Build a Real-time AI Assistant with Access to Your Emails

Education


Build a Real-time AI Assistant with Access to Your Emails

In this tutorial, we'll show you how to build a real-time AI assistant, resembling a stereotypical nagging mother, using the latest advancements in language models, specifically Claude 3.5. This assistant will be able to check your emails, access your calendar, and interact with you in a realistic, humorous, and slightly annoying manner. This guide will walk you through the setup, coding, and execution of this project.

Setting Up Your Environment

  1. Setting Up a Virtual Environment: Create a new virtual environment to manage dependencies and avoid conflicts.

    python -m venv env
    source env/bin/activate  # On Windows: `env\Scripts\activate`
    
  2. Create the Application File:

    touch app.py
    
  3. Install Dependencies:

    pip install anthropic 11labs pymne
    

Creating the Initial AI Model

  1. Import Anthropic: Start by importing the required library.

    import anthropic
    
    client = anthropic.Client(api_key="YOUR_ANTHROPIC_API_KEY")
    
  2. Define the System Prompt: Create a system prompt that defines the behavior of the AI.

    system_prompt = """
    You are an AI designed to emulate the behavior of a stereotypical nagging mother. Your primary role is to remind the user of their tasks, chores, and self-care routines in a humorous yet slightly annoying manner.
    """
    
  3. Set Up Conversation Memory: Store the conversation for context.

    conversation = []
    while True:
        user_input = input("You: ")
        conversation.append(f"User: (user_input)")
        response = client.generate(
            model="claude-3.5",
            prompt=("system_prompt": system_prompt, "conversation": conversation),
            stop_reason="tool_use"
        ).text
    
        print(f"Mom: (response)")
        conversation.append(f"Mom: (response)")
    

Adding Text-to-Speech with 11 Labs

  1. Create the Utility File: Create a file for audio utilities.

    touch utils.py
    
  2. Implement Text-to-Speech:

    import elevenlabs
    import playsound
    
    def play_audio(file_path):
        playsound.playsound(file_path)
    
    def say(text):
        audio_file = elevenlabs.text_to_speech(text, api_key="YOUR_11LABS_API_KEY")
        play_audio(audio_file)
    
  3. Integrate in Main Script:

    from utils import say
    
    while True:
        user_input = input("You: ")
        conversation.append(f"User: (user_input)")
        response = client.generate(
            model="claude-3.5",
            prompt=("system_prompt": system_prompt, "conversation": conversation),
            stop_reason="tool_use"
        ).text
    
        print(f"Mom: (response)")
        conversation.append(f"Mom: (response)")
        say(response)
    

Enabling Email Access

  1. Create Mail Utility File:

    touch mail_utils.py
    
  2. Implement Email Retrieval:

    def get_emails(sender=None):
        # Mock data, replace with actual email fetching logic
        emails = [
            ("sender": "bob@aifordev.com", "subject": "Dinner plans", "body": "Is tonight okay?"),
            ("sender": "alice@aifordev.com", "subject": "Movies on Wednesday", "body": "Do you want to go to the movies?")
        ]
        if sender:
            emails = [email for email in emails if email['sender'] == sender]
        return emails
    
  3. Tool Definition for Language Model:

    tool_definition = (
        "tools": [
            {
                "name": "get_emails",
                "description": "Retrieve emails from the inbox.",
                "properties": {"sender": {"type": "string", "description": "Email sender")}
            }
        ]
    }
    
  4. Integrate Email Access in Main Script:

    from mail_utils import get_emails
    from utils import say
    
    while True:
        user_input = input("You: ")
        conversation.append(f"User: (user_input)")
        
        response = client.generate(
            model="claude-3.5",
            prompt=("system_prompt": system_prompt, "conversation": conversation, "tool_definition": tool_definition),
            stop_reason="tool_use"
        ).text
    
        if response['stop_reason'] == "tool_use":
            emails = get_emails()
            conversation.append(f"Emails: (emails)")
            response = client.generate(
                model="claude-3.5",
                prompt=("system_prompt": system_prompt, "conversation": conversation)
            ).text
    
        print(f"Mom: (response)")
        conversation.append(f"Mom: (response)")
        say(response)
    

This completes the project setup. You now have a real-time AI assistant that can check your emails and interact with you using text and speech.


Keywords

  • AI assistant
  • Language model
  • Claude 3.5
  • 11 Labs
  • Text-to-speech
  • Email access
  • Function calling
  • Python
  • Virtual environment
  • Real-time interaction

FAQ

Q1: What is Claude 3.5? A1: Claude 3.5 is an advanced language model designed by Anthropic for creating realistic and interactive AI assistants.

Q2: How do I set environment variables for API keys? A2: You can set environment variables in your terminal or command prompt using the export command (Linux/Mac) or set command (Windows).

Q3: What is function calling in language models? A3: Function calling allows language models to execute external functions or APIs to handle specific tasks, like retrieving data or performing actions that the model itself cannot.

Q4: How do I play audio files in Python? A4: You can use libraries like playsound to play audio files in Python. Just pass the file path to the playsound function.

Q5: Can I fetch real emails instead of using mock data? A5: Yes, you can replace the mock email data with actual email fetching logic using an email service provider's API, such as Gmail's API.

Q6: How do I create a virtual environment in Python? A6: Use the command python -m venv env to create a virtual environment. Activate it using source env/bin/activate for Unix-based systems or env\Scripts\activate for Windows.