QString MyMoneyOfxConnector::password() const
{
// if we don't find a password in the wallet, we use the old method
// and retrieve it from the settings stored in the KMyMoney data storage.
// in case we don't have a password on file, we ask the user
QString key = OFX_PASSWORD_KEY(m_fiSettings.value("url"), m_fiSettings.value("uniqueId"));
QString pwd = m_fiSettings.value("password");
// now check for the wallet
Wallet *wallet = openSynchronousWallet();
if (wallet
&& !Wallet::keyDoesNotExist(Wallet::NetworkWallet(), Wallet::PasswordFolder(), key)) {
wallet->setFolder(Wallet::PasswordFolder());
wallet->readPassword(key, pwd);
}
if (pwd.isEmpty()) {
QPointer<KPasswordDialog> dlg = new KPasswordDialog(0);
dlg->setPrompt(i18n("Enter your password for account <b>%1</b>").arg(m_account.name()));
if (dlg->exec())
pwd = dlg->password();
delete dlg;
}
return pwd;
}
void NetworkAccount::readPassword()
{
if(!storePasswd())
return;
// ### workaround for broken Wallet::keyDoesNotExist() which returns wrong
// results for new entries without closing and reopening the wallet
if(Wallet::isOpen(Wallet::NetworkWallet()))
{
Wallet *wallet = kmkernel->wallet();
if(!wallet || !wallet->hasEntry("account-" + QString::number(mId)))
return;
}
else
{
if(Wallet::keyDoesNotExist(Wallet::NetworkWallet(), "kmail", "account-" + QString::number(mId)))
return;
}
if(kmkernel->wallet())
{
QString passwd;
kmkernel->wallet()->readPassword("account-" + QString::number(mId), passwd);
setPasswd(passwd, true);
mPasswdDirty = false;
}
}
void CoreScript::AddTech()
{
tech += TECH_ADDED_BY_VISITOR;
tech = Clamp( tech, 0.0, Min( double(TECH_MAX), double( MaxTech() ) - 0.01 ));
achievement.techLevel = Max(achievement.techLevel, (int)tech);
int team = ParentChit()->Team();
int superTeam = Team::Instance()->SuperTeam(team);
if (team != superTeam) {
CoreScript* super = CoreScript::GetCoreFromTeam(superTeam);
if (super) {
super->AddTech();
// EXPERIMENTAL: also transfer Au
Wallet* wallet = parentChit->GetWallet();
GLASSERT(wallet);
if (wallet
&& super->ParentChit()->GetWallet()
&& (wallet->Gold() > (GOLD_XFER_TAKEOVER *3/2)))
{
int gold = GOLD_XFER_TAKEOVER / 10;
super->ParentChit()->GetWallet()->Deposit(wallet, gold);
}
}
}
}
Status
bridgeWatcherStart(Wallet &self)
{
if (watchers_.end() != watchers_.find(self.id()))
return ABC_ERROR(ABC_CC_Error,
"Watcher already exists for " + self.id());
watchers_[self.id()].reset(new WatcherInfo(self));
return Status();
}
//public member functions
void Command::parse(char* args[])
{
mainArg = argToStr(args[1]);
Wallet wallet;
if(mainArg == "getnewaddress")
{
wallet.walletName = argToStr(args[2]);
wallet.getNewAddress();
}
}
void MapScene::ItemTapped(const gamui::UIItem* item)
{
Vector2I sector = { 0, 0 };
Vector2I v = data->destSector;
CoreScript* cs = CoreScript::GetCore(v);
CoreScript* homeCore = lumosChitBag->GetHomeCore();
if (item == &okay) {
data->destSector.Zero();
lumosGame->PopScene();
