MCP Server for Cursor

TweetScheduler TweetScheduler is an automation tool for scheduling tweets. It integrates with Google Sheets to fetch tweets, posts them to Twitter using Selenium, and updates their status in the sheet once posted. This tool is also integrated with the MCP (Machine Communication Protocol) server, enabling external systems to schedule and manage tweets programmatically. How to Use TweetScheduler? To use TweetScheduler, set up your Google Cloud API, install the necessary Python dependencies and Selenium WebDriver, configure your Google Sheets and Twitter credentials, and execute the script to schedule and post tweets automatically. Key Features of TweetScheduler? Fetch tweet content from Google Sheets. Post tweets automatically using Selenium. Update the status of tweets in the sheet after successful posting. Integrate with MCP for enhanced automation and control. Use Cases of TweetScheduler? Automating social media marketing by scheduling tweets in advance. Managing and updating tweet status efficiently using Google Sheets. Integrating with other systems through MCP for programmatic tweet scheduling. FAQ from TweetScheduler? Can TweetScheduler handle multiple Twitter accounts? Currently, it supports one account per instance but can be configured for multiple accounts with separate setups. Is there a limit on the number of tweets that can be scheduled? No, you can schedule as many tweets as you like, but be mindful of Twitter's rate limits. Do I need programming skills to use TweetScheduler? Some basic knowledge of Python is helpful to set it up and customize it according to your needs.

As an MCP (Model Context Protocol) server, MCP Server for Cursor enables AI agents to communicate effectively through standardized interfaces. The Model Context Protocol simplifies integration between different AI models and agent systems.

To use TweetScheduler, set up your Google Cloud API, install the necessary Python dependencies and Selenium WebDriver, configure your Google Sheets and Twitter credentials, and execute the script to schedule and post tweets automatically. Key Features of TweetScheduler? Fetch tweet content from Google Sheets. Post tweets automatically using Selenium. Update the status of tweets in the sheet after successful posting. Integrate with MCP for enhanced automation and control. Use Cases of TweetScheduler? Automating social media marketing by scheduling tweets in advance. Managing and updating tweet status efficiently using Google Sheets. Integrating with other systems through MCP for programmatic tweet scheduling. FAQ from TweetScheduler? Can TweetScheduler handle multiple Twitter accounts? Currently, it supports one account per instance but can be configured for multiple accounts with separate setups. Is there a limit on the number of tweets that can be scheduled? No, you can schedule as many tweets as you like, but be mindful of Twitter's rate limits. Do I need programming skills to use TweetScheduler? Some basic knowledge of Python is helpful to set it up and customize it according to your needs.

Learn how to integrate this MCP server with your AI agents and leverage the Model Context Protocol for enhanced capabilities.