def load(self, s: AbstractIO):
self.clear()
curblock = self
left = s.get_uint()
level = 0
stack = list()
while level > -1:
if left > 0:
type = s.get_byte()
name = s.get_widestr()
if type == ElementKind.PARAM:
curblock.add(name, s.get_widestr())
left -= 1
elif type == ElementKind.BLOCK:
stack.append((curblock, left))
prevblock = curblock
curblock = CacheData()
prevblock.add(name, curblock)
left = s.get_uint()
level += 1
continue
else:
if level > 0:
curblock, left = stack.pop()
left -= 1
level -= 1
def load(self, s: AbstractIO, *, new_format: bool = False):
self.clear()
curblock = self
curblock.sorted = s.get_bool()
left = s.get_uint()
level = 0
stack = list()
while level > -1:
if left > 0:
if new_format and curblock.sorted:
s.get(8)
type = s.get_byte()
name = s.get_widestr()
if type == ElementKind.PARAM:
curblock.add(name, s.get_widestr())
left -= 1
elif type == ElementKind.BLOCK:
stack.append((curblock, left))
prevblock = curblock
curblock = BlockPar()
prevblock.add(name, curblock)
curblock.sorted = s.get_bool()
left = s.get_uint()
level += 1
continue
else:
if level > 0:
curblock, left = stack.pop()
left -= 1
level -= 1
def load(self, s: AbstractIO):
self.name = s.get_widestr()
self.kind, compressed = get_kind(s.get_uint())
size = s.get_uint()
if compressed:
self.datatable = DataTable(get_size_by_kind(self.kind))
tempbuf = Buffer.from_bytes(s.decompress(size))
self.datatable.load(tempbuf, tempbuf.size())
tempbuf.close()
del tempbuf
else:
self.datatable = DataTable(get_size_by_kind(self.kind))
self.datatable.load(s, size)
def load(self, s: AbstractIO):
self.name = s.get_widestr()
for i in range(s.get_uint()):
item = StorageItem()
item.load(s)
self.items.append(item)