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3_ERC1155FactoryTest.ts
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import { time, loadFixture } from "@nomicfoundation/hardhat-network-helpers";
import { anyValue } from "@nomicfoundation/hardhat-chai-matchers/withArgs";
import { expect } from "chai";
import { ethers } from "hardhat";
const fs = require('fs');
const Snippets = require("../scripts/libs/Snippets");
const MAXIMUM_SUPPLY: number | any = parseInt(`${process.env.MAXIMUM_SUPPLY_1155}`);
const CHAIN_IDS:Array<any> = process.env.CHAIN_IDS !== null ? String(process.env.CHAIN_IDS).split(",") : [];
const provider:any = ethers.getDefaultProvider();
describe("ERC1155Factory", async function () {
let ERC1155FactorySmartContract:any;
let deployerWallet:any, aliceWallet:any, bobWallet:any, charlieWallet:any, donWallet:any, args:any;
let deployerWalletAccount:any;
let aliceWalletAccount:any;
let bobWalletAccount:any;
let charlieWalletAccount:any;
let donWalletAccount:any;
beforeEach( async () => {
const { smartContract, _deployerWallet, _aliceWallet, _bobWallet, _charlieWallet, _donWallet, _args } = await loadFixture(deploySmartContract);
ERC1155FactorySmartContract = smartContract;
deployerWallet = _deployerWallet;
aliceWallet = _aliceWallet;
bobWallet = _bobWallet;
charlieWallet = _charlieWallet;
donWallet = _donWallet;
args = _args;
deployerWalletAccount = await ERC1155FactorySmartContract.connect(deployerWallet);
aliceWalletAccount = await ERC1155FactorySmartContract.connect(aliceWallet);
bobWalletAccount = await ERC1155FactorySmartContract.connect(bobWallet);
charlieWalletAccount = await ERC1155FactorySmartContract.connect(charlieWallet);
donWalletAccount = await ERC1155FactorySmartContract.connect(donWallet);
});
afterEach(async () => {
const _nft: any = await deployerWalletAccount.getNFTItems();
//console.log("#NFTS:", _nft.length);
});
const deploySmartContract = async (): Promise<{ smartContract: any; _deployerWallet:any ; _aliceWallet: any; _bobWallet: any, _charlieWallet: any, _donWallet: any, _args:any }> => {
const [_deployerWallet, _aliceWallet, _bobWallet, _charlieWallet, _donWallet] = await ethers.getSigners();
console.log(" 💰 Deploying contracts with the account:", _deployerWallet.address);
//console.log(" 💴 Account balance:", (await provider.getBalance(_deployerWallet.address)).toString());
console.log(" 💴 Account address:", _deployerWallet.address, _aliceWallet.address, _bobWallet.address, _charlieWallet.address, _donWallet.address);
const CONTRACT_FILE: any = process.env.CONTRACT_FILE_1155;
const CONTRACT_PARAMS: any = require(`../scripts/contract-configs/${CONTRACT_FILE}.Config.ts`)
const ContractLinkedLibrary = await ethers.getContractFactory(CONTRACT_PARAMS.LINKED_LIBRARY);
const contractLinkedLibrary = await ContractLinkedLibrary.deploy();
await contractLinkedLibrary.waitForDeployment();
const SmartContract:any = await ethers.getContractFactory(
CONTRACT_FILE,
{
libraries: {
Snippets: await contractLinkedLibrary.getAddress(),
},
}
);
console.warn(
"Deploy with the following arguments",
CONTRACT_PARAMS.ABI_VALUES
);
console.warn(
"Deploy with the following arguments",
CONTRACT_PARAMS.ABI_ENCODED
);
const smartContract = await SmartContract.deploy(
CONTRACT_PARAMS.BASE_URI,
CONTRACT_PARAMS.ABI_ENCODED
);
await smartContract.waitForDeployment();
const smartContractAddress:string = await smartContract.getAddress();
const targetDir:string = './test/txt/';
fs.mkdirSync(targetDir, { recursive: true });
fs.writeFileSync(`${targetDir}ERC1155.txt`, smartContractAddress);
CHAIN_IDS.map((chain: any) => {
const path: any = `../frontend/src/_services/providers/data/context/libs/artifacts/${chain}`;
if (!fs.existsSync(path)) {
fs.mkdirSync(path, { recursive: true });
}
// Addresses
fs.writeFileSync(
`${path}/ERC1155FactoryAddress.json`,
`{ "address": "${smartContractAddress}" }`
);
// Contracts
fs.copyFile('./artifacts/contracts/ERC1155Factory.sol/ERC1155Factory.json', `${path}/ERC1155FactoryContract.json`, (err: any) => {
