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BuildLoader.py
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#!/usr/bin/env python
## @ BuildLoader.py
# Build bootloader main script
#
# Copyright (c) 2016 - 2023, Intel Corporation. All rights reserved.<BR>
# SPDX-License-Identifier: BSD-2-Clause-Patent
##
# Import Modules
#
import os
import sys
import re
tool_dir = os.path.join(os.path.dirname (os.path.realpath(__file__)), 'BootloaderCorePkg', 'Tools')
sys.dont_write_bytecode = True
sys.path.append (tool_dir)
import re
import errno
import shutil
import argparse
import subprocess
import multiprocessing
from ctypes import *
from BuildUtility import *
import glob
def rebuild_basetools ():
exe_list = 'GenFfs GenFv GenFw GenSec Lz4Compress LzmaCompress'.split()
ret = 0
sblsource = os.environ['SBL_SOURCE']
if os.name == 'posix':
if not check_files_exist (exe_list, os.path.join(sblsource, 'BaseTools', 'Source', 'C', 'bin')):
ret = run_process (['make', '-C', 'BaseTools'])
elif os.name == 'nt':
if not check_files_exist (exe_list, os.path.join(sblsource, 'BaseTools', 'Bin', 'Win32'), '.exe'):
print ("Could not find pre-built BaseTools binaries, try to rebuild BaseTools ...")
ret = run_process (['BaseTools\\toolsetup.bat', 'forcerebuild'])
if ret:
print ("Build BaseTools failed, please check required build environment and utilities !")
sys.exit(1)
def create_conf (workspace, sbl_source):
# create conf and build folder if not exist
workspace = os.environ['WORKSPACE']
if not os.path.exists(os.path.join(workspace, 'Conf')):
os.makedirs(os.path.join(workspace, 'Conf'))
for name in ['target', 'tools_def', 'build_rule']:
txt_file = os.path.join(workspace, 'Conf/%s.txt' % name)
if not os.path.exists(txt_file):
shutil.copy (
os.path.join(sbl_source, 'BaseTools/Conf/%s.template' % name),
os.path.join(workspace, 'Conf/%s.txt' % name))
def prep_env ():
sblsource = os.environ['SBL_SOURCE']
os.chdir(sblsource)
# Update Environment vars
if os.name == 'nt':
os.environ['PATH'] = os.environ['PATH'] + ';' + os.path.join(sblsource, 'BaseTools', 'Bin', 'Win32')
os.environ['PATH'] = os.environ['PATH'] + ';' + os.path.join(sblsource, 'BaseTools', 'BinWrappers', 'WindowsLike')
os.environ['PYTHONPATH'] = os.path.join(sblsource, 'BaseTools', 'Source', 'Python')
else:
os.environ['PATH'] = os.environ['PATH'] + ':' + os.path.join(sblsource, 'BaseTools', 'BinWrappers', 'PosixLike')
os.environ['EDK_TOOLS_PATH'] = os.path.join(sblsource, 'BaseTools')
os.environ['BASE_TOOLS_PATH'] = os.path.join(sblsource, 'BaseTools')
os.environ['CONF_PATH'] = os.path.join(os.environ['WORKSPACE'], 'Conf')
if 'SBL_KEY_DIR' not in os.environ:
os.environ['SBL_KEY_DIR'] = os.path.join(sblsource, '..', 'SblKeys')
create_conf (os.environ['WORKSPACE'], sblsource)
def get_board_config_file (check_dir, board_cfgs):
platform_dir = os.path.join (check_dir, 'Platform')
if not os.path.isdir (platform_dir):
if os.path.basename(check_dir) == 'Platform':
platform_dir = check_dir
else:
return
board_pkgs = os.listdir(platform_dir)
for pkg in board_pkgs:
# Allow files starting with 'BoardConfig' only
for cfgfile in glob.glob(os.path.join(platform_dir, pkg, 'BoardConfig*.py')):
board_cfgs.append(cfgfile)
class BaseBoard(object):
def __init__(self, *args, **kwargs):
# NOTE: Variables starting with '_' will not be exported to Platform.dsc
self.LOGO_FILE = 'Platform/CommonBoardPkg/Logo/Logo.bmp'
self._RSA_SIGN_TYPE = 'RSA2048'
self._SIGN_HASH = 'SHA2_256'
self.SIGN_HASH_TYPE = HASH_TYPE_VALUE[self._SIGN_HASH]
self._SIGNING_SCHEME = 'RSA_PSS'
