Nyvo Docs
  • Introduction
  • Overview
    • Mission
    • Vision
  • The Product
    • Key Features
      • AI-Powered Prompt Interface
      • Full-Stack dApp Generation
      • One-Click Deployment
      • High-Performance Blockchain Support
      • Customizable UI & Theming
      • Integration and Composability
      • Developer-Friendly Export and Extension
      • Built-in Wallet & Identity Solutions
    • Use Cases and Examples
      • DeFi and Token Launchpads
      • NFT Marketplaces and Games
      • DAOs and Governance Platforms
      • Social and Utility dApps
      • Enterprise and Real-World Asset Apps
  • How Nyvo works
    • 1. Natural Language Understanding
    • 2. Solution Planning
    • 3. Smart Contract Code Generation
    • 4. Automated Testing & Validation
    • 5. Frontend Generation
    • 6. User Review and Iteration
    • 7. Deployment to Blockchain
    • Conclusion
  • Platform Architecture
    • Nyvo Studio
    • AI Orchestration Engine
    • Code Generation Models
      • Smart Contract Generator
      • Frontend/UI Generator
      • Documentation & Instruction Generator
    • Template & Module Library
    • Compilation & Testing Sandbox
    • Hosting Infrastructure
    • Data Storage & Security
  • Developer Guide & API
    • Architectural Overview
      • Program Deployment
      • Wallet Interactions & Security
      • UI Binding to On-Chain Data
      • Integration with Solana Runtime
    • Building dApps with Nyvo: Step-by-Step Guide
      • 1. Define the dApp Prompt
      • 2. Configuration & Module Selection
      • 3. Program Generation and Deployment
      • 4. Front-End Generation and Binding
      • 5. Testing the dApp
      • 6. Deployment to Production
  • Supported dApp Modules
    • Staking Module
    • Marketplace Module
    • Launchpad Module
    • Governance Module
    • Other Utility Modules
  • API and Abstraction Layers
    • Smart Contract Abstraction
    • Transaction Management API
    • Front-End and UI Components
    • Security Considerations in the API
  • Infrastructure & Performance
    • Deterministic Address Derivation (PDAs)
    • Transaction Simulation and Compute Units
    • Solana Fee Model and Cost Prediction
  • Rent-Exemption and Storage Costs
  • Combining Modules and Cross-Program Interactions
  • Best Practices: Security, Testing, and Maintenance
  • Pricing & Revenue Projection
    • Target Market & Addressable Users
    • Pricing Model & Tiers
      • Freemium (Free Tier)
      • Premium (Subscription Tier)
      • Lifetime (One-Time Purchase)
    • User Adoption Forecast
    • Revenue Projections
    • Marketing & Acquisition Channels
    • Expansion Plans & Future Monetization
  • Prompt Engineering
    • Key Strategies for Effective Solana-Focused Prompts
      • Set the AI’s Role and Context Upfront
      • Be Clear and Specific in Your Request
      • Provide Context from Your Project
      • Structure Prompts for Both Code and Explanations
      • Take an Iterative Approach
    • Building a Prompt Library
    • Debugging and Refining AI Outputs
    • Examples for Common dApp Scenarios
      • Example 1: Staking Dashboard dApp
      • Example 2: NFT Marketplace / Platform
      • Example 3: Crowdfunding (Fundraising) dApp
    • Final Tips
  • Legal & Socials
    • The Nyvo Whitepaper
    • Legal Disclaimer
    • Socials
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  1. Prompt Engineering
  2. Key Strategies for Effective Solana-Focused Prompts

Provide Context from Your Project

PreviousBe Clear and Specific in Your RequestNextStructure Prompts for Both Code and Explanations

Last updated 1 month ago

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AI models work better when they have context about your specific project or data structures. Nyvo allows you to iterate on prompts, so you can feed in context like existing code snippets, interface definitions, or data schemas to help the AI generate code that fits seamlessly with your dApp. For example, if your dApp will use a certain account structure, you should share that with the AI up front. You might say, “We have an account struct TokenAccount with fields balance: u64 and is_initialized: bool.” By providing that, the AI will know to use those exact field names instead of making something up. This leads to more accurate and consistent code integration.

How to provide context: You can paste relevant struct or interface definitions into your prompt, or describe them in detail. For instance, include a snippet of an Anchor account struct or a TypeScript type that the AI’s output should interact with. This helps the AI align to your naming conventions and avoids mistakes like using wrong data types or field names. It also reduces the integration work on your end – the AI’s code will more likely drop into your codebase without heavy rewrites.

Don’t overload the AI. While context is useful, too much can backfire. Supplying the entire codebase or very large files can confuse the model or cause it to produce irrelevant or erroneous output. Focus on the most relevant pieces of context: e.g., a function signature it should use, a struct definition, or the outline of your module. Keeping the prompt streamlined helps maintain accuracy.

In one real example, testers of a Solana AI tool found that giving an overly large input (like a full RSS feed) caused the generation to fail with syntax errors. The lesson: stick to the key details the AI needs to know, rather than everything. If Nyvo’s AI needs more information, you can always iterate by providing additional context in a follow-up prompt.