Temu SEO Articles from Products

Here's your refined technical specification formatted as a prompt for the Advanced LLM: ``` I am building a React app using HTML, vanilla CSS, and integrating multiple APIs alongside Firebase. I am a beginner at coding React, and so need you to generate all required code, and then give me simple instructions to generate the app and upload it to Netlify. TECH STACK # The front-end will be coded in React.js and styled with vanilla CSS. For data collection, since there is no official Temu API, we will use the Apify Temu Scraper API for product data. We'll need to implement proper rate limiting, caching, and proxy rotation as detailed in the API implementation. We'll also integrate: - YouTube Data API for video reviews - Google Custom Search API for product research - OpenAI GPT-4 API for article generation - Firebase for data storage and future authentication The app will require multiple service files: - apify-service.js (for Temu data scraping) - youtube-service.js - google-search-service.js - openai-service.js - firebase-config.js NAME, PURPOSE & VERSION OF THE APP # The app is called "TemuPro Article Generator" and it allows users to automatically generate optimized articles about Temu products. Users will select product categories and timeframes, and the app will fetch bestselling products through the Apify Temu Scraper. It will then gather additional data through YouTube and Google APIs, before using GPT-4 to generate comprehensive, SEO-optimized articles. The React frontend app should process this data through several stages: 1. Product data collection (with built-in caching) 2. Review and research aggregation 3. Article generation 4. Preview and export functionality For v1.0, we will implement two core pages: 1. Input Page (category/timeframe selection) 2. Results & Processing Page (product display, research results, article preview) FRONTEND OVERVIEW - PAGES, SERVICES & COMPONENTS # Core Components: 1. Input Page Components: - CategorySelector - TimeframeSelector - AdvancedFilters - StartButton 2. Results Page Components: - ProductList - SortingControls - ResearchResults - ArticlePreview - ExportControls Services: 1. apify-service.js: ```javascript const { ApifyClient } = require('apify-client'); // Implementation with rate limiting, proxy rotation ``` 2. cache-service.js: ```javascript // Redis or local storage implementation for caching scraped data ``` 3. api-services.js (YouTube, Google, OpenAI) 4. firebase-config.js Key Technical Considerations: - Implement robust error handling for API failures - Add rate limiting and request queuing - Include proxy rotation for scraping - Implement caching layer for scraped data - Add monitoring for scraping success/failure Legal/Compliance Features: - Terms of service acceptance - Rate limiting compliance - Robots.txt checking - Data usage policy - Copyright notices Database Structure (Firebase): - products (cached scraping results) - generated_articles - user_preferences - api_logs The app will use modern React patterns including: - Context API for state management - Custom hooks for API interactions - Error boundaries - Suspense for loading states Please begin by generating the file structure and initial setup, including configuration for Apify integration and the caching layer.

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The final output is a single code bundle (for example, a .zip or Git repository) containing the complete React application that can be built and deployed to Netlify. Once built, it yields a live website that generates SEO-optimized Temu product articles.

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OVERVIEW OF AGENTS: 1) "FrontEndBuilder" • Final Output: – A basic React folder structure: Input Page (CategorySelector, TimeframeSelector, AdvancedFilters, StartButton), Results Page (ProductList, ResearchResults, ArticlePreview, ExportControls), and minimal CSS. – Basic React Router configuration for navigation between pages. • Skills Used: – #223 (Powerful LLM Prompt-to-Text Response) – Input: Detailed prompt describing React component structure, desired UI, and inline documentation. – Output: React/JSX code and CSS for the app. SUBAGENT FINAL OUTPUT: [react-frontend-structure] 2) "ServicesIntegrator" • Final Output: – /services folder containing: • apify-service.js (placeholder code for using Apify Client) • youtube-service.js (calls YouTube Data API) • google-search-service.js (calls Google Custom Search API) • openai-service.js (GPT-4 calls) • firebase-config.js (basic Firebase init) • Skills Used: – #223 (Powerful LLM Prompt-to-Text Response) – Input: Service requirements for each API, including rate limiting and error handling details. – Output: JavaScript code implementing each service's functionality and documentation in comments. SUBAGENT FINAL OUTPUT: [services-folder] 3) "CacheHandler" • Final Output: – cache-service.js that provides setCache(key, data) and getCache(key) functionality (could be local storage or Redis code sample). • Skills Used: – #223 (Powerful LLM Prompt-to-Text Response) – Input: Prompt describing caching approach (e.g., local storage or Redis), usage examples. – Output: Simple caching module code with optional stubs for expansion. SUBAGENT FINAL OUTPUT: [cache-service-implementation] 4) "DeploymentPreparer" • Final Output: – package.json, README.md, optionally netlify.toml (if needed). – Ensures "npm run build" or "yarn build" produces a ready-to-deploy bundle. • Skills Used: – #223 (Powerful LLM Prompt-to-Text Response) – Input: List of app dependencies, build steps, Netlify deployment instructions. – Output: package.json with all dependencies, a clear README.md detailing installation/build/deployment, and optional netlify.toml for advanced config. SUBAGENT FINAL OUTPUT: [deployment-config]

