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cReplay.cpp
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cReplay.cpp
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///////////////////////////////////////////////////////
//*-------------------------------------------------*//
//| Part of Project One (https://www.maus-games.at) |//
//*-------------------------------------------------*//
//| Copyright (c) 2010 Martin Mauersics |//
//| Released under the zlib License |//
//*-------------------------------------------------*//
///////////////////////////////////////////////////////
#include "main.h"
// ****************************************************************
// constructor
cReplay::cReplay()noexcept
: m_Header {}
, m_aSnapshot {}
, m_aChange {}
, m_aaPacket {}
, m_aInput {}
, m_iCurFrame (0u)
, m_iCurSnapshot (0u)
, m_iCurChange (0u)
, m_aiCurPacket {}
, m_iEnvState (0u)
, m_eMode (REPLAY_MODE_DISABLED)
, m_eStatus (SAVE_STATUS_OK)
{
//
m_aSnapshot.reserve(0xFFFu / sizeof(sSnapshot));
m_aChange .reserve(0xFFu / sizeof(sChange));
for(coreUintW i = 0u; i < REPLAY_PLAYERS; ++i) m_aaPacket[i].reserve(0xFFFFu / sizeof(sPacket));
}
// ****************************************************************
//
void cReplay::CreateGame()
{
ASSERT(m_eMode == REPLAY_MODE_DISABLED)
ASSERT(!STATIC_ISVALID(g_pGame) && this->__CanStartPlayback())
//
InitFramerate(m_Header.iConfigUpdateFreq, m_Header.iConfigGameSpeed);
//
sGameOptions oOptions = {};
oOptions.iKind = m_Header.iOptionKind;
oOptions.iType = m_Header.iOptionType;
oOptions.iMode = m_Header.iOptionMode;
oOptions.iDifficulty = m_Header.iOptionDifficulty;
oOptions.iFlags = m_Header.iOptionFlags;
for(coreUintW i = 0u; i < MENU_GAME_PLAYERS; ++i)
{
oOptions.aiShield[i] = m_Header.aiOptionShield[i];
for(coreUintW j = 0u; j < REPLAY_EQUIP_WEAPONS; ++j) oOptions.aaiWeapon [i][j] = m_Header.aaiOptionWeapon [i][j];
for(coreUintW j = 0u; j < REPLAY_EQUIP_SUPPORTS; ++j) oOptions.aaiSupport[i][j] = m_Header.aaiOptionSupport[i][j];
}
//
STATIC_NEW(g_pGame, oOptions, m_Header.aiMissionList, m_Header.iNumMissions)
}
// ****************************************************************
//
void cReplay::RecreateGame()
{
//
ASSERT(STATIC_ISVALID(g_pGame))
STATIC_DELETE(g_pGame)
//
this->CreateGame();
}
// ****************************************************************
//
void cReplay::StartRecording()
{
ASSERT(m_eMode == REPLAY_MODE_DISABLED)
ASSERT(STATIC_ISVALID(g_pGame) && this->__CanStartRecording())
//
this->Clear();
//
m_iCurFrame = 0u;
m_iCurSnapshot = 0u;
m_iCurChange = 0u;
m_iEnvState = 0u;
m_eMode = REPLAY_MODE_RECORDING;
//
std::memset(m_aInput, 0, sizeof(m_aInput));
std::memset(m_aiCurPacket, 0, sizeof(m_aiCurPacket));
//
for(coreUintW i = 0u; i < REPLAY_PLAYERS; ++i)
{
m_aInput[i].iMoveStep = 8u;
}
//
m_Header.iMagic = REPLAY_FILE_MAGIC;
m_Header.iVersion = REPLAY_FILE_VERSION;
m_Header.iViewTimestamp = std::time(NULL);
m_Header.iStartTimestamp = m_Header.iViewTimestamp;
m_Header.iBitsFrame = REPLAY_BITS_FRAME;
m_Header.iBitsType = REPLAY_BITS_TYPE;
m_Header.iBitsValue = REPLAY_BITS_VALUE;
m_Header.iNumPlayers = g_pGame->IsMulti() ? REPLAY_PLAYERS : 1u;
m_Header.iNumMissions = g_pGame->GetNumMissions();
m_Header.iNumSegments = REPLAY_SEGMENTS;
//
for(coreUintW i = 0u; i < 9u; ++i)
{
m_Header.avPackVector[i] = UnpackDirection(i);
}
//
m_Header.bSaveFirstPlay = g_pSave->GetHeader().oProgress.bFirstPlay;
for(coreUintW i = 0u; i < REPLAY_MISSIONS; ++i) m_Header.aiSaveAdvance [i] = g_pSave->GetHeader().oProgress.aiAdvance [i];
for(coreUintW i = 0u; i < REPLAY_MISSIONS; ++i) m_Header.aiSaveFragment[i] = g_pSave->GetHeader().oProgress.aiFragment[i];
for(coreUintW i = 0u; i < REPLAY_MISSIONS; ++i) for(coreUintW j = 0u; j < REPLAY_SEGMENTS; ++j) m_Header.aaSaveiBadge[i][j] = g_pSave->GetHeader().oProgress.aaiBadge[i][j];
for(coreUintW i = 0u; i < REPLAY_MISSIONS; ++i) m_Header.aiSaveHelper [i] = g_pSave->GetHeader().oProgress.aiHelper [i];
for(coreUintW i = 0u; i < ARRAY_SIZE(m_Header.aiSaveTrophy); ++i) m_Header.aiSaveTrophy [i] = g_pSave->GetHeader().oProgress.aiTrophy [i];
for(coreUintW i = 0u; i < ARRAY_SIZE(m_Header.aiSaveUnlock); ++i) m_Header.aiSaveUnlock [i] = g_pSave->GetHeader().oProgress.aiUnlock [i];
for(coreUintW i = 0u; i < ARRAY_SIZE(m_Header.aiSaveState); ++i) m_Header.aiSaveState [i] = g_pSave->GetHeader().oProgress.aiState [i];
//
m_Header.iOptionKind = g_pGame->GetOptions().iKind;
m_Header.iOptionType = g_pGame->GetOptions().iType;
m_Header.iOptionMode = g_pGame->GetOptions().iMode;
m_Header.iOptionDifficulty = g_pGame->GetOptions().iDifficulty;
m_Header.iOptionFlags = g_pGame->GetOptions().iFlags;
for(coreUintW i = 0u; i < REPLAY_PLAYERS; ++i)
{
m_Header.aiOptionShield[i] = g_pGame->GetOptions().aiShield[i];
for(coreUintW j = 0u; j < REPLAY_EQUIP_WEAPONS; ++j) m_Header.aaiOptionWeapon [i][j] = g_pGame->GetOptions().aaiWeapon [i][j];
for(coreUintW j = 0u; j < REPLAY_EQUIP_SUPPORTS; ++j) m_Header.aaiOptionSupport[i][j] = g_pGame->GetOptions().aaiSupport[i][j];
}
//
std::memcpy(m_Header.acConfigLanguage, coreData::StrFilename(Core::Config->GetString(CORE_CONFIG_BASE_LANGUAGE)), 2u);
for(coreUintW i = 0u; i < SCORE_PLAYERS; ++i)
{
m_Header.aiConfigInputType [i] = g_CurConfig.Input.aiType [i];
m_Header.aiConfigFireMode [i] = g_CurConfig.Input.aiFireMode [i];
m_Header.aiConfigControlMode[i] = g_CurConfig.Input.aiControlMode[i];
}
m_Header.iConfigGameDirection = g_CurConfig.Game.iGameDirection;
m_Header.iConfigGameSpeed = GetCurGameSpeed();
m_Header.iConfigMirrorMode = g_CurConfig.Game.iMirrorMode;
m_Header.iConfigHudDirection = g_CurConfig.Game.iHudDirection;
m_Header.iConfigHudType = g_CurConfig.Game.iHudType;
m_Header.iConfigBackRotation = GetCurBackRotation();
m_Header.iConfigBackSpeed = GetCurBackSpeed();
m_Header.iConfigUpdateFreq = GetCurUpdateFreqReal();
m_Header.iConfigVersion = g_pGame->GetVersion();
m_Header.iConfigPureMode = g_CurConfig.Game.iPureMode;
//
m_Header.iConfigHitStop = g_CurConfig.Graphics.iHitStop;
m_Header.iConfigRotationTurn = g_CurConfig.Legacy.iRotationTurn;
m_Header.iConfigPriorityMove = g_CurConfig.Legacy.iPriorityMove;
//
m_Header.iSystemOs = GetSystemOsIndex();
m_Header.iSystemCpu = GetSystemCpuIndex();
m_Header.iSystemGpu = GetSystemGpuIndex();
//
m_Header.iRaise = g_pGame->GetRaise();
//
m_Header.iMissionIndexStart = g_pGame->GetCurMissionIndex();
m_Header.iMissionTakeFrom = g_pGame->GetCurMission()->GetTakeFrom();
m_Header.iMissionTakeTo = g_pGame->GetCurMission()->GetTakeTo();
std::memcpy(m_Header.aiMissionList, g_pGame->GetMissionList(), sizeof(coreInt32) * g_pGame->GetNumMissions());
Core::Log->Info("Replay recording started");
}
// ****************************************************************
//
void cReplay::StartPlayback()
{
ASSERT(m_eMode == REPLAY_MODE_DISABLED)
ASSERT(STATIC_ISVALID(g_pGame) && this->__CanStartPlayback())
//
m_iCurFrame = 0u;
m_iCurSnapshot = 0u;
m_iCurChange = 0u;
m_iEnvState = 0u;
m_eMode = REPLAY_MODE_PLAYBACK; // # before mission load
//
std::memset(m_aInput, 0, sizeof(m_aInput));
std::memset(m_aiCurPacket, 0, sizeof(m_aiCurPacket));
//
for(coreUintW i = 0u; i < REPLAY_PLAYERS; ++i)
{
m_aInput[i].iMoveStep = 8u;
}
//
g_pSave->SetIgnore(true);
//
g_pGame->LoadMissionIndex(m_Header.iMissionIndexStart, m_Header.iMissionTakeFrom, m_Header.iMissionTakeTo);
//
for(coreUintW i = 0u, ie = m_Header.iNumPlayers; i < ie; ++i)
{
g_pGame->GetPlayer(i)->SetInput(&m_aInput[i]);
}
Core::Log->Info("Replay playback started");
}
// ****************************************************************
//
void cReplay::EndRecording()
{
ASSERT(m_eMode == REPLAY_MODE_RECORDING)
ASSERT(STATIC_ISVALID(g_pGame))
//
m_Header.iEndTimestamp = std::time(NULL);
m_Header.iFrameCount = m_iCurFrame;
m_Header.iSnapshotCount = m_aSnapshot.size();
m_Header.iChangeCount = m_aChange .size();
for(coreUintW i = 0u, ie = m_Header.iNumPlayers; i < ie; ++i)
{
m_Header.aiPacketCount[i] = m_aaPacket[i].size();
}
//
m_Header.iMissionIndexEnd = g_pGame->GetCurMissionIndex();
m_Header.iNumRuns = g_pGame->GetPlayer(0u)->GetDataTable()->GetCounterTotal().iContinuesUsed;
//
for(coreUintW k = 0u, ke = m_Header.iNumPlayers; k < ke; ++k)
{
const cScoreTable* pTable = g_pGame->GetPlayer(k)->GetScoreTable();
m_Header.aiScoreTotal[k] = pTable->GetScoreTotal();
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) m_Header.aaiScoreMission[k][j] = pTable->GetScoreMission(j);
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) for(coreUintW i = 0u, ie = m_Header.iNumSegments; i < ie; ++i) m_Header.aaaiScoreSegment[k][j][i] = pTable->GetScoreSegment(j, i);
}
//
{
const cTimeTable* pTable = g_pGame->GetTimeTable();
m_Header.iTimeTotal = TABLE_TIME_TO_UINT(pTable->GetTimeTotal());
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) m_Header.aiTimeMission[j] = TABLE_TIME_TO_UINT(pTable->GetTimeMission(j));
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) for(coreUintW i = 0u, ie = m_Header.iNumSegments; i < ie; ++i) m_Header.aaiTimeSegment[j][i] = TABLE_TIME_TO_UINT(pTable->GetTimeSegment(j, i));
}
//
for(coreUintW k = 0u, ke = m_Header.iNumPlayers; k < ke; ++k)
{
const cScoreTable* pTable = g_pGame->GetPlayer(k)->GetScoreTable();
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) for(coreUintW i = 0u, ie = m_Header.iNumSegments; i < ie; ++i) m_Header.aaaiMaxSeriesSegment[k][j][i] = pTable->GetMaxSeriesSegment(j, i);
}
//
{
const cTimeTable* pTable = g_pGame->GetTimeTable();
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) m_Header.aiShiftGoodMission[j] = pTable->GetShiftGoodMission(j);
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) for(coreUintW i = 0u, ie = m_Header.iNumSegments; i < ie; ++i) m_Header.aaiShiftGoodSegment[j][i] = pTable->GetShiftGoodSegment(j, i);
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) m_Header.aiShiftBadMission [j] = pTable->GetShiftBadMission (j);
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) for(coreUintW i = 0u, ie = m_Header.iNumSegments; i < ie; ++i) m_Header.aaiShiftBadSegment [j][i] = pTable->GetShiftBadSegment (j, i);
}
//
for(coreUintW l = 0u, le = m_Header.iNumPlayers; l < le; ++l)
{
const cScoreTable* pTable = g_pGame->GetPlayer(l)->GetScoreTable();
for(coreUintW k = 0u, ke = m_Header.iNumRuns; k < ke; ++k)
{
m_Header.aaiRunTotal [l][k] = pTable->GetRunTotal (k);
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) m_Header.aaaiRunMission[l][k][j] = pTable->GetRunMission(k, j);
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) for(coreUintW i = 0u, ie = m_Header.iNumSegments; i < ie; ++i) m_Header.aaaaiRunSegment[l][k][j][i] = pTable->GetRunSegment(k, j, i);
m_Header.aaiRunMissionIndex[l][k] = pTable->GetRunMissionIndex(k);
m_Header.aaiRunSegmentIndex[l][k] = pTable->GetRunSegmentIndex(k);
}
}
//
for(coreUintW k = 0u, ke = m_Header.iNumPlayers; k < ke; ++k)
{
const cDataTable* pTable = g_pGame->GetPlayer(k)->GetDataTable();
m_Header.aiDataDamageGiven [k] = pTable->GetCounterTotal().iDamageGiven;
m_Header.aiDataDamageTaken [k] = pTable->GetCounterTotal().iDamageTaken;
m_Header.aiDataContinuesUsed [k] = pTable->GetCounterTotal().iContinuesUsed;
m_Header.aiDataRepairsUsed [k] = pTable->GetCounterTotal().iRepairsUsed;
m_Header.aiDataShiftGoodAdded[k] = pTable->GetCounterTotal().iShiftGoodAdded;
m_Header.aiDataShiftBadAdded [k] = pTable->GetCounterTotal().iShiftBadAdded;
m_Header.aiDataTurnsMade [k] = pTable->GetCounterTotal().iTurnsMade;
m_Header.aiDataMovesMade [k] = pTable->GetCounterTotal().iMovesMade;
m_Header.aiDataBulletsShot [k] = pTable->GetCounterTotal().iBulletsShot;
}
//
{
const cDataTable* pTable = g_pGame->GetPlayer(0u)->GetDataTable();
m_Header.iMedalArcade = pTable->GetMedalArcade();
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) m_Header.aiMedalMission[j] = pTable->GetMedalMission(j);
