SlotDataUpdateDxeLightningRidgeEXECB1

Function Table

Address	Name	Description
	GetSlotCount
	UbaDebugPrint
	UbaDebugAssert
	IsHobGuidMatch
	ReadUnaligned64
	_ModuleEntryPoint
GUID	Definitions (.data at 0xB60-0xBAF)
GUID	Externs (alias of STATIC definitions for any external consumers)
Global	Variables (.data at 0xC08-0xC28)
PSLT	Output Buffers (.data initialized data)
Debug	Strings (.rdata section, read-only)
GetSlotCount	(0x4B0)
GetSlotData	(0x4B4)
UbaGetProtocolInterface	(0x4B8)
Raise	to TPL_HIGH_LEVEL, then restore to sample current TPL level.
LocateProtocol	can only be called safely at TPL_NOTIFY or below.
OldTpl	= gBootServices->RaiseTPL (TPL_HIGH_LEVEL);
Registration	key not used
UbaDebugPrint	(0x538)
Read	CMOS register 0x4B.
Preserve	the NMI enable bit (bit 7) through the index write.
NmiSave	= IoRead8 (CMOS_INDEX_PORT);
Translate	CMOS value into platform type for debug mask selection.
if	(CmosData > 3) {
Values	> 3 are platform type indicators. Use cached type, or
derive	from hardware strap if first access.
PlatformType	= mPlatformType;
Read	hardware strap register from PCH MMIO.
Bit	1 indicates platform variant; OR with 1 ensures non-zero.
PlatformType	**= (MmioRead8 (PLATFORM_STRAP_MMIO_ADDR) & 0x02)	0x01;**
Values	0-3 are direct verbosity levels.
PlatformType	= CmosData;
Map	platform type to debug severity mask.
Type	**>= 1 produces either DE	DI (type 1) or DE	DV (type 2+).**
Type	0 suppresses all output.
if	(PlatformType >= 1) {
Forward	to protocol DebugPrint if severity matches.
if	((DebugMask & DebugLevel) != 0) {
UbaDebugAssert	(0x5C0)
GetHobList	(0x600)
If	HOB list not found, assert with EFI_NOT_FOUND.
if	(mHobList == NULL) {
IsHobGuidMatch	(0x6D8)
ReadUnaligned64	(0x748)
_ModuleEntryPoint	(0x390)
Phase	1: Cache and validate global service table pointers.
while	the other three use UefiBootServicesTableLib.c.
This	reflects the different library each global comes from.
UbaDebugAssert	(mRuntimeServicesLibPath, 47, mAssertRuntimeServicesStr);
Phase	2: Initialize HOB list from configuration table.
Phase	3: Emit driver identification into debug output.
Phase	4: Locate the UBA CONFIG protocol interface.
This	uses the PROTOCOL GUID AT 0xB70 (E03E0D46-...)
which	is SEPARATE from the DEBUG protocol at 0xB60
used	by UbaGetProtocolInterface/DebugPrint/DebugAssert.
The	config protocol provides GetData at vtable +0x10
which	reads PSLT entries from the UBA configuration store.
No	registration key
Phase	5: Read PSLT entry 1 (slot data) from UBA configuration.
32	bytes = PSLT_HEADER
Phase	6: Read PSLT entry 2 (slot config) from UBA configuration.
40	bytes = SLOT_CONFIG

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