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G) TASKFLOW SUMMARY Based on the subagent structure provided, here's the detailed taskflow breaking down Skill #223 (Powerful LLM Prompt-to-Text Response) as it's used across different components: SILO 1: Core Setup & Router ``` ID: #223 Title: Generate React Entry Point File Description: Creates index.js with ReactDOM setup and root rendering configuration Input(s): [react-entry-requirements] Output: [index-js-code] ID: #223 Title: Generate React Router Configuration Description: Creates App.js with BrowserRouter setup, route definitions, and basic navigation structure Input(s): [router-config-requirements] Output: [app-js-code] ``` SILO 2: Page Creation ``` ID: #223 Title: Generate Input Page Structure Description: Creates InputPage.js containing form components layout and state management Input(s): [input-page-requirements] Output: [input-page-code] ID: #223 Title: Generate Results Page Structure Description: Creates ResultsPage.js with display components for product data and article generation Input(s): [results-page-requirements] Output: [results-page-code] ``` SILO 3: Component Files ``` ID: #223 Title: Generate Input Form Components Description: Creates individual components (CategorySelector, TimeframeSelector, AdvancedFilters, StartButton) Input(s): [input-components-requirements] Output: [input-components-code] ID: #223 Title: Generate Results Display Components Description: Creates result-related components (ProductList, ResearchResults, ArticlePreview, ExportControls) Input(s): [results-components-requirements] Output: [results-components-code] ``` SILO 4: Minimal Styling ``` ID: #223 Title: Generate CSS Styling Description: Creates CSS files for global styles and component-specific styling modules Input(s): [styling-requirements] Output: [css-code] ``` SILO 5: Final Packaging ``` ID: #223 Title: Bundle Frontend Structure Description: Combines all generated code files into proper folder structure with correct imports Input(s): [all-generated-code-files] Output: [react-frontend-structure] ``` Each task uses Skill #223 in different contexts, but follows the same pattern of converting specific requirements into code output. The final output [react-frontend-structure] represents the complete, organized codebase ready for the next phase of development.

subagent1mermaid

<!DOCTYPE html> <html> <head> <title>Mermaid Diagram Example</title> <script src="https://cdnjs.cloudflare.com/ajax/libs/mermaid/9.4.3/mermaid.min.js"></script> </head> <body> <div class="mermaid"> graph TD A[FrontEndBuilder Agent] --> B[Silo 1: Core Setup] A --> C[Silo 2: Pages] A --> D[Silo 3: Components] A --> E[Silo 4: Styling] A --> F[Silo 5: Packaging] B --> B1[Generate index.js] B --> B2[Generate App.js + Router] B1 --> B2 C --> C1[Generate InputPage.js] C --> C2[Generate ResultsPage.js] B2 --> C1 B2 --> C2 D --> D1[Input Components] D --> D2[Results Components] D1 --> D1a[CategorySelector] D1 --> D1b[TimeframeSelector] D1 --> D1c[AdvancedFilters] D1 --> D1d[StartButton] D2 --> D2a[ProductList] D2 --> D2b[ResearchResults] D2 --> D2c[ArticlePreview] D2 --> D2d[ExportControls] C1 --> D1 C2 --> D2 E --> E1[Global CSS] E --> E2[Component CSS] D1 --> E2 D2 --> E2 F --> F1[Compile All Files] F --> F2[Create Folder Structure] F --> F3[Final Bundle] B1 --> F1 B2 --> F1 C1 --> F1 C2 --> F1 D1 --> F1 D2 --> F1 E1 --> F1 E2 --> F1 F1 --> F2 F2 --> F3 </div> <script> mermaid.initialize({ startOnLoad: true }); </script> </body> </html>

