/*!
Tries to buy a product with \a iapId.
*/
void IAPurchase::buyProduct(QString iapId)
{
if (m_buyProductRequestId) {
// Purchase ongoing, reject this request
emit busy();
return;
}
Product *product = productFromCacheByProductId(iapId);
if (!product) {
// Product does not exist!
emit productDoesNotExists(iapId);
return;
}
// Buy the product
int requestId = m_iapClient->purchaseProduct(iapId, IAPClient::ForcedAutomaticRestoration);
product->setReqId(requestId);
if (requestId > 0) {
// Request ok
m_buyProductRequestId = requestId;
}
else {
// Error
m_buyProductRequestId = 0;
emit productPurchaseError();
}
}
void NewSale::makeNewSale() {
bool endOfSale = false;
pos->newSale();
while (!endOfSale) {
cout << "Enter product code: ";
int productCode;
cin >> productCode;
Product* product = pos->getProductByCode(productCode);
if (product == 0) {
cout << "Unknown product." << endl;
continue;
}
cout << "Product description: " << product->getDescription() << endl;
cout << "Enter quantity: ";
double quantity;
cin >> quantity;
try {
pos->enterSaleItem(quantity, product);
cout << "Sale total: " << pos->getSaleTotal() << endl;
} catch (ValidationError& err) {
cout << err.getMessage() << endl;
}
cout << "0: End sale\n1: Continue adding items";
int command;
cin >> command;
if (command == 0) {
pos->endSale();
endOfSale = true;
}
}
}
void ProductMapping::checkProductInfo(const Product & product)
{
// check whether the product itself is disabled for new reports,
// which usually means that product/application is unmaintained.
m_bugzillaProductDisabled = !product.isActive();
// check whether the product on bugzilla contains the expected component
if (! product.components().contains(m_bugzillaComponent)) {
m_bugzillaComponent = QLatin1String("general");
}
// find the appropriate version to use on bugzilla
const QString version = m_crashedAppPtr->version();
const QStringList& allVersions = product.allVersions();
if (allVersions.contains(version)) {
//The version the crash application provided is a valid bugzilla version: use it !
m_bugzillaVersionString = version;
} else if (version.endsWith(QLatin1String(".00"))) {
//check if there is a version on bugzilla with just ".0"
const QString shorterVersion = version.left(version.size() - 1);
if (allVersions.contains(shorterVersion)) {
m_bugzillaVersionString = shorterVersion;
}
}
// check whether that verions is disabled for new reports, which
// usually means that version is outdated and not supported anymore.
const QStringList& inactiveVersions = product.inactiveVersions();
m_bugzillaVersionDisabled = inactiveVersions.contains(m_bugzillaVersionString);
}
int main(int argc , char *argv [])
{
Factory *factoryA = new FactoryA ();
Product *productA = factoryA->CreateProduct();
productA->Show();
Factory *factoryB = new FactoryB ();
Product *productB = factoryB->CreateProduct();
productB->Show();
if (factoryA != NULL)
{
delete factoryA;
factoryA = NULL;
}
if (productA != NULL)
{
delete productA;
productA = NULL;
}
if (factoryB != NULL)
{
delete factoryB;
factoryB = NULL;
}
if (productB != NULL)
{
delete productB;
productB = NULL;
}
return 0;
}
void process_products(istream& fs)
{ vector<Product*> products;
bool more = true;
while (more)
{ Product* p = new Product;
try
{ if (p->read(fs)) products.push_back(p);
else more = false;
}
catch(runtime_error& r) // runtime_error& r)
{ cout << "1. " << r.what() << endl;
for (int i = 0; i < products.size(); i++)
delete products[i];
throw;
return;
}
}
/* processing products */
cout << "Print:" << endl;
for (int i = 0; i < products.size(); i++)
{ products[i]->print();
delete products[i];
}
}
int main()
{
Shopper shopper(100);
int n;
cout << "Enter number of products: ";
cin >> n;
cin.get();
for(int i = 0; i < n; i++)
{
Product p;
p.read();
shopper.addProduct(p);
cout << endl;
}
double maxWeight;
cout << "Enter max weight: ";
cin >> maxWeight;
while(shopper.totalWeight() > maxWeight)
{
char* nameOfHeaviestProduct = shopper.nameOfHeaviestProduct();
shopper.removeProduct(nameOfHeaviestProduct);
}
shopper.print();
shopper.buyProducts();
cout << "Now your cash is " << shopper.getCash() << "\n";
return 0;
}
/**
* Determine the model number, cost, and description of the product
* that is associated with a barcode. If the product is on sale, this
* check will return the sale price.
