/**
 * This code was AUTOGENERATED using the Codama library.
 * Please DO NOT EDIT THIS FILE, instead use visitors
 * to add features, then rerun Codama to update it.
 *
 * @see https://github.com/codama-idl/codama
 */

import {
  combineCodec,
  getAddressDecoder,
  getAddressEncoder,
  getArrayDecoder,
  getArrayEncoder,
  getSetDecoder,
  getSetEncoder,
  getStructDecoder,
  getStructEncoder,
  getU32Decoder,
  getU32Encoder,
  type Address,
  type Codec,
  type Decoder,
  type Encoder,
} from '@solana/kit';
import {
  getShipDecoder,
  getShipEncoder,
  getShipIdDecoder,
  getShipIdEncoder,
  type Ship,
  type ShipArgs,
  type ShipId,
  type ShipIdArgs,
} from '.';

/** A collection of [`Ship`] definitions and their associated mints. This is stored in [`Game`](crate::state::Game::ship_definitions). */
export type ShipDefinitions = {
  /** The sequence id of this type */
  seqId: number;
  /** Max weighted number of ships in a fleet, calculated with [`ShipCounts::get_fleet_size`] */
  maxFleetSize: number;
  /** The map of mints to ship ids. This should be append-only, as old mints must be retained to allow withdrawal of removed ships. */
  mintToId: {
    /** The total size of the unsized bytes in the list */
    unsizedLen: number;
    /** The list of items containing offsets, and potentially extra metadata, for the start of each element in the unsized list */
    offsetList: Array<{ offset: number; key: Address }>;
    /** The list of byte offsets for the start of each element in the unsized list */
    unsizedList: Array<Set<ShipId>>;
  };
  /** The map of ship ids to ship definitions */
  ships: {
    /** The total size of the unsized bytes in the list */
    unsizedLen: number;
    /** The list of items containing offsets, and potentially extra metadata, for the start of each element in the unsized list */
    offsetList: Array<{ offset: number; key: ShipId }>;
    /** The list of byte offsets for the start of each element in the unsized list */
    unsizedList: Array<Ship>;
  };
};

export type ShipDefinitionsArgs = {
  /** The sequence id of this type */
  seqId: number;
  /** Max weighted number of ships in a fleet, calculated with [`ShipCounts::get_fleet_size`] */
  maxFleetSize: number;
  /** The map of mints to ship ids. This should be append-only, as old mints must be retained to allow withdrawal of removed ships. */
  mintToId: {
    /** The total size of the unsized bytes in the list */
    unsizedLen: number;
    /** The list of items containing offsets, and potentially extra metadata, for the start of each element in the unsized list */
    offsetList: Array<{ offset: number; key: Address }>;
    /** The list of byte offsets for the start of each element in the unsized list */
    unsizedList: Array<Set<ShipIdArgs>>;
  };
  /** The map of ship ids to ship definitions */
  ships: {
    /** The total size of the unsized bytes in the list */
    unsizedLen: number;
    /** The list of items containing offsets, and potentially extra metadata, for the start of each element in the unsized list */
    offsetList: Array<{ offset: number; key: ShipIdArgs }>;
    /** The list of byte offsets for the start of each element in the unsized list */
    unsizedList: Array<ShipArgs>;
  };
};

export function getShipDefinitionsEncoder(): Encoder<ShipDefinitionsArgs> {
  return getStructEncoder([
    ['seqId', getU32Encoder()],
    ['maxFleetSize', getU32Encoder()],
    [
      'mintToId',
      getStructEncoder([
        ['unsizedLen', getU32Encoder()],
        [
          'offsetList',
          getArrayEncoder(
            getStructEncoder([
              ['offset', getU32Encoder()],
              ['key', getAddressEncoder()],
            ]),
          ),
        ],
        ['unsizedList', getArrayEncoder(getSetEncoder(getShipIdEncoder()))],
      ]),
    ],
    [
      'ships',
      getStructEncoder([
        ['unsizedLen', getU32Encoder()],
        [
          'offsetList',
          getArrayEncoder(
            getStructEncoder([
              ['offset', getU32Encoder()],
              ['key', getShipIdEncoder()],
            ]),
          ),
        ],
        ['unsizedList', getArrayEncoder(getShipEncoder())],
      ]),
    ],
  ]);
}

export function getShipDefinitionsDecoder(): Decoder<ShipDefinitions> {
  return getStructDecoder([
    ['seqId', getU32Decoder()],
    ['maxFleetSize', getU32Decoder()],
    [
      'mintToId',
      getStructDecoder([
        ['unsizedLen', getU32Decoder()],
        [
          'offsetList',
          getArrayDecoder(
            getStructDecoder([
              ['offset', getU32Decoder()],
              ['key', getAddressDecoder()],
            ]),
          ),
        ],
        ['unsizedList', getArrayDecoder(getSetDecoder(getShipIdDecoder()))],
      ]),
    ],
    [
      'ships',
      getStructDecoder([
        ['unsizedLen', getU32Decoder()],
        [
          'offsetList',
          getArrayDecoder(
            getStructDecoder([
              ['offset', getU32Decoder()],
              ['key', getShipIdDecoder()],
            ]),
          ),
        ],
        ['unsizedList', getArrayDecoder(getShipDecoder())],
      ]),
    ],
  ]);
}

export function getShipDefinitionsCodec(): Codec<
  ShipDefinitionsArgs,
  ShipDefinitions
> {
  return combineCodec(getShipDefinitionsEncoder(), getShipDefinitionsDecoder());
}