Mermaid Image - https://static.aiz.ac/1737669495-mermaid/mermaid1.png

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[ { "taskID": 1, "semanticTitleOfTask": "Generate React Entry Point File", "taskDescription": "This task uses skill #223 to produce a minimal index.js file that sets up the root application entry point. We rely on React 18+ createRoot, StrictMode, import React, ReactDOM, and the App component, with inline comments and best practices.", "inputDescription": "No direct input from previous tasks. The environment is assumed to be a standard React 18+ setup (e.g., create-react-app).", "inputRequired": [], "outputDescription": "A complete index.js file as text, including the code needed to render the React application into the root DOM element.", "outputName": "index-js-code", "promptInstruction": "Use skill #223 to generate a minimal React index.js entry point file that imports React, ReactDOM, and the App component. Ensure StrictMode usage, createRoot usage, inline comments, and modern best practices. Return the code as text." }, { "taskID": 2, "semanticTitleOfTask": "Generate React Router Configuration", "taskDescription": "This task uses skill #223 to build an App.js file that configures React Router v6 with routes and basic layout structure, referencing the index.js context.", "inputDescription": "Requires index-js-code from the previous task to ensure the environment references and structure are consistent. Assumes that React Router v6 is already installed.", "inputRequired": ["index-js-code"], "outputDescription": "A complete App.js file with BrowserRouter setup, route definitions for '/' (InputPage) and '/results' (ResultsPage), and placeholders for error boundaries and lazy loading.", "outputName": "app-js-code", "promptInstruction": "Use skill #223 to produce a React App.js file implementing React Router v6 with routes for '/' and '/results'. Include lazy loading, Suspense, and minimal layout (header/footer). Provide inline comments for each router element. Return the code as text." }, { "taskID": 3, "semanticTitleOfTask": "Generate Input Page Structure", "taskDescription": "This task uses skill #223 to create the InputPage.js file, which includes form components (CategorySelector, TimeframeSelector, AdvancedFilters, and StartButton). It manages form state and prepares data flow for the results page.", "inputDescription": "Requires app-js-code from the previous task, ensuring there is a route pointing to this page. Assumes React 18+ usage.", "inputRequired": ["app-js-code"], "outputDescription": "A complete InputPage.js React functional component file, implementing placeholders for child components and using hooks for form state management and validation.", "outputName": "input-page-code", "promptInstruction": "Use skill #223 to create a React functional component named InputPage that references CategorySelector, TimeframeSelector, AdvancedFilters, and StartButton. Include hook-based state management, form validation, and inline documentation. Return the code as text." }, { "taskID": 4, "semanticTitleOfTask": "Generate Results Page Structure", "taskDescription": "This task uses skill #223 to create the ResultsPage.js file, which displays and manages product data, research results, and article previews, along with export options.", "inputDescription": "Requires input-page-code to ensure continuity in data flow from user inputs to the results view. Assumes React Router is already set up to navigate here.", "inputRequired": ["input-page-code"], "outputDescription": "A fully functional ResultsPage.js React component file that integrates ProductList, ResearchResults, ArticlePreview, and ExportControls with appropriate state management and placeholders for advanced logic.", "outputName": "results-page-code", "promptInstruction": "Use skill #223 to build a React functional component named ResultsPage, which includes ProductList, ResearchResults, ArticlePreview, and ExportControls. Provide hooks for data state, loading, and error handling. Return the code as text." }, { "taskID": 5, "semanticTitleOfTask": "Generate Input Form Components", "taskDescription": "This task uses skill #223 to create the individual components (CategorySelector, TimeframeSelector, AdvancedFilters, StartButton) used in the InputPage for data entry and submission.", "inputDescription": "Requires results-page-code for reference on overall design patterns, although the direct dependency is minimal. Ensures cohesive style and pattern across the project.", "inputRequired": ["results-page-code"], "outputDescription": "Four separate React component files (CategorySelector.js, TimeframeSelector.js, AdvancedFilters.js, StartButton.js) as