def display_notes(self):
""" Display the notes contained in the file
"""
result = []
for segment in self.elffile.iter_segments():
if isinstance(segment, NoteSegment):
for note in segment.iter_notes():
pairNote = (note['n_name'], describe_note(note))
# sys.stdout.write('n=%s d=%s\n' % pairNote )
result.append(pairNote)
return result
def _get_notes(self):
notes = []
for segment in self.elf.iter_segments():
if not isinstance(segment, NoteSegment):
continue
for note in segment.iter_notes():
notes.append({
"owner": note["n_name"],
"size": self._print_addr(note["n_descsz"]),
"note": describe_note(note),
"name": note["n_name"],
})
return notes
def _get_notes(self):
notes = []
for segment in self.elf.iter_segments():
if not isinstance(segment, NoteSegment):
continue
for note in segment.iter_notes():
notes.append({
"owner": note["n_name"],
"size": self._print_addr(note["n_descsz"]),
"note": describe_note(note),
"name": note["n_name"],
})
return notes
def get_program_header(self):
header = []
if self._elf.num_segments() == 0:
return []
for segment in self._elf.iter_segments():
result = {}
result['p_type'] = describe_p_type(segment['p_type'])
if self._elf.elfclass == 32:
result['p_offset'] = segment['p_offset']
result['p_vaddr'] = segment['p_vaddr']
result['p_paddr'] = segment['p_paddr']
result['p_filesz'] = segment['p_filesz']
result['p_memsz'] = segment['p_memsz']
result['p_flags'] = describe_p_flags(segment['p_flags'])
result['p_align'] = segment['p_align']
else: # 64
result['p_offset'] = segment['p_offset']
result['p_vaddr'] = segment['p_vaddr']
result['p_paddr'] = segment['p_paddr']
result['p_filesz'] = segment['p_filesz']
result['p_memsz'] = segment['p_memsz']
result['p_flags'] = describe_p_flags(segment['p_flags'])
result['p_align'] = segment['p_align']
if isinstance(segment, InterpSegment):
result['interp_name'] = segment.get_interp_name()
result['include_section'] = []
for section in self._elf.iter_sections():
if (not section.is_null()
and segment.section_in_segment(section)):
result['include_section'].append(section.name)
#NoteSegment
if isinstance(segment, NoteSegment):
result['special_type'] = 'note'
result['note'] = []
for note in segment.iter_notes():
note_dic = {}
note_dic['n_offset'] = note['n_offset']
note_dic['n_size'] = note['n_size']
note_dic['n_name'] = note['n_name']
note_dic['n_descsz'] = note['n_descsz']
note_dic['note'] = describe_note(note)
result['note'].append(note_dic)
header.append(result)
return header
def _get_notes(self) -> List[Dict[str, str]]:
notes = []
for segment in self.elf.iter_segments():
if not isinstance(segment, NoteSegment):
continue
notes.extend(
{
"owner": note["n_name"],
"size": self._print_addr(note["n_descsz"]),
"note": describe_note(note),
"name": note["n_name"],
}
for note in segment.iter_notes()
)
return notes
def display_notes(self):
""" Display the notes contained in the file
"""
for segment in self.elffile.iter_segments():
if isinstance(segment, NoteSegment):
for note in segment.iter_notes():
self._emitline(
"\nDisplaying notes found at file offset "
"%s with length %s:" % (
self._format_hex(note['n_offset'], fieldsize=8),
self._format_hex(note['n_size'], fieldsize=8)))
self._emitline(' Owner Data size Description')
self._emitline(' %s%s %s\t%s' % (
note['n_name'], ' ' * (20 - len(note['n_name'])),
self._format_hex(note['n_descsz'], fieldsize=8),
describe_note(note)))