public void SetByKey(object key, object value)
{
key = FixKey(key);
// Update heap use throwing an exception on failure
// before making any changes to the array.
int keysize = HeapTrackerObject.Size(key);
int newheapuse = heapUse;
object oldval;
if (dnary.TryGetValue(key, out oldval))
{
newheapuse -= keysize + HeapTrackerObject.Size(oldval);
}
if (value != null)
{
newheapuse += keysize + HeapTrackerObject.Size(value);
}
heapUse = inst.UpdateHeapUse(heapUse, newheapuse);
// Save new value in array, replacing one of same key if there.
// null means remove the value, ie, script did array[key] = undef.
if (value != null)
{
dnary[key] = value;
}
else
{
dnary.Remove(key);
// Shrink the enumeration array, but always leave at least one element.
if ((array != null) && (dnary.Count < array.Length / 2))
{
Array.Resize <KeyValuePair <object, object> >(ref array, array.Length / 2);
}
}
// The enumeration array is invalid because the dictionary has been modified.
// Next time a ForEach() call happens, it will repopulate 'array' as elements are retrieved.
arrayValid = 0;
}
public void RecvArrayObj(RecvArrayObjDelegate recvObj)
{
heapUse = inst.UpdateHeapUse(heapUse, EMPTYHEAP);
// Cause any enumeration to refill the array from the sorted dictionary.
// Since it is a sorted dictionary, any enumerations will be in the same
// order as on the sending side.
arrayValid = 0;
enumrValid = false;
// Fill dictionary.
dnary.Clear();
int count = (int)recvObj();
while (--count >= 0)
{
object key = FixKey(recvObj());
object val = recvObj();
int htuse = HeapTrackerObject.Size(key) + HeapTrackerObject.Size(val);
heapUse = inst.UpdateHeapUse(heapUse, heapUse + htuse);
dnary.Add(key, val);
}
}
