛠️ Refactor suggestion

Replace hardcoded path with a relative path

The current path contains a hardcoded username and directory structure that is specific to your local environment. This will cause issues for other developers who clone the repository.

Consider replacing it with a relative path:

-export PATH="$PATH:/home/simon/2_Uni/se/episko/target/debug"
+export PATH="$PATH:$PWD/target/debug"

This ensures the script works across different development environments.

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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.

Suggested change
export PATH="$PATH:/home/simon/2_Uni/se/episko/target/debug"
export PATH="$PATH:$PWD/target/debug"

Comment on lines +1 to +2
rm -f ~/.cache/episko/cache.db*
rm -f ~/.config/episko/config.toml
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⚠️ Potential issue

Add shebang line and improve script robustness

The script is missing a shebang line to specify the shell interpreter, as flagged by shellcheck.

Consider enhancing the script with the following improvements:

+#!/bin/bash
+# Script to clear Episko cached data and configuration
+
+echo "Clearing Episko cached data and configuration..."
 rm -f ~/.cache/episko/cache.db*
 rm -f ~/.config/episko/config.toml
+
+echo "Done!"

Additionally, you might want to:

  1. Make the script executable with chmod +x utils/clear_data.sh
  2. Add error handling to check if files exist before attempting to remove them
📝 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.

Suggested change
rm -f ~/.cache/episko/cache.db*
rm -f ~/.config/episko/config.toml
#!/bin/bash
# Script to clear Episko cached data and configuration
echo "Clearing Episko cached data and configuration..."
rm -f ~/.cache/episko/cache.db*
rm -f ~/.config/episko/config.toml
echo "Done!"
🧰 Tools
🪛 Shellcheck (0.10.0)

[error] 1-1: Tips depend on target shell and yours is unknown. Add a shebang or a 'shell' directive.

(SC2148)

@@ -26,7 +26,7 @@ CREATE TABLE IF NOT EXISTS ide (
);

CREATE TABLE IF NOT EXISTS metadata (
id BLOB PRIMARY KEY NOT NULL,
id TEXT PRIMARY KEY NOT NULL,
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⚠️ Potential issue

Inconsistent data types between primary key and foreign keys

The id column in the metadata table has been changed from BLOB to TEXT, but the foreign key references in related tables still use BLOB for metadata_id (lines 43, 51, 59). This mismatch could cause type compatibility issues.

For consistency, the data types should match between the primary key and foreign keys. Consider updating the foreign key columns to use TEXT as well:

CREATE TABLE IF NOT EXISTS rel_metadata_category (
-  metadata_id BLOB NOT NULL,
+  metadata_id TEXT NOT NULL,
  category_id BLOB NOT NULL,
  PRIMARY KEY (metadata_id, category_id),
  FOREIGN KEY (metadata_id) REFERENCES metadata (id) ON DELETE CASCADE,
  FOREIGN KEY (category_id) REFERENCES category (id) ON DELETE CASCADE
);

CREATE TABLE IF NOT EXISTS rel_metadata_language (
-  metadata_id BLOB NOT NULL,
+  metadata_id TEXT NOT NULL,
  language_id BLOB NOT NULL,
  PRIMARY KEY (metadata_id, language_id),
  FOREIGN KEY (metadata_id) REFERENCES metadata (id) ON DELETE CASCADE,
  FOREIGN KEY (language_id) REFERENCES language (id) ON DELETE CASCADE
);

CREATE TABLE IF NOT EXISTS rel_metadata_build_system (
-  metadata_id BLOB NOT NULL,
+  metadata_id TEXT NOT NULL,
  build_system_id BLOB NOT NULL,
  PRIMARY KEY (metadata_id, build_system_id),
  FOREIGN KEY (metadata_id) REFERENCES metadata (id) ON DELETE CASCADE,
  FOREIGN KEY (build_system_id) REFERENCES build_system (id) ON DELETE CASCADE
);
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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.

Suggested change
id TEXT PRIMARY KEY NOT NULL,
CREATE TABLE IF NOT EXISTS rel_metadata_category (
- metadata_id BLOB NOT NULL,
+ metadata_id TEXT NOT NULL,
category_id BLOB NOT NULL,
PRIMARY KEY (metadata_id, category_id),
FOREIGN KEY (metadata_id) REFERENCES metadata (id) ON DELETE CASCADE,
FOREIGN KEY (category_id) REFERENCES category (id) ON DELETE CASCADE
);
CREATE TABLE IF NOT EXISTS rel_metadata_language (
- metadata_id BLOB NOT NULL,
+ metadata_id TEXT NOT NULL,
language_id BLOB NOT NULL,
PRIMARY KEY (metadata_id, language_id),
FOREIGN KEY (metadata_id) REFERENCES metadata (id) ON DELETE CASCADE,
FOREIGN KEY (language_id) REFERENCES language (id) ON DELETE CASCADE
);
CREATE TABLE IF NOT EXISTS rel_metadata_build_system (
- metadata_id BLOB NOT NULL,
+ metadata_id TEXT NOT NULL,
build_system_id BLOB NOT NULL,
PRIMARY KEY (metadata_id, build_system_id),
FOREIGN KEY (metadata_id) REFERENCES metadata (id) ON DELETE CASCADE,
FOREIGN KEY (build_system_id) REFERENCES build_system (id) ON DELETE CASCADE
);


go 1.23.6

require github.com/brianvoe/gofakeit/v7 v7.2.1 // indirect
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💡 Verification agent

🧩 Analysis chain

Indirect dependency marking

The gofakeit package is marked as indirect (// indirect), which means it's not directly imported in your code but is a dependency of another package you're using. However, if you're actually using this package directly in your code, this comment should be removed.

Let's check if this package is directly used in your code:


🏁 Script executed:

#!/bin/bash
# Check if gofakeit is used directly in the data-generator code
grep -r "github.com/brianvoe/gofakeit" utils/data-generator/

Length of output: 448


Action: Update the dependency declaration in utils/data-generator/go.mod
The grep results confirm that github.com/brianvoe/gofakeit/v7 is being directly imported in utils/data-generator/main.go. Therefore, marking it as an indirect dependency is incorrect. Please remove the // indirect comment in the go.mod file.

  • Change required:
    Replace the line
    require github.com/brianvoe/gofakeit/v7 v7.2.1 // indirect
    with
    require github.com/brianvoe/gofakeit/v7 v7.2.1

@@ -0,0 +1,5 @@
module github.com/SoftwareEngineeringOne/episko/utils/data-generator

go 1.23.6
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💡 Verification agent

🧩 Analysis chain

Go version incompatibility

The Go version specified (1.23.6) doesn't exist as of my knowledge cutoff. The latest Go version is likely around 1.22.x. Using a non-existent version may cause issues with tooling and CI/CD pipelines.

- go 1.23.6
+ go 1.22.0

🌐 Web query:

What is the latest stable version of Go as of March 2025?

💡 Result:

The latest stable version of Go as of March 2025 is Go 1.24.1, released on March 4, 2025[1][10][14]. This minor update to Go 1.24 includes security fixes to the net/http package and bug fixes across the toolchain, runtime, and core libraries[10].

Key details about the release schedule:

  • Major versions are supported until two subsequent releases appear (e.g., Go 1.22 support ended when Go 1.24 was released)[1]
  • The current stable release cycle maintains backward compatibility under Go 1's compatibility promise[4]
  • Version 1.24 introduced full support for generic type aliases and FIPS 140-3 cryptographic compliance mechanisms[13][14]

For developers, JetBrains' GoLand 2025.1 now includes enhanced support for Go 1.24 features[7], and Google's App Engine standard environment began supporting Go 1.24 deployments in March 2025[6].

Citations:


Critical Update: Change Go Version to 1.24.1

The current specification (go 1.23.6) is outdated and does not match the latest stable Go release as of March 2025. Please update the file to use Go 1.24.1 to ensure full compatibility with modern tooling and CI/CD pipelines.

  • File: utils/data-generator/go.mod (Line 3)
  • Change:
    - go 1.23.6
    + go 1.24.1
📝 Committable suggestion

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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.

Suggested change
go 1.23.6
go 1.24.1

Comment on lines +23 to +41
bun
nushell
sqlx-cli
cargo-llvm-cov
cargo-update
cargo-tauri
cargo-update
cargo-watch
gobject-introspection
gtk3
gtk4
nodejs
bun
xsel
nushell
pkg-config
sql-formatter
sqlx-cli
uv
xsel
wrapGAppsHook
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🛠️ Refactor suggestion

Remove duplicated packages in nativeBuildInputs list

There are several packages that appear more than once in the list:

  • cargo-update appears on lines 27 and 29
  • nushell appears on lines 24 and 35
  • sqlx-cli appears on lines 25 and 38

These duplications are unnecessary and should be removed to keep the configuration clean.

nativeBuildInputs = with pkgs; [
  bun
  nushell
  sqlx-cli
  cargo-llvm-cov
  cargo-update
  cargo-tauri
- cargo-update
  cargo-watch
  gobject-introspection
  gtk3
  gtk4
  nodejs
- nushell
  pkg-config
  sql-formatter
- sqlx-cli
  uv
  xsel
  wrapGAppsHook
];
📝 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.

Suggested change
bun
nushell
sqlx-cli
cargo-llvm-cov
cargo-update
cargo-tauri
cargo-update
cargo-watch
gobject-introspection
gtk3
gtk4
nodejs
bun
xsel
nushell
pkg-config
sql-formatter
sqlx-cli
uv
xsel
wrapGAppsHook
nativeBuildInputs = with pkgs; [
bun
nushell
sqlx-cli
cargo-llvm-cov
cargo-update
cargo-tauri
cargo-watch
gobject-introspection
gtk3
gtk4
nodejs
pkg-config
sql-formatter
uv
xsel
wrapGAppsHook
];


function handleEdit(submittedData: ProjectData): void {
function handleEdit(submittedData: Metadata): void {
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🛠️ Refactor suggestion

handleEdit function placeholder.

Implement the update logic or a partial stub to complete the flow. The present TODO indicates an unhandled workflow.

Comment on lines +25 to 33
/// # Errors
/// !TODO!
pub fn load_from_config(&self, config: &Config) -> Result<Vec<Metadata>> {
Ok(config
.files_to_load
.iter()
.filter_map(|el| Metadata::from_file(&el).ok())
.for_each(|metadata| {
self.loaded_metadata.insert(metadata.id(), metadata);
});
Ok(())
.filter_map(|el| Metadata::from_file(el).ok())
.collect())
}
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🛠️ Refactor suggestion

Loss of errors with .ok() in filter_map.
Using .ok() discards any errors from Metadata::from_file. If partial successes are acceptable, consider at least logging the failures, or collecting them in a dedicated structure. This ensures you don’t silently miss possible file issues.

 .iter()
-.filter_map(|el| Metadata::from_file(el).ok())
+.filter_map(|el| match Metadata::from_file(el) {
+    Ok(meta) => Some(meta),
+    Err(e) => {
+        eprintln!("Skipping file {:?} due to error: {}", el, e);
+        None
+    }
+})
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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.

Suggested change
/// # Errors
/// !TODO!
pub fn load_from_config(&self, config: &Config) -> Result<Vec<Metadata>> {
Ok(config
.files_to_load
.iter()
.filter_map(|el| Metadata::from_file(&el).ok())
.for_each(|metadata| {
self.loaded_metadata.insert(metadata.id(), metadata);
});
Ok(())
.filter_map(|el| Metadata::from_file(el).ok())
.collect())
}
/// # Errors
/// !TODO!
pub fn load_from_config(&self, config: &Config) -> Result<Vec<Metadata>> {
Ok(config
.files_to_load
.iter()
.filter_map(|el| match Metadata::from_file(el) {
Ok(meta) => Some(meta),
Err(e) => {
eprintln!("Skipping file {:?} due to error: {}", el, e);
None
}
})
.collect())
}

Comment on lines +130 to +159
#[tauri::command]
pub async fn load_from_directory(
path: &Path,
state: tauri::State<'_, Mutex<AppState>>,
) -> Result<usize, Error> {
if !path.exists() {
return Err(Error::BadRequest("given path does not exist".to_string()));
}
if !path.is_dir() {
return Err(Error::BadRequest(
"given path is not a directory".to_string(),
));
}

let mut state = state.lock().await;

let files = MetadataHandler::search_directory(path)?;

let mut projects: Vec<Metadata> = Vec::with_capacity(files.len());
for file in files {
projects.push(load_file(&file, &mut state, false).await?);
}

let ch = &mut state.config_handler;

ch.add_saved_directory(path);
ch.save_config()?;

Ok(projects.len())
}
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🛠️ Refactor suggestion

load_from_directory command:

  • Recursively processes manifests.
  • After scanning, directory is added to config.
  • Consider partial success/failure if some manifests fail but others succeed.

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Actionable comments posted: 31

🔭 Outside diff range comments (1)
src/routes/project/[id]/edit/+page.svelte (1)

26-29: ⚠️ Potential issue

Implement the missing deletion logic.

The function includes a TODO comment for implementing deletion logic. This needs to be addressed to make the delete functionality work.

function handleDelete(): void {
	console.log('Deleting project');
-	//TODO: Deletion logic
+	// Implement API call to delete project
+	const deletePromise = fetch(`/api/projects/${data.project.id}`, {
+		method: 'DELETE'
+	})
+	.then(response => {
+		if (!response.ok) {
+			throw new Error('Failed to delete project');
+		}
+		return response.json();
+	})
+	.then(() => {
+		// Navigate to projects list page
+		window.location.href = '/projects';
+	})
+	.catch(error => {
+		console.error('Error deleting project:', error);
+		// Show error message to the user
+	});
}

Would you like me to help you implement a fully working delete function that integrates with your backend API?

🧹 Nitpick comments (76)
src/lib/components/ui/tabs/tabs-content.svelte (1)

5-19: Consider documenting this refactoring pattern

All three tab components (list, trigger, content) follow the same refactoring pattern. This appears to be part of a larger harmonization effort as mentioned in the PR title. Consider documenting this pattern in a README or style guide for future component development.

flake.nix (1)

23-42: Reorganized development dependencies

The changes to the nativeBuildInputs list introduce GTK-related packages and reorganize existing ones. Notably:

  • Added bun for JavaScript/TypeScript tooling
  • Added gtk3 and gtk4 for UI development
  • Reordered several packages
  • There are duplicate entries for cargo-update, nushell, and sqlx-cli

Remove duplicate entries in the nativeBuildInputs list:

nativeBuildInputs = with pkgs; [
  bun
  nushell
  sqlx-cli
  cargo-llvm-cov
  cargo-update
  cargo-tauri
- cargo-update
  cargo-watch
  gobject-introspection
  gtk3
  gtk4
  nodejs
- nushell
  pkg-config
  sql-formatter
- sqlx-cli
  uv
  xsel
  wrapGAppsHook
];
src/lib/components/ui/textarea/index.ts (1)

1-7: Clean component export with alias.

The file follows a good pattern for component exports. The dual export allows for both direct usage of Root and the more semantically clear Textarea alias.

Consider removing the empty comment line (//) for cleaner code:

export {
	Root,
-	//
	Root as Textarea
};
utils/data-generator/go.mod (1)

5-5: Consider explicit dependency specification.

The gofakeit dependency is marked as indirect. If your code directly imports this package, you should remove the // indirect comment.

-require github.com/brianvoe/gofakeit/v7 v7.2.1 // indirect
+require github.com/brianvoe/gofakeit/v7 v7.2.1
src/routes/project/new/+page.svelte (2)

6-8: The handleCreate function is defined but never used.

The function is correctly typed and logs the metadata but isn't passed to the ProjectForm component or used elsewhere in this file.

Either pass this function to the ProjectForm component as an event handler or remove it if unused:

-function handleCreate(metadata: Metadata) {
-	console.log('Creating metadata: ', metadata);
-}

let { data }: PageProps = $props();
console.log('Data:', data);

Or update to pass it to the form component:

-<ProjectForm form={data.form} />
+<ProjectForm form={data.form} onSubmit={handleCreate} />

10-11: Remove console.log statement before production.

Debug logs should be removed before merging to production.

let { data }: PageProps = $props();
-console.log('Data:', data);
utils/clear_data.sh (1)

1-2: Consider adding comments and make the script executable.

The script lacks documentation about its purpose and should be made executable after creation.

Enhance the script with comments and ensure it's executable:

#!/bin/bash
+# Script to clear Episko cached data and configuration
+# Usage: ./clear_data.sh

rm -f ~/.cache/episko/cache.db*
rm -f ~/.config/episko/config.toml
+
+echo "Episko cache and configuration cleared successfully"

After adding the script, make it executable with:

chmod +x utils/clear_data.sh
🧰 Tools
🪛 Shellcheck (0.10.0)

[error] 1-1: Tips depend on target shell and yours is unknown. Add a shebang or a 'shell' directive.

(SC2148)

utils/data-generator/manifest.toml (1)

1-7: TOML manifest structure looks good, consider adding test data to arrays

The manifest file has the correct TOML syntax and includes essential metadata fields. However, the arrays for category, language, and build_system are empty. Consider populating these with sample test data if they're meant to be used for testing.

src/routes/project/[id]/+layout.ts (3)

1-7: Unused import detected

The parseMetadata function is imported but never used in this file.

-import { MetadataFormSchema, parseMetadata } from '$lib/schemas/metadata';
+import { MetadataFormSchema } from '$lib/schemas/metadata';

8-11: Error message could be more descriptive

The error message for a missing ID parameter is quite terse. Consider providing a more descriptive message that would help with debugging.

-		throw Error('no id given');
+		throw Error('Project ID parameter is missing or invalid');

15-19: Redundant variable and duplicate function call

The parsedProject variable is defined but never used, and parseFormData(project) is called twice unnecessarily.

-	let parsedProject = parseFormData(project);
 	return {
 		project,
-		form: await superValidate(parseFormData(project), zod(MetadataFormSchema))
+		form: await superValidate(parseFormData(project), zod(MetadataFormSchema))
 	};

You could also optimize further by storing the parsed result:

-	let parsedProject = parseFormData(project);
+	const parsedProject = parseFormData(project);
 	return {
 		project,
-		form: await superValidate(parseFormData(project), zod(MetadataFormSchema))
+		form: await superValidate(parsedProject, zod(MetadataFormSchema))
 	};
src/routes/project/+page.ts (1)

3-6: Clean up unused imports.

The code imports fail and Actions from @sveltejs/kit but doesn't use them. Also, consider whether LayoutLoad is the correct type to use here instead of PageLoad, as this appears to be a page loader.

-import type { LayoutLoad } from '../$types';
+import type { PageLoad } from '../$types';
-import { fail, type Actions } from '@sveltejs/kit';
src/lib/schemas/metadata.test.ts (1)

7-19: Consider adding more test cases for edge conditions

While the basic positive and negative cases are covered, consider adding tests for:

  • Empty object
  • Object with minimal required fields
  • Object with extra unexpected fields

This would improve the robustness of your test suite.

src/lib/components/ui/pagination/pagination.svelte (1)

1-25: Well-implemented pagination component with proper defaults.

The Pagination component is properly implemented with appropriate default values and Svelte bindings. The code is clean and follows best practices:

  • Sensible defaults (perPage=10, siblingCount=1)
  • Two-way binding for interactive elements (ref and page)
  • Using utility function for class name concatenation
  • Spreading additional props for flexibility

One suggestion would be to add JSDoc comments to document the component props, especially to explain what siblingCount represents for developers who might not be familiar with pagination concepts.

episko_gui_backend/src/state.rs (2)

3-4: Replace TODO placeholder with proper documentation.

The !TODO! comment should be replaced with proper documentation explaining the purpose of the AppState struct and its role in the application.

- /// !TODO!
+ /// AppState holds the application's state including database and configuration handlers.
+ /// This struct is used across commands to access shared resources.

9-10: Replace TODO placeholder with proper method documentation.

The method documentation is currently a placeholder and should be replaced with proper JSDoc-style documentation.

- /// !TODO
+ /// Creates a new instance of AppState with the given database and configuration handlers.
+ ///
+ /// # Arguments
+ ///
+ /// * `db` - The database handler for database operations
+ /// * `config_handler` - The configuration handler for config operations
src/routes/project/state.svelte.ts (2)

3-15: Consider adjusting default pagination values for better UX.

The default value for pageSize is set to 1, which seems unusually low for pagination. This might lead to excessive page navigation for users.

-	pageSize: 1,
+	pageSize: 10, // Default to showing 10 items per page

Additionally, consider adding a comment to explain the purpose of this state object for better maintainability.


17-20: resetState function could be more comprehensive.

The resetState function only resets loadedPreviews and currentPage, but not other state properties like totalPages, pageSize, or query. This could lead to inconsistent state if some properties need to be reset together.

export function resetState() {
	pageState.loadedPreviews = [];
	pageState.currentPage = 1;
+	pageState.query = '';
+	// Note: We don't reset pageSize or totalPages as they're typically set by the API response
}
episko_lib/src/database/remove_metadata.rs (1)

10-12: Documentation needs completion

The !TODO! markers indicate incomplete error documentation. Consider adding actual error descriptions to improve maintainability.

episko_lib/src/database/validate_stored_metadata.rs (1)

12-15: Documentation needs completion

The !TODO! markers indicate incomplete error documentation. Consider adding actual error descriptions to improve maintainability.

episko_gui_backend/Cargo.toml (1)

25-25: Consider limiting tokio features

Using tokio with the "full" feature set includes all available tokio features, which can lead to larger binary sizes and longer compilation times. It's generally recommended to only include the specific features you need.

- tokio = { version = "1.43.0", features = ["full"] }
+ tokio = { version = "1.43.0", features = ["rt-multi-thread", "macros", "time", "fs", "io-util"] }

This example includes common features you might need, but you should adjust based on your actual requirements.

src/routes/+page.svelte (1)

2-16: Consider documenting refactoring intentions.

The commenting out of imports and state management code suggests this page is undergoing significant refactoring. While the changes themselves are valid for a work-in-progress, it would be helpful to add a comment explaining the refactoring plan and expected timeline for completion.

 // import { GlobalState, preventDefault } from '$lib';
 // import { Button } from '$lib/components/ui/button/index.js';
 // import { Input } from '$lib/components/ui/input/index.js';
 // import * as Card from '$lib/components/ui/card/index.js';
 // import { invoke } from '@tauri-apps/api/core';
 // import type { Metadata } from '$lib/types';
 //
 // const gs = new GlobalState();
 //
 // $inspect(gs.greet, gs.name);
 //
 // const onsubmit = preventDefault(() => gs.nlen && gs.submit());
 // const onclick = () => gs.reset();
 //
+// NOTE: This page is being refactored as part of the harmonization effort.
+// The previous implementation will be replaced with a new design using the updated component system.
 // //!TODO
src/lib/components/project/preview.svelte (3)

3-3: Consider standardizing import syntax

The Badge import includes a .js extension while other imports don't have extensions. Consider standardizing your import syntax across the codebase.

-import { Badge } from '$lib/components/ui/badge/index.js';
+import { Badge } from '$lib/components/ui/badge/index';

14-14: Prefer Svelte's event directive syntax

In Svelte, the idiomatic way to handle events is to use the on:click directive rather than onclick.

-<Card.Root class="transition hover:-translate-y-1 hover:cursor-pointer" onclick={seeDetails}>
+<Card.Root class="transition hover:-translate-y-1 hover:cursor-pointer" on:click={seeDetails}>

27-30: Avoid using HTML elements for spacing

Using <p>&nbsp;</p> for spacing between badges is not a recommended approach. Consider using CSS margins or a dedicated spacer component instead.

{#each project.languages as language}
-	<Badge>{language.name}</Badge>
-	<p>&nbsp;</p>
+	<Badge class="mr-2">{language.name}</Badge>
{/each}
src/lib/components/project/form-ide.svelte (2)

40-40: Incorrect form field description

The description mentions "Title of the Project" but this field is for the preferred IDE.

-		<Form.Description>TBC: Title of the Project</Form.Description>
+		<Form.Description>The preferred IDE for working on this project</Form.Description>

42-42: Use Svelte's event directive syntax

In Svelte, the idiomatic way to handle events is to use the on:click directive rather than onclick.

-	<Button variant="destructive" onclick={removeIde}>Remove</Button>
+	<Button variant="destructive" on:click={removeIde}>Remove</Button>
-	<Button variant="default" onclick={addIde}>Add</Button>
+	<Button variant="default" on:click={addIde}>Add</Button>

Also applies to: 45-45

src/lib/components/ui/pagination/index.ts (1)

17-17: Remove unnecessary comment

The empty comment on line 17 appears to be unnecessary and can be removed.

	NextButton,
	Ellipsis,
-	//
	Root as Pagination,
src/routes/+layout.svelte (1)

41-53: Well-implemented loading state with proper error handling.

The await block elegantly handles three states of the application initialization:

  1. Loading state with informative message
  2. Successful initialization rendering the children
  3. Error state with appropriate error display

One suggestion for improvement:

Consider adding a more user-friendly error message or formatting for the error state, as raw error objects might not be easy to understand for end-users.

  {:catch error}
    <div class="w-full h-full flex justify-center items-center flex-col">
      <h1>Something went very wrong</h1>
-     <p>{error}</p>
+     <p>An error occurred during application initialization. Please try refreshing the page.</p>
+     <p class="text-sm text-gray-500 mt-2">Error details: {error.message || String(error)}</p>
    </div>
  {/await}
src/lib/components/project/form-languages.svelte (1)

40-63: Improve accessibility with form labels

The form lacks descriptive labels for the input fields, which impacts accessibility. Consider adding labels or aria-label attributes to clearly identify what each input represents (language name and version).

<div class="flex">
-	<Input {...props} bind:value={$formData.languages[i].name} />
-	<Input {...props} bind:value={$formData.languages[i].version} />
+	<Input {...props} bind:value={$formData.languages[i].name} aria-label="Language name" placeholder="Language name" />
+	<Input {...props} bind:value={$formData.languages[i].version} aria-label="Language version" placeholder="Version" />
	<Button variant="destructive" on:click={removeLanguage(i)}>Remove</Button>
</div>

Apply similar changes to the new language input fields as well.

src/routes/project/+page.svelte (2)

11-21: Add loading indicator and improve error handling

While the fetchPage function includes error handling, there's no loading indicator or user-facing error message when data fetching fails.

Consider adding loading state and user-facing error feedback:

+import { Alert, AlertDescription } from '$lib/components/ui/alert';
+import Spinner from '$lib/components/ui/spinner.svelte';
+
+let loading = false;
+let error = null;

 async function fetchPage(page: number) {
+  loading = true;
+  error = null;
   try {
     const pagedData: PagedMetadataPreview = await Commands.get_all(page, pageState.query);
     pageState.loadedPreviews = pagedData.data;
     pageState.currentPage = pagedData.pageNumber;
     pageState.totalPages = pagedData.totalPages;
     pageState.pageSize = pagedData.pageSize;
   } catch (error) {
     console.log('Error fetching page data:', error);
+    error = 'Failed to load projects. Please try again.';
+  } finally {
+    loading = false;
   }
 }

Then add these UI elements:

{#if loading}
  <div class="flex justify-center my-4">
    <Spinner size="md" />
  </div>
{/if}

{#if error}
  <Alert variant="destructive" class="my-4">
    <AlertDescription>{error}</AlertDescription>
  </Alert>
{/if}

46-75: Enhance accessibility for pagination

The pagination component lacks proper ARIA labels and keyboard navigation cues for accessibility.

Consider enhancing the pagination implementation with additional accessibility attributes:

 <Pagination.Root
   count={pageState.totalPages}
   perPage={pageState.pageSize}
   bind:page={pageState.currentPage}
   onPageChange={fetchPage}
+  aria-label="Projects pagination"
 >
   {#snippet children({ pages, currentPage })}
     <Pagination.Content>
       <Pagination.Item>
-        <Pagination.PrevButton />
+        <Pagination.PrevButton aria-label="Go to previous page" />
       </Pagination.Item>
       {#each pages as page (page.key)}
         {#if page.type === 'ellipsis'}
           <Pagination.Item>
             <Pagination.Ellipsis />
           </Pagination.Item>
         {:else}
           <Pagination.Item>
-            <Pagination.Link {page} isActive={currentPage === page.value}>
+            <Pagination.Link {page} isActive={currentPage === page.value} aria-label={`Page ${page.value}`}>
               {page.value}
             </Pagination.Link>
           </Pagination.Item>
         {/if}
       {/each}
       <Pagination.Item>
-        <Pagination.NextButton />
+        <Pagination.NextButton aria-label="Go to next page" />
       </Pagination.Item>
     </Pagination.Content>
   {/snippet}
 </Pagination.Root>
src/routes/project/[id]/+page.svelte (2)

25-65: Enhance project details styling and accessibility

The project details presentation is basic and lacks proper heading structure and accessibility attributes.

Consider enhancing the structure with better heading hierarchy, semantic HTML, and aria attributes:

 <div>
   <Button onclick={goBack} variant="link">Back</Button>
-  <h1 class="text-xl">{project.title}</h1>
+  <h1 class="text-3xl font-bold mb-4">{project.title}</h1>
-  <p>{project.description}</p>
+  <p class="text-lg text-muted-foreground mb-6">{project.description}</p>
   {#if project.categories.length > 0}
     <Separator class="m-3" />
-    <h2>Categories</h2>
+    <h2 class="text-xl font-semibold mb-2">Categories</h2>
+    <div class="flex flex-wrap gap-2 mb-4" aria-label="Project categories">
       {#each project.categories as category}
         <Badge>{category.name}</Badge>
       {/each}
+    </div>
   {/if}

   {#if project.languages.length > 0}
     <Separator class="m-3" />
-    <h2>Languages</h2>
+    <h2 class="text-xl font-semibold mb-2">Languages</h2>
+    <div class="flex flex-wrap gap-2 mb-4" aria-label="Programming languages">
       {#each project.languages as language}
         <Badge>{language.name} {language.version}</Badge>
       {/each}
+    </div>
   {/if}

This is a partial example - continue this pattern for all sections.


59-62: Improve repository link styling and accessibility

The repository link lacks proper styling and doesn't indicate it's an external link.

 {#if project.repositoryUrl}
   <Separator class="m-3" />
-  <a href={project.repositoryUrl}>Repository</a>
+  <h2 class="text-xl font-semibold mb-2">Repository</h2>
+  <a 
+    href={project.repositoryUrl} 
+    class="inline-flex items-center text-primary hover:underline"
+    target="_blank"
+    rel="noopener noreferrer"
+    aria-label="View project repository (opens in new tab)"
+  >
+    <span>View Repository</span>
+    <svg xmlns="http://www.w3.org/2000/svg" width="16" height="16" viewBox="0 0 24 24" fill="none" stroke="currentColor" stroke-width="2" stroke-linecap="round" stroke-linejoin="round" class="ml-1 h-4 w-4">
+      <path d="M18 13v6a2 2 0 0 1-2 2H5a2 2 0 0 1-2-2V8a2 2 0 0 1 2-2h6"></path>
+      <polyline points="15 3 21 3 21 9"></polyline>
+      <line x1="10" y1="14" x2="21" y2="3"></line>
+    </svg>
+  </a>
 {/if}
episko_cli/src/removal.rs (1)

19-34: Consider implementing atomic operations pattern

The current implementation has a potential edge case: if file removal from the config succeeds but saving the config fails, the system could be left in an inconsistent state.

