int TankEngine::getRackSize(int pTankName, const std::string & pSectionName
,const std::string & pRackName, int & pFillOrder)
{
int rackLayoutID;
rackLayoutID=0;
CitrTankInfoMap ti=getTankInfoExt(pTankName);
if ( !isTankInfoEnd( ti ))
{
rackLayoutID=ti->second.rackLayoutCID;
}
int rackNo=toPosIntDef(pRackName,-1);
for( Range< LCDbSectionDef > l = LCDbSectionDefs::records(); l.isValid(); ++ l )
{
bool t;
t=l->getSectionPrefix().find(pSectionName)==std::string::npos;
if( l->getTankLayoutCID()== rackLayoutID
&& l->getSectionPrefix().find(pSectionName)!=std::string::npos
&& rackNo >= l->getFirstRack() && rackNo <=l->getLastRack())
{
pFillOrder= l->getFillOrder();
return l->getRackCapacity();
}
}
return 0;
}
void TankEngine::countRack(LQuery dbase, int tankCID, int rackLayout
,int& sectionCount, int & rackCount,int& slotCapacity)
{
// Counting the number of Racks in the tank
rackCount=0;
// availableRacks=0;
slotCapacity=0;
sectionCount=0;
LCDbRacks r1;
for( Range< LCDbSectionDef > r = LCDbSectionDefs::records(); r.isValid(); ++ r )
{
if( r->getTankLayoutCID() == rackLayout)
{
int noOfRacks;
sectionCount++;
noOfRacks = r->getLastRack() - r->getFirstRack() + 1 ;
rackCount += noOfRacks;
slotCapacity += noOfRacks * r->getRackCapacity();
// c_rack_number
r1.read(dbase,tankCID,rackLayout);
for ( Range <LCDbRack > r= r1; r.isValid(); ++r )
{
}
}
}
}
bool TankEngine::getRackCount(int pTankName,int pFillOrder )
{
int rackLayoutID;
int sectionSize;
rackCounts.clear();
// Creating a tank filled with blank racks
rackLayoutID=0;
// char tankNo[10];
CitrTankInfoMap ti=getTankInfoExt(pTankName);
rackLayoutID=ti->second.rackLayoutCID;
for( Range< LCDbSectionDef > l = LCDbSectionDefs::records(); l.isValid(); ++ l )
{
if( l->getTankLayoutCID()== rackLayoutID
&& l->getFillOrder() == pFillOrder )
// && l->getSectionPrefix().Pos(pSectionName))
{
sectionSize= l->getLastRack() - l->getFirstRack() +1;
int offSet= l->getFirstRack();
for( int i=offSet; i<(sectionSize+offSet);i++)
{
int count=0;
for(CitrTankSectionRackSlotMap sl=slotsMap.begin();sl!=slotsMap.end();sl++)
{
if( pTankName==sl->first.tank &&
sl->first.fillOrder == l->getFillOrder() &&
sl->first.rack == i )
{
if (!sl->second.empty() )
{
count++;
}
}
}
// rc= i+1;
// rc=i;
TSRLevelSummary ls;
ls.rackCapacity=l->getRackCapacity();
ls.rackCount=1;
ls.slotCapacity=l->getRackCapacity();
ls.slotsUsed=count;
rackCounts.insert(RackCountMap::value_type(i,ls));
}
}
}
return true;
}
bool TankEngine::getSectionCount(int pTankCID)
{
int tankCID;
int rackLayoutID;
SectionCount sc;
TSRLevelSummary ls;
tankCID=0;
rackLayoutID=0;
CitrTankInfoMap ti=getTankInfoExt(pTankCID);
tankCID=ti->first;
rackLayoutID=ti->second.rackLayoutCID;
sectionCounts.clear();
int count;
char tankNo[10];
// Creating a tank filled with blank racks
for( Range< LCDbSectionDef > i = LCDbSectionDefs::records(); i.isValid(); ++ i )
{
if( i->getTankLayoutCID()== rackLayoutID )
{
// Drawing all the rack details for the tank
count=0;
// Count all the used slots in the current selected sector (indexed by fillOrder )
for(CitrTankSectionRackSlotMap sl=slotsMap.begin();sl!=slotsMap.end();sl++)
{
if( pTankCID==sl->first.tank &&
sl->first.fillOrder== i->getFillOrder() )
{
if (!sl->second.empty() )
{
count++;
}
}
}
sc.tankCID=tankCID;
// sc.section= i->getSectionPrefix();
sc.fillOrder= i->getFillOrder();
