import { AbiType } from "abitype";
import { TupleSplit } from "./utils";

// Keep this array in sync with SchemaType.sol enum
export const schemaAbiTypes = [
  "uint8",
  "uint16",
  "uint24",
  "uint32",
  "uint40",
  "uint48",
  "uint56",
  "uint64",
  "uint72",
  "uint80",
  "uint88",
  "uint96",
  "uint104",
  "uint112",
  "uint120",
  "uint128",
  "uint136",
  "uint144",
  "uint152",
  "uint160",
  "uint168",
  "uint176",
  "uint184",
  "uint192",
  "uint200",
  "uint208",
  "uint216",
  "uint224",
  "uint232",
  "uint240",
  "uint248",
  "uint256",
  "int8",
  "int16",
  "int24",
  "int32",
  "int40",
  "int48",
  "int56",
  "int64",
  "int72",
  "int80",
  "int88",
  "int96",
  "int104",
  "int112",
  "int120",
  "int128",
  "int136",
  "int144",
  "int152",
  "int160",
  "int168",
  "int176",
  "int184",
  "int192",
  "int200",
  "int208",
  "int216",
  "int224",
  "int232",
  "int240",
  "int248",
  "int256",
  "bytes1",
  "bytes2",
  "bytes3",
  "bytes4",
  "bytes5",
  "bytes6",
  "bytes7",
  "bytes8",
  "bytes9",
  "bytes10",
  "bytes11",
  "bytes12",
  "bytes13",
  "bytes14",
  "bytes15",
  "bytes16",
  "bytes17",
  "bytes18",
  "bytes19",
  "bytes20",
  "bytes21",
  "bytes22",
  "bytes23",
  "bytes24",
  "bytes25",
  "bytes26",
  "bytes27",
  "bytes28",
  "bytes29",
  "bytes30",
  "bytes31",
  "bytes32",
  "bool",
  "address",
  "uint8[]",
  "uint16[]",
  "uint24[]",
  "uint32[]",
  "uint40[]",
  "uint48[]",
  "uint56[]",
  "uint64[]",
  "uint72[]",
  "uint80[]",
  "uint88[]",
  "uint96[]",
  "uint104[]",
  "uint112[]",
  "uint120[]",
  "uint128[]",
  "uint136[]",
  "uint144[]",
  "uint152[]",
  "uint160[]",
  "uint168[]",
  "uint176[]",
  "uint184[]",
  "uint192[]",
  "uint200[]",
  "uint208[]",
  "uint216[]",
  "uint224[]",
  "uint232[]",
  "uint240[]",
  "uint248[]",
  "uint256[]",
  "int8[]",
  "int16[]",
  "int24[]",
  "int32[]",
  "int40[]",
  "int48[]",
  "int56[]",
  "int64[]",
  "int72[]",
  "int80[]",
  "int88[]",
  "int96[]",
  "int104[]",
  "int112[]",
  "int120[]",
  "int128[]",
  "int136[]",
  "int144[]",
  "int152[]",
  "int160[]",
  "int168[]",
  "int176[]",
  "int184[]",
  "int192[]",
  "int200[]",
  "int208[]",
  "int216[]",
  "int224[]",
  "int232[]",
  "int240[]",
  "int248[]",
  "int256[]",
  "bytes1[]",
  "bytes2[]",
  "bytes3[]",
  "bytes4[]",
  "bytes5[]",
  "bytes6[]",
  "bytes7[]",
  "bytes8[]",
  "bytes9[]",
  "bytes10[]",
  "bytes11[]",
  "bytes12[]",
  "bytes13[]",
  "bytes14[]",
  "bytes15[]",
  "bytes16[]",
  "bytes17[]",
  "bytes18[]",
  "bytes19[]",
  "bytes20[]",
  "bytes21[]",
  "bytes22[]",
  "bytes23[]",
  "bytes24[]",
  "bytes25[]",
  "bytes26[]",
  "bytes27[]",
  "bytes28[]",
  "bytes29[]",
  "bytes30[]",
  "bytes31[]",
  "bytes32[]",
  "bool[]",
  "address[]",
  "bytes",
  "string",
] as const satisfies readonly AbiType[];

export type SchemaAbiType = (typeof schemaAbiTypes)[number];

// These are defined here to keep the index position (98) consolidated, since we use it both in runtime code and type definition
// eslint-disable-next-line @typescript-eslint/no-explicit-any
export const staticAbiTypes = schemaAbiTypes.slice(0, 98) as any as TupleSplit<typeof schemaAbiTypes, 98>[0];
// eslint-disable-next-line @typescript-eslint/no-explicit-any
export const dynamicAbiTypes = schemaAbiTypes.slice(98) as any as TupleSplit<typeof schemaAbiTypes, 98>[1];

export type StaticAbiType = (typeof staticAbiTypes)[number];
export type DynamicAbiType = (typeof dynamicAbiTypes)[number];

export function isSchemaAbiType(abiType: unknown): abiType is SchemaAbiType {
  return schemaAbiTypes.includes(abiType as SchemaAbiType);
}