text, each with prop validation, hook usage, and inline documentation.", "outputName": "input-components-code", "promptInstruction": "Use skill #223 to generate four React functional components: CategorySelector, TimeframeSelector, AdvancedFilters, and StartButton. Each component should have clear props, state management (if needed), and inline comments. Return them as separate text blocks/files." }, { "taskID": 6, "semanticTitleOfTask": "Generate Results Display Components", "taskDescription": "This task uses skill #223 to create the individual components (ProductList, ResearchResults, ArticlePreview, ExportControls) displayed in the ResultsPage for showing and managing the output data.", "inputDescription": "Requires input-components-code to maintain consistent style and organizational patterns across all components in the application.", "inputRequired": ["input-components-code"], "outputDescription": "Four separate React component files (ProductList.js, ResearchResults.js, ArticlePreview.js, ExportControls.js) as text, each handling its own data interactions, rendering, and state transitions.", "outputName": "results-components-code", "promptInstruction": "Use skill #223 to construct four React functional components: ProductList, ResearchResults, ArticlePreview, and ExportControls. Focus on data display, error boundaries, and placeholders for business logic. Return the code as separate text blocks/files." }, { "taskID": 7, "semanticTitleOfTask": "Generate CSS Styling", "taskDescription": "This task uses skill #223 to create one or more vanilla CSS files that provide styling for the entire React application, incorporating responsive design and a clean, modern layout.", "inputDescription": "Requires results-components-code to align class names and IDs in the styling. Ensures the final CSS references existing component structures properly.", "inputRequired": ["results-components-code"], "outputDescription": "One or more CSS files as text, detailing a responsive layout, color variables, typography, transitions, and comments explaining design decisions.", "outputName": "css-code", "promptInstruction": "Use skill #223 to create vanilla CSS files for the entire React application. Include a root color palette, typography settings, responsive breakpoints, and transitions. Provide inline comments and ensure classes align with the previously generated components. Return the code as text." }, { "taskID": 8, "semanticTitleOfTask": "Bundle Frontend Structure", "taskDescription": "This task uses skill #223 to assemble all previously generated code files (index.js, App.js, pages, components, CSS) into a final, organized folder structure, ready for local development or deployment.", "inputDescription": "Requires the outputs from steps #1 through #7 (index-js-code, app-js-code, input-page-code, results-page-code, input-components-code, results-components-code, css-code) to compile everything into a cohesive project.", "inputRequired": [ "index-js-code", "app-js-code", "input-page-code", "results-page-code", "input-components-code", "results-components-code", "css-code" ], "outputDescription": "A complete React project folder structure containing all code files properly imported and ready to run with 'npm start' or an equivalent command. This can be represented as text or a zipped bundle.", "outputName": "react-frontend-structure", "promptInstruction": "Use skill #223 to assemble a final React folder structure containing index.js, App.js, pages, components, and CSS files from all previous steps. Update import statements so everything is functional. Provide a brief README or description for how to run the project. Return the structure as text or a conceptual zip." } ]

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<!DOCTYPE html> <html> <head> <title>Mermaid Diagram Example</title> <script src="https://cdnjs.cloudflare.com/ajax/libs/mermaid/9.4.3/mermaid.min.js"></script> </head> <body> <div class="mermaid"> graph TD S[Start] --> T1[Task 1: Generate Entry Point] T1 --> T2[Task 2: Router Config] T2 --> T3[Task 3: Input Page] T3 --> T4[Task 4: Results Page] T4 --> T5[Task 5: Input Components] T5 --> T6[Task 6: Results Components] T6 --> T7[Task 7: CSS Styling] T7 --> T8[Task 8: Bundle Structure] T8 --> E[End] subgraph Silo1[Core Setup & Router] T1 T2 end subgraph Silo2[Page Creation] T3 T4 end subgraph Silo3[Component Files] T5 T6 end subgraph Silo4[Styling] T7 end subgraph Silo5[Final Bundle] T8 end classDef default fill:#f9f,stroke:#333,stroke-width:2px classDef silo fill:#bbf,stroke:#333,stroke-width:2px class Silo1,Silo2,Silo3,Silo4,Silo5 silo </div> <script> mermaid.initialize({ startOnLoad: true }); </script> </body> </html>