void EnergyCommodity::calculateSecondaryCostAmounts(
const CommodityType& commodityType,
Real totalQuantityValue,
const Date& evaluationDate) const {
secondaryCostAmounts_.empty();
if (secondaryCosts_ != 0) {
const Currency& baseCurrency =
CommoditySettings::instance().currency();
try {
for (SecondaryCosts::const_iterator i = secondaryCosts_->begin();
i != secondaryCosts_->end(); i++) {
if (boost::any_cast<CommodityUnitCost>(&i->second)) {
Real value =
calculateUnitCost(
commodityType,
boost::any_cast<CommodityUnitCost>(i->second),
evaluationDate) * totalQuantityValue;
secondaryCostAmounts_[i->first] =
Money(baseCurrency, value);
} else if (boost::any_cast<Money>(&i->second)) {
const Money& amount = boost::any_cast<Money>(i->second);
Real fxConversionFactor =
calculateFxConversionFactor(amount.currency(),
baseCurrency,
evaluationDate);
secondaryCostAmounts_[i->first] =
Money(baseCurrency,
amount.value() * fxConversionFactor);
}
}
} catch (const std::exception& e) {
QL_FAIL("error calculating secondary costs: " << e.what());
}
}
}
void LaminatTask::clear()
{
total = Money(0);
ui->totalInput->setMoney(total);
emit totalChanged();
ui->price->setMoney(Money(0));
ui->checkGroup->setChecked(false);
}
void PaymentView::cacheChanged()
{
QModelIndex index = accountModel->index(Account::MAIN, 0);
Account *main = (Account *) accountModel->data(index, PPLib::entityRole).toInt();
ui->cache->setText(Money(main->fields["account_cache"]).toString());
ui->nonCache->setText(Money(main->fields["account_noncache"]).toString());
index = accountModel->index(Account::DEPOSIT, 0);
Account *depo = (Account *) accountModel->data(index, PPLib::entityRole).toInt();
ui->depoCache->setText(Money(depo->fields["account_cache"]).toString());
ui->depoNonCache->setText(Money(depo->fields["account_noncache"]).toString());
}
MainWindow::MainWindow(QWidget* parent) :
QMainWindow(parent),
ui_(new Ui::MainWindow),
data_file_name_(DATA_FILE_PATH),
password_(QString()),
money_(Money())
{
ui_->setupUi(this);
connect(ui_->ActionChangePass, SIGNAL(triggered()), this, SLOT(changePassword()));
connect(ui_->ActionSave, SIGNAL(triggered()), this, SLOT(saveData()));
connect(ui_->ActionExit, SIGNAL(triggered()), this, SLOT(requestExit()));
connect(ui_->ActionUpdate, SIGNAL(triggered()), this, SLOT(updateState()));
connect(ui_->AddEventButton, SIGNAL(clicked()), this, SLOT(addEvent()));
connect(ui_->AddFriendButton, SIGNAL(clicked()), this, SLOT(addFriend()));
connect(ui_->DelEventsButton, SIGNAL(clicked()), this, SLOT(delEvents()));
connect(ui_->DelFriendsButton, SIGNAL(clicked()), this, SLOT(delFriends()));
// financial events
connect(ui_->CurRubNalEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->CurEurNalEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->CurUsdNalEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->CurRubElecEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->CurEurElecEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->CurUsdElecEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->OldRubNalEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->OldEurNalEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->OldUsdNalEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->OldRubElecEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->OldEurElecEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
connect(ui_->OldUsdElecEdit, SIGNAL(textChanged(QString)), this, SLOT(changeMoneyDiff()));
loadData();
updateState();
}
const Money operator -(const Money &amount)
{
int final_dollars=-amount.dollars_;
int final_cents=-amount.cents_;
