Bank& Bank::BankApplication::createBank() {
gkb()._bankRegister.push_back(std::make_shared<Bank>(
Bank(_name, _checkingAccountFees,
_currencyAccountFees,
_savingAccountFees)));
return **(gkb()._bankRegister.rbegin());
}
Bank& BankBuilderImpl::createBank() {
if (used_once_)
throw std::runtime_error("createBank used more than once");
used_once_ = true;
return gkb().addBank(Bank(accountRegistry_,
std::move(bankName_),
std::move(checkingAccount_),
std::move(savingAccount_),
std::move(currencyAccount_)));
}
int main() {
{
auto& simple_bank = gkb().bankApplication().name("Bank").createBank();
auto& andrzej = earth().registerCitizen("Andrzej");
auto& checking = simple_bank.openCheckingAccount(andrzej);
}
{
auto& simple_bank = gkb().bankApplication().name("Bank").createBank();
auto& andrzej = earth().registerCitizen("Andrzej");
auto& saving = simple_bank.openSavingAccount(andrzej);
}
{
auto& simple_bank = gkb().bankApplication().name("Bank").createBank();
auto& andrzej = earth().registerCitizen("Andrzej");
auto& account_bic = simple_bank.openCurrencyAccount(andrzej, Currency::BIC);
auto& account_dil = simple_bank.openCurrencyAccount(andrzej, Currency::DIL);
auto& account_lit = simple_bank.openCurrencyAccount(andrzej, Currency::LIT);
// trying to set buying rate of unknown currency is illegal
try {
simple_bank.exchangeTable().buyingRate(2.0);
assert(false);
}
catch (...){
}
// trying to set buying rate of unknown currency is illegal
try {
simple_bank.exchangeTable().sellingRate(2.0);
assert(false);
}
catch (...){
}
}
return 0;
}