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) for(coreUintW i = 0u, ie = m_Header.iNumSegments; i < ie; ++i) m_Header.aaiMedalSegment[j][i] = pTable->GetMedalSegment(j, i);
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) m_Header.aiFragment [j] = pTable->GetFragmentAll (j);
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) for(coreUintW i = 0u, ie = m_Header.iNumSegments; i < ie; ++i) m_Header.aaiBadge [j][i] = pTable->GetBadgeAll (j, i);
for(coreUintW j = 0u, je = m_Header.iNumMissions; j < je; ++j) m_Header.aiHelper [j] = pTable->GetHelperAll (j);
}
//
m_eMode = REPLAY_MODE_DISABLED;
Core::Log->Info("Replay recording ended");
}
// ****************************************************************
//
void cReplay::EndPlayback()
{
ASSERT(m_eMode == REPLAY_MODE_PLAYBACK)
ASSERT(STATIC_ISVALID(g_pGame))
//
g_pSave->SetIgnore(false);
//
m_eMode = REPLAY_MODE_DISABLED;
Core::Log->Info("Replay playback ended");
}
// ****************************************************************
//
void cReplay::Cancel()
{
//
if(m_eMode == REPLAY_MODE_RECORDING)
{
this->EndRecording();
}
else if(m_eMode == REPLAY_MODE_PLAYBACK)
{
this->EndPlayback();
}
//
this->Clear();
}
// ****************************************************************
//
void cReplay::ApplySnapshot(const coreUint16 iIdentifier)
{
if(!STATIC_ISVALID(g_pGame)) return;
if(m_eMode == REPLAY_MODE_RECORDING)
{
//
sSnapshot oSnapshot = {};
oSnapshot.iFrame = m_iCurFrame;
oSnapshot.iIdentifier = iIdentifier;
//
oSnapshot.iMarkChange = m_aChange.size();
for(coreUintW i = 0u; i < REPLAY_PLAYERS; ++i)
{
oSnapshot.aiMarkPacket[i] = m_aaPacket[i].size();
}
//
for(coreUintW i = 0u; i < REPLAY_PLAYERS; ++i)
{
const sGameInput* pInput = g_pGame->GetPlayer(i)->GetInput();
oSnapshot.aiActionPress [i] = pInput->iActionPress;
oSnapshot.aiActionRelease[i] = pInput->iActionRelease;
oSnapshot.aiActionHold [i] = pInput->iActionHold;
}
//
for(coreUintW i = 0u; i < REPLAY_PLAYERS; ++i)
{
const cPlayer* pPlayer = g_pGame->GetPlayer(i);
oSnapshot.avPlayerPos [i] = pPlayer->GetPosition ().xy();
oSnapshot.avPlayerDir [i] = pPlayer->GetDirection().xy();
oSnapshot.afWeaponTime[i] = pPlayer->GetWeapon(0u)->GetCooldownTime();
}
//
m_aSnapshot.push_back(oSnapshot);
}
else if(m_eMode == REPLAY_MODE_PLAYBACK)
{
if(m_iCurSnapshot < m_aSnapshot.size())
{
if(m_aSnapshot[m_iCurSnapshot].iIdentifier != iIdentifier)
{
coreBool bFound = false;
for(coreUintW i = 0u, ie = m_aSnapshot.size(); i < ie; ++i)
{
if(m_aSnapshot[i].iIdentifier == iIdentifier)
{
m_iCurSnapshot = i;
bFound = true;
break;
}
}
if(!bFound) return;
}
const sSnapshot oSnapshot = m_aSnapshot[m_iCurSnapshot];
//
m_iCurFrame = oSnapshot.iFrame;
//
m_iCurChange = oSnapshot.iMarkChange;
for(coreUintW i = 0u; i < REPLAY_PLAYERS; ++i)
{
m_aiCurPacket[i] = oSnapshot.aiMarkPacket[i];
}
//
for(coreUintW i = 0u; i < REPLAY_PLAYERS; ++i)
{
m_aInput[i].iActionPress = oSnapshot.aiActionPress [i];
m_aInput[i].iActionRelease = oSnapshot.aiActionRelease[i];
m_aInput[i].iActionHold = oSnapshot.aiActionHold [i];
}
//
for(coreUintW i = 0u; i < REPLAY_PLAYERS; ++i)
{
cPlayer* pPlayer = g_pGame->GetPlayer(i);
pPlayer->SetPosition (coreVector3(oSnapshot.avPlayerPos[i], pPlayer->GetPosition ().z));
pPlayer->SetDirection(coreVector3(oSnapshot.avPlayerDir[i], pPlayer->GetDirection().z));
pPlayer->GetWeapon(0u)->SetCooldownTime(oSnapshot.afWeaponTime[i]);
}
m_iCurSnapshot += 1u;
}
}
}
// ****************************************************************
//
void cReplay::ProcessEnvMission()
{
ASSERT(STATIC_ISVALID(g_pGame))
//
const coreUintW iMissionIndex = g_pGame->GetCurMissionIndex();
ASSERT(iMissionIndex < REPLAY_MISSIONS)
if(!HAS_BIT(m_iEnvState, iMissionIndex))
{
ADD_BIT(m_iEnvState, iMissionIndex)
if(m_eMode == REPLAY_MODE_RECORDING)
{
const cOutdoor* pOutdoor = g_pEnvironment->GetBackground()->GetOutdoor();
//
m_Header.aiEnvSeed [iMissionIndex] = pOutdoor ? pOutdoor->GetSeed() : 0u;
m_Header.afEnvFlyOffsetMission[iMissionIndex] = g_pEnvironment->GetFlyOffset();
}
else if(m_eMode == REPLAY_MODE_PLAYBACK)