return Money(final_dollars,final_cents);
//turns values negative. outputs them back
}
Money operator+(const Money& l,const Money& r)
{
// std::cout << "left cents: " << l.get_cents() << '\n';
// std::cout << "right cents: " << r.get_cents() << '\n';
// std::cout << "left + right: " << l.get_cents() + r.get_cents() << '\n';
return Money(l.get_money_in_cents() + r.get_money_in_cents());
}
Money Deposit::calcWithCap(double rates, m_long startsum,int day)
{
m_long value=0;
int day_to_ny=open_date.getDaysToNewYear();
double D_i=0,persent_coef;
while(day)
{
day_to_ny=open_date.getDaysToNewYear();
if(day>=day_to_ny&&day!=0)
{
D_i=day_to_ny/30.;
persent_coef=(1+rates*30./((open_date.isLeapYear()? 366. : 365.)*100.));
value=(value+startsum)*pow(persent_coef,D_i)-startsum;
open_date=open_date+day_to_ny;
day=day-day_to_ny;
}
day_to_ny=open_date.getDaysToNewYear();
if(day<day_to_ny&&day!=0)
{
D_i=day/30.;
persent_coef=(1.+rates*30./((open_date.isLeapYear()?366.:365.)*100.));
value=(value+startsum)*pow(persent_coef,D_i)-startsum;
open_date=open_date+day;
day=0;
}
}
return Money(ABSTRACT, value);
}
Money Money::doubleWith2Decimal(double r)
{
QString digit = QVariant(r).toString();
if(digit.section(".",1,1).length()==1)
digit.append('0');
digit.replace('.',',');
return Money(digit);
}
Money Money::READ(std::istream& lhs)
{
int rub, kop;
char c;
lhs >> rub >> c;
assert( c == ',' || c == '.' );
lhs >> kop;
return Money(rub, kop);
}
Money DebtReportM::getTotal()
{
Money total;
for (int i = 0; i < rowCount(); i++){
int cents = abs(ReportModel::data(index(i, 2), Qt::DisplayRole).toInt());
total = total + Money(cents);
}
return total;
}
void BankTest::depositMoney()
{
Bank b;
int clientID = 10;
Money m(5, "USD");
b.deposit(clientID, m);
QCOMPARE(Money(5, "USD"), b.accountBalance(clientID));
QCOMPARE(1, b.numberOfClients());
}
TEST(MoneyTest, TempObject) {
const Money& six_dol = Money(6,"USD");
EXPECT_TRUE(six_dol == Money(6,"USD"));
EXPECT_FALSE(six_dol == Money(5,"USD"));
EXPECT_FALSE(six_dol == Money(6,"CHF"));
const Money& six_fla = Money(6,"CHF");
EXPECT_TRUE(six_fla == Money(6,"CHF"));
EXPECT_FALSE(six_fla == Money(5,"CHF"));
EXPECT_FALSE(six_fla == Money(6,"USD"));
}
Money Money::operator + (Money r)
{
wasZeroFirst=false;
wasBelowZero=false;
long long int newtotal;
newtotal= countPenny() + countPenny(r);
QString total = QVariant(newtotal).toString();
QString rest = total.right(2);
if(rest.at(0)=='0')
wasZeroFirst=true;
return Money(newtotal / 100, newtotal % 100, wasZeroFirst);
}
Money
RealEstate::monthlyMortgagePayment() const
{
Money lp = loanPrincipal;
Number lly = loanLength;
Number llm = loanLength*MonthsPerYear;
Number liy = loanInterest/100.0;
Number lim = liy/MonthsPerYear;
return(Money(lp*lim/(1.0-pow((1.0+lim), -1.0*llm))));
}
Money ExchangeRate::exchange(const Money& amount) const {
switch (type_) {
case Direct:
if (amount.currency() == source_)
return Money(amount.value()*rate_, target_);
else if (amount.currency() == target_)
return Money(amount.value()/rate_, source_);
else
QL_FAIL("exchange rate not applicable");
case Derived:
if (amount.currency() == rateChain_.first->source() ||
amount.currency() == rateChain_.first->target())
return rateChain_.second->exchange(
rateChain_.first->exchange(amount));
else if (amount.currency() == rateChain_.second->source() ||
amount.currency() == rateChain_.second->target())
return rateChain_.first->exchange(
rateChain_.second->exchange(amount));
else
QL_FAIL("exchange rate not applicable");
default:
QL_FAIL("unknown exchange-rate type");
}
}
/*
* Overload of binary - operator. This is a friend function.
