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#ifndef VMM_H
#define VMM_H
/** VMM VxD services and types.
* Manually generated for now. */
#include <stdint.h>
#define PAGESHIFT 12
#define PAGESIZE (1 << PAGESHIFT)
/** Timeout handle, see Set_*_Time_Out, Cancel_Time_Out services. */
typedef void* HTIMEOUT;
static inline unsigned short Get_VMM_Version(void);
#pragma aux Get_VMM_Version = \
"int 0x20" \
"dd ( 1 shl 16 ) + 0" \
__parm caller [] __value [ax]
static inline void Release_Time_Slice(void);
#pragma aux Release_Time_Slice = \
"int 0x20" \
"dd ( 1 shl 16 ) + 56" \
__parm caller __modify []
static inline void Time_Slice_Sleep(uint32_t ms);
#pragma aux Time_Slice_Sleep = \
"int 0x20" \
"dd ( 1 shl 16 ) + 353" \
__parm caller [eax] __modify []
typedef void (Global_Time_Out_Proc)(void *VMHandle, uint32_t tardiness, uint32_t ref_data);
#pragma aux Global_Time_Out_Proc __parm [ebx] [ecx] [edx]
static inline HTIMEOUT Set_Global_Time_Out(Global_Time_Out_Proc *proc, uint32_t ms, uint32_t refData);
#pragma aux Set_Global_Time_Out = \
"int 0x20" \
"dd ( 1 shl 16 ) + 60" \
__parm caller [esi] __value [esi] __modify [ecx edx]
static inline void Cancel_Time_Out(HTIMEOUT timeout);
#pragma aux Cancel_Time_Out = \
"int 0x20" \
"dd ( 1 shl 16 ) + 62" \
__parm caller [esi] __modify [eax ecx edx]
typedef void (Async_Time_Out_Proc)(uint32_t tardiness, uint32_t ref_data);
#pragma aux Async_Time_Out_Proc __parm [ecx] [edx]
static inline HTIMEOUT Set_Async_Time_Out(Async_Time_Out_Proc *proc, uint32_t ms, uint32_t refData);
#pragma aux Set_Async_Time_Out = \
"int 0x20" \
"dd ( 1 shl 16 ) + 254" \
__parm caller [esi] [eax] [edx] __value [esi] __modify [ecx edx]
static inline uint32_t Get_System_Time(void);
#pragma aux Get_System_Time = \
"int 0x20" \
"dd ( 1 shl 16 ) + 63" \
__parm caller __value [eax] __modify []
static inline uint32_t Get_Last_Updated_System_Time(void);
#pragma aux Get_Last_Updated_System_Time = \
"int 0x20" \
"dd ( 1 shl 16 ) + 207" \
__parm caller __value [eax] __modify []
static inline uint32_t * Get_System_Time_Address(void);
#pragma aux Get_System_Time_Address = \
"int 0x20" \
"dd ( 1 shl 16 ) + 324" \
__parm caller __value [eax] __modify []
enum {
HEAPZEROINIT = 0x0001,
HEAPZEROREINIT = 0x0002,
HEAPNOCOPY = 0x0004,
HEAPLOCKEDIFDP = 0x0100,
HEAPSWAP = 0x0200,
HEAPINIT = 0x0400,
HEAPCLEAN = 0x0800
};
static inline void * HeapAllocate(unsigned long bytes, unsigned long flags);
#pragma aux HeapAllocate = \
"int 0x20" \
"dd ( 1 shl 16 ) + 79" \
__parm caller [] __value [eax] __modify [ecx edx]
static inline unsigned long HeapFree(void *addr, unsigned long flags);
#pragma aux HeapFree = \
"int 0x20" \
"dd ( 1 shl 16 ) + 81" \
__parm caller [] __value [eax] __modify [ecx edx]
enum page_allocate_types {
PG_VM = 0,
PG_SYS = 1,
PG_RESERVED1 = 2,
PG_PRIVATE = 3,
PG_RESERVED2 = 4,
PG_RELOCK = 5,
PG_INSTANCE = 6,
PG_HOOKED = 7
};
enum page_allocate_flags {
PAGEZEROINIT = 0x00000001,
PAGEUSEALIGN = 0x00000002,
PAGECONTIG = 0x00000004,
PAGEFIXED = 0x00000008,
PAGEDEBUGNULFAULT = 0x00000010,
PAGEZEROREINIT = 0x00000020,
PAGENOCOPY = 0x00000040,
PAGELOCKED = 0x00000080,
PAGELOCKEDIFDP = 0x00000100,
PAGESETV86PAGEABLE = 0x00000200,
PAGECLEARV86PAGEABLE = 0x00000400,
PAGESETV86INTSLOCKED = 0x00000800,
PAGECLEARV86INTSLOCKED = 0x00001000,
PAGEMARKPAGEOUT = 0x00002000,
PAGEPDPSETBASE = 0x00004000,
PAGEPDPCLEARBASE = 0x00008000,
PAGEDISCARD = 0x00010000,
PAGEPDPQUERYDIRTY = 0x00020000,
PAGEMAPFREEPHYSREG = 0x00040000,
PAGENOMOVE = 0x10000000,
PAGEMAPGLOBAL = 0x40000000,
PAGEMARKDIRTY = 0x80000000
};
static inline void * PageAllocate(unsigned long npages, unsigned long type, unsigned long vm,
unsigned long alignMask, unsigned long minPhys, unsigned long maxPhys,
uint32_t *physAddr, unsigned long flags);
#pragma aux PageAllocate = \
"int 0x20" \
"dd ( 1 shl 16 ) + 83" \
__parm caller [] __value [eax] __modify [ecx edx]
static inline unsigned long PageFree(void *addr, unsigned long flags);
#pragma aux PageFree = \
"int 0x20" \
"dd ( 1 shl 16 ) + 85" \
__parm caller [] __value [eax] __modify [ecx edx]
static inline char Hook_Device_Service(uint32_t service, void *hook);
#pragma aux Hook_Device_Service = \
"int 0x20" \
"dd ( 1 shl 16 ) + 144" \
"setc al" \
__parm caller [eax] [esi] __value [al] __modify [ecx edx]
static inline char Unhook_Device_Service(uint32_t service, void *hook);
#pragma aux Unhook_Device_Service = \
"int 0x20" \
"dd ( 1 shl 16 ) + 284" \
"setc al" \
__parm caller [eax] [esi] __value [al] __modify [ecx edx]
#endif // VMM_H
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