ls.section = i->getSectionPrefix();
ls.rackCapacity= i->getRackCapacity();
ls.rackCount= i->getLastRack() - i->getFirstRack() +1 ;
ls.slotCapacity= ls.rackCount * ls.rackCapacity;
ls.slotsUsed=count;
sectionCounts.insert(SectionCountMap::value_type(sc,ls));
}
}
return true;
}
bool TankEngine::setFillOrderAndSection ( const TSRSExt & pTSRSExt )
{
if(! dataBuilt ){return false; }
if( sli.tankCID == BRUNKNOWN_INT ) { return false; }
// workingTSRS.section = UNKNOWN_STRING;
workingTSRSExt.fillOrder = BRUNKNOWN_INT;
workingTSRSExt.rack = BRUNKNOWN_INT;
workingTSRSExt.slot = BRUNKNOWN_INT;
sli.sectionRacks = BRUNKNOWN_INT;
sli.rackLayoutID= BRUNKNOWN_INT;
// Find the tank details
itrTankInfoMap ti= tankInfos.find(sli.tankCID);
int rackLayoutID;
if( ti!= tankInfos.end() )
{
// retreive the rack layout
rackLayoutID=ti->second.rackLayoutCID;
}else
{
return false;
}
// Search through the tank layout to find a section
for( Range< LCDbSectionDef > i = LCDbSectionDefs::records(); i.isValid(); ++ i )
{
if( i->getTankLayoutCID()== rackLayoutID )
{
// Drawing all the rack details for the tank
if( pTSRSExt.fillOrder==i->getFillOrder() )
// if( pSection.Pos( i->getSectionPrefix())!=0 )
{
sli.rackLayoutID = rackLayoutID;
sli.sectionRacks = i->getLastRack() - i->getFirstRack() + 1 ;
workingTSRSExt.fillOrder = pTSRSExt.fillOrder;
workingTSRSExt.section = pTSRSExt.section;
return true;
}
}
}
return false;
}
int TankEngine::getFillOrder( int pRackLayoutCID, const std::string & pSection, int pRack )
{
for( Range< LCDbSectionDef > i = LCDbSectionDefs::records(); i.isValid(); ++ i )
{
if ( i->getTankLayoutCID() == pRackLayoutCID )
{
if( pRack >= i->getFirstRack() && pRack <= i->getLastRack() )
{
if ( pSection.compare(i->getSectionPrefix() ) == 0 )
{
return i->getFillOrder();
}
}
}
}
return BRUNKNOWN_INT;
}
bool TankEngine::testRack( const TankSectionRackSlot& pTsrs )
{
if(! dataBuilt ){return false; }
if( pTsrs.fillOrder == BRUNKNOWN_INT ) { return false; }
int rackLayoutID= getRackLayoutID( pTsrs.tank );
if( rackLayoutID == BRUNKNOWN_INT) {return false; }
for( Range< LCDbSectionDef > i = LCDbSectionDefs::records(); i.isValid(); ++ i )
{
// if( i->getTankLayoutCID()== rackLayoutID && i->getSectionPrefix()==pTsrs.section)
if( i->getTankLayoutCID()== rackLayoutID && i->getFillOrder()==pTsrs.fillOrder)
{
if( pTsrs.rack >= i->getFirstRack() && pTsrs.rack <= i->getLastRack() )
{
return true;
}
}
}
return false;
}
bool TankEngine::CheckConfirmEndOfTank(const TankSectionRackSlot& pTsrs)
{
if(! dataBuilt ){return false; }
if( pTsrs.tank == BRUNKNOWN_INT || pTsrs.fillOrder== BRUNKNOWN_INT ) { return false; }
int NoSections;
int rackLayoutID;
// Check to see if it is the last slot in the tank
// find out how many sections are in the tank first of all
for( itrTankInfoMap ti= tankInfos.begin(); ti != tankInfos.end() ; ti++ )
{
if( ti->second.tankExt== pTsrs.tank)
{
NoSections= ti->second.sectionCount;
rackLayoutID = ti->second.rackLayoutCID;
}
}
// Is this the last section in the tank
for( Range< LCDbSectionDef > i = LCDbSectionDefs::records(); i.isValid(); ++ i )
{
// if( i->getTankLayoutCID()== rackLayoutID && pTsrs.section.find( i->getSectionPrefix())!=std::string::npos )
if( i->getTankLayoutCID()== rackLayoutID && pTsrs.fillOrder == i->getFillOrder())
{
if( i->getFillOrder() == NoSections)
{
// Found the section and it is the last.