if (err) throw err;
console.log('Artifact file [ ERC1155Factory + Address ] copied successfully!');
});
})
const loggerAddressBuffer: any = fs.readFileSync(`${targetDir}ERCLogger.txt`);
const loggerAddress: string = loggerAddressBuffer.toString();
console.log("Set Logger Address on ERC721 :", loggerAddress);
await smartContract.connect(_deployerWallet).setLoggerAddress(loggerAddress);
const _args:any = {
contractBaseURI: CONTRACT_PARAMS.BASE_URI,
contractABI: CONTRACT_PARAMS.ABI_VALUES
}
console.log(" Arguments ...", _args);
return { smartContract, _deployerWallet, _aliceWallet, _bobWallet, _charlieWallet, _donWallet, _args };
}
const mintTokens = async (offset:number=1, count:number = 5) : Promise<any> => {
//Mint token 1 to 5
// Token #1 : Minted=(1*10/2)=5, MaxSupply=(1*10*2)=20
// Token #2 : Minted=(2*10/2)=10, MaxSupply=(2*10*2)=40
// Token #3 : Minted=(3*10/2)=15, MaxSupply=(3*10*2)=60
// Token #4 : Minted=(4*10/2)=20, MaxSupply=(4*10*2)=80
// Token #5 : Minted=(5*10/2)=25, MaxSupply=(5*10*2)=100
const _baseURI:string = `https://domain.tld/`;
let mintingFee:number = args.contractABI[5];
for (let tokenId: number = offset; tokenId < offset + count; tokenId++) {
const _tokenURI: string = `uri-token-${tokenId}.json`;
// console.log(
// "MINTING..." + tokenId,
// [
// aliceWallet.address,
// tokenId,
// tokenId * 10 / 2,
// tokenId * 10 * 2,
// `${_baseURI}${_tokenURI}`,
// Snippets.ZERO_ADDRESS,
// { value: mintingFee }
// ]
// )
const txn: any = await ERC1155FactorySmartContract.mintSingle(
aliceWallet.address,
tokenId,
tokenId * 10 / 2,
tokenId * 10 * 2,
`${_baseURI}${_tokenURI}`,
Snippets.ZERO_ADDRESS,
{ value: mintingFee }
);
await txn.wait();
}
const items:any = await ERC1155FactorySmartContract.getNFTItems();
return items;
}
const transferTokens = async () => {
//Transfer token 1 to 5
// Token #1 : From: Alice To: Bob Amount: 1*10/2 = 5 Alice (5-5) = 0 of token #1
// Token #2 : From: Alice To: Bob Amount: 2*10/2 = 10 Alice (10-10) = 0 of token #2
// Token #3 : From: Alice To: Charlie Amount: 3*10/2 = 15 Alice (15-15) = 0 of token #3
// Token #4 : From: Alice To: Dean Amount: 4*10/2 = 20 Alice (20-20) = 0 of token #4
// Token #5 : From: Alice To: Dean Amount: 5*10/2/5 = 5 Alice (25-5) = 20 of token #5
//console.log("ALICE BALANCE TOKEN # 1", (1*10/2), await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 1), await ERC1155FactorySmartContract.getTokenSupplies(1))
let txn:any;
txn = await aliceWalletAccount.transferToken(
aliceWallet.address,
bobWallet.address,
1,
1*10/2,
Snippets.ZERO_ADDRESS
);
await txn.wait();
// console.log("ALICE BALANCE TOKEN # 2", (2*10/2), await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 2), await ERC1155FactorySmartContract.getTokenSupplies(2))
txn = await aliceWalletAccount.transferToken(
aliceWallet.address,
bobWallet.address,
2,
2*10/2,
Snippets.ZERO_ADDRESS
);
await txn.wait();
//console.log("ALICE BALANCE TOKEN # 3", (3*10/2), await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 3), await ERC1155FactorySmartContract.getTokenSupplies(3))
txn = await aliceWalletAccount.transferToken(
aliceWallet.address,
charlieWallet.address,
3,
3*10/2,
Snippets.ZERO_ADDRESS
);
await txn.wait();
//console.log("ALICE BALANCE TOKEN # 4", (4*10/2), await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 4), await ERC1155FactorySmartContract.getTokenSupplies(4))
txn = await aliceWalletAccount.transferToken(
aliceWallet.address,
donWallet.address,
4,
4*10/2,
Snippets.ZERO_ADDRESS
);
await txn.wait();
//console.log("ALICE BALANCE TOKEN # 4", (4*10/2), await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 4), await ERC1155FactorySmartContract.getTokenSupplies(4))
txn = await aliceWalletAccount.transferToken(
aliceWallet.address,
donWallet.address,
5,
5*10/2/5,
Snippets.ZERO_ADDRESS
);
await txn.wait();
}
const burnTokens = async () => {
let txn:any;
let accountWallet:any = aliceWalletAccount;
