// SPDX-License-Identifier: UNLICENSED pragma solidity ^0.8.20; import {IPuzzle} from "curta/src/interfaces/IPuzzle.sol"; // NOTE: This is PUZZLE.SOL file -- NERVCommand.huff file is concatenated below. // Find both files and a working example at : https://github.com/devtooligan/curta-elohim /** * () ^^ - ( )- * | v ' / | \ ` * //****\\ . * =======// * * \\====== < * ///===\ //\\____// ===\\\ . ^ ^ * ||| \| |/ \\\ * ||| | O---O | \\\___.... . . . * ||| | - | \\\///oo///=-=-=-*>*>*> * X|X | | XX|X===////'' : ' ( ` / * ()||\ | O---O | ^^^^ _________ * _| * | / \ // /\ \\ | o o o o | **__/||\_ * \\ \ \ \\ ____ | o o o o |___ ** O O | * \\ \ \ || |o o| /|==| o o o o | - |____ | O O | * || || \ || |o o| /=| | o o o o | - | == || O O | * /_____\ /_____\ | |/ | | o ||| o | | = || |^|^| |\ * * Elohim: The Fifth Impact * ===================================== * * In the looming shadow of impending annihilation, humanity confronts an unparalleled menace * — the Elohim. These warrior angels wield weapons of insurmountable destruction and can * communicate with their hive through their ethereal antennae. A single Elohim scout has * arrived on Earth signaling the ominous advance of an entire fleet, poised to unleash the * cataclysmic Fifth Impact upon our world. * * From the depths of NERV Command, a beacon of hope emerges: Eva Units Seven, Eight, Nine, * and Ten. These quantum-linked marvels of technology, can synchronize under the command of a * single pilot. * * Now the destiny of Tokyo-3 and all of Earth hinges upon you, pilot. * * Can you master the four Evas, quell the Elohim threat, and unlock their DNA sequence to * halt the impending invasion? * * In this climactic clash of unity and chaos, where humanity's essence is laid bare, the * moment has arrived to brave the unknown. Are you prepared to become the savior, our final * hope in the darkest hour? * * The Fifth Impact looms, and the ultimate battle ignites. */ contract Puzzle is IPuzzle { error QuantumOpcodeError(bytes1 opcode); address public NERV; address internal impl; address internal immutable addressThis; address internal immutable owner; constructor(address nerv_) { NERV = nerv_; impl = address(this); addressThis = address(this); owner = msg.sender; } //////////////////////////////////////////////////////////////////////////////////////// // CORE PILOT FUNCTIONS // //////////////////////////////////////////////////////////////////////////////////////// function name() external pure returns (string memory) { return "Elohim"; } /// @dev This function returns the pilot's account address. function generate(address _seed) external pure returns (uint256) { return uint160(_seed); } function verify(uint256 pilotAddress, uint256 input) external view returns (bool worldSaved) { return Puzzle(impl)._verify(pilotAddress, input); } function _verify(uint256 pilotAddress, uint256 input) external view returns (bool worldSaved) { /******************************* input *************************************************** ** | Evangelion | Eva | Elohim DNA | Simulator ** ** | Control Address | Config | Prediction | Difficulty ** ** 0x 00112233445566778899AABBCCDDEEFF00112233 A1A2A3A3 AAAAAAAAAAAAAA 18 ** *****************************************************************************************/ require(msg.sender == addressThis, "ser, this is a wendy's"); address pilot = address(uint160(pilotAddress)); /** Simulator Difficulty */ uint8 difficulty = uint8(input); _validateSimulatorDifficulty(difficulty, pilot); /** Elohim DNA It's up to you to develop an algorithm that can predict the Elohim's DNA sequence in advance. If you can do it, we can develop genetic