List uintArray=new ArrayList();
while(arrayIt.hasNext())
{
Long lng=new Long(Long.parseLong((arrayIt.next()).toString()));
BigInteger big=BigInteger.valueOf(lng.longValue());
UnsignedInt64 uint64= new UnsignedInt64(big.abs());
uintArray.add(uint64);
}
Object actualValue=(UnsignedInt64[])uintArray.toArray();
CIMDataType uint64ArrType = new CIMDataType(CIMDataType.UINT64_ARRAY);
cimval=new CIMValue(actualValue,uint64ArrType);
}
break;
case CIMDataType.SINT8_ARRAY:
{
if(!(CIMKeyValue instanceof List))
{
logger.severe(Thread.currentThread().getName()+" "+"expected a List");
throw new SPLException("expected a List");
}
List intArray=(List)CIMKeyValue;
Iterator arrayIt=intArray.iterator();
List sintArray=new ArrayList();
while(arrayIt.hasNext())
{
Byte bt=new Byte(Byte.parseByte((arrayIt.next()).toString()));
sintArray.add(bt);
}
Object actualValue=(Byte[])sintArray.toArray();
CIMDataType sint8ArrType = new CIMDataType(CIMDataType.SINT8_ARRAY);
cimval=new CIMValue(actualValue,sint8ArrType);
}
break;
case CIMDataType.SINT16_ARRAY:
{
if(!(CIMKeyValue instanceof List))
{
logger.severe(Thread.currentThread().getName()+" "+"expected a List");
throw new SPLException("expected a List");
}
List intArray=(List)CIMKeyValue;
Iterator arrayIt=intArray.iterator();
List sintArray=new ArrayList();
while(arrayIt.hasNext())
{
Short bt=new Short(Short.parseShort((arrayIt.next()).toString()));
sintArray.add(bt);
}
Object actualValue=(Short[])sintArray.toArray();
CIMDataType sint16ArrType = new CIMDataType(CIMDataType.SINT16_ARRAY);
cimval=new CIMValue(actualValue,sint16ArrType);
}
break;
case CIMDataType.SINT32_ARRAY:
{
if(!(CIMKeyValue instanceof List))
{
logger.severe(Thread.currentThread().getName()+" "+"expected a List");
throw new SPLException("expected a List");
}
List intArray=(List)CIMKeyValue;
Iterator arrayIt=intArray.iterator();
List sintArray=new ArrayList();
while(arrayIt.hasNext())
{
Integer bt=new Integer(Integer.parseInt((arrayIt.next()).toString()));
sintArray.add(bt);
}
Object actualValue=(Integer[])sintArray.toArray();
CIMDataType sint32ArrType = new CIMDataType(CIMDataType.SINT32_ARRAY);
cimval=new CIMValue(actualValue,sint32ArrType);
}
break;
case CIMDataType.SINT64_ARRAY:
{
if(!(CIMKeyValue instanceof List))
{
logger.severe(Thread.currentThread().getName()+" "+"expected a List");
throw new SPLException("expected a List");
}
List intArray=(List)CIMKeyValue;
Iterator arrayIt=intArray.iterator();
List sintArray=new ArrayList();
while(arrayIt.hasNext()){
Long bt=new Long(Long.parseLong((arrayIt.next()).toString()));
sintArray.add(bt);
}
Object actualValue=(Long[])sintArray.toArray();
CIMDataType sint64ArrType = new CIMDataType(CIMDataType.SINT64_ARRAY);
cimval=new CIMValue(actualValue,sint64ArrType);
}
break;
case CIMDataType.REAL32_ARRAY:
{
if(!(CIMKeyValue instanceof List))
{
logger.severe(Thread.currentThread().getName()+" "+"expected a List");
throw new SPLException("expected a List");
}
List intArray=(List)CIMKeyValue;
Iterator arrayIt=intArray.iterator();
List sintArray=new ArrayList();
while(arrayIt.hasNext())
{
Float bt=new Float(Float.parseFloat((arrayIt.next()).toString()));
sintArray.add(bt);
}
Object actualValue=(Float[])sintArray.toArray();
CIMDataType real32ArrType = new CIMDataType(CIMDataType.REAL32_ARRAY);
cimval=new CIMValue(actualValue,real32ArrType);
}
break;
case CIMDataType.REAL64_ARRAY:
{
if(!(CIMKeyValue instanceof List))
{
logger.severe(Thread.currentThread().getName()+" "+"expected a List");
throw new SPLException("expected a List");
}
List intArray=(List)CIMKeyValue;
Iterator arrayIt=intArray.iterator();
List sintArray=new ArrayList();
while(arrayIt.hasNext())
{
Double bt=new Double(Double.parseDouble((arrayIt.next()).toString()));
sintArray.add(bt);
