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IntelFrameworkPkg: Clean up source files

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Contributed-under: TianoCore Contribution Agreement 1.1
Signed-off-by: Liming Gao <liming.gao@intel.com>
This commit is contained in:
Liming Gao
2018-06-27 21:06:55 +08:00
parent 0a6f48249a
commit 1c2f052de2
77 changed files with 1808 additions and 1808 deletions
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278
IntelFrameworkPkg/Include/Protocol/LegacyBios.h
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@@ -7,15 +7,15 @@
well known naming conventions.
Thunk is the code that switches from 32-bit protected environment into the 16-bit real-mode
environment. Reverse thunk is the code that does the opposite.
environment. Reverse thunk is the code that does the opposite.
Copyright (c) 2007 - 2015, Intel Corporation. All rights reserved.<BR>
This program and the accompanying materials are licensed and made available under
the terms and conditions of the BSD License that accompanies this distribution.
Copyright (c) 2007 - 2018, Intel Corporation. All rights reserved.<BR>
This program and the accompanying materials are licensed and made available under
the terms and conditions of the BSD License that accompanies this distribution.
The full text of the license may be found at
http://opensource.org/licenses/bsd-license.php.
THE PROGRAM IS DISTRIBUTED UNDER THE BSD LICENSE ON AN "AS IS" BASIS,
http://opensource.org/licenses/bsd-license.php.
THE PROGRAM IS DISTRIBUTED UNDER THE BSD LICENSE ON AN "AS IS" BASIS,
WITHOUT WARRANTIES OR REPRESENTATIONS OF ANY KIND, EITHER EXPRESS OR IMPLIED.
@par Revision Reference:
@@ -28,7 +28,7 @@ WITHOUT WARRANTIES OR REPRESENTATIONS OF ANY KIND, EITHER EXPRESS OR IMPLIED.
#define _EFI_LEGACY_BIOS_H_
///
///
///
///
#pragma pack(1)
@@ -51,75 +51,75 @@ typedef struct {
/// 1 is "F," byte 2 is "E," and byte 3 is "$" and is normally accessed as a DWORD or UINT32.
///
UINT32 Signature;
///
/// The value required such that byte checksum of TableLength equals zero.
///
UINT8 TableChecksum;
///
/// The length of this table.
///
UINT8 TableLength;
///
/// The major EFI revision for which this table was generated.
///
///
UINT8 EfiMajorRevision;
///
/// The minor EFI revision for which this table was generated.
///
UINT8 EfiMinorRevision;
///
/// The major revision of this table.
///
UINT8 TableMajorRevision;
///
/// The minor revision of this table.
///
UINT8 TableMinorRevision;
///
/// Reserved for future usage.
///
UINT16 Reserved;
///
/// The segment of the entry point within the traditional BIOS for Compatibility16 functions.
///
UINT16 Compatibility16CallSegment;
///
/// The offset of the entry point within the traditional BIOS for Compatibility16 functions.
///
UINT16 Compatibility16CallOffset;
///
/// The segment of the entry point within the traditional BIOS for EfiCompatibility
/// The segment of the entry point within the traditional BIOS for EfiCompatibility
/// to invoke the PnP installation check.
///
UINT16 PnPInstallationCheckSegment;
///
/// The Offset of the entry point within the traditional BIOS for EfiCompatibility
/// The Offset of the entry point within the traditional BIOS for EfiCompatibility
/// to invoke the PnP installation check.
///
UINT16 PnPInstallationCheckOffset;
///
/// EFI system resources table. Type EFI_SYSTEM_TABLE is defined in the IntelPlatform
/// EFI system resources table. Type EFI_SYSTEM_TABLE is defined in the IntelPlatform
///Innovation Framework for EFI Driver Execution Environment Core Interface Specification (DXE CIS).
///
UINT32 EfiSystemTable;
UINT32 EfiSystemTable;
///
/// The address of an OEM-provided identifier string. The string is null terminated.
///
UINT32 OemIdStringPointer;
///
/// The 32-bit physical address where ACPI RSD PTR is stored within the traditional
/// BIOS. The remained of the ACPI tables are located at their EFI addresses. The size
@@ -127,93 +127,93 @@ typedef struct {
/// RSD PTR with either the ACPI 1.0b or 2.0 values.
///
UINT32 AcpiRsdPtrPointer;
///
/// The OEM revision number. Usage is undefined but provided for OEM module usage.
