// overwrite abi and bin:
// solc tests/storage-layout/storage_layout-0.8.10.sol --abi --bin -o tests/storage-layout --overwrite
contract StorageLayout {
    uint248 packedUint = 1;
    bool packedBool = true;

    struct PackedStruct {
        bool b;
        uint248 a;
    }
    PackedStruct _packedStruct = PackedStruct(packedBool, packedUint);

    mapping (uint => PackedStruct) mappingPackedStruct;
    mapping (address => mapping (uint => PackedStruct)) deepMappingPackedStruct;
    mapping (address => mapping (uint => bool)) deepMappingElementaryTypes;
    mapping (address => PackedStruct[]) mappingDynamicArrayOfStructs;

    address _address;
    string _string = "slither-read-storage";
    uint8 packedUint8 = 8;
    bytes8 packedBytes = "aaaaaaaa";

    enum Enum {
        a,
        b,
        c
    }
    Enum _enumA = Enum.a;
    Enum _enumB = Enum.b;
    Enum _enumC = Enum.c;

    uint256[3] fixedArray;
    uint256[3][] dynamicArrayOfFixedArrays;
    uint[][3] fixedArrayofDynamicArrays;
    uint[][] multidimensionalArray;
    PackedStruct[] dynamicArrayOfStructs;
    PackedStruct[3] fixedArrayOfStructs;

    function store() external {
        require(_address == address(0));
        _address = msg.sender;

        mappingPackedStruct[packedUint] = _packedStruct; 

        deepMappingPackedStruct[_address][packedUint] = _packedStruct;

        deepMappingElementaryTypes[_address][1] = true;
        deepMappingElementaryTypes[_address][2] = true;

        fixedArray = [1, 2, 3];

        dynamicArrayOfFixedArrays.push(fixedArray);
        dynamicArrayOfFixedArrays.push([4, 5, 6]);

        fixedArrayofDynamicArrays[0].push(7);
        fixedArrayofDynamicArrays[1].push(8);
        fixedArrayofDynamicArrays[1].push(9);
        fixedArrayofDynamicArrays[2].push(10);
        fixedArrayofDynamicArrays[2].push(11);
        fixedArrayofDynamicArrays[2].push(12);

        multidimensionalArray.push([13]);
        multidimensionalArray.push([14, 15]);
        multidimensionalArray.push([16, 17, 18]);

        dynamicArrayOfStructs.push(_packedStruct);
        dynamicArrayOfStructs.push(PackedStruct(false, 10));
        fixedArrayOfStructs[0] = _packedStruct;
        fixedArrayOfStructs[1] = PackedStruct(false, 10);

       mappingDynamicArrayOfStructs[_address].push(dynamicArrayOfStructs[0]);
       mappingDynamicArrayOfStructs[_address].push(dynamicArrayOfStructs[1]);
    }
}