def main(image_filename, volume_offset):
logging.basicConfig(level=logging.DEBUG)
logging.getLogger("ntfs.mft").setLevel(logging.INFO)
with Mmap(image_filename) as buf:
v = FlatVolume(buf, volume_offset)
vbr = NTFSVBR(v)
print(vbr.get_all_string())
def main(image_filename, volume_offset, record_number):
logging.basicConfig(level=logging.DEBUG)
#logging.getLogger("ntfs.mft").setLevel(logging.INFO)
with Mmap(image_filename) as buf:
v = FlatVolume(buf, volume_offset)
fs = NTFSFilesystem(v)
record = fs.get_record(record_number)
print(record.get_all_string())
def main(image_filename, volume_offset, mountpoint):
from ntfs.volume import FlatVolume
from ntfs.BinaryParser import Mmap
logging.basicConfig(level=logging.DEBUG)
logging.getLogger("ntfs.mft").setLevel(logging.INFO)
with Mmap(image_filename) as buf:
v = FlatVolume(buf, volume_offset)
fs = NTFSFilesystem(v)
handler = NTFSFuseOperations(fs)
FUSE(handler, mountpoint, foreground=True)
def main(image_filename, volume_offset, path):
with Mmap(image_filename) as buf:
v = FlatVolume(buf, volume_offset)
fs = NTFSFilesystem(v)
root = fs.get_root_directory()
if path == "/":
entry = root
else:
entry = root.get_path_entry(path)
v = make_dump_directory_indices_visitor(csv_directory_index_formatter)
walk_directories(fs, entry, v)
def main(image_filename, volume_offset, path):
logging.basicConfig(level=logging.DEBUG)
#logging.getLogger("ntfs.mft").setLevel(logging.INFO)
with Mmap(image_filename) as buf:
v = FlatVolume(buf, volume_offset)
fs = NTFSFilesystem(v)
root = fs.get_root_directory()
if path == "/":
entry = root
else:
entry = root.get_path_entry(path)
if not entry.is_directory():
g_logger.error("not a directory")
return
# sorry, reaching
record = entry._record
entries = {}
try:
indx_alloc_attr = record.attribute(ATTR_TYPE.INDEX_ALLOCATION)
indx_alloc = INDEX_ALLOCATION(
fs.get_attribute_data(indx_alloc_attr), 0)
g_logger.debug("INDEX_ALLOCATION len: %s", hex(len(indx_alloc)))
g_logger.debug("alloc:\n%s", indx_alloc.get_all_string(indent=2))
indx = indx_alloc
g_logger.info("found:")
for block in indx.blocks():
for entry in block.index().entries():
ref = MREF(entry.header().mft_reference())
entries[ref] = entry.filename_information().filename()
except AttributeNotFoundError:
indx_root_attr = record.attribute(ATTR_TYPE.INDEX_ROOT)
indx_root = INDEX_ROOT(fs.get_attribute_data(indx_root_attr), 0)
g_logger.debug("INDEX_ROOT len: %s", hex(len(indx_root)))
g_logger.debug("root:\n%s", indx_root.get_all_string(indent=2))
indx = indx_root
g_logger.info("found:")
for entry in indx.index().entries():
ref = MREF(entry.header().mft_reference())
entries[ref] = entry.filename_information().filename()
for k, v in entries.iteritems():
g_logger.info(" - %s", v)
def main(image_filename, volume_offset, path):
logging.basicConfig(level=logging.DEBUG)
logging.getLogger("ntfs.mft").setLevel(logging.INFO)
with Mmap(image_filename) as buf:
v = FlatVolume(buf, volume_offset)
fs = NTFSFilesystem(v)
root = fs.get_root_directory()
if path == "/":
entry = root
else:
entry = root.get_path_entry(path)
v = make_dump_directory_indices_visitor(csv_directory_index_formatter)
walk_directories(fs, entry, v)
def main():
import sys
from ntfs.volume import FlatVolume
from ntfs.BinaryParser import Mmap
from ntfs.mft.MFT import MFTEnumerator
logging.basicConfig(level=logging.DEBUG)
with Mmap(sys.argv[1]) as buf:
v = FlatVolume(buf, int(sys.argv[2]))
fs = NTFSFilesystem(v)
root = fs.get_root_directory()
g_logger.info("root dir: %s", root)
for c in root.get_children():
g_logger.info(" - %s", c.get_name())
sys32 = root.get_path_entry("windows\\system32")
g_logger.info("sys32: %s", sys32)