*
* @return SUCCESS on success, else -1
*/
static int do_check(void) {
Product *p = NULL;
char bc[BARCODE_SZ] = {0};
float sale_price = 0.0;
unsigned int d_len = 0;
// recv barcode
RECV(STDIN, bc, BARCODE_SZ);
// find product in inventory with matching bar code
p = get_product_by_barcode(bc);
// if not found, return -1
if (NULL == p) return -1;
// if found, send model number, cost, and description
SEND(STDOUT, (char *)&p->model_num, sizeof(unsigned int));
sale_price = p->sfn(p->model_num, p->cost);
SEND(STDOUT, (char *)&sale_price, sizeof(float));
d_len = strlen(p->desc, '\0');
if (0 < d_len)
SEND(STDOUT, p->desc, d_len);
// terminate the description string
SEND(STDOUT, DESC_TERM, 1);
return SUCCESS;
}
Product ProductController::FindProductUsingRFIDTag(char* RFIDTag, bool queryShopInventory)
{
//Log.Info("FindProductUsingRFIDTag Begin"CR);
vector<Product> temp;
if(queryShopInventory)
temp = shopVector;
else
temp = tempVector;
for(int i=0; i<temp.size(); i++)
{
char* rfidTag = temp[i].GetRFIDTag();
if(strcmp(rfidTag, RFIDTag) == 0)
{
//Log.Info("Match found."CR);
return temp[i];
}
}
//Log.Info("FindProductUsingRFIDTag End"CR);
// A quick work-around as you cannot return a null object only a null pointer.
Product product; product.SetRFIDTag("-1"); product.SetDescription("-1"); product.SetPrice(1);
return product;
}
bool operator<(const Product &prod1, const Product &prod2){
string prod1Name = prod1.getName();
string prod2Name = prod2.getName();
if(prod1Name < prod2Name)
return true;
return false;
}
void ProductOrder::print() {
cout << "Name: " << prod.getName()
<< "\nPrice: "
<< prod.getPrice()
<< "\nQuantity: " << quantity
<< "\nTotal Amount: "
<< getTotal() << "\n";
}
void AddProductToAShop(StringType productName, int shopIndex)
{
Product ourProduct;
ourProduct.setProductName(productName);
ourProduct.setProductPrice((double)rand() / 100);
ourProduct.setProductAmount(rand() % kMaxixumAmountOfProducts + 1);
if (!retailNetwork[shopIndex].addProduct(ourProduct))
printf("\nToo many products in shop %d!\n\n", shopCounter + 1);
}
void Equipment::show()
{
Product *p = head;
while (p)
{
p->print();
p = p->next;
}
}
BasketItem::BasketItem(unsigned int _quantity, const Product& p, unsigned int _discount100)
{
virt = false;
pid = p.getPID();
name = p.getName();
price100 = p.getPrice100();
discount100 = _discount100;
quantity = _quantity;
}
int main(int argc, char* argv[])
{
Product* pro;//接收产品的指针
//将一个具体的构建者付给指挥者
Director* d = new Director(new ConcreteBuilder());
pro=d->Construct();//调用产生产品
pro->fun();
printf("Hello World!\n");
return 0;
}
void ProductsSearchResponse::parseNormalResponse() {
parseError();
if (responseParser->hasName("products")) {
QList<Parser *> listParser = responseParser->getListObjectParser("products");
Parser *parser;
foreach (parser, listParser) {
Product tmp;
tmp.setParser(parser);
tmp.parseResponse();
products.append(tmp);
}
int main()
{
Builder * builder = new ConcreteBuilder();
Director director;
director.setBuilder(builder);
Product *pd = director.constuct();
pd->show();
delete builder;
delete pd;
return 0;
}
/*!
Returns a product from the cache by \a productId or NULL if not found.
*/
Product *IAPurchase::productFromCacheByProductId(QString productId)
{
for (int i = 0; i < m_productCache.count(); i++) {
Product *p = (Product*)m_productCache[i];
if (p->id() == productId) {
return p;
}
}
return 0;
}
// Calcular valor total dos produtos do carrinho
float getTotalPrice()
{
Product* sweeper = firstProduct;
float sum=0;
while(sweeper->getNextProduct() != NULL)
sum += sweeper->getPrice();
return sum;
}
/*!
Returns a product from the cache by \a requestId or NULL if not found.
