ukstv

import { Hono } from "hono";
import { serve } from "@hono/node-server";
import { paymentMiddleware } from "x402-hono";

const app = new Hono();

// Configure the payment middleware
app.use(
  paymentMiddleware(
    "0xBAc675C310721717Cd4A37F6cbeA1F081b1C2a07",

ukstv

{
	"doctype": "3id",
	"header": {
		"owners": ["z2YyemKYJjf7S345GF2vXbAvbm6hYS5Zg6aaCGpeFuYLLhNczDCJRYh7sKSPZjpWavnCXzg7WYth9bh6fJ5YtWMGu8PA"],
	},
	"content": {
		"publicKeys": {
			"signing": "z2YycSARTubBAs31KJEaA7k6adZNMfJ67ztG7MUV2KDPLKs6jNNFcmcikAwuZ2eGDR6AEnQWbxtvFwU2YzuzRHKTkwgN",
			"encryption": "z6LSePBPmha7e3jkNtt41BvH4p3p6hXFa2aAWgdKFSJyg8mC"
		}

ukstv

Keybase proof

I hereby claim:

• I am ukstv on github.
• I am ukstv (https://keybase.io/ukstv) on keybase.
• I have a public key ASA-pf5CKSCMkv4nAI7j_30xPDodXXb9dI3u3YsfWTAUfgo

To claim this, I am signing this object:

ukstv

import * as _ from "lodash";

const daohaus = {
  data: {
    members: [
      {
        id: "0x0e5a503842c947762e66c42f8a773757edeb2315-0x439116ccdcb4c7ddc68dbc1cc16332e955f1824f"
      },
      {
        id: "0x148daa26808201add646d16c5c0a4d0e60d8847c-0xf3d9281fa183b74f32b96e1c5244596045f4ede8"

ukstv

import Web3 from 'web3'
import util from 'ethereumjs-util'

export function toSolSig(sig: string): string {
  const {r, s, v} = util.fromRpcSig(sig)

  // NOTE: with potential introduction of chainId this might need to be updated
  if (v !== 27 && v !== 28) {
    throw new Error('Invalid recovery id');
  }

ukstv

### Keybase proof

I hereby claim:

  * I am ukstv on github.
  * I am ukustov (https://keybase.io/ukustov) on keybase.
  * I have a public key ASBvXosZDytPI0Je1D_VbipZ3y98Bl6vpx-6P5a2VUAgPwo

To claim this, I am signing this object:

ukstv

pragma solidity ^0.4.19;

import "./Lineup.sol";
import "./PublicRegistry.sol";


contract Conditional {
    function doCall(
        address _registry,

ukstv

pragma solidity ^0.4.19;

import "./LibLineup.sol";
import "./Multisig.sol";


// Optimisation Idea: Use shared Lineup.
contract Lineup {
    LibLineup.State public state;

ukstv

// 3: Prepare counterfactual deployment of Bidirectional, and update Lineup
let bidirectionalB = bytecodeManager.constructBytecode(Bidirectional, multisig.address, bidirectionalSettlementPeriod)
let bidirectionalA = await registry.counterfactualAddress(bidirectionalB, REGISTRY_NONCE)
let bidirectionalDeployment = registry.deploy.request(bidirectionalB, REGISTRY_NONCE).params[0].data
let bidirectionalCodehash = await conditional.callHash(registry.address, new BigNumber.BigNumber(0), bidirectionalDeployment)

// 4. Prepare counterfactual transfer, and update Lineup
let transferB = proxy.doCall.request(registry.address, bidirectionalA, depositA, '0x').params[0].data
let transferCodehash = await conditional.callHash(proxy.address, depositA, transferB)

ukstv

pragma solidity ^0.4.19;

import "zeppelin-solidity/contracts/token/ERC20/StandardToken.sol";


contract DistributeToken {
    function execute(address _token, address a, address b, uint256 amountA, uint256 amountB) public {
        StandardToken token = StandardToken(_token);
        require(token.transfer(a, amountA));
        require(token.transfer(b, amountB));