txn = await aliceWalletAccount.burn(aliceWallet.address, 5, 17); // 20-17 = 3
await txn.wait();
txn = await bobWalletAccount.burn(bobWallet.address, 2, 4); // 10-4 = 6
await txn.wait();
txn = await charlieWalletAccount.burn(charlieWallet.address, 3, 12); // 15-12 = 3
await txn.wait();
txn = await donWalletAccount.burn(donWallet.address, 4, 11); // 20-11 = 9
await txn.wait();
txn = await donWalletAccount.burn(donWallet.address, 5, 1); // 5-1 = 4
await txn.wait();
}
describe("Deployment", () => {
console.log(" Deploying Contract ...");
it("Should deploy the contract successfully!", async function () {
expect(await ERC1155FactorySmartContract.getAddress()).to.be.properAddress;
});
it("It has a base uri", async function () {
expect(await ERC1155FactorySmartContract.getBaseURI()).to.equal(args.contractABI[7]);
});
it("It has a maximum supply", async function () {
expect(await ERC1155FactorySmartContract.getTokenMaximumSupply()).to.equal(args.contractABI[6]);
});
it("It has admins", async function () {
expect(Array.isArray(args.contractABI[2])).to.be.true;
expect(args.contractABI[2].length).to.equal(6);
});
it("It has minters", async function () {
expect(Array.isArray(args.contractABI[3])).to.be.true;
expect(args.contractABI[3].length).to.equal(6);
});
it("It sets the minting fee", async function () {
expect(await ERC1155FactorySmartContract.getTokenMintingFee()).to.equal(args.contractABI[5]);
});
it("It has owner", async function () {
expect(await ERC1155FactorySmartContract.getOwner()).to.equal(deployerWallet.address);
});
it("It has a minter role", async function () {
expect(await ERC1155FactorySmartContract.hasRole(Snippets.MINTER_ROLE, deployerWallet.address)).to.be.true;
});
it("It has a admin role", async function () {
expect(await ERC1155FactorySmartContract.hasRole(Snippets.ADMIN_ROLE, deployerWallet.address)).to.be.true;
});
it("It is pausable", async function () {
const pausable:boolean = await ERC1155FactorySmartContract.contractOptionIsPausable();
expect(pausable).to.be.true;
});
it("It is burnable", async function () {
const burnable:boolean = await ERC1155FactorySmartContract.contractOptionIsBurnable();
expect(burnable).to.be.true;
});
});
describe("Token Transfers", () => {
let transaction:any;
beforeEach( async () => {
const _tokens: any = await mintTokens();
//console.log("TOKENS::Token Transfers::", _tokens);
});
it(`Must be able to mint tokens`, async function () {
console.warn(" 🟩 Mint Tokens");
/// Token ID # 1 = tokens:5
const aliceToken1Balance:number = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 1);
expect(aliceToken1Balance).to.equal(1*10/2);
/// Token ID # 2 = tokens:10
const aliceToken2Balance:number = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 2);
expect(aliceToken2Balance).to.equal(2*10/2);
/// Token ID # 3 = tokens:15
const aliceToken3Balance:number = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 3);
expect(aliceToken3Balance).to.equal(3*10/2);
/// Token ID # 4 = tokens:20
const aliceToken4Balance:number = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 4);
expect(aliceToken4Balance).to.equal(4*10/2);
/// Token ID # 5 = tokens:25
const aliceToken5Balance:number = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 5);
expect(aliceToken5Balance).to.equal(5*10/2);
});
it("Updates the total supply after minting", async () => {
const nftItems: Array<any> = await ERC1155FactorySmartContract.getNFTItems();
/// Token ID # 1
const token1Supplies:any = await ERC1155FactorySmartContract.getTokenSupplies(1);
expect(token1Supplies.minted).to.equal(1*10/2);
expect(token1Supplies.current).to.equal(1*10/2);
expect(token1Supplies.maximum).to.equal(1*10*2);
/// Token ID # 2
const token2Supplies:any = await ERC1155FactorySmartContract.getTokenSupplies(2);
expect(token2Supplies.minted).to.equal(2*10/2);
expect(token2Supplies.current).to.equal(2*10/2);
expect(token2Supplies.maximum).to.equal(2*10*2);
/// Token ID # 3
