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wownero/tests/libwallet_api_tests/main.cpp

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// Copyright (c) 2014-2016, The Monero Project
//
// All rights reserved.
//
// Redistribution and use in source and binary forms, with or without modification, are
// permitted provided that the following conditions are met:
//
// 1. Redistributions of source code must retain the above copyright notice, this list of
// conditions and the following disclaimer.
//
// 2. Redistributions in binary form must reproduce the above copyright notice, this list
// of conditions and the following disclaimer in the documentation and/or other
// materials provided with the distribution.
//
// 3. Neither the name of the copyright holder nor the names of its contributors may be
// used to endorse or promote products derived from this software without specific
// prior written permission.
//
// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND ANY
// EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF
// MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL
// THE COPYRIGHT HOLDER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
// SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
// PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
// INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT,
// STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF
// THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
//
// Parts of this file are originally copyright (c) 2012-2013 The Cryptonote developers
#include "gtest/gtest.h"
#include "wallet/wallet2_api.h"
#include "wallet/wallet2.h"
#include "include_base_utils.h"
#include <boost/filesystem.hpp>
#include <boost/algorithm/string.hpp>
#include <boost/asio.hpp>
#include <boost/date_time/posix_time/posix_time.hpp>
#include <iostream>
#include <vector>
#include <mutex>
#include <thread>
#include <atomic>
#include <functional>
#include <condition_variable>
using namespace std;
//unsigned int epee::g_test_dbg_lock_sleep = 0;
namespace Consts
{
// TODO: get rid of hardcoded paths
const char * WALLET_NAME = "testwallet";
const char * WALLET_NAME_MAINNET = "testwallet_mainnet";
const char * WALLET_NAME_COPY = "testwallet_copy";
const char * WALLET_NAME_WITH_DIR = "walletdir/testwallet_test";
const char * WALLET_NAME_WITH_DIR_NON_WRITABLE = "/var/walletdir/testwallet_test";
const char * WALLET_PASS = "password";
const char * WALLET_PASS2 = "password22";
const char * WALLET_LANG = "English";
std::string WALLETS_ROOT_DIR = "/var/monero/testnet_pvt";
std::string TESTNET_WALLET1_NAME;
std::string TESTNET_WALLET2_NAME;
std::string TESTNET_WALLET3_NAME;
std::string TESTNET_WALLET4_NAME;
std::string TESTNET_WALLET5_NAME;
std::string TESTNET_WALLET6_NAME;
const char * TESTNET_WALLET_PASS = "";
std::string CURRENT_SRC_WALLET;
std::string CURRENT_DST_WALLET;
const uint64_t AMOUNT_10XMR = 10000000000000L;
const uint64_t AMOUNT_5XMR = 5000000000000L;
const uint64_t AMOUNT_1XMR = 1000000000000L;
const std::string PAYMENT_ID_EMPTY = "";
std::string TESTNET_DAEMON_ADDRESS = "localhost:38081";
std::string MAINNET_DAEMON_ADDRESS = "localhost:18081";
}
using namespace Consts;
struct Utils
{
static void deleteWallet(const std::string & walletname)
{
std::cout << "** deleting wallet: " << walletname << std::endl;
boost::filesystem::remove(walletname);
boost::filesystem::remove(walletname + ".address.txt");
boost::filesystem::remove(walletname + ".keys");
}
static void deleteDir(const std::string &path)
{
std::cout << "** removing dir recursively: " << path << std::endl;
boost::filesystem::remove_all(path);
}
static void print_transaction(Bitmonero::TransactionInfo * t)
{
std::cout << "d: "
<< (t->direction() == Bitmonero::TransactionInfo::Direction_In ? "in" : "out")
<< ", pe: " << (t->isPending() ? "true" : "false")
<< ", bh: " << t->blockHeight()
<< ", a: " << Bitmonero::Wallet::displayAmount(t->amount())
<< ", f: " << Bitmonero::Wallet::displayAmount(t->fee())
<< ", h: " << t->hash()
<< ", pid: " << t->paymentId()
<< std::endl;
}
static std::string get_wallet_address(const std::string &filename, const std::string &password)
{
Bitmonero::WalletManager *wmgr = Bitmonero::WalletManagerFactory::getWalletManager();
Bitmonero::Wallet * w = wmgr->openWallet(filename, password, true);
std::string result = w->address();
wmgr->closeWallet(w);
return result;
}
};
struct WalletManagerTest : public testing::Test
{
Bitmonero::WalletManager * wmgr;
WalletManagerTest()
{
std::cout << __FUNCTION__ << std::endl;
wmgr = Bitmonero::WalletManagerFactory::getWalletManager();
// Bitmonero::WalletManagerFactory::setLogLevel(Bitmonero::WalletManagerFactory::LogLevel_4);
