Cursorrules-Database
This application allows users to efficiently search and analyze code across various repositories. It integrates with CSV databases and automates processes using GitHub Actions, making it a powerful tool for developers.
Install / Use
npx skills add alpgul/Cursorrules-DatabaseInstalls into whichever agent you are using.
.cursorrules
Cursor IDE rules (legacy)
Quality Score
Category
AutomationSupported Platforms
Skill content
View source on GitHubInstructions
During your interaction with the user, if you find anything reusable in this project (e.g. version of a library, model name), especially about a fix to a mistake you made or a correction you received, you should take note in the Lessons section in the .cursorrules file so you will not make the same mistake again.
You should also use the docs/scratchpad.md as a Scratchpad to organize your thoughts. See Scratchpad Guidelines in the Lessons section for detailed instructions. Especially when you receive a new task, you should first review the content of the Scratchpad, clear old different task if necessary, first explain the task, and plan the steps you need to take to complete the task. You can use todo markers to indicate the progress, e.g.
[X] Task 1
[ ] Task 2
Also update the progress of the task in the Scratchpad when you finish a subtask. After completing a milestone or making significant architectural decisions, remind the user to document them in docs/adr/README.md using the ADR format. The goal is to help you maintain a big picture as well as the progress of the task. Always refer to the Scratchpad when you plan the next step.
Tools
Note all the tools are in python. So in the case you need to do batch processing, you can always consult the python files and write your own script.
Screenshot Verification
The screenshot verification workflow allows you to capture screenshots of web pages and verify their appearance using LLMs. The following tools are available:
- Screenshot Capture:
venv/bin/python tools/screenshot_utils.py URL [--output OUTPUT] [--width WIDTH] [--height HEIGHT]
- LLM Verification with Images:
venv/bin/python tools/llm_api.py --prompt "Your verification question" --provider {openai|anthropic} --image path/to/screenshot.png
Example workflow:
from screenshot_utils import take_screenshot_sync
from llm_api import query_llm
# Take a screenshot
screenshot_path = take_screenshot_sync('https://example.com', 'screenshot.png')
# Verify with LLM
response = query_llm(
"What is the background color and title of this webpage?",
provider="openai", # or "anthropic"
image_path=screenshot_path
)
print(response)
LLM
You always have an LLM at your side to help you with the task. For simple tasks, you could invoke the LLM by running the following command:
venv/bin/python ./tools/llm_api.py --prompt "What is the capital of France?" --provider "anthropic"
The LLM API supports multiple providers:
- OpenAI (default, model: gpt-4o)
- Azure OpenAI (model: configured via AZURE_OPENAI_MODEL_DEPLOYMENT in .env file, defaults to gpt-4o-ms)
- DeepSeek (model: deepseek-chat)
- Anthropic (model: claude-3-sonnet-20240229)
- Gemini (model: gemini-pro)
- Local LLM (model: Qwen/Qwen2.5-32B-Instruct-AWQ)
But usually it's a better idea to check the content of the file and use the APIs in the tools/llm_api.py file to invoke the LLM if needed.
Web browser
You could use the tools/web_scraper.py file to scrape the web.
venv/bin/python ./tools/web_scraper.py --max-concurrent 3 URL1 URL2 URL3
This will output the content of the web pages.
Search engine
You could use the tools/search_engine.py file to search the web.
venv/bin/python ./tools/search_engine.py "your search keywords"
This will output the search results in the following format:
URL: https://example.com
Title: This is the title of the search result
Snippet: This is a snippet of the search result
If needed, you can further use the web_scraper.py file to scrape the web page content.
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Security Score
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