# Default key dir is set by SBL_KEY_DIR. _KEY_DIR is set to NULL.
self._KEY_DIR = ''
self._MASTER_PRIVATE_KEY = 'KEY_ID_MASTER' + '_' + self._RSA_SIGN_TYPE
self._CFGDATA_PRIVATE_KEY = 'KEY_ID_CFGDATA' + '_' + self._RSA_SIGN_TYPE
self._CONTAINER_PRIVATE_KEY = 'KEY_ID_CONTAINER' + '_' + self._RSA_SIGN_TYPE
self.KEY_GEN = 0
self.VERINFO_IMAGE_ID = 'SB_???? '
self.VERINFO_PROJ_ID = 1
self.VERINFO_CORE_MAJOR_VER = 1
self.VERINFO_CORE_MINOR_VER = 0
self.VERINFO_PROJ_MAJOR_VER = 0
self.VERINFO_PROJ_MINOR_VER = 1
self.VERINFO_SVN = 1
self.VERINFO_BUILD_DATE = '01/01/2018'
self.LOWEST_SUPPORTED_FW_VER = 1
self.FLASH_BLOCK_SIZE = 0x1000
self.FLASH_LAYOUT_START = 0x100000000
self.FLASH_BASE = 0
self.FLASH_SIZE = 0
self.PCI_EXPRESS_BASE = 0xE0000000
self.ACPI_PM_TIMER_BASE = 0x0408
self.ACPI_PROCESSOR_ID_BASE = 1
self.USB_KB_POLLING_TIMEOUT = 1
self.USB_CMD_TIMEOUT = 0x1000
self.VERIFIED_BOOT_STAGE_1B = 0x0
self.BOOT_MEDIA_SUPPORT_MASK = 0xFFFFFFFF
self.FILE_SYSTEM_SUPPORT_MASK = 0x00000003
self.DEBUG_OUTPUT_DEVICE_MASK = 0x00000003
self.DEBUG_PORT_NUMBER = 0x00000002
self.CONSOLE_IN_DEVICE_MASK = 0x00000001
self.CONSOLE_OUT_DEVICE_MASK = 0x00000001
self.BOOT_PERFORMANCE_MASK = 0x00000001
self.HAVE_VBT_BIN = 0
self.HAVE_FIT_TABLE = 0
self.HAVE_VERIFIED_BOOT = 0
self.HAVE_MEASURED_BOOT = 0
self.HAVE_FSP_BIN = 1
self.HAVE_ACPI_TABLE = 1
self.HAVE_PSD_TABLE = 0
self.HAVE_SEED_LIST = 0
self.HAVE_FIT4_ENTRY = 0
self.FIT_ENTRY_MAX_NUM = 10
self.ENABLE_PCI_ENUM = 1
self.ENABLE_SMP_INIT = 1
self.ENABLE_FSP_LOAD_IMAGE = 0
self.ENABLE_SPLASH = 0
self.ENABLE_FRAMEBUFFER_INIT = 0
self.ENABLE_PRE_OS_CHECKER = 0
self.ENABLE_CRYPTO_SHA_OPT = IPP_CRYPTO_OPTIMIZATION_MASK['SHA256_V8']
self.ENABLE_FWU = 0
self.ENABLE_SOURCE_DEBUG = 0
self.ENABLE_GRUB_CONFIG = 0
self.ENABLE_SMBIOS = 0
self.ENABLE_LINUX_PAYLOAD = 0
self.ENABLE_CSME_UPDATE = 0
self.ENABLE_EMMC_HS400 = 1
self.ENABLE_DMA_PROTECTION = 0
self.ENABLE_MULTI_USB_BOOT_DEV = 1
self.ENABLE_SBL_SETUP = 0
self.ENABLE_PAYLOD_MODULE = 0
self.ENABLE_FAST_BOOT = 0
self.ENABLE_LEGACY_EF_SEG = 1
# 0: Disable 1: Enable 2: Auto (disable for UEFI payload, enable for others)
self.ENABLE_SMM_REBASE = 0
self.SUPPORT_ARI = 0
self.SUPPORT_SR_IOV = 0
self.SUPPORT_X2APIC = 0
self.BUILD_CSME_UPDATE_DRIVER = 0
self.CPU_MAX_LOGICAL_PROCESSOR_NUMBER = 16
self.CPU_SORT_METHOD = 0
self.ACM_SIZE = 0
self.DIAGNOSTICACM_SIZE = 0
self.UCODE_SIZE = 0
self.CFGDATA_SIZE = 0
self.MRCDATA_SIZE = 0
self.VARIABLE_SIZE = 0
self.UEFI_VARIABLE_SIZE = 0
self.FWUPDATE_SIZE = 0
self.BOOT_POLICY_SIZE = 0
self.BOOT_POLICY_ADDRESS = 0
self.SPI_IAS1_SIZE = 0
self.SPI_IAS2_SIZE = 0
self.KM_SIZE = 0x1000 # valid only if ACM_SIZE > 0
self.BPM_SIZE = 0x1000 # valid only if ACM_SIZE > 0
self.CFG_DATABASE_SIZE = 0
self.FSP_M_STACK_TOP = 0
self.STAGE1A_XIP = 1
self.STAGE1B_XIP = 1
self.STAGE1_STACK_BASE_OFFSET = 0
self.STAGE2_XIP = 0
self.STAGE2_LOAD_HIGH = 1
self.PAYLOAD_LOAD_HIGH = 1
self.PAYLOAD_EXE_BASE = 0x00800000
# 0: Direct access from flash
# other: Load image into memory address
self.PAYLOAD_LOAD_BASE = 0
self.FWUPDATE_LOAD_BASE = 0
# OS Loader FD/FV sizes
self.OS_LOADER_FD_SIZE = 0x00057000
self.OS_LOADER_FD_NUMBLK = self.OS_LOADER_FD_SIZE // self.FLASH_BLOCK_SIZE
self.PLD_HEAP_SIZE = 0x02000000
self.PLD_STACK_SIZE = 0x00010000
self.PLD_RSVD_MEM_SIZE = 0x00004000
# These memory sizes need to be page aligned
self.LOADER_RSVD_MEM_SIZE = 0x0038C000
self.LOADER_ACPI_NVS_MEM_SIZE = 0x00008000
self.LOADER_ACPI_RECLAIM_MEM_SIZE = 0x00068000
self.CFGDATA_REGION_TYPE = FLASH_REGION_TYPE.BIOS
self.RELEASE_MODE = 0
self.NO_OPT_MODE = 0
self.FSPDEBUG_MODE = 0
self.MIN_FSP_REVISION = 0
self.FSP_IMAGE_ID = ''
self.MAX_MEMORY_MAP_ENTRY_NUM = 0x20
self.TOP_SWAP_SIZE = 0
self.REDUNDANT_SIZE = 0
self._TOOL_CHAIN = ''
self._PAYLOAD_NAME = ''
self._FSP_PATH_NAME = ''
self._EXTRA_INC_PATH = []
self._PLATFORM_ID = None
self._MULTI_VBT_FILE = {}
self._CFGDATA_DEF_FILE = ''
self._CFGDATA_INT_FILE = []
self._CFGDATA_EXT_FILE = []
self.IPP_HASH_LIB_SUPPORTED_MASK = IPP_CRYPTO_ALG_MASK[self._SIGN_HASH]
self.HASH_STORE_SIZE = 0x400 #Hash store size to be allocated in bootloader
self.PCI_MEM64_BASE = 0
self.BUILD_ARCH = ''
self.KEYH_SVN = 0
self.CFGDATA_SVN = 0
self.BUILD_IDENTICAL_TS = 0
self.ENABLE_SBL_RESILIENCY = 0
self.RTCM_RSVD_SIZE = 0xFF000
for key, value in list(kwargs.items()):
setattr(self, '%s' % key, value)
class Build(object):
def __init__(self, board):
self._workspace = os.environ['WORKSPACE']