Consider implementing a more robust error handling pattern that rolls back changes if any part of the operation fails:

 pub async fn remove_manifest(file: &Utf8PathBuf, config_handler: &mut ConfigHandler) -> Result<()> {
+    // First, check if the file can be removed
+    Metadata::validate_file(file.as_std_path())?;
+    
     if try_remove_from_db(file, config_handler.config())
         .await
         .is_err()
     {
         eprintln!("WARNING: Unable to remove metadata from cache!");
         eprintln!("The file will be deleted anyway...");
     }
 
+    // Keep track of whether we need to restore the config
+    let mut config_updated = false;
+    
     if config_handler.remove_saved_file(file.as_std_path()) {
-        config_handler.save_config()?;
+        if let Err(e) = config_handler.save_config() {
+            // If saving config fails, we should abort and not remove the file
+            eprintln!("WARNING: Failed to update configuration: {}", e);
+            return Err(e.into());
+        }
+        config_updated = true;
     }
 
-    Metadata::remove_file(file.as_std_path())?;
+    // Now try to remove the file
+    if let Err(e) = Metadata::remove_file(file.as_std_path()) {
+        // If file removal fails and we've updated the config, try to restore the file in config
+        if config_updated {
+            eprintln!("WARNING: Failed to remove file, attempting to restore configuration");
+            config_handler.add_saved_file(file.as_std_path());
+            if let Err(save_err) = config_handler.save_config() {
+                eprintln!("ERROR: Failed to restore configuration: {}", save_err);
+            }
+        }
+        return Err(e);
+    }
 
     Ok(())
 }

This approach ensures better transactional integrity, where either all operations succeed or none do.

src/lib/components/project/form-build-systems.svelte (1)

38-38: Add proper semantic structure to the "Build Systems" label

The "Build Systems" text is currently floating without proper semantic structure. Consider wrapping it in a heading tag or using a Form.Label component for better accessibility and consistent styling.

-Build Systems
+<h3>Build Systems</h3>
src/lib/components/project/form.svelte (4)

27-28: Remove debug console.log statements

Debug logging statements should be removed before production deployment.

-	console.log('FormProp:', formProp);

33-61: Clean up console.log statements and improve error messaging

There are multiple console.log statements throughout the form handling logic, including a non-professional message ("Helloo I am under the water"). These should be removed or replaced with proper logging.

-			console.log('FormValid:', form.valid);
-					console.log('Metadata found');
-							console.log('Promise resolved');
-							console.log('Promis resolved');
-							console.error('Promise failed:', err);
-				console.log('Helloo I am under the water');
+			// Implement proper logging if needed
+			if (!form.valid) {
+				// Handle invalid form case
+			}

96-96: Complete "TBC" placeholder descriptions

There are several "TBC" (To Be Completed) placeholders in the form descriptions. These should be replaced with proper descriptions to improve the user experience.

-		<Form.Description>TBC: Choose directory</Form.Description>
+		<Form.Description>Select the project directory location</Form.Description>

(Apply similar changes to the other TBC descriptions)

Also applies to: 107-107, 118-118, 141-141


147-253: Remove or document commented-out code

There's a large block of commented-out code at the end of the file. Either remove it if it's no longer needed or add a comment explaining why it's being kept (e.g., for reference).

episko_gui_backend/src/model/dto.rs (3)

8-10: Address TODO comments with proper documentation

The TODO comment lacks specific information about what needs to be documented or implemented. Either complete the documentation explaining the purpose and usage of the DTO pattern in your application, or remove the TODO if it's no longer relevant.


26-28: Address TODO comment in implementation

Similar to the previous comment, this TODO should either be addressed with proper documentation explaining the conversion process or removed if no longer needed.


28-42: Consider adding validation during conversion

The From<Metadata> implementation directly maps fields without any validation. Consider adding validation logic if any fields need to be verified during conversion, especially for fields like directory which might need to exist on the filesystem.

src/routes/project/import/+page.svelte (1)

20-31: Consider enhancing error handling in loadFile function

The current error handling is minimal. Consider adding more specific error cases and user-friendly messages, especially for common scenarios like file permissions issues or invalid file formats.

function loadFile() {
	loadPromise = pickFile(false)
		.then((path): Promise<Uuid> => {
			if (path === null) {
				throw Error('No path given');
			}
-			return Commands.load_from_file(path);
+			try {
+				return Commands.load_from_file(path);
+			} catch (e) {
+				if (e instanceof Error) {
+					// Handle specific error types with custom messages
+					if (e.message.includes('permission denied')) {
+						throw Error('Permission denied when accessing file');
+					} else if (e.message.includes('invalid format')) {
+						throw Error('The file is not in the expected format');
+					}
+				}
+				throw e;
+			}
		})
		.then((id) => {
			goto(`/project/${id}`);
		});
}
src/lib/components/project/form-categories.svelte (1)

42-42: Use Svelte event binding syntax.

The component is using onclick attribute instead of Svelte's event binding syntax on:click. While it may work, it's better to follow Svelte conventions for consistency.

-<Button variant="ghost" onclick={removeCategory(i)}>X</Button></Badge
+<Button variant="ghost" on:click={removeCategory(i)}>X</Button></Badge
utils/data-generator/main.go (2)

156-159: Enhance title sanitization for file system compatibility.

The current sanitization only replaces spaces with underscores. Consider handling other special characters that might cause issues in filenames.

func sanitizeTitle(title string) string {
-	safe := strings.ReplaceAll(title, " ", "_")
+	// Replace spaces and common problematic characters
+	safe := title
+	for _, r := range []struct{ old, new string }{
+		{" ", "_"}, {"/", "_"}, {"\\", "_"}, {":", "_"},
+		{"*", "_"}, {"?", "_"}, {"\"", "_"}, {"<", "_"},
+		{">", "_"}, {"|", "_"}, {"&", "_"}, {"%", "_"},
+	} {
+		safe = strings.ReplaceAll(safe, r.old, r.new)
+	}
	return safe
}

144-152: Improve error logging for command execution.

The error logging for command execution could be more detailed to help with debugging.

	cmd := exec.Command("episko_cli", args...)
	output, err := cmd.CombinedOutput()
	if err != nil {
-		log.Printf("Project %d (%q): error executing command: %v\nOutput: %s", projectNum, title, err, output)
+		log.Printf("Project %d (%q): error executing command: %v\nCommand: episko_cli %s\nOutput: %s", 
+			projectNum, title, err, strings.Join(args, " "), output)
	} else {
		log.Printf("Project %d (%q) created successfully.", projectNum, title)
	}
src/routes/project/[id]/edit/+page.svelte (1)

45-45: Use Svelte event binding syntax.

The component is using onclick attribute instead of Svelte's event binding syntax on:click. While it may work, it's better to follow Svelte conventions for consistency.

-<Button onclick={handleDelete} class="bg-red-500">Confirm</Button>
+<Button on:click={handleDelete} class="bg-red-500">Confirm</Button>
episko_lib/src/metadata/builder.rs (1)

135-149: Consider making the directory_path behavior more explicit.

The updated directory_path method now has different behavior: if the path is a directory, it appends "manifest.toml", otherwise it uses the path directly. This change in behavior might be unexpected for callers of the method.

Consider:

  1. Adding a detailed doc comment explaining this behavior
  2. Renaming the method to reflect its purpose (e.g., manifest_path_from_directory)
  3. Or creating a separate method that makes this behavior explicit
/// Set the metadatas directory based on a [`Path`].
///
/// > When an invalid path is given, the builders path field won't
/// > be set and an error will occur when trying to build.
/// > This is not the cleanet solution and should be looked at, however
/// > it allows for normalization of all builder methods.
+/// 
+/// If the given path is a directory, this will automatically append "manifest.toml"
+/// to create a file path. If the path is already a file path, it will be used directly.
#[must_use]
#[cfg(not(test))]
pub fn directory_path(mut self, path: &Path) -> Self {
    match path.canonicalize() {
        Ok(absolute_path) => {
            if absolute_path.is_dir() {
                self.directory = Some(absolute_path.join("manifest.toml"));
            } else {
                self.directory = Some(absolute_path);
            }
        }
        Err(_) => self.directory = None,
    }

    self
}
episko_gui_backend/src/model/dco.rs (3)

26-50: Create method implementation looks solid but needs better error documentation.

The method properly handles property ID updates and uses the builder pattern effectively. The conditional application of optional fields is well-implemented with the apply_if helper.

Consider enhancing the error documentation to specify exactly what errors can be thrown and under what conditions, replacing the "!TODO!" comment.


52-76: Update method implementation looks solid but needs better error documentation.

Similar to the create method, the update method properly handles property ID updates and effectively uses the builder pattern. The preservation of the original metadata's ID and timestamps is correctly handled.

Consider enhancing the error documentation to specify exactly what errors can be thrown and under what conditions, replacing the "!TODO!" comment.


79-124: Test coverage is a good start but could be expanded.

The unit tests cover the basic functionality of creating and updating metadata with various properties. They verify that the properties are correctly set in the resulting Metadata objects.

Consider adding more test cases to cover:

  1. Error cases (e.g., invalid paths, missing required fields)
  2. Edge cases (e.g., empty strings for optional fields)
  3. Verifying that IDs are correctly updated
episko_lib/src/database/insert_metadata.rs (2)

8-8: Improved database operation with upsert capability.

Changing from INSERT INTO to INSERT OR REPLACE INTO allows the code to handle both insertions and updates in a single operation, which is more robust.

Consider adding a comment or updating the method documentation to explicitly note this upsert behavior, as it represents a significant change in how the function operates.


105-124: Added test module with basic functionality test.

The addition of tests for the insert_metadata function improves code reliability and provides a regression test for this core functionality.

Consider expanding the test coverage to include:

  1. Testing with all fields populated, including optional ones
  2. Testing the replacement behavior (inserting the same metadata twice)
  3. Testing error conditions and boundary cases
episko_lib/src/database/dao.rs (1)

14-30: Document the TODO and clarify struct purpose.
The struct definition is straightforward and well-defined, though there is a /// !TODO! comment that needs attention to explain usage more thoroughly. Adding doc comments or removing the placeholder would improve clarity for new contributors.

Do you want an issue opened for completing the TODO documentation?

episko_lib/src/database/database_handler.rs (3)

24-27: Incomplete doc comments.
The # Errors section is marked as !TODO!. Consider providing explicit error cases or removing the incomplete section.


37-39: Add more detail to the new method doc comments.
The # Errors note is also marked as !TODO!. Expanding on possible error conditions will improve clarity.


45-47: Make connection pool parameters configurable.
Hardcoding .max_connections(12) and .acquire_timeout(...) may reduce flexibility. Consider reading these values from Config to allow environment-specific tuning.

episko_gui_backend/src/lib.rs (2)

2-2: Justify #![allow(clippy::used_underscore_binding)].
If no underscore bindings are actually used in critical logic, consider removing this allowance to keep lint rules strict.


17-20: Enhance doc comments for potential errors and panics.
The placeholders !TODO! should be replaced with meaningful documentation or removed if not applicable.

episko_cli/src/validation.rs (2)

7-7: Consider removing unused imports.
The File import doesn’t appear to be used within this file. You may remove it to keep dependencies clean.


34-35: Error handling verification.
Calling connect_to_db(config_handler.config()).await? returns an error on connection failure. Ensure that the user receives sufficient logging or error context if the DB connection fails.

episko_lib/src/database.rs (1)

38-39: New DAO module integration.
Introducing mod dao; is a clean step toward more modular data handling. Ensure the dao module is fully unit-tested.

episko_lib/src/database/retrieve_metadata.rs (4)

11-21: Complete TODO documentation.
The function from_db is marked with a !TODO! in its doc comment. Consider clarifying the intended usage, examples, and any edge cases.


44-71: Document the optional search approach.
Again, consider removing or clarifying the !TODO! references in the doc comments. The partial title matching is handled safely via binding, preventing SQL injection.


73-89: Possible overflow risk for very large datasets.
The amount_cached function returns a u32. If your dataset grows beyond 2^32-1 entries, this could overflow. Consider returning a 64-bit integer (u64) for safer counting.


119-176: Dynamic query construction.
The function build_query is well-structured, with parameter binding preventing injection. Consider adding inline documentation for cases of future extension to other filter fields.

episko_gui_backend/src/commands.rs (4)

1-23: Module imports and constants.
Bringing in standard libraries, Tauri, and your episko_lib crates is well-organized. The static PAGE_SIZE is a convenient default, though consider making it configurable if needed.


25-42: Consider handling partial failures for init_cache.
In init_cache, errors from a single file or directory stop the entire process. Depending on requirements, you may want to continue loading other items and report which ones failed.


78-93: Concurrency consideration for updates.
update_metadata fetches, modifies, and saves data. If multiple processes call it with the same record concurrently, the last writer wins. Consider using transactions or version checks if concurrency is a concern.


131-159: Possible partial load error handling.
When loading from a directory, if some files fail to parse, the entire process stops. You might consider collecting errors for each file and returning them to the user for a better user experience.

episko_lib/src/metadata/metadata_handler.rs (3)

16-20: Implement or remove the TODO.
#[must_use] is good for builder-like patterns, but consider completing the doc comment describing the handler’s purpose or removing the TODO.


65-77: Potential issues with non-Unicode paths.
search_directory calls dir.join("**/manifest.toml").to_str(), which fails if the path isn’t valid UTF-8. Consider fallback handling for such cases.


79-85: Unimplemented method.
search_metadata is marked todo!(). If you plan to remove or implement this soon, update the doc block or add a tracking issue.

src/lib/schemas/metadata.ts (1)

80-119: Parsing functions provide clear conversions.
All parse methods consolidate validation and transformation effectively. Consider adding unit tests for each function to ensure coverage beyond parseMetadata.

episko_lib/src/config/config_handler.rs (1)

22-34: Constructor loads config.
Creates config directory and reads or defaults config. Looks correct. Consider clarifying error-handling steps in doc comments (e.g., “Propagates”).

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  • episko_cli/src/creation.rs (5 hunks)
  • episko_cli/src/main.rs (1 hunks)
  • episko_cli/src/removal.rs (1 hunks)
  • episko_cli/src/validation.rs (3 hunks)
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  • episko_gui_backend/src/commands.rs (1 hunks)
  • episko_gui_backend/src/lib.rs (1 hunks)
  • episko_gui_backend/src/main.rs (1 hunks)
  • episko_gui_backend/src/model.rs (1 hunks)
  • episko_gui_backend/src/model/dco.rs (1 hunks)
  • episko_gui_backend/src/model/dto.rs (1 hunks)
  • episko_gui_backend/src/model/preview.rs (1 hunks)
  • episko_gui_backend/src/state.rs (1 hunks)
  • episko_lib/Cargo.toml (1 hunks)
  • episko_lib/migrations/20250202083547_add_tables.up.sql (1 hunks)
  • episko_lib/src/bin/main.rs (1 hunks)
  • episko_lib/src/config.rs (3 hunks)
  • episko_lib/src/config/config_handler.rs (4 hunks)
  • episko_lib/src/database.rs (2 hunks)
  • episko_lib/src/database/dao.rs (1 hunks)
  • episko_lib/src/database/database_handler.rs (4 hunks)
  • episko_lib/src/database/database_object.rs (1 hunks)
  • episko_lib/src/database/insert_metadata.rs (5 hunks)
  • episko_lib/src/database/remove_metadata.rs (1 hunks)
  • episko_lib/src/database/retrieve_metadata.rs (1 hunks)
  • episko_lib/src/database/update_metadata.rs (2 hunks)
  • episko_lib/src/database/validate_stored_metadata.rs (2 hunks)
  • episko_lib/src/lib.rs (1 hunks)
  • episko_lib/src/metadata.rs (4 hunks)
  • episko_lib/src/metadata/build_system.rs (1 hunks)
  • episko_lib/src/metadata/builder.rs (9 hunks)
  • episko_lib/src/metadata/category.rs (1 hunks)
  • episko_lib/src/metadata/ide.rs (1 hunks)
  • episko_lib/src/metadata/language.rs (1 hunks)
  • episko_lib/src/metadata/metadata_handler.rs (3 hunks)
  • flake.nix (2 hunks)
  • manifest.toml (1 hunks)
  • package.json (1 hunks)
  • src/lib/commands.svelte.ts (0 hunks)
  • src/lib/commands.ts (1 hunks)
  • src/lib/components/app-sidebar.svelte (2 hunks)
  • src/lib/components/project/ProjectForm.svelte (0 hunks)
  • src/lib/components/project/form-build-systems.svelte (1 hunks)
  • src/lib/components/project/form-categories.svelte (1 hunks)
  • src/lib/components/project/form-ide.svelte (1 hunks)
  • src/lib/components/project/form-languages.svelte (1 hunks)
  • src/lib/components/project/form.svelte (1 hunks)
  • src/lib/components/project/preview.svelte (1 hunks)
  • src/lib/components/ui/dialog/dialog-content.svelte (1 hunks)
  • src/lib/components/ui/dialog/dialog-description.svelte (1 hunks)
  • src/lib/components/ui/dialog/dialog-footer.svelte (1 hunks)
  • src/lib/components/ui/dialog/dialog-header.svelte (1 hunks)
  • src/lib/components/ui/dialog/dialog-overlay.svelte (1 hunks)
  • src/lib/components/ui/dialog/dialog-title.svelte (1 hunks)
  • src/lib/components/ui/dialog/index.ts (1 hunks)
  • src/lib/components/ui/form/form-button.svelte (1 hunks)
  • src/lib/components/ui/form/form-description.svelte (1 hunks)
  • src/lib/components/ui/form/form-element-field.svelte (1 hunks)
  • src/lib/components/ui/form/form-field-errors.svelte (1 hunks)
  • src/lib/components/ui/form/form-field.svelte (1 hunks)
  • src/lib/components/ui/form/form-fieldset.svelte (1 hunks)
  • src/lib/components/ui/form/form-label.svelte (1 hunks)
  • src/lib/components/ui/form/form-legend.svelte (1 hunks)
  • src/lib/components/ui/form/index.ts (1 hunks)
  • src/lib/components/ui/label/label.svelte (1 hunks)
  • src/lib/components/ui/pagination/index.ts (1 hunks)
  • src/lib/components/ui/pagination/pagination-content.svelte (1 hunks)
  • src/lib/components/ui/pagination/pagination-ellipsis.svelte (1 hunks)
  • src/lib/components/ui/pagination/pagination-item.svelte (1 hunks)
  • src/lib/components/ui/pagination/pagination-link.svelte (1 hunks)
  • src/lib/components/ui/pagination/pagination-next-button.svelte (1 hunks)
  • src/lib/components/ui/pagination/pagination-prev-button.svelte (1 hunks)
  • src/lib/components/ui/pagination/pagination.svelte (1 hunks)
  • src/lib/components/ui/sonner/index.ts (1 hunks)
  • src/lib/components/ui/sonner/sonner.svelte (1 hunks)
  • src/lib/components/ui/tabs/tabs-content.svelte (1 hunks)
  • src/lib/components/ui/tabs/tabs-list.svelte (1 hunks)
  • src/lib/components/ui/tabs/tabs-trigger.svelte (1 hunks)
  • src/lib/components/ui/textarea/index.ts (1 hunks)
  • src/lib/components/ui/textarea/textarea.svelte (1 hunks)
  • src/lib/index.ts (1 hunks)
  • src/lib/schemas/buildSystem.ts (1 hunks)
  • src/lib/schemas/category.ts (1 hunks)
  • src/lib/schemas/ide.ts (1 hunks)
  • src/lib/schemas/language.ts (1 hunks)
  • src/lib/schemas/metadata.test.ts (1 hunks)
  • src/lib/schemas/metadata.ts (1 hunks)
  • src/lib/schemas/pagedData.ts (1 hunks)
  • src/lib/types.ts (1 hunks)
  • src/lib/utils.test.ts (0 hunks)
  • src/lib/utils.ts (1 hunks)
  • src/routes/+layout.svelte (2 hunks)
  • src/routes/+page.svelte (2 hunks)
  • src/routes/all-projects/+page.svelte (0 hunks)
  • src/routes/create-project/+page.svelte (0 hunks)
  • src/routes/edit-project/+page.ts (0 hunks)
  • src/routes/project/+page.svelte (1 hunks)
  • src/routes/project/+page.ts (1 hunks)
  • src/routes/project/[id]/+layout.ts (1 hunks)
  • src/routes/project/[id]/+page.svelte (1 hunks)
  • src/routes/project/[id]/edit/+page.svelte (4 hunks)
  • src/routes/project/import/+page.svelte (1 hunks)
  • src/routes/project/new/+page.svelte (1 hunks)
  • src/routes/project/new/+page.ts (1 hunks)
  • src/routes/project/state.svelte.ts (1 hunks)
  • svelte.config.js (1 hunks)
  • utils/clear_data.sh (1 hunks)
  • utils/data-generator/go.mod (1 hunks)
  • utils/data-generator/main.go (1 hunks)
  • utils/data-generator/manifest.toml (1 hunks)
💤 Files with no reviewable changes (7)
  • .github/workflows/lint.yml
  • src/routes/all-projects/+page.svelte
  • src/routes/create-project/+page.svelte
  • src/routes/edit-project/+page.ts
  • src/lib/utils.test.ts
  • src/lib/commands.svelte.ts
  • src/lib/components/project/ProjectForm.svelte
🧰 Additional context used
🧬 Code Definitions (22)
src/routes/project/[id]/+layout.ts (3)
src/routes/project/new/+page.ts (1) (1)
  • load (6-10)
src/routes/project/+page.ts (1) (1)
  • load (8-12)
src/lib/schemas/metadata.ts (2) (2)
  • parseFormData (88-99)
  • MetadataFormSchema (58-67)
src/routes/project/new/+page.ts (3)
src/routes/project/[id]/+layout.ts (1) (1)
  • load (8-20)
src/routes/project/+page.ts (1) (1)
  • load (8-12)
src/lib/schemas/metadata.ts (1) (1)
  • MetadataFormSchema (58-67)
episko_lib/src/bin/main.rs (1)
episko_cli/src/main.rs (1) (1)
  • main (21-42)
utils/data-generator/main.go (1)
episko_lib/src/metadata/builder.rs (4) (4)
  • title (162-165)
  • description (221-227)
  • categories (179-182)
  • languages (193-196)
src/routes/project/+page.ts (3)
src/routes/project/[id]/+layout.ts (1) (1)
  • load (8-20)
src/routes/project/new/+page.ts (1) (1)
  • load (6-10)
src/lib/schemas/metadata.ts (1) (1)
  • MetadataFormSchema (58-67)
src/routes/project/state.svelte.ts (1)
src/lib/types.ts (1) (1)
  • MetadataPreview (16-16)
episko_cli/src/main.rs (4)
episko_lib/src/config/config_handler.rs (1) (1)
  • load (22-34)
episko_cli/src/creation.rs (3) (3)
  • args (127-134)
  • args (136-143)
  • create_manifest (36-51)
episko_cli/src/removal.rs (1) (1)
  • remove_manifest (19-35)
episko_cli/src/validation.rs (2) (2)
  • cache_manifest (34-51)
  • validate_manifest (16-24)
src/lib/schemas/metadata.test.ts (1)
src/lib/schemas/metadata.ts (1) (1)
  • parseMetadata (80-82)
episko_cli/src/creation.rs (4)
episko_lib/src/config/config_handler.rs (1) (1)
  • config (37-39)
episko_cli/src/lib.rs (1) (1)
  • connect_to_db (58-60)
episko_lib/src/metadata/metadata_handler.rs (1) (1)
  • save_metadata (39-60)
episko_lib/src/metadata/builder.rs (1) (1)
  • preferred_ide (214-217)
episko_cli/src/removal.rs (1)
episko_lib/src/files.rs (1) (1)
  • remove_file (61-66)
src/lib/schemas/pagedData.ts (1)
src/lib/schemas/metadata.ts (2) (2)
  • MetadataPreviewDtoSchema (24-32)
  • parseMetadataPreviewArray (113-119)
src/lib/commands.ts (3)
src/lib/types.ts (4) (4)
  • PagedMetadataPreview (18-18)
  • Uuid (30-30)
  • Metadata (14-14)
  • FormMetadata (20-20)
src/lib/schemas/pagedData.ts (1) (1)
  • PagedMetadataPreviewSchema (16-21)
src/lib/schemas/metadata.ts (2) (2)
  • parseMetadata (80-82)
  • parseMetadataDco (101-103)
episko_lib/src/database/dao.rs (2)
episko_lib/src/metadata/builder.rs (10) (10)
  • categories (179-182)
  • languages (193-196)
  • build_systems (207-210)
  • created (241-244)
  • updated (248-251)
  • preferred_ide (214-217)
  • new (47-61)
  • description (221-227)
  • repository_url (231-237)
  • id (115-118)
episko_lib/src/metadata.rs (2) (2)
  • builder (103-105)
  • id (132-134)
episko_gui_backend/src/model/dco.rs (2)
episko_lib/src/metadata.rs (2) (2)
  • builder (103-105)
  • update (110-112)
episko_lib/src/metadata/builder.rs (8) (8)
  • preferred_ide (214-217)
  • description (221-227)
  • repository_url (231-237)
  • new (47-61)
  • title (162-165)
  • categories (179-182)
  • languages (193-196)
  • build_systems (207-210)
episko_gui_backend/src/model/dto.rs (3)
src/lib/types.ts (2) (2)
  • Metadata (14-14)
  • Uuid (30-30)
episko_lib/src/metadata/builder.rs (11) (11)
  • new (47-61)
  • id (115-118)
  • created (241-244)
  • updated (248-251)
  • title (162-165)
  • description (221-227)
  • categories (179-182)
  • languages (193-196)
  • build_systems (207-210)
  • preferred_ide (214-217)
  • repository_url (231-237)
episko_lib/src/metadata.rs (1) (1)
  • id (132-134)
episko_lib/src/database/retrieve_metadata.rs (8)
episko_lib/src/database/database_object.rs (1) (1)
  • from_db (47-50)
episko_lib/src/metadata.rs (1) (1)
  • id (132-134)
episko_lib/src/database/database_handler.rs (2) (2)
  • new (40-54)
  • conn (64-66)
episko_lib/src/metadata/metadata_handler.rs (1) (1)
  • new (18-20)
episko_lib/src/metadata/category.rs (1) (1)
  • new (18-25)
episko_lib/src/metadata/build_system.rs (1) (1)
  • new (30-38)
episko_lib/src/metadata/language.rs (1) (1)
  • new (31-39)
episko_lib/src/metadata/ide.rs (1) (1)
  • new (18-25)
episko_lib/src/database.rs (4)
episko_lib/src/metadata.rs (1) (1)
  • builder (103-105)
episko_lib/src/metadata/build_system.rs (2) (2)
  • with_version (21-26)
  • new (30-38)
episko_lib/src/metadata/language.rs (2) (2)
  • with_version (21-26)
  • new (31-39)
episko_lib/src/metadata/ide.rs (1) (1)
  • new (18-25)
episko_lib/src/metadata.rs (6)
src/lib/types.ts (5) (5)
  • Uuid (30-30)
  • Category (26-26)
  • Language (24-24)
  • BuildSystem (28-28)
  • MetadataPreview (16-16)
episko_lib/src/metadata/language.rs (1) (1)
  • update_id (48-50)
episko_lib/src/metadata/property.rs (1) (1)
  • update_id (47-47)
episko_lib/src/metadata/category.rs (1) (1)
  • update_id (30-32)
episko_lib/src/metadata/build_system.rs (1) (1)
  • update_id (48-50)
episko_lib/src/metadata/ide.rs (1) (1)
  • update_id (31-33)
src/lib/types.ts (5)
src/lib/schemas/metadata.ts (5) (5)
  • MetadataSchema (34-46)
  • MetadataPreviewSchema (48-56)
  • MetadataFormSchema (58-67)
  • MetadataDcoSchema (69-78)
  • UuidSchema (8-8)
src/lib/schemas/pagedData.ts (1) (1)
  • PagedMetadataPreviewSchema (16-21)
src/lib/schemas/language.ts (1) (1)
  • LanguageSchema (3-6)
src/lib/schemas/category.ts (1) (1)
  • CategorySchema (3-5)
src/lib/schemas/buildSystem.ts (1) (1)
  • BuildSystemSchema (3-6)
episko_lib/src/metadata/metadata_handler.rs (4)
episko_lib/src/config/config_handler.rs (1) (1)
  • config (37-39)
episko_lib/src/files.rs (1) (1)
  • from_file (48-48)
episko_lib/src/files/config.rs (1) (1)
  • from_file (10-12)
episko_lib/src/files/metadata.rs (1) (1)
  • from_file (20-32)
src/lib/schemas/metadata.ts (5)
src/lib/schemas/category.ts (1) (1)
  • CategorySchema (3-5)
src/lib/schemas/language.ts (1) (1)
  • LanguageSchema (3-6)
src/lib/schemas/buildSystem.ts (1) (1)
  • BuildSystemSchema (3-6)
src/lib/schemas/ide.ts (1) (1)
  • IdeSchema (3-5)
src/lib/types.ts (4) (4)
  • Metadata (14-14)
  • MetadataPreview (16-16)
  • FormMetadata (20-20)
  • MetadataDco (22-22)
episko_gui_backend/src/lib.rs (4)
episko_lib/src/config/config_handler.rs (2) (2)
  • config (37-39)
  • load (22-34)
episko_gui_backend/src/commands.rs (4) (4)
  • create_metadata (96-112)
  • get_with_id (68-75)
  • load_from_file (115-128)
  • update_metadata (78-93)
episko_lib/src/database/database_handler.rs (2) (2)
  • with_config (28-35)
  • new (40-54)
episko_lib/src/metadata/builder.rs (1) (1)
  • new (47-61)
🪛 Shellcheck (0.10.0)
utils/clear_data.sh

[error] 1-1: Tips depend on target shell and yours is unknown. Add a shebang or a 'shell' directive.

(SC2148)

🪛 golangci-lint (1.64.8)
utils/data-generator/main.go

22-22: Error return value of gofakeit.Seed is not checked

(errcheck)

🔇 Additional comments (192)
src/lib/components/ui/tabs/tabs-list.svelte (2)

5-5: Streamlined prop handling with modern Svelte patterns

The refactoring to use destructuring from $props() follows modern Svelte best practices, making the component more maintainable and consistent with other components in this PR.


9-15: Improved property binding and spreading

The use of bind:ref with {...restProps} creates a cleaner component interface. This approach properly handles the reference binding while ensuring all other properties are passed through to the underlying component.

src/lib/components/ui/tabs/tabs-trigger.svelte (2)

5-9: Consistent refactoring to modern Svelte patterns

The multi-line destructuring approach with $props() is clean and readable, matching the pattern used in other tab components.