*/
Product *IAPurchase::productFromCacheByRequestId(int requestId)
{
for (int i = 0; i < m_productCache.count(); i++) {
Product *p = (Product*)m_productCache[i];
if (p->reqId() == requestId) {
return p;
}
}
return 0;
}
bool ProductController::AddProduct(char* RFIDTag, char* Description, int Price)
{
Product product;
product.SetRFIDTag(RFIDTag);
product.SetDescription(Description);
product.SetPrice(Price);
it = tempVector.insert(it, product);
//Log.Info("List contains %d items."CR, tempVector.size());
return true;
}
int main()
{
StandardCreator<ProductA> creatorA;
Product* product = creatorA.createProduct();
std::cout << "Product: " << product->getName() << std::endl;
delete product;
StandardCreator<ProductB> creatorB;
product = creatorB.createProduct();
std::cout << "Product: " << product->getName() << std::endl;
delete product;
return 0;
}
void Product::CloneScalars( OperandList& scalarList ) const
{
for( const OperandList::Node* node = operandList.Head(); node; node = node->Next() )
{
const ScaledSymbol* scaledSymbol = dynamic_cast< ScaledSymbol* >( node->data );
if( scaledSymbol && scaledSymbol->scalar )
scalarList.InsertAfter()->data = scaledSymbol->scalar->Clone();
Product* product = dynamic_cast< Product* >( node->data );
if( product )
product->CloneScalars( scalarList );
}
}
InvoiceLine InvoiceLine::fromProduct(const Product &p)
{
InvoiceLine line;
line.setName(p.getName());
line.setDescription(p.getDescription());
line.setPrice(p.getPrice());
line.setQte(1);
line.setOffPercentage(0);
line.setBaseProductId(p.getId());
return line;
}
void MenuSupport::addProductToAllStores()
{
Product* localProduct = getProductWithUserChoise();
const char* const productName = localProduct->getProductName();
StoreCountType storeCount = _shoppingStores->getStoreCount();
for (StoreCountType i = 0; i < storeCount; i++)
{
Store* store = _shoppingStores->getStoreAtIndex(i);
store->addProduct(new Product(*localProduct));
}
delete localProduct;
}
int main()
{
Product best;
Product secondBest;
bool more = true;
while (more)
{
Product next;
next.read();
if (next.is_better_than(best)) {
secondBest = best;
best = next;
}
else {
if(next.is_better_than(secondBest)) {
secondBest = next;
}
}
cout << "More data? (y/n) ";
string answer;
getline(cin, answer);
if (answer != "y") more = false;
}
cout << "The best value is ";
best.print();
cout << "The second best value is ";
secondBest.print();
return 0;
}
void ShowShopCase(unsigned int shopIndex)
{
retailNetwork[shopIndex].getShopCase(shopCase);
printf("\nList of products from the shop case \n\n");
for (productCounter = 0; productCounter < retailNetwork[shopIndex].getProductsAmount(); productCounter++)
{
Product currectProduct = shopCase[productCounter];
currectProduct.getProductName(productName);
printf("\nProduct%d: ", productCounter + 1);
printf(" Name: %s\n", productName);
printf("\t Price: %4.2f\n", currectProduct.getProductPrice());
printf("\t Amount: %d\n", currectProduct.getProductAmount());
}
}
int main()
{
std::cout << "Factory Method GoF Kata" << std::endl;
// we're programming to interfaces here; we know nothing about
// ConcreteProduct!
Application* application = new ConcreteApplication();
Product* product = application->createProduct();
product->Use();
delete application;
delete product;
return 0;
}
/* ИЗПОЛЗВАНЕ НА КЛАСА */
int main()
{ Product best; /* дефиниране на обект от класа */
bool more = true;
while (more)
{ Product next;
next.read(); /* извикване на член-функция на класа */
if (next.is_better_than(best)) best = next;
cout << "More data? (y/n) ";
string answer;
getline(cin, answer);
if (answer != "y") more = false;
}
cout << "The best bang for the buck is ";
best.print(); /* извикване на член-функция на класа */
return 0;
}
void MenuSupport::showProdutcsForStoreIndex(StoreCountType index) const
{
if (_shoppingStores->getStoreCount() <= index)
return;
Store* store = _shoppingStores->getStoreAtIndex(index);
printf(" %s:\n", store->getStoreName());
ProductCountInStoreType productCount = store->getProductCount();
if (0 == productCount)
printf(kNoProductsStringMessage);
for (ProductCountInStoreType i = 0; i < productCount; i++)
{
Product* product = store->getProductAtIndex(i);
printf(kProductStringFormatMessage, i + 1, product->getProductName(), product->getProductPrice(), product->getProductAmount());
}
}
void DisplayCart::DoDataExchange(CDataExchange* pDX)
{
CDialogEx::DoDataExchange(pDX);
DDX_Control(pDX, IDC_CUST_CART, ce_cart);
Product *temp = nullptr;
CStringW s = NULL;
for (int i = 0; i < pList->size(); i++){
temp = pList->elementAt(i);
s += temp->getFullDisplay() + _T("\r\n");
}
ce_cart.SetWindowText(LPCTSTR(s));
}
