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Ethereum Privacy Machine EPM
  • πŸ•ΈοΈWelcome to Ethereum Privacy Machine <EPM>
  • β˜‘οΈIntroduction to Ethereum Privacy Machine
    • πŸ”»What is EPM?
    • πŸ”Why Privacy Matters
    • πŸ”ΉHow EPM Enhances Privacy on Ethereum
  • ⭐Getting Started
    • πŸ’³How to Acquire EPM Tokens
    • πŸ’°Setting Up an Ethereum Wallet
    • 🟒Connecting your Wallet to EPM
  • πŸ“ EPM Utility
    • ⛓️MIXER Encrypted Transactions
      • πŸͺžUnderstanding Transaction Mixing
      • πŸͺ“How the Transaction Mixer Works
      • πŸ’ΉBenefits of Using the Transaction Mixer
      • 🌠Using the Transaction Mixer with EPM
    • πŸ“Secure Messaging
      • πŸ”‘Key Features and Benefits of EPM's Secure Messaging
    • πŸ‘¨β€πŸ’ΌIdentity Protection
      • πŸ”’How EPM Enables Identity Protection
      • πŸ”€Using Pseudonyms and Anonymous Addresses with EPM
      • πŸ•΄οΈThe Significance of Identity Protection
  • πŸ”“Use Cases
    • πŸ˜—Individual Use Case
      • πŸ’ΈPersonal Financial Transactions
      • πŸ”Secure Communication
      • πŸ”±Benefits of EPM for Individuals
    • πŸ’ΌBusiness Use Cases
    • πŸ–₯️Developers Use Cases
      • πŸ•ΆοΈPrivacy-Focused Applications
      • πŸ–₯️Privacy-Enhanced Smart Contracts
      • πŸ“ Privacy Frameworks and Libraries
  • πŸ”—Integrating EPM
    • βš™οΈEPM API Documentation
    • πŸ“€SDKs and Libraries
    • πŸ“œCode Examples
  • πŸ«‚Community and Support
    • πŸ‘¬Join the EPM Community
    • ▢️Community Guidelines
    • πŸ” Contacting Support
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  1. Integrating EPM

Code Examples

Discover code examples that demonstrate how to implement various EPM functionalities. This page provides sample code snippets, tutorials, and GitHub repositories to help developers kickstart their EPM integration journey.

from epm import EPMClient

# Instantiate the EPM client
epm_client = EPMClient()

# Set up the transaction details
sender_address = "0x123456789abcdef"
recipient_address = "0x987654321fedcba"
amount = 1.0

# Encrypt and send the transaction
encrypted_transaction = epm_client.encrypt_transaction(sender_address, recipient_address, amount)
epm_client.send_encrypted_transaction(encrypted_transaction)

# Example code for secure messaging using EPM JavaScript library
const epm = require('epm-js-library');

// Set up the messaging parameters
const sender = "0x123456789abcdef";
const recipient = "0x987654321fedcba";
const message = "Hello, this is a secure message!";

// Encrypt and send the message
const encryptedMessage = epm.encryptMessage(sender, recipient, message);
epm.sendMessage(encryptedMessage);

// Example code for identity protection using EPM Java SDK
import io.epm.EPMClient;

// Create an instance of the EPM client
EPMClient epmClient = new EPMClient();

// Generate a pseudonymous address
String pseudonymousAddress = epmClient.generatePseudonymousAddress();

// Use the pseudonymous address for transactions
epmClient.sendTransaction(pseudonymousAddress, recipientAddress, amount);

// Example code for accessing privacy services using EPM Ruby Gem
require 'epm'

# Instantiate the EPM client
epm_client = EPM::Client.new

# Access the privacy services
epm_client.encrypt_data(data)
epm_client.decrypt_data(encrypted_data)
epm_client.anonymize_data(data)

// Example code for enhanced privacy in smart contracts using EPM Go Library
package main

import (
	"github.com/epm/epm-go-library"
	"github.com/ethereum/go-ethereum/common"
)

func main() {
	// Create an instance of the EPM client
	epmClient := epm.NewClient()

	// Deploy a privacy-preserving smart contract
	contractAddress, _ := epmClient.DeployContract("MyContract.sol")

	// Call functions on the contract with enhanced privacy
	epmClient.CallPrivateFunction(contractAddress, common.HexToAddress("0x123456789abcdef"), "myFunction")
}
py
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Last updated 1 year ago

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