Refactor high-complexity React components in Dify frontend. Use when `pnpm analyze-component...
npx skills add algorand-devrel/algorand-agent-skills --skill "call-smart-contracts"
Install specific skill from multi-skill repository
# Description
Deploy and interact with Algorand smart contracts using AlgoKit CLI and generated TypeScript clients. Use when deploying contracts to localnet/testnet/mainnet, calling contract methods, reading global/local/box state, opting in or closing out of applications, or writing interaction scripts. Strong triggers include "deploy the contract", "call the increment method", "read the contract state", "opt into the app", "write a script to interact", "getTypedAppClientById".
# SKILL.md
name: call-smart-contracts
description: Deploy and interact with Algorand smart contracts using AlgoKit CLI and generated TypeScript clients. Use when deploying contracts to localnet/testnet/mainnet, calling contract methods, reading global/local/box state, opting in or closing out of applications, or writing interaction scripts. Strong triggers include "deploy the contract", "call the increment method", "read the contract state", "opt into the app", "write a script to interact", "getTypedAppClientById".
Calling Smart Contracts
Deploy and interact with Algorand smart contracts using AlgoKit CLI and the generated TypeScript client.
Overview / Core Workflow
- Build the contract:
algokit project run build - Deploy using CLI:
algokit project deploy localnet - Write TypeScript scripts using the generated client
- Run scripts:
npx tsx scripts/my-script.ts
How to proceed
1. Build the Contract
algokit project run build
This compiles your contract and generates:
- artifacts/<ContractName>/<ContractName>.arc56.json β ARC-56 app spec
- artifacts/<ContractName>/client.ts β Generated TypeScript client
2. Deploy to Localnet
# Start localnet if not running
algokit localnet start
# Deploy (runs deploy-config.ts)
algokit project deploy localnet
The deployment script (smart_contracts/deploy-config.ts) handles:
- Idempotent deployment (safe to re-run)
- App ID tracking
- Initial state setup
Note the App ID from the deployment output.
3. Interact Using Generated Client
Create scripts in your project to call contract methods. Example structure:
// scripts/call-contract.ts
import { AlgorandClient } from '@algorandfoundation/algokit-utils'
import { CounterClient } from '../smart_contracts/artifacts/Counter/client'
async function main() {
// Connect to localnet
const algorand = AlgorandClient.fromEnvironment()
// Get the default account (localnet dispenser)
const deployer = await algorand.account.fromEnvironment('DEPLOYER')
// Create client for deployed app
const client = algorand.client.getTypedAppClientById(CounterClient, {
appId: BigInt(1234), // Replace with actual App ID
sender: deployer,
})
// Call a method
const result = await client.send.increment({})
console.log('New count:', result.return)
// Read global state
const state = await client.state.global.getAll()
console.log('Global state:', state)
}
main().catch(console.error)
Run with:
npx tsx scripts/call-contract.ts
4. Common Operations
Call a Method
// No arguments
const result = await client.send.increment({})
// With arguments
const result = await client.send.setValue({ args: { value: 42n } })
// Access return value
console.log('Return:', result.return)
Read Global State
// Get all global state
const state = await client.state.global.getAll()
// Get specific key (if typed in contract)
const count = await client.state.global.count()
Read Local State
// Get local state for an address
const localState = await client.state.local(address).getAll()
Opt-In to Application
// If contract has an opt_in method
await client.send.optIn.optIn({})
// Or use bare opt-in
await client.send.optIn.bare({})
Read Box Storage
// If contract uses boxes
const boxValue = await client.state.box.myBox()
Bulk Opt-In/Opt-Out
For batch operations across multiple assets:
// Bulk opt-in to multiple assets
const group = algorand.newGroup()
for (const assetId of assetIds) {
group.addAssetOptIn({ sender: account.addr, assetId })
}
await group.send()
// Bulk opt-out from multiple assets
const closeGroup = algorand.newGroup()
for (const assetId of assetIds) {
closeGroup.addAssetOptOut({ sender: account.addr, assetId, creator: creatorAddr })
}
await closeGroup.send()
Important Rules / Guidelines
- Always build before deploying: Run
algokit project run buildto generate fresh artifacts - Use generated clients: They provide type safety and handle ABI encoding
- Check App ID: Get it from deployment output, don't hardcode across environments
- Use environment variables: Store sensitive data like mnemonics in
.env - Localnet accounts: Use
algorand.account.fromEnvironment('DEPLOYER')for localnet
Common Variations / Edge Cases
| Scenario | Approach |
|---|---|
| Deploy to testnet | algokit project deploy testnet (requires funded account) |
| Custom sender | Create account with algorand.account.fromMnemonic() |
| Multiple contracts | Create separate client instances for each |
| State not found | Ensure app is deployed and App ID is correct |
| Method not found | Rebuild contract and regenerate client |
Environment Setup
For non-localnet deployments, set environment variables:
# .env file
ALGORAND_NETWORK=testnet
DEPLOYER_MNEMONIC="your twenty four word mnemonic phrase here"
References / Further Reading
# Supported AI Coding Agents
This skill is compatible with the SKILL.md standard and works with all major AI coding agents:
Learn more about the SKILL.md standard and how to use these skills with your preferred AI coding agent.