387     u32     slot = (u32)(((u32)address - wramBCtop) / MI_WRAM_B_SLOT_SIZE);  in MIi_AddressToWramSlot()  local
388     if (slot < MI_WRAM_C_MAX_NUM)  in MIi_AddressToWramSlot()
394         retval = (int)slot;  in MIi_AddressToWramSlot()
396     else if (slot < MI_WRAM_B_MAX_NUM + MI_WRAM_C_MAX_NUM)  in MIi_AddressToWramSlot()
402         retval = (int)(slot - MI_WRAM_C_MAX_NUM);  in MIi_AddressToWramSlot()
479 u32 MI_AllocWramSlot( MIWramPos wram, int slot, MIWramSize size, MIWramProc proc );
480 #define MI_AllocWramSlot_A(slot, size, proc)     MI_AllocWramSlot( MI_WRAM_A, slot, size, proc )  argument
481 #define MI_AllocWramSlot_B(slot, size, proc)     MI_AllocWramSlot( MI_WRAM_B, slot, size, proc )  argument
482 #define MI_AllocWramSlot_C(slot, size, proc)     MI_AllocWramSlot( MI_WRAM_C, slot, size, proc )  argument
548 int MI_FreeWramSlot( MIWramPos wram, int slot, MIWramSize size, MIWramProc proc );
549 #define MI_FreeWramSlot_A(slot, size, proc)     MI_FreeWramSlot( MI_WRAM_A, slot, size, proc )  argument
550 #define MI_FreeWramSlot_B(slot, size, proc)     MI_FreeWramSlot( MI_WRAM_B, slot, size, proc )  argument
551 #define MI_FreeWramSlot_C(slot, size, proc)     MI_FreeWramSlot( MI_WRAM_C, slot, size, proc )  argument
628 int MI_SwitchWramSlot( MIWramPos wram, int slot, MIWramSize size, MIWramProc proc, MIWramProc newPr…
629 #define MI_SwitchWramSlot_A(slot, size, proc, newProc)	MI_SwitchWramSlot(MI_WRAM_A, slot, size, pro…  argument
630 #define MI_SwitchWramSlot_B(slot, size, proc, newProc)	MI_SwitchWramSlot(MI_WRAM_B, slot, size, pro…  argument
631 #define MI_SwitchWramSlot_C(slot, size, proc, newProc)	MI_SwitchWramSlot(MI_WRAM_C, slot, size, pro…  argument
693 u32  MI_ReserveWramSlot( MIWramPos wram, int slot, MIWramSize size, MIWramProc proc );
694 #define MI_ReserveWramSlot_A(slot, size, proc)   MI_ReserveWramSlot( MI_WRAM_A, slot, size, proc )  argument
695 #define MI_ReserveWramSlot_B(slot, size, proc)   MI_ReserveWramSlot( MI_WRAM_B, slot, size, proc )  argument
696 #define MI_ReserveWramSlot_C(slot, size, proc)   MI_ReserveWramSlot( MI_WRAM_C, slot, size, proc )  argument
739 int MI_CancelWramSlot( MIWramPos wram, int slot, MIWramSize size, MIWramProc proc );
740 #define MI_CancelWramSlot_A(slot, size, proc)   MI_CancelWramSlot( MI_WRAM_A, slot, size, proc )  argument
741 #define MI_CancelWramSlot_B(slot, size, proc)   MI_CancelWramSlot( MI_WRAM_B, slot, size, proc )  argument
742 #define MI_CancelWramSlot_C(slot, size, proc)   MI_CancelWramSlot( MI_WRAM_C, slot, size, proc )  argument
800 MIWramProc MI_GetWramReservation( MIWramPos wram, int slot );
801 #define MI_GetWramReservation_A(slot)   MI_GetWramReservation( MI_WRAM_A, slot )  argument
802 #define MI_GetWramReservation_B(slot)   MI_GetWramReservation( MI_WRAM_B, slot )  argument
803 #define MI_GetWramReservation_C(slot)   MI_GetWramReservation( MI_WRAM_C, slot )  argument
896 BOOL MI_IsWramSlotUsed( MIWramPos wram, int slot );
897 #define MI_IsWramSlotUsed_A(slot)      MI_IsWramSlotUsed( MI_WRAM_A, slot )  argument
898 #define MI_IsWramSlotUsed_B(slot)      MI_IsWramSlotUsed( MI_WRAM_B, slot )  argument
899 #define MI_IsWramSlotUsed_C(slot)      MI_IsWramSlotUsed( MI_WRAM_C, slot )  argument