def test_call_value_and_data(msig, mock, usrs):
action = Action(CallType.CALL, mock.address, C.ZERO_ADDRESS, 3000, 1,
'0xabababab')
tx_value = 10
tx = signAndExecute(msig, usrs, action, {'value': tx_value})
call = tx.events[-1]
assert msig.nonce() == 1
assert call['src'] == msig.address
assert call['context'] == action.target
assert call['gas'] <= action.gas + 2300
assert call['val'] == action.value
assert call['data'] == action.data
assert msig.balance() == tx_value - action.value
def test_dcal_value_and_data(msig, mock, usrs):
value = 100
action = Action(CallType.DELEGATECALL, mock.address, C.ZERO_ADDRESS, 4000,
value, '0xdeadbeef')
tx = signAndExecute(msig, usrs, action, {'value': value})
call = utils.last_call_log(tx.logs, mock.abi)
assert msig.balance() == value
assert msig.nonce() == 1
assert call['src'] == tx.sender
assert checksum(call['context']) == msig.address
assert call['gas'] <= action.gas
assert call['val'] == action.value
assert call['data'] == action.data
def test_fail_short_signature(msig, usrs, anyone):
action = Action(CallType.CALL)
nonce = msig.nonce()
digest = utils.encode_digest(msig, nonce, action)
lst_sigs = [ bytes(u.signHash(digest).signature).hex() for u in usrs ]
lst_sigs[1] = lst_sigs[1][:-1]
sigs = ''.join(lst_sigs)
with brownie.reverts():
msig.execute(
action.source,
action.target,
action.type,
action.gas,
action.value,
action.data,
sigs
)
def test_fail_unordered_sigs(msig, usrs):
bad_usrs = usrs.copy()
bad_usrs[0], bad_usrs[1] = bad_usrs[1], bad_usrs[0]
action = Action(CallType.CALL)
nonce = msig.nonce()
digest = utils.encode_digest(msig, nonce, action)
sigs = utils.allSign(bad_usrs, digest)
with brownie.reverts():
msig.execute(
action.source,
action.target,
action.type,
action.gas,
action.value,
action.data,
sigs
)
def test_last_threshold_signers(deployer, usrs, usr_ids):
threshold = len(usrs) - 1
action = Action(CallType.CALL)
(msig, _) = utils.new_msig(deployer, threshold, usr_ids)
signAndExecute(msig, usrs[-threshold:], action)
assert msig.nonce() == 1
def test_repeat_signer(msig, usrs):
signers = usrs.copy()
signers.insert(1, signers[0])
action = Action(CallType.CALL)
with brownie.reverts():
signAndExecute(msig, signers, action)
def test_two_calls(msig, usrs):
signAndExecute(msig, usrs, Action(CallType.CALL))
signAndExecute(msig, usrs, Action(CallType.CALL))
assert msig.nonce() == 2
def test_fail_bad_signer(msig, usrs, any_signers):
bad_usrs = usrs.copy()
bad_usrs[C.THRESHOLD - 1] = any_signers[0]
with brownie.reverts():
signAndExecute(msig, bad_usrs, Action(CallType.CALL))
def test_fail_insufficient_sigs(msig, usrs):
action = Action(CallType.CALL)
with brownie.reverts():
signAndExecute(msig, usrs[0:C.THRESHOLD - 1], action)
def test_fail_wrong_source(msig, deployer, anyone, usrs):
action = Action(CallType.CALL, C.ZERO_ADDRESS, deployer.address)
with brownie.reverts():
signAndExecute(msig, usrs, action, {'from': anyone})
def test_with_source(msig, deployer, usrs):
action = Action(CallType.CALL, C.ZERO_ADDRESS, deployer.address)
signAndExecute(msig, usrs, action, {'from': deployer})
def test_fail_bad_calltype(msig, usrs):
with brownie.reverts():
signAndExecute(msig, usrs, Action(CallType.INVALID))
def test_fail_short_calldata(msig, usrs, anyone):
action = Action(CallType.CALL)
cdata = utils.signAndEncodeCalldata(msig, usrs, action)
with brownie.reverts():
anyone.transfer(msig.address, data=cdata[:-1])
def test_dcall_empty_target(msig, usrs):
action = Action(CallType.DELEGATECALL, C.ADDRESS_EMPTY, C.ZERO_ADDRESS, 3000, 0, '0xdeadbeefab')
signAndExecute(msig, usrs, action)
