Generate QA test cases from Figma designs to Google Sheets using GPT-4o-mini
Description Transform Figma design files into detailed QA test cases with AI-driven analysis and structured export to Google Sheets. This workflow helps QA and product teams streamline design validation, test coverage, and documentation — all without manual effort. 🎨🤖📋 What This Template Does Step 1: Trigger manually and input your Figma file ID. 🎯 Step 2: Fetches the full Figma design data (layers, frames, components) via API. 🧩 Step 3: Sends structured design JSON to GPT-4o-mini for intelligent test case generation. 🧠 Step 4: AI analyzes UI components, user flows, and accessibility aspects to generate 5–10 test cases. ✅ Step 5: Parses and formats results into a clean structure. Step 6: Exports test cases directly to Google Sheets for QA tracking and reporting. 📊 Key Benefits ✅ Saves 2–3 hours per design by automating test case creation ✅ Ensures consistent, comprehensive QA documentation ✅ Uses AI to detect UX, accessibility, and functional coverage gaps ✅ Centralizes output in Google Sheets for easy collaboration Features Figma API integration for design parsing GPT-4o-mini model for structured test generation Automated Google Sheets export Dynamic file ID and output schema mapping Built-in error handling for large design files Requirements Figma Personal Access Token OpenAI API key (GPT-4o-mini) Google Sheets OAuth2 credentials Target Audience QA and Test Automation Engineers Product & Design Teams Startups and Agencies validating Figma prototypes Setup Instructions Connect your Figma token as HTTP Header Auth (X-Figma-Token). Add your OpenAI API key in n8n credentials (model: gpt-4o-mini). Configure Google Sheets OAuth2 and select your sheet. Input Figma file ID from the design URL. Run once manually, verify output, then enable for regular use.
By Rahul JoshiAltcoin news to LinkedIn posts with DeepSeek AI & Google Sheets
Altcoin News to LinkedIn Posts with DeepSeek AI & Google Sheets Automate your daily crypto content creation and publishing using this n8n workflow. This automation fetches the latest altcoin news from an RSS feed, rewrites it into LinkedIn-style posts using DeepSeek AI, stores it in Google Sheets, and schedules it for publishing—completely hands-free. <h3>🔧 Prerequisites</h3> n8n instance (cloud or self-hosted) DeepSeek AI or OpenAI API key Google account with Sheets API enabled RSS feed URL of your preferred altcoin news source (Optional) LinkedIn API or scheduling tool <h3>⚙️ Workflow Breakdown</h3> Fetch RSS Feed – Retrieve altcoin news articles. Filter Articles – Only select posts from today and containing keywords like "altcoin", "crypto", "defi", etc. Rewrite with DeepSeek – Convert article into a LinkedIn-style post using a prompt template (includes Hook, Body, CTA). Store in Google Sheets – Save the generated content into your sheet. Post to LinkedIn (optional) – Schedule or publish via LinkedIn API or integration. Setup Connect RSS Feed: Set up the CoinDesk RSS feed to be fetched automatically. API Keys: Add your DeepSeek AI API key to enable content generation. Google Sheets: Link your Google Sheet to store both raw RSS data and AI-generated LinkedIn posts. Scheduling: Set the time intervals for when the posts will be scheduled (e.g., every 6 hours). Customization Instructions Change RSS Feed URL: Open the Fetch RSS Feed node. Replace the current URL with your new RSS feed URL in the "URL" field. Change GPT Model: Open the DeepSeek Chat Model node. Find the "Model" field and select your preferred model (e.g., gpt-4). Change Prompt: Open the DeepSeek Chat Model node. Edit the prompt text in the "Prompt" field to customize the tone, content, or keywords. Change Wait Time: Open the Schedule Tweet node. Adjust the "Wait Time" (in seconds) to your desired interval: For 6 hours: 21600 For 1 hour: 3600 For 30 minutes: 1800 For 15 minutes: 900
By Lawal Ridwan