c++，Qt练手写的德州扑克，连接基于tcp，包括客户端和服务器端

#include "game.h" #include <iostream> #include <algorithm> //int game::getNextPlayerIndex(int nowPlayerIndex)const { // auto nowPlayerIterator = this->m_calledPlayersIndex.find(nowPlayerIndex); // if (nowPlayerIterator == this->m_calledPlayersIndex.end()) { //没找到当前玩家 // return -1; // } // auto nextPlayerIterator = nowPlayerIterator++; // if (nextPlayerIterator == this->m_calledPlayersIndex.end()) { // nextPlayerIterator = this->m_calledPlayersIndex.begin(); // } // return *nextPlayerIterator; //} int game::getNextCalledPlayerIndex(const int nowPlayerIndex)const { //输入可以弃牌，输出还没弃牌的 if (this->m_calledPlayersIndex.size() < 1) //没有人 return -1; if (this->m_calledPlayersIndex.size() == 1) //仅有一个返回这个 return *(this->m_calledPlayersIndex.begin()); //包含了nowPlayerIndex弃牌的情况 int nextCalledPlayerIndex = nowPlayerIndex; do { nextCalledPlayerIndex++; if (nextCalledPlayerIndex >= maxNumOfPlayers) nextCalledPlayerIndex -= maxNumOfPlayers; } while (this->m_calledPlayersIndex.find(nextCalledPlayerIndex) == this->m_calledPlayersIndex.end()); //找不到一直循环 return nextCalledPlayerIndex; } int game::getPreCalledPlayerIndex(const int nowPlayerIndex) const{ //输入可以弃牌，输出还没弃牌的 if (this->m_calledPlayersIndex.size() < 1) //没有人 return -1; if (this->m_calledPlayersIndex.size() == 1) //仅有一个返回这个 return *(this->m_calledPlayersIndex.begin()); int preCalledPlayerIndex = nowPlayerIndex; do { preCalledPlayerIndex--; if (preCalledPlayerIndex < 0) preCalledPlayerIndex += maxNumOfPlayers; } while (this->m_calledPlayersIndex.find(preCalledPlayerIndex) == this->m_calledPlayersIndex.end()); //找不到一直循环 return preCalledPlayerIndex; } int game::getRoundBeginPlayerIndex() const { //int beginPlayerIndex = this->m_dealer; //从dealer后一位开始 //do { // beginPlayerIndex++; //先++ // if (beginPlayerIndex >= maxNumOfPlayers) //循环 // beginPlayerIndex -= maxNumOfPlayers; // if (this->m_calledPlayersIndex.find(beginPlayerIndex) != this->m_calledPlayersIndex.end()) // return beginPlayerIndex; //找到了，退出 //} while (beginPlayerIndex != this->m_dealer); //找了一圈还没找到，错误 //return -1; //重写了 return this->getNextCalledPlayerIndex(this->m_dealer); //直接获取dealer下一个 } int game::getRoundEndPlayerIndex() const { //重写了，dealer前一个有效玩家的后一个 int preCalledPlayerIndex = this->getPreCalledPlayerIndex(this->m_dealer); return this->getNextCalledPlayerIndex(preCalledPlayerIndex); } //bool game::playersAction() { //要不要考虑把m_calledPlayersIndex换成引用或指针的set，感觉更合理一点？ // int nowPlayerIndex = this->getNextPlayerIndex(this->m_dealer); // int endPlayerIndex = nowPlayerIndex; // do { // this->playerAction(nowPlayerIndex); // nowPlayerIndex = this->getNextPlayerIndex(nowPlayerIndex); // } while (nowPlayerIndex != endPlayerIndex); // return true; //} //bool game::playerAction(const int playerIndex){ // player& nowPlayer = this->getPlayer(playerIndex); // //以后要改 // int actionType = -1; // cout << "玩家" << playerIndex << "行动：(1 raise, 2 check, 3 fold)" << endl; // cin >> actionType; // if (actionType == 1) { // int raiseTo = -1; // while (raiseTo < this->m_minBet) { // cout << "raise to: (min " << this->m_minBet << ")" << endl; // cin >> raiseTo; // } // nowPlayer.raise(raiseTo); // } // else if (actionType == 2) { // // } // //nowPlayer.action(); // if (nowPlayer.hasFold()) { // this->m_calledPlayersIndex.erase(playerIndex); // } // return true; //} void game::sendCardsToPlayers() { for (auto nowPlayerIndex = this->m_calledPlayersIndex.begin(); nowPlayerIndex != this->m_calledPlayersIndex.end(); ++nowPlayerIndex) { player& nowplayer = this->getPlayer(*nowPlayerIndex); card card1 = this->m_cardHeap.getCard(); card card2 = this->m_cardHeap.getCard(); nowplayer.setHandCards(vector<card>{card1, card2}); } } void game::sendCardsToTable() { if (this->m_round == PreFlop) { //翻前 this->sendCardsToPlayers(); } else if (this->m_round == Flop) { //翻牌 this->m_commonCards[0] = this->m_cardHeap.getCard(); this->m_commonCards[1] = this->m_cardHeap.getCard(); this->m_commonCards[2] = this->m_cardHeap.getCard(); } else if (this->m_round == Turn) { //转牌 this->m_commonCards[3] = this->m_cardHeap.getCard(); } else if (this->m_round == River) { //河牌 this->m_commonCards[4] = this->m_cardHeap.getCard(); } } //四个当前玩家的动作，可以将玩家按键全部绑定至此 void game::nowPlayerRaise(const int raiseTo) { player& nowPlayer = this->getPlayer(this->m_nowPlayerIndex); nowPlayer.add(raiseTo); //更新当前玩家和结束玩家，因为raise了，必然要走一轮，所以不判断是否进入下一轮 //this->afterPlayerAction(); //所以本行删掉 this->nowPlayerActionComplete(); //当前玩家结束行动渲染 this->m_endPlayerIndex = this->m_nowPlayerIndex; this->m_nowPlayerIndex = this->getNextCalledPlayerIndex(this->m_nowPlayerIndex); //下一位玩家 this->nowPlayerRender(); //渲染下一位玩家的界面 } void game::nowPlayerCall() { player& nowPlayer = this->getPlayer(this->m_nowPlayerIndex); nowPlayer.add(this->m_minBet); //就是玩家加到最小bet this->afterPlayerAction(); } void game::nowPlayerCheck() { //player& nowPlayer = this->getPlayer(this->m_nowPlayerIndex); //nowPlayer.add(0); //加到0，可以删了 this->afterPlayerAction(); } void game::nowPlayerFold() { player& nowPlayer = this->getPlayer(this->m_nowPlayerIndex); nowPlayer.fold(); this->m_calledPlayersIndex.erase(this->m_nowPlayerIndex); //从已call集合中删除 this->afterPlayerAction(); } void game::afterPlayerAction(){ //玩家行动后 this->nowPlayerActionComplete(); //当前玩家结束行动渲染 if (this->m_nowPlayerIndex == this->m_endPlayerIndex) { //本轮结束 this->finishThisRound(); //本轮结束相关渲染 this->updatePots(); //更新底池与边池 this->nextRound(); //下一轮 } else { this->m_nowPlayerIndex = this->getNextCalledPlayerIndex(this->m_nowPlayerIndex); //下一位玩家 this->nowPlayerRender(); //渲染下一位玩家的界面 } } void game::calCardTypeAndPointForAll() { for (auto playerIndexIterator = this->m_calledPlayersIndex.begin(); playerIndexIterator != this->m_calledPlayersIndex.end(); ++playerIndexIterator) { int playerIndex = *playerIndexIterator; calCardTypeAndPointForPlayer(playerIndex); } } void game::calCardTypeAndPointForPlayer(const int playerIndex) { player& player = this->getPlayer(playerIndex); vector<card> const& handCards = player.getHandCards(); vector<card> const& commonCards = this->getCommonCards(); card combine[5]; for (int i = 0; i < 21; ++i) { for (int j = 0; j < 5; ++j) { //获取组合 if (combineMap[i][j] >= 5) combine[j] = handCards[combineMap[i][j] - 5]; else combine[j] = commonCards[combineMap[i][j]]; //计算 cardTypeAndPoint nowCardTypeAndPoint = cardTypeAndPoint::calTypeAndPoint(combine); if (nowCardTypeAndPoint > player.getCardTypeAndPoint()) player.setCardTypeAndPoint(nowCardTypeAndPoint); } } } void game::nextRound() { if (this->m_calledPlayersIndex.size()<=1||this->m_round >= End) { //没人了或是最后一轮进行完了，结算 this->settle(); //然后渲染结束本局画面，包括每位玩家的再次开始键和show牌、牌型，再次开始绑定至下一局游戏 return; } this->m_round = gameRound(this->m_round + 1); this->sendCardsToTable(); this->m_nowPlayerIndex = this->getRoundBeginPlayerIndex(); //这一轮开始的玩家，用这个是因为dealer可能弃牌了 this->m_endPlayerIndex = this->getRoundEndPlayerIndex(); //这一轮结束的玩家 if (this->m_round == PreFlop) { //翻前下盲注 this->getPlayer(this->m_nowPlayerIndex).add(smallBind); //小盲 this->m_nowPlayerIndex = this->getNextCalledPlayerIndex(this->m_nowPlayerIndex); this->getPlayer(this->m_nowPlayerIndex).add(bigBind); //大盲 this->m_endPlayerIndex = this->m_nowPlayerIndex; //第一轮到大盲结束 !!!!!有没有问题？ this->m_minBet = bigBind; this->m_nowPlayerIndex = this->getNextCalledPlayerIndex(this->m_now