RSMClass.FB_Exit (METH) ¶ METHOD FB_Exit : BOOL InOut: Scope Name Type Return FB_Exit BOOL Input bInCopyCode BOOL
RSMClass.FB_Init (METH) ¶ METHOD FB_Init : BOOL InOut: Scope Name Type Return FB_Init BOOL Input bInitRetains BOOL bInCopyCode BOOL
RSMClass.Register (METH) ¶ METHOD Register : CAA.HANDLE InOut: Scope Name Type Return Register CAA.HANDLE Input hHandle CAA.HANDLE peError POINTER TO ERROR
RSMClass.Search (METH) ¶ METHOD Search : CAA.HANDLE InOut: Scope Name Type Return Search CAA.HANDLE Input hHandle CAA.HANDLE
RSMClass.Translate (METH) ¶ METHOD Translate : CAA.HANDLE InOut: Scope Name Type Return Translate CAA.HANDLE Input hHandle CAA.HANDLE Output eError ERROR
RSMClass.Unregister (METH) ¶ METHOD Unregister : ERROR InOut: Scope Name Type Return Unregister ERROR Input hHandle CAA.HANDLE
BLOB (ALIAS) ¶ TYPE BLOB : STO_BLOB
METRICS (ALIAS) ¶ TYPE METRICS : STO_METRICS
STO_BLOB (STRUCT) ¶ TYPE STO_BLOB : STRUCT This data type is not intend to instantiate Please use BlobAlloc and BlobFree for handling InOut: Name Type szData CAA.SIZE pbyData POINTER TO BYTE
STO_METRICS (STRUCT) ¶ TYPE STO_METRICS : STRUCT The size of the storage can be calculated with this metrics storage size = page size * (used pages + free pages) The relationship metwen used and free pages give a messure about the fragmentation After a call of StorageReorg the number of free pages should be zero. InOut: Name Type Comment szPage CAA.SIZE the actual page size of the storage ctUsedPages CAA.COUNT the actual number of used pages ctFreePages CAA.COUNT the actual number of pages marked as not used
