// Version:		2019.4.4  10:22:45

// File: T_LOV_LIMIT.cpp

#include "T_LOV_LIMIT.h"

T_LOV_LIMIT::T_LOV_LIMIT(){
//  initialise all membervariables
	initial();
}
T_LOV_LIMIT::~T_LOV_LIMIT(){
}
void T_LOV_LIMIT::initial(){
//  initialise all membervariables
	set_plantType((char*)"");
	set_limitName((char*)"");
	set_CheckType(0);
	set_CheckTypeZi(-1);
	set_Factor(0);
	set_FactorZi(-1);
	set_LowerLimit(0);
	set_LowerLimitZi(-1);
	set_UpperLimit(0);
	set_UpperLimitZi(-1);
	set_Enumerate((char*)"");
	set_EnumerateZi(-1);
	set_WarnLevel(0);
	set_WarnLevelZi(-1);
	set_ModDescr((char*)"");
	set_ModDescrZi(-1);
	set_toc((char*)"");
	set_tocZi(-1);
	set_toc((char*)"");
	set_tomZi(-1);
	set_mop((char*)"");
	set_mopZi(-1);
	set_mou((char*)"");
	set_mouZi(-1);
// initialies Primary key members
	set_k_plantType((char*)"");
	set_k_limitName((char*)"");
}
T_LOV_LIMIT::T_LOV_LIMIT(const char* arg1,const char* arg2)
{
	initial();
	setPrimKey (arg1, arg2);
	//read DB record
	dbAccess = true;
	dbMessage = readDB();
	if ( dbMessage != NULL ) {dbAccess = false;}
}

char* T_LOV_LIMIT:: execute(const char* sql , long* count){
	return( db.execute( sql , count ) );
}

char* T_LOV_LIMIT:: dbCommit(){
	return( db.dbCommit( ) );
}

char* T_LOV_LIMIT:: dbRollback(){
	return( db.dbRollback( ) );
}

char* T_LOV_LIMIT::readDB(){
	// DB Trace is off
	return( db.readDB(*this) );
}

char* T_LOV_LIMIT::updateDB(){
	// DB Trace is off
	return( db.updateDB(*this) );
}

char* T_LOV_LIMIT::insertDB(){
	// DB Trace is off
	return( db.insertDB(*this) );
}

char* T_LOV_LIMIT::deleteDB(){
	// DB Trace is off
	return( db.deleteDB(*this) );
}

char* T_LOV_LIMIT::deleteDB(const char * where, long* count){
	// DB Trace is off
	return( db.deleteDB( where , count ) );
}

char* T_LOV_LIMIT::openSetDB(const char * where,const char* order){
	// DB Trace is off
	return( db.openSetDB( where , order ) );
}

char* T_LOV_LIMIT::countDB(const char * where, long* count){
	// DB Trace is off
	return( db.countDB( where , count ) );
}

char* T_LOV_LIMIT::getSetDB(){
	// DB Trace is off
	return( db.getSetDB(*this) );
}

char* T_LOV_LIMIT::closeSetDB(){
	// DB Trace is off
	return( db.closeSetDB() );
}

char* T_LOV_LIMIT::storeDB(){
	char* ret = NULL;
	setKeysFromRecord();
	ret=db.updateDB(*this);
	if(ret != NULL){
		ret=db.insertDB(*this);
		if(ret != NULL){
			dbAccess = false;
			return(ret);
		}
	}
	return(ret);
}

//	 public methode setPrimKey T_LOV_LIMIT
//
//	this methode stores the unique key attributes
//
void T_LOV_LIMIT::setPrimKey( const char* arg1 , const char* arg2 ){
	strncpy( (char*)c_k_plantType , arg1 , sizeof(c_k_plantType) );
	c_k_plantType[sizeof(c_k_plantType)-1] = '\0';
	strncpy( (char*)c_k_limitName , arg2 , sizeof(c_k_limitName) );
	c_k_limitName[sizeof(c_k_limitName)-1] = '\0';
} // end of methode

void T_LOV_LIMIT::initInsertKeys( const char* arg1 , const char* arg2 ){
	setPrimKey (  arg1 , arg2);
	strncpy( (char*)c_plantType , arg1 , sizeof(c_plantType) );
	c_plantType[sizeof(c_plantType)-1] = '\0';
	strncpy( (char*)c_limitName , arg2 , sizeof(c_limitName) );
	c_limitName[sizeof(c_limitName)-1] = '\0';
} // end of methode
void T_LOV_LIMIT::setKeysFromRecord(){
	set_k_plantType( plantType() );
	set_k_limitName( limitName() );
} // end of methode
//
//O P E R A T O R  + 
//===================
//
T_LOV_LIMIT T_LOV_LIMIT::operator+(const T_LOV_LIMIT &inst) const{
	T_LOV_LIMIT ptrT_LOV_LIMIT(*this);
//----------------------------------------------------------
	ptrT_LOV_LIMIT.set_plantType(inst.plantType());
//----------------------------------------------------------
	ptrT_LOV_LIMIT.set_limitName(inst.limitName());
//----------------------------------------------------------
	if(inst.CheckTypeZi() != -1){
		ptrT_LOV_LIMIT.set_CheckType(inst.CheckType());
		ptrT_LOV_LIMIT.set_CheckTypeZi(inst.CheckTypeZi());
	}
//----------------------------------------------------------
	if(inst.FactorZi() != -1){
		ptrT_LOV_LIMIT.set_Factor(inst.Factor());
		ptrT_LOV_LIMIT.set_FactorZi(inst.FactorZi());
	}
//----------------------------------------------------------
	if(inst.LowerLimitZi() != -1){
		ptrT_LOV_LIMIT.set_LowerLimit(inst.LowerLimit());
		ptrT_LOV_LIMIT.set_LowerLimitZi(inst.LowerLimitZi());
	}
//----------------------------------------------------------
	if(inst.UpperLimitZi() != -1){
		ptrT_LOV_LIMIT.set_UpperLimit(inst.UpperLimit());
		ptrT_LOV_LIMIT.set_UpperLimitZi(inst.UpperLimitZi());
	}
//----------------------------------------------------------
	if(inst.EnumerateZi() != -1){
		ptrT_LOV_LIMIT.set_Enumerate(inst.Enumerate());
		ptrT_LOV_LIMIT.set_EnumerateZi(inst.EnumerateZi());
	}
//----------------------------------------------------------
	if(inst.WarnLevelZi() != -1){
		ptrT_LOV_LIMIT.set_WarnLevel(inst.WarnLevel());
		ptrT_LOV_LIMIT.set_WarnLevelZi(inst.WarnLevelZi());
	}
//----------------------------------------------------------
	if(inst.ModDescrZi() != -1){
		ptrT_LOV_LIMIT.set_ModDescr(inst.ModDescr());
		ptrT_LOV_LIMIT.set_ModDescrZi(inst.ModDescrZi());
	}
//----------------------------------------------------------
	if(inst.tocZi() != -1){
		ptrT_LOV_LIMIT.set_toc(inst.toc());
		ptrT_LOV_LIMIT.set_tocZi(inst.tocZi());
	}
//----------------------------------------------------------
	if(inst.tomZi() != -1){
		ptrT_LOV_LIMIT.set_tom(inst.tom());
		ptrT_LOV_LIMIT.set_tomZi(inst.tomZi());
	}
//----------------------------------------------------------
	if(inst.mopZi() != -1){
		ptrT_LOV_LIMIT.set_mop(inst.mop());
		ptrT_LOV_LIMIT.set_mopZi(inst.mopZi());
	}
//----------------------------------------------------------
	if(inst.mouZi() != -1){
		ptrT_LOV_LIMIT.set_mou(inst.mou());
		ptrT_LOV_LIMIT.set_mouZi(inst.mouZi());
	}
	return (ptrT_LOV_LIMIT);
}

//
//O P E R A T O R  = 
//===================
//
const T_LOV_LIMIT& T_LOV_LIMIT::operator=(const T_LOV_LIMIT &inst){
//----------------------------------------------------------
	this->set_plantType(inst.plantType());
//----------------------------------------------------------
	this->set_limitName(inst.limitName());
//----------------------------------------------------------
	this->set_CheckType(inst.CheckType());
	this->set_CheckTypeZi(inst.CheckTypeZi());
//----------------------------------------------------------
	this->set_Factor(inst.Factor());
	this->set_FactorZi(inst.FactorZi());
//----------------------------------------------------------
	this->set_LowerLimit(inst.LowerLimit());
	this->set_LowerLimitZi(inst.LowerLimitZi());
//----------------------------------------------------------
	this->set_UpperLimit(inst.UpperLimit());
	this->set_UpperLimitZi(inst.UpperLimitZi());
//----------------------------------------------------------
	this->set_Enumerate(inst.Enumerate());
	this->set_EnumerateZi(inst.EnumerateZi());
//----------------------------------------------------------
	this->set_WarnLevel(inst.WarnLevel());
	this->set_WarnLevelZi(inst.WarnLevelZi());
//----------------------------------------------------------
	this->set_ModDescr(inst.ModDescr());
	this->set_ModDescrZi(inst.ModDescrZi());
//----------------------------------------------------------
	this->set_toc(inst.toc());
	this->set_tocZi(inst.tocZi());
//----------------------------------------------------------
	this->set_tom(inst.tom());
	this->set_tomZi(inst.tomZi());
//----------------------------------------------------------
	this->set_mop(inst.mop());
	this->set_mopZi(inst.mopZi());
//----------------------------------------------------------
	this->set_mou(inst.mou());
	this->set_mouZi(inst.mouZi());
	return (*this);
}
//
//C O P Y - C O N S T R U C T O R
//===================
//
T_LOV_LIMIT::T_LOV_LIMIT(const T_LOV_LIMIT &inst){
//----------------------------------------------------------
	this->set_plantType(inst.plantType());
//----------------------------------------------------------
	this->set_limitName(inst.limitName());
//----------------------------------------------------------
	this->set_CheckType(inst.CheckType());
	this->set_CheckTypeZi(inst.CheckTypeZi());
//----------------------------------------------------------
	this->set_Factor(inst.Factor());
	this->set_FactorZi(inst.FactorZi());
//----------------------------------------------------------
	this->set_LowerLimit(inst.LowerLimit());
	this->set_LowerLimitZi(inst.LowerLimitZi());
//----------------------------------------------------------
	this->set_UpperLimit(inst.UpperLimit());
	this->set_UpperLimitZi(inst.UpperLimitZi());
//----------------------------------------------------------
	this->set_Enumerate(inst.Enumerate());
	this->set_EnumerateZi(inst.EnumerateZi());
//----------------------------------------------------------
	this->set_WarnLevel(inst.WarnLevel());
	this->set_WarnLevelZi(inst.WarnLevelZi());
//----------------------------------------------------------
	this->set_ModDescr(inst.ModDescr());
	this->set_ModDescrZi(inst.ModDescrZi());
//----------------------------------------------------------
	this->set_toc(inst.toc());
	this->set_tocZi(inst.tocZi());
//----------------------------------------------------------
	this->set_tom(inst.tom());
	this->set_tomZi(inst.tomZi());
//----------------------------------------------------------
	this->set_mop(inst.mop());
	this->set_mopZi(inst.mopZi());
//----------------------------------------------------------
	this->set_mou(inst.mou());
	this->set_mouZi(inst.mouZi());
}
char* T_LOV_LIMIT::plantType() const{
	return((char*)c_plantType );
}


void T_LOV_LIMIT::set_plantType( const char* arg ){ 
	strncpy((char*)c_plantType , arg , sizeof(c_plantType));
	c_plantType[sizeof(c_plantType)-1] = '\0';
	return;
}


char* T_LOV_LIMIT::limitName() const{
	return((char*)c_limitName );
}


void T_LOV_LIMIT::set_limitName( const char* arg ){ 
	strncpy((char*)c_limitName , arg , sizeof(c_limitName));
	c_limitName[sizeof(c_limitName)-1] = '\0';
	return;
}


long T_LOV_LIMIT::CheckType() const{
	return((long)l_CheckType );
}

short T_LOV_LIMIT::CheckTypeZi() const{
	return( s_CheckTypeZi);
}

void T_LOV_LIMIT::set_CheckType( long arg ){ 
	l_CheckType = arg;
	s_CheckTypeZi=  0;
	return;
}

void T_LOV_LIMIT::set_CheckTypeZi( short arg ) {
	s_CheckTypeZi =  arg;
}

long T_LOV_LIMIT::Factor() const{
	return((long)l_Factor );
}

short T_LOV_LIMIT::FactorZi() const{
	return( s_FactorZi);
}

void T_LOV_LIMIT::set_Factor( long arg ){ 
	l_Factor = arg;
	s_FactorZi=  0;
	return;
}

void T_LOV_LIMIT::set_FactorZi( short arg ) {
	s_FactorZi =  arg;
}

long T_LOV_LIMIT::LowerLimit() const{
	return((long)l_LowerLimit );
}

short T_LOV_LIMIT::LowerLimitZi() const{
	return( s_LowerLimitZi);
}

void T_LOV_LIMIT::set_LowerLimit( long arg ){ 
	l_LowerLimit = arg;
	s_LowerLimitZi=  0;
	return;
}

