int main()
{
std::ifstream movie_data("data4movies.txt");
std::ifstream customer_data("data4customers.txt");
std::ifstream action_data("data4commands.txt");
if(!movie_data) {
std::cout << "data4movies.txt could not be opened\n";
return 1;
}
if(!customer_data) {
std::cout << "data4customers.txt could not be opened\n";
return 1;
}
if(!action_data) {
std::cout << "data4commands.txt could not be opened\n";
return 1;
}
Store store;
store.AddMovies(movie_data);
store.AddCustomers(customer_data);
store.ProcessActions(action_data);
return 0;
}
int main()
{
Store s;
std::set<std::string> vstring;
vstring.insert(".");
vstring.insert("e:/sample");
int count = 0;
value v1;
auto viter = vstring.begin();
v1.push_back(viter);
s.getMap()["venk2.txt"] = v1;
value v2;
v1.push_back(viter++);
s.getMap()["venk1.txt"] = v2;
std::vector<std::map<key, value>::iterator> mapiters;
std::vector<std::map<key, value>::iterator> mapitersmatch;
auto miter = s.getMap().begin();
mapiters.push_back(miter);
mapiters.push_back(miter++);
std::vector<std::string> patts;
patts.push_back("ven");
TextSearch Tsearch(s);
mapitersmatch = Tsearch.getFiles(patts, mapiters);
for (unsigned int i = 0; i < mapitersmatch.size(); i++)
{
for (auto liter = mapitersmatch[i]->second.begin(); liter != mapitersmatch[i]->second.end(); liter++)
{
std::cout << "\n" << FileSystem::Path::fileSpec(**liter, mapitersmatch[i]->first) << "\n";
}
}
/*Tsearch.searchText(mapiters, "simple");*/
}
Store Store::operator= (const Store & rhs)
{
if(this == &rhs)
{
return *this;
}
delete[] _storeName;
_storeName = NULL;
delete[] _showcase;
_showcase = NULL;
if (rhs._storeName != NULL)
{
_storeName = new char[strlen(rhs.getStoreName()) + 1];
strcpy(_storeName, rhs.getStoreName());
}
_productCount = rhs.getProductCount();
_showcase = new Product[_productCount];
for(int i = 0; i < _productCount; i++)
{
_showcase[i] = rhs._showcase[i];
}
return *this;
}
Store* City::robStore() {
REQUIRE(properlyInitialized(), "Object 'City' was not properly properlyInitializedialized when calling robStore()");
bool success = false;
Store* ptr;
int loops = 0;
while (!success) {
std::list<Store>::iterator it = stores.begin();
int randomInt = rand()% stores.size();
for (int i = 0; i < randomInt; i++) {
it++;
}
ptr = &(*it);
if (ptr->getState() == normal) {
success = true;
}
if (loops == 100){
return NULL;
}
loops++;
}
ptr->setState(beingrobbed);
ENSURE(ptr->getState() == beingrobbed, "robStore() did not cause a robbery.");
return ptr;
}
virtual std::unique_ptr<Program> internal_run(Store& store)
{
store.declare(var, domain);
std::unique_ptr<Program> residual = program->internal_run(store);
store.unstack(var);
return residual;
}
QString
StoreLookup::lookupById(Id store_id)
{
Store loc;
if (store_id != INVALID_ID && _quasar->db()->lookup(store_id, loc))
return loc.name();
return "";
}
void StoresManagementSystem::getAllStores(StoreIndex const &index, std::vector<Store::RefT> &stores) const {
assert(index.isHardpoint());
Store *store = index.valid() ? m_Hardpoints.at(index.hardpoint())->getStore() : 0;
if (store) {
stores.push_back(store);
if(store->asRack()) store->asRack()->getChildren(stores, true);
}
}
Store* Store::open(const std::string &path){
if(!file_exists(path)){
mkdir(path.c_str(), 0744);
}
Store *ret = new Store();
ret->_path = path;
ret->load_file_seqs();
return ret;
}
void Storage::resize(const Store &other )
{
setCapacity( other.capacity() );
for( auto& goodType : good::all() )
{
setCapacity( goodType, other.capacity( goodType ) );
}
}
DataSnapshot::Ptr getCurrentSelection()
{
int row = list.getSelectedRow();
Store* s = Store::getInstance();
if (!s || row < 0 || row > s->size()) return nullptr;
return s->get(row);
}
Store<Args...> operator()(const Args&... args)
{
auto helper = [](auto... param) {
Store<decltype(param)...> stream;
using List = int[];
(void)List{ 0, ((void)(stream.add(param)), 0) ... };
return stream;
};
return helper(args...);
}
void InventoryStoreQueryResponse::parseNormalResponse() {
parseError();
if (responseParser->hasName("store_list")) {
QList<Parser *> listParser = responseParser->getListObjectParser("store_list");