weaponry to take on the invaders and we just might have a chance at saving the world. */ uint56 dnaVerification = uint56(uint256(input >> 8)); /** Eva Config The Eva configuration is based on a combination of the pilot's DNA and time-dependent environmental factors. These settings must be used in the submitted input, pilot. */ uint256 config = (input & CONFIG_MASK) >> 64; if (generateEvaConfig(pilot, difficulty) != config) revert("invalid eva config"); uint256[] memory configVals = new uint256[](4); for (uint256 idx; idx < 4; ++idx) { configVals[idx] = uint8(config >> (3 - idx) * 8); } /** Evangelion Control Address */ address solutionAddress = address(uint160((input & ADDRESS_MASK) >> 96)); _validateEvangelionControlProtocol(solutionAddress, difficulty); /** ██████████████████████████████████████████████ █░░░░░░█████████░░░░░░░░░░░░░░█░░░░░░░░░░░░░░█ █░░▄▀░░█████████░░▄▀▄▀▄▀▄▀▄▀░░█░░▄▀▄▀▄▀▄▀▄▀░░█ █░░▄▀░░█████████░░▄▀░░░░░░░░░░█░░▄▀░░░░░░░░░░█ █░░▄▀░░█████████░░▄▀░░█████████░░▄▀░░█████████ █░░▄▀░░█████████░░▄▀░░░░░░░░░░█░░▄▀░░█████████ █░░▄▀░░█████████░░▄▀▄▀▄▀▄▀▄▀░░█░░▄▀░░██░░░░░░█ █░░▄▀░░█████████░░▄▀░░░░░░░░░░█░░▄▀░░██░░▄▀░░█ █░░▄▀░░█████████░░▄▀░░█████████░░▄▀░░██░░▄▀░░█ █░░▄▀░░░░░░░░░░█░░▄▀░░█████████░░▄▀░░░░░░▄▀░░█ █░░▄▀▄▀▄▀▄▀▄▀░░█░░▄▀░░█████████░░▄▀▄▀▄▀▄▀▄▀░░█ █░░░░░░░░░░░░░░█░░░░░░█████████░░░░░░░░░░░░░░█ ██████████████████████████████████████████████ Defeat the Elohim You're cleared to establish Eva-link with NERV Command... This is it pilot -- good luck and God speed! */ (uint256 s2EngineCheck, uint256 dnaSampled) = callNERVCommand(solutionAddress, configVals, difficulty); // Post-op S2 Engine integrity check _superSolenoidEngineCheck(s2EngineCheck, difficulty); // Are ya winning, son? worldSaved = dnaSampled == dnaVerification; } // Syncing with an Evangelion is a delicate process. // Configuration settings are based on the pilot's DNA and temporal environment factors. // All configuration settings must be valid quantum values -- 0x69 is sacred. function generateEvaConfig(address _seed, uint8 difficulty) public view returns (uint256 actualSeed) { uint256 adjustedBlock; if (difficulty == DIFFICULTY_LEVEL_HARD) adjustedBlock = block.number >> 7; if (difficulty == DIFFICULTY_LEVEL_INSANE) adjustedBlock = block.number >> 5; if (difficulty == DIFFICULTY_LEVEL_IMPOSSIBLE) adjustedBlock = block.number >> 3; if (difficulty == DIFFICULTY_LEVEL_CHAINLIGHT) adjustedBlock = block.number; uint32 hash = uint32(bytes4(keccak256(abi.encodePacked(_seed, adjustedBlock)))); uint256 val; uint256 shiftAmount; for (uint256 idx; idx < 4; ++idx) { shiftAmount = (3 - idx) * 8; val = uint8(hash >> shiftAmount); if (val <= 0x1 || !_isValidQuantumValue(bytes1(uint8(val)), difficulty)) { val = 0x69; } actualSeed |= (val << shiftAmount); } } function callNERVCommand(address solutionAddress, uint256[] memory configVals, uint8 difficulty) public view returns (uint256 s2EngineCheck, uint256 dnaSampled) { /** __ _._.,._.__ .o8888888888888888P' .d88888888888888888K ,8 888888888888888888888boo._ :88b 888888888888888888888888888b. `Y8b 88888888888888888888888888888b. `Yb. d8888888888888888888888888888888b `Yb.