const token3Supplies:any = await ERC1155FactorySmartContract.getTokenSupplies(3);
expect(token3Supplies.minted).to.equal(3*10/2);
expect(token3Supplies.current).to.equal(3*10/2);
expect(token3Supplies.maximum).to.equal(3*10*2);
/// Token ID # 4
const token4Supplies:any = await ERC1155FactorySmartContract.getTokenSupplies(4);
expect(token4Supplies.minted).to.equal(4*10/2);
expect(token4Supplies.current).to.equal(4*10/2);
expect(token4Supplies.maximum).to.equal(4*10*2);
/// Token ID # 5
const token5Supplies:any = await ERC1155FactorySmartContract.getTokenSupplies(5);
expect(token5Supplies.minted).to.equal(5*10/2);
expect(token5Supplies.current).to.equal(5*10/2);
expect(token5Supplies.maximum).to.equal(5*10*2);
const mintedTokensCount = nftItems.length;
expect(await ERC1155FactorySmartContract.getTokenCurrentSupply()).to.equal(mintedTokensCount);
});
it("Emits TokenMinted event", async () => {
expect(transaction).to.emit(ERC1155FactorySmartContract, "TokenMinted")
});
it("Throws a {PriceBelowMintingFee} error", async () => {
const mintingFeeExpected:number = args.contractABI[5];
const mintingFeeTest:number = 6;
await expect(ERC1155FactorySmartContract.mintSingle(
aliceWallet.address,
1,
1,
MAXIMUM_SUPPLY,
`token-1-uri.json`,
Snippets.ZERO_ADDRESS,
{value: mintingFeeTest}
))
.to.be.revertedWithCustomError(ERC1155FactorySmartContract, "PriceBelowMintingFee")
.withArgs(mintingFeeExpected, mintingFeeTest);
});
it("Throws a {SpecifiedTokenSupplyReached} error", async () => {
const mintingFee:number = args.contractABI[5];
const tokenMaximumSupply:number = MAXIMUM_SUPPLY;
const tokenId:number = 10;
let txn:any;
const mintSomeTokens:any = async () => {
const list:any = Snippets.createArray(6, 5);
for (const i of list) {
txn = await ERC1155FactorySmartContract.mintSingle(
aliceWallet.address,
i,
tokenMaximumSupply,
tokenMaximumSupply,
`token-id-${i}.json`,
Snippets.ZERO_ADDRESS,
{value: mintingFee}
);
await txn.wait(1);
}
};
await mintSomeTokens();
const tokenSupplies:any = await ERC1155FactorySmartContract.getTokenSupplies(tokenId);
await Snippets.sleep(3);
const outOfBoundsTokenId:number = parseInt(tokenSupplies.minted.toString()) + 1;
await expect(ERC1155FactorySmartContract.mintSingle(
aliceWallet.address,
tokenId,
outOfBoundsTokenId,
tokenMaximumSupply,
`token-id-${tokenId}.json`,
Snippets.ZERO_ADDRESS,
{value: mintingFee}
))
.to.be.revertedWithCustomError(ERC1155FactorySmartContract, "SpecifiedTokenSupplyReached")
.withArgs(tokenMaximumSupply, tokenId);
});
it("Throws a {SpecifiedTokenSupplyReached} error", async () => {
const mintingFee:number = args.contractABI[5];
const tokenMaximumSupply:number = MAXIMUM_SUPPLY;
const tokenId:number = 6;
await expect(ERC1155FactorySmartContract.mintSingle(
aliceWallet.address,
tokenId,
tokenMaximumSupply+1,
tokenMaximumSupply,
`metadata-11.json`,
Snippets.ZERO_ADDRESS,
{value: mintingFee}
))
.to.be.revertedWithCustomError(ERC1155FactorySmartContract, "SpecifiedTokenSupplyReached")
.withArgs(tokenMaximumSupply, tokenId);
});
it(`Must be able to transfer tokens between accounts`, async function () {
console.warn(" 🟩 Transfer Tokens");
await transferTokens();
let deployerTokens:any, aliceWalletTokens:any, bobWalletTokens:any, charlieWalletTokens:any, donWalletTokens:any;
/// Token ID # 1
deployerTokens = await ERC1155FactorySmartContract.balanceOf(deployerWallet.address, 1);
aliceWalletTokens = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 1);
bobWalletTokens = await ERC1155FactorySmartContract.balanceOf(bobWallet.address, 1);
charlieWalletTokens = await ERC1155FactorySmartContract.balanceOf(charlieWallet.address, 1);
donWalletTokens = await ERC1155FactorySmartContract.balanceOf(donWallet.address, 1);
//console.log(1,deployerTokens,aliceWalletTokens,bobWalletTokens,charlieWalletTokens,donWalletTokens)
expect(deployerTokens).to.equal(0); // never received
expect(aliceWalletTokens).to.equal(0); // used up all the tokens
expect(bobWalletTokens).to.equal(1*10/2); // received from alice