Utils::deleteWallet(WALLET_NAME);
Utils::deleteDir(boost::filesystem::path(WALLET_NAME_WITH_DIR).parent_path().string());
}
~WalletManagerTest()
{
std::cout << __FUNCTION__ << std::endl;
//deleteWallet(WALLET_NAME);
}
};
struct WalletManagerMainnetTest : public testing::Test
{
Bitmonero::WalletManager * wmgr;
WalletManagerMainnetTest()
{
std::cout << __FUNCTION__ << std::endl;
wmgr = Bitmonero::WalletManagerFactory::getWalletManager();
Utils::deleteWallet(WALLET_NAME_MAINNET);
}
~WalletManagerMainnetTest()
{
std::cout << __FUNCTION__ << std::endl;
}
};
struct WalletTest1 : public testing::Test
{
Bitmonero::WalletManager * wmgr;
WalletTest1()
{
wmgr = Bitmonero::WalletManagerFactory::getWalletManager();
}
};
struct WalletTest2 : public testing::Test
{
Bitmonero::WalletManager * wmgr;
WalletTest2()
{
wmgr = Bitmonero::WalletManagerFactory::getWalletManager();
}
};
TEST_F(WalletManagerTest, WalletManagerCreatesWallet)
{
Bitmonero::Wallet * wallet = wmgr->createWallet(WALLET_NAME, WALLET_PASS, WALLET_LANG);
ASSERT_TRUE(wallet->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(!wallet->seed().empty());
std::vector<std::string> words;
std::string seed = wallet->seed();
boost::split(words, seed, boost::is_any_of(" "), boost::token_compress_on);
ASSERT_TRUE(words.size() == 25);
std::cout << "** seed: " << wallet->seed() << std::endl;
ASSERT_FALSE(wallet->address().empty());
std::cout << "** address: " << wallet->address() << std::endl;
ASSERT_TRUE(wmgr->closeWallet(wallet));
}
TEST_F(WalletManagerTest, WalletManagerOpensWallet)
{
Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, WALLET_PASS, WALLET_LANG);
std::string seed1 = wallet1->seed();
ASSERT_TRUE(wmgr->closeWallet(wallet1));
Bitmonero::Wallet * wallet2 = wmgr->openWallet(WALLET_NAME, WALLET_PASS);
ASSERT_TRUE(wallet2->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet2->seed() == seed1);
std::cout << "** seed: " << wallet2->seed() << std::endl;
}
TEST_F(WalletManagerTest, WalletMaxAmountAsString)
{
LOG_PRINT_L3("max amount: " << Bitmonero::Wallet::displayAmount(
Bitmonero::Wallet::maximumAllowedAmount()));
}
TEST_F(WalletManagerTest, WalletAmountFromString)
{
uint64_t amount = Bitmonero::Wallet::amountFromString("18446740");
ASSERT_TRUE(amount > 0);
amount = Bitmonero::Wallet::amountFromString("11000000000000");
ASSERT_FALSE(amount > 0);
amount = Bitmonero::Wallet::amountFromString("0.0");
ASSERT_FALSE(amount > 0);
amount = Bitmonero::Wallet::amountFromString("10.1");
ASSERT_TRUE(amount > 0);
}
void open_wallet_helper(Bitmonero::WalletManager *wmgr, Bitmonero::Wallet **wallet, const std::string &pass, std::mutex *mutex)
{
if (mutex)
mutex->lock();
LOG_PRINT_L3("opening wallet in thread: " << std::this_thread::get_id());
*wallet = wmgr->openWallet(WALLET_NAME, pass, true);
LOG_PRINT_L3("wallet address: " << (*wallet)->address());
LOG_PRINT_L3("wallet status: " << (*wallet)->status());
LOG_PRINT_L3("closing wallet in thread: " << std::this_thread::get_id());
if (mutex)
mutex->unlock();
}
//TEST_F(WalletManagerTest, WalletManagerOpensWalletWithPasswordAndReopenMultiThreaded)
//{
// // create password protected wallet
// std::string wallet_pass = "password";
// std::string wrong_wallet_pass = "1111";
// Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, wallet_pass, WALLET_LANG, true);
// std::string seed1 = wallet1->seed();
// ASSERT_TRUE(wmgr->closeWallet(wallet1));
// Bitmonero::Wallet *wallet2 = nullptr;
// Bitmonero::Wallet *wallet3 = nullptr;
// std::mutex mutex;
// std::thread thread1(open_wallet, wmgr, &wallet2, wrong_wallet_pass, &mutex);
// thread1.join();
// ASSERT_TRUE(wallet2->status() != Bitmonero::Wallet::Status_Ok);
// ASSERT_TRUE(wmgr->closeWallet(wallet2));
// std::thread thread2(open_wallet, wmgr, &wallet3, wallet_pass, &mutex);
// thread2.join();
// ASSERT_TRUE(wallet3->status() == Bitmonero::Wallet::Status_Ok);
// ASSERT_TRUE(wmgr->closeWallet(wallet3));
//}
TEST_F(WalletManagerTest, WalletManagerOpensWalletWithPasswordAndReopen)
{
// create password protected wallet
std::string wallet_pass = "password";
std::string wrong_wallet_pass = "1111";
Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, wallet_pass, WALLET_LANG, true);
std::string seed1 = wallet1->seed();
ASSERT_TRUE(wmgr->closeWallet(wallet1));
Bitmonero::Wallet *wallet2 = nullptr;
Bitmonero::Wallet *wallet3 = nullptr;
std::mutex mutex;
open_wallet_helper(wmgr, &wallet2, wrong_wallet_pass, nullptr);
ASSERT_TRUE(wallet2 != nullptr);
ASSERT_TRUE(wallet2->status() != Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wmgr->closeWallet(wallet2));
open_wallet_helper(wmgr, &wallet3, wallet_pass, nullptr);