void T_LOV_LIMIT::set_LowerLimitZi( short arg ) {
	s_LowerLimitZi =  arg;
}

long T_LOV_LIMIT::UpperLimit() const{
	return((long)l_UpperLimit );
}

short T_LOV_LIMIT::UpperLimitZi() const{
	return( s_UpperLimitZi);
}

void T_LOV_LIMIT::set_UpperLimit( long arg ){ 
	l_UpperLimit = arg;
	s_UpperLimitZi=  0;
	return;
}

void T_LOV_LIMIT::set_UpperLimitZi( short arg ) {
	s_UpperLimitZi =  arg;
}

char* T_LOV_LIMIT::Enumerate() const{
	return((char*)c_Enumerate );
}

short T_LOV_LIMIT::EnumerateZi() const{
	return( s_EnumerateZi);
}

void T_LOV_LIMIT::set_Enumerate( const char* arg ){ 
	strncpy((char*)c_Enumerate , arg , sizeof(c_Enumerate));
	c_Enumerate[sizeof(c_Enumerate)-1] = '\0';
	s_EnumerateZi=  0;
	return;
}

void T_LOV_LIMIT::set_EnumerateZi( short arg ) {
	s_EnumerateZi =  arg;
}

long T_LOV_LIMIT::WarnLevel() const{
	return((long)l_WarnLevel );
}

short T_LOV_LIMIT::WarnLevelZi() const{
	return( s_WarnLevelZi);
}

void T_LOV_LIMIT::set_WarnLevel( long arg ){ 
	l_WarnLevel = arg;
	s_WarnLevelZi=  0;
	return;
}

void T_LOV_LIMIT::set_WarnLevelZi( short arg ) {
	s_WarnLevelZi =  arg;
}

char* T_LOV_LIMIT::ModDescr() const{
	return((char*)c_ModDescr );
}

short T_LOV_LIMIT::ModDescrZi() const{
	return( s_ModDescrZi);
}

void T_LOV_LIMIT::set_ModDescr( const char* arg ){ 
	strncpy((char*)c_ModDescr , arg , sizeof(c_ModDescr));
	c_ModDescr[sizeof(c_ModDescr)-1] = '\0';
	s_ModDescrZi=  0;
	return;
}

void T_LOV_LIMIT::set_ModDescrZi( short arg ) {
	s_ModDescrZi =  arg;
}

char* T_LOV_LIMIT::toc() const{
	return((char*)c_toc );
}

short T_LOV_LIMIT::tocZi() const{
	return( s_tocZi);
}

void T_LOV_LIMIT::set_toc( char* arg ){
	strncpy((char*)c_toc , arg , sizeof(c_toc));
	c_toc[sizeof(c_toc)-1] = '\0';
	s_tocZi=  0;
	return;
}

void T_LOV_LIMIT::set_tocZi( short arg ){
	s_tocZi =  arg;
}

char* T_LOV_LIMIT::tom() const{
	return((char*)c_tom );
}

short T_LOV_LIMIT::tomZi() const{
	return( s_tomZi);
}

void T_LOV_LIMIT::set_tom( char* arg ){
	strncpy((char*)c_tom , arg , sizeof(c_tom));
	c_tom[sizeof(c_tom)-1] = '\0';
	s_tomZi=  0;
	return;
}

void T_LOV_LIMIT::set_tomZi( short arg ){
	s_tomZi =  arg;
}

char* T_LOV_LIMIT::mop() const{
	return((char*)c_mop );
}

short T_LOV_LIMIT::mopZi() const{
	return( s_mopZi);
}

void T_LOV_LIMIT::set_mop( char* arg ){
	strncpy((char*)c_mop , arg , sizeof(c_mop));
	c_mop[sizeof(c_mop)-1] = '\0';
	s_mopZi=  0;
	return;
}

void T_LOV_LIMIT::set_mopZi( short arg ){
	s_mopZi =  arg;
}

char* T_LOV_LIMIT::mou() const{
	return((char*)c_mou );
}

short T_LOV_LIMIT::mouZi() const{
	return( s_mouZi);
}

void T_LOV_LIMIT::set_mou( char* arg ){
	strncpy((char*)c_mou , arg , sizeof(c_mou));
	c_mou[sizeof(c_mou)-1] = '\0';
	s_mouZi=  0;
	return;
}

