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NetworkSystem.cpp
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NetworkSystem.cpp
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//いじる必要なし
# pragma once
# define NOMINMAX
# include <LoadBalancing-cpp/inc/Client.h>
# include "NetworkSystem.hpp"
# if SIV3D_PLATFORM(WINDOWS)
# if SIV3D_BUILD(DEBUG)
# pragma comment (lib, "Common-cpp/lib/Common-cpp_vc16_debug_windows_mt_x64")
# pragma comment (lib, "Photon-cpp/lib/Photon-cpp_vc16_debug_windows_mt_x64")
# pragma comment (lib, "LoadBalancing-cpp/lib/LoadBalancing-cpp_vc16_debug_windows_mt_x64")
# else
# pragma comment (lib, "Common-cpp/lib/Common-cpp_vc16_release_windows_mt_x64")
# pragma comment (lib, "Photon-cpp/lib/Photon-cpp_vc16_release_windows_mt_x64")
# pragma comment (lib, "LoadBalancing-cpp/lib/LoadBalancing-cpp_vc16_release_windows_mt_x64")
# endif
# endif
namespace s3d
{
namespace detail
{
[[nodiscard]]
String ToString(const ExitGames::Common::JString& str)
{
return Unicode::FromWstring(std::wstring_view{ str.cstr(), str.length() });
}
[[nodiscard]]
ExitGames::Common::JString ToJString(const StringView s)
{
return ExitGames::Common::JString{ Unicode::ToWstring(s).c_str() };
}
}
template <class T, uint8 customTypeIndex>
class SivCustomType : public ExitGames::Common::CustomType<SivCustomType<T, customTypeIndex>, customTypeIndex>
{
public:
private:
T m_value;
public:
SivCustomType(void) = default;
SivCustomType(const T& value)
: ExitGames::Common::CustomType<SivCustomType<T, customTypeIndex>, customTypeIndex>()
, m_value(value)
{}
SivCustomType(const SivCustomType& toCopy)
: ExitGames::Common::CustomType<SivCustomType<T, customTypeIndex>, customTypeIndex>()
, m_value(toCopy.m_value)
{}
~SivCustomType(void) {}
SivCustomType& operator=(const SivCustomType& toCopy)
{
m_value = toCopy.m_value;
return *this;
}
void cleanup(void)
{}
bool compare(const ExitGames::Common::CustomTypeBase& other) const
{
return m_value == ((SivCustomType&)other).m_value;
}
void duplicate(ExitGames::Common::CustomTypeBase* pRetVal) const
{
*reinterpret_cast<SivCustomType*>(pRetVal) = *this;
}
void deserialize(const nByte* pData, short length)
{
/*if (length != sizeof(T))
{
return;
}*/
//Print << Vec2{ reinterpret_cast<const T*>(pData)->x, reinterpret_cast<const T*>(pData)->y };
const T* hoge = reinterpret_cast<const T*>(pData);
std::memcpy(&m_value, hoge, sizeof(T));
}
short serialize(nByte* pRetVal) const
{
if (pRetVal)
{
T* hoge = reinterpret_cast<T*>(pRetVal);
std::memcpy(hoge, &m_value, sizeof(T));
pRetVal = reinterpret_cast<nByte*>(hoge);
}
return sizeof(T);
}
ExitGames::Common::JString& toString(ExitGames::Common::JString& retStr, bool withTypes = false) const
{
auto className = Unicode::Widen(typeid(T).name()).split(' ').back();
//return retStr = detail::ToJString(Format(T{ m_value }));
return retStr = detail::ToJString(Unicode::Widen(typeid(T).name()));
}
T& getValue()
{
return m_value;
}
};
using PhotonPoint = SivCustomType<Point, 0>;
using PhotonVec2 = SivCustomType<Vec2, 1>;
using PhotonRect = SivCustomType<Rect, 2>;
using PhotonCircle = SivCustomType<Circle, 3>;
// Arrayのあれこれ
//template <class T, uint8 customTypeIndex>
//class SivCustomArrayType : public ExitGames::Common::CustomType<SivCustomArrayType<T, customTypeIndex>, customTypeIndex>
//{
//public:
//private:
// Array<T> m_data;
//public:
// SivCustomArrayType(void) {}
// SivCustomArrayType(const Array<T>& data)
// : ExitGames::Common::CustomType<SivCustomArrayType<T, customTypeIndex>, customTypeIndex>()
// , m_data(data)
// {}
// SivCustomArrayType(const SivCustomArrayType& toCopy)
// : ExitGames::Common::CustomType<SivCustomArrayType<T, customTypeIndex>, customTypeIndex>()
// , m_data(toCopy.m_data)
// {}
// ~SivCustomArrayType(void) {}
