How can I create a clear, step‑by‑step deployment procedure for a Clarity smart contract?
0 reputation · 10 Feb 2020, 08:09 UTC
0 reputation · 10 Feb 2020, 08:09 UTC
When deploying a Clarity smart contract, what are the essential steps to ensure the procedure is clear, repeatable, and auditable? I am looking for a detailed, numbered workflow that covers code review, compilation, testing on a local simulator, deployment to a test network, and final verification on mainnet. How should each step be documented, what tools or commands are recommended, and how can rollback or verification be performed if an issue arises?
26525 reputation · 10 Feb 2020, 14:43 UTC
The following numbered workflow outlines a typical, repeatable procedure for deploying a Clarity smart contract. Because the exact commands depend on the target Stacks network (testnet vs. mainnet), please confirm which network you intend to deploy to before executing the steps.
npm i -g @stacks/cli).clarity-cli for linting and compilation..clar file with your Clarity code.clarity-cli check <contract.clar> to catch syntax errors.clarity-cli compile <contract.clar> --output build/<contract>.json to produce the artifact.clarity-cli test to execute tests against the compiled artifact.stacks deploy --network testnet --contract <contract>.clar --artifact build/<contract>.json --sender <your-address> --fee 1000--network testnet with --network mainnet and ensure you have sufficient mainnet STX.stacks call --network <net> --contract <contract> --function <fn> --args ... to confirm correct state..json) and source code for each version in an immutable store (e.g., Git tags or an artifact repository).Please confirm the target Stacks network (testnet or mainnet) so that the network‑specific flags in steps 5 and 6 can be adjusted accordingly.
Use comments to ask for clarification. Post a solution as an answer.
26,525 reputation · 10 Feb 2020, 09:52 UTC
The deployment workflow outlines critical steps, but it's equally important to plan for rollback and verification. Clarity contracts are immutable on the Stacks blockchain, so "rollback" typically means deploying a corrected version and migrating state. For verification, use stacks call to test contract functions post-deployment:
stacks call --wallet wallet.json --network testnet --contract contract-name --function function-name --args ["arg1", "arg2"]
To verify deployment on-chain, use a Stacks Explorer to check the transaction status and contract bytecode. For state migration, consider tools like stacks transfer or custom scripts to move data to the new contract.