def get_const_v6(data):
const = ConstV6()
const_name_len, data = decode_compact_integer(data)
const.name, data = hex_to_string(data[:const_name_len *
2]), data[const_name_len * 2:]
const_type_len, data = decode_compact_integer(data)
const.type, data = hex_to_string(data[:const_type_len *
2]), data[const_type_len * 2:]
const_value_len, data = decode_compact_integer(data)
const.value, data = data[:const_value_len * 2], data[const_value_len * 2:]
doc_number, data = decode_compact_integer(data)
for _ in range(0, doc_number):
doc_name_len, data = decode_compact_integer(data)
doc, data = hex_to_string(data[:doc_name_len * 2]), data[doc_name_len *
2:]
const.doc.append(doc)
return const, data
def get_call_v5(data):
call = CallV5()
call_name_len, data = decode_compact_integer(data)
call.name, data = hex_to_string(data[:call_name_len *
2]), data[call_name_len * 2:]
arg_number, data = decode_compact_integer(data)
for _ in range(0, arg_number):
arg = FunctionCallArgV5()
arg_name_len, data = decode_compact_integer(data)
arg.name, data = hex_to_string(data[:arg_name_len *
2]), data[arg_name_len * 2:]
arg_type_len, data = decode_compact_integer(data)
arg.type, data = hex_to_string(data[:arg_type_len *
2]), data[arg_type_len * 2:]
doc_number, data = decode_compact_integer(data)
for _ in range(0, doc_number):
doc_name_len, data = decode_compact_integer(data)
doc, data = hex_to_string(data[:doc_name_len * 2]), data[doc_name_len *
2:]
call.doc.append(doc)
return call, data
def get_event_v5(data):
event = EventArgV5()
event_name_len, data = decode_compact_integer(data)
event.name, data = hex_to_string(data[:event_name_len *
2]), data[event_name_len * 2:]
arg_number, data = decode_compact_integer(data)
for _ in range(0, arg_number):
arg_name_len, data = decode_compact_integer(data)
arg, data = hex_to_string(data[:arg_name_len * 2]), data[arg_name_len *
2:]
event.args.append(arg)
doc_number, data = decode_compact_integer(data)
for _ in range(0, doc_number):
doc_name_len, data = decode_compact_integer(data)
doc, data = hex_to_string(data[:doc_name_len * 2]), data[doc_name_len *
2:]
event.doc.append(doc)
return event, data
def get_storage_v5(data):
storage = StorageV5()
storage_name_len, data = decode_compact_integer(data)
storage.name, data = hex_to_string(data[:storage_name_len *
2]), data[storage_name_len * 2:]
storage.modifier, data = next_byte(data)
is_complex_type, data = next_byte(data)
if is_complex_type == 0:
storage.type.type = 0
else:
storage.type.type, data = next_byte(data)
type1_len, data = decode_compact_integer(data)
storage.type.key1, data = hex_to_string(data[:type1_len *
2]), data[type1_len * 2:]
# map
if is_complex_type == 1:
length, data = decode_compact_integer(data)
storage.type.value, data = hex_to_string(data[:length *
2]), data[length * 2:]
# double map
elif is_complex_type == 2:
type2_len, data = decode_compact_integer(data)
storage.type.value, data = hex_to_string(data[:type2_len *
2]), data[type2_len * 2:]
value_length, data = decode_compact_integer(data)
storage.type.value, data = hex_to_string(
data[:value_length * 2]), data[value_length * 2:]
if is_complex_type != 0:
storage.type.isLinked, data = next_byte(data)
# extract fallback as raw hex
fallback_len, data = decode_compact_integer(data)
storage.fallback, data = data[:fallback_len * 2], data[fallback_len * 2:]
# documents count
doc_count, data = decode_compact_integer(data)
for di in range(0, doc_count):
doc_length, data = decode_compact_integer(data)
doc, data = hex_to_string(data[:doc_length * 2]), data[doc_length * 2:]
storage.doc.append(doc)
return storage, data
def decode_v6(data):
module_len, data = decode_compact_integer(data)
print('module length is {}'.format(module_len))
for moduleIndex in range(0, module_len):
mv = ModuleV6()
name_len, data = decode_compact_integer(data)
name, data = data[:name_len * 2], data[name_len * 2:]
print('module name is {}, len is {}'.format(
bytearray.fromhex(name).decode(), name_len))
# if 0x01 means following is prefix. 0x00 not prefix.
if_prefix, data = next_byte(data)
if if_prefix != 0:
prefix_len, data = decode_compact_integer(data)
prefix, data = data[:prefix_len * 2], data[prefix_len * 2:]
print('prefix name is {}, len is {}'.format(
bytearray.fromhex(prefix).decode(), prefix_len))
storage_len, data = decode_compact_integer(data)
for i in range(0, storage_len):
storage, data = get_storage_v5(data)
print('>>>> storage {}'.format(storage.name))
mv.storage.append(storage)
call_is_set, data = next_byte(data)
if call_is_set != 0:
call_len, data = decode_compact_integer(data)
for i in range(0, call_len):
call, data = get_call_v5(data)
print('>>>> call {}'.format(call.name))
mv.call.append(call)
event_is_set, data = next_byte(data)
if event_is_set != 0:
event_len, data = decode_compact_integer(data)
for i in range(0, event_len):
event, data = get_event_v5(data)
print('>>>> event {}'.format(event.name))
mv.event.append(event)
const_len, data = decode_compact_integer(data)
for i in range(0, const_len):
const, data = get_const_v6(data)
print('>>>> event {}'.format(const.name))
mv.event.append(const)
def decode_v5(data):
for index in range(0, 5):
_, data = next_byte(data)
module_len, data = decode_compact_integer(data)
print('mLen is {}'.format(module_len))
for moduleIndex in range(0, module_len):
mv = ModuleV5()
name_len, data = decode_compact_integer(data)
name, data = data[:name_len * 2], data[name_len * 2:]
print('module name is {}, len is {}'.format(
bytearray.fromhex(name).decode(), name_len))
prefix_len, data = decode_compact_integer(data)
prefix, data = data[:prefix_len * 2], data[prefix_len * 2:]
print('prefix name is {}, len is {}'.format(
bytearray.fromhex(prefix).decode(), prefix_len))
storage_is_set, data = next_byte(data)
if storage_is_set != 0:
storage_len, data = decode_compact_integer(data)
for i in range(0, storage_len):
storage, data = get_storage_v5(data)
print('>>>> storage {}'.format(storage.name))
mv.storage.append(storage)
call_is_set, data = next_byte(data)
if call_is_set != 0:
call_len, data = decode_compact_integer(data)
for i in range(0, call_len):
call, data = get_call_v5(data)
print('>>>> call {}'.format(call.name))
mv.call.append(call)
event_is_set, data = next_byte(data)
if event_is_set != 0:
event_len, data = decode_compact_integer(data)
for i in range(0, event_len):
event, data = get_event_v5(data)
print('>>>> event {}'.format(event.name))
mv.event.append(event)