// SivCustomArrayType& operator=(const SivCustomArrayType& toCopy)
// {
// m_data = toCopy.m_data;
// return *this;
// }
// void cleanup(void)
// {}
// bool compare(const ExitGames::Common::CustomTypeBase& other) const
// {
// return m_data == ((SivCustomArrayType&)other).m_data;
// }
// void duplicate(ExitGames::Common::CustomTypeBase* pRetVal) const
// {
// *reinterpret_cast<SivCustomArrayType*>(pRetVal) = *this;
// }
// void deserialize(const nByte* pData, short length)
// {
// /*uint16 dataCount = 0;
// std::memcpy(&dataCount, pData, sizeof(dataCount));
//
// m_data.resize(dataCount);
// T* src = m_data.data();
// std::memcpy(src, pData + sizeof(dataCount), m_data.size_bytes());
// for (size_t i : step(m_data.size()))
// {
// m_data[i] = src[i];
// }
// Print << m_data;*/
// m_data.resize(length);
// T* src = m_data.data();
// std::memcpy(src, pData, m_data.size_bytes());
// for (size_t i : step(m_data.size()))
// {
// m_data[i] = src[i];
// }
// Print << m_data;
// }
// short serialize(nByte* pRetVal) const
// {
// if (pRetVal)
// {
// const uint16 sizeOf = m_data.size_bytes();
// std::memcpy(pRetVal, m_data.data(), sizeOf);
// return sizeOf;
// }
// Print << U"要素無し";
// return 0;
// }
// ExitGames::Common::JString& toString(ExitGames::Common::JString& retStr, bool withTypes = false) const
// {
// //return retStr = detail::ToJString(Format(T{ m_value }));
// retStr = L"{ ";
// const size_t endSize = m_data.size() - 1;
// for (size_t i = 0; i <= endSize; ++i)
// {
// retStr += detail::ToJString(Format(T{ m_data[i] }));
// if (i == endSize)
// {
// break;
// }
// retStr += L", ";
// }
// retStr += L" }";
// return retStr;
// }
// Array<T>& getValues()
// {
// return m_data;
// }
//};
//template <class T, uint8 customTypeIndex>
//class SivCustomArrayTypeFactory : public ExitGames::Common::CustomTypeFactory<customTypeIndex>
//{
//public:
// ExitGames::Common::CustomTypeFactory<customTypeIndex>* copyFactory(void) const
// {
// return new SivCustomArrayTypeFactory(*this);
// }
// void destroyFactory(void)
// {
// delete this;
// }
// ExitGames::Common::CustomType<customTypeIndex>* create(short amount) const
// {
// return new SivCustomArrayType<T, customTypeIndex>[amount];
// }
// ExitGames::Common::CustomType<customTypeIndex>* copy(const ExitGames::Common::CustomType<customTypeIndex>* pToCopy, short amount) const
// {
// SivCustomArrayType<T, customTypeIndex>* pRetVal = static_cast<SivCustomArrayType<T, customTypeIndex>*>(create(amount));
// for (short i = 0; i < amount; i++)
// pRetVal[i] = static_cast<const SivCustomArrayType<T, customTypeIndex>*>(pToCopy)[i];
// return pRetVal;
// }
// void destroy(const ExitGames::Common::CustomType<customTypeIndex>* pToDestroy) const
// {
// delete[](SivCustomArrayType<T, customTypeIndex>*)pToDestroy;
// }
// unsigned int sizeOf(void) const
// {
// return sizeof(SivCustomArrayType<T, customTypeIndex>);
// }
//};
//using PhotonArrayPoint = SivCustomArrayType<Point, 5>;
//using PhotonArrayPointFactory = SivCustomArrayTypeFactory<Array<Point>, 5>;
}
namespace s3d
{
class SivPhoton::SivPhotonDetail : public ExitGames::LoadBalancing::Listener
{
public:
explicit SivPhotonDetail(SivPhoton& context_)
: m_context{ context_ }
{
m_receiveEventFunctions.emplace(0, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object& eventContent) { receivedCustomType<Point, 0>(playerID, eventCode, eventContent); });
m_receiveEventFunctions.emplace(1, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object& eventContent) { receivedCustomType<Vec2, 1>(playerID, eventCode, eventContent); });
m_receiveEventFunctions.emplace(2, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object& eventContent) { receivedCustomType<Rect, 2>(playerID, eventCode, eventContent); });