// is it the lasst slot in the rack.
if( pTsrs.rack == i->getLastRack() && pTsrs.slot == i->getRackCapacity() )
{
return true;
}
}
}
}
return false;
}
bool TankEngine::setRack( int pRack )
{
if(! dataBuilt ){return false; }
if( workingTSRSExt.fillOrder == BRUNKNOWN_INT ) {return false; }
workingTSRSExt.rack = BRUNKNOWN_INT;
workingTSRSExt.slot = BRUNKNOWN_INT;
sli.rackSlots= BRUNKNOWN_INT;
for( Range< LCDbSectionDef > i = LCDbSectionDefs::records(); i.isValid(); ++ i )
{
if( i->getTankLayoutCID()== sli.rackLayoutID )
{
if( pRack >= i->getFirstRack() && pRack <= i->getLastRack() )
{
workingTSRSExt.rack = pRack;
sli.rackSlots = i->getRackCapacity();
return true;
}
}
}
return false;
}
bool TankEngine::checkConfirmSlot ( const TankSectionRackSlot& pTsrs )
{
if(! dataBuilt ){return false; }
if( pTsrs.tank == BRUNKNOWN_INT || pTsrs.fillOrder== BRUNKNOWN_INT ) { return false; }
int NoSections;
int rackLayoutID;
// Check to see if it is the last slot in the tank
// find out how many sections are in the tank first of all
for( itrTankInfoMap ti= tankInfos.begin(); ti != tankInfos.end() ; ti++ )
{
if( ti->second.tankExt== pTsrs.tank)
{
NoSections = ti->second.sectionCount;
rackLayoutID = ti->second.rackLayoutCID;
}
}
// Is this the last section in the tank
if( pTsrs.fillOrder==NoSections )
{
for( Range< LCDbSectionDef > i = LCDbSectionDefs::records(); i.isValid(); ++ i )
{
if( i->getTankLayoutCID()== rackLayoutID && pTsrs.fillOrder== i->getFillOrder() )
// if( i->getRackLayoutCID()== rackLayoutID && pTsrs.section.Pos( i->getSectionPrefix())!=0 )
{
// Found the section and it is the last.
// is it the lasst slot in the rack.
if( pTsrs.rack == i->getLastRack() && pTsrs.slot == i->getRackCapacity() )
{
return true;
}
}
}
}
if( rackLayoutID == BRUNKNOWN_INT) {return false; }
// std::string pSection;
// pSection=pTsrs.section;
// Search through the tank layout to find a section
for( Range< LCDbSectionDef > i = LCDbSectionDefs::records(); i.isValid(); ++ i )
{
if( i->getTankLayoutCID()== rackLayoutID && pTsrs.fillOrder== i->getFillOrder() )
// if( i->getRackLayoutCID()== rackLayoutID && pSection.Pos( i->getSectionPrefix())!=0 )
{
if( i->getConfirmRack() == 1 )
{
// The location has to be re_selected after the last slot of each rack.
if( i->getRackCapacity()== pTsrs.slot )
{
return true;
}else
{
return false;
}
}else
{
// The location has to be re_selected on the last slot of the last rack in a section.
if (i->getLastRack() == pTsrs.rack )
{
if(i->getRackCapacity()== pTsrs.slot )
return true;
}
}
}
}
return false;
}
bool TankEngine::findNextSlot( TankSectionRackSlot & tsrs )
{
// Is there a currently selected tank to use
if( sli.rackSlots == BRUNKNOWN_INT ){return false; }
TankSectionRackSlot t1=tsrs;
//
if( t1.slot >= sli.rackSlots )
{
// Move on to the first slot in the next Rack
t1.slot = 1;
int lastRack,firstRack;
lastRack= BRUNKNOWN_INT;
for( Range< LCDbSectionDef > r = LCDbSectionDefs::records(); r.isValid(); ++ r )
{
if( r->getTankLayoutCID() == sli.rackLayoutID && tsrs.fillOrder == r->getFillOrder() )
{
lastRack= r->getLastRack();
firstRack= r->getFirstRack();
}
}
if( t1.rack >= lastRack )
{
// All the racks in the section are full move on to the next section.
t1.rack = firstRack;
bool isNextSection; isNextSection = false;
std::string nextSection; nextSection = "";
int nextFillOrder; nextFillOrder= BRUNKNOWN_INT;
// isNextSection=incSection(t1.section,nextSection,sli.tankCID);
isNextSection=incSection(t1.fillOrder,sli.tankCID, nextFillOrder,nextSection,t1.rack);
if( ! isNextSection )
{
// All the sections in the tank have been used up. Ask for a new tank.
return false;
}
t1.fillOrder= nextFillOrder;
// t1.section=nextSection;
}
else t1.rack++; // moved: NG, 19/5/09
}else
{
t1.slot ++;
}
// The next slot in the storage system has already been taken up.
if(isInUse(t1))
{
return false;
}else
{
tsrs.tank = t1.tank;
tsrs.fillOrder = t1.fillOrder;
// tsrs.section = t1.section;
tsrs.rack = t1.rack;
tsrs.slot = t1.slot;
return true;
}
}