Compliance & Security SDK for Leo Smart Contracts (comp-leo)

Warnings

• gotcha Specific API documentation for the 'comp-leo' Python SDK is not readily discoverable. Users should consult the CompliLedger platform's developer resources for the most accurate and up-to-date usage patterns, class names, and method signatures.
  Fix: Refer to the official CompliLedger developer documentation or GitHub repository (if a dedicated one exists for the Python SDK) for precise API usage. Community examples might be scarce.
• breaking As an SDK in the evolving smart contract and compliance space, 'comp-leo' may undergo significant API changes between minor or patch versions. Lack of explicit versioning policies for breaking changes could lead to unexpected behavior.
  Fix: Pin exact versions of `comp-leo` in your `requirements.txt` (e.g., `comp-leo==0.3.1`) and thoroughly test your application when upgrading to new versions. Monitor the CompliLedger/comp-leo GitHub repository for release notes and change logs.
• gotcha Security-sensitive nature: This library is for compliance and security of smart contracts. Incorrect usage, misconfiguration, or reliance on outdated patterns could lead to severe security vulnerabilities or compliance failures.
  Fix: Always follow official best practices for secure coding, smart contract development, and PCI-DSS compliance. Ensure all inputs are properly sanitized and outputs are validated. Regularly audit your integration code and stay updated with security advisories from CompliLedger.

Install

• pip install comp-leo Install stable release

Imports

• CompliLedgerClient

  from comp_leo import CompliLedgerClient

  Assumed common import pattern for an SDK client, specific class names not found in public documentation.
• ComplianceCheck

  from comp_leo.models import ComplianceCheck

  Assumed common import pattern for data models, specific class names not found in public documentation.

Quickstart

This quickstart demonstrates the general flow for using a compliance SDK like comp-leo: initializing a client, preparing data, and performing a compliance evaluation. Due to the lack of specific public documentation for the Python SDK, actual class and method names are illustrative and should be replaced with those from the official comp-leo documentation when available. API keys or credentials should be securely managed, preferably via environment variables.

import os
from comp_leo import CompliLedgerClient

# NOTE: This is an illustrative example based on expected SDK patterns.
# Specific class/method names and API details are inferred as direct
# documentation for comp-leo Python SDK was not publicly available.

# Initialize the client (API key/credentials would typically be from env vars)
api_key = os.environ.get('COMPLEO_API_KEY', 'YOUR_API_KEY')
client = CompliLedgerClient(api_key=api_key)

# Example: Perform a compliance check (conceptually)
# Replace with actual data and method calls as per comp-leo documentation
try:
    # Simulate a smart contract interaction or data submission
    contract_data = {"transaction_id": "tx123", "amount": 1000, "currency": "USD"}
    
    # The actual method call would depend on the SDK's API
    # e.g., client.pci_dss.evaluate_transaction(contract_data)
    # or client.audit.submit_event(event_type='PCI_DATA_TRANSACTION', data=contract_data)
    
    print(f"Simulating compliance check for: {contract_data}")
    # Assume a method to trigger a compliance evaluation
    # This is a placeholder for actual SDK functionality
    result = client.perform_compliance_evaluation(contract_data)
    
    if result.is_compliant:
        print("Compliance check passed!")
    else:
        print(f"Compliance check failed: {result.reasons}")
except Exception as e:
    print(f"An error occurred during compliance check: {e}")