Maar-io

Use this documentation on benchmarking. It is very good and will give all info you need.

To start existing benchmark tests I propose following steps:

• rename pallets/rmrk-core/src/weights.rs to old_weights.rs. Just to keep it for referrence
• examine the tests in benchmarks.rs files. They will produce measurements for the new weights.rs file
• compile node with --features runtime-benchmarks
• since rmrk node is missing production profile, use --profile=release in cargo build. Therefore instead of:

cd bin/node/cli

Maar-io

flowchart TD
subgraph Nodes
Swanky-node & Substrate-contracts-node & Shibuya & Contracts-Rococo
end

subgraph Interact
Swanky-CLI & Polkadot.js & ContractsUI & Polkadot_API & Redspot 
end

subgraph Build

Maar-io

    function isPassHolder(address user) private view returns (bool) {
        uint128 staker = ASTARBASE.checkStakerStatusOnContract(user, MY_STAKING_PROJECT);

        return staker > 0;
    }

Maar-io

// SPDX-License-Identifier: MIT
pragma solidity ^0.8.4;

import "@openzeppelin/contracts/token/ERC20/ERC20.sol";
import "./IAstarBase.sol";

contract BestProject is ERC20 {
    IAstarBase public ASTARBASE = IAstarBase(0xF183f51D3E8dfb2513c15B046F848D4a68bd3F5D);
    address MY_STAKING_PROJECT = 0xDE0f34d2845511c20bAb0d7ce02B03c8065ff0c5;
    uint256 ALLOWED_CLAIM = 10 * 10 ** decimals();

Maar-io

Keybase proof

I hereby claim:

• I am maar-io on github.
• I am maario (https://keybase.io/maario) on keybase.
• I have a public key ASDIrEPoNkjRne_Y8PQDxnk2wGS1tU4jYhLOqZbhbncBPwo

To claim this, I am signing this object: