mirror of
https://github.com/cypherstack/stack_wallet.git
synced 2024-11-16 17:27:39 +00:00
230 lines
9.1 KiB
Dart
230 lines
9.1 KiB
Dart
/*
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* This file is part of Stack Wallet.
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*
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* Copyright (c) 2023 Cypher Stack
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* All Rights Reserved.
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* The code is distributed under GPLv3 license, see LICENSE file for details.
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* Generated by Cypher Stack on 2023-05-26
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*
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*/
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import 'dart:convert';
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import 'logger.dart';
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import '../wallets/crypto_currency/crypto_currency.dart';
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class AddressUtils {
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static String condenseAddress(String address) {
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return '${address.substring(0, 5)}...${address.substring(address.length - 5)}';
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}
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// static bool validateAddress(String address, Coin coin) {
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// //This calls the validate address for each crypto coin, validateAddress is
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// //only used in 2 places, so I just replaced the old functionality here
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// switch (coin) {
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// case Coin.bitcoin:
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// return Bitcoin(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.bitcoinFrost:
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// return BitcoinFrost(CryptoCurrencyNetwork.main)
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// .validateAddress(address);
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// case Coin.litecoin:
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// return Litecoin(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.bitcoincash:
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// return Bitcoincash(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.dogecoin:
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// return Dogecoin(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.epicCash:
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// return Epiccash(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.ethereum:
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// return Ethereum(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.firo:
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// return Firo(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.eCash:
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// return Ecash(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.monero:
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// return Monero(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.wownero:
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// return Wownero(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.namecoin:
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// return Namecoin(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.particl:
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// return Particl(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.peercoin:
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// return Peercoin(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.solana:
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// return Solana(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.stellar:
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// return Stellar(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.nano:
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// return Nano(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.banano:
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// return Banano(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.tezos:
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// return Tezos(CryptoCurrencyNetwork.main).validateAddress(address);
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// case Coin.bitcoinTestNet:
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// return Bitcoin(CryptoCurrencyNetwork.test).validateAddress(address);
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// case Coin.bitcoinFrostTestNet:
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// return BitcoinFrost(CryptoCurrencyNetwork.test)
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// .validateAddress(address);
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// case Coin.litecoinTestNet:
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// return Litecoin(CryptoCurrencyNetwork.test).validateAddress(address);
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// case Coin.bitcoincashTestnet:
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// return Bitcoincash(CryptoCurrencyNetwork.test).validateAddress(address);
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// case Coin.firoTestNet:
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// return Firo(CryptoCurrencyNetwork.test).validateAddress(address);
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// case Coin.dogecoinTestNet:
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// return Dogecoin(CryptoCurrencyNetwork.test).validateAddress(address);
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// case Coin.peercoinTestNet:
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// return Peercoin(CryptoCurrencyNetwork.test).validateAddress(address);
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// case Coin.stellarTestnet:
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// return Stellar(CryptoCurrencyNetwork.test).validateAddress(address);
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// }
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// // throw Exception("moved");
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// // switch (coin) {
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// // case Coin.bitcoin:
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// // return Address.validateAddress(address, bitcoin);
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// // case Coin.litecoin:
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// // return Address.validateAddress(address, litecoin);
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// // case Coin.bitcoincash:
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// // try {
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// // // 0 for bitcoincash: address scheme, 1 for legacy address
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// // final format = bitbox.Address.detectFormat(address);
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// //
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// // if (coin == Coin.bitcoincashTestnet) {
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// // return true;
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// // }
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// //
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// // if (format == bitbox.Address.formatCashAddr) {
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// // String addr = address;
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// // if (addr.contains(":")) {
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// // addr = addr.split(":").last;
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// // }
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// //
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// // return addr.startsWith("q");
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// // } else {
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// // return address.startsWith("1");
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// // }
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// // } catch (e) {
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// // return false;
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// // }
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// // case Coin.dogecoin:
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// // return Address.validateAddress(address, dogecoin);
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// // case Coin.epicCash:
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// // return validateSendAddress(address) == "1";
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// // case Coin.ethereum:
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// // return true; //TODO - validate ETH address
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// // case Coin.firo:
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// // return Address.validateAddress(address, firoNetwork);
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// // case Coin.eCash:
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// // return Address.validateAddress(address, eCashNetwork);
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// // case Coin.monero:
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// // return RegExp("[a-zA-Z0-9]{95}").hasMatch(address) ||
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// // RegExp("[a-zA-Z0-9]{106}").hasMatch(address);
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// // case Coin.wownero:
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// // return RegExp("[a-zA-Z0-9]{95}").hasMatch(address) ||
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// // RegExp("[a-zA-Z0-9]{106}").hasMatch(address);
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// // case Coin.namecoin:
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// // return Address.validateAddress(address, namecoin, namecoin.bech32!);
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// // case Coin.particl:
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// // return Address.validateAddress(address, particl);
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// // case Coin.stellar:
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// // return RegExp(r"^[G][A-Z0-9]{55}$").hasMatch(address);
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// // case Coin.nano:
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// // return NanoAccounts.isValid(NanoAccountType.NANO, address);
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// // case Coin.banano:
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// // return NanoAccounts.isValid(NanoAccountType.BANANO, address);
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// // case Coin.tezos:
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// // return RegExp(r"^tz[1-9A-HJ-NP-Za-km-z]{34}$").hasMatch(address);
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// // case Coin.bitcoinTestNet:
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// // return Address.validateAddress(address, testnet);
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// // case Coin.litecoinTestNet:
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// // return Address.validateAddress(address, litecointestnet);
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// // case Coin.bitcoincashTestnet:
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// // try {
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// // // 0 for bitcoincash: address scheme, 1 for legacy address
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// // final format = bitbox.Address.detectFormat(address);
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// //
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// // if (coin == Coin.bitcoincashTestnet) {
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// // return true;
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// // }
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// //
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// // if (format == bitbox.Address.formatCashAddr) {
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// // String addr = address;
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// // if (addr.contains(":")) {
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// // addr = addr.split(":").last;
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// // }
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// //
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// // return addr.startsWith("q");
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// // } else {
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// // return address.startsWith("1");
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// // }
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// // } catch (e) {
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// // return false;
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// // }
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// // case Coin.firoTestNet:
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// // return Address.validateAddress(address, firoTestNetwork);
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// // case Coin.dogecoinTestNet:
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// // return Address.validateAddress(address, dogecointestnet);
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// // case Coin.stellarTestnet:
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// // return RegExp(r"^[G][A-Z0-9]{55}$").hasMatch(address);
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// // }
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// }
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/// parse an address uri
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/// returns an empty map if the input string does not begin with "firo:"
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static Map<String, String> parseUri(String uri) {
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final Map<String, String> result = {};
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try {
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final u = Uri.parse(uri);
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if (u.hasScheme) {
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result["scheme"] = u.scheme.toLowerCase();
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result["address"] = u.path;
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result.addAll(u.queryParameters);
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}
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} catch (e) {
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Logging.instance
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.log("Exception caught in parseUri($uri): $e", level: LogLevel.Error);
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}
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return result;
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}
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/// builds a uri string with the given address and query parameters if any
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static String buildUriString(
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CryptoCurrency coin,
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String address,
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Map<String, String> params,
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) {
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// TODO: other sanitation as well ?
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String sanitizedAddress = address;
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if (coin is Bitcoincash || coin is Ecash) {
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final prefix = "${coin.uriScheme}:";
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if (address.startsWith(prefix)) {
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sanitizedAddress = address.replaceFirst(prefix, "");
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}
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}
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String uriString = "${coin.uriScheme}:$sanitizedAddress";
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if (params.isNotEmpty) {
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uriString += Uri(queryParameters: params).toString();
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}
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return uriString;
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}
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/// returns empty if bad data
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static Map<String, dynamic> decodeQRSeedData(String data) {
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Map<String, dynamic> result = {};
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try {
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result = Map<String, dynamic>.from(jsonDecode(data) as Map);
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} catch (e) {
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Logging.instance.log(
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"Exception caught in parseQRSeedData($data): $e",
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level: LogLevel.Error,
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);
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}
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return result;
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}
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/// encode mnemonic words to qrcode formatted string
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static String encodeQRSeedData(List<String> words) {
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return jsonEncode({"mnemonic": words});
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}
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}
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