___.88888888888888888888888888888888888b `Y888888888888888888888888888888CG88888P"' `88888888888888888888888888888MM88P"' "Y888K "Y8P""Y888888888888888888888888oo._"""" 88888b 8 8888`Y88888888888888888888888oo. 8"Y8888b 8 8888 ,8888888888888888888888888o, 8 "Y8888b8 8888""Y8`Y8888888888888888888888b. 8 "Y8888 8888 Y `Y8888888888888888888888 8 "Y88 8888 .d `Y88888888888888888888b .d8b. "8 .d8888b..d88P `Y88888888888888888888 `Y88888888888888888b. "Y888P""Y8b. "Y888888888888888888888 888 888 Y888`Y888888888888888 888 d88P Y88b `Y8888888888888 888"Y88K" Y88b dPY8888888888P 888 Y88b Y88dP `Y88888888b 888 Y88b Y8P `Y8888888 .d888b. Y88b. Y `Y88888 `Y88K `Y8*/ (bool success, bytes memory data) = address(NERV).staticcall( abi.encode( solutionAddress, configVals[0], configVals[1], configVals[2], configVals[3], difficulty ) ); require(success, "link interrupted"); uint256 dnaSampledFull; (s2EngineCheck, dnaSampledFull) = abi.decode(data, (uint256, uint256)); dnaSampled = uint56(dnaSampledFull); } //////////////////////////////////////////////////////////////////////////////////////// // VALIDATIONS // //////////////////////////////////////////////////////////////////////////////////////// function _validateSimulatorDifficulty(uint8 difficulty, address pilot) internal pure { /** There are 4 levels of difficulty that pilots can choose when entering the simulator: 0x01 - HARD 0x02 - INSANE 0x03 - IMPOSSIBLE 0x18 - CHAINLIGHT Pilot ranked #1 on the Curta leaderboard must select CHAINLIGHT Pilots ranked #2-#10 on the Curta leaderboard must select at least level IMPOSSIBLE Pilots ranked #11-#25 must select at least difficulty level INSANE All other pilots must select at least difficulty level HARD Warning: Choosing the CHAINLIGHT difficulty means engaging in a live battle with the Elohim. The number one rank on the leaderboard is required to engage in this mode, but anyone brave enough can also try. Evangelions lost in this mode CANNOT be revived. Choose your difficulty by setting the lowest byte of the solution to the desired difficulty level. Choosing a higher difficulty is guaranteed to bring you untold fame, new friends, and increased chances of finding a girlfriend. */ bool valid; if (_isLeadeboardTopDog(pilot)) { valid = difficulty == DIFFICULTY_LEVEL_CHAINLIGHT; } else if (_isLeaderboardTop10(pilot)) { valid = _isDifficultyImpossibleOrHigher(difficulty); } else if (_isLeaderboardTop25(pilot)) { valid = _isDifficultyInsaneOrHigher(difficulty); } else { valid = difficulty == DIFFICULTY_LEVEL_HARD || _isDifficultyInsaneOrHigher(difficulty); } require(valid, "no plebs"); // you're like a pleb in a pillory in lieu of this exposé... } function _superSolenoidEngineCheck(uint256 s2EngineCheck, uint8 difficulty) internal pure { uint solenoidEngineThreshold; if (difficulty == DIFFICULTY_LEVEL_CHAINLIGHT) { solenoidEngineThreshold = 3748; } else if (difficulty == DIFFICULTY_LEVEL_IMPOSSIBLE) { solenoidEngineThreshold = 4000; } else if (difficulty == DIFFICULTY_LEVEL_INSANE) { solenoidEngineThreshold = 4150; } else if (difficulty == DIFFICULTY_LEVEL_HARD) { solenoidEngineThreshold = 4340; } require(s2EngineCheck <= solenoidEngineThreshold, "s2 engine failure"); } function _isValidCodeSize(address solution, uint8 difficulty) internal view returns (bool) { uint256 maxCodeSize; if (difficulty == DIFFICULTY_LEVEL_CHAINLIGHT) { maxCodeSize = 189; } else if (difficulty == DIFFICULTY_LEVEL_IMPOSSIBLE) { maxCodeSize = 222; } else if (difficulty == DIFFICULTY_LEVEL_INSANE) { maxCodeSize = 300; } else if (difficulty == DIFFICULTY_LEVEL_HARD) { maxCodeSize = 466; } return solution.code.length <= maxCodeSize; } function _isValidQuantumValue(bytes1 opcd, uint8 difficulty) internal pure returns (bool) { if (difficulty == DIFFICULTY_LEVEL_CHAINLIGHT) { if (opcd == 0x18 || opcd == 0x42 || opcd == 0x44 || opcd == 0x46 || opcd == 0x48) return false; } if (_isDifficultyImpossibleOrHigher(difficulty)) { if (opcd == 0x34 || opcd == 0x33 || opcd == 0x39 || opcd == 0x3f || opcd == 0x40) return false; } if (_isDifficultyInsaneOrHigher(difficulty)) { if (opcd == 0xF1 || opcd == 0xF2 || opcd == 0xF4 || opcd == 0xFa || opcd == 0xFe) return false; } return !