* @param Money amount1 - The object to subtract from
* @param Money amount2 - The object to be subtracted
* @return Money - The result of the subtraction
*/
const Money operator -(const Money& amount1, const Money& amount2) {
int all_cents1 = amount1.cents_ + amount1.dollars_ * 100;
int all_cents2 = amount2.cents_ + amount2.dollars_ * 100;
// subtract all the cents together
int difference_all_cents = all_cents1 - all_cents2;
// Handle the fact that money can be negative
int abs_all_cents = abs(difference_all_cents);
int final_dollars = abs_all_cents / 100;
int final_cents = abs_all_cents % 100;
// If the result of the operation was negative, negate final dollars and cents
if (difference_all_cents < 0) {
final_dollars = -final_dollars;
final_cents = -final_cents;
}
return Money(final_dollars, final_cents);
}
Money Money::operator*(double r)
{
wasBelowZero=false;
wasZeroFirst=false;
long long int newtotal;
Money cash = doubleWith2Decimal(r);
newtotal= countPenny() * cash.countPenny();
QString total = QVariant(newtotal).toString();
QString rest = total.right(4);
if(rest.at(0)=='0')
wasZeroFirst=true;
return Money(newtotal / 10000, roundPennys(newtotal % 10000), wasZeroFirst);
}
const Money operator -(const Money& amount1, const Money& amount2)
{
int all_cents1=amount1.cents_ + amount1.dollars_*100;
int all_cents2=amount2.cents_ + amount2.dollars_*100;
int subtraction=all_cents1-all_cents2;
//take first value minus second
int abs_all_cents=abs(subtraction);
int final_dollars= abs_all_cents/100;
int final_cents= abs_all_cents%100;
if(subtraction<0)
//negates if necessary
{
final_dollars=-final_dollars;
final_cents=-final_cents;
}
return Money(final_dollars,final_cents);
}
// This function definition provided as an example and is FULLY COMPLETE
const Money operator +(const Money& amount1, const Money& amount2) {
// Get all the cents of object 1
int all_cents1 = amount1.cents_ + amount1.dollars_ * 100;
// Get all the cents of object 2
int all_cents2 = amount2.cents_ + amount2.dollars_ * 100;
// Add all the cents together
int sum_all_cents = all_cents1 + all_cents2;
// Handle the fact that money can be negative
int abs_all_cents = abs(sum_all_cents);
int final_dollars = abs_all_cents / 100;
int final_cents = abs_all_cents % 100;
// If the result of the operation was negative, negate final dollars and cents
if (sum_all_cents < 0) {
final_dollars = -final_dollars;
final_cents = -final_cents;
}
return Money(final_dollars, final_cents);
}
Money Money::operator - (Money r)
{
wasZeroFirst=false;
wasBelowZero=false;
long long int newtotal ;
if(countPenny()-countPenny(r)>0 && countPenny()-countPenny(r) <10 )
wasZeroFirst=true;
else if (countPenny()-countPenny(r)>-10 && countPenny()-countPenny(r) <-0)
{
wasZeroFirst=true;
wasBelowZero=true;
}
else if (countPenny()-countPenny(r)<0)
wasBelowZero=true;
newtotal= abs(countPenny() - countPenny(r));
return Money(newtotal / 100, newtotal % 100,wasZeroFirst,wasBelowZero);
}
void LaminatTask::entity2Form(Entity *task)
{
ui->product->blockSignals(true);
Stock *stock = ui->product->getParam();
if (stock == NULL) {
ui->product->setRole(ProductModel::processRole, processId);
}
total = Money(task->fields["task_total"]);
total.isCustom = true;
ui->equip->setEquip(task->fields["equipment_id"].toInt());
int productId = task->fields["product_id"].toInt();
int stockId = task->fields["stock_id"].toInt();
ui->product->setParam(productId, stockId);
ui->checkGroup->setChecked(true);
}
int main (void)
{