}
else if (item == &gridTravel) {
lumosGame->PopScene();
}
else if (item == &viewButton) {
data->view = true;
lumosGame->PopScene();
}
else if (item == &mapImage) {
float x = 0, y = 0;
gamui2D.GetRelativeTap(&x, &y);
sector.x = int(x * float(NUM_SECTORS));
sector.y = int(y * float(NUM_SECTORS));
data->destSector = sector;
DrawMap();
EnableButtons();
}
else if (item == &mapImage2) {
float x = 0, y = 0;
gamui2D.GetRelativeTap(&x, &y);
Rectangle2I b = MapBounds2();
sector.x = b.min.x + int(x * float(b.Width()));
sector.y = b.min.y + int(y * float(b.Height()));
data->destSector = sector;
DrawMap();
EnableButtons();
}
else if (item == &warButton) {
Team::Instance()->War(cs, homeCore, true, &lumosChitBag->GetSim()->GetCachedWeb());
DrawMap();
EnableButtons();
}
else if (item == &peaceButton) {
int cost = Team::Instance()->Peace(cs, homeCore, false, &lumosChitBag->GetSim()->GetCachedWeb());
Wallet* wallet = homeCore->ParentChit()->GetWallet();
if (wallet->HasGold(cost)) {
ReserveBank::Instance()->GetWallet()->Deposit(wallet, cost);
Team::Instance()->Peace(cs, homeCore, true, &lumosChitBag->GetSim()->GetCachedWeb());
DrawMap();
EnableButtons();
}
}
}
//Get values from wallet class and display them on screen
void viewWallet(Wallet &myWallet)
{
cout << endl << " ***Viewing Wallet***" << endl << endl
<< " 1: Dollars: " << fixed << setprecision(2) << myWallet.getMoney(Wallet::DOLLAR) << "\n"
<< " 2: Dinars: " << fixed << setprecision(2) << myWallet.getMoney(Wallet::DINAR) << "\n"
<< " 3: Euro: " << fixed << setprecision(2) << myWallet.getMoney(Wallet::EURO) << "\n"
<< " 4: Peso: " << fixed << setprecision(2) << myWallet.getMoney(Wallet::PESO) << "\n"
<< " 5: Pound: " << fixed << setprecision(2) << myWallet.getMoney(Wallet::POUND) << "\n"
<< endl << endl;
system("pause");
}
void PasswordHandler::onWalletOpened(bool success)
{
#if USE_KWALLET
Wallet *wallet = qobject_cast<Wallet*>( sender() );
if (wallet && success) {
// read and store the password
password();
emit passwordAvailable();
}
if (wallet) {
wallet->deleteLater();
}
#else
Q_UNUSED(success);
#endif
}
tABC_CC ABC_BridgeWatcherConnect(Wallet &self, tABC_Error *pError)
{
tABC_CC cc = ABC_CC_Ok;
tABC_GeneralInfo *ppInfo = NULL;
const char *szServer = FALLBACK_OBELISK;
Watcher *watcher = nullptr;
ABC_CHECK_NEW(watcherFind(watcher, self));
// Pick a server:
if (isTestnet())
{
szServer = TESTNET_OBELISK;
}
else if (ABC_CC_Ok == ABC_GeneralGetInfo(&ppInfo, pError) &&
0 < ppInfo->countObeliskServers)
{
++gLastObelisk;
if (ppInfo->countObeliskServers <= gLastObelisk)
gLastObelisk = 0;
szServer = ppInfo->aszObeliskServers[gLastObelisk];
}
// Connect:
ABC_DebugLog("Wallet %s connecting to %s", self.id().c_str(), szServer);
watcher->connect(szServer);
exit:
ABC_GeneralFreeInfo(ppInfo);
return cc;
}
static bc::hd_private_key
mainBranch(const Wallet &wallet)
{
return bc::hd_private_key(wallet.bitcoinKey()).
generate_private_key(0).
