def parse_fmc_subtype_0(data):
assert len(data) == 8, 'Invalid VITA FMC length'
result = ini_file.Section('FMC IO')
result['module size'] = data[1] >> 6
result['p1 size'] = (data[1] >> 4) & 0x3
result['p2 size'] = (data[1] >> 2) & 0x3 # Note: 3 => not fitted!
result['clkx bidir'] = bool(data[1] & 2)
result['p1 a'] = data[2]
result['p1 b'] = data[3]
result['p2 a'] = data[4]
result['p2 b'] = data[5]
result['p1 gbt'] = data[6] >> 4
result['p2 gbt'] = data[6] & 0xf
result['max tck'] = data[7]
return result
def parse_product_area(data):
data = parse_area_header(data, 'Product')
lang_code = data[2]
product = ini_file.Section('Product')
reader = StringReader(data[3:], lang_code)
product['manufacturer'] = reader.next()
product['product name'] = reader.next()
product['part number'] = reader.next()
product['version'] = reader.next()
product['serial number'] = reader.next(0)
product['asset tag'] = reader.next()
product['fru file id'] = reader.next(0)
parse_extra_strings(product, reader)
return product
def parse_board_area(data):
data = parse_area_header(data, 'Board')
lang_code = data[2]
date_mins = as_int(data[3:6])
board = ini_file.Section('Board')
if date_mins:
board['manufacture date'] = date_string(date_mins)
reader = StringReader(data[6:], lang_code)
board['manufacturer'] = reader.next()
board['product name'] = reader.next()
board['serial number'] = reader.next(0)
board['part number'] = reader.next()
board['fru file id'] = reader.next(0)
parse_extra_strings(board, reader)
return board
def parse_fmc_subtype_1(data):
result = ini_file.Section('FMC Device')
result['device'] = decode_6bit_ascii(data[1:])
return result
def parse_dc_output(data):
output = data[0] & 0xf
result = ini_file.Section(dc_output_names[output])
parse_dc_common(result, data)
result['standby'] = bool(data[0] & 0x80)
return result
def parse_dc_load(data):
output = data[0] & 0xf
result = ini_file.Section(dc_load_names[output])
parse_dc_common(result, data)
return result