def __repr__(self):
image_entries = list()
index = 1
for (sw_id, app_id), _ in self.image_hash_dict.items():
image_entries.append(("Entry " + str(index), "SW_ID: " + hex_addr(sw_id) + " APP_ID: " + hex_addr(app_id)))
index += 1
return "Header:\n" + properties_repr([("Segment Size", str(self.get_size())+"B"),
("Magic", self.magic_number),
("Version", self.version),
("Hash Algorithm", self.hash_algorithm),
("Num Image Entries", len(self.image_hash_dict)),
]) + \
'Image Entries: ' + '\n' + properties_repr(image_entries)
def __repr__(self):
return ('Base Properties: ' + '\n' + SecParseGenBase.__repr__(self) + '\n'
'ELF Properties: ' + '\n' + repr(self._elf_parsegen) + '\n'
'Hash Segment Properties: ' + '\n' + repr(self._mbn_parsegen) + '\n'
'SecElf Properties: ' + '\n'
'' + properties_repr([('image_type', self.image_type),
('testsig_serialnum', hex_addr(self.serial_num) if self.serial_num is not None else self.serial_num),]))
def __repr__(self):
return ('Base Properties: ' + '\n' + SecParseGenBase.__repr__(self) + '\n'
'ELF Properties: ' + '\n' + repr(self._elf_parsegen) + '\n'
'Hash Segment Properties: ' + '\n' + repr(self._mbn_parsegen) + '\n'
'SecElf Properties: ' + '\n'
'' + properties_repr([('image_type', self.image_type),
('testsig_serialnum', hex_addr(self.serial_num) if self.serial_num is not None else self.serial_num),]))
def __repr__(self):
return properties_repr([("Segment Size", str(self.get_size()) + "B"),
("namesz", self.namesz),
("descsz", self.descsz), ("type", self.type),
("name", self.name), ("version", self.version),
("client_id", hex_addr(self.client_id)),
("lib_id", hex_addr(self.lib_id)),
("is_cass_signed", self.is_cass_signed)])
def __repr__(self):
def segment_properties(seg, segment_name):
if seg:
return segment_name + ' Segment Properties: ' + '\n' + repr(seg) + '\n'
else:
return ''
return ('Base Properties: ' + '\n' + properties_repr(self._repr_properties()) + '\n'
'ELF Properties: ' + '\n' + repr(self._elf_parsegen) + '\n'
'Hash Segment Properties: ' + '\n' + repr(self._mbn_parsegen) + '\n' +
segment_properties(self._multi_image_segment, multi_image_string()))
def __repr__(self):
def segment_properties(seg, segment_name):
if seg:
return segment_name + ' Segment Properties: ' + '\n' + repr(seg) + '\n'
else:
return ''
return ('Base Properties: ' + '\n' + SecParseGenBase.__repr__(self) + '\n'
'ELF Properties: ' + '\n' + repr(self._elf_parsegen) + '\n'
'Hash Segment Properties: ' + '\n' + repr(self._mbn_parsegen) + '\n' +
segment_properties(self._license_manager_segment, 'License Manager') +
'SecElf Properties: ' + '\n'
'' + properties_repr([('image_type', self.image_type),
('max_elf_segments', self.max_elf_segments),
('testsig_serialnum', hex_addr(self.serial_num) if self.serial_num is not None else self.serial_num), ]))
def __repr__(self):
def segment_properties(seg, segment_name):
if seg:
return segment_name + ' Segment Properties: ' + '\n' + repr(
seg) + '\n'
else:
return ''
return ('Base Properties: ' + '\n' +
properties_repr(self._repr_properties()) + '\n'
'ELF Properties: ' + '\n' + repr(self._elf_parsegen) + '\n'
'Hash Segment Properties: ' + '\n' +
repr(self._mbn_parsegen) + '\n' + segment_properties(
self._license_manager_segment, 'License Manager'))
def __repr__(self):
return properties_repr(self._repr_properties())
def __repr__(self):
properties = properties_repr(self._repr_properties()) + '\n' +\
'Header: ' + '\n' + repr(self.get_header())
return properties
def __repr__(self):
return (properties_repr(self._repr_properties()) + '\n' + 'Header: ' +
'\n' + repr(self.header))
def __repr__(self):
return (properties_repr(self._repr_properties()) + '\n' +
'Header: ' + '\n' +
repr(self.header))
def __repr__(self):
return properties_repr(self._repr_properties())
def __repr__(self):
return ('Base Properties: ' + '\n' +
properties_repr(self._repr_properties()) + '\n'
'ELF Properties: ' + '\n' + repr(self._elf_parsegen) + '\n'
'Hash Segment Properties: ' + '\n' + repr(self._mbn_parsegen) +
'\n')
