RuntimeDxe

Function Table

Address	Name	Description
	ModuleEntryPoint
	UefiBootServicesTableLibConstructor
	RuntimeDriverInitialize
	RuntimeDriverConvertPointer
	RuntimeDriverSetVirtualAddressMap
	RuntimeDriverCalculateCrc32
	RuntimeDriverDebugProtocol
	DebugPrint
	DebugAssert
	VirtualAddressChangeNotify
	RuntimeDriverExitBootServicesNotify
	RuntimeDriverInitializeEndOfDxe
	RuntimeDriverInitializeEndOfDxeCallback
	RuntimeDriverPeCoffRelocateImage
	ReportStatusCodeConstructor
	RuntimeDriverSetVirtualAddressMapHandler
	RuntimeDriverSetVirtualAddressMapNotify
	RuntimeDriverCalculateCrc32Event
	RuntimeDriverCompareGuid
	RuntimeDriverReadUnaligned64
	RuntimeDriverSetWatchdogTimerHandler
Events	registered during initialization
EFI_EVENT	mRuntimeDriverExitBootServicesEvent = NULL;
Status	code protocol table pointer
VOID	*mRuntimeStatusCodeTable = NULL;
Set	TRUE after SetVirtualAddressMap has been called
BOOLEAN	mEfiGoneVirtual = FALSE;
Linked	list head for registered images
LIST_ENTRY	mRuntimeDriverImageList;
Initialize	UEFI boot/runtime service table pointers
UefiBootServicesTableLibConstructor	(ImageHandle, SystemTable);
Perform	runtime driver initialization
Status	= RuntimeDriverInitialize (ImageHandle);
Register	VirtualAddressChange notification (TPL_CALLBACK, notify function)
Status	= BootServices->CreateEvent (
Register	event to disable watchdog timer on ExitBootServices
Register	EndOfDxe notification
Status	= gBootServices->CreateEvent (
Register	SetVirtualAddressMap notification
Initialize	the status code reporting interface
ReportStatusCodeConstructor	();
Register	ExitBootServices notification via status code protocol
Register	SetVirtualAddressMap notification via status code protocol
Locate	the Runtime Image protocol
Status	= gBootServices->LocateProtocol (
Hook	the SetWatchdogTimer runtime service
Install	the Runtime Driver protocol
Walk	the virtual address map to find the descriptor covering
the	input address
Descriptor	*= (EFI_MEMORY_DESCRIPTOR )mRuntimeDriverImageList.ForwardLink;**
Apply	the virtual address offset
Flush	data and instruction caches for the memory map
RuntimeDriverCalculateCrc32	*((VOID )(UINTN)MemoryMapSize, 51449860);**
Notify	all registered virtual address change callbacks
ImageEntry	= mRuntimeDriverImageList.ForwardLink;
Convert	the callback address
Index	= (UINTN)ImageEntry->PhysicalStart;
Invoke	the callback (OriginalImageBase, SizeOfImage, ImageEntry)
Walk	the image list and convert each image's base address
for	(ImageEntry = mRuntimeDriverImageList.ForwardLink;
Flush	instruction cache
if	(ImageEntry->ImageSize != NULL &&
Convert	all Runtime Services pointers
RuntimeDriverConvertPointer	(0, (VOID )&gRuntime->GetTime);**
Recalculate	CRC32 for Runtime Services table
Crc32Out	= 0;
Recalculate	CRC32 for System Table
Notify	POST card of successful virtual address switch
IoWrite8	(0x80, 0xB1);
Check	for overflow
if	(DataSize > (MAX_ADDRESS - (UINTN)Data + 1)) {
Check	if this is boot-time and allocate protocol
if	(gBootServices != NULL &&
Check	if the debug protocol is available
if	(mRuntimeStatusCodeTable != NULL) {
Read	the current debug level from CMOS
DebugLevel	= IoRead8 (0x70);
Check	if HOB list is already cached
if	(mRuntimeDriverBootServicesEvent == NULL) {
Walk	configuration table entries looking for HobList
for	(Index = 0; Index < (UINTN)gSystemTable->NumberOfTableEntries; Index++) {
Check	for DOS header magic
if	*((UINT16* )OldBase == IMAGE_DOS_SIGNATURE) {**
e_lfanew	} else {
Check	for PE signature
if	*((UINT32* )ImageBase != IMAGE_PE_SIGNATURE) {**
Determine	relocation directory RVA and size
if	*((UINT16* )(ImageBase + 4) == 0x200 &&**
RelocDirEntryRva	*= (UINT32* )(ImageBase + 0x84);**
PE32	(32-bit)
RelocDirEntryRva	*= (UINT32* )(ImageBase + 0x74);**
Validate	relocation directory size
if	*(RelocDirEntrySize <= sizeof(UINT32) 2) {**
Calculate	relocation base and end pointers
RelocBase	= OldBase + RelocDirEntryRva;
Walk	each base relocation block
RelocHdr	*= (UINT32 )RelocBase;**
Intentionally	empty (no-op)

Generated by HR650X BIOS Decompilation Project