quel-est-ce-pokemon/lib/data/dto/pokemon_dto.dart
2026-06-09 11:18:56 +02:00

102 lines
3.2 KiB
Dart

import '../../domain/entities/pokemon.dart';
/// Conversion JSON <-> entité Pokemon. Unique endroit de parsing.
class PokemonDto {
PokemonDto._();
/// Mappe un nom de type français (API Tyradex) vers l'enum.
static PokemonType frenchTypeToEnum(String frenchType) {
const map = {
'Normal': PokemonType.normal,
'Combat': PokemonType.fighting,
'Vol': PokemonType.flying,
'Poison': PokemonType.poison,
'Sol': PokemonType.ground,
'Roche': PokemonType.rock,
'Insecte': PokemonType.bug,
'Spectre': PokemonType.ghost,
'Acier': PokemonType.steel,
'Feu': PokemonType.fire,
'Eau': PokemonType.water,
'Plante': PokemonType.grass,
'Électrik': PokemonType.electric,
'Psy': PokemonType.psychic,
'Glace': PokemonType.ice,
'Dragon': PokemonType.dragon,
'Ténèbres': PokemonType.dark,
'Fée': PokemonType.fairy,
};
return map[frenchType] ?? PokemonType.unknown;
}
/// Construit une entité depuis la réponse Tyradex (objet unique ou élément de liste).
/// [fallbackId] sert quand le JSON ne contient pas `pokedex_id`.
static Pokemon fromTyradexJson(Map<String, dynamic> json, {int? fallbackId}) {
final id = (json['pokedex_id'] as int?) ??
fallbackId ??
(throw ArgumentError('pokedex_id absent et fallbackId non fourni'));
final nameMap = json['name'] as Map<String, dynamic>?;
final name = nameMap?['fr'] ?? nameMap?['en'] ?? 'unknown';
final List types = json['types'] ?? [];
final type1 =
types.isNotEmpty ? frenchTypeToEnum(types[0]['name']) : PokemonType.unknown;
final type2 = types.length > 1 ? frenchTypeToEnum(types[1]['name']) : null;
final Map<String, dynamic>? stats = json['stats'];
return Pokemon(
name: name,
id: id,
type1: type1,
type2: type2,
hp: stats?['hp'] ?? 0,
atk: stats?['atk'] ?? 0,
def: stats?['def'] ?? 0,
spd: stats?['vit'] ?? 0, // 'vit' = vitesse chez Tyradex
description: json['category'],
);
}
/// Sérialise pour SQLite.
static Map<String, dynamic> toDb(Pokemon p) {
return {
'name': p.name,
'id': p.id,
'type1': p.type1.name,
'type2': p.type2?.name,
'hp': p.hp,
'atk': p.atk,
'def': p.def,
'spd': p.spd,
'description': p.description,
'isCaught': p.isCaught ? 1 : 0,
'isSeen': p.isSeen ? 1 : 0,
};
}
/// Reconstruit depuis une ligne SQLite.
static Pokemon fromDb(Map<String, dynamic> row) {
return Pokemon(
name: row['name'],
id: row['id'],
type1: PokemonType.values.firstWhere(
(e) => e.name == row['type1'],
orElse: () => PokemonType.unknown,
),
type2: row['type2'] != null
? PokemonType.values.firstWhere(
(e) => e.name == row['type2'],
orElse: () => PokemonType.unknown,
)
: null,
hp: row['hp'] ?? 0,
atk: row['atk'] ?? 0,
def: row['def'] ?? 0,
spd: row['spd'] ?? 0,
description: row['description'],
isCaught: row['isCaught'] == 1 || row['isCaught'] == true,
isSeen: row['isSeen'] == 1 || row['isSeen'] == true,
);
}
}