self._board = board
self._image = "SlimBootloader.bin"
self._arch = board.BUILD_ARCH
self._target = 'RELEASE' if board.RELEASE_MODE else 'NOOPT' if board.NO_OPT_MODE else 'DEBUG'
self._fsp_basename = 'FspDbg' if board.FSPDEBUG_MODE else 'FspRel'
self._key_dir = self._board._KEY_DIR
self._img_list = board.GetImageLayout()
self._pld_list = get_payload_list (board._PAYLOAD_NAME.split(';'))
self._comp_list = []
self._region_list = []
# enforce feature configs rules
if self._board.ENABLE_SBL_SETUP:
self._board.ENABLE_PAYLOD_MODULE = 1
if not hasattr(self._board, 'FSP_INF_FILE'):
self._board.FSP_INF_FILE = 'Silicon/%s/FspBin/FspBin.inf' % self._board.SILICON_PKG_NAME
if not hasattr(self._board, 'MICROCODE_INF_FILE'):
self._board.MICROCODE_INF_FILE = 'Silicon/%s/Microcode/Microcode.inf' % self._board.SILICON_PKG_NAME
if not hasattr(self._board, 'ACPI_TABLE_INF_FILE'):
self._board.ACPI_TABLE_INF_FILE = 'Platform/%s/AcpiTables/AcpiTables.inf' % self._board.BOARD_PKG_NAME
for stage in ['1A', '1B', '2']:
soc_inf = 'SOC_INIT_STAGE%s_LIB_INF_FILE' % stage
if not hasattr(self._board, soc_inf):
soc_init_lib = 'Silicon/%s/Library/Stage%sSocInitLib/Stage%sSocInitLib.inf' % (self._board.SILICON_PKG_NAME, stage, stage)
setattr(self._board, 'SOC_INIT_STAGE%s_LIB_INF_FILE' % stage, soc_init_lib)
brd_inf = 'BRD_INIT_STAGE%s_LIB_INF_FILE' % stage
if not hasattr(self._board, brd_inf):
brd_init_lib = 'Platform/%s/Library/Stage%sBoardInitLib/Stage%sBoardInitLib.inf' % (self._board.BOARD_PKG_NAME, stage, stage)
setattr(self._board, 'BRD_INIT_STAGE%s_LIB_INF_FILE' % stage, brd_init_lib)
if not hasattr(self._board, 'SOC_FWU_LIB_INF_FILE'):
self._board.SOC_FWU_LIB_INF_FILE = 'Silicon/%s/Library/FirmwareUpdateLib/FirmwareUpdateLib.inf' % self._board.SILICON_PKG_NAME
def board_build_hook (self, phase):
if getattr(self._board, "PlatformBuildHook", None):
self._board.PlatformBuildHook (self, phase)
def update_fit_table (self):
if not self._board.HAVE_FIT_TABLE:
return
print('Updating FIT')
img_file = os.path.join (self._fv_dir, self._image)
fi = open(img_file,'rb')
rom = bytearray(fi.read())
fi.close()
# Find FIT pointer @ 0xFFFFFFC0
fit_address = c_uint32.from_buffer(rom, len(rom) + FIT_ENTRY.FIT_OFFSET)
print(' FIT Address: 0x%08X' % fit_address.value)
if self._board.ACM_SIZE > 0:
# Check FIT address alignment for 64 bytes if ACM is used
# because BIOS IBB segments base/size require 64 bytes alignment.
if fit_address.value & ~0x3F != fit_address.value:
raise Exception (' FIT address (0x%08X) is not 64-byte aligned' % fit_address.value)
# Check FIT address range
base = 0x100000000 - len(rom);
if (fit_address.value < base) or (fit_address.value > (base + len(rom))):
raise Exception(' FIT address (0x%08X) out of range' % fit_address.value)
# Check FIT signature
fit_offset = fit_address.value - base
fit_header = FIT_ENTRY.from_buffer(rom, fit_offset)
if fit_header.address != bytes_to_value (bytearray(FIT_ENTRY.FIT_SIGNATURE)):
raise Exception(' FIT signature not found')
num_fit_entries = 0
if self._board.UCODE_SIZE > 0:
ucode_base = self._board.UCODE_BASE
ucode_offset = ucode_base - base
if ucode_offset < 0:
raise Exception ('UCODE %x\n UCODE address (0x%08X) out of range' % (base, ucode_base))
# Collect all CPU uCode images
u_code_images = []
if hasattr(self._board, 'UCODE_SLOT_SIZE'):
# Fill up with however many slots fit into the region
num_ucode = self._board.UCODE_SIZE // self._board.UCODE_SLOT_SIZE
ucode_end_offset = ucode_offset + num_ucode * self._board.UCODE_SLOT_SIZE
u_code_images = list(range(ucode_offset, ucode_end_offset, self._board.UCODE_SLOT_SIZE))
else:
while ucode_offset < len(rom):
# Extract info from CPU uCode images
ucode_hdr = UCODE_HEADER.from_buffer(rom, ucode_offset)
if ucode_hdr.header_version == 1:
u_code_images.append(ucode_offset)
if ucode_hdr.total_size:
ucode_offset += ucode_hdr.total_size
else:
ucode_offset += 0x0800
else:
break
# Patch FIT with addresses of uCode images
for i in range(0, len(u_code_images)):
fit_entry = FIT_ENTRY.from_buffer(rom, fit_offset + (i+1)*16)
offset = u_code_images.pop(0)
fit_entry.set_values(base + offset, 0, 0x100, 0x1, 0)
print (' Patching entry %d with 0x%08X - uCode' % (i, fit_entry.address))
num_fit_entries += 1
# ACM
if self._board.ACM_SIZE > 0:
fit_entry = FIT_ENTRY.from_buffer(rom, fit_offset + (num_fit_entries+1)*16)
fit_entry.set_values(self._board.ACM_BASE, 0, 0x100, 0x2, 0)