m_receiveEventFunctions.emplace(3, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object& eventContent) { receivedCustomType<Circle, 3>(playerID, eventCode, eventContent); });
m_receiveArrayEventFunctions.emplace(0, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object* eventContent) { receivedCustomArrayType<Point, 0>(playerID, eventCode, eventContent); });
m_receiveArrayEventFunctions.emplace(1, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object* eventContent) { receivedCustomArrayType<Vec2, 1>(playerID, eventCode, eventContent); });
m_receiveArrayEventFunctions.emplace(2, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object* eventContent) { receivedCustomArrayType<Rect, 2>(playerID, eventCode, eventContent); });
m_receiveArrayEventFunctions.emplace(3, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object* eventContent) { receivedCustomArrayType<Circle, 3>(playerID, eventCode, eventContent); });
m_receiveGridEventFunctions.emplace(0, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object* eventContent, const Size size) { receivedCustomGridType<Point, 0>(playerID, eventCode, eventContent, size); });
m_receiveGridEventFunctions.emplace(1, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object* eventContent, const Size size) { receivedCustomGridType<Vec2, 1>(playerID, eventCode, eventContent, size); });
m_receiveGridEventFunctions.emplace(2, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object* eventContent, const Size size) { receivedCustomGridType<Rect, 2>(playerID, eventCode, eventContent, size); });
m_receiveGridEventFunctions.emplace(3, [this](const int playerID, const nByte eventCode, const ExitGames::Common::Object* eventContent, const Size size) { receivedCustomGridType<Circle, 3>(playerID, eventCode, eventContent, size); });
}
void debugReturn(int debugLevel, const ExitGames::Common::JString& string) override
{
}
void connectionErrorReturn(int errorCode) override
{
m_context.connectionErrorReturn(errorCode);
}
void clientErrorReturn(int errorCode) override
{
}
void warningReturn(int warningCode) override
{
}
void serverErrorReturn(int errorCode) override
{
}
// 自分でも他人でも、誰かが参加したら呼ばれるコールバック
void joinRoomEventAction(const int playerID, const ExitGames::Common::JVector<int>& playerIDs, const ExitGames::LoadBalancing::Player& player) override
{
Array<int32> ids(playerIDs.getSize());
for (unsigned i = 0; i < playerIDs.getSize(); ++i)
{
ids[i] = playerIDs[i];
}
const auto myID = m_context.getClient().getLocalPlayer().getNumber();
const auto newID = player.getNumber();
const bool isSelf = (myID == newID);
m_context.joinRoomEventAction(playerID, ids, isSelf);
}
// 他人でも、誰かが退室したら呼ばれるコールバック
void leaveRoomEventAction(const int playerID, const bool isInactive) override
{
m_context.leaveRoomEventAction(playerID, isInactive);
}
// ルームで他人が RaiseEvent したら呼ばれるコールバック
void customEventAction(const int playerID, const nByte eventCode, const ExitGames::Common::Object& eventContent) override
{
if (Set_Val::Output_Print)
{
Print << U"SivPhoton::SivPhotonDetail::customEventAction() [ルームで他人が RaiseEvent したときの処理]";
Print << U"eventCode: " << int32(eventCode);
}
uint8 type = eventContent.getType();
if (type == ExitGames::Common::TypeCode::CUSTOM)
{
const uint8 customType = eventContent.getCustomType();
m_receiveEventFunctions[customType](playerID, eventCode, eventContent);
return;
}
if (type == ExitGames::Common::TypeCode::HASHTABLE)
{
ExitGames::Common::Hashtable eventDataContent = ExitGames::Common::ValueObject<ExitGames::Common::Hashtable>(eventContent).getDataCopy();
ExitGames::Common::JString arrayType = ExitGames::Common::ValueObject<ExitGames::Common::JString>(eventDataContent.getValue(L"ArrayType")).getDataCopy();
if (arrayType == L"Array")
{
type = eventDataContent.getValue(L"values")->getType();
if (type == ExitGames::Common::TypeCode::CUSTOM)