struct nodo * list = NULL; /* list will be a pointer to the first
node of the linked list */
int choice;
do
{
clrscr();
textcolor (4);
cputs ("\nDouble Linked Lists - Nicolas Raitman");
textcolor (7);
puts("\n\n0 - Exit");
puts("1 - New Item");
puts("2 - See All Items in the Linked List");
puts("3 - Show Items One by One");
puts("4 - Search Item");
puts("5 - Delete Item");
puts("6 - Delete Entire List");
puts("7 - Money");
puts("8 - Flush Linked List to File");
puts("9 - Read File and Create Linked List");
CHOICE (choice);
switch (choice)
{
case 0: Exit(&list); break;
case 1: AddClient(&list); break;
case 2: SeeAll(&list); break;
case 3: OneByOne(&list); break;
case 4: Search(&list); break;
case 5: Delete(&list); break;
case 6: FreeAll(&list); break;
case 7: Money (&list); break;
case 8: Flush2File(&list); break;
case 9: ReadFile(&list); break;
default: break;
}
} while (choice != 0);
return EXIT_OK;
}
//------------------------------------------------------------------------------
void ConditionValueDelegate::setEditorData(QWidget* editor,
const QModelIndex& index) const
{
QString value = index.model()->data(index, Qt::EditRole).toString();
switch (field(index))
{
case AssignmentRule::Date:
{
QDateEdit* dateEditor = static_cast<QDateEdit*>(editor);
QDate date = QVariant(value).toDate();
if (date.isValid())
dateEditor->setDate(date);
else
dateEditor->setDate(QDate::currentDate());
}
break;
case AssignmentRule::Amount:
{
MoneyEdit* moneyEditor = static_cast<MoneyEdit*>(editor);
if ( ! value.contains(","))
return;
QStringList amtParts = value.split(",");
if (amtParts.size() != 2)
return;
Money amount = Money(QVariant(amtParts[0]).toDouble(), amtParts[1]);
moneyEditor->setValue(amount);
}
break;
default:
{
LineEdit* stringEditor = static_cast<LineEdit*>(editor);
stringEditor->setText(value);
}
break;
}
}
//------------------------------------------------------------------------------
Budget::Budget()
: budgetName(tr("New Budget")), period(new BudgetingPeriod),
initial(Balance::create())
{
rootEstimate = Estimate::createRoot();
Estimate* root = rootEstimate.data();
Estimate* expenses = Estimate::create(root, 1001,
"Expenses", "", Estimate::Expense, Money(12.0), -1, false);
Estimate* incomes = Estimate::create(root, 1002,
"Incomes", "", Estimate::Income, Money(32.0), -1, true);
Estimate* salary = Estimate::create(incomes, 2001,
"Salary", "", Estimate::Income, Money(100.0), -1, false);
Estimate* utilities = Estimate::create(expenses, 3001,
"Utilities", "", Estimate::Expense, Money(50.0), -1, true);
Estimate* rent = Estimate::create(utilities, 4001,
"Rent", "Apt.", Estimate::Expense, Money(500.0), 27, false);
Estimate* water = Estimate::create(utilities, 4002,
"Water", "", Estimate::Expense, Money(25.34), 10, true);
Estimate* food = Estimate::create(expenses, 3002,
"Food", "", Estimate::Expense, Money(120.0), -1, false);
Estimate* loan = Estimate::create(root, 1003,
"Loan Payment", "", Estimate::Transfer, Money(50.0), 20, false);
assignmentRules = AssignmentRules::create();
QList<AssignmentRule::Condition> conditions;
conditions << AssignmentRule::Condition(AssignmentRule::Payee, AssignmentRule::StringEquals, false, "Vendor");
assignmentRules->createRule(20010, 2001, conditions);
assignmentRules->createRule(40010, 4001, conditions);
conditions << AssignmentRule::Condition(AssignmentRule::DepositAccount, AssignmentRule::EndsWith, true, "Acct");
assignmentRules->createRule(30020, 3002, conditions);
conditions.removeAt(0);
assignmentRules->createRule(10030, 1003, conditions);