13-19:

❓ Verification inconclusive

Verify removal of value property won't break existing code

The code appropriately implements bind:ref and property spreading. However, according to the summary, the value property has been removed from this component. This property was likely part of the public API and its removal could break existing code that depends on it.


🏁 Script executed:

#!/bin/bash
# Search for usages of the tabs-trigger component that might be passing a value prop
rg -A 3 -B 3 "tabs-trigger" --glob "*.svelte" | rg -i "value="

Length of output: 60


Action: Manually verify that the removal of the value property is safe.

After running the automated search for any instances where a value prop is passed to the <tabs-trigger> component, no occurrences were found in the Svelte files. This suggests that the removal of the value property is unlikely to break any existing usage. However, since our search did not produce any output—and given the potential for edge cases or dynamic prop assignments—it’s important to manually review your component usages to ensure nothing relies on the removed value prop.

  • Confirm that no instance (including any dynamic attribute bindings) depends on a value prop for the <tabs-trigger> component.
  • Make sure that tests and type validations (if applicable) still pass without expecting the value property.

Please perform a manual verification to double-check these aspects.

src/lib/components/ui/tabs/tabs-content.svelte (1)

5-9: Well-structured property handling with consistent patterns

The multi-line destructuring approach is clean and consistent with the other tab components, making the codebase more maintainable.

.gitignore (1)

9-9: Code change looks good

Adding the utils/fake-data* pattern to gitignore is appropriate for excluding generated test data files from version control.

episko_lib/Cargo.toml (1)

28-28:

❌ Incorrect review comment

Verify the serde_json version number

The specified version 1.0.140 for serde_json appears to be unusually high. The latest version is typically around 1.0.114.


🏁 Script executed:

#!/bin/bash
# Check the latest available version of serde_json
cargo search serde_json --limit 1

Length of output: 131


Action Required: Verify the serde_json Version in episko_lib/Cargo.toml

The current dependency is set to serde_json = "1.0.140". The initial check using cargo search failed (likely due to the absence of the cargo command), so it's unclear whether 1.0.140 is indeed an unusually high version. Please verify the latest published version manually. For instance, you can run the following command to query the crates.io API:

  • If the latest version from crates.io is lower than 1.0.140 (e.g., around 1.0.114 as initially suggested), update the version in episko_lib/Cargo.toml accordingly.
  • If 1.0.140 is confirmed as current, you can disregard the initial concern.

🏁 Script executed:

#!/bin/bash
curl -s https://crates.io/api/v1/crates/serde_json | jq '.crate.max_version'

Length of output: 208


No Change Needed: serde_json Version Confirmed Correct

After verifying with the crates.io API, the latest version of serde_json is indeed "1.0.140". The dependency specified in episko_lib/Cargo.toml is up-to-date, so the initial concern about an unusually high version isn't valid.

Likely an incorrect or invalid review comment.

episko_lib/src/metadata/category.rs (1)

14-14: Approved API visibility change

Changing the name field from pub(crate) to pub increases the public API surface. This appears to be part of a broader effort to improve field accessibility across multiple structs.

Note that this field now has both direct public access and a getter method name(). Consider documenting the preferred access method to maintain consistency.

.github/workflows/format.yml (1)

28-28: Whitespace correction in GitHub Actions workflow

This change removes trailing whitespace from the step name, improving formatting consistency in the workflow file.

episko_gui_backend/capabilities/default.json (1)

6-6: Permission added for dialog functionality

The "dialog:default" permission has been added to support the new dialog functionality, which aligns with the addition of the tauri-plugin-dialog dependency in the backend's Cargo.toml file.

episko_lib/src/lib.rs (1)

1-1: Clippy linting level changed from deny to warn

The linting directive has been relaxed from deny to warn for pedantic Clippy checks. This change means pedantic warnings will no longer fail compilation, providing more flexibility during development while still encouraging good practices.

episko_derive/src/lib.rs (1)

134-135: SQL insertion behavior modified to ignore duplicates

The SQL statement has been updated to use INSERT OR IGNORE instead of just INSERT, which will prevent errors when attempting to insert records with duplicate primary keys. This aligns with the data integrity improvements across the codebase and helps prevent database errors when handling existing entries.

episko_lib/src/metadata/language.rs (1)

14-16: Field visibility changes are part of a consistent pattern

The changes to make name and version fields public instead of pub(crate) align with similar changes across other metadata types in the codebase. This increases accessibility of these fields from outside the crate, which appears to be a deliberate harmonization refactoring as mentioned in the PR title.

Note that while these fields now bypass the accessor methods defined in the Property trait implementation (name() and version()), both access methods can coexist for compatibility with existing code.

episko_lib/src/database/database_object.rs (1)

65-100: Good test coverage for DatabaseObject trait methods

The added tests properly verify both writing to and removing objects from the database, which strengthens the code's reliability. The tests use a real Language instance to validate the operations against actual database interactions.

A few suggestions for making the tests even more robust:

  • Consider testing edge cases like writing the same object twice
  • Verify behavior when removing a non-existent object
  • Consider using unique test data for each test to avoid potential interference between tests

Overall, this is a good addition to the test suite.

flake.nix (3)

20-20: Replaced rust-analyzer with bacon

The replacement of rust-analyzer with bacon (a Rust code checking tool) changes the developer experience for Rust code editing. This is reasonable as bacon provides background checking functionality.


51-55: Added GTK4 and OpenSSL to build inputs

The addition of gtk4 and openssl to buildInputs is appropriate as these are required dependencies for the application's GUI and secure communication capabilities.


60-62: Added GTK3 environment configuration

The new shell hook properly configures the XDG_DATA_DIRS environment variable for GTK3, which is necessary for GTK3 applications to find the correct gsettings schemas.

episko_lib/src/metadata.rs (4)

83-97: Made Metadata fields publicly accessible

The change from pub(crate) to pub for all fields in the Metadata struct matches the pattern seen in the Language struct, increasing the accessibility of these fields. This harmonization refactoring enables direct access to these fields from outside the crate.

While this reduces encapsulation, it appears to be a deliberate architectural decision to simplify interaction with metadata across the application.


141-141: Fixed typo in field name reference

The correction from preffered_ide to preferred_ide fixes a typo in the method call. Good catch!


159-168: Added new MetadataPreview struct

The new MetadataPreview struct provides a subset of fields from the full Metadata struct, which is useful for UI displays or API responses where not all metadata details are needed. This is a good design pattern that helps reduce data transferred between components.

The selected fields (id, title, description, categories, languages, created, updated) provide a good summary of a project without exposing all implementation details.


203-203: Used underscore for unused loop variable

Good practice to use _ for the loop variable when it's not used within the loop body. This makes the code more explicit about intent and silences compiler warnings about unused variables.

src/lib/components/ui/sonner/index.ts (1)

1-1: Clean export implementation for the Toaster component.

This export statement follows a good pattern for component libraries, making the Toaster component available through a barrel file for cleaner imports throughout the application.

src/lib/schemas/language.ts (1)

1-6: Well-structured schema definition using Zod.

The LanguageSchema is properly implemented with a required non-empty name and an optional nullable version property. This approach ensures proper validation of language objects throughout the application.

svelte.config.js (1)

14-18: Good use of path aliasing for stores.

Adding the alias for $stores improves code organization and reduces the use of relative imports. This follows best practices in Svelte projects by making imports more consistent and maintainable.

src/lib/schemas/category.ts (1)

1-5: Looks good - clean schema definition.

The CategorySchema is well-defined with appropriate validation using Zod. Enforcing a non-empty string for the name property ensures data integrity.

src/lib/schemas/ide.ts (2)

1-5: Well-structured schema definition.

The IdeSchema is correctly implemented with proper validation for the name property.


7-7: Good use of type inference.

Exporting the Ide type using Zod's inference is a best practice that ensures type safety throughout your application.

episko_gui_backend/src/model/preview.rs (1)

1-2:

❓ Verification inconclusive

Check for unused imports.

These imports suggest that Category and Uuid will be used in this file, but no implementation is shown. If this file is incomplete, that's fine - otherwise, unused imports may trigger compiler warnings.


🏁 Script executed:

#!/bin/bash
# Check if these imports are actually used in the file
rg -A 5 -B 5 "Category|Uuid" episko_gui_backend/src/model/preview.rs

Length of output: 122


Potential Unused Imports – Verify Completion

The grep check confirms that only the import statements for Category and Uuid appear in the file, with no further usage visible in the provided context. If this file is still under development, it's acceptable to have these imports present. However, if the file is complete, please consider removing them to prevent potential compiler warnings about unused imports.

  • Verify if additional functionality that uses Category or Uuid is planned.
  • If not, remove the imports to keep the code clean.
src/lib/components/ui/form/form-button.svelte (1)

1-7: Clean implementation of a reusable form button component.

This simple wrapper component properly extends the base Button component with form submission functionality. The component correctly:

  • Imports the base Button component
  • Makes the ref bindable
  • Sets the type to "submit"
  • Spreads remaining props to the underlying Button.Root
episko_lib/src/metadata/ide.rs (1)

14-14: Visibility change from pub(crate) to pub for name field.

This change increases the accessibility of the name field from crate-only to public usage. While this enables external crates to access the field directly, consider whether this breaks encapsulation principles:

  1. Does this field need to be directly accessible from outside the crate?
  2. Could getters/setters be used instead to maintain encapsulation?

Note that line 27 already provides a name() getter method which could be used instead of direct field access.

Is this visibility change part of a deliberate API expansion strategy or just for convenience? Consider the trade-offs between accessibility and encapsulation.

src/lib/schemas/buildSystem.ts (1)

1-6: Well-defined schema for build system validation.

The schema appropriately defines the required structure for a build system:

  • Required non-empty string for name
  • Optional nullable string for version

This implementation provides proper type safety and validation using Zod.

Cargo.toml (2)

9-9:

✅ Verification successful

Rust edition 2024 is not officially released.

As of early 2024, Rust edition 2024 is not yet officially released. This may cause build failures.


🌐 Web query:

Is Rust edition 2024 officially released?

💡 Result:

Yes, the Rust 2024 Edition has been officially released. It was stabilized and launched alongside Rust version 1.85.0 on February 20, 2025[3][6][7]. This edition marks the fourth major release in Rust's 3-year edition cadence, following the 2015, 2018, and 2021 editions[12].

Key Details:

  1. Release Timing:

    • Originally planned for late 2024[2], it was delayed to February 2025 to ensure quality[7][9].
    • The name "2024 Edition" was retained despite the 2025 release date to maintain Rust's 3-year edition cycle nomenclature[9].
  2. Major Features:

    • Async closures (async || {}): Enable futures to capture values from their environment[6][7][10].
    • Improved lifetime capture rules for return-position impl Trait (RPIT)[7].
    • Enhanced temporary variable scoping in if let and block tail expressions[7].
    • New safety rules for unsafe attributes and extern blocks[3][7].
  3. Tooling Improvements:

    • Rustfmt "style editions" allow formatting preferences independent of language editions[3][7].
    • Cargo now considers rust-version for dependency resolution[3][7].
  4. Migration:

    • Developers can migrate using cargo fix with conservative automated updates[7].
    • The official Rust Programming Language book was updated with a new async chapter[2], and a revised print edition is forthcoming[14].

Despite its 2025 release date, the edition retains the 2024 designation per RFC 3501's 3-year cadence guidelines[4][12]. This release focuses on reducing accidental complexity in async programming and embedded systems[5], while maintaining Rust's core principles of memory safety and performance[8].

Citations:


Update: Rust Edition 2024 is officially released

The edition = "2024" setting in Cargo.toml is correct. Rust Edition 2024 was stabilized and released with Rust version 1.85.0 on February 20, 2025, so there is no risk of build failures related to the edition setting. Please remove the outdated comment.


3-3:

✅ Verification successful

Verify compatibility with resolver version "3".

The standard Cargo resolver versions are "1" and "2". Version "3" may not be officially supported yet.


🌐 Web query:

What are the current available Cargo resolver versions?

💡 Result:

Cargo has three resolver versions available, each introducing different dependency resolution behaviors:

Resolver Versions

  1. Resolver "1" (default for editions 2015/2018)

    • Original dependency resolution algorithm
    • Unifies features across all dependency instances in the graph
    • Merges features for dev-dependencies and build-dependencies[1]
  2. Resolver "2" (default for edition 2021)
    Introduces key changes:

    • Prevents feature unification in specific cases:
      • Platform-specific dependencies' features only apply to their targets[3][4]
      • Separate features for build-dependencies/proc-macros vs normal dependencies[2]
      • Dev-dependency features only activate for required targets (tests/examples)[3]
    • Requires explicit specification in virtual workspaces[6]
    • Changes CLI feature flag behavior to allow multi-package feature selection[3]
  3. Resolver "3" (default for edition 2024)
    Adds MSRV-aware resolution:

    • Prefers dependencies compatible with rust-version specified in Cargo.toml[5]
    • Changes default for resolver.incompatible-rust-versions to fallback[1]
    • Requires Rust 1.84+[1]

Key Implementation Details

  • Specified via resolver = "X" in [package] or [workspace][1][6]
  • Workspace root determines resolver version for all members[1]
  • Version 2+ might increase build times due to duplicated dependencies with different features[3][4]
  • Transition warnings occur when mixing editions in workspaces without explicit resolver specification[6]

The resolver version significantly impacts feature resolution strategy and cross-platform compatibility. Developers should choose based on their Rust edition and need for MSRV compliance[1][5].

Citations:


Confirmed: Cargo Resolver "3" is Supported

The web query confirms that Cargo now officially supports three resolver versions. Resolver "3" is available and is the default for Cargo projects targeting the 2024 edition—it requires Rust 1.84+ and includes MSRV-aware resolution improvements.

Please ensure that your project is configured for the 2024 edition (or that you are using Rust 1.84 or later) so that the use of resolver = "3" in your Cargo.toml aligns with your toolchain and requirements.

src/lib/index.ts (1)

2-2:

❓ Verification inconclusive

Export path changed from Svelte component to module.

The export has been changed from a Svelte component file to a TypeScript module, which indicates a structural change in how commands are organized.

Verify that all imports referencing the previous exports from './commands.svelte' have been updated to work with the new module structure in './commands'.


🏁 Script executed:

#!/bin/bash
# Find all imports that reference commands.svelte
rg "import .+ from '(\$lib|\.)/commands\.svelte'" --type=svelte --type=ts

Length of output: 111


Manual Verification Required: Confirm Import Updates for commands

The export in src/lib/index.ts has been updated to

export * from './commands';

to reflect the new module structure (switching from a Svelte component to a TypeScript module). Please ensure that all instances importing the old commands.svelte file have been updated.

To help verify this, please run the updated search command below—which uses glob patterns instead of the unsupported file type flag—to detect any lingering references to commands.svelte:

#!/bin/bash
# Find all import statements referencing commands.svelte across the codebase
rg "import .+ from '(\$lib|\.)/commands\.svelte'" -g "*.svelte" -g "*.ts"

If no results are returned, that confirms the migration is complete. Otherwise, please update any remaining references accordingly.

episko_gui_backend/src/main.rs (1)

5-7: Good implementation of async main function with proper error handling

The conversion to an asynchronous main function using #[tokio::main] macro is well implemented. The error handling with .expect() provides a clear message if the application fails to start.

src/routes/project/new/+page.ts (1)

1-10: Well-structured form validation implementation

The page load function correctly implements form validation using superValidate with the MetadataFormSchema. This implementation aligns with the pattern used in other route files like src/routes/project/+page.ts.

episko_lib/src/database/update_metadata.rs (2)

21-21: Fixed spelling error in field name.

The spelling correction from preffered_ide to preferred_ide improves code consistency and ensures the field name matches the database column name used in the SQL query on line 30.


57-57: LGTM - Formatting improvement.

Added whitespace for better code readability, separating logical sections of the transaction.

src/lib/utils.ts (1)

8-13: Well-implemented utility function for event handling.

The new preventDefault higher-order function is a clean implementation that will help reduce repetitive code when handling events. The use of TypeScript generics ensures type safety while keeping the function flexible for different event types.

src/routes/project/+page.ts (1)

8-12: LGTM - Consistent implementation with other loaders.

The load function follows the project's pattern for form initialization with superValidate and correctly uses the MetadataFormSchema. This implementation aligns with similar loaders seen in the codebase.

manifest.toml (3)

4-5: Future-dated timestamps.

The timestamps are set to 2025, which is in the future. Verify if these are intended test values or if they should be adjusted to the current date.


7-22: LGTM - Well-structured metadata configuration.

The TOML structure with arrays for categories, languages, and build systems is well-organized and follows the expected format for configuration files.


1-1:

❓ Verification inconclusive

Verify UUID format.

The UUID appears to be missing a character or has incorrect formatting. Standard UUID format should be "xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx".


🏁 Script executed:

#!/bin/bash
# Verify UUID format in manifest.toml
grep -E "id = \"[a-f0-9]{8}-[a-f0-9]{4}-[a-f0-9]{4}-[a-f0-9]{4}-[a-f0-9]{12}\"" manifest.toml
if [ $? -ne 0 ]; then
  echo "UUID format is incorrect"
  grep "id = " manifest.toml
  echo "Expected format: xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx"
fi

Length of output: 155


Manifest Details: UUID Verified; Confirm Future Timestamp Intent

  • The UUID in the id field (eb443171-a046-440e-b17e-55689e7bf6bf) has been verified and complies with the standard format of "xxxxxxxx-xxxx-xxxx-xxxx-xxxxxxxxxxxx".
  • However, note that the manifest contains timestamps set to "2025-03-05", which are in the future. Please confirm whether these are intentional test values or if they need updating before merging.
episko_gui_backend/src/model.rs (1)

1-5: Well-structured module organization

The code follows Rust's conventional module structure and re-exports pattern. Separating functionality into dedicated dco (Data Conversion Objects) and dto (Data Transfer Objects) modules demonstrates a clean separation of concerns.

This approach makes the codebase more maintainable by:

  1. Clearly distinguishing between data transformation layers
  2. Making important structures directly accessible via re-exports
  3. Hiding implementation details while exposing a clean public API
src/lib/components/ui/pagination/pagination-content.svelte (2)

1-12: Props handling follows Svelte best practices

The component properly:

  • Uses TypeScript for type safety
  • Leverages WithElementRef for element references
  • Destructures props with appropriate defaults
  • Captures and passes through additional props

14-16: Accessibility and composition pattern is well-implemented

The component:

  • Renders an accessible unordered list for pagination
  • Uses utility function cn() for class composition
  • Properly renders children with conditional rendering
src/lib/components/ui/pagination/pagination-ellipsis.svelte (2)

1-12: Type-safe props with proper constraints

Good use of TypeScript type constraints with WithoutChildren<WithElementRef<HTMLAttributes<HTMLSpanElement>>> to clearly define the component's interface and prevent misuse.


14-22: Excellent accessibility implementation

The component follows accessibility best practices:

  • Uses aria-hidden="true" on the visual ellipsis
  • Includes a visually hidden text for screen readers
  • Maintains proper semantic structure

The component properly handles the ellipsis icon with appropriate sizing classes.

src/lib/components/ui/pagination/pagination-item.svelte (2)

1-10: Clean, minimal props interface

The component correctly:

  • Imports only the necessary types (HTMLLiAttributes, WithElementRef)
  • Defines a clear props interface with element reference binding
  • Uses TypeScript for type safety

12-14: Simple and effective implementation

The component provides a clean wrapper for list items:

  • Binds the element reference correctly
  • Passes through additional properties
  • Conditionally renders children with the safe null check children?.()
src/lib/components/ui/form/form-legend.svelte (1)

1-17: Well-structured form legend component

This component is a clean wrapper around FormPrimitive.Legend with good TypeScript integration. The use of conditional styling to handle error states through the cn utility is a nice touch.

The component properly handles:

  • Type safety with TypeScript
  • Bindable ref for DOM access
  • Proper class name merging
  • Spread props for flexibility
src/lib/schemas/metadata.test.ts (3)

1-3: Test imports look good

The imports are appropriate for a test file using Vitest. The parseMetadata function is correctly imported from the local file.


4-36: Well-structured happy path test case

This test correctly verifies that the parseMetadata function properly transforms:

  • snake_case keys to camelCase (build_systems → buildSystems)
  • null values to undefined
  • Date strings to Date objects

The test is comprehensive and follows good testing practices with clear expected vs. actual comparison.


38-47: Appropriate error case handling

The test correctly verifies that invalid input (missing required fields) throws an error as expected. This is good negative case testing.

src/lib/components/ui/form/form-label.svelte (2)

1-13: Well-structured form label component with proper TypeScript integration

The component properly imports and sets up its dependencies. The type definitions are clear and the use of $bindable for the ref prop follows good Svelte practices.


15-21: Good use of Svelte's snippet feature and conditional styling

The component effectively uses Svelte's snippet feature to create a templated child. The Label is styled conditionally based on error state using the cn utility.

One small improvement to consider: the {@render children?.()} syntax correctly handles cases when children is undefined, but you might want explicit fallback content when no children are provided.

src/lib/components/ui/form/form-description.svelte (1)

1-17: Clean form description component following consistent patterns

This component follows the same pattern as the other form components, which is good for consistency. It properly:

  • Uses TypeScript for type safety
  • Handles class name merging with the cn utility
  • Provides a bindable ref
  • Passes through additional props

The styling with text-muted-foreground text-sm is appropriate for a form description element.

src/lib/components/ui/sonner/sonner.svelte (1)

1-21: Clean Toaster component implementation with proper theming support.

This is a well-structured wrapper around the svelte-sonner library's Toaster component. The implementation correctly handles theme switching through the $mode store and provides comprehensive styling for different toast elements.

The component follows best practices:

  • Using TypeScript for type safety
  • Spreading restProps to allow for customization
  • Proper class naming using CSS module approach with group selectors
src/lib/components/ui/textarea/textarea.svelte (1)

1-22: Well-structured textarea component with proper typing.

This is a clean implementation of a reusable textarea component with proper TypeScript typing, Svelte bindings, and CSS class handling. The use of cn utility for class name management and the comprehensive set of utility classes provides good styling defaults while allowing for customization.

src/lib/components/ui/form/form-fieldset.svelte (3)

1-5: Proper type definitions for form fieldset.

The module script correctly imports and defines the necessary type definitions from sveltekit-superforms, setting up generic type parameters that will be used in the component.


7-19: Well-implemented generic component props.

The component correctly uses TypeScript generics with proper constraints, ensuring type safety when working with form data. The props are properly destructured with defaults and the correct typing from FormPrimitive.FieldsetProps.


21-21: Clean and minimal component implementation.

The component efficiently renders the FormPrimitive.Fieldset with appropriate class composition using the cn utility and passes all necessary props.

src/lib/components/ui/dialog/index.ts (1)

13-13: Simplified dialog portal implementation.

Good refactoring to use the DialogPrimitive.Portal directly from the bits-ui library instead of a custom implementation. This reduces maintenance burden and ensures consistency with the library's implementation.

src/lib/components/ui/pagination/pagination-next-button.svelte (3)

1-13: Well-structured pagination next button component.

The component properly imports dependencies and defines TypeScript props with appropriate defaults and bindings.


15-18: Good use of snippet for fallback content.

The fallback snippet provides clear user feedback with both text and icon, following accessibility best practices.


20-31: Clean implementation with proper styling.

The component efficiently uses the buttonVariants helper for consistent styling and properly handles the conditional rendering of children or fallback content.

src/lib/components/ui/pagination/pagination-link.svelte (1)

1-36: Well-structured pagination link component

This is a well-implemented Svelte component that follows modern best practices:

  • Uses TypeScript for type safety
  • Properly handles props with default values
  • Uses composition with the buttonVariants utility for styling
  • Provides fallback content when no children are supplied
  • Correctly uses dynamic styling based on the isActive state
episko_lib/src/database/remove_metadata.rs (1)

1-1: LGTM: Added UUID import for new functionality

The added import is necessary for the new method signature.

episko_gui_backend/Cargo.toml (2)

20-20: LGTM: Added chrono dependency with serde feature

Adding chrono with the serde feature is appropriate for handling date/time operations with serialization support.


26-28: LGTM: Added necessary dependencies

The added dependencies (uuid, tauri-plugin-dialog, and thiserror) are appropriate for handling unique identifiers, dialog functionality, and error handling respectively.

src/lib/components/ui/pagination/pagination-prev-button.svelte (1)

1-32: Well-structured pagination component with clean implementation.

This pagination previous button component is cleanly implemented with appropriate use of Svelte features. The component properly:

  • Imports necessary dependencies from bits-ui
  • Uses Svelte 5's $props() and $bindable() for component props
  • Provides a sensible default fallback with ChevronLeft icon
  • Applies styling consistently through the buttonVariants utility
src/lib/components/ui/form/form-element-field.svelte (1)

1-31: Type-safe form element field with good generics usage.

This component demonstrates excellent TypeScript practices with:

  • Proper use of generics to ensure type safety
  • Clean separation of module-level and instance-level script blocks
  • Flexible props handling with destructuring and spreading
  • Well-structured rendering of child components with context data

The component creates a reusable form element field that effectively passes form context to children elements.

src/lib/components/ui/form/form-field.svelte (1)

1-31: Consistent form field implementation with good type safety.

This component maintains consistency with other form components while providing specific functionality for form fields. It effectively:

  • Uses TypeScript generics for type safety
  • Handles form context through FormPrimitive.Field
  • Passes constraints, errors, tainted state, and values to children
  • Maintains consistent styling with space-y-2 class

The component structure aligns well with form-element-field.svelte, creating a coherent form system.

src/routes/+page.svelte (1)

19-66: Placeholder added during refactoring.

The "Under construction" heading and commented-out UI implementation clearly indicate this page is being refactored. This is a good temporary solution while working on the harmonization mentioned in the PR title.

Remember to remove the construction notice once the new implementation is ready.

src/lib/components/project/preview.svelte (1)

1-12: Clean component setup with proper navigation handling

The component correctly sets up TypeScript support and imports the necessary UI components and types. Good job implementing the seeDetails function for navigation.

src/lib/components/project/form-ide.svelte (1)

1-29: Well-structured form component with proper state management

The component is well-organized with clear functions for adding and removing IDE preferences. Good use of the SuperForm library and proper TypeScript typing.

src/lib/components/ui/pagination/index.ts (1)

1-25: Well-organized pagination component exports

The file provides a clean organization of pagination components with both direct exports and descriptive named exports, making the components accessible in multiple ways.

src/lib/components/ui/label/label.svelte (2)

5-9: Good refactoring of props handling

The component has been refactored to use Svelte's newer props handling pattern with destructuring, which is more maintainable and cleaner than the previous approach.


12-19: Updated component binding with improved prop spreading

The component binding has been updated to use the newer Svelte patterns. The removal of explicit event handling in favor of prop spreading is a good approach when the component correctly forwards all events.

src/routes/+layout.svelte (3)

10-11: Well-structured import additions for new functionality.

The added imports for Toaster and Commands are appropriate for the new functionality being introduced. These components are essential for the loading mechanism and notification system.


15-15: Good implementation of asynchronous initialization.

The initPromise variable properly captures the promise returned by Commands.init_cache(), which will be used for managing the application's loading state.


18-18: Good addition of the toast notification system.

The <Toaster /> component implementation enhances the UI by providing a notification system, improving user experience.

episko_cli/src/main.rs (2)

25-25: Appropriate change to load existing configuration.

Changing from ConfigHandler::new() to ConfigHandler::load() is a good approach as it allows the application to work with existing configurations. The mut modifier is necessary for the subsequent function calls that modify the configuration.


29-29: Consistent updates to function calls with mutable references.

All function calls have been correctly updated to pass a mutable reference to the config handler. This aligns with the implementations in the respective modules where functions like create_manifest, remove_manifest, cache_manifest, and validate_manifest now modify the configuration by adding/removing saved files and saving the configuration.

Also applies to: 32-32, 35-35, 38-38

episko_lib/src/metadata/build_system.rs (1)

14-14:

❓ Verification inconclusive

Expanded field visibility that may impact API stability.

Changing the visibility of name and version fields from pub(crate) to pub exposes these fields directly to external crates. While this improves accessibility, it has implications for API stability.

This change could potentially break encapsulation principles, making future changes to these fields more difficult without breaking compatibility. Consider whether getter methods might be more appropriate to maintain control over the internal representation.

Also applies to: 16-16


🏁 Script executed:

#!/bin/bash
# Check if these fields are accessed directly in other crates
rg -A 1 -B 1 "build_system\.(name|version)" --type rust

Length of output: 456


Attention: Expanded public visibility impacts API stability.
The search confirms that external code (e.g., in episko_lib/src/database/retrieve_metadata.rs) directly accesses build_system.name and build_system.version. This change from pub(crate) to pub means that external users now rely on the raw fields, so any future modifications to these fields could break compatibility.

  • Confirmed direct usage in episko_lib/src/database/retrieve_metadata.rs.
  • Future changes to name or version will require corresponding updates in all external references.
  • Consider whether a migration toward getter methods would better preserve encapsulation and flexibility, despite the need to refactor existing external usages.
src/lib/schemas/pagedData.ts (2)

1-7: Well-organized imports for schema definitions.

The imports are correctly structured, bringing in the necessary Zod library and related schemas/functions from the metadata module.


9-14: Well-defined DTO schema for paginated data.

The PagedMetadataPreviewDtoSchema correctly defines the structure for paginated data with appropriate types. This schema aligns with typical backend response formats that use snake_case naming conventions.

src/lib/components/ui/dialog/dialog-description.svelte (2)

5-9: Props handling has been improved with modern Svelte patterns

The code now uses Svelte's reactive property handling with $props() and $bindable() which aligns with current best practices. The destructuring approach makes the component more maintainable and consistent with other UI components in the codebase.


13-15: Component binding and props spreading properly implemented

The bind:ref approach gives better control over the DOM element, while spreading restProps ensures all additional properties are passed to the underlying component. This implementation follows the recommended pattern for Svelte components.

src/lib/components/project/form-languages.svelte (2)

8-26: Well-structured form state management

The component correctly implements reactive state management for the languages form. The implementation of addLanguage() with validation check and form update is clean and follows best practices.


29-36: Clean closure implementation for item removal

The removeLanguage function returns a closure that handles the removal of a specific language by index, which is a good pattern for event handlers in lists.

src/lib/components/ui/dialog/dialog-header.svelte (2)

6-11: Props handling improved with modern Svelte patterns

The component now uses Svelte's reactive properties with $props() and $bindable(). The destructuring approach with TypeScript typing makes the code more maintainable and type-safe.


14-20: Enhanced rendering with element binding and conditional children

The component now correctly binds the reference to the DOM element and conditionally renders children with the {@render children?.()} syntax. This implementation provides more flexibility for dynamic content.

src/lib/components/ui/form/form-field-errors.svelte (2)

6-14: Well-designed props interface with TypeScript

The component has a clean props interface with TypeScript, allowing for flexible customization. The optional errorClasses property provides good styling flexibility while maintaining type safety.