{
const uint8 customType = eventDataContent.getValue(L"values")->getCustomType();
m_receiveArrayEventFunctions[customType](playerID, eventCode, eventDataContent.getValue(L"values"));
return;
}
switch (type)
{
case ExitGames::Common::TypeCode::INTEGER:
{
auto values = ExitGames::Common::ValueObject<int*>(eventDataContent.getValue(L"values")).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<int*>(eventDataContent.getValue(L"values"))).getSizes();
Array<int32> data;
for (const auto i : step(length))
{
data << values[i];
}
m_context.customEventAction(playerID, eventCode, data);
return;
}
case ExitGames::Common::TypeCode::DOUBLE:
{
auto values = ExitGames::Common::ValueObject<double*>(eventDataContent.getValue(L"values")).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<double*>(eventDataContent.getValue(L"values"))).getSizes();
Print << length;
Array<double> data;
for (const auto i : step(length))
{
data << values[i];
}
m_context.customEventAction(playerID, eventCode, data);
return;
}
case ExitGames::Common::TypeCode::FLOAT:
{
auto values = ExitGames::Common::ValueObject<float*>(eventDataContent.getValue(L"values")).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<float*>(eventDataContent.getValue(L"values"))).getSizes();
Array<float> data;
for (const auto i : step(length))
{
data << values[i];
}
m_context.customEventAction(playerID, eventCode, data);
return;
}
case ExitGames::Common::TypeCode::BOOLEAN:
{
auto values = ExitGames::Common::ValueObject<bool*>(eventDataContent.getValue(L"values")).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<bool*>(eventDataContent.getValue(L"values"))).getSizes();
Array<bool> data;
for (const auto i : step(length))
{
data << values[i];
}
m_context.customEventAction(playerID, eventCode, data);
return;
}
case ExitGames::Common::TypeCode::STRING:
{
auto values = ExitGames::Common::ValueObject<ExitGames::Common::JString*>(eventDataContent.getValue(L"values")).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<ExitGames::Common::JString*>(eventDataContent.getValue(L"values"))).getSizes();
Array<String> data;
for (const auto i : step(length))
{
data << detail::ToString(values[i]);
}
m_context.customEventAction(playerID, eventCode, data);
return;
}
default:
break;
}
}
if (arrayType == L"Grid")
{
type = eventDataContent.getValue(L"values")->getType();
Size size = ExitGames::Common::ValueObject<PhotonPoint>(eventDataContent.getValue(L"xy")).getDataCopy().getValue();
if (type == ExitGames::Common::TypeCode::CUSTOM)
{
const uint8 customType = eventDataContent.getValue(L"values")->getCustomType();
m_receiveGridEventFunctions[customType](playerID, eventCode, eventDataContent.getValue(L"values"), size);
return;
}
switch (type)
{
case ExitGames::Common::TypeCode::INTEGER:
{
auto values = ExitGames::Common::ValueObject<int*>(eventDataContent.getValue(L"values")).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<int*>(eventDataContent.getValue(L"values"))).getSizes();
Array<int32> data;
for (const auto i : step(length))
{
data << values[i];
}
Grid<int32> grid(size, data);
m_context.customEventAction(playerID, eventCode, grid);
return;
}
case ExitGames::Common::TypeCode::DOUBLE:
{
auto values = ExitGames::Common::ValueObject<double*>(eventDataContent.getValue(L"values")).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<double*>(eventDataContent.getValue(L"values"))).getSizes();
Print << length;
Array<double> data;
for (const auto i : step(length))
{
data << values[i];
}
Grid<double> grid(size, data);
m_context.customEventAction(playerID, eventCode, grid);
return;
}
case ExitGames::Common::TypeCode::FLOAT:
{
auto values = ExitGames::Common::ValueObject<float*>(eventDataContent.getValue(L"values")).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<float*>(eventDataContent.getValue(L"values"))).getSizes();
