SlotDataContract.sol

// SPDX-License-Identifier: MIT
pragma solidity ^0.8.0;

contract SlotDataContract {
    uint256 latest = 49; // Slot 0
    string name; // Slot 1
    mapping(uint256 => uint256) highscores; // Slot 2
    mapping(uint256 => string) highscorers; // Slot 3
    mapping(string => string) realnames; // Slot 4
    uint256 zero; // Slot 5
    bytes pointlessBytes; // Slot 6
    bytes paddedAddress; // Slot 7
    mapping(address => string) addressIdentifiers; // Slot 8
    string iam = 'tomiscool'; // Slot 9
    mapping(string => string) stringStrings; // Slot 10
    address anotherAddress; // Slot 11

    struct Node {
        uint256 num;
        string str;
        mapping(bytes => Node) map;
    }
    Node root; // Slot 12-14

    constructor() {
        name = 'Satoshi';
        highscores[0] = 1;
        highscores[latest] = 12345;
        highscorers[latest] = name;
        highscorers[
            1
        ] = 'Hubert Blaine Wolfeschlegelsteinhausenbergerdorff Sr.';
        realnames['Money Skeleton'] = 'Vitalik Buterin';
        realnames[highscorers[latest]] = 'Hal Finney';
        pointlessBytes = abi.encodePacked(uint8(0), uint8(0), uint8(49));
        paddedAddress = abi.encodePacked(uint64(0), address(this));
        addressIdentifiers[address(this)] = 'tom';
        stringStrings['tom'] = 'clowes';
        anotherAddress = address(this);

        //tom => 0x746f6d
        //tomiscool => 0x746f6d6973636f6f6c

        root.num = 1;
        root.str = 'raffy';
        root.map['a'].num = 2;
        root.map['a'].str = 'chonk';
        root.map['a'].map['b'].num = 3;
        root.map['a'].map['b'].str = 'eth';

        // realnames[highscorers[latest]].slice(0, 3) + highscores[latest].slice(16, 16)
        highscorers[
            uint256(keccak256(abi.encodePacked('Hal', uint128(12345))))
        ] = 'chonk';
    }
}