Parser *parser;
foreach (parser, listParser) {
Store tmp;
tmp.setParser(parser);
tmp.parseResponse();
storeList.append(tmp);
}
void calc(Store& s, char* store_fname, int order){
s.open(store_fname);
if (!s.is_init()){
wcerr << "Store is not initialized, initializing..." << endl;
s.init();
wcerr << "Store initialized!" << endl;
}
double H = s.entropy(order);
wcout << H << endl;
}
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;
}
void
RecurringMaster::setGltx(Id gltx_id)
{
Gltx gltx;
_quasar->db()->lookup(gltx_id, gltx);
Store store;
_quasar->db()->lookup(gltx.storeId(), store);
_type->setText(gltx.dataTypeName());
_number->setText(gltx.number());
_store->setText(store.name());
_date->setText(DateValcon().format(gltx.postDate()));
Card card;
_quasar->db()->lookup(gltx.cardId(), card);
_card->setText(card.nameFL());
if (_curr.cardGroup() == INVALID_ID) {
_cardLabel->setChecked(true);
} else {
_groupLabel->setChecked(true);
}
if (_lastPost->getDate().isNull()) {
_lastPost->setDate(gltx.postDate());
slotRefresh();
}
switch (gltx.dataType()) {
case DataObject::INVOICE:
_cardLabel->setText(tr("Customer:"));
_groupLabel->setEnabled(true);
_group->setEnabled(true);
_groupLookup->type->setCurrentItem(Group::typeName(Group::CUSTOMER));
break;
case DataObject::RECEIVE:
_cardLabel->setText(tr("Vendor:"));
_groupLabel->setEnabled(true);
_group->setEnabled(true);
_groupLookup->type->setCurrentItem(Group::typeName(Group::VENDOR));
break;
default:
_cardLabel->setText(tr("Card:"));
_groupLabel->setEnabled(false);
_group->setEnabled(false);
}
_curr.setGltxId(gltx_id);
}
int main()
{
Student g= {1000, 23}; //声明Student类型结构体变量的同时赋以初值
Store<int> S1, S2; //声明两个Store<int>类对象，其中数据成员item为int类型
Store<Student> S3;//声明Store<Student>类对象S3，其中数据成员item为Student类型
Store<double> D; //声明Store<double>类对象D，其中数据成员item为double类型
S1.PutElem(3); //向对象S1中存入数据（初始化对象S1）
S2.PutElem(-7); //向对象S2中存入数据（初始化对象S2）
cout<<S1.GetElem()<<" "<<S2.GetElem()<<endl; //输出对象S1和S2的数据成员
S3.PutElem(g); //向对象D中存入数据（初始化对象D）
cout <<"The student id is "<<S3.GetElem().id << endl; //输出对象S3的数据成员
cout << "Retrieving object D " ;
cout << D.GetElem() << endl; //输出对象D的数据成员
// 由于D未经初始化,在执行函数D.GetElement()过程中导致程序终止
}
static void test_problem_text(TestCase *tc, void *data)
{
Store *store = (Store *)data;
IndexWriter *iw = create_iw(store);
Document *problem_text = prep_doc();
iw_add_doc(iw, problem_text);
Aiequal(1, iw_doc_count(iw));
Assert(!store->exists(store, "_0.cfs"),
"data shouldn't have been written yet");
iw_commit(iw);
Assert(store->exists(store, "_0.cfs"), "data should now be written");
iw_close(iw);
Assert(store->exists(store, "_0.cfs"), "data should still be there");
}
void PlayerData::BuildBlobData(Store db)
{
if (mBlobData.empty())
return;
db.append(mBlobData.data(), mBlobData.size());
}
Store* City::robStore(int x, int y){
REQUIRE(properlyInitialized(), "Object 'City' was not properly properlyInitializedialized when calling robStore(int, int)");
CityObjects* ptr;
ptr = matrix.getObject(x, y);
Store* storeptr = dynamic_cast<Store*>(ptr);
if (storeptr->getState() != normal || storeptr->getType() != store){
return NULL;
}
storeptr->setState(beingrobbed);
ENSURE(storeptr->getState() == beingrobbed, "setFire() did not correctly set fire to the given house.");
return storeptr;
}
void clearDynamic ()
{
for (std::map<int, StoreBase *>::iterator it = mStores.begin(); it != mStores.end(); ++it)
it->second->clearDynamic();
mNpcs.insert(mPlayerTemplate);
}
void gen(Store& s, char* store_fname, char* output_fname, int length, int order){
ofstream ofs;
ofs.open(output_fname);
s.open(store_fname);
if (!s.is_init()){
wcerr << "Store is not initialized, initializing..." << endl;
s.init();
wcerr << "Store initialized!" << endl;
}
string txt = generate_text(s, length, order);
replace(txt.begin(), txt.end(), '_', ' ');
ofs << txt;
ofs.close();
}
TEST_F(ClientTest, StoreInfoSynchronous)
{
string endpoint;
string store_path = "simpledirectory://test/stores/00-simple";
this->GetServer(store_path, endpoint);
Store *store = this->GetStore(store_path);
Client c(this->GetContext(), endpoint);
protocol::StoreInfoV1 si;
ASSERT_TRUE(c.GetStoreInfo(si));
