void GameInfo::LoadGame(int slot)
{
CONS_Printf("Loading a game...\n");
char savename[255];
byte *savebuffer;
sprintf(savename, savegamename, slot);
int length = FIL_ReadFile(savename, &savebuffer);
if (!length)
{
CONS_Printf("Couldn't open save file %s\n", savename);
return;
}
LArchive a;
if (!a.Open(savebuffer, length))
return;
Z_Free(savebuffer); // the compressed buffer is no longer needed
Downgrade(LEGACY_VERSION); // reset the game version
SV_Reset();
ReadResourceLumps();
// dearchive all the modifications
if (Unserialize(a))
{
CONS_Printf("\aSavegame file corrupted!\n\n");
SV_Reset();
return;
}
SetState(GS_LEVEL);
if (netgame)
net->SV_Open(true); // let the remote players in
paused = false;
// view the local human players by default
for (int i=0; i < NUM_LOCALHUMANS; i++)
if (LocalPlayers[i].info)
ViewPlayers.push_back(LocalPlayers[i].info);
// TODO have other playerinfos waiting for clients to rejoin
if (ViewPlayers.size())
hud.ST_Start();
// done
/*
if (setsizeneeded)
R_ExecuteSetViewSize();
R_FillBackScreen(); // draw the pattern into the back screen
*/
con.Toggle(true);
CONS_Printf("...done.\n");
}
int ResetTree::MoveTree(int Depth, int Ply, long long int *NodeCount, int ThreadID)
{
ResetTree *MyChild, *CurrentNode;
int OneMove = 0;
//printf("MoveTree(%d,%d,ptr)\n",Depth,Ply);
//MoveHistory[Ply] = this;
if (Depth == 0)
{
ScoreResetNode();
//PrintMoveHistory(Ply); PrintReset();
(*NodeCount)++;
}
else
{
if (Ply == 0)
{
//Ensure that the children are created
Serialize();
CurrentNode = NewOrphan(RUNS_SERIALLY); //$$$ hardcoded to zero
while(GenerateNextMove(CurrentNode))
{
PutNodeLastInList(CurrentNode);
CurrentNode->InitializeSerialization();
CurrentNode = NewOrphan(RUNS_SERIALLY); //$$$ hardcoded to zero
}
CurrentNode->DeleteMe(ThreadID);
Unserialize();
//Try to serialize a child and work it
CurrentNode = Children.First;
while(CurrentNode)
{
if (CurrentNode->Serialize_Or_Skip())
{
OneMove = Ply+1; //nonzero - Should be in a register
CurrentNode->SerialMoveTree(Depth-1,Ply+1,NodeCount);
//Leave this serialized
}
CurrentNode = CurrentNode->NextSibling;
}
}
else //No serialization necessary
{
InitializeMoveGeneration();
MyChild = NewOrphan(RUNS_SERIALLY); //$$$ hardcoded to zero
while(GenerateNextMove(MyChild))
{
OneMove = Depth; //nonzero - Depth should be in a register
MyChild->SerialMoveTree(Depth-1,Ply+1,NodeCount);
InitMyChild(MyChild);
}
MyChild->DeleteMe(ThreadID);
}
}
}
CFlag::CFlag( const c8* scriptFilename )
{
Reset();
factoryName = "flag";
if ( scriptFilename != "" )
{
Load( scriptFilename );
Unserialize( loadedBitStream );
}
}
AnimationMaster AnimationMaster::Unserialize(Renderer* renderer,
std::shared_ptr<PBase::File> file) {
rapidjson::Document doc;
PBase::String src = file->ReadFileAsString();
PBase::Log::LogMessage("AnimationMaster", PBase::String("Loading: ").Append(file->Path()));
doc.Parse<0>(src.Raw());
rapidjson::Value val;
val.Swap(doc);
return Unserialize(renderer, &val);
}
ContentsDisplayDialog::ContentsDisplayDialog (QWidget *parent)
: QDialog (parent)
, ContentsModel_ (new QStandardItemModel (this))
{
Ui_.setupUi (this);
Ui_.ContentsTree_->setModel (ContentsModel_);
auto makePair = [] (const QString& leftText, const QString& rightText) -> QList<QStandardItem*>
{
QList<QStandardItem*> result;
result << new QStandardItem (leftText)
<< new QStandardItem (rightText);
for (auto item : result)
item->setEditable (false);
return result;
};
for (auto pluginObj : Core::Instance ().GetStoragePlugins ())
{
auto ii = qobject_cast<IInfo*> (pluginObj);
auto isp = qobject_cast<IStoragePlugin*> (pluginObj);
auto pluginItems = makePair (ii->GetName (), ii->GetInfo ());
for (const auto& key : isp->ListKeys ())
{
const auto& valList = isp->Load (key);
const auto& keyPair = makePair (QString::fromUtf8 (key), QString ());
pluginItems.first ()->appendRow (keyPair);
int valIndex = 0;
for (const auto& valVar : valList)
{
const auto& str = Unserialize (valVar);
