stack_wallet/lib/services/coins/coin_service.dart
2022-09-23 15:02:53 -06:00

248 lines
6.5 KiB
Dart

import 'package:decimal/decimal.dart';
import 'package:stackwallet/electrumx_rpc/cached_electrumx.dart';
import 'package:stackwallet/electrumx_rpc/electrumx.dart';
import 'package:stackwallet/models/models.dart';
import 'package:stackwallet/models/node_model.dart';
import 'package:stackwallet/services/coins/bitcoin/bitcoin_wallet.dart';
import 'package:stackwallet/services/coins/dogecoin/dogecoin_wallet.dart';
import 'package:stackwallet/services/coins/epiccash/epiccash_wallet.dart';
import 'package:stackwallet/services/coins/firo/firo_wallet.dart';
import 'package:stackwallet/services/coins/monero/monero_wallet.dart';
import 'package:stackwallet/services/coins/namecoin/namecoin_wallet.dart';
import 'package:stackwallet/services/transaction_notification_tracker.dart';
import 'package:stackwallet/utilities/enums/coin_enum.dart';
import 'package:stackwallet/utilities/prefs.dart';
abstract class CoinServiceAPI {
CoinServiceAPI();
factory CoinServiceAPI.from(
Coin coin,
String walletId,
String walletName,
NodeModel node,
TransactionNotificationTracker tracker,
Prefs prefs,
List<NodeModel> failovers,
) {
final electrumxNode = ElectrumXNode(
address: node.host,
port: node.port,
name: node.name,
id: node.id,
useSSL: node.useSSL,
);
final client = ElectrumX.from(
node: electrumxNode,
failovers: failovers
.map((e) => ElectrumXNode(
address: e.host,
port: e.port,
name: e.name,
id: e.id,
useSSL: e.useSSL,
))
.toList(),
prefs: prefs,
);
final cachedClient = CachedElectrumX.from(
node: electrumxNode,
failovers: failovers
.map((e) => ElectrumXNode(
address: e.host,
port: e.port,
name: e.name,
id: e.id,
useSSL: e.useSSL,
))
.toList(),
prefs: prefs,
);
switch (coin) {
case Coin.firo:
return FiroWallet(
walletId: walletId,
walletName: walletName,
coin: coin,
client: client,
cachedClient: cachedClient,
tracker: tracker,
);
case Coin.firoTestNet:
return FiroWallet(
walletId: walletId,
walletName: walletName,
coin: coin,
client: client,
cachedClient: cachedClient,
tracker: tracker,
);
case Coin.bitcoin:
return BitcoinWallet(
walletId: walletId,
walletName: walletName,
coin: coin,
client: client,
cachedClient: cachedClient,
tracker: tracker,
);
case Coin.bitcoinTestNet:
return BitcoinWallet(
walletId: walletId,
walletName: walletName,
coin: coin,
client: client,
cachedClient: cachedClient,
tracker: tracker,
);
// case Coin.bitcoincash:
// return BitcoinCashWallet(
// walletId: walletId,
// walletName: walletName,
// coin: coin,
// client: client,
// cachedClient: cachedClient,
// tracker: tracker,
// );
//
// case Coin.bitcoincashTestnet:
// return BitcoinCashWallet(
// walletId: walletId,
// walletName: walletName,
// coin: coin,
// client: client,
// cachedClient: cachedClient,
// tracker: tracker,
// );
case Coin.dogecoin:
return DogecoinWallet(
walletId: walletId,
walletName: walletName,
coin: coin,
client: client,
cachedClient: cachedClient,
tracker: tracker,
);
case Coin.epicCash:
return EpicCashWallet(
walletId: walletId,
walletName: walletName,
coin: coin,
// tracker: tracker,
);
case Coin.monero:
return MoneroWallet(
walletId: walletId,
walletName: walletName,
coin: coin,
// tracker: tracker,
);
case Coin.namecoin:
return NamecoinWallet(
walletId: walletId,
walletName: walletName,
coin: coin,
tracker: tracker,
cachedClient: cachedClient,
client: client,
);
case Coin.dogecoinTestNet:
return DogecoinWallet(
walletId: walletId,
walletName: walletName,
coin: coin,
client: client,
cachedClient: cachedClient,
tracker: tracker,
);
}
}
Coin get coin;
bool get isRefreshing;
bool get shouldAutoSync;
set shouldAutoSync(bool shouldAutoSync);
bool get isFavorite;
set isFavorite(bool markFavorite);
Future<Map<String, dynamic>> prepareSend({
required String address,
required int satoshiAmount,
Map<String, dynamic>? args,
});
Future<String> confirmSend({required Map<String, dynamic> txData});
/// create and submit tx to network
///
/// Returns the txid of the sent tx
/// will throw exceptions on failure
Future<String> send(
{required String toAddress,
required int amount,
Map<String, String> args});
Future<FeeObject> get fees;
Future<int> get maxFee;
Future<String> get currentReceivingAddress;
// Future<String> get currentLegacyReceivingAddress;
Future<Decimal> get availableBalance;
Future<Decimal> get pendingBalance;
Future<Decimal> get totalBalance;
Future<Decimal> get balanceMinusMaxFee;
Future<List<String>> get allOwnAddresses;
Future<TransactionData> get transactionData;
Future<List<UtxoObject>> get unspentOutputs;
Future<void> refresh();
Future<void> updateNode(bool shouldRefresh);
// setter for updating on rename
set walletName(String newName);
String get walletName;
String get walletId;
bool validateAddress(String address);
Future<List<String>> get mnemonic;
Future<bool> testNetworkConnection();
Future<void> recoverFromMnemonic({
required String mnemonic,
required int maxUnusedAddressGap,
required int maxNumberOfIndexesToCheck,
required int height,
});
Future<void> initializeNew();
Future<void> initializeExisting();
Future<void> exit();
bool get hasCalledExit;
Future<void> fullRescan(
int maxUnusedAddressGap, int maxNumberOfIndexesToCheck);
void Function(bool isActive)? onIsActiveWalletChanged;
bool get isConnected;
Future<int> estimateFeeFor(int satoshiAmount, int feeRate);
Future<bool> generateNewAddress();
}