protocol::StoreInfoV1 expected;
ASSERT_TRUE(store->StoreInfo(expected));
ASSERT_TRUE(si.SerializeAsString() == expected.SerializeAsString());
}
//---------------------------------------------------------------------------
// Perform
// Preconditions: Movie exists, Movie Count is not 0, Customer doen't have
// the movie
// Postconditions: Customer has the movie, movie count is decremented
// Overrides Transactions virtual Perform. Before Performing the transaction
// the fucntion checks for validity. Then adds the movie to customer sets
// performed variable to true and adds the transaction to the transaction
// list
//---------------------------------------------------------------------------
bool Borrow::Perform(Store& store)
{
store.getInventory().Retrieve(*tempMovie, movie);
if (movie == NULL)
{
performed = false;
return false;
}
else if (movie->getCount() < 1)
{
performed = false;
return false;
}
else if (customer->HasMovie(movie))
{
performed = false;
return false;
}
else if (!movie->DecrementCount())
return false;
else
{
customer->AddMovie(movie);
performed = true;
customer->getTransactionList().Insert(this);
return true;
}
}
void PlayerData::BuildSocialData(Store db)
{
if (mFriendsData.empty())
return;
db.append(mFriendsData.data(), mFriendsData.size());
}
//Interface handling of mouse click
void Interface::MouseClick(int x, int y, bool left)
{
if(inRect(x,y,60,160,80,105) && stage == STAGE_MENU)
{
//Nova hra
pNetwork->DoConnect();
}
if(inRect(x,y,60,160,130,155) && stage == STAGE_MENU)
{
//Konec
exit(0);
}
if(inRect(x,y,10+2,10+2+2+40*(2+15),45+2,45+2+40*(2+15)) && stage == STAGE_GAME)
{
//Tah
if(!gStore.IsMyTurn())
return;
unsigned char field_x, field_y;
field_x = (unsigned char)(int(x-10) / int(2+15));
field_y = (unsigned char)(int(y-45) / int(2+15));
GamePacket data(CMSG_TURN);
data << field_x;
data << field_y;
SendToServer(&data);
}
}
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 PlayerData::BuildDialData(Store db)
{
if(mDialData.empty())
return;
BuildDataType (db, PlayerDataType_Dial);
db.append(mDialData.data(), mDialData.size());
}
void MenuSupport::removeProductFromAllStores()
{
printf(kRemoveProductByOptionMessage);
printf(kInputSymbolMessage);
if (!getUserChoise(3))
return;
if (1 == _userChoise)
{
char* productName = inputProductName();
StoreCountType storeCount = _shoppingStores->getStoreCount();
for (StoreCountType i = 0; i < storeCount; i++)
{
Store* store = _shoppingStores->getStoreAtIndex(i);
ProductCountInStoreType productIndex = kUndefinedProductIndex;
while (kUndefinedProductIndex != (productIndex = store->getProductIndexByName(productName)))
{
store->removeProductAtIndex(productIndex);
}
}
delete[] productName;
}
else if (2 == _userChoise)
{
ProductPriceType productPrice = inputProductPrice();
StoreCountType storeCount = _shoppingStores->getStoreCount();
for (StoreCountType i = 0; i < storeCount; i++)
{
Store* store = _shoppingStores->getStoreAtIndex(i);
ProductCountInStoreType productIndex = kUndefinedProductIndex;
while (kUndefinedProductIndex != (productIndex = store->getProductIndexByPrice(productPrice)))
{
store->removeProductAtIndex(productIndex);
}
}
}
else if (3 == _userChoise)
{
ProductAmountType productAmount = inputProductAmount();
StoreCountType storeCount = _shoppingStores->getStoreCount();
for (StoreCountType i = 0; i < storeCount; i++)
{
Store* store = _shoppingStores->getStoreAtIndex(i);
ProductCountInStoreType productIndex = kUndefinedProductIndex;
while (kUndefinedProductIndex != (productIndex = store->getProductIndexByAmount(productAmount)))
{
store->removeProductAtIndex(productIndex);
}
}
}
}
void PlayerData::BuildTreasureData(Store db)
{
if (mTreasureData.empty())
return;
BuildDataType (db, PlayerDataType_Treasure);
db.append(mTreasureData.data(), mTreasureData.size());
}
/**
* 转为记录集合
* \param record 串
**/
void Stores::parseRecord(Stream& record)
{
#if (0)
stream = record;
return;
#endif
record.reset();
Store store;
while(record.pickStore(store))
{
int index = store.getIndex();
if (index < 0) continue;
if (stores.size() <= index)
stores.resize(index + 5);
stores[index] = store;
}
}