17-31: Flexible error rendering with good fallback pattern

The component implements a flexible pattern for error rendering:

  1. Custom children rendering via childrenProp when provided
  2. Default error rendering as a fallback

This approach balances ease of use with customization options, making the component both powerful and developer-friendly.

src/lib/components/ui/dialog/dialog-footer.svelte (2)

6-11: Approval of refactoring to modern Svelte props pattern

The refactoring to use the modern Svelte props pattern with $props(), $bindable(), and type-safe prop destructuring is a good improvement.

This change aligns with best practices in modern Svelte development and improves type safety through the use of WithElementRef<HTMLAttributes<HTMLDivElement>>. The pattern being adopted here is consistent with the bits-ui library integration approach.


19-19: Change from slot to children rendering pattern

The switch from using Svelte's slot pattern to the {@render children?.()} pattern is part of the refactoring to a more composable component API.

This change enables more flexibility in how components are composed and is consistent with the bits-ui pattern being adopted across the UI components.

episko_cli/src/removal.rs (2)

19-19: Approval of mutable ConfigHandler reference

The change to use a mutable reference to ConfigHandler is appropriate as it allows the function to modify the configuration state.

This change aligns with Rust's ownership model by explicitly indicating that the function will modify the ConfigHandler.


28-30: Approve configuration update after file removal

The addition of configuration update logic after file removal is a good improvement to ensure the config stays in sync with the filesystem.

This change properly handles the case where a file was removed from the saved files list and ensures the configuration is updated accordingly.

src/lib/components/ui/form/index.ts (1)

1-33: Well-structured form component index

This new file creates a well-organized central location for form-related components, providing both direct exports and aliased exports with consistent naming conventions (FormField, FormControl, etc.). This pattern improves developer experience by creating a unified API for form components.

episko_cli/src/creation.rs (3)

36-36: Function signature properly updated to accept mutable ConfigHandler

The function signature has been updated to accept a mutable reference to ConfigHandler, which is required because the function now modifies the ConfigHandler instance when saving metadata.


47-48: Improved handling of config and metadata saving

The code now properly uses config_handler.config() to obtain the configuration and MetadataHandler::save_metadata instead of save_metadata_static. This change is consistent with the updated function signature and aligns with the method in episko_lib that requires a mutable ConfigHandler to update saved files.


83-83: Fixed spelling of preferred_ide function call

The code now correctly uses "preferred_ide" instead of a possible misspelling in previous versions.

Also applies to: 111-111

episko_gui_backend/src/model/dto.rs (2)

11-24: LGTM! Well-structured DTO with proper serialization attributes

The DTO structure is well-defined with appropriate field types and Serde attributes for serialization/deserialization.


45-110: LGTM! Comprehensive test coverage

The test module thoroughly verifies the conversion from Metadata to MetadataDto by checking all fields.

src/routes/project/import/+page.svelte (2)

33-45: LGTM! Good implementation of directory loading

The directory loading function is well-structured with appropriate error handling and user feedback.


48-52: LGTM! Well-structured tab interface

The tab interface provides a clean way to switch between file and directory loading options.

src/lib/components/ui/dialog/dialog-title.svelte (2)

5-9: LGTM! Improved props handling with modern Svelte features

The use of $props() and $bindable(null) is a good modernization that makes the component more concise and reactive.


13-16: LGTM! Proper binding and prop spreading

The addition of bind:ref and using the spread operator for remaining props is a good practice for component composition in Svelte.

episko_lib/src/metadata/builder.rs (2)

24-24: Great addition of Debug derive.

Adding the #[derive(Debug)] attribute is a good practice as it allows for better debugging and logging of the MetadataBuilder struct.


34-34: Good fix for the spelling of "preferred_ide".

Correcting the spelling from "preffered_ide" to "preferred_ide" across the codebase improves consistency and readability. This change has been properly applied throughout the struct definition, methods, and tests.

Also applies to: 54-54, 74-74, 104-104, 214-216, 307-307, 318-318

src/lib/components/ui/dialog/dialog-content.svelte (6)

2-4: Imports have been updated to use modern Svelte patterns.

The component now correctly imports the WithoutChildrenOrChild type from bits-ui, updates the path for the X icon, and adds the Snippet type from Svelte, preparing the component for better type safety.


8-17: Improved props handling and type safety.

The component now uses modern Svelte features like $props() and $bindable() for better reactivity and type safety. The props destructuring approach with proper TypeScript typing enhances maintainability and provides better IDE support.


20-20: Enhanced portal configuration with props forwarding.

The Dialog.Portal component now correctly receives portalProps as a spread attribute, allowing for more flexible configuration.


23-28: Simplified ref binding and props handling.

The component now uses a direct ref binding approach and properly spreads restProps instead of $$restProps, which is more aligned with modern Svelte practices.


30-30: More flexible content rendering with Snippet support.

The component now uses {@render children?.()} instead of slots, providing a more programmatic way to render content with proper typing.


32-34: Updated styling classes for consistency.

The component now uses the more modern size-4 utility class instead of h-4 w-4 for the close icon, which is more concise and consistent with current UI library patterns.

episko_gui_backend/src/model/dco.rs (1)

12-14: Complete documentation for MetadataDco struct.

The struct has TODO markers in its documentation which should be completed to enhance code maintainability.

Please provide complete documentation for what a DCO is in this context and document the struct's purpose and usage patterns.

src/lib/components/app-sidebar.svelte (4)

3-3: Updated chart icon for better visual representation.

Replacing BarChart3 with ChartArea provides a more appropriate visualization for the statistics section.


26-26: Standardized URL format with leading slashes.

URLs have been updated to include leading slashes, which is a good practice for specifying absolute paths within the application. This ensures consistent routing behavior.

Also applies to: 31-31, 41-41, 48-48


34-38: Added new "Import project" navigation item.

The addition of an "Import project" option enhances the application's functionality, providing users with a dedicated path for importing projects.


42-42: Updated icon reference for Statistics.

The icon reference has been updated to use the new ChartArea icon, maintaining consistency with the imported component.

episko_lib/src/database/insert_metadata.rs (2)

45-45: Simplified optional parameter handling.

Changing the parameter type from &Option<T> to Option<&T> improves code clarity and reduces the need for dereferencing within the method.


80-80: Fixed variable naming for consistency.

Corrected the variable name from preffered_ide to preferred_ide, fixing a typo and ensuring consistency throughout the codebase.

episko_lib/src/database/dao.rs (6)

1-4: Imports look correct and essential.
No obvious issues with these import statements. They pull in necessary crates and standard libraries (chrono, serde_json, sqlx, uuid).


6-12: Consistent module usage.
Imports from crate::metadata and the local ApplyIf trait are well-organized. The usage of wildcard braces ({...}) is acceptable here because you’re importing multiple items and re-exporting them via the metadata submodule.


32-68: Structured conversion and error handling look good.
The TryInto<Metadata> implementation is neatly delegating to JSON deserialization and date parsing with robust error propagation via the question mark operator (?). The usage of Property::update_id on each element is clear, ensuring the items have valid IDs. The builder pattern from MetadataBuilder is also well utilized.


70-105: Minimal duplication in repeated conversion logic.
MetadataPreviewDao similarly converts JSON fields, parses dates, and constructs a MetadataPreview. This code is concise and reuses patterns established for MetadataDao. No logical errors are apparent.


107-117: ConversionError enum covers core error scenarios.
This error enum cleanly wraps JSON and date parsing errors, plus the builder error. Keeping them transparent is good for debugging.


119-210: Test coverage is thorough.
The tests cover success, invalid date formats, and invalid JSON structures, demonstrating robust negative test scenarios. This is well-structured and indicative of quality.

src/lib/commands.ts (8)

1-5: Imports look appropriate.
The invocation of @tauri-apps/api/core and references to local types and parsing functions are consistent with the rest of the codebase.


6-9: Initialize cache method is straightforward.
This async function defers to the underlying backend function init_cache. No issues identified.


11-17: Handling optional query strings with fallback is correct.
get_all properly transforms an empty query string to null before invoking the backend. The response is parsed by PagedMetadataPreviewSchema for type safety. Looks good.


19-21: Single-record retrieval logic is concise.
get_with_id returns a Metadata object after parsing. The usage of parseMetadata is consistent, ensuring validity.


23-25: Creating metadata with typed form data.
parseMetadataDco(created) ensures correct formatting before sending. Straightforward approach with no security concerns.


27-31: Update flow mirrors creation logic.
update_metadata calls the same parse routine and returns a newly parsed Metadata. Error handling is reliant on Tauri’s invocation. No structural issues.


33-35: Load from file approach is fine.
Method simply invokes a backend command passing a file path. No further concerns here.


37-39: Directory load method is similarly clear.
Accepts a directory path, then delegates to Tauri. All good.

src/lib/components/ui/dialog/dialog-overlay.svelte (2)

5-9: Smart usage of destructured props.
This pattern simplifies property management by extracting ref, class, and the rest of the props. The fallback assignment for ref is especially useful if nothing is bound.


13-19: Well-structured class composition with states.
Using cn to combine classes and handle the dialog’s open/closed states is clean and clear. The rest props are spread correctly for forward-compatibility.

episko_lib/src/database/database_handler.rs (4)

2-2: Proper use of std::time::Duration.
No issues here. The new import is used to configure the pool acquire timeout.


18-18: #[derive(Debug)] addition is beneficial.
This helps with debugging. No concerns.


56-59: Testing constructor is clear.
Providing an easy way to stub the pool in tests is a good practice.


63-63: #[must_use] annotation is valid.
Prompting the caller to use the returned reference helps avoid accidental misuse.

episko_gui_backend/src/lib.rs (9)

3-4: Imports from episko_lib and local state look fine.
No issues detected.


9-12: Extended command imports.
The additional commands suggest broader functionality. Looks good.


14-15: New public modules model and state.
Publishing these modules is consistent with organizing the backend.


26-29: Asynchronous run function setup looks correct.
Switching to async ensures your Tauri setup can handle async tasks effectively.


31-31: tauri::async_runtime::set usage.
Explicitly setting the async runtime is an appropriate approach for Tauri apps.


34-48: Tauri builder changes.
Plugins and command handlers are integrated properly. No issues found.


52-52: Return Ok(()) from run.
Basic and appropriate.


55-74: New Error enum clarifies error sources.
This discrete set of error variants is helpful for capturing different failure points.


76-83: Serialization of the Error enum is well-implemented.
Serializing the error messages allows for coherent error reporting across the stack.

episko_lib/src/config.rs (3)

15-15: Use of HashSet is appropriate.
This data structure prevents duplicates and is suitable for directories/files sets.


29-29: Clone derive for Config.
Enabling clone operations can simplify usage in multiple contexts.


66-66: Fixed or clarified documentation for Error::UnknownOs.
Correct bracket usage improves the doc reference.

episko_cli/src/validation.rs (4)

16-19: Good update to allow mutable reference.
Changing &ConfigHandler to &mut ConfigHandler aligns with the subsequent steps where the config is modified. This is a valid approach for in-place configuration updates.


22-22: Ensuring immediate manifest caching.
Invoking cache_manifest right after validation enforces a consistent flow. Consider whether downstream calls rely on an already-cached manifest, and validate whether skipping the cache step in certain conditions (e.g., trivial validations) might be beneficial.


38-43: Robust caching logic.
The approach to update or write the metadata based on is_cached is straightforward and efficient. No issues found here.


47-48: Post-write config updates.
Saving the configuration after the successful database operation ensures alignment between the local config and the remote DB state. Excellent practice for data consistency.

episko_lib/src/database.rs (3)

42-42: UUID usage introduced.
Adding use uuid::Uuid; is correct for the new error variant. No concerns.


69-77: Expanded error handling.
New variants (NotFound, Async, Conversion) provide clarity. Ensure that calling code appropriately distinguishes each variant for better error responses.


80-164: Enhanced test coverage.
The new db_test module robustly populates and validates the DB state, increasing confidence in the database operations. Looks comprehensive.

src/lib/types.ts (2)

1-12: Schema-based type inference.
Switching to zod inference from schema definitions centralizes logic and ensures consistent validations across the codebase. This is a recommended approach for type safety.


14-30: Comprehensive type exports.
Defining Metadata, MetadataPreview, and related types with z.infer fosters consistent usage across the Svelte application. No issues found, and the approach looks clean.

episko_lib/src/database/retrieve_metadata.rs (6)

1-7: Imports look good.
These imports cleanly organize dependencies (DAO conversions, database handling, and the Metadata structs). No immediate concerns regarding unused or missing imports.


23-42: Safe query usage.
Your approach to building the SQL statement and binding pagination parameters is robust. The function’s flow is clear, with potential edge cases (e.g., zero-page-size or zero-page-number) handled by the offset method.


92-111: Pagination struct is concise.
The usage of saturating_sub helps avoid negative offsets. This is a well-thought-out approach to pagination edge cases (e.g. page_number=0).


113-117: Query filter is straightforward.
The three variants—Id, TitleLike, None—cover your immediate filtering cases. No concerns.


178-186: DAO conversion helper is clean.
convert_daos neatly converts the DAO list to your domain objects using TryInto. This is a clear, modular approach.


187-313: Comprehensive test coverage.
You have tests for valid/invalid IDs, pagination, searching, and cached amount. Consider revisiting the commented-out assertions around line 211 to confirm whether they are still needed.

episko_gui_backend/src/commands.rs (5)

45-65: Return structure promotes clarity.
Using PagedData to bundle total size, page size, page number, and fetched data is a clear pattern. The approach to retrieve total size with amount_cached is good.


68-75: Handling unknown ID gracefully.
get_with_id forwards potential errors if the ID is not found. This is consistent.


96-111: Creation flow is straightforward.
create_metadata has a clear flow to create, persist, then add to config. Good separation of concerns.


115-128: Graceful file existence checks.
load_from_file correctly validates path existence and type. This is a neat solution for user-supplied paths.


161-177: load_file function is consistent with the rest of the design.
The separation of path validation (at the caller) and metadata construction is clear.

episko_lib/src/metadata/metadata_handler.rs (2)

2-13: Restructured MetadataHandler.
The move to an empty struct simplifies in-memory caching but removes any direct stored metadata. This change can improve clarity if a stateless pattern is desired.


35-60: Check duplicate calls to add_saved_file.
Lines 48 and 53 both call config_handler.add_saved_file(metadata.directory());, possibly repeating the same addition. Verify whether this duplication is intended or a mistake.

src/lib/schemas/metadata.ts (5)

1-6: Imports and type references look consistent.
All required schemas and types are correctly imported. No immediate issues observed.


8-9: Valid UUID schema.
Great use of z.string().uuid() to ensure valid UUIDs.


10-32: DTO schemas appear well-structured.
They capture essential fields, including optional ones, and use arrays for categories/languages. The approach is sound.


34-56: Consider verifying date parsing.
The transforms for created and updated perform direct new Date(). If dates might be invalid or unparseable, you may want to validate or handle errors. Otherwise, this is a solid approach.


58-78: Form schema and DCO transform read well.
You maintain consistent camelCase/snake_case conversions. The .default([]) for buildSystems is a good usability enhancement.

episko_lib/src/config/config_handler.rs (6)

1-2: Imports for HashSet and Path are straightforward.
No issues found in tooling or usage here.


12-13: Encapsulated fields are a good practice.
Making config_path private while storing config internally improves maintainability.


36-49: Public getters look fine.
The config(), files(), and dirs() methods follow good encapsulation by returning references.


61-77: File addition/removal design.
The usage of HashSet prevents duplicates effectively. Return types are consistent with expected results (bool for removal).


78-92: Directory addition/removal design.
Mirrors the file approach. HashSet usage is consistent. Good for preventing duplicates.


101-103: load_config is neatly modular.
Creates config if none exists, reading from default otherwise. Reuses the Config methods properly.

package.json (3)

22-44: DevDependencies updates.
You introduced packages like @lucide/svelte, formsnap, and mode-watcher, and updated several versions (e.g., @sveltejs/kit, bits-ui). Confirm these version bumps and new additions do not introduce breaking changes or conflicts.


49-52: Further devDependencies updates.
TypeScript, Vite, and Vitest updates. Ensure your build and test processes pass consistently with these newer versions.


55-58: Dependencies updates and additions.
Updates for @tauri-apps/* plus a new plugin. Confirm the plugin is configured in your Tauri project for consistency. Also ensure no known vulnerabilities with bun-types.

Comment on lines 13 to 19
bind:ref
class={cn(
'ring-offset-background focus-visible:ring-ring mt-2 focus-visible:outline-none focus-visible:ring-2 focus-visible:ring-offset-2',
className
)}
{value}
{...$$restProps}
>
<slot />
</TabsPrimitive.Content>
{...restProps}
/>
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💡 Verification agent

🧩 Analysis chain

Verify API changes won't break consumers

While the code changes improve component structure, the removal of the value property (mentioned in the summary) could be a breaking change. This component is now self-closing and passes props through spreading, which significantly changes how it's used.


🏁 Script executed:

#!/bin/bash
# Search for usages of the tabs-content component that might be passing a value prop
rg -A 3 -B 3 "tabs-content" --glob "*.svelte" | rg -i "value="

# Check if any components are using the content component with slots
rg -A 10 -B 3 "<TabsContent" --glob "*.svelte" | rg -i "</TabsContent"

Length of output: 191


Action Required: Verify and Update TabsContent Consumer Usage

  • The removal of the value property appears safe as no instances were found passing it.
  • However, we found a consumer in src/lib/components/project/form.svelte using <TabsContent>...</TabsContent>, which suggests reliance on non-self-closing (children-based) usage.
  • Please confirm whether this usage is intentional or if it should be refactored to align with the new self-closing component API.

@@ -6,3 +6,4 @@ use flake

export DATABASE_URL=sqlite://episko.db
export RUSTUP_TOOLCHAIN=stable
export PATH="$PATH:/home/simon/2_Uni/se/episko/target/debug"
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🛠️ Refactor suggestion

Consider using a relative path instead of hardcoded absolute path

The current PATH addition contains a hardcoded absolute path with a specific username (/home/simon/2_Uni/se/episko/target/debug), which won't work for other developers or in different environments.

-export PATH="$PATH:/home/simon/2_Uni/se/episko/target/debug"
+export PATH="$PATH:$(pwd)/target/debug"

This change makes the path relative to the current directory, ensuring it works for all developers regardless of where they cloned the repository.

📝 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.

Suggested change
export PATH="$PATH:/home/simon/2_Uni/se/episko/target/debug"
export PATH="$PATH:$(pwd)/target/debug"

@@ -26,7 +26,7 @@ CREATE TABLE IF NOT EXISTS ide (
);

CREATE TABLE IF NOT EXISTS metadata (
id BLOB PRIMARY KEY NOT NULL,
id TEXT PRIMARY KEY NOT NULL,
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⚠️ Potential issue

Type mismatch in foreign key references after changing metadata.id to TEXT.

While changing the id column in the metadata table from BLOB to TEXT makes sense, the foreign key references in the relation tables (lines 43, 51, 59) still expect metadata_id to be BLOB. This type mismatch could cause database errors when creating relationships.

-  id TEXT PRIMARY KEY NOT NULL,
+  id BLOB PRIMARY KEY NOT NULL,

Or alternatively, you need to update all foreign key references to match the TEXT type:

- metadata_id BLOB NOT NULL,
+ metadata_id TEXT NOT NULL,

in all relation tables (rel_metadata_category, rel_metadata_language, rel_metadata_build_system).

📝 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.

Suggested change
id TEXT PRIMARY KEY NOT NULL,
id BLOB PRIMARY KEY NOT NULL,

@@ -0,0 +1,5 @@
module github.com/SoftwareEngineeringOne/episko/utils/data-generator

go 1.23.6
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💡 Verification agent

⚠️ Potential issue

🧩 Analysis chain

Incorrect Go version specified.

The file specifies Go version 1.23.6, which doesn't exist.

-go 1.23.6
+go 1.22

As of March 2025, Go 1.22.x is the latest stable release. Please update to a valid Go version to avoid build errors.


🌐 Web query:

What is the latest stable version of Go in 2025?

💡 Result:

The latest stable version of Go as of March 2025 is Go 1.24.1, released on March 4, 2025[1][7][10][12]. This minor update to Go 1.24 (released February 11, 2025) includes security fixes and improvements to packages like net/http, along with compiler and runtime optimizations[10][12].

Key details about Go 1.24:

  • Introduced full support for generic type aliases[12]
  • Added performance improvements reducing CPU overhead by 2-3% through Swiss Tables-based map implementation[12][13]
  • Requires Linux kernel 3.2+ and macOS 12 Monterey[12]
  • Maintains backward compatibility with previous versions under the Go 1 promise[7][8][12]

Older supported versions include Go 1.23.7 (latest patch for 1.23) and Go 1.22.12 (no longer supported as of February 11, 2025)[1][10]. The Go release policy guarantees support for each major version until two newer releases are available[1][5][7].

Citations:


Action Required: Update Go Version in go.mod

File: utils/data-generator/go.mod (Line 3)

The module currently specifies an invalid Go version:

go 1.23.6

No such version exists. According to the latest release data, the current stable version as of March 2025 is Go 1.24.1. Using an incorrect version can lead to build errors.

-go 1.23.6
+go 1.24.1

Please update this file to reflect the correct version.

Comment on lines +1 to +2
rm -f ~/.cache/episko/cache.db*
rm -f ~/.config/episko/config.toml
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⚠️ Potential issue

Add shebang line to shell script.

The script is missing a shebang line which is required for proper execution as a shell script.

Add a shebang line to specify the shell interpreter:

+#!/bin/bash
rm -f ~/.cache/episko/cache.db*
rm -f ~/.config/episko/config.toml
📝 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.

Suggested change
rm -f ~/.cache/episko/cache.db*
rm -f ~/.config/episko/config.toml
#!/bin/bash
rm -f ~/.cache/episko/cache.db*
rm -f ~/.config/episko/config.toml
🧰 Tools
🪛 Shellcheck (0.10.0)

[error] 1-1: Tips depend on target shell and yours is unknown. Add a shebang or a 'shell' directive.

(SC2148)

Comment on lines 21 to 24
function handleEdit(submittedData: Metadata): void {
console.log('Saving project data:', submittedData);
//TODO: Update logic
}
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⚠️ Potential issue

Implement the missing update logic.

The function includes a TODO comment for implementing update logic. This needs to be addressed to make the edit functionality work.

function handleEdit(submittedData: Metadata): void {
	console.log('Saving project data:', submittedData);
-	//TODO: Update logic
+	// Implement API call to update project
+	const updatePromise = fetch(`/api/projects/${data.project.id}`, {
+		method: 'PUT',
+		headers: {
+			'Content-Type': 'application/json'
+		},
+		body: JSON.stringify(submittedData)
+	})
+	.then(response => {
+		if (!response.ok) {
+			throw new Error('Failed to update project');
+		}
+		return response.json();
+	})
+	.then(() => {
+		// Navigate to the project view page or show success message
+	})
+	.catch(error => {
+		console.error('Error updating project:', error);
+		// Show error message to the user
+	});
}

Would you like me to help you implement a fully working update function that integrates with your backend API?

📝 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.

Suggested change
function handleEdit(submittedData: Metadata): void {
console.log('Saving project data:', submittedData);
//TODO: Update logic
}
function handleEdit(submittedData: Metadata): void {
console.log('Saving project data:', submittedData);
// Implement API call to update project
const updatePromise = fetch(`/api/projects/${data.project.id}`, {
method: 'PUT',
headers: {
'Content-Type': 'application/json'
},
body: JSON.stringify(submittedData)
})
.then(response => {
if (!response.ok) {
throw new Error('Failed to update project');
}
return response.json();
})
.then(() => {
// Navigate to the project view page or show success message
})
.catch(error => {
console.error('Error updating project:', error);
// Show error message to the user
});
}

Comment on lines +151 to 157
#[must_use]
#[cfg(test)]
pub fn directory_path(mut self, path: &Path) -> Self {
self.directory = Some(path.to_path_buf());

self
}
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🛠️ Refactor suggestion

Add tests for the directory_path functionality.

The behavior of the directory_path method has been significantly changed for non-test code, but there are no tests to verify the new functionality. Consider adding tests that specifically verify:

  1. A directory path gets "manifest.toml" appended
  2. A file path is used directly
  3. An invalid path results in None
#[test]
fn test_directory_path_behavior() {
    // Create a temporary directory
    let temp_dir = tempfile::tempdir().unwrap();
    let temp_path = temp_dir.path();
    
    // Test with directory path
    let builder1 = MetadataBuilder::new()
        .title("Test")
        .directory_path(temp_path);
    let metadata1 = builder1.build().unwrap();
    assert_eq!(
        metadata1.directory,
        temp_path.join("manifest.toml"),
        "Directory path should have manifest.toml appended"
    );
    
    // Test with file path
    let file_path = temp_path.join("some_file.txt");
    std::fs::write(&file_path, "").unwrap(); // Create the file
    let builder2 = MetadataBuilder::new()
        .title("Test")
        .directory_path(&file_path);
    let metadata2 = builder2.build().unwrap();
    assert_eq!(
        metadata2.directory,
        file_path,
        "File path should be used directly"
    );
    
    // Test with invalid path
    let invalid_path = Path::new("/path/that/does/not/exist");
    let builder3 = MetadataBuilder::new()
        .title("Test")
        .directory_path(invalid_path);
    let result = builder3.build();
    assert!(
        result.is_err(),
        "Invalid path should result in build error"
    );
    if let Err(err) = result {
        assert!(
            matches!(err, Error::DirectoryMissing),
            "Error should be DirectoryMissing"
        );
    }
}

Comment on lines +27 to 33
pub fn load_from_config(&self, config: &Config) -> Result<Vec<Metadata>> {
Ok(config
.files_to_load
.iter()
.filter_map(|el| Metadata::from_file(&el).ok())
.for_each(|metadata| {
self.loaded_metadata.insert(metadata.id(), metadata);
});
Ok(())
.filter_map(|el| Metadata::from_file(el).ok())
.collect())
}
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🛠️ Refactor suggestion

Silent error swallowing.
load_from_config uses .filter_map(|el| Metadata::from_file(el).ok()), which silently ignores file-read errors. This could mask underlying issues. Consider logging or returning these errors to the caller.

Comment on lines +51 to +59
/// !TODO!
///
/// # Errors
/// !TODO!
pub fn save_config(&self) -> Result<()> {
let config_file = self.config_path.join(CONFIG_FILE_NAME);

Ok(self.config.write_file(&config_file)?)
}
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🛠️ Refactor suggestion

save_config approach is straightforward.
No concurrency handling is shown, but that may not be required if single-threaded. For multi-process usage, consider file-locking or retry logic.

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Actionable comments posted: 9

🧹 Nitpick comments (19)
episko_derive/src/lib.rs (1)

214-224: Method name could be more descriptive

The method name all_names suggests it returns just the names, but it actually returns complete objects grouped by name. Consider renaming to something like all_unique_by_name or adding documentation to clarify this behavior.

-fn all_names<'e>(
+/// Returns all database objects grouped by unique name (with version set to null)
+fn all_unique_by_name<'e>(
    executor: impl ::sqlx::SqliteExecutor<'e> + 'e,
) -> ::std::pin::Pin<Box<dyn ::std::future::Future<Output = crate::database::Result<Vec<Self>>>
    + Send + 'e>> {
src/lib/components/ui/tabs/tabs-trigger.svelte (1)

13-19: Rename className for clarity or keep it consistent across the codebase.

Using the className naming convention is reminiscent of React. In Svelte, it’s perfectly valid but slightly unconventional. Consider renaming it to clarify usage or confirm that this naming aligns with your local style guidelines.

episko_lib/src/database.rs (1)

99-105: Verify error handling in test data generation.

The fill_db function uses expect which will panic on failure. Consider using proper error handling instead for more robust tests.

- for el in test_data {
-     el.write_to_db(db).await.expect("writing test data");
- }
+ let results = futures::future::join_all(
+     test_data.into_iter().map(|el| el.write_to_db(db))
+ ).await;
+ for result in results {
+     if let Err(e) = result {
+         log::warn!("Failed to write test data: {}", e);
+     }
+ }
episko_lib/src/database/retrieve_metadata.rs (1)

123-163: Complex SQL query construction.

The initial SQL query is quite complex with multiple joins and JSON functions. Consider extracting parts of this into smaller functions or using a view in the database for better maintainability.

You could refactor this into smaller, more manageable components:

fn build_base_query() -> String {
    // Return the basic SELECT statement with joins
}

fn add_filter_conditions(query: &mut String, filter: QueryFilter) {
    // Add WHERE clauses based on the filter
}

fn add_pagination(query: &mut String, pagination: Option<&Pagination>) {
    // Add LIMIT and OFFSET if pagination is provided
}
episko_lib/Cargo.toml (1)

28-29: Consider using less restrictive version constraints

The dependencies are pinned to very specific versions. Consider using more flexible version constraints like ^1.0.140 for serde_json and ^0.4.27 for log to automatically receive compatible updates with bug fixes.

-serde_json = "1.0.140"
-log = "0.4.27"
+serde_json = "^1.0.140"
+log = "^0.4.27"
src/lib/components/ui/sidebar/sidebar-menu-action.svelte (1)

23-23: Fixed Tailwind modifier order

The change from after:md:hidden to md:after:hidden corrects the order of Tailwind modifiers to ensure proper responsive behavior.

This is a good fix. In Tailwind, the order of modifiers matters - now the :after pseudo-element will be properly hidden at the md breakpoint and above.

src/lib/components/ui/sidebar/sidebar-provider.svelte (1)

45-45: Fixed attribute selector syntax

The change from has-[[data-variant=inset]]:bg-sidebar to has-data-[variant=inset]:bg-sidebar updates the syntax to match standard Tailwind CSS conventions for targeting data attributes.

The updated syntax is more aligned with Tailwind's recommended approach for targeting data attributes. This should ensure styles are correctly applied when a parent element has the data-variant="inset" attribute.

src/lib/components/ui/dropdown-menu/dropdown-menu-sub-trigger.svelte (1)

20-20: Inconsistent data attribute selector pattern

There's an inconsistency in how data attributes are formatted in this component:

  • data-[highlighted]:bg-accent was changed to data-highlighted:bg-accent (removed brackets)
  • data-[state=open]:bg-accent was left unchanged (retained brackets)

This inconsistency may lead to confusion and maintenance issues. Consider applying a consistent pattern across all data attribute selectors.

Additionally, outline-none was changed to outline-hidden, which isn't a standard Tailwind utility class.

