PocketGroq v0.5.4: Introducing AUTONOMOUS AGENTS!!!

What's NEW in v0.5.4!

Autonomous Agent

PocketGroq now includes an AutonomousAgent class that can autonomously research and answer questions:

from pocketgroq import GroqProvider
from pocketgroq.autonomous_agent import AutonomousAgent

groq = GroqProvider()
agent = AutonomousAgent(groq)

request = "What is the current temperature in Sheboygan, Wisconsin?"
response = agent.process_request(request)

print(f"Final response: {response}")

The AutonomousAgent:

• Attempts to answer the question using its initial knowledge.
• If unsuccessful, it uses web search tools to find relevant information.
• Evaluates each potential response for accuracy and completeness.
• Keeps the user informed of its progress throughout the process.
• Handles rate limiting and errors gracefully.

You can customize the agent's behavior:

# Set a custom maximum number of sources to check
agent = AutonomousAgent(groq, max_sources=10)

# Or specify it for a single request
response = agent.process_request(request, max_sources=8)

The agent will search up to the specified number of sources, waiting at least 2 seconds between requests to avoid overwhelming the search services.

ALSO: get_available_models()

(It does what you think it does.)

What's New in v0.4.9

Response Evaluation

PocketGroq now includes a method to evaluate whether a response satisfies a given request using AI:

from pocketgroq import GroqProvider

groq = GroqProvider()

request = "What is the current temperature in Sheboygan?"
response1 = "58 degrees"
response2 = "As a large language model, I do not have access to current temperature data"

is_satisfactory1 = groq.evaluate_response(request, response1)
is_satisfactory2 = groq.evaluate_response(request, response2)

print(f"Response 1 is satisfactory: {is_satisfactory1}")  # Expected: True
print(f"Response 2 is satisfactory: {is_satisfactory2}")  # Expected: False

This method uses an AI LLM to analyze the request-response pair and determine if the response is satisfactory based on informativeness, correctness, and lack of uncertainty.

What's New in v0.4.8

PocketGroq v0.4.8 brings significant enhancements to web-related functionalities and improves the flexibility of Ollama integration:

• Advanced Web Scraping: Improved capabilities for crawling websites and extracting content.
• Flexible Ollama Integration: PocketGroq now operates more flexibly with or without an active Ollama server.
• Enhanced Web Search: Upgraded web search functionality with more robust result parsing.
• Improved Error Handling: Better management of web-related errors and Ollama server status.
• Updated Test Suite: Comprehensive tests for new web capabilities and Ollama integration.

Web Capabilities

Web Crawling

PocketGroq now offers advanced web crawling capabilities:

from pocketgroq import GroqProvider

groq = GroqProvider()

# Crawl a website
results = groq.crawl_website(
    "https://example.com",
    formats=["markdown", "html"],
    max_depth=2,
    max_pages=5
)

for page in results:
    print(f"URL: {page['url']}")
    print(f"Title: {page['metadata']['title']}")
    print(f"Markdown content: {page['markdown'][:100]}...")  # First 100 characters
    print("---")

URL Scraping

Extract content from a single URL in various formats:

url = "https://example.com"
result = groq.scrape_url(url, formats=["markdown", "html", "structured_data"])

print(f"Markdown content length: {len(result['markdown'])}")
print(f"HTML content length: {len(result['html'])}")
if 'structured_data' in result:
    print("Structured data:", json.dumps(result['structured_data'], indent=2))

Enhanced Web Search

Perform web searches with improved result parsing:

query = "Latest developments in AI"
search_results = groq.web_search(query)

for result in search_results:
    print(f"Title: {result['title']}")
    print(f"URL: {result['url']}")
    print(f"Description: {result['description']}")
    print("---")

Flexible Ollama Integration

PocketGroq v0.4.8 introduces more flexible integration with Ollama:

• Optional Ollama: Core features of PocketGroq now work without requiring an active Ollama server.
• Graceful Degradation: When Ollama is not available, PocketGroq provides clear error messages for Ollama-dependent features.
• Persistent Features: Ollama is still required for certain persistence features, including RAG functionality.

Initializing RAG with Flexible Ollama Integration

from pocketgroq import GroqProvider

groq = GroqProvider()

try:
    groq.initialize_rag()
    print("RAG initialized successfully with Ollama.")
except OllamaServerNotRunningError:
    print("Ollama server is not running. RAG features will be limited.")
    # Proceed with non-RAG features

Error Handling

PocketGroq v0.4.8 introduces a new exception for Ollama-related errors:

from pocketgroq import GroqProvider, OllamaServerNotRunningError

groq = GroqProvider()

try:
    groq.initialize_rag()
    # Use RAG features
except OllamaServerNotRunningError:
    print("Ollama server is not running. Proceeding with limited functionality.")
    # Use non-RAG features

Updated Test Suite

The test suite has been expanded to cover the new web capabilities and Ollama integration. To run the tests:

1. Navigate to the PocketGroq directory.
2. Run the test script:

python test.py

3. You will see an updated menu with options to run individual tests or groups of tests:

PocketGroq Test Menu:
1. Basic Chat Completion
2. Streaming Chat Completion
3. Override Default Model
4. Chat Completion with Stop Sequence
5. Asynchronous Generation
6. Streaming Async Chat Completion
7. JSON Mode
8. Tool Usage
9. Vision
10. Chain of Thought Problem Solving
11. Chain of Thought Step Generation
12. Chain of Thought Synthesis
13. Test RAG Initialization
14. Test Document Loading
15. Test Document Querying
16. Test RAG Error Handling
17. Test Persistent Conversation
18. Test Disposable Conversation
19. Web Search
20. Get Web Content
21. Crawl Website
22. Scrape URL
23. Run All Web Tests
24. Run All RAG Tests
25. Run All Conversation Tests
26. Run All Tests
0. Exit

4. Select the desired option by entering the corresponding number.

Configuration

PocketGroq uses environment variables for configuration. Set GROQ_API_KEY in your environment or in a .env file in your project root. This API key is essential for authenticating with the Groq API.