{
//
g_pEnvironment->OverrideFlyOffset(m_Header.afEnvFlyOffsetMission[iMissionIndex]);
}
}
}
// ****************************************************************
//
void cReplay::ProcessEnvSegment()
{
ASSERT(STATIC_ISVALID(g_pGame))
//
const coreUintW iMissionIndex = g_pGame->GetCurMissionIndex();
const coreUintW iSegmentIndex = g_pGame->GetCurMission()->GetCurSegmentIndex();
ASSERT(iMissionIndex < REPLAY_MISSIONS)
ASSERT(iSegmentIndex < REPLAY_SEGMENTS)
if(m_eMode == REPLAY_MODE_RECORDING)
{
//
m_Header.aafEnvFlyOffsetSegment[iMissionIndex][iSegmentIndex] = g_pEnvironment->GetFlyOffset();
}
else if(m_eMode == REPLAY_MODE_PLAYBACK)
{
//
g_pEnvironment->OverrideFlyOffset(m_Header.aafEnvFlyOffsetSegment[iMissionIndex][iSegmentIndex]);
}
}
// ****************************************************************
//
void cReplay::Update()
{
#if defined(_CORE_DEBUG_)
if(!TIME) return;
#endif
if(!STATIC_ISVALID(g_pGame)) return;
//
if(!HAS_FLAG(g_pGame->GetStatus(), GAME_STATUS_PLAY)) return;
++m_iCurFrame;
if(m_eMode == REPLAY_MODE_RECORDING)
{
const auto nNewPacketFunc = [this](const coreUintW iIndex, const coreUint8 iType, const coreUint8 iValue)
{
//
sPacketRaw oPacketRaw = {};
oPacketRaw.iFrame = m_iCurFrame & BITLINE(REPLAY_BITS_FRAME);
oPacketRaw.iType = iType;
oPacketRaw.iValue = iValue;
//
const sPacket oNewPacket = cReplay::__Pack(oPacketRaw);
//
m_aaPacket[iIndex].push_back(oNewPacket);
};
for(coreUintW i = 0u, ie = m_Header.iNumPlayers; i < ie; ++i)
{
const sGameInput* pNewInput = g_pGame->GetPlayer(i)->GetInput();
const sGameInput* pOldInput = &m_aInput[i];
//
if(pNewInput->iMoveStep != m_aInput[i].iMoveStep)
{
ASSERT(pNewInput->vMove == MapToAxis(UnpackDirection(pNewInput->iMoveStep), g_pPostProcessing->GetDirectionGame()))
nNewPacketFunc(i, REPLAY_TYPE_MOVE, pNewInput->iMoveStep);
}
//
if(pNewInput->iActionPress)
{
for(coreUintW j = 0u; j < INPUT_KEYS_ACTION; ++j)
{
if(HAS_BIT(pNewInput->iActionPress, j)) nNewPacketFunc(i, REPLAY_TYPE_PRESS, j);
}
}
if(pNewInput->iActionRelease)
{
for(coreUintW j = 0u; j < INPUT_KEYS_ACTION; ++j)
{
if(HAS_BIT(pNewInput->iActionRelease, j)) nNewPacketFunc(i, REPLAY_TYPE_RELEASE, j);
}
}
// handle hold-changes without actual button-events
if(!HAS_BIT(pNewInput->iActionPress, PLAYER_ACTION_SHOOT_0) && HAS_BIT(pNewInput->iActionHold, PLAYER_ACTION_SHOOT_0) && !HAS_BIT(pOldInput->iActionHold, PLAYER_ACTION_SHOOT_0)) nNewPacketFunc(i, REPLAY_TYPE_EVENT, REPLAY_EVENT_SHOOT_ON);
if(!HAS_BIT(pNewInput->iActionPress, PLAYER_ACTION_RAPID_FIRE) && HAS_BIT(pNewInput->iActionHold, PLAYER_ACTION_RAPID_FIRE) && !HAS_BIT(pOldInput->iActionHold, PLAYER_ACTION_RAPID_FIRE)) nNewPacketFunc(i, REPLAY_TYPE_EVENT, REPLAY_EVENT_RAPID_ON);
if(!HAS_BIT(pNewInput->iActionRelease, PLAYER_ACTION_SHOOT_0) && !HAS_BIT(pNewInput->iActionHold, PLAYER_ACTION_SHOOT_0) && HAS_BIT(pOldInput->iActionHold, PLAYER_ACTION_SHOOT_0)) nNewPacketFunc(i, REPLAY_TYPE_EVENT, REPLAY_EVENT_SHOOT_OFF);
if(!HAS_BIT(pNewInput->iActionRelease, PLAYER_ACTION_RAPID_FIRE) && !HAS_BIT(pNewInput->iActionHold, PLAYER_ACTION_RAPID_FIRE) && HAS_BIT(pOldInput->iActionHold, PLAYER_ACTION_RAPID_FIRE)) nNewPacketFunc(i, REPLAY_TYPE_EVENT, REPLAY_EVENT_RAPID_OFF);
// handle button-events without actual hold-changes
if(HAS_BIT(pNewInput->iActionPress, PLAYER_ACTION_SHOOT_0) && !HAS_BIT(pNewInput->iActionHold, PLAYER_ACTION_SHOOT_0)) nNewPacketFunc(i, REPLAY_TYPE_EVENT, REPLAY_EVENT_SHOOT_OFF);
if(HAS_BIT(pNewInput->iActionPress, PLAYER_ACTION_RAPID_FIRE) && !HAS_BIT(pNewInput->iActionHold, PLAYER_ACTION_RAPID_FIRE)) nNewPacketFunc(i, REPLAY_TYPE_EVENT, REPLAY_EVENT_RAPID_OFF);
if(HAS_BIT(pNewInput->iActionRelease, PLAYER_ACTION_SHOOT_0) && HAS_BIT(pNewInput->iActionHold, PLAYER_ACTION_SHOOT_0)) nNewPacketFunc(i, REPLAY_TYPE_EVENT, REPLAY_EVENT_SHOOT_ON);
if(HAS_BIT(pNewInput->iActionRelease, PLAYER_ACTION_RAPID_FIRE) && HAS_BIT(pNewInput->iActionHold, PLAYER_ACTION_RAPID_FIRE)) nNewPacketFunc(i, REPLAY_TYPE_EVENT, REPLAY_EVENT_RAPID_ON);
