# Using npm
npm install @dragonfire/wallet-client

# Using yarn
yarn add @dragonfire/wallet-client

import { DragonFireClient } from '@dragonfire/client';
import { WalletClient } from '@dragonfire/wallet-client';

// Initialize DragonFire client
const dragonfire = new DragonFireClient({
  apiKey: 'YOUR_API_KEY',
  region: 'us-west'
});
await dragonfire.connect();

// Initialize wallet client
const wallet = new WalletClient(dragonfire, {
  securityLevel: 'high',       // Security level for wallet operations
  vectorDimension: 7,          // Vector space dimension for transactions
  autoBackup: true,            // Enable automatic wallet backups
  identityVerification: true   // Enable advanced identity verification
});

<script src="https://cdn.dragonfire.ai/sdk/wallet-client.min.js"></script>
<script>
  // Initialize DragonFire client
  const dragonfire = new DragonFire.Client({
    apiKey: 'YOUR_API_KEY',
    region: 'us-west'
  });
  
  // Initialize wallet client
  const wallet = new DragonFire.WalletClient(dragonfire, {
    securityLevel: 'high',
    vectorDimension: 7
  });
  
  // Ready event
  wallet.on('ready', () => {
    console.log('Wallet client ready');
  });
</script>

// Import necessary modules
import { DragonFireClient } from '@dragonfire/client';
import { WalletClient } from '@dragonfire/wallet-client';
import { PortClient } from '@dragonfire/ports-client';

// Initialize clients
const dragonfire = new DragonFireClient({ apiKey: 'YOUR_API_KEY' });
await dragonfire.connect();

const wallet = new WalletClient(dragonfire);
const ports = new PortClient(dragonfire);

// ---------------------------------------
// FINANCE Port - Transaction Operations
// ---------------------------------------
// Vector transaction through FINANCE port
const transaction = await ports.executePortOperation('FINANCE', {
  action: 'PUT',
  entity: 'TRANSACTION',
  parameters: {
    walletId: 'wallet_123',
    amount: 100,
    currency: 'USD',
    recipient: 'wallet_456',
    vectorRouting: 'phi'
  }
});

// ---------------------------------
// USER Port - Identity Operations
// ---------------------------------
// Identity verification through USER port
const verification = await ports.executePortOperation('USER', {
  action: 'VERIFY',
  entity: 'IDENTITY',
  parameters: {
    identityId: 'identity_123',
    verificationMethod: 'document',
    documentType: 'passport'
  }
});

// -------------------------------------
// PORTAL Port - Web Integration
// -------------------------------------
// Register semantic web address through PORTAL port
const webProfile = await ports.executePortOperation('PORTAL', {
  action: 'REGISTER',
  entity: 'PROFILE',
  parameters: {
    identityId: 'identity_123',
    profileName: 'alice',
    publicAccess: true,
    redirectUrl: 'https://alice.example.com'
  }
});

// Configure geometric transaction routing
await wallet.configureTransactionRouting({
  defaultPort: 'FINANCE',            // Default port for transactions
  optimizationPattern: 'phi',        // Mathematical pattern for optimization
  dimensionalMapping: 'triangular',  // Triangular mapping for financial operations
  resonanceThreshold: 0.85,          // Minimum resonance threshold
  adaptiveRouting: true,             // Enable adaptive route selection
  routePrecomputation: true          // Precompute common routes
});

// Execute a transaction with geometric routing
const result = await wallet.createTransaction({
  recipient: 'wallet_789',
  amount: 100,
  currency: 'USD'
}, {
  // Specify geometric routing parameters
  geometricRouting: {
    port: 'FINANCE',                 // Use FINANCE port (triangle geometry)
    path: ['SYSTEM', 'FINANCE', 'USER'], // Path through specific ports
    optimization: 'phi',             // Phi-resonant optimization
    dimensionality: 3                // 3-dimensional routing
  }
});

// Analyze transaction path geometry
const pathAnalysis = await wallet.analyzeTransactionPath(result.transactionId);
console.log('Geometric path:', pathAnalysis.geometricPath);
console.log('Path efficiency:', pathAnalysis.pathEfficiency);
console.log('Dimensional crossings:', pathAnalysis.dimensionalCrossings);

// Create a new wallet
const walletInfo = await wallet.createWallet({
  name: 'Primary Wallet',            // Wallet name
  securityLevel: 'high',             // Security level
  backupMethod: 'cloud',             // Backup method
  recoveryOptions: {                 // Recovery options
    email: 'user@example.com',
    phoneNumber: '+1234567890'
  },
  attributes: {                      // Custom attributes
    purpose: 'personal',
    limit: 1000
  }
});

// Create a multi-signature wallet
const multiSigWallet = await wallet.createMultiSigWallet({
  name: 'Team Treasury',
  signatories: [
    { userId: 'user_123', weight: 2 },   // Primary user (weight 2)
    { userId: 'user_456', weight: 1 },   // Secondary user (weight 1)
    { userId: 'user_789', weight: 1 }    // Secondary user (weight 1)
  ],
  threshold: 3,                          // Require signatures with total weight of 3
  timelock: {
    enabled: true,
    delayHours: 24                       // 24-hour delay for large transactions
  },
  limits: {
    singleSignatureLimit: 1000,          // Single signature up to $1000
    dailyLimit: 10000                    // Daily transaction limit
  }
});

// Create a multi-signature transaction
const multiSigTx = await wallet.createMultiSigTransaction({
  walletId: multiSigWallet.id,
  amount: 5000,
  currency: 'USD',
  recipient: 'wallet_555',
  memo: 'Project funding'
});

// Sign a multi-signature transaction (by first signatory)
const signature1 = await wallet.signMultiSigTransaction(multiSigTx.id, {
  signerId: 'user_123',
  authMethod: 'rwt-token',
  authToken: 'USER_123_AUTH_TOKEN'
});

// Sign a multi-signature transaction (by second signatory)
const signature2 = await wallet.signMultiSigTransaction(multiSigTx.id, {
  signerId: 'user_456',
  authMethod: 'rwt-token',
  authToken: 'USER_456_AUTH_TOKEN'
});

// Check transaction status (should be executed after reaching threshold)
const txStatus = await wallet.getMultiSigTransactionStatus(multiSigTx.id);
console.log('Transaction status:', txStatus.status);
console.log('Signatures:', txStatus.signatures);
console.log('Execution time:', txStatus.executionTime);

// Configure high-throughput transaction processing
await wallet.configureHighThroughput({
  batchSize: 10000,                 // Process transactions in batches of 10,000
  concurrencyFactor: 'maximum',     // Maximum concurrency
  priorityLevels: 3,                // Use 3 priority levels
  vectorOptimization: true,         // Enable vector optimization
  cacheIntegration: true,           // Integrate with DragonFire Cache
  geometricRouting: 'phi'           // Use phi-resonant geometric routing
});

// Create a batch of high-throughput transactions
const batchResult = await wallet.createTransactionBatch({
  transactions: [
    { recipient: 'wallet_001', amount: 10.50, currency: 'USD' },
    { recipient: 'wallet_002', amount: 25.75, currency: 'USD' },
    { recipient: 'wallet_003', amount: 5.20, currency: 'USD' },
    // ... thousands more transactions
  ],
  options: {
    parallelExecution: true,        // Execute in parallel
    atomicBatch: false,             // Non-atomic (partial success allowed)
    priority: 'high',               // High priority processing
    timeoutMs: 60000                // 60-second timeout
  }
});

console.log('Batch processing metrics:');
console.log('Processed transactions:', batchResult.processedCount);
console.log('Success rate:', batchResult.successRate);
console.log('Operations per second:', batchResult.opsPerSecond);
console.log('Total processing time:', batchResult.processingTimeMs, 'ms');

// Configure vector trading parameters
await wallet.configureVectorTrading({
  defaultPattern: 'phi',           // Default mathematical pattern
  dimensionality: 7,               // 7-dimensional vector space
  optimizationLevel: 'maximum',    // Maximum optimization
  adaptiveRouting: true,           // Enable adaptive routing
  resonanceThreshold: 0.85,        // Minimum resonance threshold
  cacheIntegration: true           // Integrate with DragonFire Cache
});

