Eclipse Documentation

Users

• Getting Started
• 1. Set Up Your Eclipse Wallet
• 2. Bridge Assets for Gas and Transactions
• 3. Explore the Eclipse Ecosystem
• 4. Engage with the Community on Discord
• User Resources
• tETH
• tUSD
• $ES
• External Documentation
• Disclosures

Developers

• Getting Started
• Wallet
• Mainnet Wallets
• Testnet & Devnet Wallets
• Adding Eclipse Wallet to dApp
• Custom Wallets
• Eclipse Global Wallet
• RPC & Block Explorers
• Dragon's Mouth gRPC Subscriptions: Streaming Account Updates for Backend Applications
• Bridges
• Eclipse Canonical Bridge
• Hyperlane
• Oracles
• Pyth Network
• Switchboard
• NFTs
• Metaplex
• Nifty Asset
• Libreplex (Token-2022)
• Developer Tooling
• Faucet
• Benchmarking
• Running AMM benchmarking tests
• Decentralized Identities
• AllDomains
• OpenBook Quickstart
• Multisig
• Eclipse Bug Bounty Program
• Eclipse Status Page
• Frequently Asked Questions
• Differences Between Eclipse and Solana: For the most part, developing and interacting with dApps on Eclipse is the same as Solana. However, there are some minor differences.
• Eclipse Program Registry Guide
• Developer Guides
• Quick Start: "Hello World"
• Testnet
• Devnet
• Deployment Walkthrough
• Deployment Walkthrough
• Reading from the blockchain: Eclipse Token Dashboard demonstrates essential functionality like connecting wallets, checking balances, and sending tokens - all with a clean, approachable codebase.
• Modifying a Solana dApp to Support Eclipse: "Chomping Glass"
• Developing on the Solana Virtual Machine (SVM)
• Multi-chain toggle frontend component
• Dapp Deployment Tutorial - Eclipse Devnet
• Install Dependencies - Windows
• Step 1: Install Visual Studio Code (VSC)
• Step 2: Install Rust and Cargo
• Step 3: Download Visual Studio C++ Build Tools
• Step 4: Download Node.js
• Step 5: Install Git on Windows
• Step 6: Install the Solana CLI
• Step 7: Install WSL on Visual Studio Code and Upgrade to WSL2
• Step 8: Set Up Development Environment in Ubuntu WSL
• Step 9: Install Anchor on Windows and WSL
• Solana CLI & Solana Keypair
• Step 1: Set Solana CLI to Use Eclipse Devnet
• Step 2: Verify Solana CLI Configuration
• Step 3: Generate a New Solana Keypair
• Step 4: Claim Devnet ETH for Transaction Fees
• Optional Step: View Balance on Devnet Explorer
• Creating an Anchor Project in Visual Studio Code
• Step 1: Initialize Anchor Project
• Step 2: Update the lib.rs File with Smart Contract Code
• Step 3: Update the Smart Contract's Cargo.toml File
• Step 4: Update the Project's Root Cargo.toml File
• Step 5: Compile Your Program with anchor build
• Step 6: Deploy Your Project to the Eclipse Devnet
• Step 7: Verify Program Deployment on the Eclipse Devnet Explorer
• Building a React App Front-End
• Step 1: Create a New React Project with TypeScript
• Step 2: Install Solana Web3.js and Wallet Adapter Dependencies
• Step 3: Install Additional Dependencies for Enhanced Functionality and Compatibility
• Step 4: Configure Webpack for Browser Compatibility
• Step 5: Start the Development Server and Verify Setup
• Step 6: Implement the UI for Your NFT Minter in App.tsx with Updated Code
• Eclipse Testnet ETH Transfer Transaction Fee Estimator
• Program Breakdown
• Program JSX & CSS
• Program Execution
• Pyth: How to Use Real-Time Data in Solana Programs
• Quick Start: User Guide - Testnet
• cNFTs on Eclipse
• Create 1 Million NFTs on Eclipse: Create compressed NFT (cNFT) using Javascript
• How to Interact with cNFTs
• What is Eclipse Mainnet?
• Settlement - Ethereum: As with today’s major rollups, Eclipse Mainnet will settle to Ethereum.
• Execution - Solana Virtual Machine (SVM)
• Data Availability - Celestia
• Proving - RISC Zero
• Why Eclipse, Why Ethereum, Why Now
• Lifecycle of an Eclipse Transaction: It's easier to understand the components of the Eclipse Mainnet from the perspective of a transaction.
• External Documentation
• Disclosures

Architecture

• What is Eclipse?
• Why Eclipse?
• Architectural Overview
• Stage 0 & Stage 1
• Core Infrastructure
• Eclipse Canonical Bridge
• Eclipse L1 Gateway
• Eclipse's Celestia Publisher
• System Composition
• Towards the GSVM Client
• GigaCompute Design Principles
• Moving Beyond TPS
• Why GigaCompute Matters
• Where to Learn More About GSVM
• Modular Components of Eclipse
• Lifecycle of an Eclipse Transaction
• Eclipse L1 Gateway
• Purpose and High-Level Flow
• Core Architectural Elements
• Detailed Sequence Diagrams
• State Transition Diagrams
• State Transition Rules and Invariants
• Example Usage and Deployment
• Eclipse Canonical Bridge
• Core Design Principles
• Architecture
• Component Relationships & Diagrams
• Access Control Implementation
• Application Flow
• Withdrawal Flow
• Detailed Withdrawal Flow with State Transitions
• Eclipse Performance Thesis: GigaCompute in Action
• Security Architecture: From Assumptions to Guarantees
• What is Eclipse Mainnet?
• Settlement - Ethereum: As with today’s major rollups, Eclipse Mainnet will settle to Ethereum.
• Execution - Solana Virtual Machine (SVM)
• Data Availability - Celestia
• Proving - RISC Zero
• Why Eclipse, Why Ethereum, Why Now
• Lifecycle of an Eclipse Transaction: It's easier to understand the components of the Eclipse Mainnet from the perspective of a transaction.

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