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fix(game): move GameState implementation from .cpp to .h to resolve linkage issues

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This commit is contained in:
Kieran Kihn
2025-11-17 12:32:39 +08:00
parent 375abeb2bb
commit a025461be8
2 changed files with 100 additions and 101 deletions
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101
src/game/GameState.cpp
View File

@@ -57,105 +57,6 @@ namespace UNO::GAME {
this->handCard_->draw(args...); this->handCard_->draw(args...);
} }
template<PlayerStateTypeConcept PlayerStateType>
GameState<PlayerStateType>::GameState(GameStatus gameStatus) :
gameStatus_(gameStatus), isReversed_(false), drawCount_(0), players_(), currentPlayer_(players_.begin())
{
}
template<PlayerStateTypeConcept PlayerStateType>
const std::vector<PlayerStateType> &GameState<PlayerStateType>::getPlayers() const
{
return this->players_;
}
template<PlayerStateTypeConcept PlayerStateType>
std::vector<PlayerStateType>::iterator GameState<PlayerStateType>::getCurrentPlayer() const
{
return this->currentPlayer_;
}
template<PlayerStateTypeConcept PlayerStateType>
const DiscardPile &GameState<PlayerStateType>::getDiscardPile() const
{
return this->discardPile_;
}
template<PlayerStateTypeConcept PlayerStateType>
bool GameState<PlayerStateType>::getIsReversed() const
{
return this->isReversed_;
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::addPlayer(PlayerStateType playerState)
{
this->currentPlayer_ = this->players_.push_back(std::move(playerState), this->currentPlayer_);
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::nextPlayer()
{
if (this->isReversed_ == false) {
if (this->currentPlayer_ == this->players_.end()) {
this->currentPlayer_ = std::next(this->currentPlayer_);
this->currentPlayer_ = this->players_.begin();
}
}
else {
if (this->currentPlayer_ == this->players_.begin()) {
this->currentPlayer_ = std::prev(this->players_.end());
}
else {
this->currentPlayer_ = std::prev(this->currentPlayer_);
}
}
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::clearPlayers()
{
this->players_.clear();
this->currentPlayer_ = this->players_.begin();
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::reverse()
{
this->isReversed_ ^= 1;
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::updateStateByCard(const Card &card)
{
if (this->discardPile_.isEmpty() == false && card.canBePlayedOn(this->discardPile_.getFront()) == false) {
throw std::invalid_argument("Card cannot be played");
}
this->currentPlayer_->setRemainingCardCount(this->currentPlayer_->getRemainingCardCount() - 1);
if (card.getType() == CardType::DRAW2) {
this->drawCount_ += 2;
}
if (card.getType() == CardType::WILDDRAWFOUR) {
this->drawCount_ += 4;
}
if (card.getType() == CardType::REVERSE) {
this->reverse();
}
if (card.getType() == CardType::SKIP) {
this->nextPlayer();
}
this->nextPlayer();
this->discardPile_.add(card);
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::updateStateByDraw()
{
if (this->drawCount_ != 0) {
this->drawCount_ = 0;
}
}
ClientGameState::ClientGameState(GameStatus gameStatus, Player player) : GameState(gameStatus), player(std::move(player)) {} ClientGameState::ClientGameState(GameStatus gameStatus, Player player) : GameState(gameStatus), player(std::move(player)) {}
ServerGameState::ServerGameState() : GameState(GameStatus::WAITING_PLAYERS_TO_JOIN) {} ServerGameState::ServerGameState() : GameState(GameStatus::WAITING_PLAYERS_TO_JOIN) {}
@@ -168,6 +69,4 @@ namespace UNO::GAME {
this->currentPlayer_->draw(this->deck_.draw(this->drawCount_)); this->currentPlayer_->draw(this->deck_.draw(this->drawCount_));
this->drawCount_ = 0; this->drawCount_ = 0;
} }
} // namespace UNO::GAME } // namespace UNO::GAME

100
src/game/GameState.h
View File

@@ -9,6 +9,7 @@
#include "CardTile.h" #include "CardTile.h"
#include "Player.h" #include "Player.h"
#include <stdexcept>
#include <string> #include <string>
namespace UNO::GAME { namespace UNO::GAME {
@@ -161,6 +162,105 @@ namespace UNO::GAME {
void virtual updateStateByDraw(); void virtual updateStateByDraw();
}; };
template<PlayerStateTypeConcept PlayerStateType>
GameState<PlayerStateType>::GameState(GameStatus gameStatus) :
gameStatus_(gameStatus), isReversed_(false), drawCount_(0), players_(), currentPlayer_(players_.begin())
{
}
template<PlayerStateTypeConcept PlayerStateType>
const std::vector<PlayerStateType> &GameState<PlayerStateType>::getPlayers() const
{
return this->players_;
}
template<PlayerStateTypeConcept PlayerStateType>
std::vector<PlayerStateType>::iterator GameState<PlayerStateType>::getCurrentPlayer() const
{
return this->currentPlayer_;
}
template<PlayerStateTypeConcept PlayerStateType>
const DiscardPile &GameState<PlayerStateType>::getDiscardPile() const
{
return this->discardPile_;
}
template<PlayerStateTypeConcept PlayerStateType>
bool GameState<PlayerStateType>::getIsReversed() const
{
return this->isReversed_;
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::addPlayer(PlayerStateType playerState)
{
this->currentPlayer_ = this->players_.push_back(std::move(playerState), this->currentPlayer_);
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::nextPlayer()
{
if (this->isReversed_ == false) {
if (this->currentPlayer_ == this->players_.end()) {
this->currentPlayer_ = std::next(this->currentPlayer_);
this->currentPlayer_ = this->players_.begin();
}
}
else {
if (this->currentPlayer_ == this->players_.begin()) {
this->currentPlayer_ = std::prev(this->players_.end());
}
else {
this->currentPlayer_ = std::prev(this->currentPlayer_);
}
}
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::clearPlayers()
{
this->players_.clear();
this->currentPlayer_ = this->players_.begin();
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::reverse()
{
this->isReversed_ ^= 1;
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::updateStateByCard(const Card &card)
{
if (this->discardPile_.isEmpty() == false && card.canBePlayedOn(this->discardPile_.getFront()) == false) {
throw std::invalid_argument("Card cannot be played");
}
this->currentPlayer_->setRemainingCardCount(this->currentPlayer_->getRemainingCardCount() - 1);
if (card.getType() == CardType::DRAW2) {
this->drawCount_ += 2;
}
if (card.getType() == CardType::WILDDRAWFOUR) {
this->drawCount_ += 4;
}
if (card.getType() == CardType::REVERSE) {
this->reverse();
}
if (card.getType() == CardType::SKIP) {
this->nextPlayer();
}
this->nextPlayer();
this->discardPile_.add(card);
}
template<PlayerStateTypeConcept PlayerStateType>
void GameState<PlayerStateType>::updateStateByDraw()
{
if (this->drawCount_ != 0) {
this->drawCount_ = 0;
}
}
class ClientGameState final : public GameState<ClientPlayerState> { class ClientGameState final : public GameState<ClientPlayerState> {
public: public:
Player player; Player player;