generate_private_key(0);
}
Status
bridgeWatcherDelete(Wallet &self)
{
watcherSave(self).log(); // Failure is not fatal
watchers_.erase(self.id());
return Status();
}
tABC_CC ABC_BridgeWatcherDelete(Wallet &self, tABC_Error *pError)
{
tABC_CC cc = ABC_CC_Ok;
watcherSave(self); // Failure is not fatal
watchers_.erase(self.id());
return cc;
}
//Calls function from wallet class to set all values to zero
void emptyWallet(Wallet &myWallet)
{
cout << endl << " ***Emptying Wallet...***" << endl;
myWallet.emptyWallet();
cout << endl << " ***Wallet Emptied***" << endl;
system("pause");
}
// return 0 on success, -1 on error or not found, -2 on user reject
// if success, password contain the password
int SQLManager::readCredentials(const QString &name, QString &password)
{
Wallet *wallet = openWallet();
if (!wallet) // user reject
return -2;
QMap<QString, QString> map;
if (wallet->readMap(name, map) == 0)
{
if (!map.isEmpty())
{
password = map.value("password");
return 0;
}
}
return -1;
}
static Status
watcherFind(WatcherInfo *&result, Wallet &self)
{
std::string id = self.id();
auto row = watchers_.find(id);
if (row == watchers_.end())
return ABC_ERROR(ABC_CC_Synchronizing, "Cannot find watcher for " + id);
result = row->second.get();
return Status();
}
// return 0 on success, -1 on error, -2 on user reject
int SQLManager::storeCredentials(const Connection &conn)
{
// Sqlite is without password, avoid to open wallet
if (conn.driver.contains("QSQLITE"))
return 0;
Wallet *wallet = openWallet();
if (!wallet) // user reject
return -2;
QMap<QString, QString> map;
map["driver"] = conn.driver.toUpper();
map["hostname"] = conn.hostname.toUpper();
map["port"] = QString::number(conn.port);
map["database"] = conn.database.toUpper();
map["username"] = conn.username;
map["password"] = conn.password;
return (wallet->writeMap(conn.name, map) == 0) ? 0 : -1;
}
void queueWriteOAuthCredentials() {
if (wallet != NULL && wallet->isOpen())
p->writeOAuthCredentials(true);
else {
/// Wallet is closed or not initialized
if (wallet != NULL)
/// Delete existing but closed wallet, will be replaced by new, open wallet soon
delete wallet;
p->setEnabled(false);
p->setCursor(Qt::WaitCursor);
wallet = Wallet::openWallet(Wallet::NetworkWallet(), p->winId(), Wallet::Asynchronous);
connect(wallet, &Wallet::walletOpened, p, &ZoteroBrowser::writeOAuthCredentials);
}
}
Wallet *Wallet::openWallet(const QString &name, WId w, OpenType ot)
{
if(ot == Asynchronous)
{
Wallet *wallet = new Wallet(-1, name);
DCOPRef("kded", "kwalletd").send("openAsynchronous", name, wallet->objId(), uint(w));
return wallet;
}
// avoid deadlock if the app has some popup open (#65978/#71048)
while(QWidget *widget = qApp->activePopupWidget())
widget->close();
bool isPath = ot == Path;
DCOPReply r;
if(isPath)
{
r = DCOPRef("kded", "kwalletd").call("openPath", name, uint(w));
}
else
{
r = DCOPRef("kded", "kwalletd").call("open", name, uint(w));
}
if(r.isValid())
{
int drc = -1;
r.get(drc);
if(drc != -1)
{
return new Wallet(drc, name);
}
}
return 0;
}
tABC_CC ABC_BridgeWatcherStart(Wallet &self,
tABC_Error *pError)
{
tABC_CC cc = ABC_CC_Ok;
std::string id = self.id();
if (watchers_.end() != watchers_.find(id))
ABC_RET_ERROR(ABC_CC_Error, ("Watcher already exists for " + id).c_str());
watchers_[id].reset(new WatcherInfo(self));
watcherLoad(self); // Failure is not fatal
exit:
return cc;
}
tABC_CC ABC_BridgeWatchAddr(Wallet &self,
const char *pubAddress,
tABC_Error *pError)
{
tABC_CC cc = ABC_CC_Ok;
