WBA-Turbin3-SOLANA Cohort

• WBA-Turbin3-SOLANA Cohort
  • TypeScript PreReq
  • Rust Registration
  • 🕖 Week-0
    • Prerequisites
    • Customize Configuration
    • How to run
  • 🕖 Week-1-Typescript
    • 🔑 Key Concepts
    • 🚀 Ship
  • 🕖 Week-2-Anchor
    • 🔑 Key Concepts
    • 🚀 Ship
  • 🕖 Week-3 NFT Staking
    • 🔑 Key Concepts
    • 🚀 Ship
  • 🕖 Week-4
    • 🚀 Ship

TypeScript PreReq

1. Enroll in the WBA program on Devnet using your GitHub handle:
   • File: ts/prereqs/enroll.ts
   • Description: This script contains the main logic for interacting with the WBA program on the Solana Devnet using TypeScript.
   • WBA IDL: Defined in ts/programs/wba_prereq.ts, which specifies the TypeScript type and object for the WBA Interface Definition Language (IDL).
   • 🚀 View transaction details

Rust Registration

2. Enroll in the WBA program on Devnet using your GitHub handle:
   • File: prereqs.rs
   • Description: This script provides the logic to enroll in the WBA program using Rust.
   • 🚀 View transaction details

Explore the WBA Program.

🕖 Week-0

Prerequisites

Before starting, ensure you have the following:

• Node.js and Yarn: These are required for running the scripts.
• Solana Wallet Keypairs: You should have two wallet keypairs stored at the following locations:
  • ./cluster1/wallet/dev-wallet.json
  • ./cluster1/wallet/wba-wallet.json

Customize Configuration

Single entrypoint for wallets and accounts:

• File: config/index.ts

import { dev_wallet, wba_wallet } from "../cluster1/wallet";

export const ACCOUNTS = {
  MINT: "",
};

export const RPC_ENDPOINT = "https://api.devnet.solana.com";

export const WALLETS = {
  WBA_WALLET: wba_wallet,
  DEV_WALLET: dev_wallet,
};

How to run

1. Install Dependencies

yarn

2. Run the script

yarn spl_init

🕖 Week-1-Typescript

🔑 Key Concepts

• Accounts: Everything on-chain is an account.
• Programs: Stateless executable code.
  • SPL Token Program (Native Program): A standard program on Solana for creating fungible/non-fungible tokens.
    • Mint: The source of new tokens, responsible for creating them.
    • Token Accounts: Hold balances of tokens and are associated with specific mints.
      • ATA (Associated Token Account): Simplifies token management, unique to wallet and mint.
        • PDA (Program Derived Address): A derived account address using a bump, seed, and program ID for deterministic addresses.
• Transactions: Use Proof-of-History to order and verify instructions atomically.
• IDL (Interface Definition Language): Defines interfaces for Solana programs, enabling client interactions.
• Blinks and Actions: Use URLs to create and execute Solana transactions from any web platform

🚀 Ship

• spl-init mint address : H9x1N93bxgcN7jU25matB4FTtRTTXVJdcja8AxCNrHU View transaction details

• spl-mint ata: 5wVyEksqjFC6kWvkxwkg8SDrdbkYzX2ChmfgMJpMwKmv View transaction details

• spl-metadata

  • Create metadata: View transaction details
  • Update metadata: View transaction details

• spl-transfer : View transaction details

• nft_mint - Mint an RUG NFT using umi:

  1. Generate image: nft_image.ts
  2. Create metadata: nft_metadata.ts
  3. Mint NFT: View transaction

• 🦾 Challenge

  • README

🕖 Week-2-Anchor

🔑 Key Concepts

• State: represents the program's persistent data model, maintaining essential information for the program's operation.
• Account: essential elements required for instructions to execute. Each instruction interacts with one or more accounts to perform its operations.
• PDA Account:
  • created deterministically using seeds and the program ID.
  • owned by the program, allowing only the program to modify its state.
  • enables cross-program invocation (CPI), allowing the program to sign transactions on behalf of the account without needing a private key.
• Instruction : operations that define the logic for specific actions, such as initialize(), upvote(), and downvote(). They interact with accounts, manage parameters, and modify state securely.
• Context<T> parameters: encapsulates all accounts and data needed for each instruction, as defined by the corresponding account structs.

🚀 Ship

• vote program
• vault program
• escrow program
• amm

🕖 Week-3 NFT Staking

🔑 Key Concepts

• Delegation: transfers authority over NFTs from the user to the program.
• FreezeDelegatedAccountCPI: locks NFTs to prevent transfers while staked.
• ThawDelegatedAccountCPI: unlocks NFTs during unstaking.
• Timestamp: tracks when the NFT was last staked, used to calculate rewards and enforce freeze periods.

🚀 Ship

• nft_staking
• workshop metaplex_core_staking

🕖 Week-4

🚀 Ship

• marketplace
• capstone