///
UINT16 OemRevision;
///
/// The 32-bit physical address where INT15 E820 data is stored within the traditional
/// BIOS. The EfiCompatibility code will fill in the E820Pointer value and copy the
/// data to the indicated area.
///
UINT32 E820Pointer;
///
/// The length of the E820 data and is filled in by the EfiCompatibility code.
///
UINT32 E820Length;
///
/// The 32-bit physical address where the $PIR table is stored in the traditional BIOS.
/// The EfiCompatibility code will fill in the IrqRoutingTablePointer value and
/// copy the data to the indicated area.
///
UINT32 IrqRoutingTablePointer;
///
/// The length of the $PIR table and is filled in by the EfiCompatibility code.
///
UINT32 IrqRoutingTableLength;
///
/// The 32-bit physical address where the MP table is stored in the traditional BIOS.
/// The EfiCompatibility code will fill in the MpTablePtr value and copy the data
/// The EfiCompatibility code will fill in the MpTablePtr value and copy the data
/// to the indicated area.
///
UINT32 MpTablePtr;
///
/// The length of the MP table and is filled in by the EfiCompatibility code.
///
UINT32 MpTableLength;
///
/// The segment of the OEM-specific INT table/code.
///
///
UINT16 OemIntSegment;
///
/// The offset of the OEM-specific INT table/code.
///
UINT16 OemIntOffset;
///
/// The segment of the OEM-specific 32-bit table/code.
///
UINT16 Oem32Segment;
///
/// The offset of the OEM-specific 32-bit table/code.
///
UINT16 Oem32Offset;
///
/// The segment of the OEM-specific 16-bit table/code.
///
UINT16 Oem16Segment;
///
/// The offset of the OEM-specific 16-bit table/code.
///
UINT16 Oem16Offset;
///
/// The segment of the TPM binary passed to 16-bit CSM.
///
UINT16 TpmSegment;
///
/// The offset of the TPM binary passed to 16-bit CSM.
///
UINT16 TpmOffset;
///
/// A pointer to a string identifying the independent BIOS vendor.
///
UINT32 IbvPointer;
///
/// This field is NULL for all systems not supporting PCI Express. This field is the base
/// value of the start of the PCI Express memory-mapped configuration registers and
@@ -223,7 +223,7 @@ typedef struct {
/// Functions.
///
UINT32 PciExpressBase;
///
/// Maximum PCI bus number assigned.
///
@@ -256,12 +256,12 @@ typedef struct {
} EFI_COMPATIBILITY16_TABLE;
///
/// Functions provided by the CSM binary which communicate between the EfiCompatibility
/// Functions provided by the CSM binary which communicate between the EfiCompatibility
/// and Compatability16 code.
///
/// Inconsistent with the specification here:
/// The member's name started with "Compatibility16" [defined in Intel Framework
/// Compatibility Support Module Specification / 0.97 version]
/// Inconsistent with the specification here:
/// The member's name started with "Compatibility16" [defined in Intel Framework
/// Compatibility Support Module Specification / 0.97 version]
/// has been changed to "Legacy16" since keeping backward compatible.
///
typedef enum {
@@ -274,7 +274,7 @@ typedef enum {
/// AX = Return Status codes
///
Legacy16InitializeYourself = 0x0000,
///
/// Causes the Compatibility16 BIOS to perform any drive number translations to match the boot sequence.
/// Input:
@@ -284,18 +284,18 @@ typedef enum {
/// AX = Returned status codes
///
Legacy16UpdateBbs = 0x0001,
///
/// Allows the Compatibility16 code to perform any final actions before booting. The Compatibility16
/// code is read/write.
/// Input:
/// AX = Compatibility16PrepareToBoot
/// ES:BX = Pointer to EFI_TO_COMPATIBILITY16_BOOT_TABLE structure
/// ES:BX = Pointer to EFI_TO_COMPATIBILITY16_BOOT_TABLE structure
/// Return:
/// AX = Returned status codes
///
Legacy16PrepareToBoot = 0x0002,
///
/// Causes the Compatibility16 BIOS to boot. The Compatibility16 code is Read/Only.
/// Input:
@@ -304,7 +304,7 @@ typedef enum {
/// AX = Returned status codes
///
Legacy16Boot = 0x0003,
///
/// Allows the Compatibility16 code to get the last device from which a boot was attempted. This is
/// stored in CMOS and is the priority number of the last attempted boot device.
@@ -315,7 +315,7 @@ typedef enum {
/// BX = Priority number of the boot device.