ABC_DebugLog("Watching %s for %s", pubAddress, self.id().c_str());
bc::payment_address addr;
WatcherInfo *watcherInfo = nullptr;
ABC_CHECK_NEW(watcherFind(watcherInfo, self));
if (!addr.set_encoded(pubAddress))
{
cc = ABC_CC_Error;
ABC_DebugLog("Invalid pubAddress %s\n", pubAddress);
goto exit;
}
watcherInfo->addresses.insert(pubAddress);
watcherInfo->watcher.watch_address(addr);
exit:
return cc;
}
WatcherInfo(Wallet &wallet):
wallet(wallet),
parent_(wallet.shared_from_this())
{
}
static Status
bridgeDoSweep(Wallet &wallet, PendingSweep &sweep,
tABC_BitCoin_Event_Callback fAsyncCallback, void *pData)
{
// Find utxos for this address:
AddressSet addresses;
addresses.insert(sweep.address);
auto utxos = wallet.txCache.get_utxos(addresses);
// Bail out if there are no funds to sweep:
if (!utxos.size())
{
// Tell the GUI if there were funds in the past:
if (wallet.txCache.has_history(sweep.address))
{
ABC_DebugLog("IncomingSweep callback: wallet %s, value: 0",
wallet.id().c_str());
tABC_AsyncBitCoinInfo info;
info.pData = pData;
info.eventType = ABC_AsyncEventType_IncomingSweep;
Status().toError(info.status, ABC_HERE());
info.szWalletUUID = wallet.id().c_str();
info.szTxID = nullptr;
info.sweepSatoshi = 0;
fAsyncCallback(&info);
sweep.done = true;
}
return Status();
}
// Build a transaction:
bc::transaction_type tx;
tx.version = 1;
tx.locktime = 0;
// Set up the output:
Address address;
wallet.addresses.getNew(address);
bc::transaction_output_type output;
ABC_CHECK(outputScriptForAddress(output.script, address.address));
tx.outputs.push_back(output);
// Set up the inputs:
uint64_t fee, funds;
ABC_CHECK(inputsPickMaximum(fee, funds, tx, utxos));
if (outputIsDust(funds))
return ABC_ERROR(ABC_CC_InsufficientFunds, "Not enough funds");
tx.outputs[0].value = funds;
// Now sign that:
KeyTable keys;
keys[sweep.address] = sweep.key;
ABC_CHECK(signTx(tx, wallet.txCache, keys));
// Send:
bc::data_chunk raw_tx(satoshi_raw_size(tx));
bc::satoshi_save(tx, raw_tx.begin());
ABC_CHECK(broadcastTx(wallet, raw_tx));
// Calculate transaction information:
const auto info = wallet.txCache.txInfo(tx, wallet.addresses.list());
// Save the transaction metadata:
Tx meta;
meta.ntxid = info.ntxid;
meta.txid = info.txid;
meta.timeCreation = time(nullptr);
meta.internal = true;
meta.metadata.amountSatoshi = funds;
meta.metadata.amountFeesAirbitzSatoshi = 0;
ABC_CHECK(gContext->exchangeCache.satoshiToCurrency(
meta.metadata.amountCurrency, info.balance,
static_cast<Currency>(wallet.currency())));
ABC_CHECK(wallet.txs.save(meta));
// Update the transaction cache:
if (wallet.txCache.insert(tx))
watcherSave(wallet).log(); // Failure is not fatal
wallet.balanceDirty();
ABC_CHECK(wallet.addresses.markOutputs(info.ios));
// Done:
ABC_DebugLog("IncomingSweep callback: wallet %s, txid: %s, value: %d",
wallet.id().c_str(), info.txid.c_str(), output.value);
tABC_AsyncBitCoinInfo async;
async.pData = pData;
async.eventType = ABC_AsyncEventType_IncomingSweep;
Status().toError(async.status, ABC_HERE());
async.szWalletUUID = wallet.id().c_str();
async.szTxID = info.txid.c_str();
async.sweepSatoshi = output.value;
fAsyncCallback(&async);
sweep.done = true;
return Status();
}
static Status
bridgeTxCallback(Wallet &wallet,
const libbitcoin::transaction_type &tx,
tABC_BitCoin_Event_Callback fAsyncCallback, void *pData)
{
const auto addresses = wallet.addresses.list();
const auto info = wallet.txCache.txInfo(tx, addresses);
// Does this transaction concern us?