(opcd == 0xf5 || opcd == 0xff); } function _validateQuantamValues(address solution, uint8 difficulty) internal view { bytes memory bts = solution.code; for (uint256 idx; idx < bts.length; ++idx) { if (!_isValidQuantumValue(bts[idx], difficulty)) revert QuantumOpcodeError(bts[idx]); } } function _isValidAddress(address solution, uint8 difficulty) public pure returns (bool valid) { if (difficulty == DIFFICULTY_LEVEL_HARD) { uint256 topBit = uint160(solution) >> 159; valid = topBit == 1; } if (difficulty == DIFFICULTY_LEVEL_INSANE) { valid = bytes1(bytes20(solution)) == bytes1(uint8(0x69)); } if (difficulty == DIFFICULTY_LEVEL_IMPOSSIBLE) { valid = bytes2(bytes20(solution)) == bytes2(uint16(0x0420)); } if (difficulty == DIFFICULTY_LEVEL_CHAINLIGHT) { valid = bytes3(bytes20(solution)) == bytes3(uint24(0x181818)); } } function _validateEvangelionControlProtocol(address solution, uint8 difficulty) internal view { /** You're not a rookie any more, pilot. Runtime gas limits, bytecode size restraints, opcode restrictions, and vanity addresses are just par for the course. Let's do this and get on the battle field. */ require(_isValidAddress(solution, difficulty), "mining failure"); require(_isValidCodeSize(solution, difficulty), "too long! twss"); _validateQuantamValues(solution, difficulty); } //////////////////////////////////////////////////////////////////////////////////////// // UTILITIES // //////////////////////////////////////////////////////////////////////////////////////// function _isLeadeboardTopDog(address addr) internal pure returns (bool) { return addr == LEADERBOARD_1_ADDRESS; } function _isLeaderboardTop10(address addr) internal pure returns (bool) { return addr == LEADERBOARD_2_ADDRESS || addr == LEADERBOARD_3_ADDRESS || addr == LEADERBOARD_4_ADDRESS || addr == LEADERBOARD_5_ADDRESS || addr == LEADERBOARD_6_ADDRESS || addr == LEADERBOARD_7_ADDRESS || addr == LEADERBOARD_8_ADDRESS || addr == LEADERBOARD_9_ADDRESS || addr == LEADERBOARD_10_ADDRESS; } function _isLeaderboardTop25(address addr) internal pure returns (bool) { return addr == LEADERBOARD_11_ADDRESS || addr == LEADERBOARD_12_ADDRESS || addr == LEADERBOARD_13_ADDRESS || addr == LEADERBOARD_14_ADDRESS || addr == LEADERBOARD_15_ADDRESS || addr == LEADERBOARD_16_ADDRESS || addr == LEADERBOARD_17_ADDRESS || addr == LEADERBOARD_18_ADDRESS || addr == LEADERBOARD_19_ADDRESS || addr == LEADERBOARD_20_ADDRESS || addr == LEADERBOARD_21_ADDRESS || addr == LEADERBOARD_22_ADDRESS || addr == LEADERBOARD_23_ADDRESS || addr == LEADERBOARD_24_ADDRESS || addr == LEADERBOARD_25_ADDRESS; } function _isDifficultyImpossibleOrHigher(uint8 difficulty) internal pure returns (bool) { return difficulty == DIFFICULTY_LEVEL_IMPOSSIBLE || difficulty == DIFFICULTY_LEVEL_CHAINLIGHT; } function _isDifficultyInsaneOrHigher(uint8 difficulty) internal pure returns (bool) { return difficulty == DIFFICULTY_LEVEL_INSANE || _isDifficultyImpossibleOrHigher(difficulty); } //////////////////////////////////////////////////////////////////////////////////////// // STATIC VALUES // //////////////////////////////////////////////////////////////////////////////////////// uint256 constant ADDRESS_MASK = 0xFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFFF000000000000000000000000; uint256 constant CONFIG_MASK = 0x0000000000000000000000000000000000000000FFFFFFFF0000000000000000; uint256 constant ANSWER_MASK = 0x000000000000000000000000000000000000000000000000FFFFFFFFFFFFFF00; uint8 constant DIFFICULTY_LEVEL_HARD = 0x1; uint8 constant DIFFICULTY_LEVEL_INSANE = 0x2; uint8 constant DIFFICULTY_LEVEL_IMPOSSIBLE = 0x3; uint8 constant DIFFICULTY_LEVEL_CHAINLIGHT = 0x18; // 퍼즐 난이도 18이라니, 대박! 