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Documentation                       Search   identtype.h Go to the documentation of this file. /* Copyright, 2000 Nevrax Ltd. * * This file is part of NEVRAX NEL. * NEVRAX NEL is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; either version 2, or (at your option) * any later version. * NEVRAX NEL is distributed in the hope that it will be useful, but * WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU * General Public License for more details. * You should have received a copy of the GNU General Public License * along with NEVRAX NEL; see the file COPYING. If not, write to the * Free Software Foundation, Inc., 59 Temple Place - Suite 330, Boston, * MA 02111-1307, USA. */ #ifndef NL_IDENTTYPE_H #define NL_IDENTTYPE_H #include <stdlib.h> #include "nel/misc/file.h" #include "nel/misc/entity_id.h" #include "nel/ai/e/ai_exception.h" #include "nel/ai/agent/agent_string.h" namespace NLAIAGENT { #ifndef _MAX__INDEX_DEFINED const sint32 maxIndex = 2; #define _MAX__INDEX_DEFINED const uint64 maxResolutionNumer = ((uint64)2 << 48) - (uint64)1; #else extern const sint32 maxIndex; extern const uint64 maxResolutionNumer; #endif struct CAgentNumber: public NLMISC::CEntityId { static const uint8 AgentTypeBit; CAgentNumber() { setType( CAgentNumber::AgentTypeBit ); } CAgentNumber(uint64 id,uint8 creator,uint8 dyn):NLMISC::CEntityId(AgentTypeBit,id,creator,dyn) { } CAgentNumber(uint64 id, uint8 t,uint8 creator,uint8 dyn):NLMISC::CEntityId(t,id,creator,dyn) { } CAgentNumber(uint64 p):NLMISC::CEntityId(p) { } CAgentNumber(const CAgentNumber &a):NLMISC::CEntityId(a) { } CAgentNumber(NLMISC::IStream &is):NLMISC::CEntityId(is) { } CAgentNumber(const char *id):NLMISC::CEntityId(id) { } bool isAgentId() const { return (getType() & AgentTypeBit) != 0; } virtual bool operator < (const NLMISC::CEntityId &a) const { if(isAgentId()) { if (getShortId() < a.getShortId()) { return true; } else if (getShortId() == a.getShortId()) { if(getCreatorId() < a.getCreatorId()) { return true; } else if(getCreatorId() == a.getCreatorId()) { return getDynamicId() < a.getDynamicId(); } } return false; } else { return CEntityId::operator < (a); } } void setTypeAt(uint64 t) { uint8 type = getType(); type |= (t & 0x7f); setType( type ); } }; /*struct CAgentNumber: public NLMISC::IStreamable { static uint8 ServerID; uint64 DynamicId : 8; uint64 CreatorId : 8; uint64 AgentNumber : 48; CAgentNumber() { CreatorId = (uint64)ServerID; DynamicId = (uint64)ServerID; AgentNumber = 0; } CAgentNumber(uint64 id,uint64 creator,uint64 dyn) { CreatorId = creator; DynamicId = dyn; AgentNumber = id; } CAgentNumber(uint64 p) { DynamicId = (uint64)(p & 0xff); p >>= 8; CreatorId = (uint64)(p & 0xff); p >>= 8; AgentNumber = (uint64)(p); } CAgentNumber(const CAgentNumber &a) { CreatorId = a.CreatorId; DynamicId = a.DynamicId; AgentNumber = a.AgentNumber; } CAgentNumber(NLMISC::IStream &is) { uint64 p; is.serial(p); DynamicId = (uint64)(p & 0xff); p >>= 8; CreatorId = (uint64)(p & 0xff); p >>= 8; AgentNumber = (uint64)(p); } CAgentNumber(const char *id); bool operator == (const CAgentNumber &a) const { return (AgentNumber == a.AgentNumber && CreatorId == a.CreatorId); } bool operator < (const CAgentNumber &a) const { if(AgentNumber < a.AgentNumber) return true; else if(AgentNumber == a.AgentNumber) return (CreatorId < a.CreatorId); return false; } bool operator > (const CAgentNumber &a) const { if(AgentNumber > a.AgentNumber) return true; else if(AgentNumber == a.AgentNumber) return (CreatorId > a.CreatorId); return false; } const CAgentNumber &operator ++(int) { if(AgentNumber < maxResolutionNumer) { AgentNumber ++; } else { throw NLAIE::CExceptionIndexError(); } return *this; } const CAgentNumber &operator = (const CAgentNumber &a) { CreatorId = a.CreatorId; DynamicId = a.DynamicId; AgentNumber = a.AgentNumber; return *this; } const CAgentNumber &operator = (uint64 p) { DynamicId = (uint64)(p & 0xff); p >>= 8; CreatorId = (uint64)(p & 0xff); p >>= 8; AgentNumber = (uint64)(p); return *this; } operator uint64 () const { uint64 p = AgentNumber; p <<= 8; p |= (uint64)CreatorId; p <<= 8; p |= (uint64)DynamicId; return p; } virtual void save(NLMISC::IStream &os) { uint64 p = AgentNumber; p <<= 8; p |= (uint64)CreatorId; p <<= 8; p |= (uint64)DynamicId; os.serial(p); } virtual void load(NLMISC::IStream &is) { uint64 p; is.serial(p); DynamicId = (uint64)(p & 0xff); p >>= 8; CreatorId = (uint64)(p & 0xff); p >>= 8; AgentNumber = (uint64)(p); } virtual void getDebugString(std::string &str) const; virtual std::string getClassName() { return std::string("<CAgentNumber>"); } virtual void serial(NLMISC::IStream &f) throw(NLMISC::EStream) { if(f.isReading()) { load(f); } else { save(f); } } }; */ struct CIdent: public CAgentNumber { std::string TypeName; CIdent() { } CIdent(const std::string &typeName,uint64 id,uint8 creator = ServerId,uint8 dyn = ServerId):CAgentNumber(id,creator,dyn),TypeName(typeName) { } CIdent(const std::string &typeName,const CAgentNumber &a):CAgentNumber(a),TypeName(typeName) { } CIdent(const CIdent &a):CAgentNumber(a),TypeName(a.TypeName) { } CIdent(NLMISC::IStream &is):CAgentNumber(is) { std::string s; is.serial(s); TypeName = s; } virtual ~CIdent() {} bool operator == (const CIdent &a) const { if(TypeName == a.TypeName) { return CAgentNumber::operator == (a); } return false; } bool operator < (const CIdent &a) const { return TypeName < a.TypeName; } bool operator > (const CIdent &a) const { return !(TypeName < a.TypeName); } const CIdent &operator = (const CIdent &a) { CAgentNumber::operator = (a); TypeName = a.TypeName; return *this; } virtual void save(NLMISC::IStream &os) { CAgentNumber::save(os); os.serial(TypeName); } virtual void load(NLMISC::IStream &is) { CAgentNumber::load(is); std::string s; is.serial(s); TypeName = s; } virtual void getDebugString(std::string &str) const { CAgentNumber::getDebugString(str); str += NLAIC::stringGetBuild(" '%s'",TypeName.data()); } const std::string &getTypeName() const { return TypeName; } }; } #endif