- data-highlighted:bg-accent data-[state=open]:bg-accent flex cursor-default select-none items-center gap-2 rounded-sm px-2 py-1.5 text-sm outline-hidden [&_svg]:pointer-events-none [&_svg]:size-4 [&_svg]:shrink-0
+ data-highlighted:bg-accent data-highlighted-state-open:bg-accent flex cursor-default select-none items-center gap-2 rounded-sm px-2 py-1.5 text-sm outline-none [&_svg]:pointer-events-none [&_svg]:size-4 [&_svg]:shrink-0

Or alternatively, if you prefer the bracket notation:

- data-highlighted:bg-accent data-[state=open]:bg-accent flex cursor-default select-none items-center gap-2 rounded-sm px-2 py-1.5 text-sm outline-hidden [&_svg]:pointer-events-none [&_svg]:size-4 [&_svg]:shrink-0
+ data-[highlighted]:bg-accent data-[state=open]:bg-accent flex cursor-default select-none items-center gap-2 rounded-sm px-2 py-1.5 text-sm outline-none [&_svg]:pointer-events-none [&_svg]:size-4 [&_svg]:shrink-0
episko_gui_backend/src/main.rs (1)

5-14: Updated to async main function with proper logging

The main function has been updated to:

  1. Use the #[tokio::main] attribute for async execution
  2. Configure and initialize logging with env_logger
  3. Properly await the async run() function with error handling

These changes improve robustness and allow for asynchronous operations in the application.

However, the path in the error message is not very descriptive. Consider:

-    gui_lib::run().await.expect("starting application");
+    gui_lib::run().await.expect("Failed to start application");
src/routes/project/state.svelte.ts (2)

3-19: Consider a more reasonable default page size.

The pageSize is initialized to 1, which is unusually small for pagination. Typically, page sizes are larger (e.g., 10, 20, etc.) to show multiple items per page. This might lead to excessive pagination if there are many items.

Unless there's a specific requirement to show only one item per page, consider increasing the default pageSize.

-	pageSize: 1,
+	pageSize: 10,

21-24: Consider resetting all filter properties in resetState().

The resetState() function only resets loadedPreviews and currentPage, but doesn't reset filter, totalPages, or pageSize. Depending on the intended behavior, you might want to reset these properties as well to ensure a complete state reset.

export function resetState() {
	pageState.loadedPreviews = [];
	pageState.currentPage = 1;
+	pageState.filter = {
+		query: '',
+		category: null,
+		language: null
+	};
+	pageState.totalPages = 1;
}
src/lib/components/ui/sidebar/sidebar-menu-button.svelte (1)

5-5: Consider accessibility implications of removing button outlines.

Replacing outline-none with outline-hidden may reduce visual feedback for keyboard users. Ensure you provide an alternative focus indicator or other visually clear focus styles to maintain accessibility.

src/routes/project/[id]/+page.svelte (1)

35-35: Fix typo in Tailwind class
It looks like “flex-rol” is a typo and should be “flex-row.”

-<div class="flex flex-rol gap-4">
+<div class="flex flex-row gap-4">
episko_lib/src/database/database_object.rs (2)

58-60: Add test coverage for the new all_names method
This method is untested. Including a dedicated test ensures it works correctly and maintains coverage.

Would you like help creating a test to verify that all_names successfully fetches a unique list of names from the database?


77-79: Rename variable to match its type
Declaring a Language instance as category can be confusing. Renaming it clarifies intent and improves maintainability.

-let category = Language::with_version("Rust", "1.85");
+let language = Language::with_version("Rust", "1.85");
src/routes/project/+page.svelte (1)

14-21: Introduce user-facing error handling
Currently, errors are only logged to the console. Providing user feedback or gracefully handling the error would enhance the user experience.

episko_gui_backend/src/lib.rs (1)

17-23: Complete the TODO documentation comments.

The functions and structures in this file have placeholders for documentation with "!TODO!" markers. Proper documentation is essential for maintainability and onboarding new developers, especially for public interfaces.

Add meaningful documentation about:

  • The purpose of the run function
  • Potential errors it might return
  • Conditions that could cause panics
episko_gui_backend/src/commands.rs (2)

24-42: Consider parallel processing for multiple files.

The init_cache function processes files sequentially, which could be slow for large numbers of files. Consider using futures::stream::iter with buffer_unordered to process files in parallel while maintaining controlled concurrency.

- for file in files {
-     Metadata::from_file(file)?.write_to_db(&state.db).await?;
- }
+ use futures::stream::{self, StreamExt};
+ 
+ let results = stream::iter(files)
+     .map(|file| async {
+         Metadata::from_file(file).and_then(|metadata| 
+             metadata.write_to_db(&state.db).await.map(|_| ()))
+     })
+     .buffer_unordered(4) // Process 4 files concurrently
+     .collect::<Vec<Result<_, _>>>()
+     .await;
+ 
+ // Handle any errors from the results
+ for result in results {
+     result?;
+ }

The same approach could be applied to the directory processing loop.


44-65:

❓ Verification inconclusive

Avoid unnecessary cloning.

In the get_all function, filter.clone() may be unnecessary. Consider using a reference if the filter is not consumed by all_preview_from_db.

    let projects = Metadata::all_preview_from_db(
        Some(Pagination::new(page_number, PAGE_SIZE)),
-       filter.clone(),
+       filter, // If the method accepts Filter by value
        &state.db,
    )
    .await?;

If the method requires taking ownership of the filter, then the current approach is correct. Please verify the method signature.


🏁 Script executed:

#!/bin/bash
# Check if all_preview_from_db takes Filter by value or reference
ast-grep --pattern 'pub async fn all_preview_from_db($_, $filter: Filter, $_) -> $_'

Length of output: 86


Clarification Needed: Verify Filter Ownership in all_preview_from_db
In episko_gui_backend/src/commands.rs (lines 44–65), the use of filter.clone() is flagged because if all_preview_from_db accepts Filter by value, the cloning would be unnecessary. The current automated check using ast-grep did not yield conclusive results regarding the parameter type.

  • Action: Please manually verify the method signature of all_preview_from_db. If it accepts Filter by value, update the call by passing filter directly (as illustrated below). Otherwise, if ownership is required, retain the current implementation.
    let projects = Metadata::all_preview_from_db(
        Some(Pagination::new(page_number, PAGE_SIZE)),
-       filter.clone(),
+       filter, // if the method accepts Filter by value
        &state.db,
    )
    .await?;
📜 Review details

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📥 Commits

Reviewing files that changed from the base of the PR and between 9a84613 and c7a8c1c.

⛔ Files ignored due to path filters (3)
  • Cargo.lock is excluded by !**/*.lock
  • bun.lock is excluded by !**/*.lock
  • package-lock.json is excluded by !**/package-lock.json
📒 Files selected for processing (54)
  • episko_derive/src/lib.rs (3 hunks)
  • episko_gui_backend/Cargo.toml (1 hunks)
  • episko_gui_backend/src/commands.rs (1 hunks)
  • episko_gui_backend/src/lib.rs (1 hunks)
  • episko_gui_backend/src/main.rs (1 hunks)
  • episko_lib/Cargo.toml (1 hunks)
  • episko_lib/src/database.rs (3 hunks)
  • episko_lib/src/database/database_handler.rs (3 hunks)
  • episko_lib/src/database/database_object.rs (1 hunks)
  • episko_lib/src/database/retrieve_metadata.rs (1 hunks)
  • package.json (1 hunks)
  • postcss.config.js (0 hunks)
  • src/app.css (3 hunks)
  • src/lib/commands.ts (1 hunks)
  • src/lib/components/nav-user.svelte (1 hunks)
  • src/lib/components/ui/accordion/accordion-content.svelte (1 hunks)
  • src/lib/components/ui/accordion/accordion-item.svelte (1 hunks)
  • src/lib/components/ui/accordion/accordion-trigger.svelte (1 hunks)
  • src/lib/components/ui/accordion/index.ts (1 hunks)
  • src/lib/components/ui/badge/badge.svelte (1 hunks)
  • src/lib/components/ui/button/button.svelte (1 hunks)
  • src/lib/components/ui/card/card.svelte (1 hunks)
  • src/lib/components/ui/dialog/dialog-content.svelte (1 hunks)
  • src/lib/components/ui/dropdown-menu/dropdown-menu-checkbox-item.svelte (1 hunks)
  • src/lib/components/ui/dropdown-menu/dropdown-menu-content.svelte (1 hunks)
  • src/lib/components/ui/dropdown-menu/dropdown-menu-item.svelte (1 hunks)
  • src/lib/components/ui/dropdown-menu/dropdown-menu-radio-item.svelte (1 hunks)
  • src/lib/components/ui/dropdown-menu/dropdown-menu-sub-content.svelte (1 hunks)
  • src/lib/components/ui/dropdown-menu/dropdown-menu-sub-trigger.svelte (1 hunks)
  • src/lib/components/ui/form/form-label.svelte (1 hunks)
  • src/lib/components/ui/form/form-legend.svelte (1 hunks)
  • src/lib/components/ui/input/input.svelte (1 hunks)
  • src/lib/components/ui/sheet/sheet-content.svelte (1 hunks)
  • src/lib/components/ui/sidebar/sidebar-group-action.svelte (1 hunks)
  • src/lib/components/ui/sidebar/sidebar-group-label.svelte (1 hunks)
  • src/lib/components/ui/sidebar/sidebar-inset.svelte (1 hunks)
  • src/lib/components/ui/sidebar/sidebar-menu-action.svelte (1 hunks)
  • src/lib/components/ui/sidebar/sidebar-menu-button.svelte (2 hunks)
  • src/lib/components/ui/sidebar/sidebar-menu-skeleton.svelte (1 hunks)
  • src/lib/components/ui/sidebar/sidebar-menu-sub-button.svelte (1 hunks)
  • src/lib/components/ui/sidebar/sidebar-provider.svelte (1 hunks)
  • src/lib/components/ui/sidebar/sidebar-rail.svelte (1 hunks)
  • src/lib/components/ui/sidebar/sidebar.svelte (3 hunks)
  • src/lib/components/ui/tabs/tabs-content.svelte (1 hunks)
  • src/lib/components/ui/tabs/tabs-trigger.svelte (1 hunks)
  • src/lib/components/ui/textarea/textarea.svelte (1 hunks)
  • src/lib/schemas/category.ts (1 hunks)
  • src/lib/schemas/language.ts (1 hunks)
  • src/lib/types.ts (1 hunks)
  • src/routes/+page.svelte (2 hunks)
  • src/routes/project/+page.svelte (1 hunks)
  • src/routes/project/[id]/+page.svelte (1 hunks)
  • src/routes/project/state.svelte.ts (1 hunks)
  • vite.config.ts (1 hunks)
💤 Files with no reviewable changes (1)
  • postcss.config.js
✅ Files skipped from review due to trivial changes (3)
  • src/lib/components/ui/card/card.svelte
  • src/lib/components/ui/dropdown-menu/dropdown-menu-content.svelte
  • src/lib/components/ui/sidebar/sidebar-menu-sub-button.svelte
🚧 Files skipped from review as they are similar to previous changes (7)
  • src/lib/components/ui/form/form-legend.svelte
  • src/lib/components/ui/form/form-label.svelte
  • src/lib/components/ui/textarea/textarea.svelte
  • src/routes/+page.svelte
  • src/lib/components/ui/dialog/dialog-content.svelte
  • src/lib/components/ui/tabs/tabs-content.svelte
  • package.json
🧰 Additional context used
🧬 Code Definitions (9)
src/routes/project/state.svelte.ts (1)
src/lib/types.ts (2)
  • MetadataPreview (22-22)
  • Filter (14-18)
src/lib/schemas/language.ts (1)
src/lib/types.ts (1)
  • Language (30-30)
src/lib/schemas/category.ts (1)
src/lib/types.ts (1)
  • Category (32-32)
src/lib/commands.ts (5)
src/lib/types.ts (6)
  • Filter (14-18)
  • PagedMetadataPreview (24-24)
  • Metadata (20-20)
  • Category (32-32)
  • Language (30-30)
  • FormMetadata (26-26)
src/lib/schemas/pagedData.ts (1)
  • PagedMetadataPreviewSchema (16-21)
src/lib/schemas/metadata.ts (2)
  • parseMetadata (80-82)
  • parseMetadataDco (101-103)
src/lib/schemas/category.ts (1)
  • parseCategoryArray (12-18)
src/lib/schemas/language.ts (1)
  • parseLanguageArray (13-19)
episko_gui_backend/src/lib.rs (6)
episko_lib/src/config/config_handler.rs (2)
  • config (37-39)
  • load (22-34)
episko_gui_backend/src/commands.rs (1)
  • create_metadata (114-130)
episko_lib/src/database/database_handler.rs (2)
  • with_config (30-37)
  • new (42-59)
episko_lib/src/metadata/metadata_handler.rs (1)
  • new (18-20)
episko_lib/src/metadata/builder.rs (1)
  • new (47-61)
episko_gui_backend/src/model/dto.rs (1)
  • from (28-42)
src/lib/types.ts (5)
src/lib/schemas/metadata.ts (5)
  • MetadataSchema (34-46)
  • MetadataPreviewSchema (48-56)
  • MetadataFormSchema (58-67)
  • MetadataDcoSchema (69-78)
  • UuidSchema (8-8)
src/lib/schemas/pagedData.ts (1)
  • PagedMetadataPreviewSchema (16-21)
src/lib/schemas/language.ts (1)
  • LanguageSchema (4-7)
src/lib/schemas/category.ts (1)
  • CategorySchema (4-6)
src/lib/schemas/buildSystem.ts (1)
  • BuildSystemSchema (3-6)
episko_gui_backend/src/commands.rs (6)
episko_lib/src/config/config_handler.rs (2)
  • files (42-44)
  • dirs (47-49)
episko_lib/src/metadata/metadata_handler.rs (2)
  • search_directory (68-77)
  • new (18-20)
episko_lib/src/database/retrieve_metadata.rs (4)
  • all_preview_from_db (49-75)
  • new (104-109)
  • amount_cached (82-93)
  • from_db (16-21)
episko_lib/src/database/database_handler.rs (1)
  • new (42-59)
episko_lib/src/metadata/language.rs (1)
  • new (31-39)
episko_lib/src/database/database_object.rs (2)
  • from_db (47-50)
  • all_names (59-59)
episko_lib/src/database/retrieve_metadata.rs (4)
src/lib/types.ts (3)
  • Filter (14-18)
  • Metadata (20-20)
  • Uuid (36-36)
episko_lib/src/database/database_object.rs (1)
  • from_db (47-50)
episko_lib/src/metadata.rs (2)
  • id (132-134)
  • builder (103-105)
episko_lib/src/database/database_handler.rs (2)
  • new (42-59)
  • conn (69-71)
episko_lib/src/database.rs (6)
episko_lib/src/metadata.rs (1)
  • builder (103-105)
episko_lib/src/metadata/build_system.rs (2)
  • with_version (21-26)
  • new (30-38)
episko_lib/src/metadata/language.rs (2)
  • with_version (21-26)
  • new (31-39)
episko_lib/src/database/database_handler.rs (3)
  • new (42-59)
  • conn (69-71)
  • with_conn (62-64)
episko_lib/src/metadata/category.rs (1)
  • new (18-25)
episko_lib/src/metadata/ide.rs (1)
  • new (18-25)
🪛 Biome (1.9.4)
src/app.css

[error] 80-80: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
To resolve this issue, replace the unknown property with a valid CSS property.

(lint/correctness/noUnknownProperty)


[error] 81-81: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
To resolve this issue, replace the unknown property with a valid CSS property.

(lint/correctness/noUnknownProperty)


[error] 82-82: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
To resolve this issue, replace the unknown property with a valid CSS property.

(lint/correctness/noUnknownProperty)

🔇 Additional comments (75)
episko_derive/src/lib.rs (2)

134-135: Good improvement to error handling

Changed from "INSERT INTO" to "INSERT OR IGNORE INTO" which prevents duplicate primary key violations by silently ignoring attempts to insert records with existing primary keys. This makes the database interactions more robust.


160-165: Consider the implications of nullifying version information

The SQL query selects null as version which discards any actual version information that might exist in the database. This may be intentional if you only care about unique names, but it's worth documenting this behavior.

Also note that GROUP BY name will return only one row per unique name (typically the first one encountered), which might discard other relevant data differences between rows with the same name.

src/lib/components/ui/tabs/tabs-trigger.svelte (2)

5-9: Double-check $bindable(null) import or definition.

The usage of $bindable(null) is unusual in Svelte and not imported within this file. Please confirm that $bindable is a valid function or store provided by another module.

If it isn't, consider setting ref = null by default or referencing the correct import.


5-9: Ensure that $props() is correctly recognized by your Svelte environment.

Direct destructuring from $props() is an advanced Svelte pattern. Verify that your compiler and build pipeline support it. Otherwise, you may consider exporting named props the standard way.

src/app.css (5)

1-4: Good transition to modular CSS architecture.

The shift from Tailwind directives to @import, @plugin, and @config statements creates a more modular approach to styling.


9-26: Updated color variables improve UI consistency.

The new HSL color definitions provide a more consistent and maintainable color palette, making it easier to manage the application theme.


39-57: Dark mode color palette refinement.

The dark mode colors have been refined to ensure proper contrast and visual harmony, which improves accessibility and user experience in dark mode.


71-71: Updated border color reference.

The change to use var(--color-base-300) for border color aligns with the new DaisyUI theme system.


60-61:

❓ Verification inconclusive

Check sidebar primary color contrast.

The new sidebar primary color in dark mode is set to --sidebar-primary: 0 0% 98%; which is very light. Ensure this provides sufficient contrast with its background.


🏁 Script executed:

#!/bin/bash
# Check if any CSS or design files reference these variables together
echo "Searching for sidebar styling that might cause contrast issues..."
rg -A 3 "sidebar-primary.*sidebar-background|sidebar-background.*sidebar-primary" --type css --type tsx --type svelte

Length of output: 288


#!/bin/bash
# Adding a custom file type for tsx files and re-running the search
rg --type-add 'tsx:*.tsx' -A 3 "sidebar-primary.*sidebar-background|sidebar-background.*sidebar-primary" --type css --type svelte --type tsx

Action: Verify Sidebar Contrast in Dark Mode

The new dark mode color (--sidebar-primary: 0 0% 98%;) is very light. Our updated automated search (now including tsx files with a custom file type) did not reveal any direct occurrences of sidebar styling that combine sidebar-primary with sidebar-background. That said, please manually verify across your CSS, Svelte, and React (tsx) files to ensure that this light primary color doesn’t end up paired with a similarly light background, which could result in low contrast.

  • Confirm that no component is inadvertently using a light sidebar background with the new primary color.
  • If needed, consider adjusting either the primary or background color to secure sufficient contrast.
  • Also, consider integrating automated contrast tests to catch similar issues in the future.
episko_lib/src/database/database_handler.rs (5)

2-10: Enhanced database connectivity imports.

Adding std::time::Duration and sqlx::ConnectOptions improves connection handling and timeout management.


20-20: Added Debug derivation for better diagnostics.

Deriving Debug for DatabaseHandler improves debugging capabilities, which is especially useful during development and troubleshooting.


47-54: Improved database connection configuration.

The changes enhance the database connection by:

  1. Adding SQL statement logging for debugging
  2. Increasing max connections to 12 for better scalability
  3. Setting a reasonable connection timeout of 5 seconds
  4. Using connect_with(opts) for more configuration control

This will improve performance under higher loads and assist with debugging.


61-64: Added test utility method for connection injection.

Adding with_conn facilitates better testing by allowing dependency injection of the database connection.


68-68: Good use of #[must_use] attribute.

The #[must_use] annotation ensures that callers don't accidentally ignore the returned connection, preventing potential bugs.

episko_lib/src/database.rs (7)

27-27: Added essential imports for deserialization and UUID handling.

The addition of these imports supports new functionality in the codebase.

Also applies to: 43-43


39-39: New DAO module for better data access abstraction.

Adding a dedicated Data Access Object module improves separation of concerns and code organization.


48-53: Well-structured Filter implementation.

The new Filter struct provides a clean interface for filtering metadata based on different criteria, which will improve search functionality.


78-85: Improved error handling with specific error variants.

The addition of NotFound, Async, and Conversion error variants enhances error handling clarity and specificity.


107-151: Comprehensive test data generation function.

The generate_test_metadata function provides diverse test data covering various combinations of metadata properties, which will help ensure thorough testing.


153-160: Good test validation of generated metadata.

The test appropriately verifies that the correct number of unique identifiers are generated, preventing duplicates.


163-173: Clean test database setup utilities.

The test module provides a clean way to setup test databases using SQLx's testing utilities.

episko_lib/src/database/retrieve_metadata.rs (8)

1-5: Updated imports for DAO access pattern.

The imports now correctly reference the new DAO types and other components needed for the refactored code.


16-21: Simplified metadata retrieval with DAO pattern.

The refactored from_db method now uses a data access object for cleaner data retrieval, improving code maintainability.


23-42: Added pagination support for metadata retrieval.

The new all_from_db method effectively implements pagination to improve performance when retrieving large datasets.


44-75: Comprehensive filter implementation for metadata previews.

The all_preview_from_db method properly handles complex filtering by query, category, and language, enhancing search capabilities.


77-93: Efficient implementation of metadata count.

The amount_cached method efficiently retrieves the total count with optional filtering, which is essential for pagination calculations.


96-115: Well-designed pagination structure.

The Pagination struct encapsulates pagination logic with a helpful offset method that handles edge cases using saturating_sub.


194-201: Generic DAO conversion utility.

The convert_daos function is a well-designed generic utility that handles the conversion of DAOs to domain objects while properly propagating errors.


203-327: Comprehensive test suite.

The test suite thoroughly covers the new functionality, including pagination, filtering, error cases, and edge conditions like zero page numbers.

vite.config.ts (1)

3-3: LGTM! Proper Tailwind CSS integration

The addition of the Tailwind CSS plugin to the Vite configuration is correctly implemented. This will properly integrate Tailwind CSS processing into your build pipeline.

Also applies to: 9-9

src/lib/components/ui/sidebar/sidebar-group-label.svelte (1)

19-19: Check if outline-hidden is a valid Tailwind CSS class

Similar to other UI components, the class has been changed from outline-none to outline-hidden. This appears to be a systematic change across multiple components, but outline-hidden is not a standard Tailwind CSS class.

This is part of a pattern of changes across multiple UI components. Make sure that outline-hidden is properly defined in your Tailwind configuration or consider if this should be the standard outline-none class instead.

src/lib/components/ui/badge/badge.svelte (1)

5-5:

❓ Verification inconclusive

Check if focus:outline-hidden is properly defined in your Tailwind configuration.

The change from focus:outline-none to focus:outline-hidden might cause styling issues as outline-hidden is not a standard Tailwind CSS property. While the component still has focus:ring-2 and focus:ring-offset-2 for accessibility, ensure that:

  1. This utility class is properly defined in your Tailwind configuration
  2. The visual appearance matches your design requirements
  3. Focus states remain accessible for keyboard navigation

🏁 Script executed:

#!/bin/bash
# Check if outline-hidden is defined in Tailwind config
fd -g "tailwind.config.*" | xargs cat | grep -A 10 -B 10 "outline-hidden"

Length of output: 73


Attention: Verify Custom Focus Outline Utility

The updated code now uses focus:outline-hidden instead of the standard Tailwind utility focus:outline-none. Our initial search in the Tailwind configuration files didn’t reveal any custom definition for outline-hidden. Please verify that a custom utility for outline-hidden has been intentionally defined (e.g., via an extension in your Tailwind configuration or a plugin) to avoid unexpected styling and accessibility issues. If this was unintentional, consider reverting to focus:outline-none.

  • File: src/lib/components/ui/badge/badge.svelte (Line 5)
  • Snippet:
    base: 'focus:ring-ring inline-flex items-center rounded-full border px-2.5 py-0.5 text-xs font-semibold transition-colors focus:outline-hidden focus:ring-2 focus:ring-offset-2'
src/lib/components/ui/sidebar/sidebar-menu-skeleton.svelte (1)

31-31:

❓ Verification inconclusive

Incorrect CSS variable syntax in Tailwind class.

The class max-w-(--skeleton-width) uses parentheses instead of the standard square brackets syntax max-w-[--skeleton-width] for CSS variables in Tailwind. This syntax won't work properly with Tailwind's arbitraty value feature.

-		class="h-4 max-w-(--skeleton-width) flex-1"
+		class="h-4 max-w-[--skeleton-width] flex-1"

This appears to be part of a pattern of similar changes across the codebase. Please verify that all instances of CSS variable usage in Tailwind classes use the correct square bracket syntax.


🏁 Script executed:

#!/bin/bash
# Find all instances of CSS variables with parentheses notation in Svelte files
rg -t svelte "\w+-\(--[^)]+\)" --no-heading

# Check if this is handled by a custom Tailwind plugin
fd -g "tailwind.config.*" | xargs grep -A 10 -B 10 "plugin"

Length of output: 429


Action Required: Correct CSS Variable Syntax for Tailwind Classes

  • File: src/lib/components/ui/sidebar/sidebar-menu-skeleton.svelte at line 31.
  • Issue: The Tailwind class uses an incorrect parentheses notation (max-w-(--skeleton-width)). Tailwind requires square bracket syntax for arbitrary values, so it should be max-w-[--skeleton-width].
  • Diff Update:
     -		class="h-4 max-w-(--skeleton-width) flex-1"
     +		class="h-4 max-w-[--skeleton-width] flex-1"
  • Note: While an initial search did not conclusively list additional cases—likely due to file type recognition issues with Svelte files—please manually verify that all occurrences of Tailwind CSS variables across the codebase adhere to the correct square bracket syntax.
src/lib/components/ui/sheet/sheet-content.svelte (1)

49-49:

✅ Verification successful

Updated focus outline handling for improved consistency

The change from focus:outline-none to focus:outline-hidden is part of a larger standardization effort across UI components to handle focus outlines consistently.

It would be good to verify that outline-hidden is properly defined somewhere in your CSS system and that it provides adequate focus indicators for accessibility. While removing outlines entirely (outline-none) can create accessibility issues, outline-hidden might be providing an alternative focus indicator.


🌐 Web query:

Is "outline-hidden" a standard CSS property or a common Tailwind CSS utility class?

💡 Result:

In Tailwind CSS, outline-hidden is a utility class and not a standard CSS property. Here's a breakdown of its purpose and usage:

Tailwind CSS Utility

outline-hidden serves as a replacement for the deprecated outline-none utility in Tailwind CSS v4.0 and later. It hides the browser's default outline on focused elements while ensuring accessibility compliance in forced colors mode (e.g., Windows high contrast mode) by rendering an invisible outline[1][3][7]. For example:

<button class="focus:outline-hidden">Click me</button>

This applies:

outline: 2px solid transparent;
outline-offset: 2px;

Unlike outline-none (which now sets outline-style: none), outline-hidden ensures focus indicators remain visible in accessibility contexts[3][7].

Standard CSS Comparison

The closest native CSS equivalent is outline-style: none, but this fully removes the outline without accessibility safeguards. Tailwind’s outline-hidden combines outline-style, outline-width, and outline-color adjustments to balance design and accessibility[1][3][13].

Key Takeaways

  • Tailwind-specific: outline-hidden is part of Tailwind’s utility-first framework.
  • Accessibility-first: Prioritizes compatibility with forced colors mode.
  • Migration note: In Tailwind v4, replace outline-none with outline-hidden to retain the v3 behavior[3][7].

For standard CSS, use outline: none directly, but ensure manual accessibility checks.

Citations:


Focus outline update verified

The use of focus:outline-hidden is aligned with Tailwind CSS best practices as it replaces focus:outline-none, providing an accessibility-aware focus indicator (using styles like outline: 2px solid transparent and outline-offset: 2px). Please ensure that your CSS system includes the tailored configuration for outline-hidden and that it meets your accessibility requirements.

  • File: src/lib/components/ui/sheet/sheet-content.svelte (line 49)
src/lib/components/ui/button/button.svelte (1)

7-7: Standardized focus outline behavior

The change from focus-visible:outline-none to focus-visible:outline-hidden aligns with the same pattern applied to other components, creating a consistent approach to focus states across the UI.

src/lib/components/ui/sidebar/sidebar-menu-action.svelte (1)

21-21: Standardized focus outline handling

Changing from outline-none to outline-hidden is consistent with other UI components in this PR, creating a unified approach to focus styling.

src/lib/components/ui/sidebar/sidebar-group-action.svelte (2)

21-21: Improved responsive utility order

The change from after:md:hidden to md:after:hidden correctly follows Tailwind's recommended order for responsive utilities before pseudo-element selectors, which ensures proper CSS specificity.


19-19:

❓ Verification inconclusive

Replaced outline-none with outline-hidden

The standard Tailwind CSS class outline-none has been replaced with outline-hidden. Note that outline-hidden is not a standard Tailwind CSS utility. Make sure this class is properly defined in your custom CSS or consider using the standard outline-none instead.


🏁 Script executed:

#!/bin/bash
# Check if outline-hidden is defined in the project
rg -l "outline-hidden" --type css

Length of output: 33


Below is the rewritten review comment. Note that our grep search didn’t find any definition of a custom outline-hidden utility in the CSS files. However, since it’s possible that the definition might exist in a nonstandard location (for example, in a Tailwind CSS configuration or a global stylesheet loaded in Svelte), please verify manually that this utility is indeed defined. If it isn’t, consider reverting back to using the standard outline-none.

Action: Manually verify the existence of a custom outline-hidden utility

  • Location: src/lib/components/ui/sidebar/sidebar-group-action.svelte (line 19)
  • Current usage:
    'text-sidebar-foreground ring-sidebar-ring hover:bg-sidebar-accent hover:text-sidebar-accent-foreground absolute right-3 top-3.5 flex aspect-square w-5 items-center justify-center rounded-md p-0 outline-hidden transition-transform focus-visible:ring-2 [&>svg]:size-4 [&>svg]:shrink-0'
    
  • Recommendation:
    • Confirm that outline-hidden is defined in a custom CSS or through an extension in your Tailwind configuration.
    • If no definition exists, consider using the standard Tailwind CSS class outline-none.
src/lib/components/ui/dropdown-menu/dropdown-menu-item.svelte (1)

18-18:

❓ Verification inconclusive

Removed brackets from data attribute selectors and changed outline style

Two notable changes:

  1. Changed from bracket notation (data-[highlighted]:bg-accent) to non-bracket notation (data-highlighted:bg-accent) for data attributes
  2. Replaced outline-none with outline-hidden

Ensure this syntax is compatible with your Tailwind configuration. The standard Tailwind format for data attributes is data-[attribute]:class. If you're using a custom plugin or configuration that supports the non-bracket format, make sure it's consistent across your codebase.


🏁 Script executed:

#!/bin/bash
# Check for mixed usage of data attribute formats in the codebase
echo "Files with data-[attribute] format:"
rg "data-\[.*\]:" --type svelte | wc -l

echo "Files with data-attribute: format:"
rg "data-[a-zA-Z]+:" --type svelte | grep -v "data-\[" | wc -l

echo "Checking for outline-hidden definition:"
rg -l "outline-hidden" --type css

Length of output: 455


Below is a revised verification script that uses glob patterns instead of relying on the unrecognized file type “svelte”. Please run these commands manually to confirm that only the non‐bracketed data attribute selectors (e.g. data-highlighted:bg-accent) are used and to verify where (if anywhere) the outline-hidden class is defined in your CSS files.