Array<float> data;
for (const auto i : step(length))
{
data << values[i];
}
Grid<float> grid(size, data);
m_context.customEventAction(playerID, eventCode, grid);
return;
}
case ExitGames::Common::TypeCode::BOOLEAN:
{
auto values = ExitGames::Common::ValueObject<bool*>(eventDataContent.getValue(L"values")).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<bool*>(eventDataContent.getValue(L"values"))).getSizes();
Array<bool> data;
for (const auto i : step(length))
{
data << values[i];
}
Grid<bool> grid(size, data);
m_context.customEventAction(playerID, eventCode, grid);
return;
}
case ExitGames::Common::TypeCode::STRING:
{
auto values = ExitGames::Common::ValueObject<ExitGames::Common::JString*>(eventDataContent.getValue(L"values")).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<ExitGames::Common::JString*>(eventDataContent.getValue(L"values"))).getSizes();
Array<String> data;
for (const auto i : step(length))
{
data << detail::ToString(values[i]);
}
Grid<String> grid(size, data);
m_context.customEventAction(playerID, eventCode, grid);
return;
}
default:
break;
}
}
return;
}
switch (type)
{
case ExitGames::Common::TypeCode::INTEGER:
m_context.customEventAction(playerID, eventCode, ExitGames::Common::ValueObject<int>(eventContent).getDataCopy());
return;
case ExitGames::Common::TypeCode::DOUBLE:
m_context.customEventAction(playerID, eventCode, ExitGames::Common::ValueObject<double>(eventContent).getDataCopy());
return;
case ExitGames::Common::TypeCode::FLOAT:
m_context.customEventAction(playerID, eventCode, ExitGames::Common::ValueObject<float>(eventContent).getDataCopy());
return;
case ExitGames::Common::TypeCode::BOOLEAN:
m_context.customEventAction(playerID, eventCode, ExitGames::Common::ValueObject<bool>(eventContent).getDataCopy());
return;
case ExitGames::Common::TypeCode::STRING:
m_context.customEventAction(playerID, eventCode, detail::ToString(ExitGames::Common::ValueObject<ExitGames::Common::JString>(eventContent).getDataCopy()));
return;
default:
break;
}
}
// connect() の結果を通知するコールバック
void connectReturn(int errorCode, const ExitGames::Common::JString& errorString, const ExitGames::Common::JString& region, const ExitGames::Common::JString& cluster) override
{
const String errorText = detail::ToString(errorString);
const String regionText = detail::ToString(region);
const String clusterText = detail::ToString(cluster);
m_context.connectReturn(errorCode, errorText, regionText, clusterText);
}
// disconnect() の結果を通知するコールバック
void disconnectReturn() override
{
m_context.disconnectReturn();
}
//
void leaveRoomReturn(int errorCode, const ExitGames::Common::JString& errorString) override
{
const String errorText = detail::ToString(errorString);
m_context.leaveRoomReturn(errorCode, errorText);
}
void joinRandomRoomReturn(int localPlayerID, const ExitGames::Common::Hashtable& roomProperties, const ExitGames::Common::Hashtable& playerProperties, int errorCode, const ExitGames::Common::JString& errorString) override
{
m_context.joinRandomRoomReturn(localPlayerID, errorCode, detail::ToString(errorString));
}
void createRoomReturn(int localPlayerID, const ExitGames::Common::Hashtable& roomProperties, const ExitGames::Common::Hashtable& playerProperties, int errorCode, const ExitGames::Common::JString& errorString) override
{
m_context.createRoomReturn(localPlayerID, errorCode, detail::ToString(errorString));
}
private:
SivPhoton& m_context;
HashTable<uint8, std::function<void(const int, const nByte, const ExitGames::Common::Object&)>> m_receiveEventFunctions;
HashTable<uint8, std::function<void(const int, const nByte, const ExitGames::Common::Object*)>> m_receiveArrayEventFunctions;
HashTable<uint8, std::function<void(const int, const nByte, const ExitGames::Common::Object*, const Size)>> m_receiveGridEventFunctions;
