def __str__(self):
string = ("\n--------------" + self.get_type() + "--------------"
"\nNumber of Elements : " + str(self.get_size()) +
"\n----Elements----")
for element in self.elements:
string += "\nOffset : " + regutils.bytes_to_hexstring(
element) + " (" + str(regutils.bytes_to_int(element)) + ")"
string += "\nPadding : " + str(self.get_padding())
return string
def __str__(self):
string = (
"--------------KeyRecord-----------" + "\nMagic Number: " +
regutils.bytes_to_string(self.magic_number) + "\nFlags : " +
str(self.flags) + "\nTimestamp : " +
regutils.getFiletime(self.timestamp) + "\nUnknown : " +
regutils.bytes_to_hexstring(self.unknown0) + " (" +
str(regutils.bytes_to_int(self.unknown0)) + ")" +
"\nParent key's offset : " +
regutils.bytes_to_hexstring(self.parent_off) + " (" +
str(regutils.bytes_to_int(self.parent_off)) + ")" +
"\nNum of stable subkeys : " +
str(regutils.bytes_to_int(self.num_sk_stable)) +
"\nNum of volative subkeys : " +
str(regutils.bytes_to_int(self.num_sk_volative)) +
"\nStable subkey list offset : " +
regutils.bytes_to_hexstring(self.stable_sk_list_off) + " (" +
str(regutils.bytes_to_int(self.stable_sk_list_off)) + ")" +
"\nVolatile subkey list offset : " +
regutils.bytes_to_hexstring(self.vol_sk_list_off) + " (" +
str(regutils.bytes_to_int(self.vol_sk_list_off)) + ")" +
"\n# of Values : " + str(regutils.bytes_to_int(self.num_values)) +
"\nValue list offset : " +
regutils.bytes_to_hexstring(self.value_list_off) + " (" +
str(regutils.bytes_to_int(self.value_list_off)) + ")" +
"\nSecurity Record offset : " +
regutils.bytes_to_hexstring(self.sec_rec_off) + " (" +
str(regutils.bytes_to_int(self.sec_rec_off)) + ")" +
"\nClass name offset : " +
regutils.bytes_to_hexstring(self.class_name_off) + " (" +
str(regutils.bytes_to_int(self.class_name_off)) + ")" +
"\nMax characters in subkey name : " +
str(regutils.bytes_to_int(self.max_sk)) +
"\nMax chars in subkey class name : " +
str(regutils.bytes_to_int(self.max_sk_class)) +
"\nMax chars value name : " +
str(regutils.bytes_to_int(self.max_value_name)) +
"\nMax chars in data name : " +
str(regutils.bytes_to_int(self.max_value_data)) + "\nUnknown : " +
regutils.bytes_to_hexstring(self.unknown4) + " (" +
str(regutils.bytes_to_int(self.unknown4)) + ")" +
"\nName.length : " + str(regutils.bytes_to_int(self.name_length)) +
"\nClass name length : " +
str(regutils.bytes_to_int(self.class_name_length)) + "\nName : " +
regutils.bytes_to_string(self.name)
#"\n\n"+str(self.binary)+"\n\n"
)
return string
def get_next_sk_off(self):
return regutils.bytes_to_hexstring(self.next_sk_off) + " (" + str(
regutils.bytes_to_int(self.next_sk_off)) + ")"
def get_unknown(self):
return regutils.bytes_to_hexstring(self.unknown) + " (" + str(
regutils.bytes_to_int(self.unknown)) + ")"
def get_data_offset_string(self):
return regutils.bytes_to_hexstring(self.data_offset) + " (" + str(
self.get_data_offset()) + ")"
def get_data_size_string(self):
return regutils.bytes_to_hexstring(self.data_size) + " (" + str(
self.get_data_size()) + ")" + ", (MSB set means stored in vk)"