|
1 | | -const { providers, Wallet } = require('ethers') |
2 | | -const hre = require('hardhat') |
| 1 | +const { providers, Wallet } = require('ethers'); |
| 2 | +const hre = require('hardhat'); |
3 | 3 | const { |
4 | 4 | ArbAddressTable__factory, |
5 | | -} = require('@arbitrum/sdk/dist/lib/abi/factories/ArbAddressTable__factory') |
6 | | -const { arbLog, requireEnvVariables } = require('arb-shared-dependencies') |
7 | | -const { |
8 | | - ARB_ADDRESS_TABLE_ADDRESS, |
9 | | -} = require('@arbitrum/sdk/dist/lib/dataEntities/constants') |
10 | | -require('dotenv').config() |
11 | | -requireEnvVariables(['PRIVATE_KEY', 'CHAIN_RPC']) |
| 5 | +} = require('@arbitrum/sdk/dist/lib/abi/factories/ArbAddressTable__factory'); |
| 6 | +const { arbLog, requireEnvVariables } = require('arb-shared-dependencies'); |
| 7 | +const { ARB_ADDRESS_TABLE_ADDRESS } = require('@arbitrum/sdk/dist/lib/dataEntities/constants'); |
| 8 | +require('dotenv').config(); |
| 9 | +requireEnvVariables(['PRIVATE_KEY', 'CHAIN_RPC']); |
12 | 10 |
|
13 | 11 | /** |
14 | 12 | * Set up: instantiate wallets connected to providers |
15 | 13 | */ |
16 | | -const walletPrivateKey = process.env.PRIVATE_KEY |
17 | | -const provider = new providers.JsonRpcProvider(process.env.CHAIN_RPC) |
18 | | -const wallet = new Wallet(walletPrivateKey, provider) |
| 14 | +const walletPrivateKey = process.env.PRIVATE_KEY; |
| 15 | +const provider = new providers.JsonRpcProvider(process.env.CHAIN_RPC); |
| 16 | +const wallet = new Wallet(walletPrivateKey, provider); |
19 | 17 |
|
20 | 18 | async function main() { |
21 | | - await arbLog('Using the Address Table') |
| 19 | + await arbLog('Using the Address Table'); |
22 | 20 |
|
23 | 21 | /** |
24 | 22 | * Deploy ArbitrumVIP contract |
25 | 23 | */ |
26 | 24 | const ArbitrumVIPContract = await ( |
27 | 25 | await hre.ethers.getContractFactory('ArbitrumVIP') |
28 | | - ).connect(wallet) |
29 | | - console.log('Deploying ArbitrumVIP contract...') |
30 | | - const arbitrumVIP = await ArbitrumVIPContract.deploy() |
31 | | - await arbitrumVIP.deployed() |
32 | | - console.log('ArbitrumVIP deployed to:', arbitrumVIP.address) |
| 26 | + ).connect(wallet); |
| 27 | + console.log('Deploying ArbitrumVIP contract...'); |
| 28 | + const arbitrumVIP = await ArbitrumVIPContract.deploy(); |
| 29 | + await arbitrumVIP.deployed(); |
| 30 | + console.log('ArbitrumVIP deployed to:', arbitrumVIP.address); |
33 | 31 |
|
34 | | - const myAddress = wallet.address |
| 32 | + const myAddress = wallet.address; |
35 | 33 |
|
36 | 34 | /** |
37 | 35 | * Connect to the Arbitrum Address table pre-compile contract |
38 | 36 | */ |
39 | | - const arbAddressTable = ArbAddressTable__factory.connect( |
40 | | - ARB_ADDRESS_TABLE_ADDRESS, |
41 | | - wallet |
42 | | - ) |
| 37 | + const arbAddressTable = ArbAddressTable__factory.connect(ARB_ADDRESS_TABLE_ADDRESS, wallet); |
43 | 38 |
|
44 | | - //** |
45 | | - /* Let's find out if our address is registered in the table: |
| 39 | + /** |
| 40 | + * Let's find out if our address is registered in the table: |
46 | 41 | */ |
47 | | - const addressIsRegistered = await arbAddressTable.addressExists(myAddress) |
| 42 | + const addressIsRegistered = await arbAddressTable.addressExists(myAddress); |
48 | 43 |
|
49 | 44 | if (!addressIsRegistered) { |
50 | | - //** |
51 | | - /* If it isn't registered yet, let's register it! |
| 45 | + /** |
| 46 | + * If it isn't registered yet, let's register it! |
52 | 47 | */ |
53 | | - |
54 | | - const txnRes = await arbAddressTable.register(myAddress) |
55 | | - const txnRec = await txnRes.wait() |
56 | | - console.log(`Successfully registered address ${myAddress} to address table`) |
| 48 | + const txnRes = await arbAddressTable.register(myAddress); |
| 49 | + await txnRes.wait(); |
| 50 | + console.log(`Successfully registered address ${myAddress} to address table`); |
57 | 51 | } else { |
58 | | - console.log(`Address ${myAddress} already (previously) registered to table`) |
| 52 | + console.log(`Address ${myAddress} already (previously) registered to table`); |
59 | 53 | } |
60 | 54 | /** |
61 | 55 | * Now that we know it's registered, let's go ahead and retrieve its index |
62 | 56 | */ |
63 | | - const addressIndex = await arbAddressTable.lookup(myAddress) |
| 57 | + const addressIndex = await arbAddressTable.lookup(myAddress); |
64 | 58 |
|
65 | 59 | /** |
66 | 60 | * From here on out we can use this index instead of our address as a parameter into any contract with affordances to look up out address in the address data. |
67 | 61 | */ |
68 | 62 |
|
69 | | - const txnRes = await arbitrumVIP.addVIPPoints(addressIndex) |
70 | | - await txnRes.wait() |
| 63 | + const txnRes = await arbitrumVIP.addVIPPoints(addressIndex); |
| 64 | + await txnRes.wait(); |
71 | 65 | /** |
72 | 66 | * We got VIP points, and we minimized the calldata required, saving us precious gas. Yay rollups! |
73 | 67 | */ |
74 | | - console.log( |
75 | | - `Successfully added VIP points using address w/ index ${addressIndex.toNumber()}` |
76 | | - ) |
| 68 | + console.log(`Successfully added VIP points using address w/ index ${addressIndex.toNumber()}`); |
77 | 69 | } |
78 | 70 | main() |
79 | 71 | .then(() => process.exit(0)) |
80 | | - .catch(error => { |
81 | | - console.error(error) |
82 | | - process.exit(1) |
83 | | - }) |
| 72 | + .catch((error) => { |
| 73 | + console.error(error); |
| 74 | + process.exit(1); |
| 75 | + }); |
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