template <class T, uint8 N>
void receivedCustomType(const int playerID, const nByte eventCode, const ExitGames::Common::Object& eventContent)
{
auto value = ExitGames::Common::ValueObject<SivCustomType<T, N>>(eventContent).getDataCopy().getValue();
m_context.customEventAction(playerID, eventCode, value);
}
template <class T, uint8 N>
void receivedCustomArrayType(const int playerID, const nByte eventCode, const ExitGames::Common::Object* eventContent)
{
SivCustomType<T, N>* values = ExitGames::Common::ValueObject<SivCustomType<T, N>*>(eventContent).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<SivCustomType<T, N>*>(eventContent)).getSizes();
Array<T> data;
for (const auto i : step(length))
{
data << values[i].getValue();
}
m_context.customEventAction(playerID, eventCode, data);
}
template <class T, uint8 N>
void receivedCustomGridType(const int playerID, const nByte eventCode, const ExitGames::Common::Object* eventContent, const Size size)
{
SivCustomType<T, N>* values = ExitGames::Common::ValueObject<SivCustomType<T, N>*>(eventContent).getDataCopy();
auto length = *(ExitGames::Common::ValueObject<SivCustomType<T, N>*>(eventContent)).getSizes();
Array<T> data;
for (const auto i : step(length))
{
data << values[i].getValue();
}
Grid<T> grid{ size, data };
m_context.customEventAction(playerID, eventCode, grid);
}
};
}
namespace s3d
{
SivPhoton::SivPhoton(const StringView secretPhotonAppID, const StringView photonAppVersion)
: m_listener{ std::make_unique<SivPhotonDetail>(*this) }
, m_client{ std::make_unique<ExitGames::LoadBalancing::Client>(*m_listener, detail::ToJString(secretPhotonAppID), detail::ToJString(photonAppVersion)) }
{
PhotonPoint::registerType();
PhotonVec2::registerType();
PhotonRect::registerType();
PhotonCircle::registerType();
}
SivPhoton::~SivPhoton()
{
if (Set_Val::Output_Print)
{
Print << U"SivPhoton::~SivPhoton()";
}
PhotonPoint::unregisterType();
PhotonVec2::unregisterType();
PhotonRect::unregisterType();
PhotonCircle::unregisterType();
disconnect();
}
void SivPhoton::connect(const StringView userName, const Optional<String>& defaultRoomName)
{
if (Set_Val::Output_Print)
{
Print << U"SivPhoton::connect() [サーバに接続する]";
}
m_defaultRoomName = defaultRoomName.value_or(String{ userName });
const auto userNameJ = detail::ToJString(userName);
const auto userID = ExitGames::LoadBalancing::AuthenticationValues{}
.setUserID(userNameJ + GETTIMEMS());
if (not m_client->connect({ userID, userNameJ }))
{
if (Set_Val::Output_Print)
{
Print << U"ExitGmae::LoadBalancing::Client::connect() failed.";
}
return;
}
m_client->fetchServerTimestamp();
}
void SivPhoton::disconnect()
{
m_client->disconnect();
}
void SivPhoton::update()
{
m_client->service();
}
void SivPhoton::opJoinRandomRoom(const int32 maxPlayers)
{
if (Set_Val::Output_Print)
{
Print << U"SivPhoton::opJoinRandomRoom(maxPlayers = {}) [既存のランダムなルームに参加する]"_fmt(maxPlayers);
}
assert(InRange(maxPlayers, 0, 255));
m_client->opJoinRandomRoom({}, static_cast<uint8>(Clamp(maxPlayers, 1, 255)));
}
void SivPhoton::opJoinRoom(const StringView roomName, const bool rejoin)
{
if (Set_Val::Output_Print)
{
Print << U"SivPhoton::opJoinRoom() [既存の指定したルームに参加する]";
}
const auto roomNameJ = detail::ToJString(roomName);
m_client->opJoinRoom(roomNameJ, rejoin);
}
void SivPhoton::opCreateRoom(const StringView roomName, const int32 maxPlayers)
{
if (Set_Val::Output_Print)
{
Print << U"SivPhoton::opCreateRoom() [ルームを新規に作成する]";
}
assert(InRange(maxPlayers, 0, 255));
const auto roomNameJ = detail::ToJString(roomName);
const auto roomOption = ExitGames::LoadBalancing::RoomOptions()
.setMaxPlayers(static_cast<uint8>(Clamp(maxPlayers, 1, 255)));
m_client->opCreateRoom(roomNameJ, roomOption);
}
void SivPhoton::opLeaveRoom()
{