}
Object actualValue=(Double[])sintArray.toArray();
CIMDataType real64ArrType = new CIMDataType(CIMDataType.REAL64_ARRAY);
cimval=new CIMValue(actualValue,real64ArrType);
}
break;
case CIMDataType.BOOLEAN_ARRAY:
{
if(!(CIMKeyValue instanceof List))
{
logger.severe(Thread.currentThread().getName()+" "+"expected a List");
throw new SPLException("expected a List");
}
List intArray=(List)CIMKeyValue;
Iterator arrayIt=intArray.iterator();
List sintArray=new ArrayList();
while(arrayIt.hasNext())
{
Boolean bt=Boolean.valueOf((arrayIt.next()).toString());
sintArray.add(bt);
}
Object actualValue=(Boolean[])sintArray.toArray();
CIMDataType boolArrType = new CIMDataType(CIMDataType.BOOLEAN_ARRAY);
cimval=new CIMValue(actualValue,boolArrType);
}
break;
case CIMDataType.CHAR16_ARRAY:
{
if(!(CIMKeyValue instanceof List))
{
logger.severe(Thread.currentThread().getName()+" "+"expected a List");
throw new SPLException("expected a List");
}
List intArray=(List)CIMKeyValue;
Iterator arrayIt=intArray.iterator();
List sintArray=new ArrayList();
while(arrayIt.hasNext())
{
Character bt=new Character(((arrayIt.next()).toString()).charAt(0));
sintArray.add(bt);
}
Object actualValue=(Character[])sintArray.toArray();
CIMDataType char16ArrType = new CIMDataType(CIMDataType.CHAR16_ARRAY);
cimval=new CIMValue(actualValue,char16ArrType);
}
break;
case CIMDataType.STRING_ARRAY:
{
if(!(CIMKeyValue instanceof List))
{
logger.severe(Thread.currentThread().getName()+" "+"expected a List");
throw new SPLException("expected a List");
}
List intArray=(List)CIMKeyValue;
Iterator arrayIt=intArray.iterator();
List sintArray=new ArrayList();
while(arrayIt.hasNext())
{
String bt=(arrayIt.next()).toString();
sintArray.add(bt);
}
Object actualValue=(String[])sintArray.toArray();
CIMDataType stringArrType = new CIMDataType(CIMDataType.STRING_ARRAY);
cimval=new CIMValue(actualValue,stringArrType);
}
break;
case CIMDataType.DATETIME_ARRAY:
{
if(!(CIMKeyValue instanceof List))
{
logger.severe(Thread.currentThread().getName()+" "+"expected a List");
throw new SPLException("expected a List");
}
List intArray=(List)CIMKeyValue;
Iterator arrayIt=intArray.iterator();
List cimDateTimeArray=new ArrayList();
while(arrayIt.hasNext())
{
Object ob=arrayIt.next();
if(!(ob instanceof Calendar)){
throw new SPLException("Value should be of type Calendar");
}
Calendar cal=(Calendar)ob;
CIMDateTime calCIM=new CIMSimpleDateTime(cal);
cimDateTimeArray.add(calCIM);
}
Object actualValue=(CIMDateTime[])cimDateTimeArray.toArray();
CIMDataType calArrType = new CIMDataType(CIMDataType.DATETIME_ARRAY);
cimval=new CIMValue(actualValue,calArrType);
}
break;
case CIMDataType.UINT8:
{
Short sht=new Short(Short.parseShort(CIMKeyValue.toString()));
UnsignedInt8 uint8= new UnsignedInt8(sht.shortValue());
CIMDataType uint8Type = new CIMDataType(CIMDataType.UINT8);
cimval=new CIMValue(uint8,uint8Type);
}
break;
case CIMDataType.UINT16:
{
Integer integ=new Integer(Integer.parseInt(CIMKeyValue.toString()));
UnsignedInt16 uint16= new UnsignedInt16(integ.intValue());
CIMDataType uint16Type = new CIMDataType(CIMDataType.UINT16);
cimval=new CIMValue(uint16,uint16Type);
}
break;
case CIMDataType.UINT32:
{
Long lng=new Long(Long.parseLong(CIMKeyValue.toString()));
UnsignedInt32 uint32= new UnsignedInt32(lng.longValue());
CIMDataType uint32Type = new CIMDataType(CIMDataType.UINT32);
cimval=new CIMValue(uint32,uint32Type);
}
break;
case CIMDataType.UINT64:
{
Long shrt=new Long(Long.parseLong(CIMKeyValue.toString()));
BigInteger big=BigInteger.valueOf(shrt.longValue());
UnsignedInt64 uint64= new UnsignedInt64(big.abs());
CIMDataType uint64Type = new CIMDataType(CIMDataType.UINT64);
cimval=new CIMValue(uint64,uint64Type);
}
break;
case CIMDataType.SINT8: