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Algorand Development Workflow

Follow this exact order when building smart contracts.

Reference Files Structure

This skill includes language-specific reference files:

• Python references (references/python/):
  • decorators.md — Python contract decorators (@arc4.abimethod, @arc4.baremethod)
  • storage.md — GlobalState, LocalState, Box storage in Python
  • transactions.md — Inner transactions and group transactions in Python
  • types.md — AVM types in Algorand Python (arc4.UInt64, arc4.String, etc.)

Use these Python-specific references when the user explicitly requests Python contracts.

Step 1: Search Documentation

Use search_algorand_knowledge_sources for conceptual guidance, best practices, and official documentation.

If no results: proceed with caution, explain limitations, use known patterns.

Step 2: Retrieve Canonical Examples

Use GitHub tools to get code from these repositories in priority order:

Priority 1: DevPortal Code Examples

algorandfoundation/devportal-code-examples

• TypeScript: projects/typescript-examples/contracts/
• Python: projects/python-examples/contracts/
• Always include corresponding test files

Priority 2: Puya Compiler Examples

• TypeScript: algorandfoundation/puya-ts → examples/
• Python: algorandfoundation/puya → examples/
• Examples: hello_world_arc4, voting, amm

Priority 3: AlgoKit Templates

• algorandfoundation/algokit-typescript-template
• algorandfoundation/algokit-python-template

Priority 4: AlgoKit Utilities

• algorandfoundation/algokit-cli
• algorandfoundation/algokit-client-generator-ts
• algorandfoundation/algokit-utils-ts

Step 3: Pattern-Specific Lookups

For specific patterns, search these locations:

Box Storage

• TypeScript: devportal-code-examples/projects/typescript-examples/contracts/BoxStorage/
• Python: puya/examples/voting/ or puya/examples/amm/ (BoxMap patterns)

Common Patterns

State management, ABI methods, inner transactions: Start in contracts/ subdirectories of Priority 1 repos.

Step 4: Generate Code

• Carefully adapt canonical examples
• Preserve all safety checks and efficient patterns
• Follow all critical rules from the algorand-typescript skill

Step 5: Include Tests

• Always include or suggest integration tests
• Use generated clients for testing contracts
• Only include unit tests if explicitly requested by user

Step 6: Build and Test

algokit project run build   # Compile contracts
algokit project run test    # Run tests

Iterate on fixes if compilation errors or test failures occur.

Key Points

• Use CLI for deployment: algokit project deploy localnet handles large app specs
• Use methodSignature for calls: Simpler than passing full app spec
• Get App ID from deployment output: Required for all MCP calls