def test_serializeForSig_MINT_PUBLIC_path(helpers, node, addresses):
[SF_address, user1_address] = addresses
token_authnr = TokenAuthNr(node[0].states[DOMAIN_LEDGER_ID])
outputs = [[SF_address, 30], [user1_address, 30]]
request = helpers.request.mint(outputs)
msg = request.as_dict
serialize_for_sig_called = token_authnr.serializeForSig(
msg, VALID_IDENTIFIER, None)
token_authnr.serializeForSig.assert_called()
def test_serializeForSig_MINT_PUBLIC_path(helpers, node, addresses):
[SF_address, user1_address] = addresses
token_authnr = TokenAuthNr(ACCEPTABLE_WRITE_TYPES, ACCEPTABLE_QUERY_TYPES,
ACCEPTABLE_ACTION_TYPES,
node[0].db_manager.idr_cache)
outputs = [[SF_address, 30], [user1_address, 30]]
request = helpers.request.mint(outputs)
msg = request.as_dict
serialize_for_sig_called = token_authnr.serializeForSig(
msg, VALID_IDENTIFIER, None)
token_authnr.serializeForSig.assert_called()
def test_serializeForSig_XFER_PUBLIC_path(node, user2_token_wallet,
user2_address, SF_token_wallet,
SF_address, user1_address):
token_authnr = TokenAuthNr(node[0].states[DOMAIN_LEDGER_ID])
inputs = [[user2_token_wallet, user2_address, 1],
[SF_token_wallet, SF_address, 2]]
outputs = [[user1_address, 10], [user1_address, 10]]
request = xfer_request(inputs, outputs)
msg = request.as_dict
serialize_for_sig_called = token_authnr.serializeForSig(
msg, VALID_IDENTIFIER, None)
assert serialize_for_sig_called == True
def test_serializeForSig_XFER_PUBLIC_path(node, user2_token_wallet,
user2_address, SF_token_wallet,
SF_address, user1_address):
token_authnr = TokenAuthNr(ACCEPTABLE_WRITE_TYPES, ACCEPTABLE_QUERY_TYPES,
ACCEPTABLE_ACTION_TYPES,
node[0].db_manager.idr_cache)
inputs = [[user2_token_wallet, user2_address, 1],
[SF_token_wallet, SF_address, 2]]
outputs = [[user1_address, 10], [user1_address, 10]]
request = xfer_request(inputs, outputs)
msg = request.as_dict
serialize_for_sig_called = token_authnr.serializeForSig(
msg, VALID_IDENTIFIER, None)
assert serialize_for_sig_called == True