本文整理汇总了C++中Server::GetGameTask方法的典型用法代码示例。如果您正苦于以下问题：C++ Server::GetGameTask方法的具体用法？C++ Server::GetGameTask怎么用？C++ Server::GetGameTask使用的例子？那么恭喜您, 这里精选的方法代码示例或许可以为您提供帮助。您也可以进一步了解该方法所在类Server的用法示例。
在下文中一共展示了Server::GetGameTask方法的1个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的C++代码示例。
示例1: operProCheckChange
void GameInterchange::operProCheckChange(TCPConnection::Pointer conn, interchangeOperPro* oper) //确认交易
{
Server* srv = Server::GetInstance();
SessionMgr::SessionPointer sp = SessionMgr::Instance()->GetSession();
boost::shared_ptr<Interchange> interchange = (*sp)[conn].m_interchage;
TCPConnection::Pointer partnerConn = interchange->partnerConn;
SessionMgr::SessionMap::iterator iter = sp->find(partnerConn);
if(iter == sp->end()) //对方离线 则由服务器发取消交易的包返回
{
interchangeOperPro resp;
resp.operType = Operation_CancelChange;
conn->Write_all((char*)&resp, sizeof(interchangeOperPro));
for(std::vector<STR_Goods>::iterator iterIn = interchange->changes.begin(); iterIn != interchange->changes.end();++iterIn)
{
(*sp)[conn].m_goodsPosition[iterIn->Position] = POS_NONEMPTY; //恢复物品原来标志
}
interchange->clear(); //清除交易状态 对方离线所以不用处理其状态信息
srv->free(oper);
return;
}
boost::shared_ptr<Interchange> pInterchange = (*sp)[partnerConn].m_interchage;
if(!(interchange->isLocked&&pInterchange->isLocked)) //双方没有全都锁定过时候，确认交易请求无效
{
interchangeOperPro resp;
resp.operType = Operation_NotLockedCheckChange; //回复双方没有全都锁定的包
conn->Write_all((char*)&resp, sizeof(interchangeOperPro));
srv->free(oper);
return;
}
interchange->isChangeChecked = true; //双方都已经锁定过，则置确认交易的标志
if(!pInterchange->isChangeChecked) //对方没有确认交易，则只转发包返回
{
partnerConn->Write_all((char*)oper, sizeof(interchangeOperPro));
srv->free(oper);
return;
}
partnerConn->Write_all((char*)oper, sizeof(interchangeOperPro)); //对方也已经确认交易 转发包
srv->free(oper);
//计算双方背包空闲位置个数，判断是否满足交换需求
int emptyPartnerconn = 0;
int emptyconn = 0;
for(int i = 1; i <=BAGCAPACITY-1;++i) //查找空闲位置 计算空闲位置个数
{
if((*sp)[conn].m_goodsPosition[i] == POS_EMPTY)
{
emptyconn++;
}
}
for(int i = 1; i <=BAGCAPACITY-1;++i) //查找空闲位置 计算空闲位置个数
{
if((*sp)[partnerConn].m_goodsPosition[i] == POS_EMPTY)
{
emptyPartnerconn++;
}
}
if(interchange->changes.size() + emptyconn < pInterchange->changes.size()
|| pInterchange->changes.size() + emptyPartnerconn < interchange->changes.size()) //如果空闲位置个数不满足交换需求,则取消交易
{
interchangeOperPro resp;
resp.operType = Operation_CancelChange;
conn->Write_all((char*)&resp, sizeof(interchangeOperPro));
partnerConn->Write_all((char*)&resp, sizeof(interchangeOperPro));
for(std::vector<STR_Goods>::iterator iter = interchange->changes.begin(); iter != interchange->changes.end();++iter)
{
(*sp)[conn].m_goodsPosition[iter->Position] = POS_NONEMPTY; //恢复物品原来标志
}
for(std::vector<STR_Goods>::iterator iter = pInterchange->changes.begin(); iter != pInterchange->changes.end();++iter)
{
(*sp)[partnerConn].m_goodsPosition[iter->Position] = POS_NONEMPTY; //恢复物品原来标志
}
interchange->clear(); //清除交易状态
pInterchange->clear(); //对方清除交易状态
return;
}
operDoChange(conn);//如果空闲位置个数满足交换需求，则交换两个玩家物品和金钱
operReport(conn); //交换完成发送交易报告
interchangeOperPro resp;
resp.operType = Operation_Done;
conn->Write_all((char*)&resp, sizeof(interchangeOperPro));
partnerConn->Write_all((char*)&resp, sizeof(interchangeOperPro));
GameTask* t_task = srv->GetGameTask();
for(std::vector<STR_Goods>::iterator iter = interchange->changes.begin(); iter != interchange->changes.end();++iter)
{
t_task->UpdateCollectGoodsTaskProcess(conn,iter->TypeID);
}
for(std::vector<STR_Goods>::iterator iter = pInterchange->changes.begin(); iter != pInterchange->changes.end();++iter)
{
//.........这里部分代码省略.........