st.float64: lambda x: not_implemented(),
st.unit: lambda x: b"",
st.char: lambda x: not_implemented(),
str: lambda x: encode_str(x),
bytes: lambda x: encode_bytes(x),
}
primitive_decode_map = {
st.bool:
lambda content: (
st.bool(int.from_bytes(content[:1], byteorder="little", signed=False)),
content[1:],
),
st.uint8:
lambda content: (
st.uint8(int.from_bytes(content[:1], byteorder="little", signed=False)
),
content[1:],
),
st.uint16:
lambda content: (
st.uint16(int.from_bytes(content[:2], byteorder="little", signed=False)
),
content[2:],
),
st.uint32:
lambda content: (
st.uint32(int.from_bytes(content[:4], byteorder="little", signed=False)
),
content[4:],
),
st.uint64:
def make_address(content: bytes) -> libra.AccountAddress:
assert len(content) == 16
# pyre-fixme
return libra.AccountAddress(value=tuple(st.uint8(x) for x in content))
def deserialize_u8(self) -> st.uint8:
return st.uint8(int.from_bytes(self.read(1), byteorder="little", signed=False))
def make_address(content: bytes) -> starcoin.AccountAddress:
assert len(content) == 16
# pyre-fixme
return starcoin.AccountAddress(tuple(st.uint8(x) for x in content))
