def test_ParserCfi(self):
map_file = _ReadMapFile(_TEST_CFI_MAP_PATH)
linker_name = linker_map_parser.DetectLinkerNameFromMapFile(
iter(map_file))
section_sizes, raw_symbols, _ = (
linker_map_parser.MapFileParser().Parse(linker_name,
iter(map_file)))
return _RenderSectionSizesAndRawSymbols(section_sizes, raw_symbols)
def test_Tokenize(self):
ret = []
map_file = _ReadMapFile(_TEST_MAP_PATH)
linker_name = linker_map_parser.DetectLinkerNameFromMapFile(iter(map_file))
parser = linker_map_parser.MapFileParserLld(linker_name)
tokenizer = parser.Tokenize(iter(map_file))
for (_, address, size, level, span, tok) in tokenizer:
ret.append('%8X %8X (%d) %s %s' % (address, size, level, '-' * 8 if
span is None else '%8X' % span, tok))
return ret
def test_Parser(self):
ret = []
map_file = _ReadMapFile(_TEST_MAP_PATH)
linker_name = linker_map_parser.DetectLinkerNameFromMapFile(iter(map_file))
section_sizes, raw_symbols = (
linker_map_parser.MapFileParser().Parse(linker_name, iter(map_file)))
ret.append('******** section_sizes ********')
for k, v in sorted(section_sizes.iteritems()):
ret.append('%-24s %d' % (k, v))
ret.append('')
ret.append('******** raw_symbols ********')
for sym in raw_symbols:
ret.append(repr(sym))
return ret