///
Legacy16RetrieveLastBootDevice = 0x0004,
///
/// Allows the Compatibility16 code rehook INT13, INT18, and/or INT19 after dispatching a legacy OpROM.
/// Input:
@@ -326,7 +326,7 @@ typedef enum {
/// BX = Number of non-BBS-compliant devices found. Equals 0 if BBS compliant.
///
Legacy16DispatchOprom = 0x0005,
///
/// Finds a free area in the 0xFxxxx or 0xExxxx region of the specified length and returns the address
/// of that region.
@@ -343,7 +343,7 @@ typedef enum {
/// DS:BX = Address of the region
///
Legacy16GetTableAddress = 0x0006,
///
/// Enables the EfiCompatibility module to do any nonstandard processing of keyboard LEDs or state.
/// Input:
@@ -356,7 +356,7 @@ typedef enum {
/// AX = Returned status codes
///
Legacy16SetKeyboardLeds = 0x0007,
///
/// Enables the EfiCompatibility module to install an interrupt handler for PCI mass media devices that
/// do not have an OpROM associated with them. An example is SATA.
@@ -385,8 +385,8 @@ typedef struct {
UINT32 BbsTablePointer; ///< A pointer to the BBS table.
UINT16 RuntimeSegment; ///< The segment where the OpROM can be relocated to. If this value is 0x0000, this
///< means that the relocation of this run time code is not supported.
///< Inconsistent with specification here:
///< The member's name "OpromDestinationSegment" [defined in Intel Framework Compatibility Support Module Specification / 0.97 version]
///< Inconsistent with specification here:
///< The member's name "OpromDestinationSegment" [defined in Intel Framework Compatibility Support Module Specification / 0.97 version]
///< has been changed to "RuntimeSegment" since keeping backward compatible.
} EFI_DISPATCH_OPROM_TABLE;
@@ -399,52 +399,52 @@ typedef struct {
/// Starting address of memory under 1 MB. The ending address is assumed to be 640 KB or 0x9FFFF.
///
UINT32 BiosLessThan1MB;
///
/// The starting address of the high memory block.
///
UINT32 HiPmmMemory;
///
/// The length of high memory block.
///
UINT32 HiPmmMemorySizeInBytes;
///
/// The segment of the reverse thunk call code.
///
UINT16 ReverseThunkCallSegment;
///
/// The offset of the reverse thunk call code.
///
UINT16 ReverseThunkCallOffset;
///
/// The number of E820 entries copied to the Compatibility16 BIOS.
///
UINT32 NumberE820Entries;
///
/// The amount of usable memory above 1 MB, e.g., E820 type 1 memory.
///
UINT32 OsMemoryAbove1Mb;
///
/// The start of thunk code in main memory. Memory cannot be used by BIOS or PMM.
///
UINT32 ThunkStart;
///
/// The size of the thunk code.
///
UINT32 ThunkSizeInBytes;
///
/// Starting address of memory under 1 MB.
///
UINT32 LowPmmMemory;
///
/// The length of low Memory block.
///
@@ -535,40 +535,40 @@ typedef struct {
/// per IDE controller. The IdentifyDrive is per drive. Index 0 is master and index
/// 1 is slave.
///
UINT16 Status;
UINT16 Status;
///
/// PCI bus of IDE controller.
///
UINT32 Bus;
///
/// PCI device of IDE controller.
///
UINT32 Device;
///
/// PCI function of IDE controller.
///
UINT32 Function;
///
/// Command ports base address.
///
UINT16 CommandBaseAddress;
///
/// Control ports base address.
///
UINT16 ControlBaseAddress;
///
/// Bus master address.
///
UINT16 BusMasterAddress;
UINT8 HddIrq;
///
/// Data that identifies the drive data; one per possible attached drive.
///
@@ -596,7 +596,7 @@ typedef struct {
UINT16 Enabled : 1; ///< If 0, ignore this entry.
UINT16 Failed : 1; ///< 0 = Not known if boot failure occurred.
///< 1 = Boot attempted failed.
///
/// State of media present.
/// 00 = No bootable media is present in the device.
@@ -616,64 +616,64 @@ typedef struct {
/// The boot priority for this boot device. Values are defined below.
///
UINT16 BootPriority;
///
/// The PCI bus for this boot device.
///
UINT32 Bus;
///
/// The PCI device for this boot device.
///
UINT32 Device;
///
/// The PCI function for the boot device.
///
UINT32 Function;
///
/// The PCI class for this boot device.
///
UINT8 Class;
///
/// The PCI Subclass for this boot device.