//
if(!(m_iCurFrame & BITLINE(REPLAY_BITS_FRAME)))
{
nNewPacketFunc(i, REPLAY_TYPE_EVENT, REPLAY_EVENT_SYNC); // needs to be the last package of a frame
}
//
m_aInput[i] = (*pNewInput);
}
const auto nNewChangeFunc = [this](const coreUint8 iType, coreUint8* OUTPUT piOldValue, const coreUint8 iNewValue)
{
if((*piOldValue) != iNewValue)
{
(*piOldValue) = iNewValue;
//
sChange oChange = {};
oChange.iFrame = m_iCurFrame;
oChange.iType = iType;
oChange.iValue = iNewValue;
//
m_aChange.push_back(oChange);
}
};
//
nNewChangeFunc(REPLAY_CHANGE_PROGRESS_FRAGMENT_0, &m_Header.aiSaveFragment[0], g_pSave->GetHeader().oProgress.aiFragment[0]);
nNewChangeFunc(REPLAY_CHANGE_PROGRESS_FRAGMENT_1, &m_Header.aiSaveFragment[1], g_pSave->GetHeader().oProgress.aiFragment[1]);
nNewChangeFunc(REPLAY_CHANGE_PROGRESS_FRAGMENT_2, &m_Header.aiSaveFragment[2], g_pSave->GetHeader().oProgress.aiFragment[2]);
nNewChangeFunc(REPLAY_CHANGE_PROGRESS_FRAGMENT_3, &m_Header.aiSaveFragment[3], g_pSave->GetHeader().oProgress.aiFragment[3]);
nNewChangeFunc(REPLAY_CHANGE_PROGRESS_FRAGMENT_4, &m_Header.aiSaveFragment[4], g_pSave->GetHeader().oProgress.aiFragment[4]);
nNewChangeFunc(REPLAY_CHANGE_PROGRESS_FRAGMENT_5, &m_Header.aiSaveFragment[5], g_pSave->GetHeader().oProgress.aiFragment[5]);
nNewChangeFunc(REPLAY_CHANGE_PROGRESS_FRAGMENT_6, &m_Header.aiSaveFragment[6], g_pSave->GetHeader().oProgress.aiFragment[6]);
nNewChangeFunc(REPLAY_CHANGE_PROGRESS_FRAGMENT_7, &m_Header.aiSaveFragment[7], g_pSave->GetHeader().oProgress.aiFragment[7]);
nNewChangeFunc(REPLAY_CHANGE_PROGRESS_FRAGMENT_8, &m_Header.aiSaveFragment[8], g_pSave->GetHeader().oProgress.aiFragment[8]);
nNewChangeFunc(REPLAY_CHANGE_CONFIG_CONTROL_MODE_1, &m_Header.aiConfigControlMode[0], g_CurConfig.Input .aiControlMode[0]);
nNewChangeFunc(REPLAY_CHANGE_CONFIG_CONTROL_MODE_2, &m_Header.aiConfigControlMode[1], g_CurConfig.Input .aiControlMode[1]);
nNewChangeFunc(REPLAY_CHANGE_CONFIG_MIRROR_MODE, &m_Header.iConfigMirrorMode, g_CurConfig.Game .iMirrorMode);
nNewChangeFunc(REPLAY_CHANGE_CONFIG_HIT_STOP, &m_Header.iConfigHitStop, g_CurConfig.Graphics.iHitStop);
}
else if(m_eMode == REPLAY_MODE_PLAYBACK)
{
for(coreUintW i = 0u, ie = m_Header.iNumPlayers; i < ie; ++i)
{
sGameInput& oCurInput = m_aInput[i];
//
oCurInput.iActionPress = 0u;
oCurInput.iActionRelease = 0u;
for(coreUintW j = m_aiCurPacket[i], je = m_aaPacket[i].size(); j < je; ++j) // multiple package on the same frame
{
const sPacketRaw oPacketRaw = cReplay::__Unpack(m_aaPacket[i][j]);
if(oPacketRaw.iFrame == (m_iCurFrame & BITLINE(REPLAY_BITS_FRAME)))
{
//
switch(oPacketRaw.iType)
{
case REPLAY_TYPE_MOVE:
oCurInput.iMoveStep = oPacketRaw.iValue;
break;
case REPLAY_TYPE_PRESS:
oCurInput.iActionPress |= BIT(oPacketRaw.iValue);
oCurInput.iActionHold |= BIT(oPacketRaw.iValue);
break;
case REPLAY_TYPE_RELEASE:
oCurInput.iActionRelease |= BIT(oPacketRaw.iValue);
oCurInput.iActionHold &= ~BIT(oPacketRaw.iValue);
break;
case REPLAY_TYPE_EVENT:
switch(oPacketRaw.iValue)
{
case REPLAY_EVENT_SYNC: break;
case REPLAY_EVENT_SHOOT_ON: SET_BIT(oCurInput.iActionHold, PLAYER_ACTION_SHOOT_0, true) break;
case REPLAY_EVENT_SHOOT_OFF: SET_BIT(oCurInput.iActionHold, PLAYER_ACTION_SHOOT_0, false) break;
case REPLAY_EVENT_RAPID_ON: SET_BIT(oCurInput.iActionHold, PLAYER_ACTION_RAPID_FIRE, true) break;
case REPLAY_EVENT_RAPID_OFF: SET_BIT(oCurInput.iActionHold, PLAYER_ACTION_RAPID_FIRE, false) break;
default:
WARN_IF(true) {}
break;
}
break;
default:
WARN_IF(true) {}
break;
}
// always skip current package (especially at the end)
m_aiCurPacket[i] = j + 1u;
//
if((oPacketRaw.iType == REPLAY_TYPE_EVENT) && (oPacketRaw.iValue == REPLAY_EVENT_SYNC))
break;
}
else
{
//
m_aiCurPacket[i] = j;
break;
}
}
// repair incomplete recording of toggle events (might still not fix mixed control mode due to missing information)
if(m_Header.iConfigVersion <= 13u)
{
if(HAS_BIT(oCurInput.iActionPress, PLAYER_ACTION_CHANGE_SPEED))