expect(charlieWalletTokens).to.equal(0); // received Token ID #2 from alice, NOT Token ID #1
expect(donWalletTokens).to.equal(0); // received Token ID #2 from alice, NOT Token ID #1
/// Token ID # 2
deployerTokens = await ERC1155FactorySmartContract.balanceOf(deployerWallet.address, 2);
aliceWalletTokens = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 2);
bobWalletTokens = await ERC1155FactorySmartContract.balanceOf(bobWallet.address, 2);
charlieWalletTokens = await ERC1155FactorySmartContract.balanceOf(charlieWallet.address, 2);
donWalletTokens = await ERC1155FactorySmartContract.balanceOf(donWallet.address, 2);
//console.log(2,deployerTokens,aliceWalletTokens,bobWalletTokens,charlieWalletTokens,donWalletTokens)
expect(deployerTokens).to.equal(0); // never received
expect(aliceWalletTokens).to.equal(0); // used up all the tokens
expect(bobWalletTokens).to.equal(2*10/2); // received from alice
expect(charlieWalletTokens).to.equal(0); // received Token ID #2 from alice, NOT Token ID #1
expect(donWalletTokens).to.equal(0); // received Token ID #2 from alice, NOT Token ID #1
/// Token ID # 3
deployerTokens = await ERC1155FactorySmartContract.balanceOf(deployerWallet.address, 3);
aliceWalletTokens = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 3);
bobWalletTokens = await ERC1155FactorySmartContract.balanceOf(bobWallet.address, 3);
charlieWalletTokens = await ERC1155FactorySmartContract.balanceOf(charlieWallet.address, 3);
donWalletTokens = await ERC1155FactorySmartContract.balanceOf(donWallet.address, 3);
//console.log(3,deployerTokens,aliceWalletTokens,bobWalletTokens,charlieWalletTokens,donWalletTokens)
expect(deployerTokens).to.equal(0); // never received
expect(aliceWalletTokens).to.equal(0); // used up all the tokens
expect(bobWalletTokens).to.equal(0); // received from alice
expect(charlieWalletTokens).to.equal(3*10/2); // received Token ID #2 from alice, NOT Token ID #1
expect(donWalletTokens).to.equal(0); // received Token ID #2 from alice, NOT Token ID #1
/// Token ID # 4
deployerTokens = await ERC1155FactorySmartContract.balanceOf(deployerWallet.address, 4);
aliceWalletTokens = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 4);
bobWalletTokens = await ERC1155FactorySmartContract.balanceOf(bobWallet.address, 4);
charlieWalletTokens = await ERC1155FactorySmartContract.balanceOf(charlieWallet.address, 4);
donWalletTokens = await ERC1155FactorySmartContract.balanceOf(donWallet.address, 4);
//console.log(4,deployerTokens,aliceWalletTokens,bobWalletTokens,charlieWalletTokens,donWalletTokens)
expect(deployerTokens).to.equal(0); // never received
expect(aliceWalletTokens).to.equal(0); // used up all the tokens
expect(bobWalletTokens).to.equal(0); // received from alice
expect(charlieWalletTokens).to.equal(0); // received Token ID #2 from alice, NOT Token ID #1
expect(donWalletTokens).to.equal(4*10/2); // received Token ID #2 from alice, NOT Token ID #1
/// Token ID # 5
deployerTokens = await ERC1155FactorySmartContract.balanceOf(deployerWallet.address, 5);
aliceWalletTokens = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 5);
bobWalletTokens = await ERC1155FactorySmartContract.balanceOf(bobWallet.address, 5);
charlieWalletTokens = await ERC1155FactorySmartContract.balanceOf(charlieWallet.address, 5);
donWalletTokens = await ERC1155FactorySmartContract.balanceOf(donWallet.address, 5);
//console.log(5,deployerTokens,aliceWalletTokens,bobWalletTokens,charlieWalletTokens,donWalletTokens)
expect(deployerTokens).to.equal(0); // never received
expect(aliceWalletTokens).to.equal((5*10/2)-(5*10/2/5)); // used up all the tokens
expect(bobWalletTokens).to.equal(0); // received from alice
expect(charlieWalletTokens).to.equal(0); // received Token ID #2 from alice, NOT Token ID #1
expect(donWalletTokens).to.equal(5*10/2/5); // received Token ID #2 from alice, NOT Token ID #1
});
it("Emits tokenTransfered event", () => {
expect(transaction).to.emit(ERC1155FactorySmartContract, "tokenTransfered")
