Anya Core API Documentation

Table of Contents

  1. Introduction
  2. Authentication
  3. Endpoints
  4. User Management
  5. Bitcoin Operations
  6. Lightning Network
  7. Stacks (STX) Support
  8. Discrete Log Contracts (DLCs)
  9. Machine Learning and AI
  10. Federated Learning
  11. Interoperability
  12. Smart Contracts
  13. Decentralized Identity
  14. Privacy and Security
  15. Decentralized Infrastructure
  16. Error Handling
  17. Rate Limiting
  18. Versioning

Introduction

This document provides a comprehensive guide to the Anya Core API, detailing the available endpoints, request/response formats, and authentication methods. Anya Core is a decentralized AI assistant framework that integrates blockchain technologies, federated learning, and advanced cryptography.

Authentication

All API requests require authentication using JSON Web Tokens (JWT). Include the JWT in the Authorization header of your requests:

Overview

This document provides an overview of the API endpoints available in Anya Core.

Endpoints

/api/v1/user

  • GET: Retrieve user information
  • POST: Create a new user
  • PUT: Update user information
  • DELETE: Delete a user

/api/v1/transaction

  • GET: Retrieve transaction information
  • POST: Create a new transaction
  • PUT: Update transaction information
  • DELETE: Delete a transaction

/api/v1/network

  • GET: Retrieve network information
  • POST: Create a new network
  • PUT: Update network information
  • DELETE: Delete a network

Code Examples

User Management

// Create a new user
let user = api.users().create(UserCreateRequest {
    username: "alice",
    email: "alice@example.com",
    password: "secure_password",
}).await?;

// Get user details
let user_details = api.users().get(user.id).await?;

// Update user
let updated_user = api.users().update(user.id, UserUpdateRequest {
    email: Some("new.alice@example.com"),
    ..Default::default()
}).await?;

Bitcoin Operations

// Create a new wallet
let wallet = api.bitcoin().create_wallet(WalletCreateRequest {
    name: "main_wallet",
    wallet_type: WalletType::HD,
}).await?;

// Send transaction
let tx = api.bitcoin().send_transaction(TransactionRequest {
    to_address: "bc1q...",
    amount: "0.1",
    fee_rate: "5",
}).await?;

// Get transaction status
let status = api.bitcoin().get_transaction_status(tx.id).await?;

Lightning Network

// Open channel
let channel = api.lightning().open_channel(ChannelRequest {
    peer_id: "peer_pubkey",
    local_amount: "0.01",
    push_amount: Some("0.001"),
}).await?;

// Create invoice
let invoice = api.lightning().create_invoice(InvoiceRequest {
    amount: "0.001",
    description: "Payment for service",
}).await?;

// Pay invoice
let payment = api.lightning().pay_invoice(invoice.bolt11).await?;

Decentralized Identity

// Create DID
let did = api.identity().create_did(DidCreateRequest {
    method: "key",
    options: DidOptions::default(),
}).await?;

// Resolve DID
let did_doc = api.identity().resolve_did("did:key:...").await?;

// Create verifiable credential
let credential = api.identity().create_credential(CredentialRequest {
    subject: did.id,
    claims: json!({
        "name": "Alice",
        "degree": "Computer Science"
    }),
}).await?;

Smart Contracts

// Deploy contract
let contract = api.contracts().deploy(ContractDeployRequest {
    code: include_str!("contract.rs"),
    initial_state: json!({
        "counter": 0
    }),
}).await?;

// Call contract
let result = api.contracts().call(ContractCallRequest {
    contract_id: contract.id,
    method: "increment",
    args: vec![],
}).await?;

// Get contract state
let state = api.contracts().get_state(contract.id).await?;

Error Handling

match api.bitcoin().send_transaction(tx_request).await {
    Ok(tx) => println!("Transaction sent: {}", tx.id),
    Err(ApiError::InsufficientFunds) => println!("Not enough funds!"),
    Err(ApiError::InvalidAddress) => println!("Invalid Bitcoin address!"),
    Err(e) => println!("Unexpected error: {}", e),
}

Rate Limiting

// Configure rate limits
let client = ApiClient::new()
    .with_rate_limit(RateLimitConfig {
        requests_per_second: 10,
        burst_size: 20,
    });

// Handle rate limits
match client.bitcoin().get_transaction(tx_id).await {
    Ok(tx) => println!("Transaction: {:?}", tx),
    Err(ApiError::RateLimitExceeded) => {
        println!("Rate limit exceeded, retrying in 1s");
        tokio::time::sleep(Duration::from_secs(1)).await;
    }
    Err(e) => println!("Error: {}", e),
}

Examples

Retrieve User Information

```sh curl -X GET https://api.anyacore.com/api/v1/user/123

Create a New User

curl -X POST https://api.anyacore.com/api/v1/user -d '{"name": "John Doe", "email": "john.doe@example.com"}'

Update User Information

curl -X PUT https://api.anyacore.com/api/v1/user/123 -d '{"name": "John Doe", "email": "john.doe@example.com"}'

Delete a User

curl -X DELETE https://api.anyacore.com/api/v1/user/123

Retrieve Transaction Information

curl -X GET https://api.anyacore.com/api/v1/transaction/456

Create a New Transaction

curl -X POST https://api.anyacore.com/api/v1/transaction -d '{"amount": 100, "sender": "Alice", "recipient": "Bob"}'

Update Transaction Information

curl -X PUT https://api.anyacore.com/api/v1/transaction/456 -d '{"amount": 200, "sender": "Alice", "recipient": "Bob"}'

Delete a Transaction

curl -X DELETE https://api.anyacore.com/api/v1/transaction/456

Retrieve Network Information

curl -X GET https://api.anyacore.com/api/v1/network/789

Create a New Network

curl -X POST https://api.anyacore.com/api/v1/network -d '{"name": "Test Network", "nodes": ["node1", "node2", "node3"]}'

Update Network Information

curl -X PUT https://api.anyacore.com/api/v1/network/789 -d '{"name": "Test Network", "nodes": ["node1", "node2", "node3"]}'

Delete a Network

curl -X DELETE https://api.anyacore.com/api/v1/network/789

Error Handling

Any errors encountered while processing API requests will be returned with appropriate HTTP status codes and error messages in the response body.

Rate Limiting

To prevent abuse and ensure fair usage of the API, rate limiting is enforced on a per-user basis. Users exceeding the rate limit will receive a 429 Too Many Requests response.

Versioning

The Anya Core API follows semantic versioning to ensure compatibility and provide a clear indication of changes between versions. The current version of the API is v1.

For more information on the Anya Core API, refer to the official documentation.

Conclusion

This document provides a detailed overview of the Anya Core API, including available endpoints, request/response formats, authentication methods, error handling, rate limiting, and versioning. Developers can use this information to integrate Anya Core into their applications and leverage its decentralized AI capabilities.

References