if (wallet.txCache.isRelevant(tx, addresses))
{
// Does the transaction already exist?
Tx meta;
if (!wallet.txs.get(meta, info.ntxid))
{
meta.ntxid = info.ntxid;
meta.txid = info.txid;
meta.timeCreation = time(nullptr);
meta.internal = false;
// Grab metadata from the address:
TxMetadata metadata;
for (const auto &io: info.ios)
{
Address address;
if (wallet.addresses.get(address, io.address))
meta.metadata = address.metadata;
}
meta.metadata.amountSatoshi = info.balance;
meta.metadata.amountFeesMinersSatoshi = info.fee;
ABC_CHECK(gContext->exchangeCache.satoshiToCurrency(
meta.metadata.amountCurrency, info.balance,
static_cast<Currency>(wallet.currency())));
// Save the metadata:
ABC_CHECK(wallet.txs.save(meta));
// Update the transaction cache:
watcherSave(wallet).log(); // Failure is not fatal
wallet.balanceDirty();
ABC_CHECK(wallet.addresses.markOutputs(info.ios));
// Update the GUI:
ABC_DebugLog("IncomingBitCoin callback: wallet %s, txid: %s",
wallet.id().c_str(), info.txid.c_str());
tABC_AsyncBitCoinInfo async;
async.pData = pData;
async.eventType = ABC_AsyncEventType_IncomingBitCoin;
Status().toError(async.status, ABC_HERE());
async.szWalletUUID = wallet.id().c_str();
async.szTxID = info.txid.c_str();
async.sweepSatoshi = 0;
fAsyncCallback(&async);
}
else
{
// Update the transaction cache:
watcherSave(wallet).log(); // Failure is not fatal
wallet.balanceDirty();
ABC_CHECK(wallet.addresses.markOutputs(info.ios));
// Update the GUI:
ABC_DebugLog("BalanceUpdate callback: wallet %s, txid: %s",
wallet.id().c_str(), info.txid.c_str());
tABC_AsyncBitCoinInfo async;
async.pData = pData;
async.eventType = ABC_AsyncEventType_BalanceUpdate;
Status().toError(async.status, ABC_HERE());
async.szWalletUUID = wallet.id().c_str();
async.szTxID = info.txid.c_str();
async.sweepSatoshi = 0;
fAsyncCallback(&async);
}
}
else
{
ABC_DebugLog("New (irrelevant) transaction: wallet %s, txid: %s",
wallet.id().c_str(), info.txid.c_str());
}
return Status();
}
int main()
{
// use object of Wallet directly
cout << "Using Wallet class directly" << endl;
cout << endl;
Wallet myWallet; // create object of Wallet on stack
myWallet.SetMoney( 100 );
cout << "myWallet has $" << myWallet.GetMoney() << endl;
cout << "adding $20" << endl;
myWallet.Add( 20 );
cout << "myWallet now has $" << myWallet.GetMoney() << endl;
cout << "spending $40" << endl;
myWallet.Remove( 40 );
cout << "myWallet now has $" << myWallet.GetMoney() << endl;
cout << endl;
// use pointer to Wallet object
cout << "Using Wallet class via pointer" << endl;
cout << endl;
Wallet* pWallet;
pWallet = new Wallet; // create new object of Wallet on heap
pWallet->SetMoney( 100 );