assert msig.nonce() == 1
async def update(state: AppState,
action: Action) -> Eff[[ACTIONS, EFFECTS], AppState]:
new_state = None
o_changed_box = None
if type(action) == LinkSelectionAction:
old_link_selection = state.link_selection
link_selection = update_link_selection(old_link_selection, state.graph,
action)
if link_selection.src_slot != None and link_selection.dst_slot != None:
link = (link_selection.src_slot, link_selection.dst_slot)
can_create_link = ng.is_input_slot_free(state.graph, link[1])
link_already_exists = link in state.graph.links
if link_already_exists:
await emit(ng.GraphAction.Disconnect(*link))
elif can_create_link:
await emit(ng.GraphAction.Connect(*link))
else:
# link is invalid - e.g. connects to a filled slot
# but we empty it after anyway, so do nothing
pass
link_selection = LinkSelection.empty
new_state = state.set('link_selection', link_selection)
elif type(action) == ng.GraphAction:
graph = state.graph
new_state = state.set('graph', await ng.update_graph(graph, action))
elif type(action) == SourceAction:
debug_log('updating', 'source')
target_id = action.id_
old_source_box_state = state.source_boxes[target_id]
new_source_box_state = update_source(old_source_box_state,
action) # might emit effects
if not (old_source_box_state is new_source_box_state):
source_boxes = state['source_boxes']
new_state = state.set(
'source_boxes',
source_boxes.set(target_id, new_source_box_state))
o_changed_box = target_id
elif type(action) in FILTER_BOX_ACTION_TYPES:
debug_log('updating', 'filter box')
target_id = action.id_
old_filter_box_state = state.filter_boxes[target_id]
new_filter_box_state = update_filter_box(old_filter_box_state, action)
if not (old_filter_box_state is new_filter_box_state):
filter_boxes = state['filter_boxes']
new_state = state.set(
'filter_boxes',
filter_boxes.set(target_id, new_filter_box_state))
o_changed_box = target_id
elif type(action) in PLOT_BOX_ACTION_TYPES:
# state_e['plots'][target_id] = update_plot(plot_state, state_e['data'], __plot_draw_area__, action)
debug_log('updating', 'plot')
target_id = action.id_
plots = state['plots']
old_plot_state = plots[target_id]
new_plot_state = update_plot_box(old_plot_state, action)
# signal_data = state.data.box_outputs
# new_plot_state = await update_plot_box(old_plot_state, signal_data, action)
if not (old_plot_state is
new_plot_state): # reference comparison for speed
new_state = state.set('plots', plots.set(target_id,
new_plot_state))
# o_changed_box = target_id
elif type(action) == FileAction:
if action.is_Load():
await emit_effect(FileEffect.Load(action.filename))
elif type(action) == AppStateAction:
await emit_effect({
AppStateAction.ResetState:
AppStateEffect.ResetState,
AppStateAction.SaveState:
AppStateEffect.SaveState,
AppStateAction.LoadState:
AppStateEffect.LoadState,
AppStateAction.ResetUserActionHistory:
AppStateEffect.ResetUserActionHistory,
AppStateAction.SaveUserActionHistory:
AppStateEffect.SaveUserActionHistory,
AppStateAction.LoadUserActionHistory:
AppStateEffect.LoadUserActionHistory,
AppStateAction.RunHistory:
AppStateEffect.RunHistory,
}[action])
elif type(action) == AppRunnerAction:
await emit_effect({
AppRunnerAction.Reload(): AppRunnerEffect.Reload(),
AppRunnerAction.Exit(): AppRunnerEffect.Exit(),
}[action])
else:
util.impossible('Unknown action of type {}: {}'.format(
type(action), action))
if o_changed_box != None:
# await emit(ng.NodeChanged(id_=o_changed_box))
await emit_effect(ng.GraphEffect.EvalGraph())
return (new_state if new_state is not None else state) \
.transform(['n_actions'], lambda x: x+1)