// Execute a vector trade
const tradeResult = await wallet.executeVectorTrade({
  sourceAsset: {
    type: 'currency',
    code: 'USD',
    amount: 1000
  },
  targetAsset: {
    type: 'cryptocurrency',
    code: 'BTC'
  },
  tradeParameters: {
    vectorPattern: 'phi',          // Phi-resonant pattern
    slippageTolerance: 0.01,       // 1% slippage tolerance
    executionSpeed: 'instant',     // Instant execution
    routeOptimization: 'price'     // Optimize for price
  }
});

console.log('Vector trade executed:');
console.log('Trade ID:', tradeResult.tradeId);
console.log('Execution time:', tradeResult.executionTimeMs, 'ms');
console.log('Source amount:', tradeResult.sourceAmount, tradeResult.sourceCurrency);
console.log('Target amount:', tradeResult.targetAmount, tradeResult.targetCurrency);
console.log('Exchange rate:', tradeResult.effectiveRate);
console.log('Vector path efficiency:', tradeResult.pathEfficiency);

// Execute transactions with different vector patterns
                    
// High-throughput batch processing with sqrt2 pattern
const batchResult = await wallet.createTransactionBatch({
  transactions: [ /* batch of transactions */ ],
  options: {
    vectorPattern: 'sqrt2',        // Optimized for binary operations
    batchSize: 10000,              // Process in batches of 10,000
    parallelExecution: true        // Execute in parallel
  }
});

// Recurring payment with pi pattern
const recurringPayment = await wallet.scheduleRecurringTransaction({
  recipient: 'wallet_123',
  amount: 50,
  currency: 'USD',
  frequency: 'monthly',
  startDate: '2025-05-01',
  endDate: '2026-05-01'
}, {
  vectorPattern: 'pi',             // Optimized for cyclical operations
  adaptiveRouting: true            // Adapt routing based on network conditions
});

// Multi-signature transaction with sqrt3 pattern
const multiSigTx = await wallet.createMultiSigTransaction({
  walletId: 'multi_sig_wallet_123',
  amount: 5000,
  currency: 'USD',
  recipient: 'wallet_456'
}, {
  vectorPattern: 'sqrt3',          // Optimized for triangulated verification
  signatoryRouting: 'triangular'   // Route signatures triangularly
});

// Analyze vector transaction path
const analysis = await wallet.analyzeVectorPath('tx_123456789', {
  detailLevel: 'maximum',           // Maximum analysis detail
  includeAlternatives: true,        // Include alternative paths
  dimensionalMapping: true,         // Include dimensional mapping
  resonanceAnalysis: true,          // Analyze mathematical resonance
  performanceMetrics: true          // Include performance metrics
});

console.log('Vector path analysis:');
console.log('Path length:', analysis.pathLength);
console.log('Efficiency rating:', analysis.efficiencyRating.toFixed(2), '/10');
console.log('Mathematical pattern:', analysis.pattern);
console.log('Completion time:', analysis.completionTimeMs, 'ms');
console.log('Processing nodes:', analysis.processingNodes);
console.log('Dimensional mapping:', analysis.dimensionalMapping);

// Visualize vector path
await wallet.visualizeVectorPath('tx_123456789', {
  format: 'interactive',            // Generate interactive visualization
  dimensions: 3,                    // 3D visualization
  highlightBottlenecks: true,       // Highlight processing bottlenecks
  showAlternatives: true            // Show alternative paths
});

// Register a semantic web profile
const profile = await wallet.createSemanticProfile({
  identityId: 'identity_123',        // Associated identity
  profileName: 'alice',              // Profile name (becomes alice.profile)
  displayName: 'Alice Johnson',      // Human-readable display name
  description: 'Software Engineer and AI Researcher',
  avatarUrl: 'https://example.com/alice.jpg',
  publicAccess: true,                // Publicly accessible profile
  redirectOptions: {
    defaultUrl: 'https://alice.example.com',  // Default redirect
    customDomains: ['alicejohnson.com']       // Custom domain options
  }
});