cout << "Wallet via pWallet has $" << pWallet->GetMoney() << endl;
cout << "adding $20" << endl;
pWallet->Add( 20 );
cout << "Wallet via pWallet now has $" << pWallet->GetMoney() << endl;
cout << "spending $40" << endl;
pWallet->Remove( 40 );
cout << "Wallet via pWallet now has $" << pWallet->GetMoney() << endl;
cout << endl;
delete pWallet; // delete object on heap
return 0;
}
WatcherInfo(Wallet &wallet):
parent_(wallet.shared_from_this()),
watcher(wallet.txCache, wallet.addressCache),
wallet(wallet)
{
}
void NetworkAccount::writeConfig(KConfig/*Base*/ & config) /*const*/
{
KMAccount::writeConfig(config);
config.writeEntry("login", login());
config.writeEntry("store-passwd", storePasswd());
if(storePasswd())
{
// write password to the wallet if possbile and necessary
bool passwdStored = false;
if(mPasswdDirty)
{
Wallet *wallet = kmkernel->wallet();
if(wallet && wallet->writePassword("account-" + QString::number(mId), passwd()) == 0)
{
passwdStored = true;
mPasswdDirty = false;
mStorePasswdInConfig = false;
}
}
else
{
passwdStored = !mStorePasswdInConfig; // already in the wallet
}
// if wallet is not available, write to config file, since the account
// manager deletes this group, we need to write it always
if(!passwdStored && (mStorePasswdInConfig || KMessageBox::warningYesNo(0,
i18n("KWallet is not available. It is strongly recommended to use "
"KWallet for managing your passwords.\n"
"However, KMail can store the password in its configuration "
"file instead. The password is stored in an obfuscated format, "
"but should not be considered secure from decryption efforts "
"if access to the configuration file is obtained.\n"
"Do you want to store the password for account '%1' in the "
"configuration file?").arg(name()),
i18n("KWallet Not Available"),
KGuiItem(i18n("Store Password")),
KGuiItem(i18n("Do Not Store Password")))
== KMessageBox::Yes))
{
config.writeEntry("pass", encryptStr(passwd()));
mStorePasswdInConfig = true;
}
}
// delete password from the wallet if password storage is disabled
if(!storePasswd() && !Wallet::keyDoesNotExist(
Wallet::NetworkWallet(), "kmail", "account-" + QString::number(mId)))
{
Wallet *wallet = kmkernel->wallet();
if(wallet)
wallet->removeEntry("account-" + QString::number(mId));
}
config.writeEntry("host", host());
config.writeEntry("port", static_cast<unsigned int>(port()));
config.writeEntry("auth", auth());
config.writeEntry("use-ssl", useSSL());
config.writeEntry("use-tls", useTLS());
mSieveConfig.writeConfig(config);
}
Status
onReceive(Wallet &wallet, const TxInfo &info,
tABC_BitCoin_Event_Callback fCallback, void *pData)
{
wallet.balanceDirty();
ABC_CHECK(wallet.addresses.markOutputs(info));
// Does the transaction already exist?