});
it("Throws a {IndexOutOfBounds} error on HIGHER index", async () => {
const tokenId: number = 11;
await expect(ERC1155FactorySmartContract.transferToken(
bobWallet.address,
aliceWallet.address,
tokenId,
1,
Snippets.ZERO_ADDRESS
))
.to.be.revertedWithCustomError(ERC1155FactorySmartContract, "ERC1155MissingApprovalForAll");
//.to.be.revertedWith("ERC1155: caller is not token owner or approved");
await expect(ERC1155FactorySmartContract.transferToken(
bobWallet.address,
aliceWallet.address,
tokenId,
1,
Snippets.ZERO_ADDRESS
))
.to.be.revertedWithCustomError(ERC1155FactorySmartContract, "ERC1155MissingApprovalForAll");
});
it("Throws a {IndexOutOfBounds} error on LOWER index", async () => {
const tokenId:number = 0;
await expect(ERC1155FactorySmartContract.transferToken(
bobWallet.address,
aliceWallet.address,
tokenId,
1,
Snippets.ZERO_ADDRESS
))
.to.be.revertedWithCustomError(ERC1155FactorySmartContract, "ERC1155MissingApprovalForAll");
//.to.be.revertedWith("ERC1155: caller is not token owner or approved");
});
it("Throws a {TokenDoesNotExists} error", async () => {
const tokenId:number = 7;
await expect(ERC1155FactorySmartContract.transferToken(
bobWallet.address,
aliceWallet.address,
tokenId,
1,
Snippets.ZERO_ADDRESS
))
.to.be.revertedWithCustomError(ERC1155FactorySmartContract, "ERC1155MissingApprovalForAll");
//.to.be.revertedWith("ERC1155: caller is not token owner or approved");
});
it(`Must be able to burn tokens`, async function () {
console.warn(" 🟩 Burn Tokens");
await transferTokens();
//Mint token 1 to 5
// Token #1 : Minted=(1*10/2)=5, MaxSupply=(1*10*2)=20
// Token #2 : Minted=(2*10/2)=10, MaxSupply=(2*10*2)=40
// Token #3 : Minted=(3*10/2)=15, MaxSupply=(3*10*2)=60
// Token #4 : Minted=(4*10/2)=20, MaxSupply=(4*10*2)=80
// Token #5 : Minted=(5*10/2)=25, MaxSupply=(5*10*2)=100
//Transfer token 1 to 5
// Token #1 : From: Alice To: Bob Amount: 1*10/2 = 5 Alice (5-5) = 0 of token #1
// Token #2 : From: Alice To: Bob Amount: 2*10/2 = 10 Alice (10-10) = 0 of token #2
// Token #3 : From: Alice To: Charlie Amount: 3*10/2 = 15 Alice (15-15) = 0 of token #3
// Token #4 : From: Alice To: Dean Amount: 4*10/2 = 20 Alice (20-20) = 0 of token #4
// Token #5 : From: Alice To: Dean Amount: 5*10/2/5 = 5 Alice (25-5) = 20 of token #5
/*
1 BigNumber { value: "0" } BigNumber { value: "0" } BigNumber { value: "5" } BigNumber { value: "0" } BigNumber { value: "0" }
2 BigNumber { value: "0" } BigNumber { value: "0" } BigNumber { value: "10" } BigNumber { value: "0" } BigNumber { value: "0" }
3 BigNumber { value: "0" } BigNumber { value: "0" } BigNumber { value: "0" } BigNumber { value: "15" } BigNumber { value: "0" }
4 BigNumber { value: "0" } BigNumber { value: "0" } BigNumber { value: "0" } BigNumber { value: "0" } BigNumber { value: "20" }
5 BigNumber { value: "0" } BigNumber { value: "20" } BigNumber { value: "0" } BigNumber { value: "0" } BigNumber { value: "5" }
*/
let deployerTokens:any, aliceWalletTokens:any, bobWalletTokens:any, charlieWalletTokens:any, donWalletTokens:any, donWalletTokens2:any;
/// Before burn
deployerTokens = await ERC1155FactorySmartContract.balanceOf(deployerWallet.address, 1); //0
aliceWalletTokens = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 5); //20
bobWalletTokens = await ERC1155FactorySmartContract.balanceOf(bobWallet.address, 2); //10
charlieWalletTokens = await ERC1155FactorySmartContract.balanceOf(charlieWallet.address, 3); //15
donWalletTokens = await ERC1155FactorySmartContract.balanceOf(donWallet.address, 4); //20
donWalletTokens2 = await ERC1155FactorySmartContract.balanceOf(donWallet.address, 5); //5
expect(deployerTokens).to.equal(0);
expect(aliceWalletTokens).to.equal(20);
expect(bobWalletTokens).to.equal(10);
expect(charlieWalletTokens).to.equal(15);
expect(donWalletTokens).to.equal(20);
expect(donWalletTokens2).to.equal(5);
await burnTokens();
/// After burn
deployerTokens = await ERC1155FactorySmartContract.balanceOf(deployerWallet.address, 1); //0