print (' Patching entry %d with 0x%08X:0x%08X - ACM' % (num_fit_entries, fit_entry.address, fit_entry.size))
num_fit_entries += 1
# Diagnostic ACM Fit entry should be in sequential order with/without BTG enabled
# Save the next FIT entry for Diagnostic ACM here and set it later below
if self._board.DIAGNOSTICACM_SIZE > 0:
diagnosticacm_index = num_fit_entries
num_fit_entries += 1
# Platform Boot Policy => FIT4
if self._board.HAVE_FIT4_ENTRY:
fit_entry = FIT_ENTRY.from_buffer(rom, fit_offset + (num_fit_entries+1)*16)
fit_entry.set_values(self._board.BOOT_POLICY_ADDRESS, self._board.BOOT_POLICY_SIZE, 0x100, 0x4, 0)
print (' Patching entry %d with 0x%08X:0x%08X - Platform Boot Policy' % (num_fit_entries, fit_entry.address, fit_entry.size))
num_fit_entries += 1
# BIOS Module (IBB segment 0): from FIT table end to 4GB
# Record it now and update later since the FIT size is unknown yet
patch_entry = num_fit_entries
num_fit_entries += 1
# BIOS Module (IBB segment 1): from Stage1A base to FIT table start
addr = self._board.STAGE1A_BASE
module_size = (fit_address.value - addr) >> 4
fit_entry = FIT_ENTRY.from_buffer(rom, fit_offset + (num_fit_entries+1)*16)
fit_entry.set_values(addr, module_size, 0x100, 0x7, 0)
print (' Patching entry %d with 0x%08X:0x%08X - BIOS Module(Stage1A base to FIT table start)' % (num_fit_entries, fit_entry.address, fit_entry.size))
num_fit_entries += 1
# BIOS Module (IBB segment 2): full Stage1B
addr = self._board.STAGE1B_BASE
module_size = self._board.STAGE1B_SIZE >> 4
fit_entry = FIT_ENTRY.from_buffer(rom, fit_offset + (num_fit_entries+1)*16)
fit_entry.set_values(addr, module_size, 0x100, 0x7, 0)
print (' Patching entry %d with 0x%08X:0x%08X - BIOS Module(Stage1B)' % (num_fit_entries, fit_entry.address, fit_entry.size))
num_fit_entries += 1
# KM
addr = self._board.ACM_BASE + self._board.ACM_SIZE - (self._board.KM_SIZE + self._board.BPM_SIZE)
fit_entry = FIT_ENTRY.from_buffer(rom, fit_offset + (num_fit_entries+1)*16)
fit_entry.set_values(addr, self._board.KM_SIZE, 0x100, 0xb, 0)
print (' Patching entry %d with 0x%08X:0x%08X - KM' % (num_fit_entries, fit_entry.address, fit_entry.size))
num_fit_entries += 1
# BPM
addr = self._board.ACM_BASE + self._board.ACM_SIZE - self._board.BPM_SIZE
fit_entry = FIT_ENTRY.from_buffer(rom, fit_offset + (num_fit_entries+1)*16)
fit_entry.set_values(addr, self._board.BPM_SIZE, 0x100, 0xc, 0)
print (' Patching entry %d with 0x%08X:0x%08X - BPM' % (num_fit_entries, fit_entry.address, fit_entry.size))
num_fit_entries += 1
# Patch the entry 'FIT table end to 4GB' since FIT table size is known now
# The size of the FIT table end address needs to be adjusted to align with 64
# bytes so that IBB segment start address is 64 byte aligned as per required.
addr = fit_address.value + (num_fit_entries + 1) * 16
addr = (addr + 0x3F) & 0xFFFFFFC0
module_size = (0x100000000 - addr) >> 4
fit_entry = FIT_ENTRY.from_buffer(rom, fit_offset + (patch_entry+1)*16)
fit_entry.set_values(addr, module_size, 0x100, 0x7, 0)
print (' Patching entry %d with 0x%08X:0x%08X - BIOS Module(FIT table end to 4GB)' % (patch_entry, fit_entry.address, fit_entry.size))
else :
if self._board.DIAGNOSTICACM_SIZE > 0:
diagnosticacm_index = num_fit_entries
num_fit_entries += 1
addr = fit_address.value + (num_fit_entries + 1) * 16
# Add Diagnostic ACM with the reserved fit entry saved
if self._board.DIAGNOSTICACM_SIZE > 0:
fit_entry = FIT_ENTRY.from_buffer(rom, fit_offset + (diagnosticacm_index+1)*16)
fit_entry.set_values(self._board.DIAGNOSTICACM_BASE, self._board.DIAGNOSTICACM_SIZE, 0x100, 0x3, 0)
print(' Patching entry %d with 0x%08X:0x%08X - Diagnostic ACM' % (diagnosticacm_index, fit_entry.address, fit_entry.size))
# Check FIT length
spaceleft = addr - (fit_address.value + fit_header.size)
if spaceleft > 0:
raise Exception(' Insufficient FIT entries in FIT table, need %d more entries !' % ((spaceleft + 15) // 16))
print (' FIT %d entries added' % num_fit_entries)
# Update FIT checksum
print(' Updating Checksum')
fit_header.size = num_fit_entries + 1
fit_header.type = 0x80 # Valid checksum
fit_header.version = 0x0100
fit_header.checksum = 0
fit_sum = sum(rom[fit_offset:fit_offset+fit_header.size*16])
fit_header.checksum = (0 - fit_sum) & 0xff
fit_data = rom[fit_offset:fit_offset+fit_header.size*16]
fo = open(img_file,'r+b')
fo.seek(fit_offset)
fo.write(fit_data)
if self._board.REDUNDANT_SIZE != 0:
# Update FIT table in STAGE1A_B
print('Updating FIT in STAGE1A_B')
