public ExpandRet ExpandEntries_OrThrow(uint newEntriesCt, LimitEntries limits, bool throwOnNoChange = false)
{
ExpandRet ret = this.ExpandEntries(newEntriesCt, limits);
this.ThrowErrorForExpandReturn(ret, throwOnNoChange);
return(ret);
}
public ExpandRet ExpandEntries(uint newEntriesCt, LimitEntries limits)
{
return
(this._ExpandSize(
newEntriesCt * limits.dataTypeSize,
limits.minEntries * limits.dataTypeSize,
limits.maxEntries * limits.dataTypeSize));
}
public DefTable(int index, Bin.TypeID type, uint initialElements, uint minEntries, uint maxEntries)
{
this.index = index;
this.defSegments = new List <DefSegment>();
uint typeSize = DataStore.GetTypeIDSize(type);
this.type = type;
this.elements = initialElements;
this.limits =
new LimitEntries(
typeSize,
minEntries,
maxEntries);
}
public DataStore(uint initialEntryCt, LimitEntries limits, List <DefSegment> defaults, ExecutionContext globSrc)
{
this.storeAlignment = limits.dataTypeSize;
this.ExpandEntries_OrThrow(initialEntryCt, limits);
uint defaultSet = this.WriteDefSegmentsData(defaults, globSrc);
if (defaultSet != 0)
{
uint reEleCt = defaultSet / limits.dataTypeSize;
if (defaultSet % limits.dataTypeSize != 0)
{
++reEleCt;
}
this.ExpandEntries_OrThrow(reEleCt, limits);
if (this.WriteDefSegmentsData(defaults, globSrc) != 0)
{
throw new System.Exception("Unknown issue setting default store values for Table.");
}
}
}