ASSERT_TRUE(wallet3 != nullptr);
ASSERT_TRUE(wallet3->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wmgr->closeWallet(wallet3));
}
TEST_F(WalletManagerTest, WalletManagerStoresWallet)
{
Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, WALLET_PASS, WALLET_LANG);
std::string seed1 = wallet1->seed();
wallet1->store("");
ASSERT_TRUE(wmgr->closeWallet(wallet1));
Bitmonero::Wallet * wallet2 = wmgr->openWallet(WALLET_NAME, WALLET_PASS);
ASSERT_TRUE(wallet2->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet2->seed() == seed1);
}
TEST_F(WalletManagerTest, WalletManagerMovesWallet)
{
Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, WALLET_PASS, WALLET_LANG);
std::string WALLET_NAME_MOVED = std::string("/tmp/") + WALLET_NAME + ".moved";
std::string seed1 = wallet1->seed();
ASSERT_TRUE(wallet1->store(WALLET_NAME_MOVED));
Bitmonero::Wallet * wallet2 = wmgr->openWallet(WALLET_NAME_MOVED, WALLET_PASS);
ASSERT_TRUE(wallet2->filename() == WALLET_NAME_MOVED);
ASSERT_TRUE(wallet2->keysFilename() == WALLET_NAME_MOVED + ".keys");
ASSERT_TRUE(wallet2->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet2->seed() == seed1);
}
TEST_F(WalletManagerTest, WalletManagerChangesPassword)
{
Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, WALLET_PASS, WALLET_LANG);
std::string seed1 = wallet1->seed();
ASSERT_TRUE(wallet1->setPassword(WALLET_PASS2));
ASSERT_TRUE(wmgr->closeWallet(wallet1));
Bitmonero::Wallet * wallet2 = wmgr->openWallet(WALLET_NAME, WALLET_PASS2);
ASSERT_TRUE(wallet2->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet2->seed() == seed1);
ASSERT_TRUE(wmgr->closeWallet(wallet2));
Bitmonero::Wallet * wallet3 = wmgr->openWallet(WALLET_NAME, WALLET_PASS);
ASSERT_FALSE(wallet3->status() == Bitmonero::Wallet::Status_Ok);
}
TEST_F(WalletManagerTest, WalletManagerRecoversWallet)
{
Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, WALLET_PASS, WALLET_LANG);
std::string seed1 = wallet1->seed();
std::string address1 = wallet1->address();
ASSERT_FALSE(address1.empty());
ASSERT_TRUE(wmgr->closeWallet(wallet1));
Utils::deleteWallet(WALLET_NAME);
Bitmonero::Wallet * wallet2 = wmgr->recoveryWallet(WALLET_NAME, seed1);
ASSERT_TRUE(wallet2->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet2->seed() == seed1);
ASSERT_TRUE(wallet2->address() == address1);
ASSERT_TRUE(wmgr->closeWallet(wallet2));
}
TEST_F(WalletManagerTest, WalletManagerStoresWallet1)
{
Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, WALLET_PASS, WALLET_LANG);
std::string seed1 = wallet1->seed();
std::string address1 = wallet1->address();
ASSERT_TRUE(wallet1->store(""));
ASSERT_TRUE(wallet1->store(WALLET_NAME_COPY));
ASSERT_TRUE(wmgr->closeWallet(wallet1));
Bitmonero::Wallet * wallet2 = wmgr->openWallet(WALLET_NAME_COPY, WALLET_PASS);
ASSERT_TRUE(wallet2->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet2->seed() == seed1);
ASSERT_TRUE(wallet2->address() == address1);
ASSERT_TRUE(wmgr->closeWallet(wallet2));
}
TEST_F(WalletManagerTest, WalletManagerStoresWallet2)
{
Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, WALLET_PASS, WALLET_LANG);
std::string seed1 = wallet1->seed();
std::string address1 = wallet1->address();
ASSERT_TRUE(wallet1->store(WALLET_NAME_WITH_DIR));
ASSERT_TRUE(wmgr->closeWallet(wallet1));
wallet1 = wmgr->openWallet(WALLET_NAME_WITH_DIR, WALLET_PASS);
ASSERT_TRUE(wallet1->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet1->seed() == seed1);
ASSERT_TRUE(wallet1->address() == address1);
ASSERT_TRUE(wmgr->closeWallet(wallet1));
}
TEST_F(WalletManagerTest, WalletManagerStoresWallet3)
{
Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, WALLET_PASS, WALLET_LANG);
std::string seed1 = wallet1->seed();
std::string address1 = wallet1->address();
ASSERT_FALSE(wallet1->store(WALLET_NAME_WITH_DIR_NON_WRITABLE));
ASSERT_TRUE(wmgr->closeWallet(wallet1));
wallet1 = wmgr->openWallet(WALLET_NAME_WITH_DIR_NON_WRITABLE, WALLET_PASS);
ASSERT_FALSE(wallet1->status() == Bitmonero::Wallet::Status_Ok);
// "close" always returns true;
ASSERT_TRUE(wmgr->closeWallet(wallet1));
wallet1 = wmgr->openWallet(WALLET_NAME, WALLET_PASS);
ASSERT_TRUE(wallet1->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet1->seed() == seed1);
ASSERT_TRUE(wallet1->address() == address1);
ASSERT_TRUE(wmgr->closeWallet(wallet1));
}
TEST_F(WalletManagerTest, WalletManagerStoresWallet4)
{
Bitmonero::Wallet * wallet1 = wmgr->createWallet(WALLET_NAME, WALLET_PASS, WALLET_LANG);
std::string seed1 = wallet1->seed();
std::string address1 = wallet1->address();
ASSERT_TRUE(wallet1->store(""));
ASSERT_TRUE(wallet1->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet1->store(""));