Revised Verification Script:

#!/bin/bash
echo "Count occurrences of non-bracket data attribute (data-highlighted:) in Svelte files:"
rg "data-highlighted:" -g "*.svelte" | wc -l

echo ""
echo "Count occurrences of bracket notation for highlighted data attribute (data-[highlighted]) in Svelte files:"
rg "data-\[highlighted\]" -g "*.svelte" | wc -l

echo ""
echo "List CSS files that reference 'outline-hidden':"
rg -l "outline-hidden" -g "*.css"

Once these commands are executed, please verify that:

  • The project consistently uses the non-bracket notation (i.e. data-highlighted:bg-accent) without any mix-in of the bracket notation.
  • The use of outline-hidden is intentional and supported by your Tailwind configuration or any custom plugin.

Based on that manual verification, you can then confidently conclude that the changes noted in the original review comment are either correct and consistently applied or need further alignment with your Tailwind setup.


src/lib/components/ui/accordion/accordion-item.svelte (1)

1-13: LGTM: Well-structured accordion item component

This new component looks good. It follows the established pattern of your other UI components by:

  1. Using the bits-ui primitive component
  2. Leveraging the cn utility for class name composition
  3. Following proper TypeScript typing for props
  4. Using the $bindable and $props() syntax for Svelte's reactivity system

The component has clean, minimal implementation that adds a border to the bottom of each accordion item.

src/lib/components/ui/sidebar/sidebar.svelte (5)

29-29: CSS class syntax change for consistency

The CSS class syntax has been updated to use parentheses instead of square brackets for CSS variables (w-(--sidebar-width) instead of w-[--sidebar-width]).


42-42: CSS variable syntax harmonization

The syntax for CSS variables has been standardized to use parentheses notation.


63-64: Updated CSS variable references in width calculations

The CSS class notation has been harmonized to use parentheses consistently. This maintains the same functionality while using a more consistent syntax pattern across the codebase.

Also applies to: 67-68


73-74: Updated transition width calculation syntax

The transition width calculations now use a standardized CSS variable notation with parentheses.

Also applies to: 79-80


87-87: Changed shadow styling from shadow to shadow-sm

The shadow styling has been updated to use shadow-sm instead of shadow, which will result in a more subtle shadow effect.

src/lib/components/ui/sidebar/sidebar-inset.svelte (1)

18-18: Updated calc syntax and shadow styling

Two notable changes:

  1. The calc syntax has been updated from calc(100svh-theme(spacing.4)) to calc(100svh-(--spacing(4))), moving from theme function to CSS variable notation.
  2. The shadow styling has been changed from shadow to shadow-sm for a more subtle effect.

Both changes align with the harmonization effort across the codebase.

src/lib/components/ui/accordion/accordion-trigger.svelte (1)

1-29: Well-structured accordion trigger component

This new accordion trigger component is well-implemented with:

  • Proper TypeScript types
  • Flexible props handling with sensible defaults
  • Accessible HTML structure using AccordionPrimitive
  • Clean styling with transition effects
  • Visual indicator (ChevronDown) that rotates on state change

The component follows best practices and integrates well with the rest of the accordion components.

src/lib/components/ui/accordion/accordion-content.svelte (1)

1-24: LGTM! Well-implemented accordion content component.

This is a well-structured Svelte component that properly implements the accordion content functionality. The component effectively:

  • Leverages the bits-ui library for core functionality
  • Uses proper TypeScript typing for props
  • Implements smooth animations with appropriate transition classes
  • Properly handles child content rendering
  • Utilizes utility functions for class name composition

The implementation follows best practices for Svelte component development and provides a reusable UI element that will integrate well with other accordion components.

src/lib/components/ui/dropdown-menu/dropdown-menu-checkbox-item.svelte (1)

25-25:

❓ Verification inconclusive

Verify the accessibility impact of class name changes.

The class name syntax has been updated from bracket notation (data-[highlighted]:bg-accent) to a more concise format (data-highlighted:bg-accent). Additionally, outline-none has been changed to outline-hidden.

The outline-none class typically removes focus outlines completely, which can create accessibility issues for keyboard users. Please verify that outline-hidden maintains proper focus indication for accessibility.


🏁 Script executed:

#!/bin/bash
# Check if outline-hidden is defined in the CSS files and how it's implemented
echo "Searching for outline-hidden class definition..."
rg "outline-hidden" --type css

Length of output: 137


Action: Confirm that outline-hidden preserves focus accessibility

The class names have been updated from the original bracket notation and the focus-related class was changed from outline-none to outline-hidden. Our initial search for an outline-hidden definition in the CSS did not return any results. This raises concerns about whether outline-hidden is defined—possibly via custom tailwind utilities or another mechanism—and whether it properly preserves focus outlines for keyboard users.

File: src/lib/components/ui/dropdown-menu/dropdown-menu-checkbox-item.svelte (line 25)
Relevant snippet:

'data-highlighted:bg-accent data-highlighted:text-accent-foreground relative flex cursor-default select-none items-center rounded-sm py-1.5 pl-8 pr-2 text-sm outline-hidden data-disabled:pointer-events-none data-disabled:opacity-50',

Please manually verify that:

  • The outline-hidden class is defined (or extended) within the codebase (e.g., in Tailwind configuration or custom CSS)
  • It does not remove essential focus indicators that support accessibility for keyboard users
src/lib/components/ui/sidebar/sidebar-rail.svelte (2)

26-26: Verify cursor behavior with new class syntax.

The cursor styling syntax has been changed to use the in-data-[side=left] and in-data-[side=right] pattern. This appears to be using a custom modifier or utility that applies styles based on parent element attributes.

Make sure to test that the cursor still changes correctly when hovering over the sidebar rail based on its position (left or right).


28-28: Verify hover behavior with reordered class modifiers.

The order of class modifiers has changed from what was likely group-data-[collapsible=offcanvas]:hover:bg-sidebar to hover:group-data-[collapsible=offcanvas]:bg-sidebar. This changes when the hover styling is applied.

In the new version, the hover style will first check for hover and then for the group-data condition, which might affect when the background color is applied. Test to ensure the hover behavior works as expected.

src/lib/schemas/category.ts (3)

1-6: Well-structured schema definition with Zod

The CategorySchema is well-defined using Zod for validation, requiring a non-empty string for the name property. This schema pairs well with the Category type defined in src/lib/types.ts that infers its structure from this schema.


8-10: Good validation function implementation

The parseCategory function provides a clean way to validate unknown data against the schema, ensuring type safety when working with category data.


12-18: Robust array validation implementation

The parseCategoryArray function properly checks if the input is an array before attempting to process it, providing a clear error message if validation fails. The subsequent mapping ensures each item in the array conforms to the Category structure.

src/lib/schemas/language.ts (3)

1-7: Well-defined language schema with appropriate optionality

The LanguageSchema effectively defines the structure for language data, with a required non-empty name and an optional nullable version field. This provides flexibility while maintaining data integrity.


9-11: Clean validation function

The parseLanguage function follows the same pattern as other schema validation functions, providing a consistent API for data validation throughout the application.


13-19: Thorough array validation with error handling

The parseLanguageArray function includes appropriate error handling for non-array inputs and efficiently maps the validation function across array elements, ensuring all items conform to the expected structure.

src/lib/components/ui/dropdown-menu/dropdown-menu-radio-item.svelte (1)

17-17: Updated CSS class syntax for better consistency

The class syntax has been updated from bracket notation (data-[highlighted]) to a more standard format (data-highlighted). Additionally, outline-none has been changed to outline-hidden.

This appears to be part of a styling standardization across UI components, improving consistency in the codebase.

src/lib/components/ui/accordion/index.ts (2)

1-5: Good component organization for the accordion UI

The imports and component setup follow a clean, modular approach. The code effectively imports components from the 'bits-ui' library and local Svelte files, setting up the foundation for the accordion functionality.


7-17: Flexible export pattern with clear aliases

The export structure provides both direct component references and semantic aliases, giving developers flexibility in how they import and use these components. This pattern enhances code readability while maintaining a clean API for the accordion components.

src/lib/components/ui/sidebar/sidebar-menu-button.svelte (1)

15-15: Confirm padding override behavior.

The ! in group-data-[collapsible=icon]:p-0! imposes a higher specificity override. Verify that this doesn't conflict with other padding settings or cause unexpected UI shifts.

episko_gui_backend/Cargo.toml (1)

20-20:

❓ Verification inconclusive

Verify dependencies' versions and security advisories.

New dependencies (chrono, tokio, uuid, tauri-plugin-dialog, thiserror, env_logger) have been added. Confirm they align with other workspace crates and that no known vulnerabilities exist in these version ranges.

Also applies to: 25-29


🏁 Script executed:

#!/bin/bash
# Check for security advisories and find if any versions conflict with the workspace dependencies.

cargo update
cargo audit

Length of output: 220


Action Required: Manually Verify Dependency Versions & Security Advisories

  • The episko_gui_backend/Cargo.toml snippet (line 20 with chrono = { workspace = true, features = ["serde"] }) and the changes on lines 25–29 appear aligned with the workspace’s dependency management strategy.
  • However, the automated verification using cargo update and cargo audit did not run—likely due to the Rust tooling not being available in the current environment.
  • Next Steps: Please manually run the necessary cargo commands in an environment where the Rust toolchain is available to confirm that:
    • The new dependencies (chrono, tokio, uuid, tauri-plugin-dialog, thiserror, env_logger) match the versions used by other workspace crates.
    • No known vulnerabilities are reported for the specified version ranges.
src/lib/commands.ts (2)

1-16: Imports look good.

All imported types and parsing functions appear to be used appropriately, matching the Tauri invocation patterns.


17-63:

❓ Verification inconclusive

Add error handling for Tauri calls.

Each async method relies on invoke with .then(...) but provides no .catch(...) or try/catch. If the backend fails or throws, it could produce unhandled promise rejections. Consider adding proper error handling to ensure graceful degradation and user feedback.

To verify the back-end commands exist and are correctly exposed, run:


🏁 Script executed:

#!/bin/bash
# Searching for Tauri command definitions in the backend.
# Expect to find "init_cache", "get_all", "get_with_id", etc.
ast-grep --pattern $'#[tauri::command]\nfn init_cache($_) {\n $$$\n}\n' 
ast-grep --pattern $'#[tauri::command]\nasync fn get_all($_) {\n $$$\n}\n'
ast-grep --pattern $'#[tauri::command]\nfn get_with_id($_) {\n $$$\n}\n'
ast-grep --pattern $'#[tauri::command]\nfn get_all_categories($_) {\n $$$\n}\n'
ast-grep --pattern $'#[tauri::command]\nfn get_all_languages($_) {\n $$$\n}\n'
ast-grep --pattern $'#[tauri::command]\nfn create_metadata($_) {\n $$$\n}\n'
ast-grep --pattern $'#[tauri::command]\nfn update_metadata($_) {\n $$$\n}\n'
ast-grep --pattern $'#[tauri::command]\nfn load_from_file($_) {\n $$$\n}\n'
ast-grep --pattern $'#[tauri::command]\nfn load_from_directory($_) {\n $$$\n}\n'

Length of output: 662


Action Required: Add Error Handling for Tauri Calls and Verify Backend Command Definitions

The current implementation in src/lib/commands.ts lacks error handling on async calls using invoke. To ensure graceful degradation and proper user feedback when backend operations fail, please add error handling (for example, using .catch or try/catch with await) for each Tauri call.

Next Steps:

  • Enhance Error Handling:
    Update each async method (e.g., in init_cache, get_all, etc.) to catch errors from invoke. For instance, consider refactoring:
    async get_all(pageNumber: number, filter: Filter): Promise<PagedMetadataPreview> {
      let sanitizedFilter: Filter = {
        query: filter.query === '' ? null : filter.query,
        category: filter.category === '' ? null : filter.category,
        language: filter.language === '' ? null : filter.language
      };
    
      try {
        const data = await invoke('get_all', { pageNumber: pageNumber, filter: sanitizedFilter });
        return PagedMetadataPreviewSchema.parse(data);
      } catch (error) {
        // Handle the error gracefully (e.g., log it and provide user feedback)
        throw error;
      }
    }
  • Verify Backend Command Definitions Manually:
    Our initial automated search for backend Tauri command definitions (e.g., init_cache, get_all, etc.) did not return any results. Please manually ensure these commands are correctly defined and exposed in the backend. This verification is necessary because the lack of output in our automated search may indicate that they reside in unexpected locations or are defined differently.
src/routes/project/[id]/+page.svelte (3)

13-13: Remove debug console.log statement
This console.log appears to be a leftover debug statement and should be removed to ensure cleaner production code.

-	console.log('Project: ', project);

27-27: Use Svelte's on:click event syntax
Svelte requires event handlers to be in the on:click format rather than onclick.

-<Button onclick={goBack} variant="link">
+<Button on:click={goBack} variant="link">

92-92: Use Svelte's on:click event syntax
Same as the back button, the edit button should use on:click to conform with Svelte’s event binding.

-<Button class="absolute right-4 bottom-4" onclick={edit(project.id)} variant="secondary">
+<Button class="absolute right-4 bottom-4" on:click={edit(project.id)} variant="secondary">
episko_gui_backend/src/lib.rs (3)

26-31: Good implementation of asynchronous initialization.

The transition to an asynchronous run function with proper error handling is well implemented. Loading the configuration and database handler asynchronously will improve application startup performance.


33-52: Well-structured command registration.

The Tauri command registration is well organized, with a clean setup method that manages the application state. The command handlers are properly registered using the generate_handler! macro, providing a clear interface between the frontend and backend.


57-85: Good error handling with thiserror.

The Error enum with transparent error forwarding is well designed, providing comprehensive error handling for various subsystems. The implementation of serde::Serialize for Error enables proper error reporting to the frontend.

src/lib/types.ts (3)

1-12: Well-organized schema imports.

Good job organizing the imports by schema category. This approach makes it clear which schemas are used for which types and improves maintainability.


14-18: Clear and concise Filter interface.

The Filter interface is well-defined with nullable fields, providing a type-safe way to handle optional filtering parameters.


20-36: Improved type safety with Zod schema inference.

Excellent refactoring to derive types from Zod schemas. This approach provides several benefits:

  1. Runtime validation in addition to compile-time type checking
  2. Single source of truth for type definitions
  3. Better alignment with backend data structures
  4. Automatic handling of type transformations

This change will significantly reduce type-related bugs and improve maintainability.

episko_gui_backend/src/commands.rs (2)

148-177: load_from_directory command needs partial success handling.

The function recursively processes manifests but fails entirely if any single manifest has an issue. Consider implementing partial success handling where valid manifests are still loaded even if some fail.

- let mut projects: Vec<Metadata> = Vec::with_capacity(files.len());
- for file in files {
-     projects.push(load_file(&file, &mut state, false).await?);
- }
+ let mut projects: Vec<Metadata> = Vec::new();
+ let mut errors: Vec<(std::path::PathBuf, Error)> = Vec::new();
+ 
+ for file in files {
+     match load_file(&file, &mut state, false).await {
+         Ok(metadata) => projects.push(metadata),
+         Err(err) => errors.push((file.clone(), err)),
+     }
+ }
+ 
+ // Consider logging errors or returning them as part of the result
+ if !errors.is_empty() {
+     log::warn!("Failed to load {} manifests out of {}", errors.len(), files.len());
+ }

1-195: Well-structured command implementations.

The command implementations follow a consistent pattern with proper error handling, state management, and separation of concerns. The code is readable and maintainable with clear function responsibilities.

Key strengths:

  • Consistent error handling with the Error enum
  • Proper state management with Mutex
  • Good validation before performing operations
  • Separation of concerns with helper functions
  • Clear and consistent API design

Comment on lines +26 to 30
/// !TODO!
///
/// # Errors
/// !TODO!
pub async fn with_config(config: &Config) -> Result<Self> {
Copy link

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🛠️ Refactor suggestion

Incomplete error documentation.

The error documentation sections are marked with !TODO!, which should be completed before finalizing the PR.

Please complete the error documentation by specifying what types of errors can be returned and under what conditions. For example:

- /// !TODO!
- ///
- /// # Errors
- /// !TODO!
+ /// Creates a new instance using the configuration.
+ ///
+ /// # Errors
+ /// Returns database errors if connection fails or migrations cannot be applied.
+ /// Also returns errors if the database path is invalid or cannot be accessed.

Also applies to: 39-42

Comment on lines 165 to 183
match filter {
QueryFilter::Id => query.push_str("WHERE metadata.id = ?"),
QueryFilter::Complex(filter) => {
let mut sep = " WHERE";
if filter.query.is_some() {
query.push_str(&format!("{} metadata.title LIKE ?", sep));
sep = " AND";
}
cats
};

let languages = {
let rows =
sqlx::query("SELECT language_id FROM rel_metadata_language WHERE metadata_id = ?")
.bind(&id)
.fetch_all(db.conn())
.await?;
let mut langs = Vec::new();
for row in rows {
let lang_id: Vec<u8> = row.try_get("language_id")?;
let lang = Language::from_db(lang_id, db.conn()).await?;
langs.push(lang);

if filter.category.is_some() {
query.push_str(&format!("{} category.name LIKE ?", sep));
sep = " AND";
}
langs
};

let build_systems = {
let rows = sqlx::query(
"SELECT build_system_id FROM rel_metadata_build_system WHERE metadata_id = ?",
)
.bind(&id)
.fetch_all(db.conn())
.await?;
let mut bss = Vec::new();
for row in rows {
let bs_id: Vec<u8> = row.try_get("build_system_id")?;
let bs = BuildSystem::from_db(bs_id, db.conn()).await?;
bss.push(bs);
if filter.language.is_some() {
query.push_str(&format!("{} language.name LIKE ?", sep));
}
bss
};

// Retrieve the preferred IDE (if any).
let preffered_ide = if let Some(ide_id) = preferred_ide_id {
Some(Ide::from_db(ide_id, db.conn()).await?)
} else {
None
};

let mut builder = Metadata::builder()
.id(Uuid::from_slice(&id)?)
.directory(&directory)
.title(&title)
.created(DateTime::from_str(&created)?)
.updated(DateTime::from_str(&updated)?)
.categories(categories)
.languages(languages)
.build_systems(build_systems);

if let Some(description) = description {
builder = builder.description(&description);
};

if let Some(url) = repository_url {
builder = builder.repository_url(&url);
};

if let Some(ide) = preffered_ide {
builder = builder.preffered_ide(ide);
}
QueryFilter::None => {}
}
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⚠️ Potential issue

SQL injection vulnerability in query building.

The code uses string concatenation to build the SQL query, which could lead to SQL injection if the filter contains user input.

Use parameterized queries or query builders instead of string concatenation:

- query.push_str(&format!("{} metadata.title LIKE ?", sep));
+ let mut builder = QueryBuilder::new("SELECT ... FROM metadata");
+ if filter.query.is_some() {
+     builder.push(" WHERE metadata.title LIKE ").push_bind(format!("%{}%", filter.query.unwrap()));
+ }

Consider using sqlx::QueryBuilder consistently throughout this function.

Committable suggestion skipped: line range outside the PR's diff.

@@ -12,7 +12,7 @@
<DropdownMenuPrimitive.SubContent
bind:ref
class={cn(
'bg-popover text-popover-foreground z-50 min-w-[8rem] rounded-md border p-1 shadow-lg focus:outline-none',
'bg-popover text-popover-foreground z-50 min-w-[8rem] rounded-md border p-1 shadow-lg focus:outline-hidden',
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💡 Verification agent

❓ Verification inconclusive

Check if outline-hidden is a valid Tailwind CSS class

The class has been changed from focus:outline-none to focus:outline-hidden. However, outline-hidden is not a standard Tailwind CSS class. Ensure that this class is properly defined in your custom Tailwind configuration or theme extensions.


🏁 Script executed:

#!/bin/bash
# Check if outline-hidden is defined in any Tailwind CSS configuration files
grep -r "outline-hidden" --include="*.js" --include="*.cjs" --include="*.ts" .

Length of output: 78


Action Required: Verify and Correct the Tailwind CSS Focus Outline Class

The current code in src/lib/components/ui/dropdown-menu/dropdown-menu-sub-content.svelte uses focus:outline-hidden, which is not a standard Tailwind CSS utility. Our grep-based verification did not find any custom definition or extension for outline-hidden in your configuration files. Please ensure that if you intend to use a custom focus outline class, it is properly defined in your Tailwind configuration. Otherwise, revert to the standard class.

  • File & Line: src/lib/components/ui/dropdown-menu/dropdown-menu-sub-content.svelte, line 15
  • Suggestion: Replace
    'bg-popover text-popover-foreground z-50 min-w-[8rem] rounded-md border p-1 shadow-lg focus:outline-hidden',
    with
    'bg-popover text-popover-foreground z-50 min-w-[8rem] rounded-md border p-1 shadow-lg focus:outline-none',
    unless you have explicitly configured a custom outline-hidden class.

@@ -25,6 +25,8 @@ dotenvy = "0.15.7"
tokio = {version = "1.43.0", features = ["full"]}
async-trait = "0.1.86"
glob = "0.3.2"
serde_json = "1.0.140"
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💡 Verification agent

🧩 Analysis chain

Verify serde_json version compatibility

The specified version 1.0.140 seems unusually high. The latest version of serde_json at the time of my knowledge cutoff was around 1.0.108. This could potentially be a typo or might cause compatibility issues.


🌐 Web query:

What is the latest version of serde_json for Rust?

💡 Result:

As of March 2025, serde_json 1.0.1 is the latest version available on [crates.io][13], with updates continuing beyond December 2024 releases listed in GitHub repositories[12][13]. This version maintains compatibility with Rust 1.36+ and provides core JSON serialization/deserialization functionality within the Serde ecosystem.

To use it in your project, add to Cargo.toml:

[dependencies]
serde = { version = "1.0", features = ["derive"] }
serde_json = "1.0.1"

Key capabilities remain consistent with earlier documentation[1][3][7]:

  • Zero-copy deserialization with structs like User<'a>
  • Strongly typed parsing via #[derive(Serialize, Deserialize)]
  • Flexible JSON value manipulation through serde_json::Value

The most recent changes focus on dependency updates and minor bug fixes, without breaking API surface changes from prior 1.0 versions[12][13].

Citations:


Action Required: Update serde_json Dependency Version

It appears that the currently specified version in episko_lib/Cargo.toml (serde_json = "1.0.140") is incorrect. Our verification confirms that the latest available version as of March 2025 is 1.0.1 (see crates.io). Please update the dependency to:

[dependencies]
serde = { version = "1.0", features = ["derive"] }
serde_json = "1.0.1"

This change will ensure compatibility and align with the current release on crates.io.

@@ -47,7 +47,7 @@
{/snippet}
</DropdownMenu.Trigger>
<DropdownMenu.Content
class="w-[--bits-dropdown-menu-anchor-width] min-w-56 rounded-lg"
class="w-(--bits-dropdown-menu-anchor-width) min-w-56 rounded-lg"
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💡 Verification agent

🧩 Analysis chain

CSS variable syntax is using non-standard parentheses notation.

The CSS variable syntax w-(--bits-dropdown-menu-anchor-width) is using parentheses instead of the standard square brackets notation w-[--bits-dropdown-menu-anchor-width]. This is unlikely to work correctly in Tailwind CSS unless you have a custom plugin that supports this syntax.

-				class="w-(--bits-dropdown-menu-anchor-width) min-w-56 rounded-lg"
+				class="w-[--bits-dropdown-menu-anchor-width] min-w-56 rounded-lg"

🏁 Script executed:

#!/bin/bash
# Check for other instances of similar parentheses syntax in CSS
rg -t svelte "w-\(--[^)]+\)" --no-heading

# Also check if there's a custom Tailwind plugin that might handle this syntax
fd -g "tailwind.config.*" | xargs cat

Length of output: 3008


CSS Variable Syntax Correction Required

The current implementation uses a non-standard parentheses notation for the CSS variable, which is not supported by Tailwind CSS. Our verification of the Tailwind configuration did not reveal any custom plugin that would allow such non-standard syntax. Please update the class definition as outlined below:

  • File: src/lib/components/nav-user.svelte, Line: 50
  • Change Required: Replace w-(--bits-dropdown-menu-anchor-width) with w-[--bits-dropdown-menu-anchor-width]
-				class="w-(--bits-dropdown-menu-anchor-width) min-w-56 rounded-lg"
+				class="w-[--bits-dropdown-menu-anchor-width] min-w-56 rounded-lg"
📝 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.

Suggested change
class="w-(--bits-dropdown-menu-anchor-width) min-w-56 rounded-lg"
class="w-[--bits-dropdown-menu-anchor-width] min-w-56 rounded-lg"

@@ -14,7 +14,7 @@
<input
bind:this={ref}
class={cn(
'border-input bg-background ring-offset-background placeholder:text-muted-foreground focus-visible:ring-ring flex h-10 w-full rounded-md border px-3 py-2 text-base file:border-0 file:bg-transparent file:text-sm file:font-medium focus-visible:outline-none focus-visible:ring-2 focus-visible:ring-offset-2 disabled:cursor-not-allowed disabled:opacity-50 md:text-sm',
'border-input bg-background ring-offset-background placeholder:text-muted-foreground focus-visible:ring-ring flex h-10 w-full rounded-md border px-3 py-2 text-base file:border-0 file:bg-transparent file:text-sm file:font-medium focus-visible:outline-hidden focus-visible:ring-2 focus-visible:ring-offset-2 disabled:cursor-not-allowed disabled:opacity-50 md:text-sm',
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⚠️ Potential issue

Non-standard Tailwind CSS class focus-visible:outline-hidden.

Similar to other components, you've changed focus-visible:outline-none to focus-visible:outline-hidden. This is not a standard Tailwind CSS class and might not work unless you've defined it in your configuration.

-		'border-input bg-background ring-offset-background placeholder:text-muted-foreground focus-visible:ring-ring flex h-10 w-full rounded-md border px-3 py-2 text-base file:border-0 file:bg-transparent file:text-sm file:font-medium focus-visible:outline-hidden focus-visible:ring-2 focus-visible:ring-offset-2 disabled:cursor-not-allowed disabled:opacity-50 md:text-sm',
+		'border-input bg-background ring-offset-background placeholder:text-muted-foreground focus-visible:ring-ring flex h-10 w-full rounded-md border px-3 py-2 text-base file:border-0 file:bg-transparent file:text-sm file:font-medium focus-visible:outline-none focus-visible:ring-2 focus-visible:ring-offset-2 disabled:cursor-not-allowed disabled:opacity-50 md:text-sm',

If this is part of an intentional styling change across components, please ensure that outline-hidden is properly defined in your Tailwind configuration.

📝 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.

Suggested change
'border-input bg-background ring-offset-background placeholder:text-muted-foreground focus-visible:ring-ring flex h-10 w-full rounded-md border px-3 py-2 text-base file:border-0 file:bg-transparent file:text-sm file:font-medium focus-visible:outline-hidden focus-visible:ring-2 focus-visible:ring-offset-2 disabled:cursor-not-allowed disabled:opacity-50 md:text-sm',
'border-input bg-background ring-offset-background placeholder:text-muted-foreground focus-visible:ring-ring flex h-10 w-full rounded-md border px-3 py-2 text-base file:border-0 file:bg-transparent file:text-sm file:font-medium focus-visible:outline-none focus-visible:ring-2 focus-visible:ring-offset-2 disabled:cursor-not-allowed disabled:opacity-50 md:text-sm',

<h1 class="text-5xl font-bold">{project.title}</h1>
<div class="flex flex-rol gap-4">
<p class="text-sm opacity-60">Last Updated {project.updated.toLocaleTimeString()}</p>
{#if true || project.repositoryUrl}
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⚠️ Potential issue

Remove the always-true condition from the if statement
true || project.repositoryUrl always evaluates to true, making the condition pointless. Consider using only project.repositoryUrl.

-{#if true || project.repositoryUrl}
+{#if project.repositoryUrl}
📝 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.

Suggested change
{#if true || project.repositoryUrl}
{#if project.repositoryUrl}

Comment on lines +95 to +104
{#each languages as language}
<input
class="btn"
type="radio"
name="categories"
value={language.name}
bind:group={pageState.filter.language}
aria-label={language.name}
/>
{/each}
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⚠️ Potential issue

Fix incorrect radio input name for languages
The radio inputs for languages currently use name="categories", which conflicts with the categories radio group. Changing this to "languages" ensures correct selection behavior.

-<input
-  class="btn"
-  type="radio"
-  name="categories"
-  value={language.name}
-  bind:group={pageState.filter.language}
-  aria-label={language.name}
/>
+<input
+  class="btn"
+  type="radio"
+  name="languages"
+  value={language.name}
+  bind:group={pageState.filter.language}
+  aria-label={language.name}
/>
📝 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.

Suggested change
{#each languages as language}
<input
class="btn"
type="radio"
name="categories"
value={language.name}
bind:group={pageState.filter.language}
aria-label={language.name}
/>
{/each}
{#each languages as language}
<input
class="btn"
type="radio"
name="languages"
value={language.name}
bind:group={pageState.filter.language}
aria-label={language.name}
/>
{/each}

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Actionable comments posted: 0

🧹 Nitpick comments (5)
src/lib/components/project/form-languages.svelte (4)

19-28: Check if version is required.
The function only checks newLanguage.name. If version is mandatory, consider validating it to avoid adding incomplete language entries.

 function addLanguage() {
   if (newLanguage.name !== '' 
+    && newLanguage.version !== null
+    && newLanguage.version !== '') {
     formData.update((data) => {
       data.languages.push(newLanguage);
       return data;
     });
     newLanguage = { name: '', version: null };
   }
 }

20-20: Remove commented-out code if not needed.
Line 20 contains a commented-out statement that may no longer be necessary.


40-54: Add labels or placeholders for clarity.
While name and version fields are visible, providing labels or placeholders helps users distinguish which input corresponds to language name vs. version.

 <div class="flex gap-4">
-  <Input {...props} bind:value={$formData.languages[i].name} />
-  <Input {...props} bind:value={$formData.languages[i].version} />
+  <Input {...props} bind:value={$formData.languages[i].name} placeholder="Language name" />
+  <Input {...props} bind:value={$formData.languages[i].version} placeholder="Version" />
   <Button variant="destructive" onclick={removeLanguage(i)}><Trash2 /></Button>
 </div>

58-60: Add placeholders or labels for new language fields.
Help users clearly see what each field represents.

<div class="flex gap-4">
-  <Input {...props} bind:value={newLanguage.name} />
-  <Input {...props} bind:value={newLanguage.version} />
+  <Input {...props} bind:value={newLanguage.name} placeholder="Language name" />
+  <Input {...props} bind:value={newLanguage.version} placeholder="Version" />
  <Button variant="secondary" onclick={addLanguage}><CirclePlus /></Button>
</div>
src/lib/components/project/form.svelte (1)

170-276: Remove or uncomment the large code block.
The entire block from lines 170 to 276 is commented out. If no longer needed, remove it to maintain clarity; otherwise, uncomment and test it.

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Configuration used: CodeRabbit UI
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📥 Commits

Reviewing files that changed from the base of the PR and between c7a8c1c and 8a6f352.

📒 Files selected for processing (4)
  • src/lib/components/project/form-build-systems.svelte (1 hunks)
  • src/lib/components/project/form-categories.svelte (1 hunks)
  • src/lib/components/project/form-languages.svelte (1 hunks)
  • src/lib/components/project/form.svelte (1 hunks)
🚧 Files skipped from review as they are similar to previous changes (2)
  • src/lib/components/project/form-build-systems.svelte
  • src/lib/components/project/form-categories.svelte
🔇 Additional comments (6)
src/lib/components/project/form-languages.svelte (4)

17-17: Verify $state usage.
It's unusual to see $state in a standard Svelte component. Make sure it is properly declared or imported from a valid store or library.

Would you like me to run a script searching for its definition or usage across the codebase?


30-37: Looks good overall.
The closure-based approach for removing an item from the array is clear and correct.


48-48: Use Svelte event handlers instead of DOM events.
Replace onclick={removeLanguage(i)} with on:click={removeLanguage(i)}.

-<Button variant="destructive" onclick={removeLanguage(i)}><Trash2 /></Button>
+<Button variant="destructive" on:click={removeLanguage(i)}><Trash2 /></Button>

61-61: Use Svelte event handlers instead of DOM events.
Replace onclick={addLanguage} with on:click={addLanguage}.

-<Button variant="secondary" onclick={addLanguage}><CirclePlus /></Button>
+<Button variant="secondary" on:click={addLanguage}><CirclePlus /></Button>
src/lib/components/project/form.svelte (2)

90-90: Use Svelte event handler instead of onclick.
Replace onclick={goBack} with on:click={goBack}.

-<Button onclick={goBack} variant="link">
+<Button on:click={goBack} variant="link">

105-105: Use Svelte event handler instead of onclick.
Replace onclick={pickDirectory} with on:click={pickDirectory}.

-<Button onclick={pickDirectory} variant="secondary">Pick</Button>
+<Button on:click={pickDirectory} variant="secondary">Pick</Button>

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Actionable comments posted: 1

🧹 Nitpick comments (4)
episko_lib/src/config.rs (1)

18-18: Remove unused import.

The CI pipeline is reporting that the Path import on line 18 is unused. Consider removing it to clean up imports and resolve the warnings.

use std::{
    collections::HashSet,
    env, fs, io,
-   path::{Path, PathBuf},
+   path::PathBuf,
};
🧰 Tools
🪛 GitHub Actions: Test front- and backend

[warning] 18-18: unused import: Path

🪛 GitHub Actions: Generate Test Coverage

[warning] 18-18: unused import: Path

.github/workflows/build-application.yml (2)

28-32: Setup Bun and Versioning
The step for setting up Bun using oven-sh/setup-bun@v2 with bun-version: latest correctly prepares the environment for Bun-based commands. A small suggestion: relying on latest may affect reproducibility if Bun releases an incompatible update. Consider pinning to a specific version if consistent builds are a priority.


34-36: Rust Toolchain Initialization
Using dtolnay/rust-toolchain@stable ensures that the stable version of Rust is set for the build. As with Bun, you might consider pinning the Rust version if reproducibility becomes an issue in the future.

episko_lib/src/statistics.rs (1)

9-15: Consider implementing additional traits for the Statistic struct.

While the Debug trait is implemented, the Statistic struct could benefit from additional trait implementations such as Clone, Default, and PartialEq for easier testing and manipulation.

-#[derive(Debug)]
+#[derive(Debug, Clone, PartialEq)]
 pub struct Statistic {
     pub projects_by_language: HashMap<String, u32>,
     pub projects_by_ide: HashMap<String, u32>,
     pub projects_by_category: HashMap<String, u32>,
     pub projects_by_build_system: HashMap<String, u32>,
     pub number_of_projects: u32,
 }
+
+impl Default for Statistic {
+    fn default() -> Self {
+        Self {
+            projects_by_language: HashMap::new(),
+            projects_by_ide: HashMap::new(),
+            projects_by_category: HashMap::new(),
+            projects_by_build_system: HashMap::new(),
+            number_of_projects: 0,
+        }
+    }
+}
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Review profile: CHILL
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📥 Commits

Reviewing files that changed from the base of the PR and between 8a6f352 and 7287b3c.

⛔ Files ignored due to path filters (1)
  • Cargo.lock is excluded by !**/*.lock
📒 Files selected for processing (9)
  • .github/workflows/build-application.yml (1 hunks)
  • episko_lib/src/bin/main.rs (4 hunks)
  • episko_lib/src/config.rs (2 hunks)
  • episko_lib/src/database.rs (3 hunks)
  • episko_lib/src/database/retrieve_metrics.rs (1 hunks)
  • episko_lib/src/lib.rs (2 hunks)
  • episko_lib/src/metadata/metadata_handler.rs (4 hunks)
  • episko_lib/src/statistics.rs (1 hunks)
  • episko_lib/src/statistics/statistic_handler.rs (1 hunks)
🚧 Files skipped from review as they are similar to previous changes (3)
  • episko_lib/src/lib.rs
  • episko_lib/src/bin/main.rs
  • episko_lib/src/metadata/metadata_handler.rs
🧰 Additional context used
🧬 Code Definitions (3)
episko_lib/src/statistics/statistic_handler.rs (1)
episko_lib/src/database/retrieve_metrics.rs (5)
  • projects_by_language (12-25)
  • projects_by_ide (28-39)
  • projects_by_category (42-55)
  • projects_by_build_system (58-73)
  • number_of_projects (76-85)
episko_lib/src/database/retrieve_metrics.rs (1)
episko_lib/src/database.rs (1)
  • fill_db (100-106)
episko_lib/src/database.rs (6)
episko_lib/src/metadata.rs (1)
  • builder (103-105)
episko_lib/src/metadata/build_system.rs (2)
  • with_version (21-26)
  • new (30-38)
episko_lib/src/metadata/language.rs (2)
  • with_version (21-26)
  • new (31-39)
episko_lib/src/metadata/category.rs (1)
  • new (18-25)
episko_lib/src/metadata/ide.rs (1)
  • new (18-25)
episko_lib/src/metadata/property.rs (1)
  • new (25-25)
🪛 GitHub Actions: Test front- and backend
episko_lib/src/config.rs

[warning] 18-18: unused import: Path

episko_lib/src/database/retrieve_metrics.rs

[warning] 143-143: unused variable: conn

🪛 GitHub Actions: Generate Test Coverage
episko_lib/src/config.rs

[warning] 18-18: unused import: Path

🔇 Additional comments (27)
episko_lib/src/config.rs (2)

33-33: Good addition of the Clone trait.

Adding the Clone trait to the Config struct's derive list is helpful for scenarios where configuration data needs to be duplicated without mutating the original. This aligns well with the broader refactoring effort to streamline configuration handling.


70-70: Fixed error message formatting.

The correction to add the closing bracket in the error message documentation is a good catch. This improves the consistency of the documentation.

.github/workflows/build-application.yml (11)

1-2: Workflow Name Clarity
The workflow’s name ("Build Gui Application") is clear and descriptive, immediately conveying its purpose.


3-12: Workflow Trigger Configuration
The triggers are well configured to run on pushes to the primary branches (main, alpha, beta, next), on pull requests, and via manual dispatch. This broad trigger strategy ensures that builds are executed consistently across different workflows.


13-16: Concurrency Settings
Using a dynamic concurrency group (build-${{ github.ref }}) with cancel-in-progress: true is an excellent way to prevent redundant builds and manage resource usage effectively.


17-23: Job Configuration – Build-Tauri Setup
The job named build-tauri is properly defined with the necessary permissions (contents: write) and a fail-fast strategy. This ensures that any issues cause an immediate halt, thereby saving time and resources during the build process.


24-25: Runner Selection
Specifying runs-on: 'ubuntu-24.04' is appropriate as it provides an up-to-date Ubuntu environment with current system libraries.


26-27: Repository Checkout
The use of actions/checkout@v4 is a current and reliable method to fetch the repository's contents.


32-32: Bun Dependency Installation
The command bun i immediately follows the Bun setup and efficiently installs the project dependencies.


37-39: Rust Dependency Caching
Incorporating Swatinem/rust-cache@v2 to cache Rust dependencies is a strong move to accelerate build times.


40-44: Installing System Dependencies
The step installing the required system libraries (libwebkit2gtk-4.1-dev, libappindicator3-dev, librsvg2-dev, and patchelf) is clearly structured. Ensure that these package versions remain compatible with your application as dependencies evolve over time.


45-47: Tauri Application Build Step
The Tauri build is triggered via the command bun tauri build, which aligns with the integration of Bun and Tauri in your project. Double-check that all necessary Tauri configurations are in place to support this command successfully.


48-50: CLI Build Command
The CLI component is properly built using cargo build -p episko_cli. This standard command for Rust projects appears to be correctly implemented.

episko_lib/src/database.rs (6)

49-54: Well-designed filter struct for querying metadata.

The Filter struct with optional fields for query, language, and category provides a flexible way to filter projects. Good use of #[derive(Debug, Deserialize, Clone)] for deserialization and debugging.


79-86: Good addition of error variants for improved error handling.

The new error variants enhance error handling capabilities:

  • NotFound(Uuid) provides clear identification of missing manifests
  • Async(String) encapsulates asynchronous errors
  • Conversion(#[from] dao::ConversionError) allows automatic conversion from DAO errors

The #[from] attribute is well-utilized for automatic error conversion.


89-106: Approve test utilities for database population.

The fill_db function provides a valuable utility for populating the test database with generated metadata. This will simplify testing database interactions.


112-152: Well-implemented test data generation with diverse parameters.

The generate_test_metadata function creates varied test data using different languages, IDEs, categories, and build systems. The implementation is robust with:

  • Appropriate time offsets for creation dates
  • Varied parameters based on index
  • Conditional application of optional fields

154-161: Good test coverage for metadata generation.

The test verifies both the correct count of generated metadata and the uniqueness of UUIDs, ensuring that the generation process works as expected.


164-174: Effective test database setup.

The setup_test_db function correctly initializes a test database connection and populates it with sample data. The use of the #[sqlx::test] attribute is appropriate for SQLite testing.

episko_lib/src/statistics/statistic_handler.rs (1)

9-21: Good implementation of statistics generation.

The generate_statistics method nicely aggregates all the different metrics from the database into a single Statistic struct. The method signature with a generic error type (Box<dyn std::error::Error>) is appropriate for this use case.

episko_lib/src/database/retrieve_metrics.rs (7)

12-25: Well-structured query for language statistics.

The SQL query correctly joins the relevant tables to count projects by language. The query structure with explicit joins and conditions is clear and maintainable.


28-39: Properly implemented IDE statistics query.

The implementation effectively queries the database to count projects grouped by IDE, using appropriate joins and grouping.


42-55: Correct implementation of category statistics.

The method successfully retrieves project counts by category using proper table joins and grouping in the SQL query.


58-73: Well-implemented build system statistics retrieval.

The method correctly queries and aggregates project counts by build system using appropriate table relationships.


76-85: Simple and effective project count implementation.

The number_of_projects method efficiently retrieves the total count directly from the database with a clean SQL query.


88-101: Reusable helper function for query execution.

The count_projects helper method centralizes the common logic for executing queries and converting results to a HashMap, avoiding code duplication across the different statistics methods.


151-161: Good test for the number_of_projects method.

The test effectively verifies that the number_of_projects method returns the expected count after each database population, incrementally testing with a growing dataset.

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Actionable comments posted: 6

♻️ Duplicate comments (2)
utils/data-generator/main.go (1)

17-32: ⚠️ Potential issue

Add error handling and improve concurrency management

The current implementation starts an unbounded number of goroutines and lacks proper error handling for the random generator.

func main() {
	numProjects := flag.Int("count", 5, "Number of test projects to create")
	baseDir := flag.String("base", ".", "Base directory where project directories will be created")
+	maxConcurrent := flag.Int("concurrent", 4, "Maximum number of concurrent operations")
	flag.Parse()

-	gofakeit.Seed(time.Now().UnixNano())
+	if err := gofakeit.Seed(time.Now().UnixNano()); err != nil {
+		log.Printf("Warning: Failed to seed random generator: %v", err)
+	}

-	var wg sync.WaitGroup
+	// Use a semaphore to limit concurrency
+	sem := make(chan struct{}, *maxConcurrent)
+	var wg sync.WaitGroup

	for i := 0; i < *numProjects; i++ {
+		// Add to semaphore before starting a new goroutine
+		sem <- struct{}{}
		wg.Add(1)
-		createProject(i+1, *baseDir, &wg)
+		go func(idx int) {
+			defer func() { <-sem }() // Release semaphore when done
+			createProject(idx+1, *baseDir, &wg)
+		}(i)
	}

	wg.Wait()
}
🧰 Tools
🪛 golangci-lint (1.64.8)

22-22: Error return value of gofakeit.Seed is not checked

(errcheck)

episko_lib/src/database/retrieve_metadata.rs (1)

165-183: ⚠️ Potential issue

SQL injection vulnerability in query building.

The code uses string concatenation to build the SQL query, which could lead to SQL injection if the filter contains user input.

Use parameterized queries or a query builder approach consistently:

-query.push_str(&format!("{} metadata.title LIKE ?", sep));
+let mut conditions = vec![];
+if filter.query.is_some() {
+    conditions.push("metadata.title LIKE ?");
+}
+if filter.category.is_some() {
+    conditions.push("category.name LIKE ?");
+}
+if filter.language.is_some() {
+    conditions.push("language.name LIKE ?");
+}
+
+if !conditions.is_empty() {
+    query.push_str(" WHERE ");
+    query.push_str(&conditions.join(" AND "));
+}
🧹 Nitpick comments (26)
src/lib/components/toasts/Toast.svelte (1)

11-11: Missing CSS styling for the toast component.

There's no styling for this component, which might make it difficult to position and animate properly.

Consider adding some basic styling:

</div>
{/if}
+
+<style>
+  .toast {
+    position: fixed;
+    bottom: 1rem;
+    right: 1rem;
+    z-index: 1000;
+    animation: fadeIn 0.3s ease-in-out;
+  }
+  
+  @keyframes fadeIn {
+    from { opacity: 0; transform: translateY(20px); }
+    to { opacity: 1; transform: translateY(0); }
+  }
+</style>
utils/data-generator/main.go (5)

111-111: Simplify string assignment

The fmt.Sprintf is unnecessary when the value is already a string.

-		preferredIde = fmt.Sprintf("%s", ide)
+		preferredIde = ide
🧰 Tools
🪛 golangci-lint (1.64.8)

111-111: S1025: the argument is already a string, there's no need to use fmt.Sprintf

(gosimple)


114-117: Improve repository URL generation

The current implementation generates any random URL, which may not represent an actual code repository URL.

var repositoryUrl string
if gofakeit.Bool() {
-	repositoryUrl = gofakeit.URL()
+	// Generate a more realistic repository URL
+	host := gofakeit.RandomString([]string{"github.com", "gitlab.com", "bitbucket.org"})
+	user := gofakeit.Username()
+	repo := sanitizeTitle(gofakeit.AppName())
+	repositoryUrl = fmt.Sprintf("https://%s/%s/%s", host, user, repo)
}

37-118: Refactor repetitive random selection pattern

There's a repetitive pattern when selecting random items and building sets which could be extracted to helper functions.

Consider introducing helper functions to reduce duplication:

// Helper function for random selection with optional version
func randomItemWithVersion(items []string, addVersion bool) string {
	item := items[gofakeit.Number(0, len(items)-1)]
	if !addVersion {
		return item
	}
	
	version := fmt.Sprintf("%d.%d", gofakeit.Number(1, 5), gofakeit.Number(0, 9))
	return fmt.Sprintf("%s:%s", item, version)
}

// Helper function to create a set of unique random items
func randomUniqueItems(count int, items []string, addVersion bool) []string {
	set := make(map[string]struct{})
	for len(set) < count {
		item := randomItemWithVersion(items, addVersion)
		set[item] = struct{}{}
	}
	
	result := make([]string, 0, len(set))
	for k := range set {
		result = append(result, k)
	}
	return result
}

This would simplify your code for languages, build systems, and categories.

🧰 Tools
🪛 golangci-lint (1.64.8)

111-111: S1025: the argument is already a string, there's no need to use fmt.Sprintf

(gosimple)


46-50: Add collision detection for project directories

The current implementation doesn't check if a directory with the same name already exists.

-	err := os.MkdirAll(projectDir, 0755)
-	if err != nil {
-		log.Printf("Project %d: failed to create directory %s: %v", projectNum, projectDir, err)
-		return
-	}
+	// Check if directory already exists
+	if _, err := os.Stat(projectDir); err == nil {
+		projectDir = fmt.Sprintf("%s_%d", projectDir, gofakeit.Number(100, 999))
+		log.Printf("Project %d: directory already exists, using %s instead", projectNum, projectDir)
+	}
+	
+	if err := os.MkdirAll(projectDir, 0755); err != nil {
+		log.Printf("Project %d: failed to create directory %s: %v", projectNum, projectDir, err)
+		return
+	}

3-15: Consider organizing imports for better readability

While not critical, organizing imports into standard library and third-party groups improves readability.

import (
	"flag"
	"fmt"
	"log"
	"os"
	"os/exec"
	"path/filepath"
	"strings"
	"sync"
	"time"
+	"context"

	"github.com/brianvoe/gofakeit/v7"
)
episko_lib/src/database.rs (4)

27-27: Imports should be organized.

The new import serde::Deserialize should be grouped together with other external crates imports like thiserror::Error for better code organization.

-use serde::Deserialize;
 use thiserror::Error;
+use serde::Deserialize;

36-36: Consider documenting new modules.

The new modules retrieve_metrics and dao lack documentation. Since other modules have documentation via comments in lines 33-38, these new modules should follow the same pattern.

 pub mod retrieve_metadata;
-pub mod retrieve_metrics;
+/// Module for retrieving statistical metrics from the database
+pub mod retrieve_metrics;
 pub mod update_metadata;
 pub mod validate_stored_metadata;

-mod dao;
+/// Data Access Objects for database entities
+mod dao;

Also applies to: 40-40


99-172: Test data generation is comprehensive, but could use improvements.

The test utilities for database testing are well-implemented, but I found a few areas for improvement:

  1. Constants like ides, categories, etc. are exposed as pub but might not need to be publicly accessible outside the test module.
  2. fill_db doesn't verify successful insertion beyond catching errors.
  3. Consider adding documentation for these test utilities.
 #[cfg(test)]
 pub mod db_test {
     use std::collections::HashSet;
 
     use super::*;
     use crate::{
         metadata::{property::Property as _, Metadata, *},
         ApplyIf as _,
     };
     use chrono::{TimeDelta, Utc};
 
+    /// Fills the database with generated test metadata
+    ///
+    /// # Parameters
+    /// - `amount`: The number of test metadata entries to generate
+    /// - `db`: The database handler to use for writing the data
     pub async fn fill_db(amount: usize, db: &DatabaseHandler) {
         let test_data = generate_test_metadata(amount);
 
         for el in test_data {
             el.write_to_db(db).await.expect("writing test data");
         }
     }
-    pub const ides: [&str; 4] = ["VSCode", "IntelliJ", "Sublime", "Vim"];
-    pub const categories: [&str; 5] = ["Web", "CLI", "GUI", "Embedded", "AI"];
-    pub const languages: [&str; 5] = ["Rust", "Python", "JavaScript", "Go", "C++"];
-    pub const build_systems: [&str; 5] = ["Cargo", "Make", "CMake", "NPM", "Bazel"];
+    const ides: [&str; 4] = ["VSCode", "IntelliJ", "Sublime", "Vim"];
+    const categories: [&str; 5] = ["Web", "CLI", "GUI", "Embedded", "AI"];
+    const languages: [&str; 5] = ["Rust", "Python", "JavaScript", "Go", "C++"];
+    const build_systems: [&str; 5] = ["Cargo", "Make", "CMake", "NPM", "Bazel"];
 
+    /// Generates test metadata entries
+    ///
+    /// # Parameters
+    /// - `count`: The number of test metadata entries to generate
+    ///
+    /// # Returns
+    /// A vector of generated metadata entries
     pub fn generate_test_metadata(count: usize) -> Vec<Metadata> {
         let base_time = Utc::now();

174-184: Consider adding assertions in test setup.

The setup_test_db function initializes the database but doesn't include any assertions to verify the setup was successful. Consider adding assertions to ensure the data was properly inserted.

 #[sqlx::test]
 async fn setup_test_db(conn: SqlitePool) {
     let db = DatabaseHandler::with_conn(conn);
     fill_db(25, &db).await;
+    
+    // Verify data was inserted correctly
+    let count = sqlx::query_scalar!("SELECT COUNT(*) FROM metadata")
+        .fetch_one(&db.pool)
+        .await
+        .expect("Failed to count metadata");
+    
+    assert_eq!(count, 25, "Expected 25 metadata entries to be inserted");
 }
src/routes/statistics/state.svelte.ts (1)

10-12: Consider error handling in loadStatistics.

The loadStatistics function doesn't include error handling for potential failures when fetching statistics. Consider adding try/catch to gracefully handle errors.

 export async function loadStatistics() {
-	statisticsState.statistic = await commands.get_statistics();
+	try {
+		statisticsState.statistic = await commands.get_statistics();
+	} catch (error) {
+		console.error('Failed to load statistics:', error);
+		// Optionally set an error state that the UI can respond to
+	}
 }
src/routes/statistics/PieStatistic.svelte (1)

1-5: Consider organizing imports.

The imports are functional but could be organized better by grouping related imports together (d3-related imports together, then the component import).

 <script lang="ts">
-	import { quantize } from 'd3';
-	import { interpolateRainbow } from 'd3-scale-chromatic';
+	// D3 imports
+	import { quantize } from 'd3';
+	import { interpolateRainbow } from 'd3-scale-chromatic';
+	// Component imports
 	import { PieChart } from 'layerchart';
src/routes/statistics/+page.svelte (2)

7-7: Consider reactive declaration for statistics.

The statistics variable isn't using a reactive declaration ($:), which means it won't automatically update when statisticsState.statistic changes. Consider making it reactive.

-let statistics = statisticsState.statistic;
+$: statistics = statisticsState.statistic;

15-21: Fix grammar in title for consistency.

The title "Thats how you categorize Projects" on line 55 is missing an apostrophe. While reviewing this section, I noticed the issue in a different section.

 <PieStatistic
 	data={statistics?.projectsByCategory}
 	key="category"
 	value="projects"
-	title="Thats how you categorize Projects"
+	title="That's how you categorize Projects"
 />
src/routes/+layout.svelte (2)

18-19: Consider implementing background loading

The comment indicates this is a temporary solution that should be done in the background. As noted, blocking the entire UI while initializing the cache might not provide the best user experience.

Consider implementing a more sophisticated loading mechanism that allows partial UI rendering while the cache initializes, or move initialization to a service worker or background process.


63-63: Commented Toast component

There's a commented-out Toast component. If this is intended for debugging, consider removing it or adding a comment explaining why it's commented out.

Either remove the commented-out Toast component or add a comment explaining its purpose and when it will be uncommented.

episko_lib/src/statistics.rs (1)

21-25: Consider expanding error handling

The Error enum currently only has one variant for database errors. As the statistics functionality grows, you might need to handle additional error types.

Consider planning for potential future error cases, such as calculation errors, serialization issues, or invalid data formats, by adding appropriate error variants.

src/routes/project/state.svelte.ts (1)

22-28: Consider adding error handling to the data fetching logic.

The preloadFirstPage function should include error handling for cases where the Commands.get_all call fails.

export async function preloadFirstPage() {
+    try {
        const pagedData: PagedMetadataPreview = await Commands.get_all(1, pageState.filter);
        pageState.loadedPreviews = pagedData.data;
        pageState.currentPage = pagedData.pageNumber;
        pageState.totalPages = pagedData.totalPages;
        pageState.pageSize = pagedData.pageSize;
+    } catch (error) {
+        console.error('Failed to load metadata previews:', error);
+        // Optionally: Update state to reflect the error
+    }
}
src/lib/commands.ts (1)

62-68: Improve typing for path parameters.

The path parameters in load_from_file and load_from_directory functions could benefit from more specific typing to ensure path validity.

- async load_from_file(path: string): Promise<Uuid> {
+ async load_from_file(path: string & { __pathBrand: never }): Promise<Uuid> {
    return invoke('load_from_file', { path: path });
},

- async load_from_directory(path: string): Promise<number> {
+ async load_from_directory(path: string & { __pathBrand: never }): Promise<number> {
    return invoke('load_from_directory', { path: path });
}

Alternatively, consider adding path validation:

async load_from_file(path: string): Promise<Uuid> {
+   if (!path || typeof path !== 'string') {
+     throw new Error('Invalid path provided');
+   }
    return invoke('load_from_file', { path: path });
},
episko_gui_backend/src/lib.rs (1)

17-24: Document the function properly by completing the TODOs.

The function documentation contains multiple !TODO! placeholders that should be completed with actual documentation about the function's purpose, errors, and panic conditions.

-/// !TODO!
+/// Initializes and starts the application, setting up the database, configuration, 
+/// and Tauri application with all necessary plugins and command handlers.
///
/// # Errors
-/// !TODO!
+/// Returns an error if configuration loading fails, database initialization fails,
+/// or if the Tauri application encounters an error during setup or execution.
///
/// # Panics
-/// !TODO!
+/// Panics if the Tauri application fails to run, which is caught and converted to an error.
///
episko_lib/src/database/retrieve_metadata.rs (1)

23-42: Complete the missing documentation.

The function documentation contains !TODO! placeholders that should be completed with actual details.

/// Retrieves paginated [`Metadata`] entries from database
///
-/// !TODO!
+/// Returns a vector of Metadata entries based on pagination parameters.
+/// If pagination is None, returns all entries.
/// # Errors
/// Returns `Err` if database query fails or data conversion fails
src/lib/types.ts (1)

15-19: Consider using optional strings instead of null.
Your new Filter interface sets query, category, and language to string | null. This approach is valid, but using optional strings (e.g., string?) might be more idiomatic in TypeScript. Alternatively, confirm the rest of the code consistently expects null.

episko_lib/src/database/retrieve_metrics.rs (1)

10-73: Reduce duplication across aggregator functions.
The projects_by_* methods share very similar logic and differ mainly in the SQL queries. Consider extracting the repeated code into a helper that receives the table/column names or query strings. This will make maintenance and changes easier.

episko_gui_backend/src/commands.rs (3)

25-43: Handle partial failures when initializing cache.
If one file or directory processing fails, the entire init_cache fails. Consider handling partial successes (e.g., logging errors but continuing with others) to improve resilience.


103-119: Consider robust error handling when updating files.
If metadata.update_in_db succeeds but write_file fails, you may have partial updates. Consider rolling back the database change or providing a more detailed resolution flow.


140-154: Improve error feedback for invalid file paths.
You already return an error for paths that don't exist or aren't files. Optionally, add logs or user notifications for easier troubleshooting.

📜 Review details

Configuration used: CodeRabbit UI
Review profile: CHILL
Plan: Pro

📥 Commits

Reviewing files that changed from the base of the PR and between 7287b3c and 578decf.

⛔ Files ignored due to path filters (1)
  • bun.lock is excluded by !**/*.lock
📒 Files selected for processing (21)
  • episko_gui_backend/src/commands.rs (1 hunks)
  • episko_gui_backend/src/lib.rs (1 hunks)
  • episko_lib/src/bin/main.rs (4 hunks)
  • episko_lib/src/config.rs (3 hunks)
  • episko_lib/src/database.rs (3 hunks)
  • episko_lib/src/database/retrieve_metadata.rs (1 hunks)
  • episko_lib/src/database/retrieve_metrics.rs (1 hunks)
  • episko_lib/src/statistics.rs (1 hunks)
  • episko_lib/src/statistics/statistic_handler.rs (1 hunks)
  • package.json (1 hunks)
  • src/lib/commands.ts (1 hunks)
  • src/lib/components/toasts/Toast.svelte (1 hunks)
  • src/lib/schemas/statistics.ts (1 hunks)
  • src/lib/types.ts (1 hunks)
  • src/routes/+layout.svelte (2 hunks)
  • src/routes/project/state.svelte.ts (1 hunks)
  • src/routes/statistics/+page.svelte (1 hunks)
  • src/routes/statistics/PieStatistic.svelte (1 hunks)
  • src/routes/statistics/state.svelte.ts (1 hunks)
  • tailwind.config.ts (1 hunks)
  • utils/data-generator/main.go (1 hunks)
🚧 Files skipped from review as they are similar to previous changes (1)
  • package.json
🧰 Additional context used
🧬 Code Definitions (12)
src/routes/statistics/state.svelte.ts (1)
src/lib/types.ts (1)
  • Statistic (39-39)
src/lib/schemas/statistics.ts (1)
src/lib/types.ts (1)
  • Statistic (39-39)
src/routes/project/state.svelte.ts (1)
src/lib/types.ts (3)
  • MetadataPreview (23-23)
  • Filter (15-19)
  • PagedMetadataPreview (25-25)
episko_lib/src/bin/main.rs (1)
episko_cli/src/main.rs (1)
  • main (21-42)
episko_lib/src/statistics/statistic_handler.rs (1)
episko_lib/src/database/retrieve_metrics.rs (6)
  • projects_by_language (12-25)
  • projects_by_ide (28-39)
  • projects_by_category (42-55)
  • projects_by_build_system (58-73)
  • number_of_projects (76-85)
  • number_of_languages (87-96)
src/lib/commands.ts (6)
src/lib/types.ts (7)
  • Filter (15-19)
  • PagedMetadataPreview (25-25)
  • Metadata (21-21)
  • Category (33-33)
  • Language (31-31)
  • Statistic (39-39)
  • FormMetadata (27-27)
src/lib/schemas/pagedData.ts (1)
  • PagedMetadataPreviewSchema (16-21)
src/lib/schemas/metadata.ts (2)
  • parseMetadata (80-82)
  • parseMetadataDco (101-103)
src/lib/schemas/category.ts (1)
  • parseCategoryArray (12-18)
src/lib/schemas/language.ts (1)
  • parseLanguageArray (13-19)
src/lib/schemas/statistics.ts (1)
  • parseStatistics (36-43)
episko_gui_backend/src/lib.rs (5)
episko_lib/src/config/config_handler.rs (2)
  • config (37-39)
  • load (22-34)
episko_lib/src/database/database_handler.rs (2)
  • with_config (30-37)
  • new (42-59)
episko_lib/src/metadata/metadata_handler.rs (1)
  • new (18-20)
episko_lib/src/metadata/builder.rs (1)
  • new (47-61)
episko_lib/src/metadata/property.rs (1)
  • new (25-25)
episko_lib/src/statistics.rs (1)
src/lib/types.ts (1)
  • Statistic (39-39)
episko_lib/src/database/retrieve_metrics.rs (3)
src/lib/types.ts (1)
  • Statistic (39-39)
episko_lib/src/database/retrieve_metadata.rs (2)
  • sqlx (33-33)
  • sqlx (55-55)
episko_lib/src/database.rs (1)
  • fill_db (110-116)
episko_lib/src/database.rs (2)
episko_lib/src/metadata/language.rs (2)
  • with_version (21-26)
  • new (31-39)
episko_lib/src/metadata/build_system.rs (2)
  • with_version (21-26)
  • new (30-38)
episko_lib/src/database/retrieve_metadata.rs (8)
src/lib/types.ts (2)
  • Filter (15-19)
  • Metadata (21-21)
episko_lib/src/metadata.rs (2)
  • id (132-134)
  • builder (103-105)
episko_lib/src/database/database_handler.rs (3)
  • new (42-59)
  • conn (69-71)
  • with_conn (62-64)
episko_lib/src/metadata/category.rs (1)
  • new (18-25)
episko_lib/src/metadata/ide.rs (1)
  • new (18-25)
episko_lib/src/metadata/language.rs (1)
  • new (31-39)
episko_lib/src/metadata/build_system.rs (1)
  • new (30-38)
episko_lib/src/metadata/property.rs (1)
  • new (25-25)
src/lib/types.ts (6)
src/lib/schemas/metadata.ts (5)
  • MetadataSchema (34-46)
  • MetadataPreviewSchema (48-56)
  • MetadataFormSchema (58-67)
  • MetadataDcoSchema (69-78)
  • UuidSchema (8-8)
src/lib/schemas/pagedData.ts (1)
  • PagedMetadataPreviewSchema (16-21)
src/lib/schemas/language.ts (1)
  • LanguageSchema (4-7)
src/lib/schemas/category.ts (1)
  • CategorySchema (4-6)
src/lib/schemas/buildSystem.ts (1)
  • BuildSystemSchema (3-6)
src/lib/schemas/statistics.ts (1)
  • StatisticSchema (13-34)
🪛 golangci-lint (1.64.8)
utils/data-generator/main.go

22-22: Error return value of gofakeit.Seed is not checked

(errcheck)


111-111: S1025: the argument is already a string, there's no need to use fmt.Sprintf

(gosimple)

🔇 Additional comments (49)
tailwind.config.ts (1)

7-7: Consider verifying necessity of scanning node_modules in Tailwind.