keyPair.first ()->appendRow (makePair (QString::number (++valIndex), str));
}
}
ContentsModel_->appendRow (pluginItems);
}
Ui_.ContentsTree_->expandAll ();
}
Frame *Frame::Unserialize(Serializer::Reader &rd, Space *space, Frame *parent)
{
Frame *f = new Frame();
f->m_parent = parent;
f->m_flags = rd.Int32();
f->m_radius = rd.Double();
f->m_label = rd.String();
f->m_pos = rd.Vector3d();
for (int i=0; i<9; i++) f->m_orient[i] = rd.Double();
f->m_angSpeed = rd.Double();
f->m_sbody = space->GetSystemBodyByIndex(rd.Int32());
f->m_astroBodyIndex = rd.Int32();
f->m_vel = vector3d(0.0);
for (int i=rd.Int32(); i>0; --i) {
f->m_children.push_back(Unserialize(rd, space, f));
}
Sfx::Unserialize(rd, f);
f->ClearMovement();
return f;
}
bool iMapInfo::ReadMapInfo(iFileI* pFile)
{
// Map version
uint16 ver;
pFile->Read(&ver,sizeof(ver));
if (ver != GMAP_FILE_VERSION) return false;
// Save timestamp
pFile->Read(&m_saveTime, sizeof(m_saveTime));
// Random seed
pFile->Read(&m_rseed, sizeof(m_rseed));
// Map size
uint8 mapSiz; pFile->Read(&mapSiz,sizeof(mapSiz));
m_Size = (MAP_SIZE)mapSiz;
// Map name and description (string of text)
Unserialize(pFile, m_Name);
Unserialize(pFile, m_Description);
// Map version and author (string of text)
Unserialize(pFile, m_Version);
Unserialize(pFile, m_Author);
// Current date (1 is default value for new game)
pFile->Read(&m_curDay, sizeof(m_curDay));
// Game mode (GM_UNDEFINED for new map)
uint16 gameMode;
pFile->Read(&gameMode,sizeof(gameMode));
m_gameMode = (GameMode)gameMode;
// Difficulty level (DFC_UNDEFINED for new game)
sint8 gameDifLvl;
pFile->Read(&gameDifLvl,sizeof(gameDifLvl));
m_Difficulty = (DIFFICULTY_LEVEL)gameDifLvl;
// Read Player config
uint16 pCount;
pFile->Read(&pCount, sizeof(pCount));
bool bHumanDefined = false;
for (uint32 xx=0; xx<pCount; ++xx){
// Player Id
sint8 playerId;
pFile->Read(&playerId,sizeof(playerId));
// Nation type
uint8 nation;
pFile->Read(&nation,sizeof(nation));
// Player Type Mask
uint8 playerTypeMask;
pFile->Read(&playerTypeMask,sizeof(playerTypeMask));
// Player Type (PT_UNDEFINED for new game)
uint8 playerType;
pFile->Read(&playerType,sizeof(playerType));
// Create playerInfo descriptor
iPlayerInfo playerInfo((PLAYER_ID)playerId, (PLAYER_TYPE_MASK)playerTypeMask, (PLAYER_TYPE)playerType, (CTL_TYPE)nation);
if (playerType == PT_UNDEFINED) {
if (!bHumanDefined && (playerTypeMask == PTM_HUMAN_ONLY || playerTypeMask == PTM_HUMAN_OR_COMPUTER)) {
bHumanDefined = true;
playerInfo.m_Type = PT_HUMAN;
} else {
playerInfo.m_Type = PT_COMPUTER;
}
}
// Player resources (undefined for new game)
Unserialize(pFile, playerInfo.m_Minerals);
// Current Hero idx (0xFFFF = undefined for new game)
pFile->Read(&playerInfo.m_curHeroId,sizeof(playerInfo.m_curHeroId));
// Current Castle idx (0xFFFF = undefined for new game)
pFile->Read(&playerInfo.m_curCastleIdx,sizeof(playerInfo.m_curCastleIdx));
// Keys state
pFile->Read(&playerInfo.m_keys,sizeof(playerInfo.m_keys));
// Insert Player descriptor
m_Players.Add(playerInfo);
}
// Current player Id (PID_NEUTRAL = undefined for new game)
uint16 curPlayerId;
pFile->Read(&curPlayerId,sizeof(curPlayerId));
if (curPlayerId == 0xFFFF)m_curPlayerId = PID_NEUTRAL;
else m_curPlayerId = (PLAYER_ID)curPlayerId;
// Map metrics
uint16 w,h;
pFile->Read(&w,sizeof(w));
pFile->Read(&h,sizeof(h));
m_metrics.w = w;
m_metrics.h = h;
return true;
}
void CMIPSTags::Unserialize(Framework::Xml::CNode* parentNode, const char* sectionName)
{
auto section = parentNode->Select(sectionName);
if(!section) return;
Unserialize(section);
}
void
avtCellList::ExtractCells(const char * const *msgs, const int *lens, int np,
avtVolume *vol)
{
avtHexahedron hex;
avtPoint pt;
avtPyramid pyr;
avtTetrahedron tet;
avtWedge wedge;
hex.nVars = nVars;
pyr.nVars = nVars;
pt.nVars = nVars;
tet.nVars = nVars;
wedge.nVars = nVars;
int width = vol->GetVolumeWidth();
int height = vol->GetVolumeHeight();
int depth = vol->GetVolumeDepth();