// Configure semantic navigation settings
await wallet.configureSemanticNavigation({
  defaultProfile: profile.id,        // Default profile to use
  aiAssistance: true,                // Enable AI navigation assistance
  privacyLevel: 'high',              // Privacy protection level
  browsingDataRetention: 'minimal',  // Minimal browsing data retention
  redirectPreference: 'ask'          // Ask before redirecting
});

// Register semantic handlers for specific contexts
await wallet.registerSemanticHandlers([
  {
    context: 'finance',
    handler: 'wallet.payments',
    priority: 'high'
  },
  {
    context: 'shopping',
    handler: 'wallet.commerce',
    priority: 'medium'
  },
  {
    context: 'identity',
    handler: 'wallet.credentials',
    priority: 'high'
  }
]);

// Configure AI-powered navigation assistant
await wallet.configureNavigationAssistant({
  enabled: true,                     // Enable navigation assistant
  intelligenceLevel: 'advanced',     // Advanced AI capabilities
  learningMode: 'adaptive',          // Adapt to user behavior
  privacySettings: {
    dataCollection: 'minimal',       // Minimal data collection
    localProcessing: true,           // Process data locally when possible
    encryptedStorage: true           // Encrypt stored preferences
  },
  defaultBehaviors: {
    suggestAlternatives: true,       // Suggest alternative destinations
    autoRedirect: false,             // Don't automatically redirect
    rememberPreferences: true        // Remember user preferences
  }
});

// Process a semantic navigation request
const navigationResult = await wallet.processSemanticNavigation('shopping.alice.profile', {
  context: 'e-commerce',
  intent: 'view-cart',
  referrer: 'search'
});

console.log('Navigation result:');
console.log('Resolved destination:', navigationResult.destination);
console.log('Confidence score:', navigationResult.confidenceScore);
console.log('Alternative destinations:', navigationResult.alternatives);
console.log('Authentication required:', navigationResult.authRequired);

// Initialize the DragonFire Wallet browser extension
const extension = await DragonFire.initializeExtension({
  apiKey: 'YOUR_API_KEY',
  features: ['semanticNavigation', 'identityManagement', 'payments'],
  permissions: ['storage', 'tabs', 'webNavigation'],
  securityLevel: 'high'
});

// Register extension event handlers
extension.on('profileRequest', async (request) => {
  // Handle requests for semantic profile navigation
  const { profileName, context } = request;
  
  // Resolve the profile
  const resolution = await extension.resolveProfile(profileName, {
    context: context,
    includeAlternatives: true
  });
  
  // Navigate to the resolved destination
  if (resolution.confidence > 0.8) {
    extension.navigate(resolution.destination);
  } else {
    extension.showProfileSelector(resolution.alternatives);
  }
});

extension.on('paymentRequest', async (request) => {
  // Handle payment requests from websites
  const { amount, currency, recipient, purpose } = request;
  
  // Verify the payment request
  const verification = await extension.verifyPaymentRequest(request);
  
  if (verification.valid) {
    // Show payment confirmation dialog
    const confirmation = await extension.showPaymentConfirmation({
      amount: amount,
      currency: currency,
      recipient: recipient,
      purpose: purpose,
      securityInfo: verification.securityInfo
    });
    
    if (confirmation.approved) {
      // Execute the payment
      const result = await extension.executePayment(request, {
        vectorRouting: 'phi',
        securityLevel: 'high'
      });
      
      // Return payment result to the website
      extension.sendPaymentResult(result);
    }
  }
});

// Configure semantic navigation
extension.configureNavigation({
  interceptWwwDomains: true,       // Intercept www. domains
  interceptComDomains: true,       // Intercept .com domains
  defaultProfileDomain: 'profile', // Use .profile as default domain
  aiAssistance: true,              // Enable AI assistance
  showNavigationIndicator: true    // Show navigation indicator in address bar
});