ASSERT_TRUE(wallet1->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wmgr->closeWallet(wallet1));
wallet1 = wmgr->openWallet(WALLET_NAME, WALLET_PASS);
ASSERT_TRUE(wallet1->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet1->seed() == seed1);
ASSERT_TRUE(wallet1->address() == address1);
ASSERT_TRUE(wmgr->closeWallet(wallet1));
}
TEST_F(WalletManagerTest, WalletManagerFindsWallet)
{
std::vector<std::string> wallets = wmgr->findWallets(WALLETS_ROOT_DIR);
ASSERT_FALSE(wallets.empty());
std::cout << "Found wallets: " << std::endl;
for (auto wallet_path: wallets) {
std::cout << wallet_path << std::endl;
}
}
TEST_F(WalletTest1, WalletGeneratesPaymentId)
{
std::string payment_id = Bitmonero::Wallet::genPaymentId();
ASSERT_TRUE(payment_id.length() == 16);
}
TEST_F(WalletTest1, WalletGeneratesIntegratedAddress)
{
std::string payment_id = Bitmonero::Wallet::genPaymentId();
Bitmonero::Wallet * wallet1 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
std::string integrated_address = wallet1->integratedAddress(payment_id);
ASSERT_TRUE(integrated_address.length() == 106);
}
TEST_F(WalletTest1, WalletShowsBalance)
{
Bitmonero::Wallet * wallet1 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
ASSERT_TRUE(wallet1->balance() > 0);
ASSERT_TRUE(wallet1->unlockedBalance() > 0);
uint64_t balance1 = wallet1->balance();
uint64_t unlockedBalance1 = wallet1->unlockedBalance();
ASSERT_TRUE(wmgr->closeWallet(wallet1));
Bitmonero::Wallet * wallet2 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
ASSERT_TRUE(balance1 == wallet2->balance());
std::cout << "wallet balance: " << wallet2->balance() << std::endl;
ASSERT_TRUE(unlockedBalance1 == wallet2->unlockedBalance());
std::cout << "wallet unlocked balance: " << wallet2->unlockedBalance() << std::endl;
ASSERT_TRUE(wmgr->closeWallet(wallet2));
}
TEST_F(WalletTest1, WalletReturnsCurrentBlockHeight)
{
Bitmonero::Wallet * wallet1 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
ASSERT_TRUE(wallet1->blockChainHeight() > 0);
wmgr->closeWallet(wallet1);
}
TEST_F(WalletTest1, WalletReturnsDaemonBlockHeight)
{
Bitmonero::Wallet * wallet1 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// wallet not connected to daemon
ASSERT_TRUE(wallet1->daemonBlockChainHeight() == 0);
ASSERT_TRUE(wallet1->status() != Bitmonero::Wallet::Status_Ok);
ASSERT_FALSE(wallet1->errorString().empty());
wmgr->closeWallet(wallet1);
wallet1 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// wallet connected to daemon
wallet1->init(TESTNET_DAEMON_ADDRESS, 0);
ASSERT_TRUE(wallet1->daemonBlockChainHeight() > 0);
std::cout << "daemonBlockChainHeight: " << wallet1->daemonBlockChainHeight() << std::endl;
wmgr->closeWallet(wallet1);
}
TEST_F(WalletTest1, WalletRefresh)
{
std::cout << "Opening wallet: " << CURRENT_SRC_WALLET << std::endl;
Bitmonero::Wallet * wallet1 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// make sure testnet daemon is running
std::cout << "connecting to daemon: " << TESTNET_DAEMON_ADDRESS << std::endl;
ASSERT_TRUE(wallet1->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet1->refresh());
ASSERT_TRUE(wmgr->closeWallet(wallet1));
}
TEST_F(WalletTest1, WalletConvertsToString)
{
std::string strAmount = Bitmonero::Wallet::displayAmount(AMOUNT_5XMR);
ASSERT_TRUE(AMOUNT_5XMR == Bitmonero::Wallet::amountFromString(strAmount));
ASSERT_TRUE(AMOUNT_5XMR == Bitmonero::Wallet::amountFromDouble(5.0));
ASSERT_TRUE(AMOUNT_10XMR == Bitmonero::Wallet::amountFromDouble(10.0));
ASSERT_TRUE(AMOUNT_1XMR == Bitmonero::Wallet::amountFromDouble(1.0));
}
TEST_F(WalletTest1, WalletTransaction)
{
Bitmonero::Wallet * wallet1 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// make sure testnet daemon is running
ASSERT_TRUE(wallet1->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet1->refresh());
uint64_t balance = wallet1->balance();
ASSERT_TRUE(wallet1->status() == Bitmonero::PendingTransaction::Status_Ok);
std::string recepient_address = Utils::get_wallet_address(CURRENT_DST_WALLET, TESTNET_WALLET_PASS);
const int MIXIN_COUNT = 4;
Bitmonero::PendingTransaction * transaction = wallet1->createTransaction(recepient_address,
PAYMENT_ID_EMPTY,
AMOUNT_10XMR,
MIXIN_COUNT,
Bitmonero::PendingTransaction::Priority_Medium);
ASSERT_TRUE(transaction->status() == Bitmonero::PendingTransaction::Status_Ok);
wallet1->refresh();
ASSERT_TRUE(wallet1->balance() == balance);
ASSERT_TRUE(transaction->amount() == AMOUNT_10XMR);
ASSERT_TRUE(transaction->commit());
ASSERT_FALSE(wallet1->balance() == balance);
ASSERT_TRUE(wmgr->closeWallet(wallet1));
}
TEST_F(WalletTest1, WalletTransactionWithMixin)
{
std::vector<int> mixins;
// 2,3,4,5,6,7,8,9,10,15,20,25 can we do it like that?
