def ioput_encrypted_messsage():
_input1 = IOput()
_input1.fill(adr1, 100)
_input1.generate(exp=2, concealed_bits=3)
_input2 = IOput(binary_object=_input1.serialize())
_input2.verify()
_input2.detect_value({'priv_by_pub': {adr1.serialized_pubkey: keys[0]}})
assert _input1.value == _input2.value
assert _input1.blinding_key.serialize() == _input2.blinding_key.serialize()
print("ioput_encrypted_message OK")
def ioput_serialize_deserialize():
options = {
'address': [adr1],
'value': [1, 100, int(705e6 * 1e8)],
'relay_fee': [0, 100, int(1e8)],
'generator': [
None
], #b'\x0b\xf8x*\xe9\xdc\xb1\xfd\xe9k\x8eZ\xf9\x8250\xdcrLU`p\xbaD\xf1\xfdh\x93\xd7\x85\xb9\x9e\x07'], #TODO arbitraty value gen
'burden_hash': [None, b"\x44" * 32],
'coinbase': [True, False],
'lock_height': [0, 10, 10000]
}
all_possible_options = [{}]
for opt in options:
c = all_possible_options
all_possible_options = []
for i in options[opt]:
for prev in c:
n = prev.copy()
if i != None:
n[opt] = i
all_possible_options.append(n)
for var in all_possible_options:
_input1 = IOput()
_input1.fill(**var)
_input1.generate()
_input2 = IOput(binary_object=_input1.serialize())
_input2.verify()
assert _input1.version == _input2.version
assert _input1.block_version == _input2.block_version
assert _input1.lock_height == _input2.lock_height
assert _input1.authorized_pedersen_commitment.serialize(
) == _input2.authorized_pedersen_commitment.serialize()
assert _input1.address.serialize() == _input2.address.serialize()
assert _input1.rangeproof.proof == _input2.rangeproof.proof
assert _input1.encrypted_message == _input2.encrypted_message
assert _input1.generator == _input2.generator
assert _input1.relay_fee == _input2.relay_fee
assert _input1.authorized_burden == _input2.authorized_burden
print("ioput_serialize_deserialize OK")
