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// This contract is part of Zellic’s smart contract dataset, which is a collection of publicly available contract code gathered as of March 2023.
// SPDX-License-Identifier: MIT
pragma solidity ^0.8.16;
import "./ChallengeDetail.sol";
import "./SafeMath.sol";
import "./ERC20.sol";
contract HistoryChallenges{
using SafeMath for uint256;
function challengesInfo1(address payable _contractChallengeAddress) public view returns(
address sponsor,
address challenger,
uint256 challengeStart,
uint256 challengeEnd,
uint256 challengeDays,
uint256 targetChallenge,
uint256 minimumAchievementDays,
uint256[] memory awardReceiversPercent
){
sponsor = ChallengeDetail(_contractChallengeAddress).sponsor();
challenger = ChallengeDetail(_contractChallengeAddress).challenger();
challengeStart = ChallengeDetail(_contractChallengeAddress).startTime();
challengeEnd = ChallengeDetail(_contractChallengeAddress).endTime();
challengeDays = ChallengeDetail(_contractChallengeAddress).duration();
targetChallenge = ChallengeDetail(_contractChallengeAddress).goal();
minimumAchievementDays = ChallengeDetail(_contractChallengeAddress).dayRequired();
awardReceiversPercent = ChallengeDetail(_contractChallengeAddress).getAwardReceiversPercent();
}
function challengesInfo2(address payable _contractChallengeAddress) public view returns(
uint256 depopsitMatic, uint256[] memory amountDepositToken,
uint256 indexNft, address contractChallengeAddress,
address contractNftAddress, uint256 chainId, uint256 challengeResult
){
bool isChallengeSuccess = ChallengeDetail(_contractChallengeAddress).isSuccess();
if(isChallengeSuccess) {
assembly {
chainId := chainid()
}
address[] memory erc20ListAddress = ChallengeDetail(_contractChallengeAddress).allContractERC20();
uint256[] memory depositToken = new uint256[](erc20ListAddress.length);
for(uint256 i = 0; i < erc20ListAddress.length; i++) {
depositToken[i] = 0;
}
if(ChallengeDetail(_contractChallengeAddress).allowGiveUp(1)) {
return(
ChallengeDetail(_contractChallengeAddress).totalReward(),
depositToken,
ChallengeDetail(_contractChallengeAddress).indexNft(),
_contractChallengeAddress,
ChallengeDetail(_contractChallengeAddress).erc721Address(0),
chainId,
1
);
} else {
address createByToken = ChallengeDetail(_contractChallengeAddress).createByToken();
for(uint256 i = 0; i < erc20ListAddress.length; i++) {
if(createByToken == erc20ListAddress[0]) {
depositToken[i] = ChallengeDetail(_contractChallengeAddress).totalReward();
} else {
depositToken[i] = 0;
}
}
return(
0,
depositToken,
ChallengeDetail(_contractChallengeAddress).indexNft(),
_contractChallengeAddress,
ChallengeDetail(_contractChallengeAddress).erc721Address(0),
chainId,
1
);
}
}
}
function getData(address payable _contractChallengeAddress) public view returns(bool) {
return ChallengeDetail(_contractChallengeAddress).isFinished();
}
function getHistoryTokenAndCoinSendToContract(address payable _contractChallengeAddress) public view returns(
uint256,
uint256,
uint256[] memory,
uint256[] memory,
string[] memory
) {
bool isCoinChallenges = ChallengeDetail(_contractChallengeAddress).allowGiveUp(1);
uint256 totalReward = ChallengeDetail(_contractChallengeAddress).totalReward();
address[] memory erc20ListAddress = ChallengeDetail(_contractChallengeAddress).allContractERC20();
uint256[] memory tokenBalanceBefor = new uint256[](erc20ListAddress.length);
string[] memory listTokenSymbol = new string[](erc20ListAddress.length);
uint256[] memory tokenBalanceAfter = new uint256[](erc20ListAddress.length);
uint256 contractBalance = ChallengeDetail(_contractChallengeAddress).getContractBalance();
if(isCoinChallenges) {
for(uint256 i = 0; i < erc20ListAddress.length; i++) {
tokenBalanceAfter[i] = ERC20(erc20ListAddress[i]).balanceOf(_contractChallengeAddress);
listTokenSymbol[i] = ERC20(erc20ListAddress[i]).symbol();
}
uint256 balanceContract;
if(contractBalance > totalReward) {
balanceContract = contractBalance.sub(totalReward);
}
if(ChallengeDetail(_contractChallengeAddress).isFinished()) {
uint256 balanceMatic = ChallengeDetail(_contractChallengeAddress).totalBalanceBaseToken();
uint256[] memory balanceToken = ChallengeDetail(_contractChallengeAddress).getBalanceToken();
return(totalReward, balanceMatic.sub(totalReward), tokenBalanceBefor, balanceToken, listTokenSymbol);
} else {
return(totalReward, balanceContract, tokenBalanceBefor, tokenBalanceAfter, listTokenSymbol);
}
} else {
address payable challengeAddress = _contractChallengeAddress;
uint256 indexCreateToken;
for(uint256 i = 0; i < erc20ListAddress.length; i++) {
listTokenSymbol[i] = ERC20(erc20ListAddress[i]).symbol();
uint256 balance = ERC20(erc20ListAddress[i]).balanceOf(challengeAddress);
address createByToken = ChallengeDetail(challengeAddress).createByToken();
if(createByToken == erc20ListAddress[i]) {
tokenBalanceBefor[i] = totalReward;
indexCreateToken = i;
if(balance >= totalReward) {
tokenBalanceAfter[i] = balance.sub(totalReward);
}
} else {
tokenBalanceAfter[i] = balance;
}
}
if(ChallengeDetail(challengeAddress).isFinished()) {
uint256 balanceMatic = ChallengeDetail(_contractChallengeAddress).totalBalanceBaseToken();
uint256[] memory balanceToken = ChallengeDetail(challengeAddress).getBalanceToken();
balanceToken[indexCreateToken] = balanceToken[indexCreateToken].sub(totalReward);
return(0, balanceMatic, tokenBalanceBefor, balanceToken, listTokenSymbol);
} else {
return(0, contractBalance, tokenBalanceBefor, tokenBalanceAfter, listTokenSymbol);
}
}
}
function compareStrings(string memory a, string memory b) internal pure returns (bool) {
return (keccak256(abi.encodePacked((a))) == keccak256(abi.encodePacked((b))));
}
} |