def _decode_dbg_log(self, bitstream):
entrie_number = bitstream.read(UINT_32)
entries = []
for i in range(entrie_number):
entries.append({'frame': bitstream.read(UINT_32),
'player': read_string(bitstream),
'data:': read_string(bitstream)})
return entries
def _decode_dbg_log(self, bitstream):
entrie_number = bitstream.read(UINT_32)
entries = []
for i in range(entrie_number):
entries.append({'frame': bitstream.read(UINT_32),
'player': read_string(bitstream),
'data:': read_string(bitstream)})
return entries
def _decode_goalframes(self, bitstream):
entrie_number = bitstream.read(UINT_32)
entries = []
for i in range(entrie_number):
entries.append({'type': read_string(bitstream),
'frame': bitstream.read(UINT_32)})
return entries
def _decode_goalframes(self, bitstream):
entrie_number = bitstream.read(UINT_32)
entries = []
for i in range(entrie_number):
entries.append({'type': read_string(bitstream),
'frame': bitstream.read(UINT_32)})
return entries
def _decode_class_index_map(self, bitstream):
entrie_number = bitstream.read(UINT_32)
entries = {}
for i in range(entrie_number): # corresponds to object table
name = read_string(bitstream)
class_id = bitstream.read(UINT_32)
entries[class_id] = name
return entries
def _decode_class_index_map(self, bitstream):
entrie_number = bitstream.read(UINT_32)
entries = {}
for i in range(entrie_number): # corresponds to object table
name = read_string(bitstream)
class_id = bitstream.read(UINT_32)
entries[class_id] = name
return entries
def _decode_property(self, bitstream):
property_key = read_string(bitstream)
if property_key == 'None':
return None, None
property_type = read_string(bitstream)
property_value_size = bitstream.read(UINT_64)
if property_type == 'IntProperty':
property_value = bitstream.read(UINT_32)
elif property_type == 'StrProperty':
property_value = read_string(bitstream)
elif property_type == 'FloatProperty':
property_value = bitstream.read(FLOAT_LE_32)
elif property_type == 'NameProperty':
property_value = read_string(bitstream)
elif property_type == 'ArrayProperty':
array_length = bitstream.read(UINT_32)
property_value = [
self._decode_properties(bitstream)
for i in range(array_length)
]
elif property_type == 'ByteProperty':
key_text = read_string(bitstream)
value_text = read_string(bitstream)
property_value = {key_text: value_text}
elif property_type == 'QWordProperty':
property_value = bitstream.read(64).uint
elif property_type == 'BoolProperty':
property_value = bitstream.read(8).uint == 1
else:
msg = "Unknown property type %s for %s" % (property_type, property_key)
raise PropertyParsingError(msg)
return property_key, property_value
def _decode_property(self, bitstream):
property_key = read_string(bitstream)
if property_key == 'None':
return None, None
property_type = read_string(bitstream)
property_value_size = bitstream.read(UINT_64)
if property_type == 'IntProperty':
property_value = bitstream.read(UINT_32)
elif property_type == 'StrProperty':
property_value = read_string(bitstream)
elif property_type == 'FloatProperty':
property_value = bitstream.read(FLOAT_LE_32)
elif property_type == 'NameProperty':
property_value = read_string(bitstream)
elif property_type == 'ArrayProperty':
array_length = bitstream.read(UINT_32)
property_value = [
self._decode_properties(bitstream) for i in range(array_length)
]
elif property_type == 'ByteProperty':
key_text = read_string(bitstream)
value_text = read_string(bitstream)
property_value = {key_text: value_text}
elif property_type == 'QWordProperty':
property_value = bitstream.read(64).uint
elif property_type == 'BoolProperty':
property_value = bitstream.read(8).uint == 1
else:
msg = "Unknown property type %s for %s" % (property_type,
property_key)
raise PropertyParsingError(msg)
return property_key, property_value
def _parse_meta(self):
self._replay.pos = 0 # Just reassure we are at the beginning
header_size = self._replay.read(UINT_32)
self.crc = self._replay.read('hex:32')
self.version = str(self._replay.read(UINT_32)) + '.' + str(self._replay.read(UINT_32))
assert int(self._replay.pos / 8) == 16
check_bytes = self._replay.read('bytes:4')
if check_bytes == b'\x05\x00\x00\x00':
# continue onwards
pass
elif check_bytes != b'\x00\x00\x00\x00':
# Old replay, back it up.
self._replay.pos -= 32
try:
assert read_string(self._replay) == 'TAGame.Replay_Soccar_TA'
except AssertionError:
self._replay.pos -= 16
assert read_string(self._replay) == 'TAGame.Replay_Soccar_TA'
self._header_raw = self._replay.read((header_size - 8) * 8)
return True
def _decode_maps(self, bitstream):
maps = []
array_len = bitstream.read(UINT_32)
for i in range(array_len):
maps.append(read_string(bitstream))
return maps
def _decode_maps(self, bitstream):
maps = []
array_len = bitstream.read(UINT_32)
for i in range(array_len):
maps.append(read_string(bitstream))
return maps
def _parse_header(self):
read_string(self._header_raw) # Read and discard TAGame.Replay_Soccar_TA
self.header = self._decode_properties(self._header_raw)
def _decode_names(self, bitstream):
entrie_number = bitstream.read(UINT_32)
entries = []
for i in range(entrie_number):
entries.append(read_string(bitstream))
return entries
def _decode_objects(self, bitstream):
entrie_number = bitstream.read(UINT_32)
entries = {}
for i in range(entrie_number):
entries[i] = read_string(bitstream)
return entries
def _parse_header(self):
read_string(
self._header_raw) # Read and discard TAGame.Replay_Soccar_TA
self.header = self._decode_properties(self._header_raw)
def _decode_names(self, bitstream):
entrie_number = bitstream.read(UINT_32)
entries = []
for i in range(entrie_number):
entries.append(read_string(bitstream))
return entries
def _decode_objects(self, bitstream):
entrie_number = bitstream.read(UINT_32)
entries = {}
for i in range(entrie_number):
entries[i] = read_string(bitstream)
return entries
