STM/Stm/StmPkg/Core/Stm.lds

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/** @file
STM GCC linker scriptor
NOTE: We need to make sure "virtual address" is same as "file pointer to raw data"
in final PE/COFF image, so that we can let StmLoad load binrary to memory directly.
Copyright (c) 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
which 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,
WITHOUT WARRANTIES OR REPRESENTATIONS OF ANY KIND, EITHER EXPRESS OR IMPLIED.
**/
SizeOfPerProcessorStack = 0x8000;
HeapSize = 0x246000;
PageTableSize = 0x6000;
STM_SMM_REV_ID = 0x80010100;
SECTIONS
{
/* HARDWARE_STM_HEADER */
. = 0x0;
.StmHeaderRevision : {LONG(0)}
.MonitorFeatures : {LONG(1)}
.GdtrLimit : {LONG(0x47)}
.GdtrBaseOffset : {LONG(_StmGdtr)}
.CsSelector : {LONG(0x38)}
.EipOffset : {LONG(_ModuleEntryPoint)}
.EspOffset : {LONG(_StmPageTables + HeapSize + PageTableSize)}
.Cr3Offset : {LONG(_StmPageTables)}
.fill1 : { FILL(0x0); . = ALIGN(2048); }
/* SOFTWARE_STM_HEADER */
.StmSpecVerMajor ALIGN(2048) : {BYTE(1)}
.StmSpecVerMinor : {BYTE(0)}
.Reserved : {SHORT(0)}
/* page tables are at the end of the static section and the data section */
.StaticImageSize : {LONG(_StmImageEnd)}
.PerProcDynamicMemorySize : {LONG(SizeOfPerProcessorStack)}
.AdditionalDynamicMemorySize : {LONG(HeapSize + PageTableSize)}
.StmFeatures : {LONG(0x3)} /* EPT support and Intel mode 64 support */
.NumberOfRevIDs : {LONG(1)}
.StmSmmRevIDs0 : {LONG(STM_SMM_REV_ID)}
.fill2 : { FILL(0x0); . = ALIGN(0x1000);}
_StmGdtr = .;
/* GDT Entriess */
.LimitLow0 : {SHORT(0)}
.BaseLow0 : {SHORT(0)}
.BaseMid0 : {BYTE(0)}
.Attribute0 : {BYTE(0)}
.LimitHi0 : {BYTE(0)}
.BaseHi0 : {BYTE(0)}
.LimitLo1 : {SHORT(0)}
.BaseLow1 : {SHORT(0)}
.BaseMid1 : {BYTE(0)}
.Attribute1 : {BYTE(0)}
.LimitHi1 : {BYTE(0)}
.BaseHi1 : {BYTE(0)}
.LimitLow2 : {SHORT(0xFFFF)}
.BaseLow2 : {SHORT(0)}
.BaseMid2 : {BYTE(0)}
.Attribute2 : {BYTE(0x9B)}
.LimitHi2 : {BYTE(0xCF)}
.BaseHi2 : {BYTE(0)}
.LimitLow3 : {SHORT(0xFFFF)}
.BaseLow3 : {SHORT(0)}
.BaseMid3 : {BYTE(0)}
.Attribute3 : {BYTE(0x93)}
.LimitHi3 : {BYTE(0xCF)}
.BaseHi3 : {BYTE(0)}
.LimitLow4 : {SHORT(0)}
.BaseLow4 : {SHORT(0)}
.BaseMid4 : {BYTE(0)}
.Attribute4 : {BYTE(0)}
.LimitHi4 : {BYTE(0)}
.BaseHi4 : {BYTE(0)}
.LimitLow5 : {SHORT(104)}
.BaseLow5 : {SHORT(0)}
.BaseMid5 : {BYTE(0)}
.Attribute5 : {BYTE(0x89)}
.LimitHi5 : {BYTE(0x80)}
.BaseHi5 : {BYTE(0)}
.LimitLowr6 : {SHORT(0)}
.BaseLow6 : {SHORT(0)}
.BaseMid6 : {BYTE(0)}
.Attribute6 : {BYTE(0)}
.LimitHi6 : {BYTE(0)}
.BaseHi6 : {BYTE(0)}
.LimitLow7 : {SHORT(0xFFFF)}
.BaseLow7 : {SHORT(0)}
.BaseMid7 : {BYTE(0)}
.Attribute7 : {BYTE(0x9B)}
.LimitHi7 : {BYTE(0xAF)}
.BaseHi7 : {BYTE(0)}
.LimitLow8 : {SHORT(0xFFFF)}
.BaseLow8 : {SHORT(0)}
.BaseMid8 : {BYTE(0)}
.Attribute8 : {BYTE(0x93)}
.LimitHi8 : {BYTE(0xCF)}
.BaseHi8 : {BYTE(0)}
.fill3 : { FILL(0x0); . = ALIGN(0x1000);}
.text : {
*(.text.*)
}
. = ALIGN(0x20);
.rodata : {
*(.rodata.*)
} =0x0
_StmImageEnd = .;
. = ALIGN(0X1000);
.data : {
*(.data.*)
}
. = ALIGN(0x20);
.rdata : {
*(.rdata.*)
}
. = ALIGN(0x20);
.bss : {
*(.bss.*)
*(COMMON)
/* dummy */
/* LONG (0x12345678) */
}
. = ALIGN(0x20);
.edata : {
}
. = ALIGN(0x20);
_ElfRelocTablesStart = .;
.reloc : {
*(.rela.*)
}
_ElfRelocTablesEnd = .;
. = ALIGN(0x1000);
_StmPageTables = .;
. = . + 24K; /* 6 pages for STM page tables, filled by BIOS and/or SINIT */
}