aliceWalletTokens = await ERC1155FactorySmartContract.balanceOf(aliceWallet.address, 5); //3
bobWalletTokens = await ERC1155FactorySmartContract.balanceOf(bobWallet.address, 2); //6
charlieWalletTokens = await ERC1155FactorySmartContract.balanceOf(charlieWallet.address, 3); //3
donWalletTokens = await ERC1155FactorySmartContract.balanceOf(donWallet.address, 4); //9
donWalletTokens2 = await ERC1155FactorySmartContract.balanceOf(donWallet.address, 5); //4
expect(deployerTokens).to.equal(0);
expect(aliceWalletTokens).to.equal(3);
expect(bobWalletTokens).to.equal(6);
expect(charlieWalletTokens).to.equal(3);
expect(donWalletTokens).to.equal(9);
expect(donWalletTokens2).to.equal(4);
});
it("Updates the total supply after burning", async () => {
await transferTokens();
await burnTokens();
/// Token ID # 1
const token1Supplies:any = await ERC1155FactorySmartContract.getTokenSupplies(1);
//console.log("SUPPLIES 1", token1Supplies);
expect(token1Supplies.minted).to.equal(5);
expect(token1Supplies.current).to.equal(5);
expect(token1Supplies.maximum).to.equal(20);
/// Token ID # 2
const token2Supplies:any = await ERC1155FactorySmartContract.getTokenSupplies(2);
//console.log("SUPPLIES 2", token2Supplies);
expect(token2Supplies.minted).to.equal(10);
expect(token2Supplies.current).to.equal(6);
expect(token2Supplies.maximum).to.equal(40);
/// Token ID # 3
const token3Supplies:any = await ERC1155FactorySmartContract.getTokenSupplies(3);
//console.log("SUPPLIES 3", token3Supplies);
expect(token3Supplies.minted).to.equal(15);
expect(token3Supplies.current).to.equal(3);
expect(token3Supplies.maximum).to.equal(60);
/// Token ID # 4
const token4Supplies:any = await ERC1155FactorySmartContract.getTokenSupplies(4);
//console.log("SUPPLIES 4", token4Supplies);
expect(token4Supplies.minted).to.equal(20);
expect(token4Supplies.current).to.equal(9);
expect(token4Supplies.maximum).to.equal(80);
/// Token ID # 5
const token5Supplies:any = await ERC1155FactorySmartContract.getTokenSupplies(5);
//console.log("SUPPLIES 5", token5Supplies);
expect(token5Supplies.minted).to.equal(25);
expect(token5Supplies.current).to.equal(7);
expect(token5Supplies.maximum).to.equal(100);
const nftItems: Array<any> = await ERC1155FactorySmartContract.getNFTItems();
const currentTotalSupply:number = await ERC1155FactorySmartContract.getTokenCurrentSupply();
expect(nftItems.length).to.equal(currentTotalSupply);
});
it("Reverts with a {ERC1155InsufficientBalance} error", async () => {
const tokenId:number = 0;
const burnAmount:number = 15;
await expect(aliceWalletAccount.burn(aliceWallet.address, tokenId, burnAmount))
.to.be.revertedWithCustomError(ERC1155FactorySmartContract, "ERC1155InsufficientBalance");
//.to.be.revertedWith("ERC1155: burn amount exceeds balance");
});
it("Reverts with a {ERC1155InsufficientBalance} error", async () => {
const tokenId:number = 6;
const burnAmount:number = 15;
await expect(aliceWalletAccount.burn(aliceWallet.address, tokenId, burnAmount))
.to.be.revertedWithCustomError(ERC1155FactorySmartContract, "ERC1155InsufficientBalance");
//.to.be.revertedWith("ERC1155: burn amount exceeds balance");
});
it("Emits TokenBurned event", async () => {
const tokenId:number = 5;
const burnAmount:number = 15;
await expect(aliceWalletAccount.burn(aliceWallet.address, tokenId, burnAmount)).to.emit(ERC1155FactorySmartContract, "TokenBurned");
});
});
describe("Token Owners", () => {
//return;
beforeEach( async () => {
await mintTokens();
});
it("Verifies the token rightful owners, soon after mint.", async () => {
console.warn(" 🟩 Mint Tokens");
const nftItems: Array<any> = await ERC1155FactorySmartContract.getNFTItems();
await expect(Snippets.parseNFTItem(nftItems[0]).creatorAddress[1]).to.equal(aliceWallet.address);
await expect(Snippets.parseNFTItem(nftItems[1]).creatorAddress[1]).to.equal(aliceWallet.address);
await expect(Snippets.parseNFTItem(nftItems[2]).creatorAddress[1]).to.equal(aliceWallet.address);