mixins.push_back(2); mixins.push_back(3); mixins.push_back(4); mixins.push_back(5); mixins.push_back(6);
mixins.push_back(7); mixins.push_back(8); mixins.push_back(9); mixins.push_back(10); mixins.push_back(15);
mixins.push_back(20); mixins.push_back(25);
std::string payment_id = "";
Bitmonero::Wallet * wallet1 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// make sure testnet daemon is running
ASSERT_TRUE(wallet1->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet1->refresh());
uint64_t balance = wallet1->balance();
ASSERT_TRUE(wallet1->status() == Bitmonero::PendingTransaction::Status_Ok);
std::string recepient_address = Utils::get_wallet_address(CURRENT_DST_WALLET, TESTNET_WALLET_PASS);
for (auto mixin : mixins) {
std::cerr << "Transaction mixin count: " << mixin << std::endl;
Bitmonero::PendingTransaction * transaction = wallet1->createTransaction(
recepient_address, payment_id, AMOUNT_5XMR, mixin);
std::cerr << "Transaction status: " << transaction->status() << std::endl;
std::cerr << "Transaction fee: " << Bitmonero::Wallet::displayAmount(transaction->fee()) << std::endl;
std::cerr << "Transaction error: " << transaction->errorString() << std::endl;
ASSERT_TRUE(transaction->status() == Bitmonero::PendingTransaction::Status_Ok);
wallet1->disposeTransaction(transaction);
}
wallet1->refresh();
ASSERT_TRUE(wallet1->balance() == balance);
ASSERT_TRUE(wmgr->closeWallet(wallet1));
}
TEST_F(WalletTest1, WalletTransactionWithPriority)
{
std::string payment_id = "";
Bitmonero::Wallet * wallet1 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// make sure testnet daemon is running
ASSERT_TRUE(wallet1->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet1->refresh());
uint64_t balance = wallet1->balance();
ASSERT_TRUE(wallet1->status() == Bitmonero::PendingTransaction::Status_Ok);
std::string recepient_address = Utils::get_wallet_address(CURRENT_DST_WALLET, TESTNET_WALLET_PASS);
uint32_t mixin = 2;
uint64_t fee = 0;
std::vector<Bitmonero::PendingTransaction::Priority> priorities = {
Bitmonero::PendingTransaction::Priority_Low,
Bitmonero::PendingTransaction::Priority_Medium,
Bitmonero::PendingTransaction::Priority_High
};
for (auto it = priorities.begin(); it != priorities.end(); ++it) {
std::cerr << "Transaction priority: " << *it << std::endl;
Bitmonero::PendingTransaction * transaction = wallet1->createTransaction(
recepient_address, payment_id, AMOUNT_5XMR, mixin, *it);
std::cerr << "Transaction status: " << transaction->status() << std::endl;
std::cerr << "Transaction fee: " << Bitmonero::Wallet::displayAmount(transaction->fee()) << std::endl;
std::cerr << "Transaction error: " << transaction->errorString() << std::endl;
ASSERT_TRUE(transaction->fee() > fee);
ASSERT_TRUE(transaction->status() == Bitmonero::PendingTransaction::Status_Ok);
fee = transaction->fee();
wallet1->disposeTransaction(transaction);
}
wallet1->refresh();
ASSERT_TRUE(wallet1->balance() == balance);
ASSERT_TRUE(wmgr->closeWallet(wallet1));
}
TEST_F(WalletTest1, WalletHistory)
{
Bitmonero::Wallet * wallet1 = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// make sure testnet daemon is running
ASSERT_TRUE(wallet1->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet1->refresh());
Bitmonero::TransactionHistory * history = wallet1->history();
history->refresh();
ASSERT_TRUE(history->count() > 0);
for (auto t: history->getAll()) {
ASSERT_TRUE(t != nullptr);
Utils::print_transaction(t);
}
}
TEST_F(WalletTest1, WalletTransactionAndHistory)
{
return;
Bitmonero::Wallet * wallet_src = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// make sure testnet daemon is running
ASSERT_TRUE(wallet_src->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet_src->refresh());
Bitmonero::TransactionHistory * history = wallet_src->history();
history->refresh();
ASSERT_TRUE(history->count() > 0);
size_t count1 = history->count();
std::cout << "**** Transactions before transfer (" << count1 << ")" << std::endl;
for (auto t: history->getAll()) {
ASSERT_TRUE(t != nullptr);
Utils::print_transaction(t);
}
std::string wallet4_addr = Utils::get_wallet_address(CURRENT_DST_WALLET, TESTNET_WALLET_PASS);
Bitmonero::PendingTransaction * tx = wallet_src->createTransaction(wallet4_addr,
PAYMENT_ID_EMPTY,
AMOUNT_10XMR * 5, 1);
ASSERT_TRUE(tx->status() == Bitmonero::PendingTransaction::Status_Ok);
ASSERT_TRUE(tx->commit());
history = wallet_src->history();
history->refresh();
ASSERT_TRUE(count1 != history->count());
std::cout << "**** Transactions after transfer (" << history->count() << ")" << std::endl;
for (auto t: history->getAll()) {
ASSERT_TRUE(t != nullptr);
Utils::print_transaction(t);
}
}
TEST_F(WalletTest1, WalletTransactionWithPaymentId)
{
Bitmonero::Wallet * wallet_src = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// make sure testnet daemon is running
