Pippin is an open-source framework for creating autonomous agents that learn and adapt. Operations teams use it to automate workflows, integrating with Python-based tools and Claude agents.
git clone https://github.com/pippinlovesyou/pippin.githttps://github.com/<your-username>/pippin-draft
["Define the Objective: Replace [OBJECTIVE] in the prompt with your specific automation goal (e.g., 'automate the triage of customer support tickets').","Specify Tools: Replace [SPECIFIC TOOLS] with the APIs or services your agent will integrate with (e.g., 'Zendesk API and Slack').","Customize the Agent: Use the provided Python snippet as a template. Replace placeholders like `YOUR_TOKEN` with your actual credentials and adjust the classification logic to match your ticket categories.","Deploy the Agent: Run the agent locally for testing, then deploy it to a cloud environment (e.g., AWS Lambda, Google Cloud Functions, or a Raspberry Pi) for 24/7 operation. Use Pippin’s built-in scheduling to run the agent every 5 minutes.","Monitor and Improve: Track the agent’s performance by reviewing misclassifications in your SQLite database. Use this data to fine-tune the model or adjust classification rules weekly."]
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No install command available. Check the GitHub repository for manual installation instructions.
git clone https://github.com/pippinlovesyou/pippinCopy the install command above and run it in your terminal.
Launch Claude Code, Cursor, or your preferred AI coding agent.
Use the prompt template or examples below to test the skill.
Adapt the skill to your specific use case and workflow.
Design an autonomous agent using Pippin to [OBJECTIVE, e.g., 'automate the triage of customer support tickets by classifying them into categories and assigning priority levels']. The agent should integrate with [SPECIFIC TOOLS, e.g., 'Zendesk API and Slack'] and include a learning mechanism to improve classification accuracy over time. Use Python and provide a minimal working example with clear steps to deploy it.
Here’s a minimal Pippin agent that automates customer support ticket triage. The agent uses a pre-trained NLP model (e.g., `transformers` library) to classify tickets into categories like 'billing', 'technical', or 'feature request', then assigns a priority level (high/medium/low) based on keywords and historical data. It integrates with Zendesk via their API to fetch new tickets and posts updates to a Slack channel for the support team.
**Agent Workflow:**
1. **Fetch Tickets:** The agent polls Zendesk every 5 minutes for new tickets using the Zendesk API (`zendesk-python` library).
2. **Classify Tickets:** It uses a fine-tuned BERT model (loaded via Hugging Face) to classify each ticket’s subject and description into predefined categories. For example, a ticket with 'refund' in the subject is classified as 'billing'.
3. **Assign Priority:** The agent checks historical resolution times for similar tickets (stored in a SQLite database) to assign priority. Tickets with subjects like 'urgent' or 'down' are marked 'high'.
4. **Update Zendesk:** The agent updates the ticket’s tags (e.g., `category:billing`, `priority:high`) and assigns it to the appropriate team via Zendesk’s API.
5. **Notify Slack:** A summary of the classified tickets is posted to a Slack channel (e.g., `#support-triage`) with links to the tickets and suggested next steps.
6. **Learn and Adapt:** After each batch of tickets is processed, the agent logs its predictions and compares them to the actual resolutions (fetched from Zendesk). Misclassifications are used to fine-tune the model weekly.
**Example Output in Slack:**
```
🚀 New tickets triaged (Batch #42):
• Ticket #1234 (Subject: 'Refund request for order 5678')
- Category: billing
- Priority: high
- Assigned to: finance-team
- Suggested: Contact customer within 2 hours
• Ticket #1235 (Subject: 'Login issues with mobile app')
- Category: technical
- Priority: medium
- Assigned to: dev-team
- Suggested: Check server logs for auth errors
```
**Python Code Snippet (Pippin Agent):**
```python
from pippin import Agent
import zendesk_api
from transformers import pipeline
class SupportTriageAgent(Agent):
def __init__(self):
super().__init__()
self.classifier = pipeline('text-classification', model='bert-support-triage')
self.zendesk = zendesk_api.Client(api_token='YOUR_TOKEN')
self.slack = SlackClient(token='YOUR_TOKEN')
def fetch_tickets(self):
return self.zendesk.get_new_tickets()
def classify_and_prioritize(self, ticket):
category = self.classifier(ticket['description'])[0]['label']
priority = 'high' if 'urgent' in ticket['subject'].lower() else 'medium'
return {'category': category, 'priority': priority}
def run(self):
tickets = self.fetch_tickets()
for ticket in tickets:
result = self.classify_and_prioritize(ticket)
self.zendesk.update_ticket(ticket['id'], **result)
self.slack.post_update(f"Ticket {ticket['id']} classified as {result['category']} (Priority: {result['priority']})")
agent = SupportTriageAgent()
agent.run()
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