TxMeta meta;
if (!wallet.txs.get(meta, info.ntxid))
{
const auto balance = wallet.addresses.balance(info);
meta.ntxid = info.ntxid;
meta.txid = info.txid;
meta.timeCreation = time(nullptr);
meta.internal = false;
meta.airbitzFeeWanted = 0;
meta.airbitzFeeSent = 0;
// Receives can accumulate Airbitz fees:
const auto airbitzFeeInfo = generalAirbitzFeeInfo();
meta.airbitzFeeWanted = airbitzFeeIncoming(airbitzFeeInfo, balance);
logInfo("Airbitz fee: " +
std::to_string(meta.airbitzFeeWanted) + " wanted, " +
std::to_string(wallet.txs.airbitzFeePending()) + " pending");
// Grab metadata from the address:
for (const auto &io: info.ios)
{
AddressMeta address;
if (wallet.addresses.get(address, io.address))
meta.metadata = address.metadata;
}
ABC_CHECK(gContext->exchangeCache.satoshiToCurrency(
meta.metadata.amountCurrency, balance,
static_cast<Currency>(wallet.currency())));
// Save the metadata:
ABC_CHECK(wallet.txs.save(meta, balance, info.fee));
// Update the GUI:
ABC_DebugLog("IncomingBitCoin callback: wallet %s, txid: %s",
wallet.id().c_str(), info.txid.c_str());
tABC_AsyncBitCoinInfo async;
async.pData = pData;
async.eventType = ABC_AsyncEventType_IncomingBitCoin;
Status().toError(async.status, ABC_HERE());
async.szWalletUUID = wallet.id().c_str();
async.szTxID = info.txid.c_str();
async.sweepSatoshi = 0;
fCallback(&async);
}
else
{
// Update the GUI:
ABC_DebugLog("BalanceUpdate callback: wallet %s, txid: %s",
wallet.id().c_str(), info.txid.c_str());
tABC_AsyncBitCoinInfo async;
async.pData = pData;
async.eventType = ABC_AsyncEventType_BalanceUpdate;
Status().toError(async.status, ABC_HERE());
async.szWalletUUID = wallet.id().c_str();
async.szTxID = info.txid.c_str();
async.sweepSatoshi = 0;
fCallback(&async);
}
return Status();
}
void Buyer::makeCoin(Wallet& w, const ZZ& R) {
// get coin from wallet
coin = w.nextCoin(R);
endorsement = coin.getEndorsement();
coin.unendorse();
}
std::string
watcherPath(Wallet &self)
{
return self.dir() + "watcher.ser";
}
void subtractMoney(Wallet &myWallet)
{
bool loop = false;
while (loop == false)
{
int choice = 0;
double currency = 0;
cout << endl << " ***Subtract Money***" << endl << endl
<< " 1: Dollar" << endl
<< " 2: Dinar" << endl
<< " 3: Euro" << endl
<< " 4: Peso" << endl
<< " 5: Pound" << endl
<< " 6: Exit" << endl << endl
<< " Choice: ";
cin >> choice;
switch (choice)
{
case 1:
cout << "How much would you like to subtract? (Format: n.nn)\n";
cin >> currency;
myWallet.subtractMoney(Wallet::DOLLAR, currency);
cout << "Subtracted " << fixed << setprecision(2) << currency << " in dollars to wallet\n" << endl;
break;
case 2:
cout << "How much would you like to subtract? (Format: n.nn)\n";
cin >> currency;
myWallet.subtractMoney(Wallet::DINAR, currency);
cout << "Subtracted " << fixed << setprecision(2) << currency << " in dinars to wallet\n" << endl;
break;
case 3:
cout << "How much would you like to subtract? (Format: n.nn)\n";
cin >> currency;
myWallet.subtractMoney(Wallet::EURO, currency);
cout << "Subtracted " << fixed << setprecision(2) << currency << " in euros to wallet\n" << endl;
break;
case 4:
cout << "How much would you like to subtract? (Format: n.nn)\n";
cin >> currency;
myWallet.subtractMoney(Wallet::PESO, currency);
cout << "Subtracted " << fixed << setprecision(2) << currency << " in pesos to wallet\n" << endl;
break;
case 5:
cout << "How much would you like to subtract? (Format: n.nn)\n";
cin >> currency;
myWallet.subtractMoney(Wallet::POUND, currency);
cout << "Subtracted " << fixed << setprecision(2) << currency << " in pounds to wallet\n" << endl;
break;
case 6:
loop = true;
break;
default:
cout << "\t\t**Please enter a valid choice**\n" << endl;
break;
}
}
}