///
UINT8 SubClass;
///
/// Segment:offset address of an ASCIIZ description string describing the manufacturer.
///
UINT16 MfgStringOffset;
///
/// Segment:offset address of an ASCIIZ description string describing the manufacturer.
///
///
UINT16 MfgStringSegment;
///
/// BBS device type. BBS device types are defined below.
///
UINT16 DeviceType;
///
/// Status of this boot device. Type BBS_STATUS_FLAGS is defined below.
///
BBS_STATUS_FLAGS StatusFlags;
///
/// Segment:Offset address of boot loader for IPL devices or install INT13 handler for
/// BCV devices.
///
UINT16 BootHandlerOffset;
///
/// Segment:Offset address of boot loader for IPL devices or install INT13 handler for
/// BCV devices.
///
///
UINT16 BootHandlerSegment;
///
/// Segment:offset address of an ASCIIZ description string describing this device.
///
@@ -683,38 +683,38 @@ typedef struct {
/// Segment:offset address of an ASCIIZ description string describing this device.
///
UINT16 DescStringSegment;
///
/// Reserved.
///
UINT32 InitPerReserved;
///
/// The use of these fields is IBV dependent. They can be used to flag that an OpROM
/// has hooked the specified IRQ. The OpROM may be BBS compliant as some SCSI
/// BBS-compliant OpROMs also hook IRQ vectors in order to run their BIOS Setup
///
UINT32 AdditionalIrq13Handler;
///
/// The use of these fields is IBV dependent. They can be used to flag that an OpROM
/// has hooked the specified IRQ. The OpROM may be BBS compliant as some SCSI
/// BBS-compliant OpROMs also hook IRQ vectors in order to run their BIOS Setup
///
///
UINT32 AdditionalIrq18Handler;
///
/// The use of these fields is IBV dependent. They can be used to flag that an OpROM
/// has hooked the specified IRQ. The OpROM may be BBS compliant as some SCSI
/// BBS-compliant OpROMs also hook IRQ vectors in order to run their BIOS Setup
///
///
UINT32 AdditionalIrq19Handler;
///
/// The use of these fields is IBV dependent. They can be used to flag that an OpROM
/// has hooked the specified IRQ. The OpROM may be BBS compliant as some SCSI
/// BBS-compliant OpROMs also hook IRQ vectors in order to run their BIOS Setup
///
///
UINT32 AdditionalIrq40Handler;
UINT8 AssignedDriveNumber;
UINT32 AdditionalIrq41Handler;
@@ -754,17 +754,17 @@ typedef struct {
/// values are reserved for future usage.
///
UINT16 Type : 3;
///
/// The size of "port" in bits. Defined values are below.
///
UINT16 PortGranularity : 3;
///
/// The size of data in bits. Defined values are below.
///
UINT16 DataGranularity : 3;
///
/// Reserved for future use.
///
@@ -829,17 +829,17 @@ typedef struct {
/// SMM_ATTRIBUTES is defined below.
///
SMM_ATTRIBUTES SmmAttributes;
///
/// Function Soft SMI is to perform. Type SMM_FUNCTION is defined below.
///
SMM_FUNCTION SmmFunction;
///
/// SmmPort size depends upon SmmAttributes and ranges from2 bytes to 16 bytes.
///
UINT8 SmmPort;
///
/// SmmData size depends upon SmmAttributes and ranges from2 bytes to 16 bytes.
///
@@ -862,18 +862,18 @@ typedef struct {
/// This bit set indicates that the ServiceAreaData is valid.
///
UINT8 DirectoryServiceValidity : 1;
///
/// This bit set indicates to use the Reserve Area Boot Code Address (RACBA) only if
/// DirectoryServiceValidity is 0.
///
UINT8 RabcaUsedFlag : 1;
///
/// This bit set indicates to execute hard disk diagnostics.
///
UINT8 ExecuteHddDiagnosticsFlag : 1;
///
/// Reserved for future use. Set to 0.
///
@@ -889,35 +889,35 @@ typedef struct {
/// UDC_ATTRIBUTES is defined below.
///
UDC_ATTRIBUTES Attributes;
///
/// This field contains the zero-based device on which the selected
/// ServiceDataArea is present. It is 0 for master and 1 for the slave device.
/// ServiceDataArea is present. It is 0 for master and 1 for the slave device.
///
UINT8 DeviceNumber;
///
/// This field contains the zero-based index into the BbsTable for the parent device.