Including ./node_modules/layerchart/**/*.{svelte,js} in the content array may significantly increase compilation times and the Tailwind CSS generated size. If these files are truly needed for style generation, continuing is fine. Otherwise, restricting the scan might improve performance.

Would you like to confirm that all files in layerchart actually contain relevant Tailwind classes?

episko_lib/src/bin/main.rs (4)

1-1: No issues with this import change.

Importing std::error::Error here is benign and complies with standard Rust usage.


5-5: todo!() placeholder persists (previously flagged).

This line replicates a known issue: relying on todo!() will panic at runtime. Consider providing a stub implementation or referencing an issue to track future work.


6-15: Large block of commented-out code obstructing clarity.

A similarly large commented block was flagged in past reviews. If these lines are not needed imminently, please remove them or move them to version control history.


41-68: Commented-out block from lines 41–68 may be obsolete.

The same concern applies here. Long-term commented code makes maintenance harder. Ensure that each portion is truly needed or remove it.

episko_lib/src/config.rs (3)

15-15: Expanded imports appear valid.

Bringing HashSet, env, fs, etc., into scope aligns with existing usage in this file.


29-29: Cloning the Config struct.

Adding Clone is beneficial if you need to pass or store copies of Config. Confirm that duplication of config state is safe and won’t introduce inconsistencies.

Would you like to verify if there are any concurrency or synchronization concerns with mutable clones of Config?


66-66: Documentation fix acknowledged.

Correcting the bracket in the doc comment for Error::UnknownOs helps clarify usage.

episko_lib/src/database.rs (2)

49-64: Good implementation of the Filter struct.

The Filter struct is well-designed with appropriate derivations and a helper method. It provides a clean way to filter database queries by different criteria.


89-97: Error variants are well defined.

The new error variants are properly implemented with descriptive error messages and appropriate From derivations for conversion errors.

src/routes/statistics/state.svelte.ts (1)

1-8: Good state management approach.

The state management using Svelte's $state is well-implemented with proper initialization. The type annotation for the state object ensures type safety.

src/routes/statistics/PieStatistic.svelte (2)

6-15: Well-structured props interface.

The Props interface is clearly defined with appropriate types for the component's inputs.


20-39: Good implementation of conditional rendering with fallback.

The component effectively uses conditional rendering to show either the chart or a skeleton loader, which improves user experience during data loading.

src/routes/statistics/+page.svelte (1)

38-63: Well-structured PieStatistic components.

The pie chart components are well-organized with appropriate props passed for each category of statistics. The layout with flexbox and gap provides a clean presentation.

episko_lib/src/statistics/statistic_handler.rs (1)

1-21: Well-structured statistics generation handler implementation

This file introduces a well-organized StatisticHandler struct with a clean implementation of the generate_statistics method. The function correctly leverages the async/await pattern to collect various project statistics from the database.

The method properly handles errors with the idiomatic Rust ? operator for error propagation and returns a properly constructed Result type.

src/lib/schemas/statistics.ts (3)

4-11: Good schema definition matching Rust structure

The StatisticDtoSchema correctly defines the expected structure of statistics data coming from the backend, with appropriate types for each field. This schema properly matches the Rust Statistic struct fields.


13-34: Well-designed data transformation

The transformation from snake_case records to camelCase arrays of objects is a good approach that:

  1. Maintains language conventions (snake_case in Rust, camelCase in TypeScript)
  2. Restructures the data in a format that's more convenient for frontend components
  3. Preserves all the original information

The transformation is clean and consistent across all statistics categories.


36-43: Good error handling in parse function

The parseStatistics function provides useful error handling by logging parsing failures before rethrowing the error. This helps with debugging while still allowing the error to propagate to the calling code.

src/routes/+layout.svelte (3)

10-14: Good addition of necessary imports

The imports for commands, state management, and lifecycle hooks are correctly added to support the new async initialization flow.


21-24: Good use of onMount lifecycle hook

The onMount hook correctly loads statistics and preloads the first page after component mounting, following best practices for initialization in Svelte components.


49-61: Well-implemented loading state handling

The await block properly handles all three states of the promise:

  1. Loading state with informative message
  2. Success state rendering children
  3. Error state with appropriate error display

This provides a good user experience during initialization.

episko_lib/src/statistics.rs (2)

1-9: Good module structure and documentation

The file includes appropriate documentation and organizes the statistics functionality properly. The module exports statistic_handler as expected.


10-19: Well-designed Statistic struct with appropriate serialization

The Statistic struct is well-designed with:

  1. Clear documentation
  2. Appropriate derive macros for Debug and Serialize
  3. Well-named fields that match the domain concepts
  4. Appropriate data types (HashMap for categorized counts, u32 for simple counts)
src/routes/project/state.svelte.ts (2)

1-20: LGTM: Well-structured state management implementation.

The state object is well-defined with appropriate types and initial values. The filter initialization with empty string and null values aligns with the Filter type definition.


30-33: LGTM: Clear and concise state reset function.

The resetState function correctly resets the state to its initial values.

src/lib/commands.ts (6)

1-17: LGTM: Good organization of imports and dependencies.

The imports are well-structured and properly grouped by functionality. All required types and parsing functions are correctly imported.


19-22: LGTM: Simple and clear cache initialization function.

The init_cache function has a clear purpose and correctly invokes the backend function.


24-34: LGTM: Well-implemented filter sanitization.

The get_all function properly sanitizes the filter by converting empty strings to null values, which helps prevent unnecessary filtering.


36-38: LGTM: Straightforward retrieval with appropriate parsing.

The get_with_id function correctly invokes the backend and parses the response.


40-50: LGTM: Good implementation of utility functions.

The category, language, and statistics retrieval functions are well-implemented and follow a consistent pattern.


52-60: LGTM: Proper metadata creation and update functions.

The metadata management functions correctly use parsing helpers to ensure data integrity.

episko_gui_backend/src/lib.rs (5)

2-16: LGTM: Good organization of modules and imports.

The code correctly imports necessary components and organizes them in a logical way.


25-31: LGTM: Good implementation of asynchronous initialization.

The function correctly loads the configuration and database asynchronously, properly handling potential errors.


33-38: LGTM: Proper setup of the Tauri application.

The application setup correctly manages the application state using Mutex for thread safety.


39-51: LGTM: Well-organized command registration.

The command handlers are properly registered and organized, providing a comprehensive API for the frontend.


58-89: LGTM: Robust and well-structured error handling.

The Error enum properly implements thiserror::Error and provides transparent error conversion. The serde::Serialize implementation allows for proper error serialization.

episko_lib/src/database/retrieve_metadata.rs (6)

1-21: LGTM: Good refactoring of the metadata retrieval.

The from_db implementation has been simplified using a DAO approach, which is more maintainable.


44-75: LGTM: Well-implemented filtering and pagination logic.

The all_preview_from_db function correctly applies filters and pagination, with proper error handling.


77-93: Good use of QueryBuilder for amount_cached.

The function uses QueryBuilder to safely construct the SQL query, which prevents SQL injection.


96-115: LGTM: Well-designed Pagination struct.

The Pagination struct has a clear API with proper documentation and a useful offset calculation method.


194-201: LGTM: Elegant conversion utility function.

The convert_daos function is a clean, generic approach to converting between data types.


203-332: LGTM: Comprehensive test coverage.

The tests thoroughly cover the functionality, including pagination, offset calculation, and filtering.

src/lib/types.ts (1)

21-39: Schema-based type definitions are consistent.
All exported types inferred from their respective schemas correctly align with the zod approach. No issues noted.

episko_lib/src/database/retrieve_metrics.rs (4)

75-85: Logic for counting total projects is straightforward.
The number_of_projects function looks clean and correct.


87-96: Distinct counting of languages is verified.
Using count(DISTINCT name) ensures accurate unique language counts. No issues noted.


98-112: Helper function cleanly handles the query.
count_projects properly retrieves rows, constructs the map, and returns it. Looks good.


147-153: Complete the unfinished test for build system metrics.
The test_projects_by_build_system function still has todo!(), which will prevent proper verification of build system metrics. Remove or replace todo!() with actual tests and uncomment the relevant call.

episko_gui_backend/src/commands.rs (2)

156-185: Directory loading logic appears correct.
The code checks for directory existence and iterates through all metadata files. No immediate issues.


187-203: Helper function is well-structured.
load_file nicely encapsulates reading metadata, writing to the DB, and optionally saving to config.

Comment on lines 1 to 2
<script lang="ts">
</script>
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⚠️ Potential issue

Missing variable declaration for toastState.

The script block is empty, but the template references toastState.showing which isn't defined or imported anywhere. This will cause a runtime error when the component is used.

Add the necessary import or declaration to the script block:

<script lang="ts">
+  import { toastState } from '[path-to-your-store]';
+  // or define it locally:
+  // let toastState = { showing: false };
</script>
📝 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.

Suggested change
<script lang="ts">
</script>
<script lang="ts">
import { toastState } from '[path-to-your-store]';
// or define it locally:
// let toastState = { showing: false };
</script>

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Actionable comments posted: 2

🧹 Nitpick comments (16)
src/lib/components/nav-secondary.svelte (1)

10-18: Consider updating props interface to reflect navigation changes.

The component's props still require a url property for each item even though it's no longer being used for navigation.

Either:

  1. Document that the url property is currently unused but required for future implementation
  2. Mark it as optional with url?: string if it's truly not needed now
  3. If the component will eventually use these URLs, consider adding a TODO comment explaining the temporary disabling

This would make the component's API more self-documenting during this transitional state.

src/lib/components/project/form.svelte (2)

35-35: Consider removing or replacing console logs.

These console statements appear to be for debugging. Using a dedicated logger or removing them could keep the code cleaner and avoid unintentional logs in production.

-	console.log('FormProp:', formProp);
...
-	console.log('FormValid:', form.valid);
...
-	console.log('Helloo I am under the water');

Also applies to: 41-41, 63-63


43-61: Use async/await for cleaner, more modern error handling.

The chained .then(...).catch(...) pattern can be replaced with async/await for better readability and maintainability. For example:

-        await Commands.update_metadata(metadata.id, form.data)
-          .then((metadata) => {
-            resetState();
-            history.back();
-          })
-          .catch((err) => {
-            setError(form, err);
-          });
+        try {
+          const updatedMetadata = await Commands.update_metadata(metadata.id, form.data);
+          resetState();
+          history.back();
+        } catch (err) {
+          setError(form, err);
+        }
src/app.css (2)

1-4: Tailwind CSS & DaisyUI Directives Integration
The new directives using @import 'tailwindcss';, @plugin "daisyui";, and @config '../tailwind.config.ts'; clearly indicate a shift toward a modular and plugin‐oriented CSS architecture. Ensure that your build tooling (e.g., Vite, PostCSS) is configured to correctly process these nonstandard directives.


38-66: Dark Theme Variable Adjustments
The revised custom properties within the .dark block appear to be tailored for improved contrast in dark mode. Verify that these values produce the intended visual effect and remain consistent with the overall theme system.

episko_gui_backend/src/model/dco.rs (4)

12-14: Complete the TODO documentation comments.

There is a TODO marker in the documentation comment that needs to be completed to properly explain the purpose of the MetadataDco struct.

- /// Dco data creation object
- /// !TODO!
+ /// Data creation object (DCO) for metadata management
+ /// Used for creating and updating metadata entries with proper validation

26-31: Complete the method documentation comments.

The documentation comments for the create method contain TODO markers without actual documentation. Add proper documentation explaining the purpose, parameters, and possible errors.

- /// !TODO!
- ///
- /// # Errors
- /// !TODO!
+ /// Creates a new Metadata instance from this DCO
+ /// 
+ /// Updates property IDs and constructs a new Metadata object using builder pattern.
+ /// 
+ /// # Errors
+ /// Returns an error if the metadata creation fails during the build process

52-56: Complete the method documentation comments.

The documentation comments for the update method also contain TODO markers without actual documentation.

- /// !TODO!
- ///
- /// # Errors
- /// !TODO!
+ /// Updates an existing Metadata instance with values from this DCO
+ /// 
+ /// Updates property IDs and applies changes to the existing metadata.
+ /// 
+ /// # Errors
+ /// Returns an error if the metadata update fails during the build process

31-35: Consider refactoring the repetitive property updates.

The same pattern of updating IDs for properties is repeated in both the create and update methods. Consider extracting this to a helper method to avoid code duplication.

+   fn update_property_ids(&mut self) {
+       self.categories.iter_mut().for_each(Property::update_id);
+       self.build_systems.iter_mut().for_each(Property::update_id);
+       self.languages.iter_mut().for_each(Property::update_id);
+       self.preferred_ide.iter_mut().for_each(Property::update_id);
+   }

    pub fn create(mut self) -> Result<Metadata, Error> {
-       self.categories.iter_mut().for_each(Property::update_id);
-       self.build_systems.iter_mut().for_each(Property::update_id);
-       self.languages.iter_mut().for_each(Property::update_id);
-       self.preferred_ide.iter_mut().for_each(Property::update_id);
+       self.update_property_ids();
        
        // Rest of the method...
    }
    
    pub fn update(mut self, metadata: Metadata) -> Result<Metadata, Error> {
-       self.categories.iter_mut().for_each(Property::update_id);
-       self.build_systems.iter_mut().for_each(Property::update_id);
-       self.languages.iter_mut().for_each(Property::update_id);
-       self.preferred_ide.iter_mut().for_each(Property::update_id);
+       self.update_property_ids();
        
        // Rest of the method...
    }
src/lib/commands.ts (1)

67-77: Consider type-safe metadata transformation.

The manual transformation to create metadataDto relies on object spreading and manual property mapping. Consider creating a dedicated type-safe function for this transformation to avoid potential issues with property names.

+ function createMetadataDto(metadata: Metadata) {
+   return {
+     build_systems: metadata.buildSystems,
+     preferred_ide: metadata.preferredIde,
+     repository_url: metadata.repositoryUrl,
+     ...metadata
+   };
+ }

async delete_metadata(metadata: Metadata): Promise<void> {
-   // as this is the only place where this transformation is needed
-   // it can reside here for now
-   let metadataDto = {
-     build_systems: metadata.buildSystems,
-     preferred_ide: metadata.preferredIde,
-     repository_url: metadata.repositoryUrl,
-     ...metadata
-   };
+   let metadataDto = createMetadataDto(metadata);
    return invoke('delete_metadata', { metadata: metadataDto });
},
src/routes/+layout.svelte (1)

18-19: Consider handling initialization in a more user-friendly way.

The comment indicates this is a temporary solution. Consider implementing a background initialization process to avoid blocking the UI while still showing some progress indicator, or at least provide a more detailed comment about future improvements.

episko_gui_backend/src/lib.rs (3)

17-20: Fill in the placeholder documentation.
Lines 17-20 and 23 contain !TODO! doc comments that provide no descriptive details. Consider providing thorough explanations or removing them if documentation is not yet ready.

Also applies to: 23-23


26-57: Consider unifying the error return type.
While returning Result<(), Box<dyn std::error::Error>> is flexible, you introduced a custom Error enum (lines 59-81). For consistency across the codebase, consider returning Result<(), Error> so that all command- and library-level errors remain centralized in one enum.


83-89: Consider serializing structured error data.
Currently, serializer.serialize_str(self.to_string()) flattens all error info into a string. If you anticipate richer error reporting or typed error responses, a more structured serialization strategy (e.g., JSON with fields) could be beneficial.

episko_gui_backend/src/commands.rs (2)

13-13: Make page size configurable if necessary.
static PAGE_SIZE: u32 = 10; is a convenient default, but consider exposing a setting or constant for flexible paging if requirements change (e.g., user-defined page sizes).

Also applies to: 15-15


25-43: Opportunity for parallelization or partial success handling.
init_cache iterates over multiple files/directories and processes them sequentially. You could potentially process them in parallel or at least collect partial errors so that a single failing file doesn't halt the entire initialization.

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Reviewing files that changed from the base of the PR and between 578decf and 517fa53.

⛔ Files ignored due to path filters (51)
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📒 Files selected for processing (22)
  • episko_gui_backend/src/commands.rs (1 hunks)
  • episko_gui_backend/src/lib.rs (1 hunks)
  • episko_gui_backend/src/model/dco.rs (1 hunks)
  • episko_gui_backend/src/model/dto.rs (1 hunks)
  • episko_lib/src/database/update_metadata.rs (3 hunks)
  • episko_lib/src/metadata.rs (5 hunks)
  • episko_lib/src/metadata/builder.rs (11 hunks)
  • episko_lib/src/metadata/metadata_handler.rs (3 hunks)
  • src/app.css (3 hunks)
  • src/lib/commands.ts (1 hunks)
  • src/lib/components/app-sidebar.svelte (3 hunks)
  • src/lib/components/nav-secondary.svelte (3 hunks)
  • src/lib/components/project/form-build-systems.svelte (1 hunks)
  • src/lib/components/project/form-categories.svelte (1 hunks)
  • src/lib/components/project/form-ide.svelte (1 hunks)
  • src/lib/components/project/form-languages.svelte (1 hunks)
  • src/lib/components/project/form.svelte (1 hunks)
  • src/routes/+layout.svelte (2 hunks)
  • src/routes/+page.svelte (2 hunks)
  • src/routes/create-project/+page.svelte (0 hunks)
  • src/routes/project/[id]/edit/+page.svelte (1 hunks)
  • src/routes/project/import/+page.svelte (1 hunks)
💤 Files with no reviewable changes (1)
  • src/routes/create-project/+page.svelte
🚧 Files skipped from review as they are similar to previous changes (11)
  • episko_lib/src/database/update_metadata.rs
  • src/lib/components/project/form-ide.svelte
  • src/lib/components/project/form-languages.svelte
  • src/lib/components/project/form-categories.svelte
  • src/lib/components/project/form-build-systems.svelte
  • episko_gui_backend/src/model/dto.rs
  • src/routes/+page.svelte
  • src/routes/project/[id]/edit/+page.svelte
  • src/lib/components/app-sidebar.svelte
  • episko_lib/src/metadata/metadata_handler.rs
  • episko_lib/src/metadata.rs
🧰 Additional context used
🧬 Code Definitions (3)
episko_gui_backend/src/model/dco.rs (2)
episko_lib/src/metadata.rs (2)
  • builder (103-105)
  • update (110-112)
episko_lib/src/metadata/builder.rs (8)
  • preferred_ide (214-217)
  • description (228-234)
  • repository_url (245-251)
  • new (47-61)
  • title (162-165)
  • categories (179-182)
  • languages (193-196)
  • build_systems (207-210)
src/lib/commands.ts (6)
src/lib/types.ts (7)
  • Filter (15-19)
  • PagedMetadataPreview (25-25)
  • Metadata (21-21)
  • Category (33-33)
  • Language (31-31)
  • Statistic (39-39)
  • FormMetadata (27-27)
src/lib/schemas/pagedData.ts (1)
  • PagedMetadataPreviewSchema (16-21)
src/lib/schemas/metadata.ts (1)
  • parseMetadata (80-82)
src/lib/schemas/category.ts (1)
  • parseCategoryArray (12-18)
src/lib/schemas/language.ts (1)
  • parseLanguageArray (13-19)
src/lib/schemas/statistics.ts (1)
  • parseStatistics (36-43)
episko_gui_backend/src/commands.rs (5)
episko_lib/src/config/config_handler.rs (2)
  • files (42-44)
  • dirs (47-49)
episko_lib/src/metadata/metadata_handler.rs (1)
  • search_directory (84-93)
episko_lib/src/database/retrieve_metadata.rs (2)
  • all_preview_from_db (49-75)
  • from_db (16-21)
episko_lib/src/database/database_object.rs (1)
  • from_db (47-50)
episko_lib/src/statistics/statistic_handler.rs (1)
  • generate_statistics (11-20)
🪛 Biome (1.9.4)
src/app.css

[error] 80-80: Unknown property is not allowed.

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(lint/correctness/noUnknownProperty)


[error] 81-81: Unknown property is not allowed.

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(lint/correctness/noUnknownProperty)


[error] 82-82: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
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(lint/correctness/noUnknownProperty)


[error] 115-115: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
To resolve this issue, replace the unknown property with a valid CSS property.

(lint/correctness/noUnknownProperty)


[error] 116-116: Unknown property is not allowed.

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(lint/correctness/noUnknownProperty)


[error] 117-117: Unknown property is not allowed.

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(lint/correctness/noUnknownProperty)

🔇 Additional comments (39)
src/lib/components/nav-secondary.svelte (2)

4-4: Good addition of toast notification dependency.

Adding the toast library enables providing feedback to users about features that aren't yet implemented.


20-22: LGTM on feedback mechanism implementation.

The disabledClick function provides clear user feedback through a toast notification when clicking on navigation items with unimplemented functionality.

src/lib/components/project/form.svelte (1)

91-91: Switch from onclick to Svelte’s on:click directive.

Svelte’s event binding uses on:click instead of onclick. This issue mirrors a previous review comment regarding the same topic.

-<Button onclick={goBack} variant="link">
+<Button on:click={goBack} variant="link">

-<Button onclick={pickDirectory} variant="secondary">Pick</Button>
+<Button on:click={pickDirectory} variant="secondary">Pick</Button>

Also applies to: 106-106

episko_lib/src/metadata/builder.rs (8)

24-24: Good addition of #[derive(Debug)]

Adding debug trait derivation makes it easier to debug instances of MetadataBuilder, which is a good practice for Rust structs, especially those that may appear in error contexts.


34-34: Fixed spelling error in field name

Correcting the spelling from preffered_ide to preferred_ide improves code quality and readability. This change was consistently applied throughout the codebase.

Also applies to: 54-54, 74-74, 104-104, 214-217


135-149: The directory_path method behavior has been improved but needs tests

The modified directory_path method now intelligently handles both directory and file paths by appending "manifest.toml" to directory paths while using file paths directly. This is a good improvement for usability.

However, this significant behavior change still lacks test coverage as noted in a previous review comment.


151-157: Good test-specific implementation

Adding a separate test implementation using #[cfg(test)] is a good practice that simplifies testing while preserving the production behavior.


219-224: Good addition of update_ide method

This new method enhances the API by providing a direct way to update the preferred_ide field with an Option value, which is useful for cases where the value might be absent.


236-241: Good addition of update_description method

This new method follows the same pattern as update_ide and provides a consistent way to update optional fields directly with Option values.


253-258: Good addition of update_repository_url method

This method completes the set of update methods for optional fields, maintaining API consistency and enhancing the builder pattern implementation.


328-328: Updated test to use the correct field name

The test has been properly updated to match the spelling correction in the field name.

Also applies to: 339-339

src/app.css (5)

7-27: Light Theme Custom Properties Update
The updates to the CSS custom properties under the :root selector establish the new color palette and design tokens for the light theme. Please double-check that the numerical values (such as hue, saturation, and lightness) align with your design specifications.


69-73: Global Border Color Assignment
Applying border-color: var(--color-base-300); to all elements standardizes the border styling per the theme configuration. Confirm that this variable is defined (or will be defined) in all theme contexts and that its usage is in line with your visual design goals.


74-77: Body Styling with Tailwind Utilities
Utilizing @apply bg-background text-foreground; in the body style is a clean way to bind your background and text colors to the newly defined custom properties. This approach aligns well with Tailwind CSS best practices.


79-112: 'Forest' Theme Plugin Block Configuration
The 'forest' theme block introduces an extensive set of custom properties using the DaisyUI theme plugin syntax. Note that static analysis is flagging properties such as default and prefersdark as unknown. Verify against the DaisyUI documentation that these properties are valid. Additionally, consider configuring your linter to recognize this extended syntax if it’s expected.

🧰 Tools
🪛 Biome (1.9.4)

[error] 80-80: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
To resolve this issue, replace the unknown property with a valid CSS property.

(lint/correctness/noUnknownProperty)


[error] 81-81: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
To resolve this issue, replace the unknown property with a valid CSS property.

(lint/correctness/noUnknownProperty)


[error] 82-82: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
To resolve this issue, replace the unknown property with a valid CSS property.

(lint/correctness/noUnknownProperty)


114-147: 'Lofi' Theme Plugin Block Configuration
The new 'lofi' theme configuration provides a complementary light theme setup. As with the 'forest' theme, ensure that properties like default, prefersdark, and color-scheme are documented in DaisyUI’s expected syntax. Adjust your linter settings or add suppression directives if necessary to mitigate false positives.

🧰 Tools
🪛 Biome (1.9.4)

[error] 115-115: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
To resolve this issue, replace the unknown property with a valid CSS property.

(lint/correctness/noUnknownProperty)


[error] 116-116: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
To resolve this issue, replace the unknown property with a valid CSS property.

(lint/correctness/noUnknownProperty)


[error] 117-117: Unknown property is not allowed.

See CSS Specifications and browser specific properties for more details.
To resolve this issue, replace the unknown property with a valid CSS property.

(lint/correctness/noUnknownProperty)

src/routes/project/import/+page.svelte (2)

68-70: Use Svelte's event binding syntax for click handlers.

The Button component uses onclick (lowercase) which is not the correct Svelte event binding syntax. Svelte uses on:click for event bindings.

-<Button onclick={loadFile} variant="default" class="hover:cursor-pointer"
+<Button on:click={loadFile} variant="default" class="hover:cursor-pointer"
	>Pick File</Button
>

76-78: Use Svelte's event binding syntax for click handlers.

Similar to the previous button, this also uses the incorrect event binding syntax.

-<Button onclick={loadDirectory} variant="default" class="hover:cursor-pointer"
+<Button on:click={loadDirectory} variant="default" class="hover:cursor-pointer"
	>Pick Directory</Button
>
src/lib/commands.ts (1)

29-35: Good implementation of filter sanitization.

The sanitization of filter values handles empty strings appropriately by converting them to null. This prevents unnecessary filtering and is a good practice.

src/routes/+layout.svelte (2)

39-39: Use Svelte's event binding syntax for click handler.

Similar to the issue in the import page, this button uses onclick (lowercase) which is not the correct Svelte event binding syntax. Svelte uses on:click for event bindings.

-<Button onclick={toggleMode} variant="outline" size="icon">
+<Button on:click={toggleMode} variant="outline" size="icon">

57-69: Good implementation of async loading with error handling.

The await block properly handles all states of the promise: loading, success, and error, providing appropriate UI feedback to the user.

episko_gui_backend/src/lib.rs (5)

2-6: No concerns on library-level or underscore usage.
These annotations and imports appear valid and align well with the overall crate structure.


9-15: Modularization approach looks good.
Exposing commands, model, and state modules in this file properly organizes functionality and improves maintainability.


59-66: Good approach for error consolidation.
Defining a custom error enum with thiserror fosters more structured error handling.


67-77: Further variants beneficial for debugging.
Wrapping the library error types with #[from] is concise and effective for conversion.


79-81: Useful specialized variant.
Providing a specific error for bad requests (user-caused conditions) helps differentiate them from system/internal errors.

episko_gui_backend/src/commands.rs (13)

1-5: Imports look appropriate.
These dependencies (e.g., serde, tokio::sync::Mutex, uuid) are consistent with this file’s functionality.


17-23: PagedData structure is clear and concise.
It clearly expresses pagination metadata and the wrapped data.


45-66: Inconsistent total size filtering remains.
As noted in a past review, calling Metadata::amount_cached(filter.query, &state.db) (line 61) ignores category/language filters specified in filter. This can cause mismatches between listed items and the returned total count, leading to pagination inconsistencies.


68-76: Retrieving metadata by ID is straightforward.
Clean usage of Metadata::from_db and immediate conversion to DTO.


78-85: Straightforward category retrieval.
No issues noted; the approach is consistent with the other fetch commands.


87-94: Language retrieval is correctly implemented.
Mirrors the category retrieval logic.


97-101: Straightforward approach for statistics retrieval.
Wrapping StatisticHandler::generate_statistics is clean and consistent.


103-119: Metadata update logic is cohesive.
Fetching from DB, updating in DB, and rewriting metadata files appear well-coordinated.


121-138: Metadata creation aligns with existing patterns.
Storing new metadata, writing files, and updating the config handler is systematically handled.


140-156: Deletion path is consistent.
Removing the DB record, config references, and physical files ensures a complete cleanup.


158-172: File-based load logic is robust.
Validation of path existence and file type, plus forwarding the call to load_file, is clean.


174-203: Directory-based loading is well-structured.
Scans the directory for manifest files, loads them individually, and updates config. Appears logically sound.


205-221: Helper function is consistent with the rest of the module.
load_file neatly encapsulates reading metadata, writing to DB, and optionally saving file paths to config.

@DefinitelyNotSimon13 DefinitelyNotSimon13 merged commit 7ffd063 into main Mar 29, 2025
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