await expect(Snippets.parseNFTItem(nftItems[3]).creatorAddress[1]).to.equal(aliceWallet.address);
await expect(Snippets.parseNFTItem(nftItems[4]).creatorAddress[1]).to.equal(aliceWallet.address);
});
it("Verifies the token rightful owners, soon after transfers / ownership change", async () => {
console.warn(" 🟩 Transfer Tokens");
await transferTokens();
const nftItems: Array<any> = await ERC1155FactorySmartContract.getNFTItems();
nftItems.map((nft:any, nftIndex:number)=>{
// console.log(nft);
// console.log(nftIndex, nft.tokenId, nft.minterAddress, nft.creatorAddress[0], nft.creatorAddress[1], nft.ownerAddress);
})
/*
0xf39Fd6e51aad88F6F4ce6aB8827279cffFb92266 // deployer
0x70997970C51812dc3A010C7d01b50e0d17dc79C8 // alice
0x3C44CdDdB6a900fa2b585dd299e03d12FA4293BC // bob
0x90F79bf6EB2c4f870365E785982E1f101E93b906 // charlie
0x15d34AAf54267DB7D7c367839AAf71A00a2C6A65 // don
console.log(deployerWallet.address);
console.log(aliceWallet.address);
console.log(bobWallet.address);
console.log(charlieWallet.address);
console.log(donWallet.address);
*/
await expect(Snippets.parseNFTItem(nftItems[0]).ownerAddress).to.equal(bobWallet.address);
await expect(Snippets.parseNFTItem(nftItems[1]).ownerAddress).to.equal(bobWallet.address);
await expect(Snippets.parseNFTItem(nftItems[2]).ownerAddress).to.equal(charlieWallet.address);
await expect(Snippets.parseNFTItem(nftItems[3]).ownerAddress).to.equal(donWallet.address);
await expect(Snippets.parseNFTItem(nftItems[4]).ownerAddress).to.equal(donWallet.address);
});
});
describe("Token Minter, Creator & Owner", () => {
//return;
beforeEach( async () => {
await mintTokens();
await transferTokens();
});
it("Retrieve all available tokens", async () => {
console.warn(" 🟩 Mint Tokens");
const nftItems: Array<any> = await ERC1155FactorySmartContract.getNFTItems();
expect(nftItems.length).to.equal(5);
});
it("Get token minting fee : getTokenMintingFee", async () => {
let _mintingFee:number = 5_000_00;
const transaction:any = await deployerWalletAccount.setMintingFee(_mintingFee);
await transaction.wait();
const mintingFee:number = await deployerWalletAccount.getTokenMintingFee();
expect(mintingFee).to.equal(_mintingFee);
});
it("Get tokens minted by address : getTokensMintedByAddress", async () => {
console.warn(" 🟩 Set n Get tokens minted");
const nftItems: Array<any> = await ERC1155FactorySmartContract.getTokensMintedByAddress(deployerWallet.address);
expect(nftItems.length).to.equal(5);
expect(Snippets.parseNFTItem(nftItems[0]).minterAddress).to.equal(deployerWallet.address);
expect(Snippets.parseNFTItem(nftItems[1]).minterAddress).to.equal(deployerWallet.address);
expect(Snippets.parseNFTItem(nftItems[2]).minterAddress).to.equal(deployerWallet.address);
expect(Snippets.parseNFTItem(nftItems[3]).minterAddress).to.equal(deployerWallet.address);
expect(Snippets.parseNFTItem(nftItems[4]).minterAddress).to.equal(deployerWallet.address);
});
it("Get tokens minted by me : getTokensMintedByMe", async () => {
const nftItems: Array<any> = await deployerWalletAccount.getTokensMintedByMe();
expect(nftItems.length).to.equal(5);
expect(Snippets.parseNFTItem(nftItems[0]).minterAddress).to.equal(deployerWallet.address);
expect(Snippets.parseNFTItem(nftItems[1]).minterAddress).to.equal(deployerWallet.address);
expect(Snippets.parseNFTItem(nftItems[2]).minterAddress).to.equal(deployerWallet.address);
expect(Snippets.parseNFTItem(nftItems[3]).minterAddress).to.equal(deployerWallet.address);
expect(Snippets.parseNFTItem(nftItems[4]).minterAddress).to.equal(deployerWallet.address);
});
it("Get token minter : getTokenMinter", async () => {
let _tokenId:number = 1;
const tokenMinter:string = await ERC1155FactorySmartContract.getTokenMinter(_tokenId);
expect(tokenMinter).to.equal(deployerWallet.address);
});
it("Get the first token mintee : getTokenMintee", async () => {
let _tokenId:number = 2;
const tokenMintee:string = await ERC1155FactorySmartContract.getTokenMintee(_tokenId);