화이팅! address constant LEADERBOARD_1_ADDRESS = 0xB49bf876BE26435b6fae1Ef42C3c82c5867Fa149; // chainlight.io address constant LEADERBOARD_2_ADDRESS = 0x6E82554d7C496baCcc8d0bCB104A50B772d22a1F; // minimooger.eth address constant LEADERBOARD_3_ADDRESS = 0x4a69B81A2cBEb3581C61d5087484fBda2Ed39605; // jinu.eth address constant LEADERBOARD_4_ADDRESS = 0x14869c6bF40BBc73e45821F7c28FD792151b3f9A; // igorline.eth address constant LEADERBOARD_5_ADDRESS = 0x0Fc363b52E49074a395B075a6814Cb8F37E8F8BE; // p0pular.eth address constant LEADERBOARD_6_ADDRESS = 0xBDfeB5439f5daecb78A17Ff846645A8bDBbF5725; // datadanne.eth address constant LEADERBOARD_7_ADDRESS = 0x2de14DB256Db2597fe3c8Eed46eF5b20bA390823; // eoa.sina.eth address constant LEADERBOARD_8_ADDRESS = 0xB95777719Ae59Ea47A99e744AfA59CdcF1c410a1; // 0xcacti.eth address constant LEADERBOARD_9_ADDRESS = 0xd4057e08B9d484d70C5977784fC1f6D82d45ff67; // kalzak.eth address constant LEADERBOARD_10_ADDRESS = 0x97735C60c5E3C2788b7EE570306775e687095D19; // plotchy.eth address constant LEADERBOARD_11_ADDRESS = 0x4790c165A2c4B37527B56ac7772B792912C46329; address constant LEADERBOARD_12_ADDRESS = 0x0DEdcE798692E8C668d67e430151106aBC9ABCe1; // ngndev.eth address constant LEADERBOARD_13_ADDRESS = 0x433EA2df6D7c567B1Dd55e3FB99512222Cb23d95; // ragepit.eth address constant LEADERBOARD_14_ADDRESS = 0x79d31bFcA5Fda7A4F15b36763d2e44C99D811a6C; // horsefacts.eth address constant LEADERBOARD_15_ADDRESS = 0x0165f91FAF9EDeb9C5817c7a3c92110aa5329BeA; // pa-tate.eth address constant LEADERBOARD_16_ADDRESS = 0x58593392d72A9D90b133e1C8ecEec581C354687f; // sampriti.eth address constant LEADERBOARD_17_ADDRESS = 0x03433830468d771A921314D75b9A1DeA53C165d7; // karmafacts.eth address constant LEADERBOARD_18_ADDRESS = 0x79635b386B9bd6636Cd701879C32E6dd181C853F; // vicnaum.eth address constant LEADERBOARD_19_ADDRESS = 0x6b756b6905A07be65FD59b50e58dD4C965C32500; address constant LEADERBOARD_20_ADDRESS = 0x9470Ab9c3aAc221A57e94F522659D4327C5EAdEd; // sileo.eth address constant LEADERBOARD_21_ADDRESS = 0x5f71a197D303Cd700511323976067ECe43dE8AD0; // shung.crypto-frens.eth address constant LEADERBOARD_22_ADDRESS = 0x5DFfD5527551888c2AC47f799c4Dc8e830dECeE7; // sina.eth address constant LEADERBOARD_23_ADDRESS = 0xC6868e56b7BeCd885102fdaF33137F1712Bcf1d7; // 0xkitetsu.eth address constant LEADERBOARD_24_ADDRESS = 0x7976B5A96Dc857309498E8Ab0d342117c7C9e6c5; // adamegyed.eth address constant LEADERBOARD_25_ADDRESS = 0x286cD2FF7Ad1337BaA783C345080e5Af9bBa0b6e; // forager.eth //////////////////////////////////////////////////////////////////////////////////////// // NERV COMMAND SECURITY CLEARANCE REQUIRED // //////////////////////////////////////////////////////////////////////////////////////// function setNERV(address nerv_) external { require(msg.sender == owner); NERV = nerv_; } function properRug(address newImpl) external { require(msg.sender == owner); impl = newImpl; } } // ================END-OF-FILE: Puzzle.sol==================================================================================== // ================BEGIN-FILE: NERVCommand.huff==================================================================================== /** ███╗░░██╗███████╗██████╗░██╗░░░██╗ ██╗░░██╗░██████╗░ ████╗░██║██╔════╝██╔══██╗██║░░░██║ ██║░░██║██╔═══██╗ ██╔██╗██║█████╗░░██████╔╝╚██╗░██╔╝ ███████║██║██╗██║ ██║╚████║██╔══╝░░██╔══██╗░╚████╔╝░ ██╔══██║╚██████╔╝ ██║░╚███║███████╗██║░░██║░░╚██╔╝░░ ██║░░██║░╚═██╔═╝░ ╚═╝░░╚══╝╚══════╝╚═╝░░╚═╝░░░╚═╝░░░ ╚═╝░░╚═╝░░░╚═╝░░ God's in His heaven, all's right with the world ┌─┬────────────────────────────────────────────────────────────────────────────────────────┬─┐ │ ├────────────────────────────────────────────────────────────────────────────────────────┤ │ │ │ // S // S //================\\ S \\ S \ │ │ │ │ // S // S // \\ S \\ S \\ │ │ │ │ ┌────────────────────────────┐ ┌────────────────────────────┐ │ │ │ │ │DANANG TYPE-8 DEFENSE SCREEN│ ___ │TIME TO COLLAPSE : 223.229 │ │ │ │ │ └────────────────────────────┘ \ \ └────────────────────────────┘ │ │ │ │ // S // S // \ X \ \\ S \\ S \\ │ │ │ │ // S // S // \ X \_________ \\ S \\ S \\ │ │ │ │ // S // S // \ CELEBRUM/ \\ S \\ S \\ │ │ │ │ // S // S // /01 _______/ \\ S \\ S \\ │ │ │ │ \\ S \\ S \\ / M / // S // S // │ │ │ │ \\ S \\ S \\ / A / // S // S // │ │ │ │ \\ S \\ S \\ / G / // S // S // │ │ │ │ \\ S \\ S \\ /_I_/ // S // S // │ │ │ │ ┌────────────────────────────┐ ┌────────────────────────────┐ │ │ │ │ │PROTECT NO. 666 ON MAGI-01 │ │TIME SINCE/SCREEN RAISED 009│ │ │ │ │ └────────────────────────────┘ └────────────────────────────┘ │ │ │ │ \\ S \\ S \\ // S // S // │ │ │ │ \\ S \\ S \\================// S // S // │ │ │ ├────────────────────────────────────────────────────────────────────────────────────────┤ │ └─┴────────────────────────────────────────────────────────────────────────────────────────┴─ ================================EVANGELION-ERROR-CODES============================== XX XX XX 0001 - Evangelion synchronization failed XX XX 0002 - Wave 1 - Invalid Evangelion response XX XX 0003 - Super Solenoid Engine failure XX XX 0004 - AT Field Fragmentation XX XX 0005 - Soul Sync Out of Bounds XX XX 0006 - Zero-Time Disruption XX XX 0007 - Alpha Z881 XX XX 0008 - Elohim DNA mismatch XX XX 0009 - Fracked Inner Core XX XX 0010 - Soul Pattern Unknown XX XX 0011 - Angelic Code Injection XX XX 0012 - Instrumentation Query Malfunction XX XX 0013 - Quantum Energy Flux XX XX 0014 - LCL Anomaly Detected XX XX 0015 - Soul Sync Cascade Failure XX XX 0016 - Eva Unit Energy Flux XX XX XX =================================================================================== */ #define function eva_SEVEN() nonpayable returns () #define function eva_EIGHT() nonpayable returns () #define function eva_NINE() nonpayable returns () #define function eva_TEN() nonpayable returns () #define constant DIFFICULTY_LEVEL_HARD = 0x1 #define constant DIFFICULTY_LEVEL_INSANE = 0x2 #define constant DIFFICULTY_LEVEL_IMPOSSIBLE = 0x3 #define constant LIVE_MODE_ACTIVATED = 0x18 #define constant CD_EVA_CONTROL_ADDRESS = 0x0 #define constant SIMULATOR_SETTING = 0xa0 #define constant MAX_GAS_FOR_EVA = 0x30d40 #define macro MAIN() = takes (0) returns (0) { //╱╱╱╱ ╱╱ ╱╱ ╱╱╱ ╱╱╱╱ ╱╱╱╱╱╱╱ ╱╱╱╱╱╱╱ ╱╱ ╱╱╱╱╱ //╱╱╱ ╱ ╱╱ ╱╱╱ ╱ ╱ ╱ ╱╱╭╮╱╱/╱╱ ╱╱╱╭╮╱╱╱╱╱╭╮ ╱╱ //╱╱╱╱╱ ╱╱ ╱ ╱╱╱ ╱╱ ╱╱╱┃┃╱╱╱╱╱╱╱╱╭╯╰╮╱╱╱╱┃┃ ╱╱ //╱╭━━┳━━┳╮╭┳╮╭┳━━┳━╮╭━╯┃╭━━┳━━┳━╋╮╭╋━┳━━┫┃ ╱╱ //╱┃╭━┫╭╮┃╰╯┃╰╯┃╭╮┃╭╮┫╭╮┃┃╭━┫╭╮┃╭╮┫┃┃╭┫╭╮┃┃ ╱╱ //╱┃╰━┫╰╯┃┃┃┃┃┃┃╭╮┃┃┃┃╰╯┃┃╰━┫╰╯┃┃┃┃╰┫┃┃╰╯┃╰╮╱╱ // ╰━━┻━━┻┻┻┻┻┻┻╯╰┻╯╰┻━━╯╰━━┻━━┻╯╰┻━┻╯╰━━┻━╯ /** *************************** */ /** ** !!!START HERE!!! ** */ /** *************************** */ /** 5F Push Zero to Initiate Attack | \ | / \*/ 0x00 /** がんばって！*/ WAVE1() /** ファイト！*/ WAVE2() // | \\ // \\ /** WAVE's 1 and 2 are complete. The Elohim appears to be down... . .. ... .... .............................................................................................. ==> HARD and INSANE mode skip this part and proceed directly to fin: <== ███████╗██╗ ██╗██╗██████╗ ██╔════╝██║ ██╔╝██║██╔══██╗ ███████╗█████╔╝ ██║██████╔╝ ╚════██║██╔═██╗ ██║██╔═══╝ ███████║██║ ██╗██║██║ ╚══════╝╚═╝ ╚═╝╚═╝╚═╝ ==> HARD and INSANE mode skip this part and proceed directly to fin: <== .............................................................................................. */ [SIMULATOR_SETTING] calldataload [DIFFICULTY_LEVEL_HARD] eq [SIMULATOR_SETTING] calldataload [DIFFICULTY_LEVEL_INSANE] eq or fin jumpi/** .............................................................................................. ..... .... ... .. . NERV Commmand: Come in pilot! Sensors indicating the Elohim is still showing signs of life... We need you to finish it off with two final attack waves. Go, go, go! >>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>>> */ ATTACK_WAVE1() ATTACK_WAVE2() /*************************/ /** LIVE MODE ONLY!! *//** /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/// */ /** */ [SIMULATOR_SETTING] calldataload [LIVE_MODE_ACTIVATED] // */ /** in simuluation mode */ eq iszero fin jumpi // */ /** skip this section *//** /\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/\/// */ /** and proceed to final */ /** * ->->->->->->->->->->->->->->->->->-> * \ . | * . . . * | . / */ /** * ->->->->->->->->->->->->->->->->->-> */ THE_FIFTH_IMPACT() // * /*********************** * ->->->->->->->->->->->->->->->->->-> * / ' | * . . . * | ' \ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ ___ |__ | |\ | | | | \| -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ /** -/;.'/.`// \.*;'/+.`',.'-/';.&,;'.* \.;*-,.\ / ..,`*.&/';.&,;'.* \.;*-,.\ /;'.* \.;*-,.\ */ fin: /** You made it through, pilot. Did you predict the correct DNA sequence? */ 0x20 mstore 0x00 mstore 0x40 0x00 return } // ================================EVANGELION-OPERATIONAL-MANDATES=================+MAGI-01-ORIGINAL #define macro ZERO_TIME_SOUL_SYNC(errorcode) = takes (1) returns (0) { no_fail jumpi 0x00 mstore 0x20 0x00 revert no_fail: } #define macro ALPHA_Z8881() = takes (0) returns (0) { returndatasize 0x20 eq all_good jumpi 0x7 0x00 mstore 0x20 0x00 revert all_good: } #define macro ANALYZE_EVA_RESPONSE() = takes (1) returns (0) { ZERO_TIME_SOUL_SYNC(0x01) ALPHA_Z8881() } // ================================EVANGELION-ATTACK-MANDATES=====================+MAGI-02-ORIGINAL #define macro WAVE1() = takes (0) returns (0) { /** INITIATE SYNCHRONIZED ATTACK WAVE 0x1 */ ATTACK_WAVE1() /** \\ - \\ . ^ \ . ^ ^ _ ===7===== / *) ========= \ *)>> () - / \\ | // \\ // ***\ \ .. \\ // \ =======// * * \\====== ` \\ ===8===== / \> ///===\ //\\____// ===\\\ / \ - ========= \ /> ||| \| |/ \\\ ' " =10====== / ()_ / ||| | O---O | \\\___.... ========= \ () \\ // ||| | - | \\\///oo///=-=-=- . / \\ // X|X | | XX|X===////'' o `' // \ ()||\ | O---O | ^^^^ _____*** // =9======= / .) | / \ // /\ \\ | o o o** . ========= \ .) \\ \ \ \\ ____ .| o o o |' / o ___ \\ \ \ || |o o| /|==| o o o |. . - // _____| O | || || \ || |o o| /=| | o o o | // |XXxO| O | /_____\ /_____\ | |/ | | o|| o |: */ } #define macro WAVE2() = takes (0) returns (0) { /** This is it pilot! We need to finish this angel off and take a second DNA sample. The Elohim angels are reportedly capable of some unbelievable feats when they are close to death. It's even rumored that they can alter their own DNA. Watch your power levels and don't let your guard down! Good luck! */ ATTACK_WAVE2_FINISH_HIM() /** Wave 0x2 - Let's end this now pilot! Aerial attack formation! . . \ \ || 9| | / ^ \\ || // o * \\ || // ^ \ z \ || / || . / \/\/ 10 ^ ^ ^^^^ \\ || // ^ ^ ^ \ 00 \\ || // , ^ ^ | \__/ \ || / ^ . \/\/ || (XXX) " . 