if (Set_Val::Output_Print)
{
Print << U"SivPhoton::opLeaveRoom() [ルームを退室する]";
}
constexpr bool willComeBack = false;
m_client->opLeaveRoom(willComeBack);
}
}
namespace s3d
{
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Rect& value)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
m_client->opRaiseEvent(reliable, PhotonRect{ value }, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Vec2& value)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
m_client->opRaiseEvent(reliable, PhotonVec2{ value }, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Point& value)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
m_client->opRaiseEvent(reliable, PhotonPoint{ value }, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Circle& value)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
m_client->opRaiseEvent(reliable, PhotonCircle{ value }, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Array<Point>& values)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
Array<PhotonPoint> data;
for (const auto& v : values)
{
data << PhotonPoint{ v };
}
ExitGames::Common::Hashtable ev;
ev.put(L"ArrayType", L"Array");
ev.put(L"values", data.data(), data.size());
m_client->opRaiseEvent(reliable, ev, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Array<Vec2>& values)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
Array<PhotonVec2> data;
for (const auto& v : values)
{
data << PhotonVec2{ v };
}
ExitGames::Common::Hashtable ev;
ev.put(L"ArrayType", L"Array");
ev.put(L"values", data.data(), data.size());
m_client->opRaiseEvent(reliable, ev, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Array<Rect>& values)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
Array<PhotonRect> data;
for (const auto& v : values)
{
data << PhotonRect{ v };
}
ExitGames::Common::Hashtable ev;
ev.put(L"ArrayType", L"Array");
ev.put(L"values", data.data(), data.size());
m_client->opRaiseEvent(reliable, ev, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Array<Circle>& values)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
Array<PhotonCircle> data;
for (const auto& v : values)
{
data << PhotonCircle{ v };
}
ExitGames::Common::Hashtable ev;
ev.put(L"ArrayType", L"Array");
ev.put(L"values", data.data(), data.size());
m_client->opRaiseEvent(reliable, ev, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Grid<Point>& values)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
Array<PhotonPoint> data;
for (const auto& v : values)
{
data << PhotonPoint{ v };
}
ExitGames::Common::Hashtable ev;
ev.put(L"ArrayType", L"Grid");
ev.put(L"xy", PhotonPoint{ Point{values.width(), values.height()} });
ev.put(L"values", data.data(), data.size());
m_client->opRaiseEvent(reliable, ev, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Grid<Vec2>& values)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
Array<PhotonVec2> data;
for (const auto& v : values)
{
data << PhotonVec2{ v };
}
ExitGames::Common::Hashtable ev;
ev.put(L"ArrayType", L"Grid");
ev.put(L"xy", PhotonPoint{ Point{values.width(), values.height()} });
ev.put(L"values", data.data(), data.size());
m_client->opRaiseEvent(reliable, ev, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Grid<Rect>& values)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";
}
constexpr bool reliable = true;
Array<PhotonRect> data;
for (const auto& v : values)
{
data << PhotonRect{ v };
}
ExitGames::Common::Hashtable ev;
ev.put(L"ArrayType", L"Grid");
ev.put(L"xy", PhotonPoint{ Point{values.width(), values.height()} });
ev.put(L"values", data.data(), data.size());
m_client->opRaiseEvent(reliable, ev, eventCode);
}
template<>
void SivPhoton::opRaiseEventCustomType(uint8 eventCode, const Grid<Circle>& values)
{
if (Set_Val::Output_Print)
{
Print << U"opRaiseEventCustomType()";