🚀
Energy Web X Ecosystem
  • Documentation Overview
  • Core Concepts
    • Energy Web Chain
    • Energy Web X
    • Energy Web Tokens
      • Token Lifting
      • Token Lowering
    • Worker Nodes and Worker Node Networks
      • Server-based Worker Node
      • Marketplace App (desktop-based)
    • Worker Node Operator
    • Smart Flows and Groups
    • Subscription
    • Reward Period
    • Voting and Consensus
    • Ethereum
      • Transactions and Transaction Costs
    • Decentralized Identifiers (DIDs)
  • EWC ECOSYSTEM
    • Energy Web Chain
      • System Architecture
        • Proof-of-Authority Consensus Mechanism
        • System Contracts
          • Name registry
          • Holding Contract
          • Block Reward Contract
          • Validator-Set Contract
        • Validator Node Architecture
      • Energy Web Block Explorer
      • Energy Web Chain Governance & Validators
    • Energy Web Tokens
  • EWX ECOSYSTEM
    • Energy Web X
    • EWX: Architecture
    • Pallets
      • Worker Node Pallet
      • Balances Pallet
      • Proxy Pallet
      • XCM Pallet
      • Assets Pallet
      • Multisig Pallet
      • Scheduler Pallet
      • Preimages Pallet
      • Offences Pallet
      • Eth-Bridge Pallet
      • Token-Manager Pallet
      • Ethereum-events pallet
      • Avn Pallet
    • Worker Nodes
      • 🖥️The Marketplace App
        • Operator and Worker Accounts
          • Creating an operator account
          • Funding an operator account
          • Connecting to operator account
          • Disconnecting an operator account
          • Creating a worker account
          • Importing worker account
          • Exporting worker account
          • Linking a worker account to an operator account
          • Unlinking a worker account from an operator account
        • How to use Ledger on Marketplace App
        • Token Management
          • Creating an EWC account
          • Managing EWC accounts
          • Lifting tokens
          • Lowering tokens
          • Tracking lifting and lowering transactions
          • Checking EWT balance
        • Subscriptions
          • Subscribing to a solution group
          • Topping-up subscription amount
          • Managing subscriptions
          • Unsubscribing from a solution group
          • Unsubscribing delay
        • Worker Node and Rewards
          • Configuring remote worker node
          • Switching worker node location to remote
          • Participating into worker node network
          • Votes casted per Period
          • Reward Period
          • Checking rewards
          • Claiming rewards
        • FAQ: Marketplace App
        • Location Services
      • 🗄️Server-based Worker Nodes
        • Deployment Guide
        • Bootstrapping Server-based Worker Node Accounts
        • FAQ: Server-based Worker Nodes
      • Worker Node use cases
        • Sample Enterprise Use-Cases
          • Operating Envelopes Partitioning
          • ZEL Request Partitioning
          • Green Proofs
            • SAFc
            • Green Proofs for Bitcoin (GP4BTC)
            • Green Proofs as a Service (GPSaaS)
            • Green Proofs for Electrical Vehicles (GP4EV)
  • ENERGY SOLUTIONS
    • Green Proofs by Energy Web
      • Green Proofs Overview
      • Green Proofs Architecure
      • Green Proofs Software Stack
      • Use Cases and Reference Implementations
        • 24x7 Renewable Electricity
        • Sustainable Aviation Fuel
        • Green Proofs for Bitcoin
          • GP4BTC Miner Guide
        • Decarbonizing Shipping
        • Green Proofs for Electrical Vehicles
        • Green Proofs as a Service (GPSaaS)
    • Digital Spine by Energy Web
      • Design and Architecture
      • Component Guides
        • Energy Web Name Service (ENS)
        • Self-Sovereign Identities
          • SSI-Hub
          • Technical Guide
            • Organizations
            • Applications
            • Roles and IAM
          • Deployment Guide
            • Deploy Identity Cache Server
            • Deploy Switchboard
        • DDHub Message Broker
          • Technical Guide
            • Authentication and Authorization
            • Topics
            • Messaging
          • Deployment Guide
            • Deploy DID Auth Proxy
            • Deploy Message Broker
        • DDHub Client Gateway
          • Technical Guide
            • Authentication and Authorization
              • Key Vault
            • Client Gateway Identity and VCs
            • Address Book
            • Topics
            • Channels
            • Integration Options
            • Messaging
          • Deployment Guide
            • Launchpad SaaS
            • Azure Marketplace
            • Self-Hosted
              • Deploy with Kubernetes
              • Deploy with Docker
            • Key Vault
              • Deploy with HashiCorp Key Vault
              • Deploy with Azure Key Vault
              • Deploy with AWS Secrets Manager
            • Rebranding and Whitelabelling
Powered by GitBook
On this page
  1. ENERGY SOLUTIONS
  2. Green Proofs by Energy Web

Green Proofs Software Stack

PreviousGreen Proofs ArchitecureNextUse Cases and Reference Implementations

Last updated 5 months ago

The following are the most important libraries in the core Green Proofs software development kit:

  • React: Used to build the user interface of our application. React allows us to create reusable components, manage state efficiently, and ensure fast updates with its virtual DOM.

  • Typescript: Used in every part of the Green Proofs stack. TypeScript enhances JavaScript with static type definitions, which helps catch errors early during development and improves code maintainability and readability.

  • Postgres: Used for the back-end database storage. Industry-standard relational SQL-compliant database that is used for most of the off-chain data.

  • Kysely: a type-safe and autocompletion-friendly typescript SQL query builder. Inspired by . Mainly developed for but also runs on and in the browser. Used to query Postgres DB.

  • Nest.JS: Nest (NestJS) is a framework for building efficient, scalable Node.js server-side applications. It uses progressive JavaScript, is built with and fully supports TypeScript (yet still enables developers to code in pure JavaScript) and combines elements of OOP (Object Oriented Programming), FP (Functional Programming), and FRP (Functional Reactive Programming). Under the hood, Nest makes use of robust HTTP Server frameworks like Express (the default) and optionally can be configured to use Fastify as well.

  • X-state: Used for managing the state of our application (both for UI and backend processes), allowing us to model the state logic using finite state machines and state charts. XState provides robust state management with clear and predictable state transitions, making complex state logic easier to understand, maintain, and test.

knex
node.js
deno