{
const sGameInput oCopy = oCurInput;
SET_BIT(oCurInput.iActionHold, PLAYER_ACTION_SHOOT_0, (HAS_BIT(oCopy.iActionHold, PLAYER_ACTION_RAPID_FIRE) || HAS_BIT(oCopy.iActionPress, PLAYER_ACTION_SHOOT_0)) && !HAS_BIT(oCopy.iActionRelease, PLAYER_ACTION_SHOOT_0))
SET_BIT(oCurInput.iActionHold, PLAYER_ACTION_RAPID_FIRE, (HAS_BIT(oCopy.iActionHold, PLAYER_ACTION_SHOOT_0) || HAS_BIT(oCopy.iActionPress, PLAYER_ACTION_RAPID_FIRE)) && !HAS_BIT(oCopy.iActionRelease, PLAYER_ACTION_RAPID_FIRE))
}
if(g_pGame->GetPlayer(i)->HasStatus(PLAYER_STATUS_NO_INPUT_RAPID))
{
SET_BIT(oCurInput.iActionHold, PLAYER_ACTION_SHOOT_0, HAS_BIT(oCurInput.iActionHold, PLAYER_ACTION_SHOOT_0) || HAS_BIT(oCurInput.iActionHold, PLAYER_ACTION_RAPID_FIRE))
SET_BIT(oCurInput.iActionHold, PLAYER_ACTION_RAPID_FIRE, false)
}
}
//
oCurInput.vMove = MapToAxis(UnpackDirection(oCurInput.iMoveStep), g_pPostProcessing->GetDirectionGame());
}
for(coreUintW j = m_iCurChange, je = m_aChange.size(); j < je; ++j) // multiple package on the same frame
{
const sChange oChange = m_aChange[j];
if(oChange.iFrame == m_iCurFrame)
{
//
switch(oChange.iType)
{
case REPLAY_CHANGE_PROGRESS_FRAGMENT_0: m_Header.aiSaveFragment[0] = oChange.iValue; break;
case REPLAY_CHANGE_PROGRESS_FRAGMENT_1: m_Header.aiSaveFragment[1] = oChange.iValue; break;
case REPLAY_CHANGE_PROGRESS_FRAGMENT_2: m_Header.aiSaveFragment[2] = oChange.iValue; break;
case REPLAY_CHANGE_PROGRESS_FRAGMENT_3: m_Header.aiSaveFragment[3] = oChange.iValue; break;
case REPLAY_CHANGE_PROGRESS_FRAGMENT_4: m_Header.aiSaveFragment[4] = oChange.iValue; break;
case REPLAY_CHANGE_PROGRESS_FRAGMENT_5: m_Header.aiSaveFragment[5] = oChange.iValue; break;
case REPLAY_CHANGE_PROGRESS_FRAGMENT_6: m_Header.aiSaveFragment[6] = oChange.iValue; break;
case REPLAY_CHANGE_PROGRESS_FRAGMENT_7: m_Header.aiSaveFragment[7] = oChange.iValue; break;
case REPLAY_CHANGE_PROGRESS_FRAGMENT_8: m_Header.aiSaveFragment[8] = oChange.iValue; break;
case REPLAY_CHANGE_CONFIG_CONTROL_MODE_1: m_Header.aiConfigControlMode[0] = oChange.iValue; break;
case REPLAY_CHANGE_CONFIG_CONTROL_MODE_2: m_Header.aiConfigControlMode[1] = oChange.iValue; break;
case REPLAY_CHANGE_CONFIG_MIRROR_MODE: m_Header.iConfigMirrorMode = oChange.iValue; break;
case REPLAY_CHANGE_CONFIG_HIT_STOP: m_Header.iConfigHitStop = oChange.iValue; break;
default:
WARN_IF(true) {}
break;
}
//
m_iCurChange = j + 1u;
}
else
{
//
m_iCurChange = j;
break;
}
}
}
}
// ****************************************************************
//
coreBool cReplay::LoadFile(const coreChar* pcPath, const coreBool bOnlyHeader)
{
ASSERT(m_eMode == REPLAY_MODE_DISABLED)
//
this->Clear();
//
if(!coreData::FileExists(pcPath))
{
Core::Log->Warning("Replay (%s) does not exists!", pcPath);
return false;
}
//
coreArchive oArchive(pcPath);
coreFile* pHeaderFile = oArchive.GetFile("header");
coreFile* pBodyFile = oArchive.GetFile("body");
WARN_IF(!pHeaderFile || !pBodyFile)
{
Core::Log->Warning("Replay (%s) could not be loaded!", pcPath);
return false;
}
//
coreUint32 iHeaderSize = sizeof(sHeader);
if(coreData::Decompress(pHeaderFile->GetData(), pHeaderFile->GetSize(), r_cast<coreByte*>(&m_Header), &iHeaderSize) != CORE_OK)
{
std::memcpy(&m_Header, pHeaderFile->GetData(), MIN(pHeaderFile->GetSize(), sizeof(sHeader)));
}
//
WARN_IF((m_Header.iMagic != REPLAY_FILE_MAGIC) ||
(m_Header.iVersion > REPLAY_FILE_VERSION) ||
(m_Header.iChecksum != cReplay::__GenerateChecksum(m_Header)))
{
Core::Log->Warning("Replay (%s) is not a valid replay-file!", pcPath);
return false;
}
//
cReplay::__CheckHeader(&m_Header);
if(!bOnlyHeader)
{
//
pBodyFile->Decompress(m_Header.iBodySize);
//
WARN_IF((m_Header.iBodySize != pBodyFile->GetSize()) || !this->__SetBodyData(pBodyFile->GetData(), pBodyFile->GetSize()))
{
Core::Log->Warning("Replay (%s) is corrupt!", pcPath);
return false;
}
}
Core::Log->Info("Replay (%s) loaded", pcPath);
return true;
}
// ****************************************************************