Additionally, you may need to set a USER_AGENT environment variable for certain web-related functionalities. Here are a couple of ways to set these variables:

1. Using a .env file:

GROQ_API_KEY=your_api_key_here
USER_AGENT=Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/91.0.4472.124 Safari/537.36

2. Setting environment variables in your script:

import os

os.environ['GROQ_API_KEY'] = 'your_api_key_here'
os.environ['USER_AGENT'] = 'Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/91.0.4472.124 Safari/537.36'

Make sure to keep your API key confidential and never commit it to version control.

Comprehensive List of PocketGroq Methods

Here's a comprehensive list of all the methods/functions available in PocketGroq, grouped logically by function:

GroqProvider Class (Main Interface)

Initialization and Configuration

• __init__(api_key: str = None, rag_persistent: bool = True, rag_index_path: str = "faiss_index.pkl"): Initializes the GroqProvider with API key and RAG settings.
• set_api_key(api_key: str): Updates the API key and reinitializes the Groq clients.

Text Generation

• generate(prompt: str, session_id: Optional[str] = None, **kwargs) -> Union[str, AsyncIterator[str]]: Generates text based on the given prompt.
• _create_completion(messages: List[Dict[str, str]], **kwargs) -> Union[str, AsyncIterator[str]]: Internal method for API call to Groq for text generation.
• _sync_create_completion(**kwargs) -> Union[str, AsyncIterator[str]]: Synchronous version of completion creation.
• _async_create_completion(**kwargs) -> Union[str, AsyncIterator[str]]: Asynchronous version of completion creation.

Conversation Management

• start_conversation(session_id: str): Initializes a new conversation session.
• reset_conversation(session_id: str): Resets an existing conversation session.
• end_conversation(conversation_id: str): Ends and removes a conversation session.
• get_conversation_history(session_id: str) -> List[Dict[str, str]]: Retrieves conversation history.

Web Tools

• web_search(query: str, num_results: int = 10) -> List[Dict[str, Any]]: Performs a web search.
• get_web_content(url: str) -> str: Retrieves content of a web page.
• is_url(text: str) -> bool: Checks if given text is a valid URL.
• crawl_website(url: str, formats: List[str] = ["markdown"], max_depth: int = 3, max_pages: int = 100) -> List[Dict[str, Any]]: Crawls a website.
• scrape_url(url: str, formats: List[str] = ["markdown"]) -> Dict[str, Any]: Scrapes a single URL.

Chain of Thought Reasoning

• solve_problem_with_cot(problem: str, **kwargs) -> str: Solves a problem using Chain of Thought reasoning.
• generate_cot(problem: str, **kwargs) -> List[str]: Generates Chain of Thought steps.
• synthesize_cot(cot_steps: List[str], **kwargs) -> str: Synthesizes a final answer from CoT steps.

RAG (Retrieval-Augmented Generation)

• initialize_rag(ollama_base_url: str = "http://localhost:11434", model_name: str = "nomic-embed-text", index_path: str = "faiss_index.pkl"): Initializes the RAG system.
• load_documents(source: str, chunk_size: int = 1000, chunk_overlap: int = 200, progress_callback: Callable[[int, int], None] = None, timeout: int = 300, persistent: bool = None): Loads and processes documents for RAG.
• query_documents(query: str, session_id: Optional[str] = None, **kwargs) -> str: Queries loaded documents using RAG.

Tool Management

• register_tool(name: str, func: callable): Registers a custom tool for use in text generation.

Utility Methods

• is_ollama_server_running() -> bool: Checks if the Ollama server is running.
• ensure_ollama_server_running: Decorator to ensure Ollama server is running for functions that require it.

WebTool Class

• search(query: str) -> List[Dict[str, Any]]: Performs a web search and returns filtered, deduplicated results.
• get_web_content(url: str) -> str: Retrieves and processes the content of a web page.
• is_url(text: str) -> bool: Checks if the given text is a valid URL.

EnhancedWebTool Class

• crawl(start_url: str, formats: List[str] = ["markdown"]) -> List[Dict[str, Any]]: Crawls a website and returns its content in specified formats.
• scrape_page(url: str, formats: List[str]) -> Dict[str, Any]: Scrapes a single page and returns its content in specified formats.

RAGManager Class

• load_and_process_documents(source: str, chunk_size: int = 1000, chunk_overlap: int = 200, progress_callback: Callable[[int, int], None] = None, timeout: int = 300): Loads, processes, and indexes documents for RAG.
• query_documents(llm, query: str) -> Dict[str, Any]: Queries the indexed documents using the provided language model.

ChainOfThoughtManager Class

• generate_cot(problem: str) -> List[str]: Generates Chain of Thought steps for a given problem.
• synthesize_response(cot_steps: List[str]) -> str: Synthesizes a final answer from Chain of Thought steps.
• solve_problem(problem: str) -> str: Completes the entire Chain of Thought process to solve a problem.

This comprehensive list covers all the main methods and functions available in PocketGroq, grouped logically by their functionality.

License

This project is licensed under the MIT License. When using PocketGroq in your projects, please include a mention of J. Gravelle in your code and/or documentation.

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Thank you for using PocketGroq! We hope this tool enhances your development process and enables you to create amazing AI-powered applications with ease. If you have any questions or need further assistance, don't hesitate to reach out to the community or check the documentation. Happy coding!