void T_LOV_LIMIT::set_mouZi( short arg ){
	s_mouZi =  arg;
}

// methodes for Primary key
char* T_LOV_LIMIT::k_plantType(){
	return((char*)c_k_plantType );
}

void T_LOV_LIMIT::set_k_plantType( char* arg ){
	strncpy((char*)c_k_plantType , arg , sizeof(c_k_plantType));
	c_k_plantType[sizeof(c_k_plantType)-1] = '\0';
	return;
}

char* T_LOV_LIMIT::k_limitName(){
	return((char*)c_k_limitName );
}

void T_LOV_LIMIT::set_k_limitName( char* arg ){
	strncpy((char*)c_k_limitName , arg , sizeof(c_k_limitName));
	c_k_limitName[sizeof(c_k_limitName)-1] = '\0';
	return;
}

//
//	 public methode fillStructure
//
//	this methode filles the classstructue with the private attributes
//
void T_LOV_LIMIT::fillStructure(){
	strncpy ( structTable.plantType , plantType(),sizeof(structTable.plantType));
	strncpy ( structTable.limitName , limitName(),sizeof(structTable.limitName));
	structTable.CheckType = CheckType();
	structTable.Factor = Factor();
	structTable.LowerLimit = LowerLimit();
	structTable.UpperLimit = UpperLimit();
	strncpy ( structTable.Enumerate , Enumerate(),sizeof(structTable.Enumerate));
	structTable.WarnLevel = WarnLevel();
	strncpy ( structTable.ModDescr , ModDescr(),sizeof(structTable.ModDescr));
	strncpy ( structTable.toc , toc(),sizeof(structTable.toc));
	strncpy ( structTable.tom , tom(),sizeof(structTable.tom));
	strncpy ( structTable.mop , mop(),sizeof(structTable.mop));
	strncpy ( structTable.mou , mou(),sizeof(structTable.mou));
	return;
}
///////////////////////////////////////////////////
void T_LOV_LIMIT::fillStructureZi(){
	structTableZi.CheckTypeZi = CheckTypeZi();
	structTableZi.FactorZi = FactorZi();
	structTableZi.LowerLimitZi = LowerLimitZi();
	structTableZi.UpperLimitZi = UpperLimitZi();
	structTableZi.EnumerateZi = EnumerateZi();
	structTableZi.WarnLevelZi = WarnLevelZi();
	structTableZi.ModDescrZi = ModDescrZi();
	structTableZi.tocZi = tocZi();
	structTableZi.tomZi = tomZi();
	structTableZi.mopZi = mopZi();
	structTableZi.mouZi = mouZi();
	return;
}
///////////////////////////////////////////////////
void T_LOV_LIMIT::setStructure() {
	set_CheckType( structTable.CheckType);
	set_Factor( structTable.Factor);
	set_LowerLimit( structTable.LowerLimit);
	set_UpperLimit( structTable.UpperLimit);
	set_Enumerate( structTable.Enumerate);
	set_WarnLevel( structTable.WarnLevel);
	set_ModDescr( structTable.ModDescr);
	set_toc(structTable.toc);
	set_tom(structTable.tom);
	set_mop(structTable.mop);
	set_mou(structTable.mou);
	return;
}
///////////////////////////////////////////////////
void T_LOV_LIMIT::setStructureZi() {
	set_CheckTypeZi( structTableZi.CheckTypeZi);
	set_FactorZi( structTableZi.FactorZi);
	set_LowerLimitZi( structTableZi.LowerLimitZi);
	set_UpperLimitZi( structTableZi.UpperLimitZi);
	set_EnumerateZi( structTableZi.EnumerateZi);
	set_WarnLevelZi( structTableZi.WarnLevelZi);
	set_ModDescrZi( structTableZi.ModDescrZi);
	set_tocZi(structTableZi.tocZi);
	set_tomZi(structTableZi.tomZi);
	set_mopZi(structTableZi.mopZi);
	set_mouZi(structTableZi.mouZi);
	return;
}
///////////////////////////////////////////////////
char* T_LOV_LIMIT::getName(){
	return((char*)"T_LOV_LIMIT");
}
///////////////////////////////////////////////////
int T_LOV_LIMIT::getSqlCode(){
	return( db.dbSqlCode);
}
int T_LOV_LIMIT::getRowsProcessed(){
	return( db.dbRowsProcessed);
}