8| | \|/ \\ || // \\ || // || / ' \ || / 7| \/\/ \\ || // . (**) \\ || // ^ | \ || / . \/\/ . ()() \| _______ (x )==O \ | )_ () ___.... ______ \\\ | \'\///oo///=-=-=-*>*>*> O==(x ) \\ // *** \ ///XX|X===////'' , \\======// o o \\====== // _______ =\ //\\__O_// ===\\\ . O==(x ) \| |/ . | O---O | * . . / | - XxX| - " ** | x | \' * ' _________ . * | O---O | | o o o o | ___^^^^_ // /\ \\ * * * . ____ | o o o o |___ | O O | \\ \ \ \\ |o o| /|==| o o o o | - |____ | O O | \\ \ \ || . * , |o o| /=| | o o o o | - | == || O O | || || \ || | |/ | | o ||| o | | = || |^|^| |\ /_____\ /_____\ * ** * * ** */ } #define macro THE_FIFTH_IMPACT() = takes (1) returns (1) { /** Good fighting so far, pilot! Congrats on taking out the scout Elohim. But now it's too late. An advance batallion of 100 Elohim has just landed! We don't have the genetic weapon ready yet so you'll have to engage these enemies, there is no other alternative. Can you defeat all of these foes? */ //(f*zzz // // //*************************\\ /** \ / **/ /** 0 0 **/ ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2()/** \\________________// */ ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() /** ** * */ATTACK_WAVE1() ATTACK_WAVE1() ATTACK_WAVE2() ATTACK_WAVE2() /** * * * *** * * **** ** ** *** *** * ** ** *** ** */ /** * * *** * * ** ** *** ***** * * *** ****** * * ** * * * ****** **** * * ** ** ******* **** ** *** *** *** ** * * ** * ***** ** *** * * */ /* * * * *** * * **** * * *** ****** * * ** * * * ****** **** * * ** ** ******* **** **** ** * ** ** *** *** *** ** * * ** * * ** *** * * *** */ /** **b*zzz ** * * *** * * * ** *** ***** * * ** ** *** *** *** ** * * ** * ************* * *** * ** ** * ***** ** *** * * ** ** ** ** *** * */ } // // ================================EVANGELION-ATTACK-UTILITIES=================+MAGI-03-ORIGINAL #define fn ATTACK_WAVE1() = takes (1) returns (1) { 0x07 EVA_SEVEN() EVA_EIGHT() EVA_NINE() EVA_TEN() pop } #define macro EVA_SEVEN() = takes (2) returns (2) { __FUNC_SIG(eva_SEVEN) 0x00 mstore CONFIRM_EVA_CONTRACT() } #define macro EVA_EIGHT() = takes (2) returns (2) { __FUNC_SIG(eva_EIGHT) 0x00 mstore CONFIRM_EVA_CONTRACT() } #define macro EVA_NINE() = takes (2) returns (2) { __FUNC_SIG(eva_NINE) 0x00 mstore CONFIRM_EVA_CONTRACT() } #define macro EVA_TEN() = takes (2) returns (1) { __FUNC_SIG(eva_TEN) 0x00 mstore CONFIRM_EVA_CONTRACT() } #define macro ATTACK_WAVE2() = takes (1) returns (2) { __FUNC_SIG(eva_SEVEN) 0x00 mstore CALL_EVA_CONTRACT() __FUNC_SIG(eva_EIGHT) 0x00 mstore CALL_EVA_CONTRACT() __FUNC_SIG(eva_NINE) 0x00 mstore CALL_EVA_CONTRACT() __FUNC_SIG(eva_TEN) 0x00 mstore CALL_EVA_CONTRACT() // Angel neural resequencing add add add 0x07 0x20 calldataload exp 0x08 0x40 calldataload exp 0x09 0x60 calldataload exp 0x10 0x80 calldataload exp add add add dup1 swap2 eq ZERO_TIME_SOUL_SYNC(0x18) swap1 add } // Same as ATTACK_WAVE2 but this one includes a S2 Engine gas check #define macro ATTACK_WAVE2_FINISH_HIM() = takes (1) returns (2) { gas __FUNC_SIG(eva_SEVEN) 0x00 mstore CALL_EVA_CONTRACT() __FUNC_SIG(eva_EIGHT) 0x00 mstore CALL_EVA_CONTRACT() add __FUNC_SIG(eva_NINE) 0x00 mstore CALL_EVA_CONTRACT() add __FUNC_SIG(eva_TEN) 0x00 mstore CALL_EVA_CONTRACT() add gas // Angel neural resequencing 0x07 0x20 calldataload exp 0x08 0x40 calldataload exp add 0x09 0x60 calldataload exp add 0x10 0x80 calldataload exp add dup1 swap3 eq ZERO_TIME_SOUL_SYNC(0x8) // Super Solenoid power level evaluation swap3 add swap2 swap1 sub swap1 } #define macro CALL_EVA_CONTRACT() = takes (0) returns (1) { gas [MAX_GAS_FOR_EVA] lt ZERO_TIME_SOUL_SYNC(0x03) 0x00 0x20 0x04 0x1c [CD_EVA_CONTROL_ADDRESS] calldataload [MAX_GAS_FOR_EVA] staticcall ANALYZE_EVA_RESPONSE() returndatasize 0x0 0x20 returndatacopy 0x20 mload } #define fn CONFIRM_EVA_CONTRACT() = takes (2) returns (2) { swap1 CALL_EVA_CONTRACT() 0x06 dup4 sub 0x20 mul calldataload dup4 swap1 exp dup2 eq ZERO_TIME_SOUL_SYNC(0x02) add swap1 0x01 add }