fit_offset -= self._board.TOP_SWAP_SIZE
rom[fit_offset:fit_offset+fit_header.size*16] = fit_data
# Update components base in Fit table.
fit_data = rom[fit_offset:fit_offset+fit_header.size*16]
for i in range(0, num_fit_entries):
fit_entry = FIT_ENTRY.from_buffer(fit_data, (i+1)*16)
if (0x100000000 - fit_entry.address) > self._board.TOP_SWAP_SIZE * 2:
fit_entry.address -= self._board.REDUNDANT_SIZE
print(' Patching entry %d from 0x%08X with 0x%08X size:0x%08X ' %
(i, fit_entry.address + self._board.REDUNDANT_SIZE, fit_entry.address, fit_entry.size))
fit_header = FIT_ENTRY.from_buffer(fit_data)
fit_header.checksum = 0
fit_sum = sum(fit_data)
fit_header.checksum = (0 - fit_sum) & 0xff
fo.seek(fit_offset)
fo.write(fit_data)
fo.close()
def update_hash_table (self, img_file):
if not self._board.HAVE_VERIFIED_BOOT:
return
print('Updating HashStore %s' % os.path.basename (img_file))
fi = open(img_file,'rb')
stage1_bins = bytearray(fi.read())
fi.close()
hs_offset = stage1_bins.find (HashStoreTable.HASH_STORE_SIGNATURE)
if hs_offset < 0:
raise Exception ("HashStoreTable not found in '%s'!" % os.path.basename(img_file))
comp_name, part_name = get_redundant_info (img_file)
if part_name:
part_name = '_' + part_name
hash_file_list = [
('STAGE1B%s.hash' % part_name, HASH_USAGE['STAGE_1B']),
('STAGE2.hash', HASH_USAGE['STAGE_2']),
('PAYLOAD.hash', HASH_USAGE['PAYLOAD'])
]
if self._board.ENABLE_FWU:
hash_file_list.append (('FWUPDATE.hash', HASH_USAGE['PAYLOAD_FWU']))
hash_file_list.append (('MSTKEY.hash', HASH_USAGE['PUBKEY_MASTER']))
if len(hash_file_list) > HashStoreTable.HASH_STORE_MAX_IDX_NUM:
raise Exception ('Insufficant hash entries !')
hash_idx = 0
hash_store = HashStoreTable.from_buffer(stage1_bins, hs_offset)
hash_len = HASH_DIGEST_SIZE[HASH_VAL_STRING[self._board.SIGN_HASH_TYPE]]
hash_store_data_buf = bytearray()
hash_store.UsedLength = sizeof(HashStoreTable())
for hash_file, usage in hash_file_list:
# If the hash verification is not required for certain stage, skip it
if hash_file == 'PLDDYN':
hash_data = bytearray(b'\x00' * hash_len)
else:
src_path = os.path.join(self._fv_dir, hash_file)
if not os.path.exists(src_path):
raise Exception ("Hash data file '%s' not found !" % hash_file )
fh = open(src_path,'rb')
hash_data = bytearray(fh.read())
fh.close()
if hash_len != len (hash_data):
raise Exception ("Hash data file '%s' length is incorrect !" % hash_file )
# update hash data
hashstoredata = HashStoreData()
hashstoredata.Usage = usage
hashstoredata.HashAlg = self._board.SIGN_HASH_TYPE
hashstoredata.DigestLen = hash_len
hash_store.UsedLength += hash_len + sizeof(HashStoreData())
#Append hash store data entries
hash_store_data_buf = hash_store_data_buf + bytearray(hashstoredata) + hash_data
print(' Update HashStore entry %d with file %s' % (hash_idx, hash_file))
hash_idx += 1
#Update Hash store Table
fo = open(img_file,'r+b')
fo.seek(hs_offset)
fo.write(hash_store)
#Update Hash store data
fo.seek(hs_offset + sizeof(hash_store))
fo.write(hash_store_data_buf)
fo.close()
def update_component_list (self):
def process_image_list (idx, offset):
region_name, part_name = get_redundant_info (img_list[idx][0])
redundant = True if part_name == 'B' else False
flags = 0
if redundant:
flags |= FLASH_MAP.FLASH_MAP_DESC_FLAGS['BACKUP']
if region_name in ['TOP_SWAP', 'REDUNDANT', 'NON_REDUNDANT', 'NON_VOLATILE']:
flags |= FLASH_MAP.FLASH_MAP_DESC_FLAGS[region_name]
oldidx = len (comp_list)
parent_size = getattr(self._board, '%s_SIZE' % region_name, 0)
remaining_size = parent_size
for comp in img_list[idx][1]:
if comp[3] & STITCH_OPS.MODE_FILE_IGNOR:
continue
compress = FLASH_MAP.FLASH_MAP_DESC_FLAGS['COMPRESSED'] if comp[1] else 0
if comp[0] in region_name_list:
idx = region_name_list.index (comp[0])
region_size = process_image_list (idx, offset)
region_list.append ({'name':comp[0], 'offset':offset, 'size':region_size})
offset += region_size
else:
comp_list.append ({'name':comp[0], 'size':comp[2], 'flag':flags | compress})
remaining_size -= comp[2]
if remaining_size > 0:
comp_node = find_component_in_image_list (img_list[idx][0], img_list)
pos = STITCH_OPS.MODE_POS_HEAD if comp_node is None else comp_node[4]
comp = {'name':'EMPTY.bin', 'size':remaining_size, 'flag':flags}
if pos == STITCH_OPS.MODE_POS_HEAD:
comp_list.insert (oldidx, comp)
else:
comp_list.append (comp)
elif remaining_size < 0:
if parent_size == 0:
parent_size = -remaining_size
else:
raise Exception ('Insufficant space, please adjust %s_SIZE (0x%X more is requried) !' % (region_name, -remaining_size))
return parent_size
# Create compoent list and update base and offset
img_list = self._img_list
region_name_list = [img[0] for img in img_list]
comp_list = []
region_list = []
try:
master_name = self._image
master_idx = region_name_list.index(master_name)
process_image_list (master_idx, 0)
image_size = sum (comp['size'] for comp in comp_list)
image_base = self._board.FLASH_LAYOUT_START - image_size
image_offs = 0
for comp in comp_list:
comp['bname'] = get_redundant_info (comp['name'])[0]
comp['offset'] = image_offs
comp['base'] = image_base + image_offs
image_offs += comp['size']
for rgn in region_list:
rgn['base'] = image_base + rgn['offset']
except ValueError:
print("Warning: No '%s' component in image list !" % master_name)
#print_component_list (comp_list)
self._comp_list = comp_list
self._region_list = region_list
def patch_stages (self):
print('Patching STAGE1A')
extra_cmd = [
"STAGE1A:STAGE1A",
"0xFFFFFFFC, _BASE_STAGE1A_, @Patch BFV",
"_OFFS_STAGE1A_, Stage1A:__ModuleEntryPoint, @Patch Stage1A Entry",
"_OFFS_STAGE1A_+4, Stage1A:BASE, @Patch Module Base",
"<Stage1A:__gPcd_BinaryPatch_PcdVerInfoBase>, {3473A022-C3C2-4964-B309-22B3DFB0B6CA:0x1C}, @Patch VerInfo",
"<Stage1A:__gPcd_BinaryPatch_PcdFileDataBase>, {EFAC3859-B680-4232-A159-F886F2AE0B83:0x1C}, @Patch PcdBase"
]
if self._arch == 'X64':
# Find signature at top 4KB
vtf_patch_data_base = get_vtf_patch_base (os.path.join(self._fv_dir, 'STAGE1A.fd'))
page_table_len = 0x8000
if self._board.STAGE1_DATA_SIZE < page_table_len:
raise Exception ("STAGE1_DATA_SIZE is too small to build x64 page table, "
"it requires at least 0x%X !" % page_table_len)
page_tbl_off = self._board.STAGE1_STACK_BASE_OFFSET + self._board.STAGE1_STACK_SIZE + \
self._board.STAGE1_DATA_SIZE - page_table_len
extra_cmd.extend ([
"0x%08X, 0x%08X, @Page Table Offset" % (vtf_patch_data_base + 0x00, page_tbl_off),
"0x%08X, _BASE_STAGE1A_ - _OFFS_STAGE1A_, @FSP-T Base" % (vtf_patch_data_base + 0x04),
"0x%08X, Stage1A:_TempRamInitParams, @FSP-T UPD" % (vtf_patch_data_base + 0x0C),
])
extra_cmd.append (
"0xFFFFFFF8, {3CEA8EF3-95FC-476F-ABA5-7EC5DFA1D77B:0x1C}, @Patch FlashMap",
)
if self._board.HAVE_FIT_TABLE:
if self._board.ACM_SIZE > 0:
extra_cmd.append (
"0xFFFFFFC0, ({CD17FF5E-7731-4D16-8441-FC7A113C392F:0x1C} + 0x3F) & ~0x3F, @FIT table"
)
else:
extra_cmd.append (
"0xFFFFFFC0, {CD17FF5E-7731-4D16-8441-FC7A113C392F:0x1C}, @FIT table"
)
extra_cmd.extend ([
"<[0xFFFFFFC0]>+0, 0x5449465F, @FIT Signature Low" ,
"<[0xFFFFFFC0]>+4, 0x2020205F, @FIT Signature High",
"<[0xFFFFFFC0]>+8, [CD17FF5E-7731-4D16-8441-FC7A113C392F:0x18] & 0xFFFFFF , @FIT FFS section length",
"<[0xFFFFFFC0]>+8, {CD17FF5E-7731-4D16-8441-FC7A113C392F:0x1C} + [[0xFFFFFFC0] + 8] - [0xFFFFFFC0], @FIT table max length",
])
if self._board.HAVE_VERIFIED_BOOT:
extra_cmd.append (
"<Stage1A:__gPcd_BinaryPatch_PcdHashStoreBase>, {18EDB1DF-1DBE-4EC5-8E26-C44808B546E1:0x1C}, @Patch HashStore",
)
patch_fv(self._fv_dir, *extra_cmd)
print('Patching STAGE1B')
patch_fv(
self._fv_dir,
"STAGE1B:STAGE1B",
"_OFFS_STAGE1B_, Stage1B:__ModuleEntryPoint, @Patch Stage1B Entry",
"_OFFS_STAGE1B_+4, Stage1B:BASE, @Patch Stage1B Base",
"<Stage1B:__gPcd_BinaryPatch_PcdCfgDataIntBase>, {016E6CD0-4834-4C7E-BCFE-41DFB88A6A6D:0x1C}, @Patch Internal CfgDataBase"
)
print('Patching STAGE2')
extra_cmd = []
if self._board.HAVE_VBT_BIN:
extra_cmd.append (
"<Stage2:__gPcd_BinaryPatch_PcdGraphicsVbtAddress>, {E08CA6D5-8D02-43AE-ABB1-952CC787C933:0x1C}, @Patch VBT"
)
if self._board.HAVE_ACPI_TABLE:
extra_cmd.append (
"<Stage2:__gPcd_BinaryPatch_PcdAcpiTablesAddress>, {7E374E25-8E01-4FEE-87F2-390C23C606CD:0x1C}, @Patch ACPI",
)
if self._board.ENABLE_SPLASH:
extra_cmd.append (
"<Stage2:__gPcd_BinaryPatch_PcdSplashLogoAddress>, {5E2D3BE9-AD72-4D1D-AAD5-6B08AF921590:0x1C}, @Patch Logo",
)
patch_fv(
self._fv_dir,
"STAGE2:STAGE2",
"_OFFS_STAGE2_, Stage2:__ModuleEntryPoint, @Patch Stage2 Entry",
"_OFFS_STAGE2_+4, Stage2:BASE, @Patch Stage2 Base",
*extra_cmd
)
def create_dsc_inc_file (self, file):
lines = []
lines.append('%s\n' % AUTO_GEN_DSC_HDR)
lines.append('# Platform specific macro definitions\n')
lines.append('[Defines]\n')
for attr in sorted(vars(self._board)):
if attr.startswith('_'):
continue
value = getattr(self._board, attr)
if type(value) is not str:
if value == 0 or value == 1:
value = '0x%x' % value
else:
value = '0x%08X' % value
lines.append(' DEFINE %-24s = %s\n' % (attr, value))
if getattr(self._board, "GetPlatformDsc", None):
dsc_dict = self._board.GetPlatformDsc()
# add extra include searching path
if len(self._board._EXTRA_INC_PATH) > 0:
inc_dir = []
for each in self._board._EXTRA_INC_PATH:
inc_dir.append(('-I$(WORKSPACE)/%s' % each).replace('/', os.sep))
dsc_dict['BuildOptions.Common.EDKII'] = ['*_*_*_CC_FLAGS = ' + ' '.join(inc_dir)]
for sect in dsc_dict:
lines.append('\n# Platform specific sections\n')
lines.append('[%s]\n' % sect)
for line in dsc_dict[sect]:
lines.append(' %s\n' % line)
lines.append('\n')
elif getattr(self._board, "GetDscLibrarys", None):
# Deprecated, please use GetPlatformDsc instead
libsdict = self._board.GetDscLibrarys()
for arch in libsdict:
lines.append('\n# Platform specific libraries\n')
lines.append('[LibraryClasses.%s]\n' % arch)
for lib in libsdict[arch]:
lines.append(' %s\n' % lib)
lines.append('\n')
update = True
text = ''.join(lines)
if os.path.exists(file):
old_text = get_file_data (file, 'r')
if text == old_text:
update = False
if update:
open (file, 'w').write(text)
def create_platform_vars (self):
for comp in self._comp_list:
if comp['flag'] & FLASH_MAP.FLASH_MAP_DESC_FLAGS['BACKUP'] or comp['bname'] == 'EMPTY':
continue
setattr(self._board, '%s_BASE' % comp['bname'], comp['base'])
image_base = self._board.FLASH_LAYOUT_START
for idx, comp_name in enumerate(['STAGE1A', 'STAGE1B', 'STAGE2']):
if not hasattr(self._board, '%s_BASE' % comp_name):
image_base -= getattr(self._board, '%s_SIZE' % comp_name)
if idx > 0:
image_base &= ~0xFFFFF
setattr(self._board, '%s_BASE' % comp_name, image_base)
if getattr(self._board, '%s_XIP' % comp_name) or comp_name == 'STAGE1A':
setattr(self._board, '%s_FD_SIZE' % comp_name, getattr(self._board, '%s_SIZE' % comp_name))
setattr(self._board, '%s_FD_BASE' % comp_name, getattr(self._board, '%s_BASE' % comp_name))
if getattr(self._board, '%s_XIP' % comp_name):
setattr(self._board, '%s_LOAD_BASE' % comp_name, getattr(self._board, '%s_BASE' % comp_name))
else:
var_name = '%s_LOAD_BASE' % comp_name
if not hasattr(self._board, var_name):
setattr(self._board, var_name, getattr(self._board, '%s_BASE' % comp_name))
for var in ['%s_FD_SIZE', '%s_FD_BASE', '%s_LOAD_BASE']:
var_name = var % comp_name
if not hasattr(self._board, var_name):
raise Exception ('%s needs to be defined' % var_name)
fd_size = getattr(self._board, '%s_FD_SIZE' % comp_name)
setattr(self._board, '%s_FD_NUMBLK' % comp_name, fd_size // self._board.FLASH_BLOCK_SIZE)
pld_list = ['PAYLOAD']
if self._board.ENABLE_FWU:
pld_list.append ('FWUPDATE')
for pld in pld_list:
if not hasattr(self._board, '%s_LOAD_BASE' % pld):
if not hasattr(self._board, '%s_BASE' % pld):
raise Exception ('%s_BASE or %s_LOAD_BASE needs to be defined !' % (pld, pld))
setattr(self._board, '%s_LOAD_BASE' % pld, getattr(self._board, '%s_BASE' % pld))
setattr(self._board, 'FSP_T_OFFSET' , 0)
setattr(self._board, 'STAGE1A_FV_OFFSET' , getattr(self._board, 'FSP_T_OFFSET') + getattr(self._board, 'FSP_T_SIZE'))
setattr(self._board, 'STAGE1A_FV_SIZE' , getattr(self._board, 'STAGE1A_FD_SIZE') - getattr(self._board, 'FSP_T_SIZE'))
setattr(self._board, 'STAGE1B_FV_OFFSET' , 0)
setattr(self._board, 'STAGE1B_FV_SIZE' , getattr(self._board, 'STAGE1B_FD_SIZE') - getattr(self._board, 'FSP_M_SIZE'))
setattr(self._board, 'STAGE2_FV_OFFSET' , 0)
setattr(self._board, 'STAGE2_FV_SIZE' , getattr(self._board, 'STAGE2_FD_SIZE') - getattr(self._board, 'FSP_S_SIZE'))
setattr(self._board, 'FSP_S_OFFSET' , getattr(self._board, 'STAGE2_FV_OFFSET') + getattr(self._board, 'STAGE2_FV_SIZE'))
setattr(self._board, 'FSP_M_OFFSET' , getattr(self._board, 'STAGE1B_FV_OFFSET') + getattr(self._board, 'STAGE1B_FV_SIZE'))
setattr(self._board, 'FSP_T_BASE' , getattr(self._board, 'STAGE1A_FD_BASE') + getattr(self._board, 'FSP_T_OFFSET'))
setattr(self._board, 'FSP_M_BASE' , getattr(self._board, 'STAGE1B_FD_BASE') + getattr(self._board, 'FSP_M_OFFSET'))
setattr(self._board, 'FSP_S_BASE' , getattr(self._board, 'STAGE2_FD_BASE') + getattr(self._board, 'FSP_S_OFFSET'))
for stage_c, fsp_c in [('1A', 'T'), ('1B', 'M'), ('2', 'S')]:
fv_size = getattr(self._board, 'STAGE%s_FV_SIZE' % stage_c)
if fv_size < 0:
raise Exception ('STAGE%s_FD_SIZE is too small, please adjust it to be at least 0x%x in BoardConfig.py !' %
(stage_c, getattr(self._board, 'FSP_%s_SIZE' % fsp_c)))
if getattr(self._board, 'FLASH_SIZE') == 0:
if not hasattr (self._board, 'SLIMBOOTLOADER_SIZE'):
raise Exception ('FLASH_SIZE needs to be defined !')
