Eclipse Documentation
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        • ⚙️Install Dependencies - Windows
          • Step 1: Install Visual Studio Code (VSC)
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          • Step 3: Download Visual Studio C++ Build Tools
          • Step 4: Download Node.js
          • Step 5: Install Git on Windows
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          • Step 8: Set Up Development Environment in Ubuntu WSL
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        • 🏝️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
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      • Pyth: How to Use Real-Time Data in Solana Programs
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      • cNFTs on Eclipse
        • Create 1 Million NFTs on Eclipse
        • How to Interact with cNFTs
  • 🧠Eclipse Architecture
    • What is Eclipse Mainnet?
      • Settlement - Ethereum
      • Execution - Solana Virtual Machine (SVM)
      • Data Availability - Celestia
      • Proving - RISC Zero
      • Why Eclipse, Why Ethereum, Why Now
    • Lifecycle of an Eclipse Transaction
  • 📚Additional Resources
    • External Documentation
    • Disclosures
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  • Wallets
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  1. Developers

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.

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Last updated 5 months ago

Native Token

The native token on Eclipse is ETH. It uses 9 decimal places, unlike Ethereum. You can get this token by bridging over ETH from mainnet Ethereum or from bridging over SOL or USDC from Solana. See our guide on how to do this .

Similar to Solana, there are also wrapped versions of the native token for both the SPL Token and SPL Token 2022, both with 9 decimals as well. You can read more about the reasoning behind this .

The addresses for these wrapped native tokens are the same as Solana:

SPL Token: So11111111111111111111111111111111111111112

SPL Token 2022: 9pan9bMn5HatX4EJdBwg9VgCa7Uz5HL8N1m5D3NdXejP

Priority Fees

Priority fees are paid using our native token ETH but . When calculating them with libraries like @solana/web3.js, it will still say micro-lamports since the libraries are made for Solana. However, it still uses your ETH balance and calculates it using the same precision micro-lamports have relative to SOL, i.e. 10^-15 ETH or 1 Kwei (1 micro-lamport == 10^-6 lamports == 10^-15 SOL).

We reccomend using getRecentPriorityFees to ensure you pay the lowest possible fee instead of using any default value due to the difference in USD pricing of 1 micro lamport vs 1 kwei.

Wallets

You can find a complete list of Eclipse compatible wallets .

dApps

Building dApps and deploying programs to Eclipse is the same process as with Solana. Just ensure any hardcoded program addresses exist on Eclipse. Please check out for an example.

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use the same logic as Solana
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