public unsafe ICell LoadGenericCell(LocalMemoryStorage storage, long cellId)
{
var err = storage.GetLockedCellInfo(cellId, out int size, out ushort cellType, out byte *cellPtr, out int entryIndex);
if (err != Trinity.TrinityErrorCode.E_SUCCESS)
{
throw new CellNotFoundException("Cannot access the cell.");
}
int seg = CompositeStorage.GetIntervalIndexByCellTypeID(cellType);
return(CompositeStorage.s_GenericCellOperations[seg].UseGenericCell(cellId, cellPtr, entryIndex, cellType));
}
public unsafe ICellAccessor UseGenericCell(LocalMemoryStorage storage, long cellId, CellAccessOptions options)
{
var err = storage
.GetLockedCellInfo(cellId,
out int size,
out ushort cellType,
out byte *cellPtr,
out int entryIndex);
switch (err)
{
case Trinity.TrinityErrorCode.E_SUCCESS:
break;
case Trinity.TrinityErrorCode.E_CELL_NOT_FOUND:
{
if ((options & CellAccessOptions.ThrowExceptionOnCellNotFound) != 0)
{
throw new CellNotFoundException("The cell with id = " + cellId + " not found.");
}
else if ((options & CellAccessOptions.CreateNewOnCellNotFound) != 0)
{
throw new ArgumentException(
"CellAccessOptions.CreateNewOnCellNotFound is not valid for this method. Cannot determine new cell type.", "options");
}
else if ((options & CellAccessOptions.ReturnNullOnCellNotFound) != 0)
{
return(null);
}
else
{
throw new CellNotFoundException("The cell with id = " + cellId + " not found.");
}
}
default:
throw new CellNotFoundException("Cannot access the cell.");
}
int seg = CompositeStorage.GetIntervalIndexByCellTypeID(cellType);
return(CompositeStorage.s_GenericCellOperations[seg].UseGenericCell(cellId, cellPtr, entryIndex, cellType, options));
}
public void SaveGenericCell(LocalMemoryStorage storage, CellAccessOptions writeAheadLogOptions, ICell cell)
{
int seg = CompositeStorage.GetIntervalIndexByCellTypeID(cell.CellType);
CompositeStorage.s_GenericCellOperations[seg].SaveGenericCell(storage, writeAheadLogOptions, cell);
}
public void SaveGenericCell(IKeyValueStore storage, long cellId, ICell cell)
{
int seg = CompositeStorage.GetIntervalIndexByCellTypeID(cell.CellType);
CompositeStorage.s_GenericCellOperations[seg].SaveGenericCell(storage, cellId, cell);
}
public ICell NewGenericCell(string cellType, string content)
{
int seg = CompositeStorage.GetIntervalIndexByCellTypeName(cellType);
return(CompositeStorage.s_GenericCellOperations[seg].NewGenericCell(cellType, content));
}
public unsafe ICellAccessor UseGenericCell(long cellId, byte *cellPtr, int entryIndex, ushort cellType, CellAccessOptions options)
{
int seg = CompositeStorage.GetIntervalIndexByCellTypeID(cellType);
return(CompositeStorage.s_GenericCellOperations[seg].UseGenericCell(cellId, cellPtr, entryIndex, cellType, options));
}
public ICellAccessor UseGenericCell(LocalMemoryStorage storage, long cellId, CellAccessOptions options, string cellType)
{
int seg = CompositeStorage.GetIntervalIndexByCellTypeName(cellType);
return(CompositeStorage.s_GenericCellOperations[seg].UseGenericCell(storage, cellId, options, cellType));
}
public ushort GetCellType(string cellTypeString)
{
int seg = CompositeStorage.GetIntervalIndexByCellTypeName(cellTypeString);
return(CompositeStorage.s_StorageSchemas[seg].GetCellType(cellTypeString));
}