else:
setattr(self._board, 'FLASH_SIZE' , getattr(self._board, 'SLIMBOOTLOADER_SIZE'))
setattr(self._board, 'FLASH_BASE' , 0x100000000 - getattr(self._board, 'FLASH_SIZE'))
if getattr(self._board, 'ACM_SIZE') > 0:
acm_base = getattr(self._board, 'ACM_BASE')
if acm_base & 0x7FFF:
raise Exception ('ACM base[FSP-T+CAR:0x%x] must be 32KB aligned!' % acm_base)
if getattr(self._board, 'DIAGNOSTICACM_SIZE') > 0:
diagnosticacm_base = getattr(self._board, 'DIAGNOSTICACM_BASE')
if diagnosticacm_base & 0x0FFF:
raise Exception ('Diagnostic ACM base[FSP-T+CAR:0x%x] must be 4KB aligned!' % diagnosticacm_base)
# Generate Pci Enum Policy Info
pci_enum_policy_list = [
'DOWNGRADE_IO32',
'DOWNGRADE_MEM64',
'DOWNGRADE_PMEM64',
'DOWNGRADE_BUS0',
'FLAG_ALLOC_PMEM_FIRST',
'FLAG_ALLOC_ROM_BAR',
'BUS_SCAN_TYPE',
'BUS_SCAN_ITEMS'
]
pci_enum_policy_dict = {}
for policy_list in pci_enum_policy_list:
policy_name = '_PCI_ENUM_%s' % policy_list
policy_value = None
if not hasattr(self._board, policy_name):
if policy_list == 'BUS_SCAN_ITEMS':
policy_value = '0'
elif 'DOWNGRADE' in policy_list:
policy_value = 1
else:
policy_value = 0
else:
policy_value = getattr(self._board, policy_name)
pci_enum_policy_dict[policy_list] = policy_value
self._board.PCI_ENUM_POLICY_INFO = gen_pci_enum_policy_info(pci_enum_policy_dict)
def create_redundant_components (self):
if self._board.REDUNDANT_SIZE == 0:
return
print("Generating redundant components")
shutil.copy(
os.path.join(self._fv_dir, 'STAGE1A.fd'),
os.path.join(self._fv_dir, 'STAGE1A_A.fd'))
shutil.copy(
os.path.join(self._fv_dir, 'STAGE1A.fd'),
os.path.join(self._fv_dir, 'STAGE1A_B.fd'))
fo = open(os.path.join(self._fv_dir, 'STAGE1A_B.fd'), 'r+b')
bins = bytearray(fo.read())
# Patch flashmap to indicate boot partiton
if not self._board.BUILD_IDENTICAL_TS:
fmapoff = bytes_to_value(bins[-8:-4]) - bytes_to_value(bins[-4:]) + self._board.STAGE1A_FV_OFFSET
fmaphdr = FLASH_MAP.from_buffer (bins, fmapoff)
if fmaphdr.sig != FLASH_MAP.FLASH_MAP_SIGNATURE:
raise Exception ('Failed to locate flash map in STAGE1A_B.fd !')
fmaphdr.attributes |= fmaphdr.FLASH_MAP_ATTRIBUTES['BACKUP_REGION']
fo.seek(fmapoff)
fo.write(fmaphdr)
# Patch microcode base in FSP-T UPD
if self._board.HAVE_FSP_BIN and self._board.TOP_SWAP_SIZE > 0:
fspt_bin = os.path.join(self._fv_dir, 'FSP_T.bin')
upd_sig = get_fsp_upd_signature (fspt_bin)
upd_off = bins.find (upd_sig, self._board.STAGE1A_FV_OFFSET)
if upd_off < 0:
raise Exception ('Could not find FSP-T UPD signatures in STAGE1A_B.fd !')
if bins.find (upd_sig, upd_off + 1) > 0:
raise Exception ('Found multiple FSP-T UPD signatures in STAGE1A_B.fd !')
upd_rev = bytes_to_value (bins[upd_off + 8 : upd_off + 9])
if upd_rev == 1:
# Platforms using FSP spec 2.0/2.1 (e.g. TGL) have revision 1 format
ucode_upd_off = upd_off + 0x20
elif upd_rev == 2:
# Platforms using FSP spec 2.2 (e.g. ADL) have revision 2 format
ucode_upd_off = upd_off + 0x40
else:
raise Exception ('Unrecognized FSP-T UPD rev !')
ucode_base = bytes_to_value (bins[ucode_upd_off + 0 : ucode_upd_off + 4])
ucode_size = bytes_to_value (bins[ucode_upd_off + 4 : ucode_upd_off + 8])
if ucode_size > 0 and ucode_base > 0:
if ucode_base != self._board.UCODE_BASE:
raise Exception ('Incorrect microcode region base in FSP-T UPD parameter !')
if ucode_size != self._board.UCODE_SIZE:
raise Exception ('Incorrect microcode region size in FSP-T UPD parameter !')
if ucode_base < 0x100000000 - self._board.TOP_SWAP_SIZE * 2:
# Microcode is located outside of top swap region, patch it
ucode_base -= self._board.REDUNDANT_SIZE
print ('Patching UCODE base in FSP-T UPD parameter to 0x%08X for STAGE1A_B.fd' % ucode_base)
fo.seek (ucode_upd_off)
fo.write (value_to_bytes (ucode_base, 4))
fo.close()
# Stage 1B_B will be created during rebasing
shutil.copy(
os.path.join(self._fv_dir, 'STAGE1B.fd'),
os.path.join(self._fv_dir, 'STAGE1B_A.fd'))
stage1b_path = os.path.join(self._fv_dir, 'STAGE1B.fd')
stage1b_b_path = os.path.join(self._fv_dir, 'STAGE1B_B.fd')
if self._board.STAGE1B_XIP and not self._board.BUILD_IDENTICAL_TS:
# Rebase stage1b.fd
print("Rebasing STAGE1B_B")
rebase_stage (stage1b_path, stage1b_b_path, -self._board.REDUNDANT_SIZE)
# rebase FSPM in Stage1B and update stage1B hash in key store
if self._board.HAVE_FSP_BIN:
fsp_path = os.path.join(self._fv_dir, 'Fsp.bin')
rebase_fsp (fsp_path, self._fv_dir, self._board.FSP_T_BASE, self._board.FSP_M_BASE - self._board.REDUNDANT_SIZE, self._board.FSP_S_BASE)
split_fsp (fsp_path, self._fv_dir)
# write rebased fspm to second firmware
di = open(os.path.join(self._fv_dir, 'FSP_M.bin'), 'rb').read()
fo = open(stage1b_b_path,'r+b')
fo.seek(self._board.FSP_M_OFFSET)
fo.write(di)
fo.close()
else:
shutil.copy(stage1b_path, stage1b_b_path)
def create_bootloader_image (self, layout_name):
layout_file = open(os.path.join(self._fv_dir, layout_name), 'w')