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feat: Solana integration roadmap task #17

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64 changes: 64 additions & 0 deletions tasks/solanaIntegration.ts
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import { task } from "hardhat/config";

task("solana-integration-roadmap", "Outlines the roadmap for integrating Saver to Solana Network")
.setAction(async (_taskArgs, hre) => {
console.log("--- Solana Integration Roadmap for Saver ---");
console.log("\nThis repository is an EVM (Ethereum Virtual Machine) project, built with Hardhat.");
console.log("Solana is a non-EVM blockchain with a different architecture (Rust-based programs, Sealevel VM).");
console.log("Direct 'integration' of Solidity contracts or Hardhat deployment to Solana is not possible.");

console.log("\nTo integrate the 'Saver' concept (currently implemented in Solidity's Forge contract) with the Solana Network, a multi-faceted approach is required:");

console.log("\n1. **Architectural Decision: Bridging vs. Re-implementation**");
console.log(" * **Option A: Cross-Chain Bridging:** Implement a mechanism for the existing EVM Saver (Forge) to communicate with a Solana-based counterpart. This would involve:");
console.log(" * **EVM Side:** Modifying the Forge contract (or a new wrapper) to interact with a cross-chain messaging bridge (e.g., Wormhole, Axelar, LayerZero). This would involve sending messages/instructions to Solana.");
console.log(" * **Solana Side:** Developing a new Solana program (in Rust) that listens for messages from the bridge, interprets them, and executes the 'Saver' logic on Solana. This program would manage Solana-native assets or interact with Solana DeFi protocols.");
console.log(" * **Option B: Full Re-implementation on Solana:** Develop a completely new 'Saver' program natively on Solana, mirroring the functionality of the EVM Forge contract. This would be a separate codebase, potentially with no direct runtime interaction with this Hardhat project, unless a bridge is later added for asset transfers or state synchronization.");

console.log("\n2. **Recommended Initial Steps (for Option A - Bridging):**");
console.log(" * **Define Cross-Chain Interface:** Identify the core 'Saver' actions that need to be exposed to Solana (e.g., `craftingSaver`, `addDeposit`, `withdraw`, `terminateSaver`).");
console.log(" * **Select a Bridge Protocol:** Research and choose a suitable cross-chain bridge (e.g., Wormhole, Axelar, LayerZero) based on security, cost, latency, and developer tooling.");
console.log(" * **EVM Bridge Integration (Conceptual):**");
console.log(" * Add an interface for the chosen bridge to this Hardhat project.");
console.log(" * Create a mock bridge contract for local testing within Hardhat.");
console.log(" * Modify `Forge.sol` (or a new `SolanaSaverProxy.sol`) to call the bridge contract with encoded instructions for Solana.");
console.log(" * **Solana Program Development (Separate Project):**");
console.log(" * Set up a new Solana project (e.g., with Anchor framework). ");
console.log(" * Implement a Solana program to receive and process messages from the EVM bridge.");
console.log(" * Replicate the 'Saver' state and logic using Solana accounts and programs.");

console.log("\nThis task serves as a preliminary architectural outline. Further detailed design and development would be required for a full Solana integration.");
console.log("The $15000 bounty would likely cover the initial research, architectural design, and potentially the EVM-side bridge integration (interfaces, mock contracts, and initial calls).");
});
import { task } from "hardhat/config";

task("solana-integration-roadmap", "Outlines the roadmap for integrating Saver to Solana Network")
.setAction(async (_taskArgs, hre) => {
console.log("--- Solana Integration Roadmap for Saver ---");
console.log("\nThis repository is an EVM (Ethereum Virtual Machine) project, built with Hardhat.");
console.log("Solana is a non-EVM blockchain with a different architecture (Rust-based programs, Sealevel VM).");
console.log("Direct 'integration' of Solidity contracts or Hardhat deployment to Solana is not possible.");

console.log("\nTo integrate the 'Saver' concept (currently implemented in Solidity's Forge contract) with the Solana Network, a multi-faceted approach is required:");

console.log("\n1. **Architectural Decision: Bridging vs. Re-implementation**");
console.log(" * **Option A: Cross-Chain Bridging:** Implement a mechanism for the existing EVM Saver (Forge) to communicate with a Solana-based counterpart. This would involve:");
console.log(" * **EVM Side:** Modifying the Forge contract (or a new wrapper) to interact with a cross-chain messaging bridge (e.g., Wormhole, Axelar, LayerZero). This would involve sending messages/instructions to Solana.");
console.log(" * **Solana Side:** Developing a new Solana program (in Rust) that listens for messages from the bridge, interprets them, and executes the 'Saver' logic on Solana. This program would manage Solana-native assets or interact with Solana DeFi protocols.");
console.log(" * **Option B: Full Re-implementation on Solana:** Develop a completely new 'Saver' program natively on Solana, mirroring the functionality of the EVM Forge contract. This would be a separate codebase, potentially with no direct runtime interaction with this Hardhat project, unless a bridge is later added for asset transfers or state synchronization.");

console.log("\n2. **Recommended Initial Steps (for Option A - Bridging):**");
console.log(" * **Define Cross-Chain Interface:** Identify the core 'Saver' actions that need to be exposed to Solana (e.g., `craftingSaver`, `addDeposit`, `withdraw`, `terminateSaver`).");
console.log(" * **Select a Bridge Protocol:** Research and choose a suitable cross-chain bridge (e.g., Wormhole, Axelar, LayerZero) based on security, cost, latency, and developer tooling.");
console.log(" * **EVM Bridge Integration (Conceptual):**");
console.log(" * Add an interface for the chosen bridge to this Hardhat project.");
console.log(" * Create a mock bridge contract for local testing within Hardhat.");
console.log(" * Modify `Forge.sol` (or a new `SolanaSaverProxy.sol`) to call the bridge contract with encoded instructions for Solana.");
console.log(" * **Solana Program Development (Separate Project):**");
console.log(" * Set up a new Solana project (e.g., with Anchor framework). ");
console.log(" * Implement a Solana program to receive and process messages from the EVM bridge.");
console.log(" * Replicate the 'Saver' state and logic using Solana accounts and programs.");

console.log("\nThis task serves as a preliminary architectural outline. Further detailed design and development would be required for a full Solana integration.");
console.log("The $15000 bounty would likely cover the initial research, architectural design, and potentially the EVM-side bridge integration (interfaces, mock contracts, and initial calls).");
});