/** @file
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Copyright (c) 2021, American Megatrends International LLC. All rights reserved.<BR>
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SPDX-License-Identifier: BSD-2-Clause-Patent
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**/
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#ifndef __LINUX_BOOT_PRIVATE__H__
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#define __LINUX_BOOT_PRIVATE__H__
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#ifdef __cplusplus
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extern "C" {
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#endif // #ifdef __cplusplus
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//---------------------------------------------------------------------------
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//#include <Token.h>
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#define BOOTSIG 0x1FE
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#define SETUP_HDR 0x53726448 /* 0x53726448 == "HdrS" */
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#define E820_RAM 1
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#define E820_RESERVED 2
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#define E820_ACPI 3
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#define E820_NVS 4
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#define E820_UNUSABLE 5
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#pragma pack(1)
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struct SetupHeader {
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UINT8 SetupSecs; // Sectors for setup code
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UINT16 Rootflags;
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UINT32 SysSize;
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UINT16 RamSize;
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UINT16 VideoMode;
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UINT16 RootDev;
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UINT16 Signature; // Boot signature
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UINT16 Jump;
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UINT32 Header;
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UINT16 Version;
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UINT16 SuSwitch;
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UINT16 SetupSeg;
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UINT16 StartSys;
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UINT16 KernelVer;
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UINT8 LoaderId;
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UINT8 LoadFlags;
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UINT16 MoveSize;
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UINT32 Code32Start; // Start of code loaded high
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UINT32 RamDiskStart; // Start of initial ramdisk
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UINT32 RamDiskLen; // Length of initial ramdisk
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UINT32 BootSectkludge;
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UINT16 HeapEnd;
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UINT8 ExtLoaderVer; // Extended boot loader version
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UINT8 ExtLoaderType; // Extended boot loader ID
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UINT32 CmdLinePtr; // 32-bit pointer to the kernel command line
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UINT32 RamDiskMax; // Highest legal initrd address
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UINT32 KernelAlignment; // Physical addr alignment required for kernel
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UINT8 RelocatableKernel; // Whether kernel is relocatable or not
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UINT8 MinAlignment;
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UINT16 XloadFlags;
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UINT32 CmdlineSize;
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UINT32 HardwareSubarch;
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UINT64 HardwareSubarchData;
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UINT32 PayloadOffset;
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UINT32 PayloadLength;
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UINT64 SetupData;
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UINT64 PrefAddress;
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UINT32 InitSize;
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UINT32 HandoverOffset;
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};
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struct EfiInfo {
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UINT32 EfiLoaderSignature;
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UINT32 EfiSystab;
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UINT32 EfiMemdescSize;
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UINT32 EfiMemdescVersion;
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UINT32 EfiMemMap;
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UINT32 EfiMemMapSize;
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UINT32 EfiSystabHi;
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UINT32 EfiMemMapHi;
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};
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struct E820Entry {
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UINT64 Addr; // start of memory segment
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UINT64 Size; // size of memory segment
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UINT32 Type; // type of memory segment
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};
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struct ScreenInfo {
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UINT8 OrigX; // 0x00
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UINT8 OrigY; // 0x01
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UINT16 ExtMemK; // 0x02
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UINT16 OrigVideoPage; // 0x04
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UINT8 OrigVideoMode; // 0x06
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UINT8 OrigVideoCols; // 0x07
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UINT8 Flags; // 0x08
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UINT8 Unused2; // 0x09
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UINT16 OrigVideoEgaBx;// 0x0a
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UINT16 Unused3; // 0x0c
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UINT8 OrigVideoLines; // 0x0e
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UINT8 OrigVideoIsVGA; // 0x0f
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UINT16 OrigVideoPoints;// 0x10
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// VESA graphic mode -- linear frame buffer
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UINT16 LfbWidth; // 0x12
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UINT16 LfbHeight; // 0x14
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UINT16 LfbDepth; // 0x16
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UINT32 LfbBase; // 0x18
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UINT32 LfbSize; // 0x1c
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UINT16 ClMagic, ClOffset; // 0x20
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UINT16 LfbLineLength; // 0x24
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UINT8 RedSize; // 0x26
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UINT8 RedPos; // 0x27
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UINT8 GreenSize; // 0x28
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UINT8 GreenPos; // 0x29
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UINT8 BlueSize; // 0x2a
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UINT8 BluePos; // 0x2b
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UINT8 RsvdSize; // 0x2c
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UINT8 RsvdPos; // 0x2d
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UINT16 VesaPmSeg; // 0x2e
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UINT16 VesaPmOff; // 0x30
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UINT16 Pages; // 0x32
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UINT16 VesaAttributes; // 0x34
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UINT32 Capabilities; // 0x36
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UINT8 Reserved[6]; // 0x3a
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};
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struct BootParams {
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struct ScreenInfo ScreenInfo;
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UINT8 ApmBiosInfo[0x14];
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UINT8 Pad2[4];
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UINT64 TbootAddr;
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UINT8 IstInfo[0x10];
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UINT8 Pad3[16];
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UINT8 Hd0Info[16];
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UINT8 Hd1Info[16];
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UINT8 SysDescTable[0x10];
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UINT8 OlpcOfwHeader[0x10];
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UINT8 Pad4[128];
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UINT8 EdidInfo[0x80];
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struct EfiInfo EfiInfo;
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UINT32 AltMemK;
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UINT32 Scratch;
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UINT8 E820Entries;
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UINT8 EddBufEntries;
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UINT8 EddMbrSigBufEntries;
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UINT8 Pad6[6];
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struct SetupHeader Hdr;
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UINT8 Pad7[0x290-0x1f1-sizeof(struct SetupHeader)];
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UINT32 EddMbrSigBuffer[16];
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struct E820Entry E820Map[128];
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UINT8 Pad8[48];
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UINT8 EddBuf[0x1ec];
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UINT8 Pad9[276];
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};
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#pragma pack ()
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//---------------------------------------------------------------------------
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#ifndef MIN
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#define MIN(x,y) ((x) < (y) ? (x) : (y))
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#endif // #ifndef MIN
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#define KERNEL_SETUP_SIZE 16384
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//---------------------------------------------------------------------------
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///
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/// Function prototypes from Bds module
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///
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VOID ConnectEverything();
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VOID RecoverTheMemoryAbove4Gb();
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VOID SignalAllDriversConnectedEvent();
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VOID SignalProtocolEvent(IN EFI_GUID *ProtocolGuid);
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#if LINUXBOOT_SIGNAL_EXITPMAUTH == 1
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VOID SignalExitPmAuthProtocolEvent(VOID);
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#endif // #if LINUXBOOT_SIGNAL_EXITPMAUTH == 1
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typedef VOID (BDS_CONTROL_FLOW_FUNCTION)();
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//---------------------------------------------------------------------------
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/****** DO NOT WRITE BELOW THIS LINE *******/
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#ifdef __cplusplus
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}
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#endif // #ifdef __cplusplus
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#endif // #ifndef __LINUX_BOOT_PRIVATE__H__
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