/// This index allows the user to reference the parent device information such as PCI
/// bus, device function.
///
UINT8 BbsTableEntryNumberForParentDevice;
///
/// This field contains the zero-based index into the BbsTable for the boot entry.
///
UINT8 BbsTableEntryNumberForBoot;
///
/// This field contains the zero-based index into the BbsTable for the HDD diagnostics entry.
///
UINT8 BbsTableEntryNumberForHddDiag;
///
/// The raw Beer data.
///
UINT8 BeerData[128];
///
/// The raw data of selected service area.
///
@@ -1008,8 +1008,8 @@ typedef struct _EFI_LEGACY_BIOS_PROTOCOL EFI_LEGACY_BIOS_PROTOCOL;
#define ROM_WITH_CONFIG 0x04 ///< Not defined in the Framework CSM Specification.
///
/// The following macros do not appear in the Framework CSM Specification and
/// are kept for backward compatibility only. They convert 32-bit address (_Adr)
/// The following macros do not appear in the Framework CSM Specification and
/// are kept for backward compatibility only. They convert 32-bit address (_Adr)
/// to Segment:Offset 16-bit form.
///
///@{
@@ -1147,7 +1147,7 @@ typedef union {
@param[in,out] Reg Register contexted passed into (and returned) from thunk to
16-bit mode.
@retval TRUE Thunk completed with no BIOS errors in the target code. See Regs for status.
@retval TRUE Thunk completed with no BIOS errors in the target code. See Regs for status.
@retval FALSE There was a BIOS error in the target code.
**/
typedef
@@ -1292,8 +1292,8 @@ EFI_STATUS
);
/**
This function takes the Leds input parameter and sets/resets the BDA accordingly.
Leds is also passed to Compatibility16 code, in case any special processing is required.
This function takes the Leds input parameter and sets/resets the BDA accordingly.
Leds is also passed to Compatibility16 code, in case any special processing is required.
This function is normally called from EFI Setup drivers that handle user-selectable
keyboard options such as boot with NUM LOCK on/off. This function does not
touch the keyboard or keyboard LEDs but only the BDA.
@@ -1386,9 +1386,9 @@ EFI_STATUS
Warning: Use this with caution. This routine disconnects all EFI
drivers. If used externally, then the caller must re-connect EFI
drivers.
@param[in] This The protocol instance pointer.
@retval EFI_SUCCESS OPROMs were shadowed.
**/
@@ -1460,58 +1460,58 @@ struct _EFI_LEGACY_BIOS_PROTOCOL {
/// Performs traditional software INT. See the Int86() function description.
///
EFI_LEGACY_BIOS_INT86 Int86;
///
/// Performs a far call into Compatibility16 or traditional OpROM code.
///
EFI_LEGACY_BIOS_FARCALL86 FarCall86;
///
/// Checks if a traditional OpROM exists for this device.
///
EFI_LEGACY_BIOS_CHECK_ROM CheckPciRom;
///
/// Loads a traditional OpROM in traditional OpROM address space.
///
EFI_LEGACY_BIOS_INSTALL_ROM InstallPciRom;
///
/// Boots a traditional OS.
///
EFI_LEGACY_BIOS_BOOT LegacyBoot;
///
/// Updates BDA to reflect the current EFI keyboard LED status.
///
EFI_LEGACY_BIOS_UPDATE_KEYBOARD_LED_STATUS UpdateKeyboardLedStatus;
///
/// Allows an external agent, such as BIOS Setup, to get the BBS data.
///
EFI_LEGACY_BIOS_GET_BBS_INFO GetBbsInfo;
///
/// Causes all legacy OpROMs to be shadowed.
///
EFI_LEGACY_BIOS_SHADOW_ALL_LEGACY_OPROMS ShadowAllLegacyOproms;
///
/// Performs all actions prior to boot. Used when booting an EFI-aware OS
/// rather than a legacy OS.
/// rather than a legacy OS.
///
EFI_LEGACY_BIOS_PREPARE_TO_BOOT_EFI PrepareToBootEfi;
///
/// Allows EFI to reserve an area in the 0xE0000 or 0xF0000 block.
///
EFI_LEGACY_BIOS_GET_LEGACY_REGION GetLegacyRegion;
///
/// Allows EFI to copy data to the area specified by GetLegacyRegion.
///
EFI_LEGACY_BIOS_COPY_LEGACY_REGION CopyLegacyRegion;
///
/// Allows the user to boot off an unconventional device such as a PARTIES partition.
///