ASSERT_TRUE(wallet_src->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet_src->refresh());
Bitmonero::TransactionHistory * history = wallet_src->history();
history->refresh();
ASSERT_TRUE(history->count() > 0);
size_t count1 = history->count();
std::cout << "**** Transactions before transfer (" << count1 << ")" << std::endl;
for (auto t: history->getAll()) {
ASSERT_TRUE(t != nullptr);
Utils::print_transaction(t);
}
std::string wallet4_addr = Utils::get_wallet_address(CURRENT_DST_WALLET, TESTNET_WALLET_PASS);
std::string payment_id = Bitmonero::Wallet::genPaymentId();
ASSERT_TRUE(payment_id.length() == 16);
Bitmonero::PendingTransaction * tx = wallet_src->createTransaction(wallet4_addr,
payment_id,
AMOUNT_1XMR, 1);
ASSERT_TRUE(tx->status() == Bitmonero::PendingTransaction::Status_Ok);
ASSERT_TRUE(tx->commit());
history = wallet_src->history();
history->refresh();
ASSERT_TRUE(count1 != history->count());
bool payment_id_in_history = false;
std::cout << "**** Transactions after transfer (" << history->count() << ")" << std::endl;
for (auto t: history->getAll()) {
ASSERT_TRUE(t != nullptr);
Utils::print_transaction(t);
if (t->paymentId() == payment_id) {
payment_id_in_history = true;
}
}
ASSERT_TRUE(payment_id_in_history);
}
struct MyWalletListener : public Bitmonero::WalletListener
{
Bitmonero::Wallet * wallet;
uint64_t total_tx;
uint64_t total_rx;
std::mutex mutex;
std::condition_variable cv_send;
std::condition_variable cv_receive;
std::condition_variable cv_update;
std::condition_variable cv_refresh;
std::condition_variable cv_newblock;
bool send_triggered;
bool receive_triggered;
bool newblock_triggered;
bool update_triggered;
bool refresh_triggered;
MyWalletListener(Bitmonero::Wallet * wallet)
: total_tx(0), total_rx(0)
{
reset();
this->wallet = wallet;
this->wallet->setListener(this);
}
void reset()
{
send_triggered = receive_triggered = update_triggered = refresh_triggered = false;
}
virtual void moneySpent(const string &txId, uint64_t amount)
{
std::cerr << "wallet: " << wallet->address() << "**** just spent money ("
<< txId << ", " << wallet->displayAmount(amount) << ")" << std::endl;
total_tx += amount;
send_triggered = true;
cv_send.notify_one();
}
virtual void moneyReceived(const string &txId, uint64_t amount)
{
std::cout << "wallet: " << wallet->address() << "**** just received money ("
<< txId << ", " << wallet->displayAmount(amount) << ")" << std::endl;
total_rx += amount;
receive_triggered = true;
cv_receive.notify_one();
}
virtual void newBlock(uint64_t height)
{
// std::cout << "wallet: " << wallet->address()
// <<", new block received, blockHeight: " << height << std::endl;
static int bc_height = wallet->daemonBlockChainHeight();
std::cout << height
<< " / " << bc_height/* 0*/
<< std::endl;
newblock_triggered = true;
cv_newblock.notify_one();
}
virtual void updated()
{
std::cout << __FUNCTION__ << "Wallet updated";
update_triggered = true;
cv_update.notify_one();
}
virtual void refreshed()
{
std::cout << __FUNCTION__ << "Wallet refreshed";
refresh_triggered = true;
cv_refresh.notify_one();
}
};
TEST_F(WalletTest2, WalletCallBackRefreshedSync)
{
Bitmonero::Wallet * wallet_src = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
MyWalletListener * wallet_src_listener = new MyWalletListener(wallet_src);
ASSERT_TRUE(wallet_src->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet_src_listener->refresh_triggered);
ASSERT_TRUE(wallet_src->connected());
std::chrono::seconds wait_for = std::chrono::seconds(60*3);
std::unique_lock<std::mutex> lock (wallet_src_listener->mutex);
wallet_src_listener->cv_refresh.wait_for(lock, wait_for);
wmgr->closeWallet(wallet_src);
}
TEST_F(WalletTest2, WalletCallBackRefreshedAsync)
{
Bitmonero::Wallet * wallet_src = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
MyWalletListener * wallet_src_listener = new MyWalletListener(wallet_src);
std::chrono::seconds wait_for = std::chrono::seconds(20);
std::unique_lock<std::mutex> lock (wallet_src_listener->mutex);
wallet_src->initAsync(TESTNET_DAEMON_ADDRESS, 0);
std::cerr << "TEST: waiting on refresh lock...\n";
wallet_src_listener->cv_refresh.wait_for(lock, wait_for);
std::cerr << "TEST: refresh lock acquired...\n";
ASSERT_TRUE(wallet_src_listener->refresh_triggered);
ASSERT_TRUE(wallet_src->connected());
std::cerr << "TEST: closing wallet...\n";
wmgr->closeWallet(wallet_src);
}
TEST_F(WalletTest2, WalletCallbackSent)
{
Bitmonero::Wallet * wallet_src = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// make sure testnet daemon is running
ASSERT_TRUE(wallet_src->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet_src->refresh());
MyWalletListener * wallet_src_listener = new MyWalletListener(wallet_src);
uint64_t balance = wallet_src->balance();
std::cout << "** Balance: " << wallet_src->displayAmount(wallet_src->balance()) << std::endl;