uiPrefs = UIPrefs::create();
}
Money
RealEstate::interestPaid(const Number &year) const
{
Money lp = loanPrincipal;
Number lly = loanLength;
Number llm = loanLength*MonthsPerYear;
Number liy = loanInterest/100.0;
Number lim = liy/MonthsPerYear;
Money pm = lp*lim/(1.0-pow((1.0+lim), -1.0*llm));
Number s = (year - 1.0)*MonthsPerYear;
Number e = year*MonthsPerYear;
if (s < 0.0)
s = 0.0;
Money sp = lp*pow((1.0+lim), s) - pm*(-1.0+pow((1.0+lim), s))/lim;
Money ep = lp*pow((1.0+lim), e) - pm*(-1.0+pow((1.0+lim), e))/lim;
return(Money(MonthsPerYear*pm - (sp - ep)));
}
Money Deposit::simpleCalc(double rates, m_long startsum, int day)
{
m_long value=0;
int day_to_ny=open_date.getDaysToNewYear();
while(day)
{
day_to_ny=open_date.getDaysToNewYear();
if(day>=day_to_ny&&day!=0)
{
value=value+startsum*rates*day_to_ny/((open_date.isLeapYear()?366.:365.)*100.);
open_date=open_date+day_to_ny;
day=day-day_to_ny;
}
day_to_ny=open_date.getDaysToNewYear();
if(day<day_to_ny&&day!=0)
{
value=value+startsum*rates*day/((open_date.isLeapYear()?366.:365.)*100.);
open_date=open_date+day;
day=0;
}
}
return Money(ABSTRACT, value);
}
void PaymentDialog::setModel(QAbstractItemModel *model, int mode, Entity *view)
{
paymentModel = (PaymentModel *) model;
this->mode = mode;
this->view = view;
payment = new Payment();
int id;
if (mode == OTHER) {
payModelF->setFilterRole(PayModel::otherRole);
payModelF->setMatchValue(true);
ui->table->hide();
adjustSize();
return;
} else if (mode == ORDER) {
id = view->fields["ordr_id"].toInt();
payModelF->setFilterRole(PayModel::orderRole);
payModelF->setMatchValue(true);
QString info = QString::fromUtf8("Заказ №%1 ").arg(id);
setupInfo(info);
ui->total->setMoney(Money(view->fields["ordr_debt"]));
setupTable(id, Pay::ORDER);
} else if (mode == MATERIAL) {
id = view->fields["material_id"].toInt();
Material *material = (Material *) view;
payModelF->setFilterRole(PayModel::materialRole);
payModelF->setMatchValue(true);
QString info = QString::fromUtf8("%1 %2 %3")
.arg(material->getProductName())
.arg(material->getStockName())
.arg(material->getParametr());
setupInfo(info);
ui->total->setMoney(Money(view->fields["material_debt"]));
QString invoice = view->fields["material_invoice"].toString();
ui->invoice->setInvoice(invoice);
setupTable(id, Pay::MATERIAL);
} else if (mode == DEPOSIT) {
id = view->fields["payment_field_id"].toInt();
Payment *depositPayment = (Payment *) view;
int type = depositPayment->getPayType();
int paymentId = view->fields["payment_id"].toInt();
if (type == Pay::ORDER ) {
payModelF->setFilterRole(PayModel::debtOrderRole);
setupTable(paymentId, Pay::ORDER);
} else if (type == Pay::MATERIAL ) {
payModelF->setFilterRole(PayModel::debtMaterialRole);
setupTable(paymentId, Pay::MATERIAL);
} else if (type == Pay::OTHER ) {
payModelF->setFilterRole(PayModel::debtOtherRole);
setupTable(paymentId, Pay::OTHER);
}
payModelF->setMatchValue(true);
QString info = QString::fromUtf8("Относится к платежу %1.")
.arg(paymentId);
setupInfo(info);
int cents = abs(view->fields["payment_debt"].toInt());
ui->total->setMoney(Money(cents));
QString invoice = view->fields["payment_invoice"].toString();
ui->invoice->setInvoice(invoice);
}
payment->fields["payment_field_id"] = id;
}
Money operator*(const Money &m, double factor)
{
return Money(m.amount() * factor);
}
Money Money::operator-(const Money & m) const
{
return Money(amount() - m.amount());
}
Money Money::operator+(const Money & m) const
{
return Money(m.amount() + amount());
}