//
coreBool cReplay::SaveFile(const coreUint8 iSlot)
{
ASSERT(m_eMode == REPLAY_MODE_DISABLED)
//
coreByte* pBodyData = NULL;
coreUint32 iBodySize = 0;
WARN_IF(!this->__GetBodyData(&pBodyData, &iBodySize)) return true;
//
if(!m_Header.iViewTimestamp)
{
m_Header.iViewTimestamp = std::time(NULL);
}
//
m_Header.iBodySize = iBodySize;
m_Header.iChecksum = cReplay::__GenerateChecksum(m_Header);
//
coreByte* pHeaderData = new coreByte[sizeof(sHeader)];
std::memcpy(pHeaderData, &m_Header, sizeof(sHeader));
//
coreArchive oArchive;
oArchive.CreateFile("header", pHeaderData, sizeof(sHeader))->Compress();
oArchive.CreateFile("body", pBodyData, iBodySize) ->Compress();
//
const coreChar* pcPath = REPLAY_SLOTSYSTEM ? coreData::UserFolderPrivate(PRINT(REPLAY_FILE_FOLDER "replay_%04u." REPLAY_FILE_EXTENSION, iSlot)) :
coreData::UserFolderPrivate(coreData::DateTimePrint(REPLAY_FILE_FOLDER "replay_%Y%m%d_%H%M%S." REPLAY_FILE_EXTENSION, TIMEMAP_LOCAL(m_Header.iViewTimestamp)));
WARN_IF(oArchive.Save(pcPath) != CORE_OK)
{
coreUint64 iAvailable;
coreData::SystemSpace(&iAvailable, NULL);
if(iAvailable < 1u * 1024u * 1024u) m_eStatus = SAVE_STATUS_ERROR_SPACE;
else if(!coreData::FolderWritable(coreData::StrDirectory(pcPath))) m_eStatus = SAVE_STATUS_ERROR_ACCESS;
else m_eStatus = SAVE_STATUS_ERROR_UNKNOWN;
Core::Log->Warning("Replay (%s) could not be saved (status %u)", pcPath, coreUint32(m_eStatus));
return false;
}
//
coreFile::FlushFilesystem();
Core::Log->Info("Replay (%s) saved", oArchive.GetPath());
return true;
}
// ****************************************************************
//
coreBool cReplay::LoadData(const coreByte* pData, const coreUint32 iSize)
{
ASSERT(m_eMode == REPLAY_MODE_DISABLED)
ASSERT(pData && iSize)
//
this->Clear();
coreByte* pFullData = NULL;
coreUint32 iFullSize = 0u;
coreDataScope<coreByte> oScope = NULL;
//
if(coreData::Decompress(pData, iSize, &pFullData, &iFullSize, 10u * 1024u * 1024u) != CORE_OK)
{
pFullData = c_cast<coreByte*>(pData);
iFullSize = iSize;
}
else
{
oScope = pFullData;
}
const coreByte* pBodyData = pFullData + sizeof(sHeader);
const coreUint32 iBodySize = iFullSize - sizeof(sHeader);
std::memcpy(&m_Header, pFullData, sizeof(sHeader));
//
WARN_IF((m_Header.iMagic != REPLAY_FILE_MAGIC) ||
(m_Header.iVersion > REPLAY_FILE_VERSION) ||
(m_Header.iChecksum != cReplay::__GenerateChecksum(m_Header)))
{
Core::Log->Warning("Replay data is not a valid replay-file!");
return false;
}
//
cReplay::__CheckHeader(&m_Header);
//
WARN_IF((m_Header.iBodySize != iBodySize) || !this->__SetBodyData(pBodyData, iBodySize))
{
Core::Log->Warning("Replay data is corrupt!");
return false;
}
//
m_Header.iViewTimestamp = 0u;
Core::Log->Info("Replay data loaded");
return true;
}
// ****************************************************************
//
coreBool cReplay::SaveData(coreByte** OUTPUT ppData, coreUint32* OUTPUT piSize)
{
ASSERT(m_eMode == REPLAY_MODE_DISABLED)
ASSERT(ppData && piSize)
//
coreByte* pBodyData = NULL;
coreUint32 iBodySize = 0;
WARN_IF(!this->__GetBodyData(&pBodyData, &iBodySize)) return true;
//
m_Header.iBodySize = iBodySize;
m_Header.iChecksum = cReplay::__GenerateChecksum(m_Header);
//
const coreUint32 iFullSize = sizeof(sHeader) + iBodySize;
coreByte* pFullData = new coreByte[iFullSize];
//
std::memcpy(pFullData, &m_Header, sizeof(sHeader));
std::memcpy(pFullData + sizeof(sHeader), pBodyData, iBodySize);
//
if(coreData::Compress(pFullData, iFullSize, ppData, piSize) != CORE_OK)
{
(*ppData) = pFullData;
(*piSize) = iFullSize;
}
else
{
SAFE_DELETE_ARRAY(pFullData)
}
SAFE_DELETE_ARRAY(pBodyData)
Core::Log->Info("Replay data saved");
return true;
}
// ****************************************************************
//
void cReplay::Clear()
{
ASSERT(m_eMode == REPLAY_MODE_DISABLED)
//
m_iCurFrame = 0u;
m_iCurSnapshot = 0u;
m_iCurChange = 0u;
m_iEnvState = 0u;
//
std::memset(&m_Header, 0, sizeof(m_Header));
std::memset(m_aInput, 0, sizeof(m_aInput));