VariantList GoodStock::save() const
{
VariantList stream;
stream.push_back( (int)_type );
stream.push_back( _maxQty );
stream.push_back( _currentQty );
return stream;
}
VariantList save() const
{
VariantList ret;
for( auto& mapItem : *this )
{
ret.push_back( Variant( (int)mapItem.first ) );
ret.push_back( Variant( mapItem.second->value() ) );
}
return ret;
}
void TileOverlay::save( VariantMap& stream ) const
{
VariantList config;
config.push_back( (int)_d->overlayType );
config.push_back( Variant( MetaDataHolder::instance().getData( _d->overlayType ).getName() ) );
config.push_back( getTile().getIJ() );
stream[ "config" ] = config;
stream[ "picture" ] = Variant( _d->picture.getName() );
stream[ "pictureOffset" ] = _d->picture.getOffset();
stream[ "size" ] = _d->size;
stream[ "isDeleted" ] = _d->isDeleted;
stream[ "name" ] = Variant( _d->name );
}
VariantList proxyProcessList( const VariantList &args, const JSAPIImplPtr& self, const JSAPIImplPtr& proxy )
{
VariantList newArgs;
for (VariantList::const_iterator it = args.begin();
it != args.end(); ++it) {
if (it->is_of_type<JSAPIPtr>() && it->convert_cast<JSAPIPtr>() == self) {
newArgs.push_back(proxy);
} else if (it->is_of_type<VariantList>()) {
newArgs.push_back(proxyProcessList(it->convert_cast<VariantList>(), self, proxy));
} else if (it->is_of_type<VariantMap>()) {
newArgs.push_back(proxyProcessMap(it->convert_cast<VariantMap>(), self, proxy));
} else {
newArgs.push_back(*it);
}
}
return newArgs;
}
virtual VariantList save() const
{
VariantList ret;
for (const auto& item : *this) {
ret.push_back(VariantList(item.first, item.second));
}
return ret;
}
void JSAPIImpl::FireJSEvent( const std::string& eventName, const VariantMap &members, const VariantList &arguments )
{
if (!m_valid) // When invalidated, do nothing more
return;
{
JSAPIImplPtr self(shared_from_this());
boost::recursive_mutex::scoped_lock _l(m_proxyMutex);
ProxyList::iterator proxyIt = m_proxies.begin();
while (proxyIt != m_proxies.end()) {
JSAPIImplPtr proxy(proxyIt->lock());
if (!proxy) {
// Since you can't use a shared_ptr in a destructor, there
// is no way for the proxy object to let us know when it goes
// away; thus when we find them, we remove them for efficiency
proxyIt = m_proxies.erase(proxyIt);
continue;
}
VariantList newArgs = proxyProcessList(arguments, self, proxy);
VariantMap newMap = proxyProcessMap(members, self, proxy);
proxy->FireJSEvent(eventName, newMap, newArgs);
proxyIt++;
}
}
VariantList args;
args.push_back(CreateEvent(shared_from_this(), eventName, members, arguments));
{
boost::recursive_mutex::scoped_lock _l(m_eventMutex);
EventContextMap::iterator it(m_eventMap.begin());
while (it != m_eventMap.end()) {
std::pair<EventMultiMap::iterator, EventMultiMap::iterator> range = it->second.equal_range(eventName);
for (EventMultiMap::const_iterator eventIt = range.first; eventIt != range.second; eventIt++) {
eventIt->second->InvokeAsync("", args);
}
++it;
}
}
// Some events are registered as a jsapi object with a method of the same name as the event
{
boost::recursive_mutex::scoped_lock _l(m_eventMutex);
EventIfaceContextMap::iterator it(m_evtIfaces.begin());
while (it != m_evtIfaces.end()) {
for (EventIFaceMap::const_iterator ifaceIt = it->second.begin(); ifaceIt != it->second.end(); ifaceIt++) {
ifaceIt->second->InvokeAsync(eventName, args);
}
}
}
}
VariantList save()
{
VariantList ret;
ret.push_back( sellPrice );
ret.push_back( buyPrice );
ret.push_back( exportLimit );
ret.push_back( importLimit );
ret.push_back( soldGoods );
ret.push_back( bougthGoods );
ret.push_back( stacking );
ret.push_back( order );
ret.push_back( vendor );
return ret;
}
VariantMap Storage::save() const
{
VariantMap stream = good::Store::save();
stream[ "max" ] = _gsd->capacity;
VariantList stockSave;
for( auto& stockInfo : _gsd->stocks )
stockSave.push_back( stockInfo->save() );
stream[ "stock" ] = stockSave;
return stream;
}
VariantMap SimpleGoodStore::save() const
{
VariantMap stream = GoodStore::save();
stream[ "max" ] = _maxQty;
VariantList stockSave;
for( std::vector<GoodStock>::const_iterator itStock = _goodStockList.begin(); itStock != _goodStockList.end(); itStock++)
{
stockSave.push_back( (*itStock).save() );
}
stream[ "stock" ] = stockSave;
return stream;
}
const VariantList Database::getValueForItemNameAsVector( const std::string &item) const
{
VariantList list;
std::istringstream f( getValueForItemName( item )->getString() );
std::string s;
while (getline(f, s, ' '))
{
if ( !s.empty() )
list.push_back( s );
}
return list;
}
/**
* parseArray
*/
Variant Json::parseArray(const std::string &json, int &index, bool &success)
{
VariantList list;
Json::nextToken(json, index);
bool done = false;
while(!done)
{
int token = Json::lookAhead(json, index);
if(token == JsonTokenNone)
{
success = false;
return VariantList();
}
else if(token == JsonTokenComma)
{
Json::nextToken(json, index);
}
else if(token == JsonTokenSquaredClose)
{
Json::nextToken(json, index);
break;
}
else
{
Variant value = Json::parseValue(json, index, success);
if(!success)
{
return VariantList();
}
list.push_back(value);
}
}
return Variant(list);
}