int RunLengthMakeFirtLine(PointerArray ptarray,pItemArray pita , int len , int * poslist,pKColSet pclmnset)
{
int i =0 ,tag=1;
DBtype type ;
void * ulist=NULL;
pItem ilist =NULL;
//compress len-column data parallel
for( i = 0 ; i < len ; i++ ) {
poslist[i]=0 ; //becase it is first line
// null value
if(pita[i][0].len==0) {
pnArray nlist = NULL ;
nlist = (pnArray)pclmnset->kcolarray[i]->pdata ;
if(nlist==NULL) {
debug("pdata is null");
return ERR;
}
set_null_list(nlist ,0 ); //mark the null position
nlist=NULL ;
continue ;
}
type = ptarray[i].type;
tag = (i==len-1)?0:1;
ulist= ptarray[i].pt.p;
ilist= pita[i];
SetUnit(ulist,0,ilist,0,0,tag,type);
poslist[i]++ ;
ulist=NULL;
ilist=NULL;
}
return OK ;
}
void Kill(Unit *unit) {
Player *owner = GetPlayerFromColor(GetUnitColor(*unit));
DelUnit(owner, unit);
SetUnit(GetGrid(GetLocation(*unit)), 0);
DestroyUnit(unit);
SetUpkeep(owner, GetUpkeep(*owner) - 1);
}
void InfoWidget::SetDrawInfo(Draw *draw) {
DrawInfo *info = draw->GetDrawInfo();
if (info == NULL)
return;
SetUnit(info->GetUnit());
SetColor(info->GetDrawColor());
SetPrec(info->GetPrec());
SetPeriod(draw->GetPeriod());
}
CpuTemperature::CpuTemperature(uint8_t nSensor): RDMSensor(nSensor) {
SetType(E120_SENS_TEMPERATURE);
SetUnit(E120_UNITS_CENTIGRADE);
SetPrefix(E120_PREFIX_NONE);
SetRangeMin(RDM_SENSOR_TEMPERATURE_ABS_ZERO);
SetRangeMax(RDM_SENSOR_RANGE_MAX);
SetNormalMin(RDM_SENSOR_TEMPERATURE_ABS_ZERO);
SetNormalMax((int16_t) Hardware::Get()->GetCoreTemperatureMax());
SetDescription("CPU");
}
SensorSI7021Humidity::SensorSI7021Humidity(uint8_t nSensor, uint8_t nAddress): RDMSensor(nSensor) {
SetType(E120_SENS_HUMIDITY);
SetUnit(E120_UNITS_NONE);
SetPrefix(E120_PREFIX_NONE);
SetRangeMin(0);
SetRangeMax(100);
SetNormalMin(RDM_SENSOR_RANGE_MIN);
SetNormalMax(RDM_SENSOR_RANGE_MAX);
SetDescription("Relative Humidity");
memset(&sDeviceInfo, 0, sizeof(struct _device_info));
sDeviceInfo.slave_address = nAddress;
}
int RunLengthMakeUpdateRest(PointerArray ptarray,pItemArray pita , int cols , int * poslist ,int row,pKColSet pclmnset)
{
int next=0 , tag =0 ,i = 0 ,clen=0,id=0;
void * ulist=NULL;
pItem ilist =NULL;
DBtype type;
for( i = 0 ; i < cols ; i++ ) {
if(pita[i][row].len==0) {
pnArray nlist=NULL ;
nlist = (pnArray)pclmnset->kcolarray[i]->pdata;
if(ERR == set_null_list(nlist,row) ) {
debug("error: set null list ");
return ERR;
}
nlist=NULL ;
} else if(0==isNeedNewUnit(row, pita[i])) {
id = poslist[i] ;
if(i<cols-1) {
clen = pclmnset->kcolarray[i+1]->len;
#if 1
next = poslist[i+1]-1;
next = (next>=clen-1)?clen:next;
if(next<0) next=0;
#else
next = ((poslist[i+1]-1) >= clen-1) ? (clen-1): (poslist[i+1]-1);
#endif
tag = 1;
} else {
next = 0;
tag = 0;
}
ulist = ptarray[i].pt.p;
ilist = pita[i];
type = ilist[0].type;
SetUnit(ulist,id,ilist,row,next,tag,type);
poslist[i]++ ;
ulist=NULL;
ilist=NULL;
id =-1;
}
}
return OK ;
}
void PagePumpTrans::InitTransModel(int nType,CString strUnit,int nCurModel)
{
m_nType = nType;
m_strUnit = strUnit;
m_nTransModel = nCurModel;
if(m_nType == 0)
{
InitDataCmb(Pump::ms_TransModel2,8,m_cmbTransModel,m_nTransModel);
m_dlgNoInerialTrans.SetType(None,_T("转速"));//泵曲线（离心泵）
}
else
{
InitDataCmb(Pump::ms_TransModel1,2,m_cmbTransModel,m_nTransModel);
m_dlgNoInerialTrans.SetType(None,FlowString());//指定流量（溶剂泵）变速泵
}
CombineDlg(m_nTransModel);
SetUnit(strUnit);
}
UnitContainer::UnitContainer( Unit *un ) : unit( NULL )
{
SetUnit( un );
VSCONSTRUCT1( 'U' );
}