Bitmonero::Wallet * wallet_dst = wmgr->openWallet(CURRENT_DST_WALLET, TESTNET_WALLET_PASS, true);
uint64_t amount = AMOUNT_1XMR * 5;
std::cout << "** Sending " << Bitmonero::Wallet::displayAmount(amount) << " to " << wallet_dst->address();
Bitmonero::PendingTransaction * tx = wallet_src->createTransaction(wallet_dst->address(),
PAYMENT_ID_EMPTY,
amount, 1);
std::cout << "** Committing transaction: " << Bitmonero::Wallet::displayAmount(tx->amount())
<< " with fee: " << Bitmonero::Wallet::displayAmount(tx->fee());
ASSERT_TRUE(tx->status() == Bitmonero::PendingTransaction::Status_Ok);
ASSERT_TRUE(tx->commit());
std::chrono::seconds wait_for = std::chrono::seconds(60*3);
std::unique_lock<std::mutex> lock (wallet_src_listener->mutex);
std::cerr << "TEST: waiting on send lock...\n";
wallet_src_listener->cv_send.wait_for(lock, wait_for);
std::cerr << "TEST: send lock acquired...\n";
ASSERT_TRUE(wallet_src_listener->send_triggered);
ASSERT_TRUE(wallet_src_listener->update_triggered);
std::cout << "** Balance: " << wallet_src->displayAmount(wallet_src->balance()) << std::endl;
ASSERT_TRUE(wallet_src->balance() < balance);
wmgr->closeWallet(wallet_src);
wmgr->closeWallet(wallet_dst);
}
TEST_F(WalletTest2, WalletCallbackReceived)
{
Bitmonero::Wallet * wallet_src = wmgr->openWallet(CURRENT_SRC_WALLET, TESTNET_WALLET_PASS, true);
// make sure testnet daemon is running
ASSERT_TRUE(wallet_src->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet_src->refresh());
std::cout << "** Balance src1: " << wallet_src->displayAmount(wallet_src->balance()) << std::endl;
Bitmonero::Wallet * wallet_dst = wmgr->openWallet(CURRENT_DST_WALLET, TESTNET_WALLET_PASS, true);
ASSERT_TRUE(wallet_dst->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet_dst->refresh());
uint64_t balance = wallet_dst->balance();
std::cout << "** Balance dst1: " << wallet_dst->displayAmount(wallet_dst->balance()) << std::endl;
std::unique_ptr<MyWalletListener> wallet_dst_listener (new MyWalletListener(wallet_dst));
uint64_t amount = AMOUNT_1XMR * 5;
std::cout << "** Sending " << Bitmonero::Wallet::displayAmount(amount) << " to " << wallet_dst->address();
Bitmonero::PendingTransaction * tx = wallet_src->createTransaction(wallet_dst->address(),
PAYMENT_ID_EMPTY,
amount, 1);
std::cout << "** Committing transaction: " << Bitmonero::Wallet::displayAmount(tx->amount())
<< " with fee: " << Bitmonero::Wallet::displayAmount(tx->fee());
ASSERT_TRUE(tx->status() == Bitmonero::PendingTransaction::Status_Ok);
ASSERT_TRUE(tx->commit());
std::chrono::seconds wait_for = std::chrono::seconds(60*4);
std::unique_lock<std::mutex> lock (wallet_dst_listener->mutex);
std::cerr << "TEST: waiting on receive lock...\n";
wallet_dst_listener->cv_receive.wait_for(lock, wait_for);
std::cerr << "TEST: receive lock acquired...\n";
ASSERT_TRUE(wallet_dst_listener->receive_triggered);
ASSERT_TRUE(wallet_dst_listener->update_triggered);
std::cout << "** Balance src2: " << wallet_dst->displayAmount(wallet_src->balance()) << std::endl;
std::cout << "** Balance dst2: " << wallet_dst->displayAmount(wallet_dst->balance()) << std::endl;
ASSERT_TRUE(wallet_dst->balance() > balance);
wmgr->closeWallet(wallet_src);
wmgr->closeWallet(wallet_dst);
}
TEST_F(WalletTest2, WalletCallbackNewBlock)
{
Bitmonero::Wallet * wallet_src = wmgr->openWallet(TESTNET_WALLET5_NAME, TESTNET_WALLET_PASS, true);
// make sure testnet daemon is running
ASSERT_TRUE(wallet_src->init(TESTNET_DAEMON_ADDRESS, 0));
ASSERT_TRUE(wallet_src->refresh());
uint64_t bc1 = wallet_src->blockChainHeight();
std::cout << "** Block height: " << bc1 << std::endl;
std::unique_ptr<MyWalletListener> wallet_listener (new MyWalletListener(wallet_src));
// wait max 4 min for new block
std::chrono::seconds wait_for = std::chrono::seconds(60*4);
std::unique_lock<std::mutex> lock (wallet_listener->mutex);
std::cerr << "TEST: waiting on newblock lock...\n";
wallet_listener->cv_newblock.wait_for(lock, wait_for);
std::cerr << "TEST: newblock lock acquired...\n";
ASSERT_TRUE(wallet_listener->newblock_triggered);
uint64_t bc2 = wallet_src->blockChainHeight();
std::cout << "** Block height: " << bc2 << std::endl;
ASSERT_TRUE(bc2 > bc1);
wmgr->closeWallet(wallet_src);
}
TEST_F(WalletManagerMainnetTest, CreateOpenAndRefreshWalletMainNetSync)
{
Bitmonero::Wallet * wallet = wmgr->createWallet(WALLET_NAME_MAINNET, "", WALLET_LANG);
std::unique_ptr<MyWalletListener> wallet_listener (new MyWalletListener(wallet));
wallet->init(MAINNET_DAEMON_ADDRESS, 0);
std::cerr << "TEST: waiting on refresh lock...\n";
//wallet_listener->cv_refresh.wait_for(lock, wait_for);
std::cerr << "TEST: refresh lock acquired...\n";
ASSERT_TRUE(wallet_listener->refresh_triggered);
ASSERT_TRUE(wallet->connected());
ASSERT_TRUE(wallet->blockChainHeight() == wallet->daemonBlockChainHeight());
std::cerr << "TEST: closing wallet...\n";
