def get_ACPI_table( self, name, isfile = False ):
acpi_tables_data = []
if isfile:
acpi_tables_data.append(chipsec.file.read_file( name ))
else:
try:
# 1. Try to extract ACPI table(s) from physical memory
# read_physical_mem can be implemented using both
# CHIPSEC kernel module and OS native API
if logger().HAL: logger().log( "[acpi] trying to extract ACPI table from physical memory..." )
for table_address in self.tableList[name]:
t_size = self.cs.mem.read_physical_mem_dword( table_address + 4 )
t_data = self.cs.mem.read_physical_mem( table_address, t_size )
acpi_tables_data.append( t_data )
except chipsec.helper.oshelper.UnimplementedNativeAPIError:
# 2. If didn't work, try using get_ACPI_table if a helper implemented
# reading ACPI tables via native API which some OS may provide
if self.cs.use_native_api():
if logger().HAL: logger().log( "[acpi] trying to extract ACPI table using get_ACPI_table..." )
t_data = self.cs.helper.get_ACPI_table( name )
acpi_tables_data.append( t_data )
acpi_tables = []
for data in acpi_tables_data:
acpi_tables.append((data[ : ACPI_TABLE_HEADER_SIZE ], data[ ACPI_TABLE_HEADER_SIZE : ]))
return acpi_tables
def get_ACPI_table( self, name, isfile = False ):
acpi_tables_data = []
if isfile:
acpi_tables_data.append(chipsec.file.read_file( name ))
else:
try:
# 1. Try to extract ACPI table(s) from physical memory
# read_physical_mem can be implemented using both
# CHIPSEC kernel module and OS native API
if logger().HAL: logger().log( "[acpi] trying to extract ACPI table from physical memory..." )
for table_address in self.tableList[name]:
t_size = self.cs.mem.read_physical_mem_dword( table_address + 4 )
t_data = self.cs.mem.read_physical_mem( table_address, t_size )
acpi_tables_data.append( t_data )
except oshelper.UnimplementedNativeAPIError:
# 2. If didn't work, try using get_ACPI_table if a helper implemented
# reading ACPI tables via native API which some OS may provide
if self.cs.use_native_api():
if logger().HAL: logger().log( "[acpi] trying to extract ACPI table using get_ACPI_table..." )
t_data = self.cs.helper.get_ACPI_table( name )
acpi_tables_data.append( t_data )
acpi_tables = []
for data in acpi_tables_data:
acpi_tables.append((data[ : ACPI_TABLE_HEADER_SIZE ], data[ ACPI_TABLE_HEADER_SIZE : ]))
return acpi_tables
def get_ACPI_table( self, name, isfile = False ):
acpi_tables_data = []
if isfile:
acpi_tables_data.append(chipsec.file.read_file( name ))
else:
for table_address in self.tableList[name]:
t_data = None
t_size = self.cs.mem.read_physical_mem_dword( table_address + 4 )
t_data = self.cs.mem.read_physical_mem( table_address, t_size )
acpi_tables_data.append( t_data )
acpi_tables = []
for t_data in acpi_tables_data:
table_header_blob = None
table_blob = None
if t_data is not None:
table_header_blob = t_data[ : ACPI_TABLE_HEADER_SIZE ]
table_blob = t_data[ ACPI_TABLE_HEADER_SIZE : ]
acpi_tables.append((table_header_blob, table_blob))
return acpi_tables
def get_ACPI_table(self, name, isfile=False):
acpi_tables_data = []
if isfile:
acpi_tables_data.append(chipsec.file.read_file(name))
else:
for table_address in self.tableList[name]:
t_data = None
t_size = self.cs.mem.read_physical_mem_dword(table_address + 4)
t_data = self.cs.mem.read_physical_mem(table_address, t_size)
acpi_tables_data.append(t_data)
acpi_tables = []
for t_data in acpi_tables_data:
table_header_blob = None
table_blob = None
if t_data is not None:
table_header_blob = t_data[:ACPI_TABLE_HEADER_SIZE]
table_blob = t_data[ACPI_TABLE_HEADER_SIZE:]
acpi_tables.append((table_header_blob, table_blob))
return acpi_tables
