CWE-ou-minkata/MOULOpenSourceClientPlugin/Plasma20/Sources/Plasma/NucleusLib/pnKeyedObject/plUoid.cpp

/*==LICENSE==*

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*==LICENSE==*/
#include "plUoid.h"
#include "hsStream.h"
#include "hsUtils.h"

//// plLocation //////////////////////////////////////////////////////////////

const plLocation plLocation::kGlobalFixedLoc(plLocation::kGlobalFixedLocIdx);
const plLocation plLocation::kLocalStartLoc(plLocation::kLocalLocStartIdx);
const plLocation plLocation::kLocalEndLoc(plLocation::kLocalLocEndIdx);
const plLocation plLocation::kNormalStartLoc(plLocation::kNormalLocStartIdx);
const plLocation plLocation::kGlobalServerLoc(plLocation::kGlobalServerLocIdx, plLocation::kReserved);
const plLocation plLocation::kInvalidLoc;

plLocation::plLocation(const plLocation& toCopyFrom)
{
	*this = toCopyFrom;
}

void plLocation::Read(hsStream* s)
{
	s->LogReadSwap(&fSequenceNumber, "Location Sequence Number");
	s->LogReadSwap(&fFlags, "Location Flags");
}

void plLocation::Write(hsStream* s) const
{
	s->WriteSwap(fSequenceNumber);
	s->WriteSwap(fFlags);
}

plLocation& plLocation::operator=(const plLocation& rhs)
{
	fSequenceNumber = rhs.fSequenceNumber;
	fFlags = rhs.fFlags;
	return *this;
}

hsBool plLocation::operator==(const plLocation& u) const
{
	// Ignore the itinerant flag when comparing, because
	return (fSequenceNumber == u.fSequenceNumber) && ((fFlags & ~kItinerant) == (u.fFlags & ~kItinerant));
}

void plLocation::Set(UInt32 seqNum)
{
	fSequenceNumber = seqNum;
}

void plLocation::Invalidate()
{
	fSequenceNumber = kInvalidLocIdx;
	fFlags = 0; // Set to kInvalid?
}

hsBool plLocation::IsValid() const
{
	return (fSequenceNumber == kInvalidLocIdx) ? false : true;
}

hsBool plLocation::IsReserved() const
{
	return hsCheckBits(fFlags, kReserved);
}

hsBool plLocation::IsItinerant() const
{
	return hsCheckBits(fFlags, kItinerant);
}

hsBool plLocation::IsVirtual() const
{
	// This returns whether the location is "virtual", i.e. isn't a true room per se. Like fixed keys
	if (fSequenceNumber == kGlobalFixedLocIdx)
		return true;

	return false;
}

// THIS SHOULD BE FOR DEBUGGING ONLY <hint hint>
char* plLocation::StringIze(char* str)  const // Format to displayable string
{
	sprintf(str, "S0x%xF0x%x", fSequenceNumber, int(fFlags));
	return str;
}

plLocation plLocation::MakeReserved(UInt32 number)
{
	return plLocation(kReservedLocAvailableStart + number, kReserved);
}

plLocation plLocation::MakeNormal(UInt32 number)
{
	return plLocation(kNormalLocStartIdx + number);
}

//// plUoid //////////////////////////////////////////////////////////////////

plUoid::plUoid(const plLocation& location, UInt16 classType, const char* objectName, const plLoadMask& m)
{
	fObjectName = nil;
	Invalidate();

	fLocation = location;
	fClassType = classType;
	fObjectName = hsStrcpy(objectName);
	fLoadMask = m;
	fClonePlayerID = 0;
}

plUoid::plUoid(const plUoid& src)
{
	fObjectName = nil;
	Invalidate();
	*this = src;
}

plUoid::~plUoid()
{
	Invalidate();
}

void plUoid::Read(hsStream* s)
{
	hsAssert(fObjectName == nil, "Reading over an old uoid? You're just asking for trouble, aren't you?");

	// first read contents flags
	UInt8 contents = s->ReadByte();

	fLocation.Read(s);

	// conditional loadmask read
	if (contents & kHasLoadMask)
		fLoadMask.Read(s);
	else
		fLoadMask.SetAlways();

	s->LogReadSwap(&fClassType, "ClassType");
	s->LogReadSwap(&fObjectID, "ObjectID");
	s->LogSubStreamPushDesc("ObjectName");
	fObjectName = s->LogReadSafeString();

	// conditional cloneIDs read
	if (contents & kHasCloneIDs)
	{		
		s->LogReadSwap( &fCloneID ,"CloneID");
		UInt16 dummy;
		s->LogReadSwap(&dummy, "dummy"); // To avoid breaking format
		s->LogReadSwap( &fClonePlayerID ,"ClonePlayerID");
	}
	else
	{
		fCloneID = 0;
		fClonePlayerID = 0;
	}
}

void plUoid::Write(hsStream* s) const
{
	// first write contents byte
	UInt8 contents = IsClone() ? kHasCloneIDs : 0;
	if (fLoadMask.IsUsed())
		contents |= kHasLoadMask;
	s->WriteByte(contents);

	fLocation.Write(s);

	// conditional loadmask write
	if (contents & kHasLoadMask)
		fLoadMask.Write(s);

	s->WriteSwap( fClassType );
	s->WriteSwap( fObjectID );
	s->WriteSafeString( fObjectName );

	// conditional cloneIDs write
	if (contents & kHasCloneIDs)
	{
		s->WriteSwap(fCloneID);
		UInt16 dummy = 0;
		s->WriteSwap(dummy); // to avoid breaking format
		s->WriteSwap(fClonePlayerID);
	}
}

void plUoid::Invalidate()
{
	fObjectID = 0;
	fCloneID = 0;
	fClonePlayerID = 0;
	fClassType = 0;
	if (fObjectName)
		delete [] fObjectName;
	fObjectName = nil;
	fLocation.Invalidate();
	fLoadMask = plLoadMask::kAlways;

}

hsBool plUoid::IsValid() const
{
	if (!fLocation.IsValid() || fObjectName == nil)
		return false;

	return true;
}

hsBool plUoid::operator==(const plUoid& u) const
{
	return	fLocation == u.fLocation
			&& fLoadMask == u.fLoadMask
			&& fClassType == u.fClassType
			&& hsStrEQ(fObjectName, u.fObjectName)
			&& fObjectID == u.fObjectID
			&& fCloneID == u.fCloneID
			&& fClonePlayerID == u.fClonePlayerID;
}

plUoid& plUoid::operator=(const plUoid& rhs)
{
	fObjectID = rhs.fObjectID;
	fCloneID = rhs.fCloneID;
	fClonePlayerID = rhs.fClonePlayerID;
	fClassType = rhs.fClassType;
	if (fObjectName)
		delete [] fObjectName;
	fObjectName = hsStrcpy(rhs.fObjectName);
	fLocation = rhs.fLocation;
	fLoadMask = rhs.fLoadMask;

	return *this;
}

// THIS SHOULD BE FOR DEBUGGING ONLY <hint hint>
char* plUoid::StringIze(char* str) const // Format to displayable string
{
	sprintf(str, "(0x%x:0x%x:%s:C:[%lu,%lu])", 
		fLocation.GetSequenceNumber(), 
		int(fLocation.GetFlags()), 
		fObjectName, 
		GetClonePlayerID(), 
		GetCloneID());
	return str;
}