avtHexahedronExtractor hexExtractor(width, height, depth, vol, this);
hexExtractor.SetJittering(jittering);
avtPointExtractor pointExtractor(width, height, depth, vol, this);
pointExtractor.SetJittering(jittering);
avtPyramidExtractor pyrExtractor(width, height, depth, vol, this);
pyrExtractor.SetJittering(jittering);
avtTetrahedronExtractor tetExtractor(width, height, depth, vol, this);
tetExtractor.SetJittering(jittering);
avtWedgeExtractor wedgeExtractor(width, height, depth, vol, this);
wedgeExtractor.SetJittering(jittering);
if (useRestriction)
{
hexExtractor.Restrict(minWidth, maxWidth, minHeight, maxHeight);
pointExtractor.Restrict(minWidth, maxWidth, minHeight, maxHeight);
pyrExtractor.Restrict(minWidth, maxWidth, minHeight, maxHeight);
tetExtractor.Restrict(minWidth, maxWidth, minHeight, maxHeight);
wedgeExtractor.Restrict(minWidth, maxWidth, minHeight, maxHeight);
}
for (int i = 0 ; i < np ; i++)
{
const char *tmpmsg = msgs[i];
while (tmpmsg < msgs[i] + lens[i])
{
int npts = 0;
InlineExtract((char *)&npts, tmpmsg, sizeof(int));
switch (npts)
{
case 1:
UnserializePoint(pt.bbox, pt.val, tmpmsg);
pointExtractor.Extract(pt);
break;
case 4:
Unserialize(tet.pts, tet.val, 4, tmpmsg);
tetExtractor.Extract(tet);
break;
case 5:
Unserialize(pyr.pts, pyr.val, 5, tmpmsg);
pyrExtractor.Extract(pyr);
break;
case 6:
Unserialize(wedge.pts, wedge.val, 6, tmpmsg);
wedgeExtractor.Extract(wedge);
break;
case 8:
Unserialize(hex.pts, hex.val, 8, tmpmsg);
hexExtractor.Extract(hex);
break;
default:
EXCEPTION1(InvalidCellTypeException, npts);
}
}
}
}
{
std::array<char, 256> datas; // The array must be bigger than any of the serializable classes
Nz::MemoryView stream(datas.data(), datas.size());
Nz::SerializationContext context;
context.stream = &stream;
WHEN("We serialize basic types")
{
THEN("Arithmetical types")
{
context.stream->SetCursorPos(0);
REQUIRE(Serialize(context, 3));
int value = 0;
context.stream->SetCursorPos(0);
REQUIRE(Unserialize(context, &value));
REQUIRE(value == 3);
}
THEN("Boolean type")
{
context.stream->SetCursorPos(0);
REQUIRE(Serialize(context, true));
context.stream->SetCursorPos(0);
bool value = false;
REQUIRE(Unserialize(context, &value));
REQUIRE(value == true);
}
}
WHEN("We serialize mathematical classes")
std::vector< ::stats::Stat>
RetrieveUsers(const std::string& section,
::stats::Timeframe timeframe,
::stats::Direction direction,
boost::optional< ::stats::SortField> sortField = boost::none,
boost::optional<acl::UserID> uid = boost::none)
{
static const char* sortFields[] =
{
"total kbytes",
"total files",
"avg speed"
};
mongo::BSONObjBuilder match;
match.append("direction", util::EnumToString(direction));
match.appendElements(Serialize(timeframe));
if (!section.empty())
match.append("section", section);
else
{
mongo::BSONArrayBuilder sections;
for (const auto& kv : cfg::Get().Sections())
sections.append(kv.first);
match.appendElements(BSON("section" << BSON("$in" << sections.arr())));
}
if (uid) match.append("uid", *uid);
mongo::BSONArrayBuilder ops;
ops.append(BSON("$match" << match.obj()));
ops.append(BSON("$group" << BSON("_id" << "$uid" <<
"total kbytes" << BSON("$sum" << "$kbytes") <<
"total files" << BSON("$sum" << "$files") <<
"total xfertime" << BSON("$sum" << "$xfertime"))));
ops.append(BSON("$project" << BSON("total kbytes" << 1 <<
"total files" << 1 <<
"total xfertime" << 1 <<
"avg speed" << BSON("$divide" <<
BSON_ARRAY("$total kbytes" << "$total xfertime")))));
if (sortField)
{
ops.append(BSON("$sort" << BSON(sortFields[static_cast<unsigned>(*sortField)] << -1)));
}
auto cmd = BSON("aggregate" << "transfers" << "pipeline" << ops.arr());
std::vector< ::stats::Stat> users;
mongo::BSONObj result;
NoErrorConnection conn;
if (conn.RunCommand(cmd, result))
{
for (const auto& elem : result["result"].Array())
{
users.emplace_back(Unserialize(elem.Obj()));
}
}
return users;
}
XSSkein::XSSkein(std::istream &src)
{
Unserialize(src);
}