wmgr->closeWallet(wallet);
}
TEST_F(WalletManagerMainnetTest, CreateAndRefreshWalletMainNetAsync)
{
// supposing 120 seconds should be enough for fast refresh
int SECONDS_TO_REFRESH = 120;
Bitmonero::Wallet * wallet = wmgr->createWallet(WALLET_NAME_MAINNET, "", WALLET_LANG);
std::unique_ptr<MyWalletListener> wallet_listener (new MyWalletListener(wallet));
std::chrono::seconds wait_for = std::chrono::seconds(SECONDS_TO_REFRESH);
std::unique_lock<std::mutex> lock (wallet_listener->mutex);
wallet->initAsync(MAINNET_DAEMON_ADDRESS, 0);
// wallet->init(MAINNET_DAEMON_ADDRESS, 0);
std::cerr << "TEST: waiting on refresh lock...\n";
wallet_listener->cv_refresh.wait_for(lock, wait_for);
std::cerr << "TEST: refresh lock acquired...\n";
ASSERT_TRUE(wallet->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet_listener->refresh_triggered);
ASSERT_TRUE(wallet->connected());
ASSERT_TRUE(wallet->blockChainHeight() == wallet->daemonBlockChainHeight());
std::cerr << "TEST: closing wallet...\n";
wmgr->closeWallet(wallet);
}
TEST_F(WalletManagerMainnetTest, OpenAndRefreshWalletMainNetAsync)
{
// supposing 120 seconds should be enough for fast refresh
int SECONDS_TO_REFRESH = 120;
Bitmonero::Wallet * wallet = wmgr->createWallet(WALLET_NAME_MAINNET, "", WALLET_LANG);
wmgr->closeWallet(wallet);
wallet = wmgr->openWallet(WALLET_NAME_MAINNET, "");
std::unique_ptr<MyWalletListener> wallet_listener (new MyWalletListener(wallet));
std::chrono::seconds wait_for = std::chrono::seconds(SECONDS_TO_REFRESH);
std::unique_lock<std::mutex> lock (wallet_listener->mutex);
wallet->initAsync(MAINNET_DAEMON_ADDRESS, 0);
// wallet->init(MAINNET_DAEMON_ADDRESS, 0);
std::cerr << "TEST: waiting on refresh lock...\n";
wallet_listener->cv_refresh.wait_for(lock, wait_for);
std::cerr << "TEST: refresh lock acquired...\n";
ASSERT_TRUE(wallet->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet_listener->refresh_triggered);
ASSERT_TRUE(wallet->connected());
ASSERT_TRUE(wallet->blockChainHeight() == wallet->daemonBlockChainHeight());
std::cerr << "TEST: closing wallet...\n";
wmgr->closeWallet(wallet);
}
TEST_F(WalletManagerMainnetTest, RecoverAndRefreshWalletMainNetAsync)
{
// supposing 120 seconds should be enough for fast refresh
int SECONDS_TO_REFRESH = 120;
Bitmonero::Wallet * wallet = wmgr->createWallet(WALLET_NAME_MAINNET, "", WALLET_LANG);
std::string seed = wallet->seed();
std::string address = wallet->address();
wmgr->closeWallet(wallet);
// deleting wallet files
Utils::deleteWallet(WALLET_NAME_MAINNET);
// ..and recovering wallet from seed
wallet = wmgr->recoveryWallet(WALLET_NAME_MAINNET, seed);
ASSERT_TRUE(wallet->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_TRUE(wallet->address() == address);
std::unique_ptr<MyWalletListener> wallet_listener (new MyWalletListener(wallet));
std::chrono::seconds wait_for = std::chrono::seconds(SECONDS_TO_REFRESH);
std::unique_lock<std::mutex> lock (wallet_listener->mutex);
wallet->initAsync(MAINNET_DAEMON_ADDRESS, 0);
// wallet->init(MAINNET_DAEMON_ADDRESS, 0);
std::cerr << "TEST: waiting on refresh lock...\n";
// here we wait for 120 seconds and test if wallet doesn't syncrnonize blockchain completely,
// as it needs much more than 120 seconds for mainnet
wallet_listener->cv_refresh.wait_for(lock, wait_for);
ASSERT_TRUE(wallet->status() == Bitmonero::Wallet::Status_Ok);
ASSERT_FALSE(wallet_listener->refresh_triggered);
ASSERT_TRUE(wallet->connected());
ASSERT_FALSE(wallet->blockChainHeight() == wallet->daemonBlockChainHeight());
std::cerr << "TEST: closing wallet...\n";
wmgr->closeWallet(wallet);
std::cerr << "TEST: wallet closed\n";
}
int main(int argc, char** argv)
{
// we can override default values for "TESTNET_DAEMON_ADDRESS" and "WALLETS_ROOT_DIR"
const char * testnet_daemon_addr = std::getenv("TESTNET_DAEMON_ADDRESS");
if (testnet_daemon_addr) {
TESTNET_DAEMON_ADDRESS = testnet_daemon_addr;
}
const char * mainnet_daemon_addr = std::getenv("MAINNET_DAEMON_ADDRESS");
if (mainnet_daemon_addr) {
MAINNET_DAEMON_ADDRESS = mainnet_daemon_addr;
}
const char * wallets_root_dir = std::getenv("WALLETS_ROOT_DIR");
if (wallets_root_dir) {
WALLETS_ROOT_DIR = wallets_root_dir;
}
TESTNET_WALLET1_NAME = WALLETS_ROOT_DIR + "/wallet_01.bin";
TESTNET_WALLET2_NAME = WALLETS_ROOT_DIR + "/wallet_02.bin";
TESTNET_WALLET3_NAME = WALLETS_ROOT_DIR + "/wallet_03.bin";
TESTNET_WALLET4_NAME = WALLETS_ROOT_DIR + "/wallet_04.bin";
TESTNET_WALLET5_NAME = WALLETS_ROOT_DIR + "/wallet_05.bin";
TESTNET_WALLET6_NAME = WALLETS_ROOT_DIR + "/wallet_06.bin";
CURRENT_SRC_WALLET = TESTNET_WALLET5_NAME;
CURRENT_DST_WALLET = TESTNET_WALLET1_NAME;
::testing::InitGoogleTest(&argc, argv);
Bitmonero::WalletManagerFactory::setLogLevel(Bitmonero::WalletManagerFactory::LogLevel_Max);
return RUN_ALL_TESTS();
}
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