// NOTE: This code was generated by Hive, but since Hive is on the way out, this // code no longer uses hive generators, so when we get rid of hive we also will // be able to get rid of import 'dart:async'; import 'package:cw_core/utils/print_verbose.dart'; import 'package:cw_core/wallet_info.dart' as newWi; import 'package:cw_core/address_info.dart'; import 'package:cw_core/hive_type_ids.dart'; import 'package:cw_core/wallet_type.dart'; import 'package:hive/hive.dart'; part 'wallet_info_legacy.part.dart'; // // @HiveType(typeId: DERIVATION_TYPE_TYPE_ID) // enum DerivationType { // // @HiveField(0) // unknown, // // @HiveField(1) // def, // default is a reserved word // // @HiveField(2) // nano, // // @HiveField(3) // bip39, // // @HiveField(4) // electrum, // } // // @HiveType(typeId: HARDWARE_WALLET_TYPE_TYPE_ID) // enum HardwareWalletType { // // @HiveField(0) // ledger, // } // @HiveType(typeId: DerivationInfo.typeId) class DerivationInfo extends HiveObject { DerivationInfo({ this.derivationType, this.derivationPath, this.balance = "", this.address = "", this.transactionsCount = 0, this.scriptType, this.description, }); static const typeId = DERIVATION_INFO_TYPE_ID; // @HiveField(0, defaultValue: '') String address; // @HiveField(1, defaultValue: '') String balance; // @HiveField(2, defaultValue: 0) int transactionsCount; // @HiveField(3) newWi.DerivationType? derivationType; // @HiveField(4) String? derivationPath; // @HiveField(5) final String? scriptType; // @HiveField(6) final String? description; } // @HiveType(typeId: WalletInfo.typeId) class WalletInfo extends HiveObject { WalletInfo( this.id, this.name, this.type, this.isRecovery, this.restoreHeight, this.timestamp, this.dirPath, this.path, this.address, this.yatEid, this.yatLastUsedAddressRaw, this.showIntroCakePayCard, this.derivationInfo, this.hardwareWalletType, this.parentAddress, this.hashedWalletIdentifier, this.isNonSeedWallet, ) : _yatLastUsedAddressController = StreamController.broadcast(); factory WalletInfo.external({ required String id, required String name, required WalletType type, required bool isRecovery, required int restoreHeight, required DateTime date, required String dirPath, required String path, required String address, bool? showIntroCakePayCard, String yatEid = '', String yatLastUsedAddressRaw = '', DerivationInfo? derivationInfo, newWi.HardwareWalletType? hardwareWalletType, String? parentAddress, String? hashedWalletIdentifier, bool? isNonSeedWallet, }) { return WalletInfo( id, name, type, isRecovery, restoreHeight, date.millisecondsSinceEpoch, dirPath, path, address, yatEid, yatLastUsedAddressRaw, showIntroCakePayCard, derivationInfo, hardwareWalletType, parentAddress, hashedWalletIdentifier, isNonSeedWallet ?? false, ); } static const typeId = WALLET_INFO_TYPE_ID; static const boxName = 'WalletInfo'; // @HiveField(0, defaultValue: '') String id; // @HiveField(1, defaultValue: '') String name; // @HiveField(2) WalletType type; // @HiveField(3, defaultValue: false) bool isRecovery; // @HiveField(4, defaultValue: 0) int restoreHeight; // @HiveField(5, defaultValue: 0) int timestamp; // @HiveField(6, defaultValue: '') String dirPath; // @HiveField(7, defaultValue: '') String path; // @HiveField(8, defaultValue: '') String address; // @HiveField(10) Map? addresses; // @HiveField(11) String? yatEid; // @HiveField(12) String? yatLastUsedAddressRaw; // @HiveField(13) bool? showIntroCakePayCard; // @HiveField(14) Map>? addressInfos; // @HiveField(15) List? usedAddresses; @deprecated // @HiveField(16) newWi.DerivationType? derivationType; // no longer used @deprecated // @HiveField(17) String? derivationPath; // no longer used // @HiveField(18) String? addressPageType; // @HiveField(19) String? network; // @HiveField(20) DerivationInfo? derivationInfo; // @HiveField(21) newWi.HardwareWalletType? hardwareWalletType; // @HiveField(22) String? parentAddress; // @HiveField(23) List? hiddenAddresses; // @HiveField(24) List? manualAddresses; // @HiveField(25) String? hashedWalletIdentifier; // @HiveField(26, defaultValue: false) bool isNonSeedWallet; String get yatLastUsedAddress => yatLastUsedAddressRaw ?? ''; set yatLastUsedAddress(String address) { yatLastUsedAddressRaw = address; _yatLastUsedAddressController.add(address); } String get yatEmojiId => yatEid ?? ''; bool get isShowIntroCakePayCard { return showIntroCakePayCard ?? false; } bool get isHardwareWallet => hardwareWalletType != null; DateTime get date => DateTime.fromMillisecondsSinceEpoch(timestamp); Stream get yatLastUsedAddressStream => _yatLastUsedAddressController.stream; StreamController _yatLastUsedAddressController; Future updateRestoreHeight(int height) async { restoreHeight = height; await save(); } Future migrateToSqlite() async { final di = newWi.DerivationInfo( id: 0, derivationType: derivationInfo?.derivationType ?? derivationType ?? newWi.DerivationType.unknown, derivationPath: derivationInfo?.derivationPath ?? derivationPath ?? '', ); final derivationInfoId = await di.save(); final walletInfo = newWi.WalletInfo( 0, id, name, type, isRecovery, restoreHeight, timestamp, dirPath, path, address, yatEid, yatLastUsedAddressRaw, showIntroCakePayCard, derivationInfoId, hardwareWalletType, parentAddress, hashedWalletIdentifier, isNonSeedWallet, 0, addressPageType, false, true, null); final wiId = await walletInfo.save(); for (final address in usedAddresses ?? []) { await newWi.WalletInfoAddress.insert(wiId, newWi.WalletInfoAddressType.used, address); } for (final address in hiddenAddresses ?? []) { await newWi.WalletInfoAddress.insert(wiId, newWi.WalletInfoAddressType.hidden, address); } for (final address in manualAddresses ?? []) { await newWi.WalletInfoAddress.insert(wiId, newWi.WalletInfoAddressType.manual, address); } for (int i = 0; i < (addressInfos?.length ?? 0); i++) { for (final address in addressInfos![i] ?? []) { await newWi.WalletInfoAddressInfo.insert( walletInfoId: wiId, mapKey: i, accountIndex: address.accountIndex ?? 0, address: address.address, label: address.label, ); } } await walletInfo.setAddresses(addresses ?? {}); } static Future migrateAllToSqlite(final Box box) async { printV('Migrating WalletInfo to SQLite: start'); final sw = Stopwatch()..start(); final list = box.values.toList(); for (final wi in list) { try { await wi.migrateToSqlite(); await wi.delete(); } catch (e) { printV('Error migrating WalletInfo ${wi.id}: $e'); } } printV('Migrating WalletInfo to SQLite: end (${sw.elapsedMilliseconds}ms)'); } }